Control system for shape modification of forming grinding wheel

Abstract

The invention discloses a control system for shape modification of a forming grinding wheel. The system comprises a PC platform, a motion control platform and a hardware platform, wherein the PC platform is responsible for processing management parameters and data, obtaining and processing a feedback signal and monitoring the running status of the motion control platform, the PC platform and the motion control platform perform data exchange through respective communication modules; the motion control platform is responsible for receiving an instruction from the PC platform and being required to transform the signal into a control signal which can drive a servo motor to make the server motor perform tasks of servo control, path planning and the like, and the hardware platform is responsible for physically processing workpieces and carrying out auxiliary functions and detection functions in the machining process. By adopting the control system for the shape modification of the forming grinding wheel disclosed by the invention, the intelligence of the shape modification of the forming grinding wheel is realized, and the work quality and efficiency are improved, furthermore, a modular system design is adopted, and the coupling between the modules is lowered, thereby being convenient for secondary development and lowering the cost.

Description

Technical field [0001] The invention belongs to the field of numerical control systems, and particularly relates to a shaping grinding wheel modification control system. Background technique [0002] As an important processing method in the grinding process, profile grinding has always received extensive attention. Especially in recent years, the continuous development of emerging technologies such as materials science, control engineering, manufacturing technology, and motion control technology has promoted Development of new grinding technology. Traditional grinding methods generally require multiple processes to meet the processing requirements. Because there are many types of forming grinding wheels, the modification methods are also different. The manual modification is not only inefficient, but also difficult to ensure accuracy. However, when the shaper is configured on the grinder, the product needs to be redesigned and manufactured when it is improved or changed. The ma...

AI Technical Summary

Problems solved by technology

Due to the large variety of forming grinding wheels, the modification methods are also different. Manual modification is not only inefficient, but also difficult to ensure accuracy. However, if the device is configured on the grinding machine, it needs to be redesigned and manufactured when the product is improved or changed. The mother model and the working model need to be equipped with a large number of different shapers, which obviously increases the processing cost of the enterprise and reduces the production efficiency, and the processing quality of the product is poor and the processing efficiency is low

At present, judging from the situation faced by the vast number of tool manufacturing enterprises in our country, the original machine tools of the enterprises are aging, with high energy consumption, low efficiency, single processing function, and the tool grinding machines whose processing methods are in the manual and semi-automatic stages are idle and cannot play their full potential. Should be effective, resulting in waste of resources

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