Bearing machining fixture mounting structure

Abstract

The invention provides a bearing machining fixture mounting structure. The structure comprises a motor, a disc power wheel, a disc driving tooth, a disc driven tooth, a first driving tooth, a third driven tooth, a worktable, a clamping plate and a clamping lead screw; the motor is horizontally mounted; a back spline and a front spline are respectively fixed on a power output shaft of the motor from back to front; the back spline can be engaged with the first driving tooth; the front spline can be engaged with the disc power wheel; the distance between the back spline and the front spline is smaller than the distance between the first driving tooth and the disc power wheel; the back spline and the front spline are asynchronously engaged for transmission; the disc driving tooth is coaxially driven at the front end of the disc power wheel; the disc driven tooth, horizontally mounted, is driven by the disc driving tooth in a right-angled engagement manner; and the disc driven tooth coaxially drives the worktable. The structure can effectively reduce the cost of enterprises in the bearing machining process through modes of easy installation, convenience for operation and capability of easily adjusting the elastic clamping degree and the horizontal position of machined parts.

Description

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AI Technical Summary

Problems solved by technology

[0002] Bearing processing generally goes through multiple processes, among which the difference between rough grinding, fine grinding, and ultra-grinding processes mainly lies in the different tooling used (different oil stones), and because of the different tooling used, the

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