Single-row socket

Abstract

The invention provides a single-row socket. The single-row socket is provided with at least one ten-jack base or / and at least one seven-jack base, wherein plug bush copper bars are arranged in the ten-jack base and the seven-jack base; L-pole welding pins, N-pole welding pins and E-pole welding pins are arranged on the plug bush copper bars; L-pole welding pin jacks, N-pole welding pin jacks and E-pole welding pin jacks are formed in the ten-jack base and the seven-jack base; when a plurality of ten-jack bases and a plurality of seven-jack bases are installed in the same single-row socket, allthe L-pole welding pin jacks, the N-pole welding pin jacks and the E-pole welding pin jacks are located on the same straight line, all the L-pole welding pins are welded to the same L-pole connectingcopper bar, all the N-pole welding pins are welded to the same N-pole connecting copper bar, and all the E-pole welding pins are welded to the same E-pole connecting copper bar. The welding of the welding pins and the connecting copper bars can be automatically completed through a machine, the automation degree is greatly improved, pseudo soldering and short circuit between internal conductors are not prone to happening, and the quality stability and the use safety are greatly improved.

Description

technical field [0001] The invention relates to the field of electrical technology, more specifically to a single-row socket. Background technique [0002] Modern life has entered electrification, informatization, and intelligence in an all-round way. People have more and more electronic products, electrical appliances, and household appliances that need to be connected to power at any time. There is also a further demand for traditional single-row sockets. At present, various integrated copper strip structures are used inside the single-row socket to improve the quality of the single-row socket. The copper strip in the seat is connected with the power line. However, the one-piece copper bars in the prior art often have low material utilization, complex molds, difficult processing, and time-consuming installation with the base. It is also easy to oxidize, and the copper strip and the power line are connected by welding. There are many solder joints, and problems such as vi...

AI Technical Summary

Problems solved by technology

However, the one-piece copper bars in the prior art often have low material utilization, complicated molds, difficult processing, and time-consuming installation with the base. It is also easy to oxidize, and the copper strip and the power line are connected by welding. There are many solder joints, and problems such as virtual welding and short circuit are prone to occur.

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