Double-faced puncture-type connector and manufacturing method thereof

Abstract

The invention relates to a double-faced puncture-type connector and a manufacturing method thereof. The double-faced puncture-type connector comprises a first terminal unit, a second terminal unit arranged below the first terminal unit, a rubber core sheathed at the front end of the first terminal unit and the front end of the second terminal unit, a case penetratively sheathed outside the rubbercore, wherein the first terminal unit comprises a first terminal set, a first terminal plastic sealed body embedded on the first terminal unit and a first riveting cover arranged on the first terminal plastic sealed body, the second terminal unit comprises a second terminal set, a second plastic sealed body embedded on the second plastic sealed body and a second riveting cover arranged on the second terminal plastic sealed body, the first terminal set comprises a plurality of first terminals which are arranged, a contact part of each first terminal is bent toward the first riveting cover and provided with a first puncture part, the second terminal set comprises a plurality of second terminals which are arranged, and a contact part of each second terminal is bent toward the second rivetingpart and provided with a second puncture part. The double-faced puncture-type connector provided by the invention adopts a double-faced puncture-type structure, is convenient to use and is stable in quality; and a method for manufacturing the double-faced puncture-type connector is simple and convenient, thus the investment on equipment and personnel can be reduced, the cost can be saved, and theproduction efficiency can be improved.

Description

technical field [0001] The invention relates to a connector, in particular to a double-sided piercing connector and a manufacturing method thereof. Background technique [0002] As a product to realize data transmission and signal transmission between electronic products, connectors include HDMI, DVI and other types, such as the HDMI D TYPE connector, which is used for high-definition digital audio and video signal transmission and connection carriers. Such as high-definition digital TV, DVD and other electrical products used. Because the connection between the terminals and core wires in the existing HDMI D TYPE connector is mainly welding, and the welding process is manual operation, the welding quality is unstable and the production efficiency is not high. At the same time, it needs to invest in a lot of equipment, resulting in Costs are difficult to reduce. Moreover, most of the existing connectors use the separate production of terminals and terminal housings, and the...

AI Technical Summary

Problems solved by technology

Because the connection between the terminals and core wires in the existing HDMI D TYPE connector is mainly welding, and the welding process is manual operation, the welding quality is unstable and the production efficiency is not high. At the same time, it needs to invest in a lot of equipment, resulting in Difficult to reduce costs

Moreover, most of the existing connectors use the separate production of terminals and terminal housings, and then assemble the terminals in the terminal housings to form a whole. This assembly method is relatively complicated, requires certain equipment, and consumes manpower, material resources, and efficiency. Low, the quality stability of the finished product is also difficult to guarantee

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