New style numerically controlled machine remote condition monitoring and failure diagnosis system realizing method

Abstract

The present invention discloses an implementation method of a long-distance state monitor and failure diagnosis system of a novel numerical control machine, and belongs to the numerical control machine, information processing, network technology, industrial control technology fields, and relates to the digital control technology, long-distance telemetry tracking and command, failure diagnosis, network communication, automatic control and signal processing, and mainly makes the use of the modern long-distance telemetry tracking and command technology and the failure diagnosis analysis technology, and combines the characteristics of the state monitor and failure diagnosis of the numerical control machine, and builds the method of the state monitor and failure diagnosis system of the novel numerical control machine based on the wired and the wireless internet.

Description

1. Technical field [0001] The invention belongs to the field of numerical control machine tool system, information processing, network technology and industrial control technology, and relates to digital control technology, remote measurement and control, fault diagnosis, network communication, automatic control and signal processing, and mainly utilizes modern remote measurement and control technology and fault diagnosis and analysis technology , combined with the characteristics of CNC machine tool status monitoring and fault diagnosis, a new implementation method of CNC machine tool remote status monitoring and fault diagnosis system based on wired and wireless Internet was established. 2. Background technology [0002] CNC machine tool is a modern electromechanical equipment integrating machine, electricity and fluid. The complexity of CNC technology itself, the diversity of processes and the complexity of processed parts make the specifications and varieties of CNC syst...

AI Technical Summary

Problems solved by technology

The complexity of CNC technology itself, the diversity of processes and the complexity of processed parts make the specifications and varieties of CNC systems vary greatly, the performance varies greatly, the control parameters are complicated, and the debugging operation is cumbersome. Therefore, once the CNC machine tool breaks down, its Fault diagnosis and maintenance will be a highly professional work, and in many cases it must rely on the support of CNC machine tool manufacturers to solve the problem

As a result, the faulty machine tool is often not repaired in time, which prolongs the downtime of the fault and reduces the production efficiency of the CNC machine tool.

On the other hand, this also makes the technicians of some CNC system manufacturers exhausted, thus increasing the after-sales service cost of the enterprise

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