Grinding wheel numerically-controlled finishing control device and control method special for face gear grinding

Abstract

The invention discloses a grinding wheel numerically-controlled finishing control device and a control method special for face gear grinding. The device comprises a grinding wheel main shaft unit (1), a grinding wheel finishing device (2), a control device (3) and a transmission mechanism (4), wherein the control device comprises an IPC (Industrial Personal Computer), an SERCOS card, a control panel, an SERCOS optical fiber, a KE rectification power supply module, a KW main shaft control module, a KW feed control module and a PLC-IO module; the SERCOS card is mounted on the IPC through an ISA socket; the control panel is connected with the SERCOS card through a control line for sending out a control command; the SERCOS card is connected with the KE rectification power supply module, the KW main shaft control module and the KW feed control module through the SERCOS optical fiber; the KW main shaft control module is connected with a finisher main shaft motor and a grinding wheel main shaft motor; the KW feed control module is connected with each feed motor through a control line. According to the device and the method provided by the invention, the control of the numerically-controlled rectification process of the grinding wheel special for the face gear grinding is realized.

Description

technical field [0001] The invention relates to a numerical control dressing control device and control method for a special grinding wheel for face gear grinding, which is suitable for dressing processing of a special grinding wheel for face gear grinding with any modulus and pressure angle. Background technique [0002] Grinding wheel dressing is the operation process of using dressing tools to shape the grinding wheel or remove the blunt surface layer to restore the grinding performance and correct geometry of the working surface of the grinding wheel. In the process of grinding face gears with a special grinding machine for face gears, trimming the size, shape, and geometric angle of the grinding wheel is a necessary link to ensure the correctness of the processed face gear profile and surface quality. [0003] Grinding machines for face gears use involute-profile grinding wheels, and the tooth surfaces of opposite face gears are finished by generating motion. If the fo...

AI Technical Summary

Problems solved by technology

If the forming diamond roller is used to trim the surface of the grinding wheel, the manufacturing precision of the diamond roller is required to be high, and the surface is complex. After the combined effects of the manufacturing error, installation error and machine tool error of the diamond roller, the error of the trimmed grinding wheel is large, which is harmful to the development. The accuracy of the machined tooth surface is greatly affected, and the grinding contact area is large when the forming method is trimmed, the heat is high, it is not universal, and it is difficult to use and maintain in actual production applications

Images