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Ship lock with circularly movable gate
The gate circulation moving type ship lock comprises an annular hinge mechanism and a plurality of gates, and the annular hinge mechanism is installed on a middle mountain body; the multiple gates are installed on the annular hinge mechanism and located between the middle mountain body and the right mountain body and between the middle mountain body and the left mountain body. The multiple gates are distributed in the circumferential direction of the annular hinge mechanism, and when the gate between the left mountain body and the middle mountain body moves in the upstream direction, the gate between the middle mountain body and the right mountain body moves in the downstream direction at the same time, so that thrust generated by ships and water in the downstream gate chamber can move in the downstream direction; when the ship enters the lock chamber, all the thrust can act on the thrust needed by the ship and water in the ascending lock chamber, energy generated by the descending gate and the descending ship is fully utilized, energy consumption is reduced, meanwhile, the ship does not need to be stopped and started when entering the lock chamber, and navigation efficiency is improved; in addition, water flowing into the downstream from the downstream lock chamber flows back to the upstream from the upstream lock chamber, the upstream water is not consumed, and the water energy generating capacity of the power station is not reduced.
本发明公开了一种闸门循环移动式船闸，包括环形铰链机构和多个闸门，环形铰链机构安装在中间山体上；多个闸门分别安装在环形铰链机构上，且位于中间山体与右山体之间以及中间山体与左山体之间。本发明多个闸门沿着环形铰链机构周向分布，当左山体与中间山体之间的闸门往上游方向移动时，中间山体与右山体之间的闸门同时往下游方向移动，从而下行闸室内船舶和水所产生的推力，会全部作用于上行闸室内船舶和水所需要的推力，充分的利用了下行闸门和下行船舶所产生的能量，减少能量消耗，同时船舶进入闸室不需要停止和启动，提高通航效率；另外从下行闸室流入下游的水，又从上行闸室回流到上游，不消耗上游水，使发电站的水能发电量不减少。
Ship lock with circularly movable gate
The gate circulation moving type ship lock comprises an annular hinge mechanism and a plurality of gates, and the annular hinge mechanism is installed on a middle mountain body; the multiple gates are installed on the annular hinge mechanism and located between the middle mountain body and the right mountain body and between the middle mountain body and the left mountain body. The multiple gates are distributed in the circumferential direction of the annular hinge mechanism, and when the gate between the left mountain body and the middle mountain body moves in the upstream direction, the gate between the middle mountain body and the right mountain body moves in the downstream direction at the same time, so that thrust generated by ships and water in the downstream gate chamber can move in the downstream direction; when the ship enters the lock chamber, all the thrust can act on the thrust needed by the ship and water in the ascending lock chamber, energy generated by the descending gate and the descending ship is fully utilized, energy consumption is reduced, meanwhile, the ship does not need to be stopped and started when entering the lock chamber, and navigation efficiency is improved; in addition, water flowing into the downstream from the downstream lock chamber flows back to the upstream from the upstream lock chamber, the upstream water is not consumed, and the water energy generating capacity of the power station is not reduced.
本发明公开了一种闸门循环移动式船闸，包括环形铰链机构和多个闸门，环形铰链机构安装在中间山体上；多个闸门分别安装在环形铰链机构上，且位于中间山体与右山体之间以及中间山体与左山体之间。本发明多个闸门沿着环形铰链机构周向分布，当左山体与中间山体之间的闸门往上游方向移动时，中间山体与右山体之间的闸门同时往下游方向移动，从而下行闸室内船舶和水所产生的推力，会全部作用于上行闸室内船舶和水所需要的推力，充分的利用了下行闸门和下行船舶所产生的能量，减少能量消耗，同时船舶进入闸室不需要停止和启动，提高通航效率；另外从下行闸室流入下游的水，又从上行闸室回流到上游，不消耗上游水，使发电站的水能发电量不减少。
Ship lock with circularly movable gate
一种闸门循环移动式船闸
LIU WEI (author) / PENG GUOHONG (author)
2024-11-22
Patent
Electronic Resource
Chinese
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