Intelligent remote operation gate opening and closing control system

Abstract

The invention discloses an intelligent remote operation gate opening and closing control system. The intelligent remote operation gate opening and closing control system comprises a towable hoist, a starting module, a PLC, a communication module, a monitoring module, a remote operation terminal and a remote control module. The towable hoist is separately in built-up connection with the starting module and the PLC, and the PLC is separately and electrically connected with the monitoring module, the remote operation terminal and the remote control module through the communication module. Throughthe method, the intelligent remote operation gate opening and closing control system can monitor the relevant conditions in a gate machine room, the dynamic state of the towable hoist and whether displayed dynamic data are normal or not indoors. Through monitoring and sensing, the automatic lifting condition and operating position of a gate can be monitored, the intelligent remote operation gateopening and closing control system is used for monitoring water storage requirements or pool water requirements, controls the lifting height of the gate, performs remote operation, realizes flow statistics, and has the advantages of high data performance, high degree of intelligence, reduction of labor and the like.

Description

technical field [0001] The invention relates to the related field of water conservancy engineering, in particular to an intelligent remote operation gate opening and closing control system. Background technique [0002] Ship locks, also known as "box ship locks", are box-shaped hydraulic structures used to ensure that ships can smoothly pass through the concentrated water level drop on the channel. Ship locks are the most widely used navigable structures, built on lakes, rivers and canals. In order to overcome the large tidal range, it is also built at the mouth of the estuary entering the sea and the mouth of the harbor basin. It consists of lock chamber, lock head, gate, approach channel and corresponding equipment. When the ship goes up, the lock chamber is drained first, and when the indoor water level is equal to the downstream water level, the downstream gate is opened to allow the ship to enter the lock chamber, then the downstream gate is closed, and water is poure...

AI Technical Summary

Problems solved by technology

The gates in the ship locks in the prior art are usually operated manually, and it is time-consuming and labor-intensive to command and control the lift of the ship lock after observing the situation manually.

[0003] Rivers, rivers, and lakes are affected by natural conditions, and the water conservancy conditions are often bad, so it is necessary to build sluices to control them. At present, the lifting equipment of the sluices built in China is a simple manual mechanical lifting system, which requires manual observation, on-site operation, and climbing. High work, time-consuming and labor-intensive, with certain risks

Moreover, the sluices are distributed far and wide, and are affected by climatic conditions, inspection operations, remote labor

And does not have traffic data collection statistics

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