Assembly process incapable of damaging plastic component of wired connector

Abstract

The invention relates to an assembly process incapable of damaging plastic components of a wired connector. The wired connector comprises a fixed shell body, a positioning shell body, a connector body and an upper shell body, wherein front and rear ends of the fixed shell body are communicated with each other, so as to form a first accommodating space, and an upper opening is formed in the top part of the first accommodating space. The assembly process comprises the steps of: at first, welding the positioning shell body to the front end of the fixed shell body without shielding the upper opening; placing the connector body into the fixed shell body; finally, assembling the upper shell body onto the fixed shell body in an embedded and clamped manner, and shielding the upper opening and the connector body so as to form the wired connector. Therefore, the high temperature produced in previous welding cannot melt plastics of the connector body, and the yield rate of the wired connector in production and assembly can be effectively improved.

Description

technical field [0001] The invention relates to an assembly process of a strip-line connector, especially a method that can firstly complete the welding operation of the metal components in the strip-line connector, and then insert plastic components, so as to avoid damaging the plastic components of the strip-line connector Assembly process. Background technique [0002] In various electronic systems, the connector (Connector) performs electrical connection and signal transmission between devices and devices, components and components, and systems and systems. It is the basic component required to form a complete system. In order to increase the flexibility of the modularization of each part and meet the functional and structural requirements of the connector, in general, for ordinary use For those who are concerned, various computer products such as desktop computers, notebook computers or tablet computers have almost become daily necessities. favored by those. [0003]...

AI Technical Summary

Problems solved by technology

[0003] The front and rear sides of the mainframe of the existing desktop computer are usually provided with a plurality of connectors, such as: USB, PS / 2, RJ45, DVI, HDMI... etc., users can connect the transmission lines of peripheral devices such as keyboards, mice, screens, etc. Insert on the corresponding connector, so that can operate this desktop computer by each this peripheral equipment, yet, because the volume of this host computer is bigger, make the distance between its front and rear sides longer, because the circuit board of host computer is usually located At the position closer to the rear side, therefore, most of the industry will adopt the design structure of the stripped connector to utilize the length of the wire of the stripped connector, so that the connector on the front panel of the host can be reliably electrically connected. connected to the board to be able to pass signals or power, however, see figure 1 As shown, when the stripline connector 1 is intended to be fixed on the panel of an electronic device, it is usually necessary to weld a plurality of additional metal elements, which is enough to assemble the stripline connector 1 on the panel. However, due to the stripline The connector 1 is mainly assembled by an insulating base body 11 and a metal shell 13, wherein the main body of the insulating base body 11 is usually made of plastic material and will be assembled in the metal shell 13. Therefore, when When each metal element is welded to the metal shell 13, the high temperature generated by the welding operation will be conducted to the insulating seat 11 through the metal shell 13, causing the insulating seat 11 to be melted and deformed and damaged. As a result, the stripline connector 1 cannot be connected to other connectors normally

[0004] To sum up, it can be seen that in the production process of the existing strip-line connectors, some components will still be damaged and the production yield will be reduced. Therefore, in order to occupy a place in the connector market, all related companies are doing their best. Separately design or optimize the detailed structure of each part of the connector to improve its own market competitiveness. Therefore, how to improve the above-mentioned shortcomings and provide a brand-new assembly process for the connector becomes the subject of the present invention. Important questions to be addressed here

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