Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Underwater water taking system, ship lock water inlet system with underwater water taking system and construction method
The invention provides an underwater water taking system, a ship lock water inlet system with the underwater water taking system and a construction method. The underwater water taking system comprises a water inlet system and a water conveying system; the water inlet system and the water conveying system are connected and arranged in an approach channel; the water inlet system comprises a water inlet box culvert; a box culvert pit is formed in the approach channel; the water inlet box culvert is arranged in the box culvert pit; the water conveying system comprises a water conveying box culvert; the water conveying box culvert is buried at the bottom of the approach channel and connected with the water inlet box culvert to convey water flow entering from the water inlet box culvert; and the burying depth of the water conveying box culvert is 1 m. According to the underwater water taking system, the ship lock water inlet system with the underwater water taking system and the construction method, direct water taking from the approach channel is avoided, the wave height and the flow speed in the approach channel can be reduced by about 50% when a ship lock is used for water filling, the water flow condition in the approach channel is improved, meanwhile, the construction process is dry land construction, and the construction difficulty can be greatly reduced.
本发明提供一种水下取水系统和具有该系统的船闸进水系统及施工方法，包括进水系统和输水系统，所述进水系统与输水系统相接且均设置于引航道中，所述进水系统包括进水箱涵，所述引航道中设有箱涵坑，所述进水箱涵设置在箱涵坑中，所述输水系统包括输水箱涵，所述输水箱涵埋设在引航道的底部且与进水箱涵相接用以输送由进水箱涵处进入的水流，所述输水箱涵的埋设深度为1m。利用本发明技术方案制作的水下取水系统和具有该系统的船闸进水系统及施工方法，避免了直接从引航道内取水，船闸灌水时引航道内波高和流速能够减小约50%，改善引航道内水流条件，同时，施工过程为干地施工，可大幅减小施工难度。
Underwater water taking system, ship lock water inlet system with underwater water taking system and construction method
The invention provides an underwater water taking system, a ship lock water inlet system with the underwater water taking system and a construction method. The underwater water taking system comprises a water inlet system and a water conveying system; the water inlet system and the water conveying system are connected and arranged in an approach channel; the water inlet system comprises a water inlet box culvert; a box culvert pit is formed in the approach channel; the water inlet box culvert is arranged in the box culvert pit; the water conveying system comprises a water conveying box culvert; the water conveying box culvert is buried at the bottom of the approach channel and connected with the water inlet box culvert to convey water flow entering from the water inlet box culvert; and the burying depth of the water conveying box culvert is 1 m. According to the underwater water taking system, the ship lock water inlet system with the underwater water taking system and the construction method, direct water taking from the approach channel is avoided, the wave height and the flow speed in the approach channel can be reduced by about 50% when a ship lock is used for water filling, the water flow condition in the approach channel is improved, meanwhile, the construction process is dry land construction, and the construction difficulty can be greatly reduced.
本发明提供一种水下取水系统和具有该系统的船闸进水系统及施工方法，包括进水系统和输水系统，所述进水系统与输水系统相接且均设置于引航道中，所述进水系统包括进水箱涵，所述引航道中设有箱涵坑，所述进水箱涵设置在箱涵坑中，所述输水系统包括输水箱涵，所述输水箱涵埋设在引航道的底部且与进水箱涵相接用以输送由进水箱涵处进入的水流，所述输水箱涵的埋设深度为1m。利用本发明技术方案制作的水下取水系统和具有该系统的船闸进水系统及施工方法，避免了直接从引航道内取水，船闸灌水时引航道内波高和流速能够减小约50%，改善引航道内水流条件，同时，施工过程为干地施工，可大幅减小施工难度。
Underwater water taking system, ship lock water inlet system with underwater water taking system and construction method
水下取水系统和具有该系统的船闸进水系统及施工方法
LI JUNTAO (Autor:in) / DENG ZHONGHUI (Autor:in) / SHU SHI (Autor:in) / FENG XIAOXIANG (Autor:in) / WANG XI (Autor:in) / QIAN DONGYUE (Autor:in) / HAO YUANYUAN (Autor:in) / LI SHAOXI (Autor:in) / WANG YANHUA (Autor:in) / QI CHUNFENG (Autor:in)
18.06.2021
Patent
Elektronische Ressource
Chinesisch
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