Embedded intelligent electromechanical equipment condition monitoring system

Abstract

An embedded intelligent electromechanical equipment condition monitoring system comprises a physical layer metadata support module, a system knowledge management and maintenance module, a system knowledge reasoning and identification module, and a system interactive session module. The physical layer metadata support module is composed of a real-time data collection component RDC2, a preprocessing and characteristic extraction component PCEC, and a monitoring data storage and acquisition component DSAC. The system knowledge management and maintenance module is composed of an object instance management component OIMC and a monitoring knowledge rule management component KRMC. The system knowledge reasoning and identification module is composed of a knowledge inference engine component KIEC, an object ontology management component O2MC and a rule clustering study component RCSC. The system interactive session module is composed of a system management component SMC, a monitoring advice and measure component MAMC and a user session processing component USPC. The embedded intelligent electromechanical equipment condition monitoring system of the invention has the advantages of strong function integration capability, good compatibility, high running efficiency, and good applicability.

Description

technical field [0001] The invention relates to the field of industrial process monitoring and instrumentation, in particular to a method for designing and implementing an embedded intelligent electromechanical equipment state monitoring system. Background technique [0002] Real-time status monitoring of industrial equipment is one of the key factors to ensure the safe operation of equipment and normal production. With the continuous expansion of industrial production scale, many equipments work together to generate many complicated working conditions, so the intelligent problem of industrial monitoring system is becoming more and more prominent. The industrial equipment monitoring system has high requirements on its reliability and stability. If the monitoring object is a large-scale key electromechanical equipment, while meeting the above requirements, the system needs to have the real-time transmission capability of batch data such as audio / video; in some special cases ...

AI Technical Summary

Problems solved by technology

[0005] In order to solve the shortcomings of the current industrial equipment monitoring system, such as weak function integration ability, poor compatibility, low operation efficiency and poor applicability, the present invention provides a system with weak function integration ability, good compatibility, and operation An embedded intelligent electromechanical equipment condition monitoring system with high efficiency and good applicability

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