A kind of apron inserting pin machine

Abstract

The invention discloses a rubber ring PIN inserting machine which comprises a pin assembly work station, a reversed pin detection work station, a rubber ring assembly work station, a rubber ring pressing work station, a product taking work station and a rotating disc; a plurality of carrier stations are arranged on the outer edge of the rotating disc; carriers are placed on the carrier stations, and bear products into which PINs are necessarily inserted; and the pin assembly work station, the reversed pin detection work station, the rubber ring assembly work station, the rubber ring pressing work station and the product taking work station are distributed on the side of the outer circumference edge of the rotating disc in sequence. A moving assembly mechanism of the pin assembly work station automatically inserts the PINs into corresponding positions of the products located on the carriers. With the rotation of the rotating disc, the reversed pin detection work station judges positive and negative assembly of the PINs, the rubber ring assembly work station is fed by a vibrating disc; the moving assembly mechanism of the rubber ring assembly work station assembles rubber rings to the corresponding positions of the products, and the rubber ring pressing work station presses down the rubber rings. The movements of the above work stations are accomplished automatically, and with the adoption of the technical scheme, the rubber ring PIN inserting machine can save the manpower greatly and improve the working efficiency.

Description

Technical field: [0001] The invention relates to an apron automatic inserting PIN device in the electronics, automobile and other manufacturing industries. Background technique: [0002] The rubber ring inserting PIN process is mainly used in the manufacturing industries such as electronics and automobiles. The apron inserting PIN process generally includes the processes of installing needles on the product, installing the apron, and pressing the apron. According to the prior art, the above-mentioned processes of installing the needle, installing the apron, and pressing the apron are completed on a manual assembly line. Wherein, the geometric shapes at both ends of the PIN are different, even if the geometric shapes at both ends of the PIN are the same, their sizes are different. Invention content: [0003] The technical problem solved by the present invention: in the prior art, the apron inserting PIN process applied in the manufacturing industries such as electronics an...

AI Technical Summary

Problems solved by technology

[0003] The technical problem solved by the present invention: in the prior art, the apron inserting PIN process applied in the manufacturing industries such as electronics and automobiles is completed on an artificial assembly line, and the apron inserting PIN process included in the apron pin, apron apron, The process of pressing the rubber ring is completed by the operators on the manual assembly line. This is not only not conducive to saving human resources, but also difficult to improve work efficiency.

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