Shaft ringshield mounting device

Abstract

The invention discloses a shaft ringshield mounting device and relates to automatic selective assembly equipment, in particular to a measurement selective assembly portion of the automatic selective assembly equipment. Conveying rails stretch across the upper portion of a base; a workpiece tray is conveyed along the conveying rails; a clamp ring measuring and calibration device is mounted on one side of the conveying rails; a clamp ring rolling-out device, a clamp ring recheck device, a clamp ring feeding device and a clamp ring transfer device are assembled on the other side of the conveyingrails through supports; a servo horizontal moving device stretches across the conveying rails; a clamp ring measuring device is mounted on the servo horizontal moving device through a clamp ring measuring and lifting device, and a clamp ring pressure head device is mounted on the servo horizontal moving device through a pressure head servo lifting device; and a secondary positioning and jacking device is mounted on the base and is located on the lower portion of the workpiece tray. The shaft ringshield mounting device has the characteristics that the structure is novel, detection is automaticand accurate, assembling is automatic, the accuracy rate is increased, the assembling working efficiency is improved, and the labor cost is lowered, and the shaft ringshield mounting device is a novelshaft ringshield mounting device integrating the economical efficiency and practicability.

Description

technical field [0001] The shaft retaining ring installation device of the present invention relates to an automatic matching and assembling equipment, specifically a measurement and matching part of the automatic matching and assembling equipment. Background technique [0002] The assembly accuracy of the shaft retaining ring (hereinafter referred to as the snap ring) is very high. The snap ring groove measurement and matching device is mainly used in automatic matching and assembly equipment. The original snap ring groove measurement and matching device is manually used. Use a ruler to detect the groove width. After the detection is completed, manually assemble the snap ring, which is time-consuming and labor-intensive, and even the product is unqualified due to detection errors, and other defects; due to the above problems, this will result in increased labor costs and low labor efficiency. And the failure rate of products increased. With the pace of industrial developme...

AI Technical Summary

Problems solved by technology

It is used to solve the existing problems in the prior art: 1. The measurement accuracy of the manual feeler gauge is low, and the qualified rate of the finished product after assembly is low;

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