Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Ship lock side water taking structure and land region construction method and mountain construction method thereof
The invention provides a ship lock side water taking structure and a land region construction method and a mountain construction method thereof.The ship lock side water taking structure comprises an approach channel, a water conveying gallery, a water taking opening, a flow separation embankment and a floating guide embankment, the water conveying gallery is arranged along the approach channel, one end of the water conveying gallery is connected with the upper lock head of a ship lock, and the other end of the water conveying gallery is connected with the water taking opening; the water taking port is arranged on the bank edge, the flow separation embankment is arranged between the water taking port and the approach channel, and the floating guide embankment is connected to the end, close to a bank opening of the water taking port, of the flow separation embankment. According to the ship lock side water taking structure designed through the technical scheme and the construction method thereof, the water taking opening is formed in the shore region, dry land construction can be achieved through the measures such as cofferdam construction, and therefore the construction difficulty is reduced, the project investment is saved. Meanwhile, the water taking mode can avoid interference of ship lock irrigation water waves to the approach channel water region, and the construction efficiency is improved. The maximum wave height of the approach channel can be reduced by 50%-70%, and meanwhile bad flow states such as boil-vortex water and backflow in the approach channel can be avoided.
本发明提供一种船闸旁侧取水结构及其陆域施工方法和山体施工方法，包括引航道、输水廊道、取水口、隔流堤和浮式导堤，所述输水廊道沿着引航道设置，所述输水廊道的一端船闸上闸首相接且另一端与取水口相接，所述取水口设置在岸沿上，所述隔流堤设置在取水口和引航道之间，所述浮式导堤接设于隔流堤靠近取水口岸口一端。利用本发明技术方案设计的一种船闸旁侧取水结构及其施工方法，将取水口布置在岸域，可采用施工围堰等措施实现干地施工，从而降低施工难度、节约工程投资，同时，该取水方式可避免船闸灌水波对引航道水域的干扰，引航道最大波高可降低50%~70%，同时可避免引航道内出现泡漩水、回流等不良流态。
Ship lock side water taking structure and land region construction method and mountain construction method thereof
The invention provides a ship lock side water taking structure and a land region construction method and a mountain construction method thereof.The ship lock side water taking structure comprises an approach channel, a water conveying gallery, a water taking opening, a flow separation embankment and a floating guide embankment, the water conveying gallery is arranged along the approach channel, one end of the water conveying gallery is connected with the upper lock head of a ship lock, and the other end of the water conveying gallery is connected with the water taking opening; the water taking port is arranged on the bank edge, the flow separation embankment is arranged between the water taking port and the approach channel, and the floating guide embankment is connected to the end, close to a bank opening of the water taking port, of the flow separation embankment. According to the ship lock side water taking structure designed through the technical scheme and the construction method thereof, the water taking opening is formed in the shore region, dry land construction can be achieved through the measures such as cofferdam construction, and therefore the construction difficulty is reduced, the project investment is saved. Meanwhile, the water taking mode can avoid interference of ship lock irrigation water waves to the approach channel water region, and the construction efficiency is improved. The maximum wave height of the approach channel can be reduced by 50%-70%, and meanwhile bad flow states such as boil-vortex water and backflow in the approach channel can be avoided.
本发明提供一种船闸旁侧取水结构及其陆域施工方法和山体施工方法，包括引航道、输水廊道、取水口、隔流堤和浮式导堤，所述输水廊道沿着引航道设置，所述输水廊道的一端船闸上闸首相接且另一端与取水口相接，所述取水口设置在岸沿上，所述隔流堤设置在取水口和引航道之间，所述浮式导堤接设于隔流堤靠近取水口岸口一端。利用本发明技术方案设计的一种船闸旁侧取水结构及其施工方法，将取水口布置在岸域，可采用施工围堰等措施实现干地施工，从而降低施工难度、节约工程投资，同时，该取水方式可避免船闸灌水波对引航道水域的干扰，引航道最大波高可降低50%~70%，同时可避免引航道内出现泡漩水、回流等不良流态。
Ship lock side water taking structure and land region construction method and mountain construction method thereof
一种船闸旁侧取水结构及其陆域施工方法和山体施工方法
QIAN DONGYUE (Autor:in) / GUO TAO (Autor:in) / FAN HONGHAO (Autor:in) / JIN HUI (Autor:in) / ZHANG LEI (Autor:in) / PU XIAOGANG (Autor:in) / LI JUNTAO (Autor:in) / WANG XIN (Autor:in) / ZHANG RIHONG (Autor:in) / LIU ZHE (Autor:in)
18.06.2021
Patent
Elektronische Ressource
Chinesisch
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