Transmission conductor holding structure of electric connector

Abstract

The invention discloses a transmission conductor holding structure of an electric connector. The structure comprises a female seat colloid, a plurality of female seat terminals, two female seat holding structures located on different sides of the female seat terminals, two end plate parts defined on the female seat holding structures, two end buckling arms formed on one sides of the end plate parts in a bending manner, a plurality of side plate parts formed at different ends of the end plate parts in a bending manner, a plurality of clamping plate parts adjacent to one sides of the female seat terminals, a plurality of convex foot parts which are formed by extending from the end of the clamping plate part, a plurality of locking arms which are formed on one side of the clamping plate part, a plurality of clamping parts which are formed on the locking arms in a protruding manner, and a plurality of limiting holes which are formed in the female seat colloid. The end plate parts, the side plate parts, the end buckling arms, the clamping plate parts and the locking arms are respectively arranged from a plurality of faces of the female seat colloid to really fix the female seat holding structure, and the convex foot parts are inserted into the limiting holes, so that the female seat holding structure and the female seat colloid are prevented from being loosened or separated when the male connector is pulled out.

Description

technical field [0001] The present invention provides a transmission conductor holding structure of an electrical connector, especially a transmission conductor holding structure of an electrical connector that has good bonding strength to colloids, strong stability of male-female docking, and is not easy to be loosened and damaged during separation. . Background technique [0002] The board-to-board connector is used to connect different circuit boards, and has a socket connector and a plug connector to be respectively installed on different circuit boards, thereby connecting the circuit boards to each other. The holding structure at both ends of the socket connector, in addition to providing a certain degree of protective effect of the insulating colloid, is mainly to strengthen the locking effect on the plug connector, so as to maintain the fitting state between the plug connector and the socket connector. Purpose. [0003] On mobile devices such as smartphones, the siz...

AI Technical Summary

Problems solved by technology

[0005] First, the bonding strength between the holding structure and the insulating colloid is insufficient, resulting in the loosening of the holding structure and the insulating colloid when the plug connector is disassembled and separated.

[0006] Second, the stronger the holding structure helps the male-female butt joint strength, the higher the possibility that the holding structure of the socket connector will be pulled out when the plug connector is disassembled and separated, and it is difficult to obtain a balance between the bonding strength and the butt joint strength. balance

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