Hydraulic lifting dam capable of being controlled wirelessly and remotely

Abstract

The invention relates to a hydraulic lifting dam capable of being controlled wirelessly and remotely. The hydraulic lifting dam capable of being controlled wirelessly and remotely is provided with a hydraulic block, wherein one end of the hydraulic block is connected with a movable panel, the other end of the hydraulic block is connected with a PLC control cabinet, the PLC control cabinet is connected with a signal tower, and the signal tower is connected with a remote computer; the movable panel is connected with a reinforcement ground cage through a movable hinge, the reinforcement ground cage is arranged on the ground, and the hydraulic block is connected with the ground to be fixed. The hydraulic lifting dam capable of being controlled wirelessly and remotely is simple in structure, convenient to use and stable in structure, the dam can be used for blocking water when fixed and can fall when moved; meanwhile, due to the fact that a hydraulic induction device is used for controlling and operating a hydraulic system, unmanned management is achieved, floating objects on the water surface are removed, the appearance is attractive, the movable panel can rise and fall automatically according to the rise and fall of flood water, wireless and remote control is achieved through the computer, and the control function and multiple management functions are achieved.

Description

technical field [0001] The invention relates to a wireless remote controlled hydraulic lifting dam. Background technique [0002] The hydraulic lifting dam is a revolutionary achievement of water conservancy technology and is currently the world's leading movable dam technology. It is widely used in agricultural irrigation, fishery, ship locks, seawater tidal protection, urban river landscape engineering and small hydropower stations. [0003] The working principle of the hydraulic lifting dam is to use a row of hydraulic cylinders to straighten the back of the movable dam surface with the bottom as the axis, so as to realize the purpose of raising the dam to stop water and lowering the dam to discharge flood. Conventional gates such as curved gates and flat steel gates are commonly used. Although the discharge capacity is large and the operation scheduling is flexible, floods of various frequencies can be released through gate scheduling. However, the amount of metal struct...

AI Technical Summary

Problems solved by technology

Conventional gates such as curved gates and flat steel gates are commonly used. Although the discharge capacity is large and the operation scheduling is flexible, floods of various frequencies can be released through gate scheduling. However, the amount of metal structure and civil engineering is relatively large, and hoisting equipment and The hoist machine room has high investment, complex construction, long construction period, troublesome management, high operation and maintenance costs, special management is required, and ice breaking is required in winter. At the same time, floating objects on the water surface cannot be discharged, and the appearance is not beautiful enough.

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