Photoelectric protection type button set-in machine

Abstract

The invention relates to a photoelectric protection type button set-in machine. The photoelectric protection type button set-in machine comprises an electromagnetic module fixed on a work table and connected with a pull rod, a photoelectric sensing module installed beside a button set-in machine body and on the same side as the hand placing a button upper die, and a foot switch placed on the ground. The photoelectric sensing module, the foot switch and the electromagnetic module are sequentially connected for forming a switch circuit. According to the photoelectric protection type button set-in machine, the photoelectric sensing module and the foot switch are arranged at the same time and control the electromagnetic module together, when one of the photoelectric sensing module and the foot switch is in the disconnected state, the electromagnetic module cannot work, so that misoperation by working personnel during the long-time work process is prevented effectively, and the industrial accidents are reduced.

Description

technical field [0001] The invention relates to a button loading machine, in particular to a photoelectric protection type button loading machine. Background technique [0002] The button loading machine is mainly used for metal buttons, decorative buttons, H-shaped buttons, and air holes. It is widely used in garment factories and leather bag processing enterprises. It is suitable for all kinds of clothing, knitted garments, down jackets, and denim clothing. , shoes and hats and leather, plastic, canvas products, various metal snap buttons, craft buttons, denim buttons and rivets, springs, snap buttons, shoe rivets, etc. Such as figure 1 As shown, the existing button loading machine includes a support frame 1' arranged in parallel and perpendicular to the horizontal plane, a workbench 2' fixed on the support frame 1', a motor 3' fixed under the workbench 2', a motor 3' fixed on the workbench The button-loading machine body 4' on the platform 2', the main shaft 41' located...

AI Technical Summary

Problems solved by technology

During use, the buttons need to be manually installed on the upper mold base 43' and the lower mold base 44' of the button loading machine. However, the staff is prone to uncoordinated hands and feet during long-term work, which may cause the button loading machine to be pinched. Fingers not only bring physical and mental harm to the staff, but also increase the operating cost of the enterprise

[0003] In order to reduce the probability of industrial accidents, many existing button loading machines have a protective ring between the upper and lower molds. However, installing the protective ring will hinder the placement and installation of buttons and reduce work efficiency.

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