Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Energy-saving and water-saving passing channel and ship lock passing method thereof
The invention relates to the technical field of channel construction, and discloses an energy-saving and water-saving passing channel and a ship lock passing method.The energy-saving and water-saving passing channel comprises at least one ship lock hub arranged in a river channel, and a ship step channel is arranged in the ship lock hub; an opening and closing valve plate I, an opening and closing valve plate II and an opening and closing valve plate III are sequentially arranged in the ship step channel in the flowing direction of water in a river channel at equal intervals, and a lift pump group used for lifting water on the downstream side of the ship lock hub to the upstream side of the ship lock hub is arranged in the ship lock hub. And the lift pump group is separated from the ship step channel in the ship lock hub. According to the ship lock passing method, navigation of ships in water shortage and less water drainage basins can be achieved through water storage, and water resource waste caused by ship navigation can be effectively reduced through the improved ship lock passing method.
本发明涉及航道建设的技术领域，其公开了一种节能节水的通行航道及其船闸通行方法，节能节水的通行航道包括设置在河道内的至少一个船闸枢纽，船闸枢纽内设置有船只跃级通道，船只跃级通道内沿河道内水的流动方向等间距依次设置有开闭阀板Ⅰ、开闭阀板Ⅱ和开闭阀板Ⅲ，船闸枢纽内设置有用于将船闸枢纽下游一侧的水提升到船闸枢纽上游一侧的提水泵群组，提水泵群组在船闸枢纽内与船只跃级通道分离设置。本发明不仅能够通过储水来实现缺水、少水流域内船只的通航，而且通过改进的船闸通行方法，能够有效减小了为实现船只通航而造成的水资源浪费。
Energy-saving and water-saving passing channel and ship lock passing method thereof
The invention relates to the technical field of channel construction, and discloses an energy-saving and water-saving passing channel and a ship lock passing method.The energy-saving and water-saving passing channel comprises at least one ship lock hub arranged in a river channel, and a ship step channel is arranged in the ship lock hub; an opening and closing valve plate I, an opening and closing valve plate II and an opening and closing valve plate III are sequentially arranged in the ship step channel in the flowing direction of water in a river channel at equal intervals, and a lift pump group used for lifting water on the downstream side of the ship lock hub to the upstream side of the ship lock hub is arranged in the ship lock hub. And the lift pump group is separated from the ship step channel in the ship lock hub. According to the ship lock passing method, navigation of ships in water shortage and less water drainage basins can be achieved through water storage, and water resource waste caused by ship navigation can be effectively reduced through the improved ship lock passing method.
本发明涉及航道建设的技术领域，其公开了一种节能节水的通行航道及其船闸通行方法，节能节水的通行航道包括设置在河道内的至少一个船闸枢纽，船闸枢纽内设置有船只跃级通道，船只跃级通道内沿河道内水的流动方向等间距依次设置有开闭阀板Ⅰ、开闭阀板Ⅱ和开闭阀板Ⅲ，船闸枢纽内设置有用于将船闸枢纽下游一侧的水提升到船闸枢纽上游一侧的提水泵群组，提水泵群组在船闸枢纽内与船只跃级通道分离设置。本发明不仅能够通过储水来实现缺水、少水流域内船只的通航，而且通过改进的船闸通行方法，能够有效减小了为实现船只通航而造成的水资源浪费。
Energy-saving and water-saving passing channel and ship lock passing method thereof
一种节能节水的通行航道及其船闸通行方法
CHEN WANREN (Autor:in) / CHEN XIAOSHUANG (Autor:in)
09.12.2022
Patent
Elektronische Ressource
Chinesisch
IPC:
E02C
SHIP-LIFTING DEVICES OR MECHANISMS
,
Schiffshebevorrichtungen
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