Correcting device for machining production of automobile parts

Abstract

The invention provides a correcting device for machining production of automobile parts, and relates to the technical field of part machining. The problems that the time is relatively wasted since independent cooling is needed after heating correction is finished, and the parts cannot be automatically cooled and the cooling effect cannot be improved after correction is finished through structural improvement are solved. The correcting device for machining production of the automobile parts comprises a base, a driving part, a correcting part, a transmission part and an auxiliary part. The base is installed on a workbench. The number of impellers A is two, the two impellers A are symmetrically installed on a correcting base, and a friction wheel A is further installed on the correcting base. A friction wheel B is mounted on a rotating shaft, the friction wheel B is in contact with the friction wheels A, therefore, when the rotating shaft rotates, rotation of the impellers A can be realized, mixing of water in a box body is further realized, and finally circulation of the water around the correcting base is realized.

Description

technical field [0001] The invention belongs to the technical field of parts processing, and more specifically relates to a calibration device for processing auto parts. Background technique [0002] In mechanical manufacturing, many parts need to cooperate with other parts, but it is easy to cause deformation of parts during the process of placing or using the parts after processing, so a correction device is needed to correct the parts. [0003] For example, the application number: CN201510664275.X, the bending correction method of shaft parts, which includes the following steps, step A, placing the shaft parts on the cushion block of the press, and placing the lifting punch next to the cushion block on the press The watch device, step B, after the press corrects the shaft part, make the rolling mechanism support the shaft part, rotate the shaft part, and detect the coaxiality of the shaft part. In step C, if the coaxiality test is qualified, the bending correction is com...

AI Technical Summary

Problems solved by technology

[0007] In order to solve the above-mentioned technical problems, the present invention provides a correction device for the production of processed auto parts to solve the existing problem that the existing devices are often corrected by extrusion and reverse bending. There is elastic deformation, so it is difficult to grasp the correction angle, and it is impossible to eliminate the elastic deformation of parts by means of heating; moreover, the existing device needs to be cooled separately after heating and correction, which is a waste of time, and cannot be achieved through structural Improvement on the problem of automatically cooling the parts and improving the cooling effect after the calibration is completed

Images