Gate control method based on multi-screen display

Abstract

The invention relates to a sluice gate control method based on multiple-screen display. The sluice gate control method comprises the following steps that S1, a remote control module, a sluice gate position monitoring module and a sluice gate monitoring module are arranged to achieve data monitoring and collection; S2, based on a geographic information system (GIS) platform, the distribution information of a plurality of sluice gate stations is subjected to superposition display; S3, a split screen technology is adopted to achieve centralized display of sluice gate monitoring video information inquiry, sluice gate state information inquiry and sluice gate remote control; S4, a sluice gate is opened and closed by setting the operation of pulling through and putting down, the sluice gate displacement and the sluice gate state; S5, the opening and closing process of the sluice gate is monitored, and abnormal equipment are subjected to emergency braking; S6, an alarm control module is arranged to control an alarm device to give out an alarm in the opening and closing process of the sluice gate. According to the sluice gate control method based on multiple-screen display, sluice gate control video monitoring, sluice gate position monitoring and simultaneous display of related remote control interfaces are achieved by the adoption of multiple-screen display, the sluice gate station control is better monitored, and the normal opening and closing work of the sluice gate is guaranteed.

Description

technical field [0001] The invention relates to the application field of water conservancy informatization, in particular to a gate control method based on multi-screen display. Background technique [0002] The gate is a control facility for closing and opening the discharge (discharging) channel, and is an important part of a hydraulic structure. In hydraulic engineering, the gate can be controlled to intercept water flow, control water level, adjust flow, discharge sediment and float things etc. The traditional gate control mainly realizes the lifting and opening and closing of the gate by pulling the gate on the spot or borrowing hydraulic pressure and screw, but it is time-consuming and laborious. The introduction of electrical technology realizes the electric control of the gate opening and closing. The traditional on-site control is Manual opening and closing of the gate reduces the burden, but the staff still need to arrive at the gate site to open and close the gat...

AI Technical Summary

Problems solved by technology

[0012] 1. It is impossible to understand the current gate status during remote control, or it is necessary to switch between different interfaces to realize the understanding of the gate status. In the process of switching gates, the gate may not provide requirements according to actual needs due to time difference or gate opening monitoring frequency the opening;

[0013] 2. There are hidden dangers in the system. When the information system fails, because it is impossible to understand the actual situation of the on-site gate, it may be thought that the system is working normally. At this time, there may be errors in the control of the gate. May not understand the living animals around the gate, such as playful children or cats and dogs, etc., which may cause damage to the living animals during the opening and closing of the gate, resulting in accidents

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