Wire chamfering forming mechanism

Abstract

The invention provides a wire chamfering forming mechanism. The wire chamfering forming mechanism comprises a rotary disc, a bottom disc, a first driving mechanism, a first cutting die set, a second cutting die set, a transmission plate, a rotary sleeve set and a second driving mechanism. The bottom disc is provided with a first sliding way, a second sliding way and a through hole, and an empty slot is formed in the joint of the first sliding way and the second sliding way. The first cutting die set and the second cutting die set are located in the first sliding way and the second sliding wayrespectively. The rotary disc is rotationally installed on the bottom disc and in transmission connection with the first cutting die set and the second cutting die set. The first driving mechanism isconnected with and drives the rotary disc to rotate to enable the first cutting die set and the second cutting die set to sequentially extrude the end face of a wire. The wire is sleeved with the rotary sleeve set, the transmission plate is in transmission connection with the rotary sleeve set, and the second driving mechanism drives the transmission plate to move to drive the wire to rotate so that the wire can be twisted off. The wire chamfering forming mechanism is compact in structure, the reliability of products is improved, the production cost is reduced, the treated wire is convenientlyinserted into a framework, and no flocks are generated.

Description

technical field [0001] The invention relates to the field of terminal processing equipment, in particular to a wire material inverted molding mechanism. Background technique [0002] At present, with the continuous development and progress of modern science and technology, product manufacturers implement automated production of product components in order to improve production efficiency and reduce production costs. In the automatic production process of the skeleton with small spacing between terminals, foreign matter pollution will inevitably occur in the production process when the terminal and the skeleton must meet the requirements of insertion force, which will seriously affect the quality of the product. [0003] There are two main methods for the existing automated production of skeletons with small spacing between terminals. use figure 1 In the mold structure shown, the end face of the terminal is square, the terminal is directly inserted into the skeleton, the po...

AI Technical Summary

Problems solved by technology

[0004] use figure 2 In the structure shown, terminal a is a loose part formed by chamfering on all sides. When terminal a is inserted into frame b, there is no foreign matter, but the production cost is high

It uses the terminals of loose parts to complete the automatic insertion framework. It needs to automatically send the terminals to the insertion mechanism through the terminal hopper, and additionally add the hopper mechanism, the bulk terminal material receiving mechanism, the insertion mechanism and other mechanisms that need to complete the product process. increased production costs

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