Assembling method of connector and connector

Abstract

The invention relates to the technical field of connectors, in particular to an assembling method of a connector and the connector. The connector comprises an insulating outer shell, locating members,connecting member clasps, an insulating inner shell, a circuit board and multiple terminals. According to the manufacturing method, the structure is novel and the design is ingenious. Firstly multiple terminals and the connecting member clasps are located by using the locating members, then the locating members are wrapped by an injection molding adhesive and the gap between the terminals and theterminal locating grooves and the gap between the connecting member clasps and the clasp locating grooves are filled so that the influence on normal working of the terminals caused by liquid accumulating in the gap can be avoided and the working stability and reliability can be enhanced. Besides, the tail end of the insulating inner shell is separated from the outside by using the locating members after the injection molding adhesive so that the reliability and the insulating effect can be enhanced, the accurate installation of the terminals and the connecting member clasps can be guaranteedby the arrangement of the locating members and the electrical contact performance of the connector can be guaranteed.

Description

technical field [0001] The invention relates to the technical field of connectors, in particular to a method for assembling a connector and the connector. Background technique [0002] In today's society, electronic communication devices such as mobile phones, tablet computers, and notebook computers are developing rapidly, not only in large numbers, but also frequently updated. Various electrical connectors are used in these electronic devices to realize the connection of electrical signals. The manufacturing method of the existing electrical connector is generally injection molding of the insulating body, three-dimensional stamping of the terminal and the holder, which is inconvenient to implement different electroplating methods for different terminals, and then the terminals and the holder are respectively installed on the insulation body; in this method , each insulating body needs to be positioned separately before inserting the terminal and the holder; therefore, the...

AI Technical Summary

Problems solved by technology

The manufacturing method of the existing electrical connector is generally injection molding of the insulating body, three-dimensional stamping of the terminal and the holder, which is inconvenient to implement different electroplating methods for different terminals, and then the terminals and the holder are respectively installed on the insulation body; in this method , each insulating body needs to be positioned separately before inserting the terminal and the holder; therefore, the positioning process of the insulating body is complicated, and the insertion accuracy of the terminal is difficult to control, so the production efficiency is low; in addition, when the terminal is installed to the inside of the insulating body When the groove is installed, it is easy to generate gaps and reserve liquid to cause damage to the connector or reduce electrical contact performance.

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