Connector forming processing equipment

Abstract

The invention discloses connector forming processing equipment. A translation mechanism translating along a length direction of a horizontal slideway is arranged at a left end of a rear side of the horizontal slideway, a clamping manipulator is mounted at a translation portion of the translation mechanism, and an extrusion plate and an extrusion cylinder are arranged at a right end of the rear side of the horizontal slideway. A tail end of the extrusion plate is fixedly connected with an end portion of a piston rod of the extrusion cylinder, and several extrusion heads are arranged at a head.A barrier strip for limiting a front end of a connector to be processed on a top surface of the horizontal slideway protrudes from a front side edge of the top surface of the horizontal slideway, a limiting plate parallel to the horizontal slideway is fixed to an upper portion, and a conveying channel for the connector to be processed to pass through is formed between a bottom surface of the limiting plate and the top surface of the horizontal slideway. Automatic machining and forming are achieved so that technical effects that machining efficiency is improved, labor cost, machining cost andlabor intensity are reduced, and shape precision of a formed rear-end jack of the connector is higher are achieved.

Description

technical field [0001] The invention relates to an automatic mechanical processing molding equipment, in particular to a connector molding processing equipment. Background technique [0002] In the prior art, the rear end socket of the connector is further processed and shaped, and the processing method is to manually hold the connector with one hand, hold the extrusion plate with the other hand, and then squeeze the front end of the extrusion plate The head is rigidly inserted into the rear end jack of the mating connector for further processing and extrusion molding. If this method is used for mass processing, there are the following defects: 1. The processing efficiency is low; 2. It requires a lot of manual processing operations, making manual The cost and processing cost are increased; 3. Generally, a large force is required for processing during hard insertion, which makes the labor intensity relatively high; 4. Due to the limited force exerted by manual hard insertion...

AI Technical Summary

Problems solved by technology

[0002] In the prior art, the rear end socket of the connector is further processed and shaped, and the processing method is to manually hold the connector with one hand, hold the extrusion plate with the other hand, and then squeeze the front end of the extrusion plate The head is rigidly inserted into the rear end jack of the mating connector for further processing and extrusion molding. If this method is used for mass processing, there are the following defects: 1. The processing efficiency is low; 2. It requires a lot of manual processing operations, making manual The cost and processing cost are increased; 3. Generally, a large force is required for processing during hard insertion, which makes the labor intensity relatively high; 4. Due to the limited force exerted by manual hard insertion during processing, some of the inserted parts after processing The hole cannot reach the proper shape accuracy, resulting in low quality of the processed connector

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