Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Reservoir underwater water taking platform structure
The invention relates to the field of water conservancy and hydropower, in particular to a reservoir underwater water taking platform structure capable of automatically adjusting the water taking height of a water taking platform so as to obtain water layers with different temperatures, the water taking platform comprises a screen door and at least one gate, and the screen door and the gate are arranged between two water taking platform side walls; the vertical water retaining door groove is communicated with the adjusting door groove structure, and the two ends of the screen door and the two ends of the gate are arranged in the vertical water retaining door groove and the adjusting door groove structure in a sliding mode. The screen door and the gate are arranged in the vertical water retaining gate groove and jointly form a water retaining gate so that water can be taken through the screen door, and when the height of the screen door needs to be adjusted, the screen door and the gate slide into the adjusting gate groove structure along the vertical water retaining gate groove so that the arrangement sequence of the screen door and the gate can be adjusted. And then the adjusted gate and the adjusted screen door are slid into the vertical water retaining door groove, so that the new height of the screen door is obtained. The layered water taking device is particularly suitable for reservoir underwater layered water taking.
本发明涉及水利水电领域，尤其是一种可以自动调整取水平台的取水高度，从而获取不同温度水层的水库水下取水平台结构，取水平台包括筛网门以及至少一个闸门，筛网门和闸门设置于两个取水平台侧墙之间；竖向挡水门槽与调节门槽结构之间连通，筛网门和闸门两端可滑动设置于竖向挡水门槽以及调节门槽结构内；筛网门和闸门设置于竖向挡水门槽内并共同构成拦水闸门进而通过筛网门处取水，当需要调整筛网门的高度时，将筛网门和闸门沿竖向挡水门槽滑动至调节门槽结构内进而调整筛网门以及闸门之间排列顺序，随后再将调整后的闸门和筛网门滑动至竖向挡水门槽内进而获得筛网门的新的高度。本发明尤其适用于水库水下分层取水之中。
Reservoir underwater water taking platform structure
The invention relates to the field of water conservancy and hydropower, in particular to a reservoir underwater water taking platform structure capable of automatically adjusting the water taking height of a water taking platform so as to obtain water layers with different temperatures, the water taking platform comprises a screen door and at least one gate, and the screen door and the gate are arranged between two water taking platform side walls; the vertical water retaining door groove is communicated with the adjusting door groove structure, and the two ends of the screen door and the two ends of the gate are arranged in the vertical water retaining door groove and the adjusting door groove structure in a sliding mode. The screen door and the gate are arranged in the vertical water retaining gate groove and jointly form a water retaining gate so that water can be taken through the screen door, and when the height of the screen door needs to be adjusted, the screen door and the gate slide into the adjusting gate groove structure along the vertical water retaining gate groove so that the arrangement sequence of the screen door and the gate can be adjusted. And then the adjusted gate and the adjusted screen door are slid into the vertical water retaining door groove, so that the new height of the screen door is obtained. The layered water taking device is particularly suitable for reservoir underwater layered water taking.
本发明涉及水利水电领域，尤其是一种可以自动调整取水平台的取水高度，从而获取不同温度水层的水库水下取水平台结构，取水平台包括筛网门以及至少一个闸门，筛网门和闸门设置于两个取水平台侧墙之间；竖向挡水门槽与调节门槽结构之间连通，筛网门和闸门两端可滑动设置于竖向挡水门槽以及调节门槽结构内；筛网门和闸门设置于竖向挡水门槽内并共同构成拦水闸门进而通过筛网门处取水，当需要调整筛网门的高度时，将筛网门和闸门沿竖向挡水门槽滑动至调节门槽结构内进而调整筛网门以及闸门之间排列顺序，随后再将调整后的闸门和筛网门滑动至竖向挡水门槽内进而获得筛网门的新的高度。本发明尤其适用于水库水下分层取水之中。
Reservoir underwater water taking platform structure
水库水下取水平台结构
YANG YUPENG (Autor:in) / ZENG XINHUA (Autor:in) / ZHANG GONGPING (Autor:in) / TANG ZHONGMIN (Autor:in) / JIE BINGHUI (Autor:in) / YANG JIAO (Autor:in) / ZHANG YAQIN (Autor:in)
19.07.2024
Patent
Elektronische Ressource
Chinesisch
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