JP3164143U - Windmill with flywheel - Google Patents

Abstract

【課題】風圧を強化して風車を回転させ発電することができるフライホイル付風車を提供する。【解決手段】シャフト５に、ギア１０の遠心式クラッチ１２を取付け、回転羽根１３を連結する。【選択図】図１A wind turbine with a flywheel capable of generating power by rotating a wind turbine while strengthening wind pressure is provided. A centrifugal clutch 12 of a gear 10 is attached to a shaft 5 and a rotary blade 13 is connected. [Selection] Figure 1

Description

考案の詳細な説明Detailed description of the invention

産業上の利用分野Industrial application fields

本考案は送風機と連結して室内に送風が出来る又発電機と連結して発電出来る。The present invention can be connected to a blower to blow air indoors or can be connected to a generator to generate power.

風車を風あたりのよい丘とか海岸の風通しのよいところで発電している。Wind turbines generate electricity in windy hills or on the coast.

考案が解決しようとする課題Problems that the device tries to solve

本考案は無風の状態でもフライホール（バザミ車）が徴風で回転し風の強弱で遠心力クラッチが切り変わり風の強弱で遠心力クラッチで調整している。In the present invention, even in a windless state, the flyhole (buzz wheel) rotates with the wind and the centrifugal clutch is switched by the strength of the wind, and the centrifugal clutch is adjusted by the strength of the wind.

考案は風車を１基でなく、２基３基とスペスを利用して風車を取り付けて発電も出来る。The idea is not to use one windmill, but using two or three wind turbines and a space, it can also generate wind power.

以下、本考案の構成を図面に示す実施例に基づいて詳細に説明する。Hereinafter, the configuration of the present invention will be described in detail based on embodiments shown in the drawings.

図１、図２、図３、を詳細に説明
１３の回転羽根を９の回転羽根台に上下に取り付ける前に、１３の羽根台に５のシャフトに１０のギア１２の遠心式クラッチを取付、１３の回転羽根を連結した〔図１〕のように、９の回転羽根台に通した５のシャフトの上下端に１７の軸受を取付１の支柱と２の支柱架台とセットして１５の発電機と接続する。1, 2, and 3 are described in detail. Before the rotary blades of 13 are attached to the rotary vane base of 9 up and down, a centrifugal clutch of 10 gears 12 is attached to the shaft of 5 to 13 blade bases, As shown in FIG. 1 in which 13 rotating blades are connected, 17 bearings are set on the upper and lower ends of 5 shafts that are passed through 9 rotating blade mounts, with 1 support column and 2 support columns, and 15 power generation units. Connect to the machine.

上述の実施例は本考案の好適な実施の一例ではあるが、これに限定されるものではなく本考案の要旨を逸脱しない範囲においては種々変形の実施も可能である。The above-described embodiment is an example of a preferred embodiment of the present invention. However, the present invention is not limited to this embodiment, and various modifications can be made without departing from the gist of the present invention.

考案の効果Effect of device

自然の風圧を利用して風車を回転させ、フライホールで無風の状態でも風車が回転し強風を受けて発電が出来る効果がある。Using the natural wind pressure, the windmill is rotated, and the windmill rotates even in the absence of wind at the flyhole.

本考案 風車の側面図Side view of the present invention windmill 本考案 風車の正面図Front view of the present invention windmill 本考案 風車の平面図Plan of the present invention windmill 本考案 遠心式クラッチの断面図Cross section of the centrifugal clutch

１→支柱１
２→支柱架台
３→支柱２
４→支柱３
５→シャフト
６→風向ガイド板
７→風車架台
８→フライホイル（ハズミ車）
９→回転羽根台
１０→ギア
１１→軸受台
１２→遠心式クラッチ
１３→回転羽根
１４→発電機架台
１５→発電機
１６→ローラーベアリング
１７→軸受台
１８→アンカーボルト
１９→セメント1 → strut 1
2 → post frame 3 → post 2
4 → support 3
5-> shaft 6-> wind direction guide plate 7-> windmill base 8-> flywheel (housewheel)
9 → Rotary vane base 10 → Gear 11 → Bearing base 12 → Centrifuge clutch 13 → Rotating blade 14 → Generator base 15 → Generator 16 → Roller bearing 17 → Bearing base 18 → Anchor bolt 19 → Cement

Claims (1)

フライホイル付風車を集風案内羽根を風の方向に自在に変え風車を回転させる無風の状態でもフライホイルの遠心力で回転させ風の強弱で遠心力クラッチで発電機の回転が停止、運転の切り変えが出来る風車。The wind turbine with a flywheel can be rotated freely by the centrifugal force of the flywheel even in a windless state where the wind-collecting guide vanes are freely changed in the wind direction and the wind turbine is rotated. A windmill that can be switched.

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