Mine multiple-system linkage control system based on imaging and control method thereof

Abstract

The invention relates to a mine multiple-system linkage control system based on imaging and a control method thereof. The control method comprises the steps of integrating multiple sets of underground systems, classifying, organizing and sharing resource information of discrete systems according to data types including analog quantity, Boole, calculation, delaying, device control, switch value, event action, statistical data, texts, accumulation, trend and the like, performing configuration to combined action relation among the systems by means of an imaging organization method to form a linkage pre-arranged plan, and performing real-time judgment and implementation through a linkage pre-arranged plan scheduling and implementing module. After the method is adopted, when a single system in a mine breaks down or an abnormal situation is detected, the associated systems can be controlled and corresponding actions can be taken according to the linkage pre-arranged plan so as to improve the comprehensive performance of subsystems in the mine, emergencies can be responded efficiently, and safety production efficiency of the coal mine is improved.

Description

technical field [0001] The invention relates to the technical field of mine safety control, and discloses a graph-based method for realizing multi-system linkage safety control of mines. Background technique [0002] At this stage, it is difficult for coal mine enterprises to integrate mine comprehensive automation and enterprise informatization, and it is difficult to unify the network and share information. In the comprehensive automation construction of each mine, there are no rules to follow and a self-contained system. The construction is not based on the will and needs of the coal mining enterprise itself, but on the products of the manufacturer. At the same time, due to the lack of advanced and correct Guided by the guiding ideology, in the automation construction and transformation of each production subsystem, the control purpose is single, the effect is mediocre, and the overall reliability is poor; only the system itself can be considered, and the system integrati...

AI Technical Summary

Problems solved by technology

[0002] At this stage, it is difficult for coal mine enterprises to integrate mine comprehensive automation and enterprise informatization, and it is difficult to unify the network and share information

In the comprehensive automation construction of each mine, there are no rules to follow and a self-contained system. The construction is not based on the will and needs of the coal mining enterprise itself, but on the products of the manufacturer. At the same time, due to the lack of advanced and correct Guided by the guiding ideology, in the automation construction and transformation of each production subsystem, the control purpose is single, the effect is mediocre, and the overall reliability is poor; only the system itself can be considered, and the system integration cannot be considered, and the connection and locking relationship between the systems are ignored. Information islands are formed, and the scheduling and linkage between subsystems need to rely on the experience of monitoring personnel; and each subsystem forms its own network, which makes repeated investment and construction of network resources; each completed subsystem also requires dedicated on-duty and Maintenance personnel, a large amount of system maintenance

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