Remote monitoring control system for multiple different types of numerical control machine tools and control method of system

Abstract

The invention discloses a remote monitoring control system for multiple different types of numerical control machine tools and a control method of the system. The control system comprises multiple numerical controlled machine tools and an LED screen which are arranged in an LAN (local area network) environment of a processing factory, a database server and a file server which are arranged in a machine room, multiple DNC clients arranged in an office LAN environment as well as mobile clients arranged in a wireless LAN environment, wherein the database server and the file server are connected with a DNC server, and the DNC server is connected with the numerical controlled machine tools and the LED screen; the DNC clients are connected with switches; the mobile clients are connected with theswitches through a wireless router, and an adapter module is arranged in the DNC server. According to the control method, uniform standard numerical controlled machine tool parameter formats are self-defined through the adapter module for different numerical controlled machine tools, data integration is performed, data acquisition and updating are controlled in a multi-thread remote calling manner, and integration and interaction demands of multiple different types of numerical controlled machine tools are met.

Description

technical field [0001] The invention relates to the field of numerical control machine tool control, in particular to a multi-quantity and multi-type numerical control machine tool remote monitoring control system and a control method thereof, which meet the needs of integration and interaction among multiple different types of numerical control machine tools. Background technique [0002] With the increasing scale of processing enterprises, information technology solutions covering platform integration technology, remote interaction technology, and file transmission technology of CNC machine tools have attracted more and more attention from enterprises. It is the practical demand of every processing enterprise to solve the on-site problems of the workshop through technical means, so as to improve the utilization rate of equipment, improve the management ability of the site, and reduce the production cost. [0003] Most processing workshops have different brands and types of...

AI Technical Summary

Problems solved by technology

[0005] The shortcomings of the prior art can be summed up in the following points: (1) The connection mode of the shared network path is still essentially a one-to-one connection mode of physical devices, which is the docking of the file system and the file system, and most of the integration of information depends on Due to manual work, lag is inevitable, lack of information technology support such as application systems, and scalable functions are very limited

(2) The method of sharing network folders only avoids the problems caused by the use of mobile storage devices, and does not change the situation where each CNC machine tool copies files one by one. It is difficult to improve the work efficiency of process file transmission, and the maintenance of the updated content of the file itself is complete. It is difficult to establish a system that relies on manual work and maintains files by version

(3) Although the shared network path can also obtain the running status file output by the device, the output data of the file is inherently isolated and irrelevant, and the efficiency of data analysis and mining only at the file level is very low

Constrained by this, it is difficult to improve the overall information level of the workshop, which is not conducive to the innovation of technology and management

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