Stepless control system and control method for part edge grinding

Abstract

The invention discloses a stepless control system and control method for part edge grinding. The stepless control system involves an execution module, a gas processing module and a servo feedback module; and a zero position, a grinding force numerical value and a threshold value of grinding displacement of the execution module are set in the servo feedback module, the gas processing module drivesthe execution module to execute the grinding action, and the servo feedback module collects grinding signals for feedback adjustment, so that stability and accuracy of the grinding process are guaranteed. According to the stepless control system and control method for part edge grinding, the system design is greatly simplified, the response speed of the grinding process is increased, and steplesscontrol over grinding is achieved.

Description

technical field [0001] The invention relates to the technical field of part processing, in particular to a stepless control system and control method for part edging. Background technique [0002] During the industrial processing and production operation of plate parts, many irregular burrs will appear on the sides. In order to make them smoother and smoother, these parts need to be edged. The existing edging methods are generally manual edging and mechanical edging. Manual edging is time-consuming and laborious, and the efficiency is not high. Therefore, mechanical edging has become the mainstream edging method in production. [0003] The existing mechanical edging device has complex structure, cumbersome operation, fixed parameters, the grinding distance cannot be adjusted, the grinding force cannot be actively controlled and completely depends on the shape of the side of the plate, so the grinding accuracy often cannot reach the expected goal, and is not suitable for inte...

AI Technical Summary

Problems solved by technology

The existing edging methods are generally manual edging and mechanical edging. Manual edging is time-consuming and laborious, and the efficiency is not high. Therefore, mechanical edging has become the mainstream edging method in production.

[0003] The existing mechanical edging device has complex structure, cumbersome operation, fixed parameters, the grinding distance cannot be adjusted, the grinding force cannot be actively controlled and completely depends on the shape of the side of the plate, so the grinding accuracy often cannot reach the expected goal, and is not suitable for intelligent the future development requirements of

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