A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Wharf rear and lower silt prevention system with control device
The invention discloses a wharf rear and lower silt prevention system with a control device in the technical field of dredging engineering. The wharf rear and lower silt prevention system comprises a movable plate, an upper fixing body, a movable winding body, a lower supporting body, a high-pressure flushing pipeline, a high-pressure nozzle, a high-pressure water tank, a high-pressure flexible pipe, a high-pressure water pump, a flow velocity meter, a control system and a sand taking device. The upper fixing body and the lower supporting body are connected together, the lower supporting body is located at the lower end of the upper fixing body, and the movable plate is connected with the upper fixing body through the movable winding body. A plurality of high-pressure water tanks are mounted on the movable plate, and a plurality of high-pressure nozzles are arranged on each high-pressure water tank; the flow velocity meter and the sand taking device are arranged in a harbor basin of a target wharf; the flow velocity meter, the sand taking device and the high-pressure water pump are all connected with the control system through wire harnesses. Based on the fluid mechanics theory and the sediment kinematic mechanics mechanism, the problem of sediment deposition behind and below the wharf is fundamentally solved, meanwhile, an automatic control high-pressure flushing system is assisted, and the wharf silt prevention problem is solved more quickly and efficiently.
一种疏浚工程技术领域的带有控制装置的码头后方及下方防淤系统，包括活动板、上部固定体、活动绕体、下部支撑体、高压冲水管路、高压喷嘴、高压水箱、高压柔性管、高压水泵、流速仪、控制系统、取沙器；上部固定体与下部支撑体连接在一起，下部支撑体位于上部固定体的下端，活动板通过活动绕体与上部固定体相连；多个高压水箱安装于活动板上，每个高压水箱上均布置多个高压喷嘴；流速仪、取沙器均布置在目标码头的港池内；流速仪、取沙器、高压水泵均通过线束与控制系统相连接。本发明基于流体力学理论和泥沙运动力学机理，从根本上解决码头后方及下方的泥沙淤积问题，同时辅助自动控制高压冲水系统，更加快速高效地解决码头防淤问题。
Wharf rear and lower silt prevention system with control device
The invention discloses a wharf rear and lower silt prevention system with a control device in the technical field of dredging engineering. The wharf rear and lower silt prevention system comprises a movable plate, an upper fixing body, a movable winding body, a lower supporting body, a high-pressure flushing pipeline, a high-pressure nozzle, a high-pressure water tank, a high-pressure flexible pipe, a high-pressure water pump, a flow velocity meter, a control system and a sand taking device. The upper fixing body and the lower supporting body are connected together, the lower supporting body is located at the lower end of the upper fixing body, and the movable plate is connected with the upper fixing body through the movable winding body. A plurality of high-pressure water tanks are mounted on the movable plate, and a plurality of high-pressure nozzles are arranged on each high-pressure water tank; the flow velocity meter and the sand taking device are arranged in a harbor basin of a target wharf; the flow velocity meter, the sand taking device and the high-pressure water pump are all connected with the control system through wire harnesses. Based on the fluid mechanics theory and the sediment kinematic mechanics mechanism, the problem of sediment deposition behind and below the wharf is fundamentally solved, meanwhile, an automatic control high-pressure flushing system is assisted, and the wharf silt prevention problem is solved more quickly and efficiently.
一种疏浚工程技术领域的带有控制装置的码头后方及下方防淤系统，包括活动板、上部固定体、活动绕体、下部支撑体、高压冲水管路、高压喷嘴、高压水箱、高压柔性管、高压水泵、流速仪、控制系统、取沙器；上部固定体与下部支撑体连接在一起，下部支撑体位于上部固定体的下端，活动板通过活动绕体与上部固定体相连；多个高压水箱安装于活动板上，每个高压水箱上均布置多个高压喷嘴；流速仪、取沙器均布置在目标码头的港池内；流速仪、取沙器、高压水泵均通过线束与控制系统相连接。本发明基于流体力学理论和泥沙运动力学机理，从根本上解决码头后方及下方的泥沙淤积问题，同时辅助自动控制高压冲水系统，更加快速高效地解决码头防淤问题。
Wharf rear and lower silt prevention system with control device
带有控制装置的码头后方及下方防淤系统
YIN JIFU (author) / SHU MINHUA (author) / ZHOU ZHONGWEI (author) / ZHANG QINGBO (author) / LU YINSONG (author) / HONG GUOJUN (author) / WANG FEIXIN (author) / MAO XIAODAN (author) / CHENG SHUFENG (author) / LIANG XIN (author)
2023-07-04
Patent
Electronic Resource
Chinese
IPC:
E02B
HYDRAULIC ENGINEERING
,
Wasserbau
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