A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Air energy storage type water-saving ship lock and control method thereof
The invention provides an air energy storage type water-saving ship lock and a water supply control method thereof.The air energy storage type water-saving ship lock comprises a ship lock body structure and a water-saving pool structure arranged on the side edge of the ship lock body structure, and the water-saving pool structure comprises a pool body, a compression cover, an air energy supply assembly, a transmission assembly and a water conveying assembly; when the compression cover is in an ascending state, the air energy supply assembly drives the transmission assembly to drive the compression cover to move downwards along the inner wall of the tank body, and therefore water in the tank body is driven to enter the lock chamber through the water conveying assembly and the first transverse water conveying gallery for water replenishing; water in the lock chamber enters the pool body through the first transverse water conveying gallery and the water conveying assembly. Compared with an existing water-saving ship lock, the water consumption can be greatly reduced, water diversion from an external new reservoir is not needed, new water source reservoir and water diversion system projects are greatly reduced, and the project cost is greatly saved.
本发明提供一种空气储能式省水船闸及其供水控制方法，包括船闸主体结构和设于船闸主体结构侧边的省水池结构，省水池结构包括池体、压缩盖、空气供能组件、传动组件以及输水组件，在压缩盖处于下行状态时，空气供能组件驱动传动组件带动压缩盖沿池体的内壁下移，从而驱动池体内的水通过输水组件和第一横向输水廊道进入闸室内补水，在压缩盖处于上行状态时，空气供能组件驱动传动组件带动压缩盖沿池体的内壁上移，以使闸室内的水通过第一横向输水廊道和输水组件进入池体内。相比于现有的省水船闸，可以大幅减少用水量，无需从外部新建水库引水，大幅降低新建水源水库和引水系统工程，大幅节省工程造价。
Air energy storage type water-saving ship lock and control method thereof
The invention provides an air energy storage type water-saving ship lock and a water supply control method thereof.The air energy storage type water-saving ship lock comprises a ship lock body structure and a water-saving pool structure arranged on the side edge of the ship lock body structure, and the water-saving pool structure comprises a pool body, a compression cover, an air energy supply assembly, a transmission assembly and a water conveying assembly; when the compression cover is in an ascending state, the air energy supply assembly drives the transmission assembly to drive the compression cover to move downwards along the inner wall of the tank body, and therefore water in the tank body is driven to enter the lock chamber through the water conveying assembly and the first transverse water conveying gallery for water replenishing; water in the lock chamber enters the pool body through the first transverse water conveying gallery and the water conveying assembly. Compared with an existing water-saving ship lock, the water consumption can be greatly reduced, water diversion from an external new reservoir is not needed, new water source reservoir and water diversion system projects are greatly reduced, and the project cost is greatly saved.
本发明提供一种空气储能式省水船闸及其供水控制方法，包括船闸主体结构和设于船闸主体结构侧边的省水池结构，省水池结构包括池体、压缩盖、空气供能组件、传动组件以及输水组件，在压缩盖处于下行状态时，空气供能组件驱动传动组件带动压缩盖沿池体的内壁下移，从而驱动池体内的水通过输水组件和第一横向输水廊道进入闸室内补水，在压缩盖处于上行状态时，空气供能组件驱动传动组件带动压缩盖沿池体的内壁上移，以使闸室内的水通过第一横向输水廊道和输水组件进入池体内。相比于现有的省水船闸，可以大幅减少用水量，无需从外部新建水库引水，大幅降低新建水源水库和引水系统工程，大幅节省工程造价。
Air energy storage type water-saving ship lock and control method thereof
一种空气储能式省水船闸及其控制方法
ZHOU QIANKAI (author) / LIU YONGSHENG (author) / LIU XIAOHONG (author) / PENG ZHE (author) / WANG NENG (author) / ZHOU LINHUI (author) / LI FAN (author) / XIAO YU (author) / WANG YONG (author) / JIANG RONG (author)
2024-12-20
Patent
Electronic Resource
Chinese
IPC:
E02C
SHIP-LIFTING DEVICES OR MECHANISMS
,
Schiffshebevorrichtungen
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