Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
High-water-head distributed ship lock water body transportation system
The invention discloses a high-water-head distributed ship lock water transportation system, which adopts a water quantity adjusting tank to adapt to the upstream and downstream water level change of a high-water-head distributed ship lock, and combines with the arrangement of a plurality of water tanks on the side of a lock chamber, so that the water quantity of the ship lock is not exchanged with the water quantity of a middle channel; the novel ship lock water conveying form for water conveying between the upper-stage lock chamber and the lower-stage lock chamber of the distributed ship lock is achieved. A water volume adjusting tank and a plurality of tank chambers A are arranged on the two sides of a first-stage ship lock chamber respectively, and a plurality of tank chambers B are arranged on the side of a second-stage ship lock chamber. The lock chambers of the upper and lower ship locks are connected through the middle channel, so that ships can continuously pass through the upper and lower ship locks conveniently. The arrangement form can adapt to upstream and downstream water level changes of the ship lock, the water supplementing and overflowing process only passes through the water quantity adjusting tank, the tank chamber A and the tank chamber B do not need to be provided with a water supplementing and overflowing device, operation and dispatching are flexible and simple, and therefore the purposes of shortening the water delivery time of the distributed ship lock and improving the passing capacity of the ship lock are achieved.
本发明公开一种高水头分散式船闸水体输运系统，采用水量调节池来适应高水头分散式船闸上下游水位变化，结合与闸室侧的多个水池布置，在船闸与中间渠道水量无交换的前提下，实现分散式船闸上下两级闸室间水体输运的新型船闸输水形式。即在第一级船闸闸室两侧分别设置1个水量调节池和若干个池室A，在第二级船闸闸室侧设置若干个池室B。上下两级船闸闸室之间通过中间渠道相连，便于船舶连续通过上下两级船闸。该布置形式不仅能适应船闸上下游水位变化，而且补溢水过程仅通过水量调节池，池室A和池室B均不需要设置补溢水装置，运行调度灵活简单，从而达到了缩短分散式船闸输水时间和提高船闸通过能力的目的。
High-water-head distributed ship lock water body transportation system
The invention discloses a high-water-head distributed ship lock water transportation system, which adopts a water quantity adjusting tank to adapt to the upstream and downstream water level change of a high-water-head distributed ship lock, and combines with the arrangement of a plurality of water tanks on the side of a lock chamber, so that the water quantity of the ship lock is not exchanged with the water quantity of a middle channel; the novel ship lock water conveying form for water conveying between the upper-stage lock chamber and the lower-stage lock chamber of the distributed ship lock is achieved. A water volume adjusting tank and a plurality of tank chambers A are arranged on the two sides of a first-stage ship lock chamber respectively, and a plurality of tank chambers B are arranged on the side of a second-stage ship lock chamber. The lock chambers of the upper and lower ship locks are connected through the middle channel, so that ships can continuously pass through the upper and lower ship locks conveniently. The arrangement form can adapt to upstream and downstream water level changes of the ship lock, the water supplementing and overflowing process only passes through the water quantity adjusting tank, the tank chamber A and the tank chamber B do not need to be provided with a water supplementing and overflowing device, operation and dispatching are flexible and simple, and therefore the purposes of shortening the water delivery time of the distributed ship lock and improving the passing capacity of the ship lock are achieved.
本发明公开一种高水头分散式船闸水体输运系统，采用水量调节池来适应高水头分散式船闸上下游水位变化，结合与闸室侧的多个水池布置，在船闸与中间渠道水量无交换的前提下，实现分散式船闸上下两级闸室间水体输运的新型船闸输水形式。即在第一级船闸闸室两侧分别设置1个水量调节池和若干个池室A，在第二级船闸闸室侧设置若干个池室B。上下两级船闸闸室之间通过中间渠道相连，便于船舶连续通过上下两级船闸。该布置形式不仅能适应船闸上下游水位变化，而且补溢水过程仅通过水量调节池，池室A和池室B均不需要设置补溢水装置，运行调度灵活简单，从而达到了缩短分散式船闸输水时间和提高船闸通过能力的目的。
High-water-head distributed ship lock water body transportation system
一种高水头分散式船闸水体输运系统
GUO CHAO (Autor:in) / LI ZHONGHUA (Autor:in) / CHEN YINGYING (Autor:in) / XUE SHU (Autor:in) / JIN YING (Autor:in)
24.09.2024
Patent
Elektronische Ressource
Chinesisch
IPC:
E02C
SHIP-LIFTING DEVICES OR MECHANISMS
,
Schiffshebevorrichtungen
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