Laser cutting machine control program modularization system

Abstract

The invention discloses a laser cutting machine control program modularization system which comprises a numerical control system PPU unit, a numerical control system servo unit and a peripheral equipment control unit, a laser machine tool human-machine interface HMI is connected in the numerical control system PPU unit in an integrated mode through a system bus, and a PLC processor is further arranged in the numerical control system PPU unit. The numerical control system servo unit is connected with the numerical control system PPU unit through a driving bus and an equipment bus, and the peripheral equipment control unit is communicated with an input and output unit module in the numerical control system PPU unit through a Profinet bus. By setting and selecting product parameters and function parameters on the HMI, corresponding unit function modules are called, so that the purpose of machining and cutting corresponding workpieces is achieved, the production efficiency of the laser cutting machine is improved, meanwhile, the failure rate of a machine tool is greatly reduced, maintenance is convenient, and the reliability of the cutting machine in practical applying is improved.

Description

technical field [0001] The invention relates to the technical field of industrial automation control, in particular to a laser cutting machine control program modular system. Background technique [0002] In the field of laser cutting machine processing, professional programmers are required to perform a large number of even repetitive programming for the control of cutting machines. In actual production and use, operators often need to add new products, modify product processing attributes, etc., and this It also requires professional programmers to add and modify the control program, and the control program has a lot of randomness, which brings difficulties to other subsequent programmers. At the same time, it causes great obstacles to the mutual exchange of data between the cutting machine control programs, which is not convenient for program modification. Post-maintenance and editing. Contents of the invention [0003] The object of the present invention is to provide...

AI Technical Summary

Problems solved by technology

[0002] In the field of laser cutting machine processing, professional programmers are required to perform a large number of even repetitive programming for the control of cutting machines. In actual production and use, operators often need to add new products, modify product processing attributes, etc., and this It also requires professional programmers to add and modify the control program, and the control program has a lot of randomness, which brings difficulties to other subsequent programmers. At the same time, it causes great obstacles to the mutual exchange of data between the cutting machine control programs, which is not convenient for program modification. Post Maintenance and Editing

Images