A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
WATER CONVEYANCE CONTROL HYDROELECTRIC POWER GENERATION DEVICE
To pay attention to the fact that abundant river resources that flow out of mountains have not been fully utilized in conventional arts, and utilize the abundant river resources.SOLUTION: A water conveyance control hydroelectric power generation device has such a configuration that river water is stored and increased due to a narrow difference U-shaped foundation, (A) as the bottom of water conveyance rises, it rises and falls rapidly, (B) it reaches a submerged retention U-shaped one-groove foundation and is pushed by subsequent water pressure, (C) it shifts to a retaining water one-groove foundation at a flow velocity, (D) water discharge pressure that rises due to a bottom raising angle is (H) transmitted to a receiving shaft, large and small gears are combined and rotate, (G) a device that generates power is (E) installed on a floating bag, and (K) it is coupled and fixed to a retention vertical axis underground buried foundation to support the vertical movement of a water level.SELECTED DRAWING: Figure 1
【課題】古来より山間部より流れ出る豊富な河川資源が充分活用されていない点に注目し之を活用する。【解決手段】河川水は狭差Ｕ型形成基礎により貯水増複すると供に（Ａ)導水底上げに伴い、盛り上がり急速に落下（Ｂ）沈水留Ｕ型１溝形成基礎に到達し後続水圧に押され（Ｃ）留水１溝形成基礎に流速移行し（Ｄ）底上げ角度により盛り上がる放水圧は（Ｈ）受軸に伝達し歯車大小組合回転し（Ｇ）発電を成す装置は（Ｅ）浮き袋上に設置され（Ｋ）保持縦軸地下埋没基礎に連結固定され水位上下移動に対応する構成を特徴とする導水制御水力発電装置。【選択図】図１
WATER CONVEYANCE CONTROL HYDROELECTRIC POWER GENERATION DEVICE
To pay attention to the fact that abundant river resources that flow out of mountains have not been fully utilized in conventional arts, and utilize the abundant river resources.SOLUTION: A water conveyance control hydroelectric power generation device has such a configuration that river water is stored and increased due to a narrow difference U-shaped foundation, (A) as the bottom of water conveyance rises, it rises and falls rapidly, (B) it reaches a submerged retention U-shaped one-groove foundation and is pushed by subsequent water pressure, (C) it shifts to a retaining water one-groove foundation at a flow velocity, (D) water discharge pressure that rises due to a bottom raising angle is (H) transmitted to a receiving shaft, large and small gears are combined and rotate, (G) a device that generates power is (E) installed on a floating bag, and (K) it is coupled and fixed to a retention vertical axis underground buried foundation to support the vertical movement of a water level.SELECTED DRAWING: Figure 1
【課題】古来より山間部より流れ出る豊富な河川資源が充分活用されていない点に注目し之を活用する。【解決手段】河川水は狭差Ｕ型形成基礎により貯水増複すると供に（Ａ)導水底上げに伴い、盛り上がり急速に落下（Ｂ）沈水留Ｕ型１溝形成基礎に到達し後続水圧に押され（Ｃ）留水１溝形成基礎に流速移行し（Ｄ）底上げ角度により盛り上がる放水圧は（Ｈ）受軸に伝達し歯車大小組合回転し（Ｇ）発電を成す装置は（Ｅ）浮き袋上に設置され（Ｋ）保持縦軸地下埋没基礎に連結固定され水位上下移動に対応する構成を特徴とする導水制御水力発電装置。【選択図】図１
WATER CONVEYANCE CONTROL HYDROELECTRIC POWER GENERATION DEVICE
導水制御水力発電装置
NAKAOKA KATSUEI (author)
2022-01-13
Patent
Electronic Resource
Japanese
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