An intelligent control system and method for industrial equipment

Abstract

An industrial device intelligent control system and method. The system comprises: an RT module (101), an AI module (102) and an APP module (103), wherein the RT module (101) is connected to an industrial device by means of an interface, acquires field data of the industrial device, processes the field data, and transmits processing result data to the AI module (102) and the APP module (103); the AI module (102) carries out an intelligent analysis on the received processing result data and transmits an intelligent analysis result to the APP module (103) connected to the AI module; the APP module (103) comprises multiple APPs having multiple functions, determines and controls the analysis result, sends a feedback signal to the RT module (101) to achieve a closed-loop control strategy, and sends the feedback signal to the AI module (102) to implement parameter adjustment of an artificial intelligence model; and the APP module (103) further comprises an APP interface for data transmission. By means of the industrial device intelligent control system and method, data collection, monitoring and interaction of an industrial device, data-based model learning and optimization, and real-time update response of a control strategy can be implemented.

Description

technical field [0001] The invention belongs to the technical field of industrial equipment, and in particular relates to an intelligent control system and method for industrial equipment. Background technique [0002] The current on-site control system of industrial equipment is usually composed of a real-time acquisition and monitoring module and an HMI human-computer interaction module, which realizes the operation control of the equipment according to the preset process and operation status, and realizes simple human-computer interaction functions. [0003] In the prior art, real-time collection and monitoring of equipment operation and maintenance data, as well as configuration of related interfaces can be realized, and simple human-computer interaction can also be realized to realize control of the equipment. However, there are still several problems. First, only the basic collection of data has been realized, and the issuance of control commands still depends on human...

AI Technical Summary

Problems solved by technology

However, there are still several problems. First, only the basic collection of data has been realized, and the issuance of control commands still depends on human-computer interaction; second, it is impossible to fully analyze and judge the real-time data of the equipment, and cannot Artificial intelligence calculation of historical data cannot realize intelligent control. Third, it is impossible to realize the correction and optimization of control strategies based on the equipment data change process. The update and optimization of strategies need to be realized by power failure, and the response speed is slow and has an impact on the operation of the control system. Fourth, It is an existing control terminal and cannot directly access the public cloud platform

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