A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Hydraulically-driven rotary radial gate
The invention relates to a hydraulically-driven rotary radial gate which comprises a hoist arranged in a gate chamber and further comprises a radial gate body arranged in the gate chamber, the radial gate body is connected with the hoist through a connecting rod, and the radial gate body is rotatably arranged in the gate chamber through a gate supporting arm. A rotating shaft body is further arranged on the inner wall of the lock chamber in a penetrating mode, and the gate supporting arm is fixedly connected with the rotating shaft body. The rotating shaft body is further provided with a crank arm in a rotating mode, and the crank arm is connected with the radial gate and the hoist in a rotating mode.
本发明涉及一种液压驱动旋转弧形闸门，包括设置在闸室中的启闭机，还包括设置在闸室中的弧形闸门，所述弧形闸门和所述启闭机之间通过连杆相连，所述弧形闸门通过闸门支臂可旋转地设置在闸室中，所述闸室的内壁上还贯穿设置有旋转轴体，所述闸门支臂与所述旋转轴体固定相连；所述旋转轴体上还可转动地设置有拐臂，所述拐臂分别可转动地与所述弧形闸门和所述启闭机相连。
Hydraulically-driven rotary radial gate
The invention relates to a hydraulically-driven rotary radial gate which comprises a hoist arranged in a gate chamber and further comprises a radial gate body arranged in the gate chamber, the radial gate body is connected with the hoist through a connecting rod, and the radial gate body is rotatably arranged in the gate chamber through a gate supporting arm. A rotating shaft body is further arranged on the inner wall of the lock chamber in a penetrating mode, and the gate supporting arm is fixedly connected with the rotating shaft body. The rotating shaft body is further provided with a crank arm in a rotating mode, and the crank arm is connected with the radial gate and the hoist in a rotating mode.
本发明涉及一种液压驱动旋转弧形闸门，包括设置在闸室中的启闭机，还包括设置在闸室中的弧形闸门，所述弧形闸门和所述启闭机之间通过连杆相连，所述弧形闸门通过闸门支臂可旋转地设置在闸室中，所述闸室的内壁上还贯穿设置有旋转轴体，所述闸门支臂与所述旋转轴体固定相连；所述旋转轴体上还可转动地设置有拐臂，所述拐臂分别可转动地与所述弧形闸门和所述启闭机相连。
Hydraulically-driven rotary radial gate
液压驱动旋转弧形闸门
LI ZHILIN (author) / LIU XUEFENG (author) / QIU RUISHAN (author)
2023-03-28
Patent
Electronic Resource
Chinese
IPC:
E02B
HYDRAULIC ENGINEERING
,
Wasserbau