Socket and copper bar structure to be inserted in same

Abstract

The invention discloses a copper bar structure to be inserted in a socket. The copper bar structure comprises an N-pole copper bar assembly and an L-pole copper bar assembly which are integrally formed, and further comprises an E-pole copper bar. The N-pole copper bar assembly comprises a first N-pole portion, a second N-pole portion and a third N-pole portion which are sequentially arranged alongthe length direction of the N-pole copper bar assembly. The L-pole copper bar assembly comprises a second L-pole portion, a first L-pole portion and a third L-pole portion which are sequentially arranged along the length direction of the L-pole copper bar assembly. The first N-pole portion and the first L-pole portion are arranged adjacent to each other to form an upper two-jack plug bush, the second N-pole portion, the second L-pole portion and the E-pole copper bar form a three-jack plug bush, and the third N-pole portion and the third L-pole portion are arranged adjacent to each other to form a lateral two-jack plug bush. According to the copper bar structure to be inserted in the socket provided by the invention, the pole copper bars and the plug bushes adopt an integrated structure,and electrical clearances among wiring terminals on an E-pole plug bush and N-pole and L-pole copper plates are large.

Description

technical field [0001] The invention relates to the technical field of sockets, in particular to a copper strip structure and processing method used in sockets. Background technique [0002] The internal copper structure of the traditional two-position two-pole + three-pole socket is usually connected by several sets of independent polar sockets through riveting, soldering and other processes. Such connection methods often require increased manual operation and corresponding material input. Moreover, the appearance of the copper parts and the reliability of the connection cannot be fully guaranteed, that is, the riveting between the socket and the copper parts is not reliable or the welding is false, resulting in an increase in cost, and the product quality cannot be fully guaranteed. [0003] There is also an integrated copper bar structure in the prior art, such as the socket patent with the publication number CN 205882222 U, the structure of the copper bar and the socket ...

AI Technical Summary

Problems solved by technology

[0002] The internal copper structure of the traditional two-position two-pole + three-pole socket is usually connected by several sets of independent polar sockets through riveting, soldering and other processes. Such connection methods often require increased manual operation and corresponding material input. Moreover, the appearance of the copper parts and the reliability of the connection cannot be fully guaranteed, that is, the riveting between the socket and the copper parts is not reliable or the welding is false, which increases the cost and the product quality cannot be fully guaranteed.

[0003] There is also an integrated copper bar structure in the prior art, such as the socket patent with the publication number CN 205882222 U, the structure of the copper bar and the socket can be designed as an integrated structure, but this prior art socket, its E The wiring direction of the terminal on the pole socket will cross the copper sheets of the N pole and the L pole in the same horizontal plane, which will cause a gap between the terminal on the E pole socket and the copper sheets of the N pole and the L pole. The electrical clearance is too small

Therefore, a concave structure is set in the socket of this prior art to avoid the connecting terminal on the E pole socket, but because the installation space in the socket is limited, even if the concave structure is set, there is still an E pole socket. The problem that the terminal on the battery is too close to the copper sheets of the N pole and the L pole

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