Clamp spring mounting device

Abstract

The invention provides a clamp spring mounting device. The clamp spring mounting device mainly comprises a workpiece clamping slot used for locating and accommodating workpieces, a locating plate used for locating and accommodating clamp springs, a feeding rod capable of moving along the upper surface of the locating plate, an ejection rod capable of ejecting one clamp spring in the locating hole upwards and enabling the lower surface of the clamp spring to be flush with the upper surface of the locating plate, and a pushing cutter capable of moving along the upper surface odf the locating plate, pushing the clamp springs ejected by the ejection rod inwards and mounting the clamp springs on the workpieces. Through the clamp spring mounting device, the feeding rod is used for automatically conveying the clamp springs to the locating hole of the locating plate, then the ejection rod is used for automatically ejecting the clamp springs out of the locating holes; subsequently, the pushing cutter is used for automatically mounting the clamp springs on the workpieces; the whole mounting process is free of excessive manual operation, so that the manual labor strength of clamp spring mounting work is reduced; the production efficiency is improved.

Description

technical field [0001] The invention relates to a circlip installation device. Background technique [0002] Shaft circlip is a part installed on the shaft groove to limit the axial movement of parts. It is widely used in the field of machinery and electronics. Such as figure 1 and figure 2 As shown, the outer diameter of the circlip is circular, and the circlip has a circlip inner hole that matches the circlip groove on the shaft-shaped workpiece. The opening of the circlip is roughly V-shaped, and the opening near the outer diameter of the circlip is larger And larger than the shaft diameter size of the workpiece circlip groove, the opening size near the inner hole of the circlip is smaller and smaller than the shaft diameter size of the workpiece circlip groove, so that the circlip opening can be aligned with the circlip groove of the workpiece and toward The circlip groove of the workpiece is pushed, so that the circlip opening deforms to both sides and snaps into th...

AI Technical Summary

Problems solved by technology

Manual installation is time-consuming and labor-intensive, consuming a lot of labor costs

Especially when installing the miniature circlip, since the size of the circlip and the workpiece are very small, it is necessary to accurately align the bayonet of the circlip with the circlip groove on the workpiece, which will make the installation more difficult and the production efficiency lower; at the same time , this kind of complicated and exhausting work will make workers more tired, not only it is difficult to ensure the stability of product quality, but also prone to work-related accidents

Some existing circlip installation methods also have a low degree of automation and are not suitable for large-scale production, let alone the assembly of miniature circlips.

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