Method for making network connector component

Abstract

A method for making a network connector component includes: employing a cold drawing technique to draw a terminal round rod twice or more times into a thin round bar, one of the bar being punched into a butt-joint portion and the other end of the bar being punched into an interferce portion and a bonding portion; embedding the thin round bar into a position clamping groove of a terminal material strip and cutting the bar into terminals with preset length; embedding the terminals into position clamping grooves of the terminal material strip in order and eletroplating the terminals, i.e. holding and positioning the preset terminal in the terminal material strip and cutting the terminal with preset length; positioning the terminals by using the terminal material strip to match preset terminal holes inserted into a terminal seat and repeatedly positioning the terminals by using the terminal material strip to match residual preset terminal holes inserted into the terminal seat; and then machining the terminals on the terminal seat into molded butt-joint portions and bonding portions to finally mold a network connector component.

Description

technical field [0001] The invention relates to a manufacturing method of a component of a network communication connector, especially refers to using a terminal strip to respectively position a plurality of terminals, then inserting the plurality of terminals into each terminal hole of a terminal base, forming a semi-finished product and then forming a network communication connector with other components With the advanced manufacturing method, through the base plate and side plate of the terminal base, a plurality of terminals can be respectively threaded and positioned, and then matched with other components to quickly assemble and form a Netcom connector. Background technique [0002] With the continuous advancement of computer technology, in addition to general basic calculations, word processing, editing and modification of pictures, photos or images, etc., it is also possible to connect to various regions of the world through Ethernet for data collection. , query and ...

AI Technical Summary

Problems solved by technology

[0003] (1) When the multiple terminals are inserted into the insulator, it is only the clamping that forms the surface contact between the ring surface of the terminal and the aperture of the insulator, and there is no interference fit for clamping or snapping positioning, so it is easy for multiple terminals to be in the insulator. Loose phenomenon, resulting in poor contact and unstable signal transmission

[0004] (2) When the multiple terminals are assembled, they must be inserted into the terminal holes of the insulator one by one, but the length and distance of the inserted multiple terminals are not easy to adjust and control, and when the multiple terminals are bent, it is easy to produce each terminal. The angle is not easy to control, resulting in time-consuming and labor-intensive processing operations

[0005] Therefore, how to improve the troubles and troubles that the multiple terminals of the current Netcom electrical connector are installed in the insulator, and the looseness caused by inaccurate positioning affects the unstable signal transmission, and the components must be aligned and assembled one by one, resulting in a The time-consuming and labor-intensive problems and deficiencies are the directions for the relevant manufacturers engaged in this industry to study and improve.

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