An angular circlip installation mechanism specially used for assembly equipment of door lock components

Abstract

A special-purpose corner clamp spring mounting mechanism for assembling equipment of a door lock component comprises a corner clamp spring mounting mechanism, wherein the corner clamp spring mounting mechanism comprises a corner stopping device, a corner clamp spring mounting rack, a clamp spring transverse pusher, a clamp spring transverse pushing plate, a corner clamp spring downward pressing pusher and a corner clamp spring downward pressing mounting shaft; the corner clamp spring downward pressing mounting shaft comprises a corner clamp spring downward pressing outer mounting shaft, a corner clamp spring downward pressing middle mounting shaft and a corner clamp spring downward pressing inner mounting shaft; the corner clamp spring downward pressing inner mounting shaft is provided with a connecting lug; a slot is formed in the corner clamp spring downward pressing middle mounting shaft; a connecting recess is formed in the inner wall of the corner clamp spring downward pressing outer mounting shaft; a clamp spring stretching slope is arranged at the lower end of the corner clamp spring downward pressing inner mounting shaft; a clamp spring mounting through hole is formed in the corner clamp spring downward pressing outer mounting shaft; and the clamp spring transverse pushing plate can enter the clamp spring mounting through hole. The special-purpose corner clamp spring mounting mechanism for the assembling equipment of the door lock component has the advantages of high assembling speed and low production cost.

Description

technical field [0001] The invention relates to an angular clip spring installation mechanism specially used for assembling equipment of door lock components. Background technique [0002] There are many types of door locks, including padlocks, electronic locks, and handle locks. Handle locks are the most commonly used locks in families. [0003] Existing handle lock components generally include connectors, lower gaskets, panels, torsion springs, corners and snap rings, the lower gaskets are generally made of plastic, the lower gaskets are set on the connectors, the panels are placed on the lower gaskets, and connected The head passes through the panel, the torsion spring and the corners are also sleeved on the connector, and the circlip is clamped on the connector, so that the connector, the lower gasket, the panel, the torsion spring, the corner and the circlip will not be separated when they are assembled together. The function of the washer is to prevent rigid friction ...

AI Technical Summary

Problems solved by technology

[0003] Existing handle lock components generally include connectors, lower gaskets, panels, torsion springs, corners and snap rings, the lower gaskets are generally made of plastic, the lower gaskets are set on the connectors, the panels are placed on the lower gaskets, and connected The head passes through the panel, the torsion spring and the corners are also sleeved on the connector, and the circlip is clamped on the connector, so that the connector, the lower gasket, the panel, the torsion spring, the corner and the circlip will not be separated when they are assembled together. The function of the washer is to prevent rigid friction between the connector and the panel. The function of the torsion spring is to provide torque to the connector so that the connector can be automatically reset after rotation. The existing corners and retaining springs are assembled manually. The process is slower, less efficient, and the production cost is higher

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