Electrical insulation connector of conductive terminal and method for producing the same

Abstract

A kind of electric insulated linker and preparing method of conducting terminal is disclosed, the electric insulated linker includes insulated shell which possesses angle kink, conducting structure and astricting ferrule which are contained in the insulated shell; the two ends of the kink of insulated shell possess the first opening and the second opening, run-through thoroughfare is formed in the shell; the conducting structure possesses a compressed terminal copulae which is exposed the first opening and a stitching terminal which is exposed to the second opening; columned astricting ferrule possesses a core type terminal copulae which is exposed the second opening and a astricting terminal which is exposed to the stitching terminal of the conducting structure; side shell part which is adjacent to the first opening of the insulated shell possesses window and upper cover, one end of the upper cover is fixed to the side of window, the other side possesses a lock part, the lock part and the locked part of the window are locked to form open and closed state; the stitching terminal of the conducting structure is exposed to the second opening and extends a definite length; aperture of astricting hole of the astricting ferrule is bigger than the aperture of the definite length extended of stitching terminal.

Description

technical field [0001] The present invention relates to an electrically insulating connector capable of connecting two kinds of conductive terminals and its manufacturing method, which is used to connect a flat conductive terminal and a terminal with insulating skin and exposed conductive core, especially the connector after terminal connection The conductive terminals are not exposed and have an insulating effect. Background technique [0002] Please refer to FIG. 1A , which is a schematic diagram of a prior art US4298243 electrical insulating connector capable of connecting two types of conductive terminals. The interior of the insulating shell 8A has only one conductive structure 6A, and only one conductive structure 6A is used to connect a flat conductive terminal and a core-shaped conductive terminal, wherein the core-shaped conductive terminal is directly inserted into the binding ferrule 14A at the tail of the conductive structure 6A , and then use the force of the e...

AI Technical Summary

Problems solved by technology

When the connector is assembled, the front end 44C of the binding ferrule 16C is surrounded by the gap 50B at the tail of the conductive structure 14B from the outside to the lower end of the binding end 30B of the tail of the conductive structure and is pressed against the slope 40B. The junction of the gap 50B and the slope 40B is easy to cause Stress concentration reduces the bonding strength between the conductive structure and the binding ferrule

[0004] Please refer to FIG. 1D, which is a schematic diagram of another conductive structure in the prior art US6997746, which is a conductive terminal 50D, which can be used for electrically insulating connectors connecting two types of conductive terminals. In order to make the electrically insulating connector not use additional The core-shaped terminal can be connected to the binding ferrule. This conductive structure 50D has a very complicated structure and is not easy to manufacture.

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