A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Layered water taking type intake tower structure
The invention provides a layered water taking type intake tower structure which is arranged on the bank side of a reservoir and comprises a vertical shaft type structure and a tower type structure, the vertical shaft type structure is arranged in a mountain, the tower type structure is arranged outside the mountain, located on the upper portion of the vertical shaft type structure and connected with the bank of the reservoir in an abutting mode, and a water taking opening is formed in the pipe wall of the tower type structure from top to bottom. Water taking tunnels are sequentially arranged in the height direction of the vertical shaft type structure, inlets of the water taking tunnels are communicated with a reservoir, and outlets of the water taking tunnels are communicated with the pipe wall of the vertical shaft type structure through the mountain body. According to the layered water taking type water inlet tower structure, layered water taking can be conducted on a reservoir, the requirement for ecological water taking is met, the structure is simple and openable, the overall stability is good, and the technical problem that in the prior art, layered water taking is poor in stability is solved.
本发明提供一种分层取水式进水塔结构，设置于水库库岸侧，包括竖井式结构和塔式结构，竖井式结构设置于山体内，塔式结构设置于山体外并位于所述竖井式结构的上部，并与水库库岸抵接，塔式结构的管壁上自上而下设置有取水口，在所述竖井式结构的高度方向上依序设置有取水隧道，取水隧道的入口与水库连通，出口经所述山体与所述竖井式结构的管壁连通。本发明的分层取水式进水塔结构，不仅能够对水库进行分层取水，满足生态取水的要求，并且结构简单可开、整体稳定性好，克服了现有技术中分层取水稳定性较差的技术问题。
Layered water taking type intake tower structure
The invention provides a layered water taking type intake tower structure which is arranged on the bank side of a reservoir and comprises a vertical shaft type structure and a tower type structure, the vertical shaft type structure is arranged in a mountain, the tower type structure is arranged outside the mountain, located on the upper portion of the vertical shaft type structure and connected with the bank of the reservoir in an abutting mode, and a water taking opening is formed in the pipe wall of the tower type structure from top to bottom. Water taking tunnels are sequentially arranged in the height direction of the vertical shaft type structure, inlets of the water taking tunnels are communicated with a reservoir, and outlets of the water taking tunnels are communicated with the pipe wall of the vertical shaft type structure through the mountain body. According to the layered water taking type water inlet tower structure, layered water taking can be conducted on a reservoir, the requirement for ecological water taking is met, the structure is simple and openable, the overall stability is good, and the technical problem that in the prior art, layered water taking is poor in stability is solved.
本发明提供一种分层取水式进水塔结构，设置于水库库岸侧，包括竖井式结构和塔式结构，竖井式结构设置于山体内，塔式结构设置于山体外并位于所述竖井式结构的上部，并与水库库岸抵接，塔式结构的管壁上自上而下设置有取水口，在所述竖井式结构的高度方向上依序设置有取水隧道，取水隧道的入口与水库连通，出口经所述山体与所述竖井式结构的管壁连通。本发明的分层取水式进水塔结构，不仅能够对水库进行分层取水，满足生态取水的要求，并且结构简单可开、整体稳定性好，克服了现有技术中分层取水稳定性较差的技术问题。
Layered water taking type intake tower structure
一种分层取水式进水塔结构
WEN RUI (author) / WAN SIHAO (author) / ZHANG YILE (author) / MA NING (author) / WANG ZHIHUA (author) / ZHAO LIN (author)
2023-05-02
Patent
Electronic Resource
Chinese
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