Automatic bending equipment for producing movable contact spring on relay

Abstract

The invention discloses an automatic koji making device for producing a movable contact spring on a relay, which sequentially comprises a loading platform, a first koji making platform, a second koji making platform and an overturning platform, and is characterized in that the loading platform, the first koji making platform and the second koji making platform are respectively provided with a clamping component for clamping the movable contact spring; a front-surface koji-making device for performing koji-making on the front surface of the movable contact spring is arranged above the first koji-making platform, and a side-surface koji-making device for performing koji-making on the side surface of the movable contact spring is arranged above the second koji-making platform; after the movable contact spring is subjected to koji making through the front face koji making device on the first koji making platform and the side face koji making device on the second koji making platform, the movable contact spring is transferred to the overturning platform to be overturned, and the flat area of the koji-made movable contact spring faces the upper portion so that the movable contact spring can be grabbed by a mechanical arm in the next procedure. According to the movable contact spring bending machine, automatic movable contact spring bending can be achieved, front bending and side bending of the movable contact spring are sequentially and synchronously achieved, the operation mode of the movable contact spring bending machine is fewer in man-made interference factors, efficiency is higher, and product stability is higher.

Description

technical field [0001] The invention relates to the technical field of relay production, in particular to an automatic melody device used for production of moving reeds on relays. Background technique [0002] Relays are precision instruments and are an important part of electrical control. The internal moving reed (SCC) production needs to ensure that the defect rate is lower than 0.01%. In the prior art, manual operation and semi-automatic operation are used. The process requires more manpower, and the quality is greatly affected by human factors. SUMMARY OF THE INVENTION [0003] The purpose of the present invention is to reduce the influence of human factors on the production of moving reeds in the relay, and to adopt a fully automatic operation mode to avoid the intervention of operators, reduce the defect rate of products, and achieve a unified production standard. Therefore, the present invention provides a Automatic bending equipment for the production of moving r...

AI Technical Summary

Problems solved by technology

[0002] The relay is a precision instrument and is an important part of electrical control. The production of the internal moving reed (SCC) needs to ensure that the defect rate is less than 0.01%. In the prior art, manual operation and semi-automatic operation are adopted. The process requires more manpower, and the quality is greatly affected by human factors

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