Synchronizer gear ring inner ring machining composite clamp

Abstract

The invention discloses a synchronizer gear ring inner ring machining composite clamp which comprises a hollow chuck. A chuck pull rod linkage mechanism is arranged in the hollow chuck. The linkage mechanism drives workpiece pull rods in the hollow chuck. Rotary clamp grooves are formed in the workpiece pull rods and achieve autoroatation under the action of limiting pins so as to drive workpiece press plates on the workpiece pull rods to rotate to fix and loosen a workpiece. A workpiece inner cone top disc and a centre matched with the hollow chuck are designed on a machine tool tailstock to carry out inner ring axial and radial locating of the workpiece. According to the clamp, synchronizer gear ring inner ring clamping machining forming can be achieved at a time; on the premise of guaranteeing the requirements of synchronizer gear ring inner ring inner face and outer face coaxiality, roundness, bounce machining and the like, automatic mechanical arm feeding is facilitated, and meanwhile precise machining of synchronizer gear ring inner rings is achieved; the problem about side connection between procedures is avoided; the machining efficiency is high; the middle work-in-process inventory is cancelled; orders are easy to track; the transfer time is short; and the existing one-piece flow development tendency is met.

Description

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AI Technical Summary

Benefits of technology

This patented technology allows robots to hold and process thin metal plating (FPM), allowing them to accurately locate and align different parts during manufacturing processes without being affected or damaged from external forces such as gravity. It also ensures accurate circular shape of the FPM's internal structure while loading it onto an industrial robotic arm called CNC machining tools.

Problems solved by technology

This technical problem addressed by this patented method relates to improving the accuracy and efficiency of manufacturing internal combustion engines with synchronizers due to variations caused from different factors such as machine tool wear on parts made of materials like chrome plating (chrome), thermal expansion differences affects precision levels across various components, and other issues related to ensured proper alignment and assembly.

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