Automatic assembly line production system of coupler

Abstract

The invention discloses an automatic assembly line production system of a coupler. The automatic assembly line production system comprises a carrier doing circular motion, a line cutting and peeling device, a transferring device, a riveting device, a welding device, a heat shrink tube sleeving device and a heat shrink tube heating device. The line cutting and peeling device, the transferring device, the riveting device, the welding device, the heat shrink tube sleeving device and the heat shrink tube heating device are sequentially arranged in the motion direction of the carrier. The carrier comprises a first locating part for supporting and locating one end of a power line and a second locating part for supporting and locating the joint between a conducting plate and the other end of thepower line. The first locating part and the line cutting and peeling device cooperate to carry out line cutting and peeling on a branch line at one end of the power line. The second locating part cooperate with the riveting device, the welding device, the heat shrink tube sleeving device and the heat shrink tube heating device to carry out riveting, welding, heat shrink tube sleeving and heat shrink tube heating on the position between the conducting plate and the power line. The transferring device can clamp and transfer one end of the power line from the first locating part to the second locating part. The automatic assembly line production system is simple in structure and can achieve automatic production of the coupler, and the production efficiency is improved.

Description

technical field [0001] The invention relates to a coupler automatic assembly line production system. Background technique [0002] A coupler is an electrical connection unit commonly used on the base of household appliances such as an electric kettle or a wall breaker. As disclosed in CN204067589U, the coupler generally includes a base made of plastic and a power cord connected to the base. There are three conductive sheets on the seat, and the three conductive sheets correspond to the ground wire, live wire and neutral wire respectively. The power line includes a bus and three branch lines. The three branch lines are separated from one end of the bus and connected to the three conductive sheets. The other end is connected to a plug. Because the positioning height of the conductive sheet terminal for grounding on the traditional coupler base is different from that of the live wire and the neutral wire, the branch line that usually represents the ground line is slightly long...

AI Technical Summary

Problems solved by technology

However, at present, manual methods are mainly used for cutting and peeling branch lines, as well as riveting, welding, heat-shrinkable tubes, heat-shrinkable tube heating and other operations on conductive sheets and branch lines. The efficiency is low, which is not conducive to mass production and does not conform to modern automated production. needs

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