Rivet-free riveting technology for socket conducting plates and socket structure thereof

Abstract

The invention relates to a rivet-free riveting technology for socket conducting plates and a socket structure. Firstly, the split-type conducting plates are formed through machining, then, the split-type conducting plates are combined through the rivet-free riveting technology, and meanwhile insertion springs are combined with the conducting plates through the rivet-free riveting technology. The socket structure comprises an outer shell. A support is arranged inside the outer shell. A live wire interface, a naught wire interface and a ground wire interface are arranged inside the support. One conducting plate is arranged at the position of the ground wire interface, wherein the conducting plate comprises at least one first conducting plate body and at least one second conducting plate body, the first conducting plate bodies and the second conducting plate bodies are fixedly formed through the rivet-free riveting technology in a one-time stamping mode, and the first conducting plate bodies and the insertion springs are fixedly formed through the rivet-free riveting technology in a one-time stamping mode. The split-type conducting plates are formed at a time through the rivet-free riveting technology, so that the rivet riveting technology is omitted, the machining time is saved, manpower is saved, the machining efficiency is improved, and the product delivery cost is reduced.

Description

technical field [0001] The invention relates to the electrical technology industry, in particular to a rivetless riveting process of a conductive sheet of a socket and a socket structure thereof. Background technique [0002] In our daily life, the power socket is commonly used. The power socket is an electrical device that provides a power interface for household appliances. It is also an electrical accessory that is used more in residential electrical design. It has a very close relationship with people's lives. At present, the socket structure includes an external shell, a bracket, and a conductive sheet. The internal conductive sheet is usually placed and connected by riveting with rivets. This structure is easy to fall if the riveting is not strong during use. When making the conductive sheet A riveting step needs to be specially designed, and one more process is added, which prolongs the processing time, reduces the processing efficiency, and increases the ex-factory c...

AI Technical Summary

Problems solved by technology

At present, the socket structure includes an external shell, a bracket, and a conductive sheet. The internal conductive sheet is usually placed and connected by riveting with rivets. This structure is easy to fall if the riveting is not strong during use. When making the conductive sheet A riveting step needs to be specially designed, and one more process is added, which prolongs the processing time, reduces the processing efficiency, and increases the factory cost of the product

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