A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Water taking tower for taking surface water from reservoir
The invention discloses a water intake tower for taking surface water from a reservoir, which comprises a water intake tower body, the water intake tower is arranged at a water outlet of the reservoir, and the water intake tower is sequentially provided with a buoyancy tank type water intake structure and a layered water intake structure along the water flow direction; the layered water taking structure comprises a water taking gate vertical shaft and a water taking vertical shaft which are vertically arranged in the water taking tower and communicated with each other, the water taking vertical shaft is communicated with the water conveying system through a tail end outlet in the bottom of the water taking tower, and a plurality of water taking openings are formed in the vertical surface, floating up and down, of the floating box type water taking structure of the water taking tower at equal intervals. The water intake ports are communicated with the water intake gate vertical shaft, and water intake gates are arranged in the water intake gate vertical shaft corresponding to the water intake ports; a floating box type water taking structure is combined with a single-groove multi-door type water taking tower structure to replace a stop log door surface water taking mode, a simple and effective surface water taking scheme is provided for engineering, the engineering amount is reduced, and the labor intensity of normal operation is reduced.
本发明公开了一种水库取表层水的取水塔，包括取水塔本体，该取水塔设置在水库的出水口处，所述取水塔顺着水流方向依次设置浮箱式取水结构和分层式取水结构；该分层式取水结构包括竖直设置在取水塔内部的取水闸门竖井和取水竖井，两者相通，取水竖井通过取水塔底部的末端出口与输水系统相连通，该取水塔在浮箱式取水结构上下浮动的竖直面上等间距设有多个取水口，取水口与取水闸门竖井相通，取水闸门竖井内对应每一个取水口设置取水闸门；取水塔顶部设有升降取水闸门的启闭机，采用浮箱式取水结构结合单槽多门式取水塔结构形式取代了叠梁门取表层水的方式，为工程提供更简洁更有效的取得表层水方案，不仅减少了工程量还减少了平时运行的劳动强度。
Water taking tower for taking surface water from reservoir
The invention discloses a water intake tower for taking surface water from a reservoir, which comprises a water intake tower body, the water intake tower is arranged at a water outlet of the reservoir, and the water intake tower is sequentially provided with a buoyancy tank type water intake structure and a layered water intake structure along the water flow direction; the layered water taking structure comprises a water taking gate vertical shaft and a water taking vertical shaft which are vertically arranged in the water taking tower and communicated with each other, the water taking vertical shaft is communicated with the water conveying system through a tail end outlet in the bottom of the water taking tower, and a plurality of water taking openings are formed in the vertical surface, floating up and down, of the floating box type water taking structure of the water taking tower at equal intervals. The water intake ports are communicated with the water intake gate vertical shaft, and water intake gates are arranged in the water intake gate vertical shaft corresponding to the water intake ports; a floating box type water taking structure is combined with a single-groove multi-door type water taking tower structure to replace a stop log door surface water taking mode, a simple and effective surface water taking scheme is provided for engineering, the engineering amount is reduced, and the labor intensity of normal operation is reduced.
本发明公开了一种水库取表层水的取水塔，包括取水塔本体，该取水塔设置在水库的出水口处，所述取水塔顺着水流方向依次设置浮箱式取水结构和分层式取水结构；该分层式取水结构包括竖直设置在取水塔内部的取水闸门竖井和取水竖井，两者相通，取水竖井通过取水塔底部的末端出口与输水系统相连通，该取水塔在浮箱式取水结构上下浮动的竖直面上等间距设有多个取水口，取水口与取水闸门竖井相通，取水闸门竖井内对应每一个取水口设置取水闸门；取水塔顶部设有升降取水闸门的启闭机，采用浮箱式取水结构结合单槽多门式取水塔结构形式取代了叠梁门取表层水的方式，为工程提供更简洁更有效的取得表层水方案，不仅减少了工程量还减少了平时运行的劳动强度。
Water taking tower for taking surface water from reservoir
一种水库取表层水的取水塔
CHEN RUOWEI (author) / YANG CHAOLIN (author) / LI XINGCAI (author) / MA XUELI (author) / ZHOU YUN (author) / GU SHIXIANG (author) / ZHANG YU (author) / WANG GUOHUA (author) / MA CONGKE (author) / ZUO YANBO (author)
2022-06-03
Patent
Electronic Resource
Chinese
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