Conductive connecting body structure of connector

Abstract

The invention discloses a conductive connecting body structure of a connector. The conductive connecting body structure of the connector comprises a connecting body. Two opposite side edges of the connecting body are respectively provided with an elastic clamping edge; the two elastic clamping edges are configured in a manner that the two elastic clamping edges are closer as the two elastic clamping edges goes up; each elastic clamping edge is provided with a fixture block; each fixture block is provided with a bevel connection or a notch used for clamping leads; the two elastic clamping edges are strutted; the leads can pass through below the bevel connections or the notches; the two elastic clamping edges are reset; the leads are clamped by the bevel connections or the notches of the fixture blocks, and therefore, the direct insertion and direct stripping of lead disassembly and assembly are realized while a manner adopted all the time that the leads are compressed by adopting structures, such as bolts, rivets and the like is abandoned; after the leads are clamped by the bevel connections or the notches of the fixture blocks, the leads are not easy to loose and fall under the unwariness condition; the clamping forces of the fixture blocks to the leads are stable. Moreover, the conductive connecting body structure of the connector disclosed by the invention is simple, reasonable and compact in structure, simple to operate and low in implementation cost.

Description

technical field [0001] The invention relates to a connector, in particular to a conductive connecting body structure of the connector. Background technique [0002] As an important connecting part in the electrical connection, the connector can be applied to single-strand, multi-strand, thin multi-strand copper wires, etc. In order to realize the connection of the wires on the connector, a push-type wire connector has appeared in the prior art. It includes a shell of plastic parts and a conductive connecting body located in the shell. The conductive connecting body is used to clamp the copper wire. The shell is provided with a pressing part, and the pressing part is provided with a pressing block. Drive the pressing block to squeeze out the clamping of the conductive connector to the copper wire, so as to abandon the traditional way of using bolts, rivets and other structures to compress the wire, which is convenient for wiring and unplugging. The clamping force of the wire...

AI Technical Summary

Problems solved by technology

[0002] As an important connecting part in the electrical connection, the connector can be applied to single-strand, multi-strand, thin multi-strand copper wires, etc. In order to realize the connection of the wires on the connector, a push-type wire connector has appeared in the prior art. It includes a shell of plastic parts and a conductive connecting body located in the shell. The conductive connecting body is used to clamp the copper wire. The shell is provided with a pressing part, and the pressing part is provided with a pressing block. Drive the pressing block to squeeze out the clamping of the conductive connector to the copper wire, so as to abandon the traditional way of using bolts, rivets and other structures to compress the wire, which is convenient for wiring and unplugging. The clamping force of the wire is not enough, it is easy to make the copper wire fall off the connector without paying attention, and the structure is complicated, and the manufacturing cost is relatively high. Therefore, the traditional conductive connector needs to be further improved and upgraded

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