Data line material processing device

Abstract

The invention discloses a data wire material processing device. The data wire material processing device comprises a working path used for conveying a data wire material processing fixture along a working direction, and a carrier return path used for conveying the data wire material processing fixture along a return direction, wherein a plurality of wire cable processing mechanisms, wire taking mechanisms and wire threading mechanisms are arranged on the working path, the wire taking mechanisms are provided with mechanical arms used for separating wire cables from the data wire material processing fixture, and returning the data wire material processing fixture through the carrier return path; the wire threading mechanisms are used for threading the wire cables in the data wire material processing fixture on the carrier return path; the data wire material processing fixture comprises a lower cover and an upper cover which are pivotedly installed together, and a wire cable channel, at least one end portion of the wire cable channel is provided with a wire cable clamping nozzle, an axial fixing clamp is further arranged on the wire cable channel, the axial fixing clamp comprises an upper clack and a lower clack which are pivotedly installed together, the upper clack and the lower clack are locked together through a clamping buckle, and when the lower cover and the upper cover are pivotedly closed, the upper clack and the clamping buckle are located in the opening of the lower cover or the upper cover to be exposed.

Description

technical field [0001] The present invention relates to one (multiple) pre-processing equipment for cables with different connectors, in particular to the flexible change of fixtures and workstations specially used for the equipment, and the design of cutting tools for workstations and working positions. Background technique [0002] With the rapid growth of consumer electronics, automotive electronics, and communication terminal markets, communication cables are widely used in all aspects of daily life. There are two main production methods for cables or data lines: 1. Manual production. The disadvantage is that the labor intensity is high, many people are employed, the output is low, and the quality is unstable. At present, 100% of the manufacturers employ human labor; 2. Automated machine production, high production capacity, stable quality, and low labor intensity. It is suitable for most cable production and can meet large The need for batch modern production is confirm...

AI Technical Summary

Problems solved by technology

[0002] With the rapid growth of consumer electronics, automotive electronics, and communication terminal markets, communication cables are widely used in all aspects of daily life. There are two main production methods for cables or data lines: 1. Manual production. The disadvantage is that the labor intensity is high, many people are employed, the output is low, and the quality is unstable. At present, 100% of the manufacturers employ human labor; 2. Automated machine production, high production capacity, stable quality, and low labor intensity. It is suitable for most cable production and can meet large The need for mass modern production, from the information inquired and the industry's understanding, confirms that the industry has not developed such equipment at present. Under the background of the current industrial upgrading, it is just the right time

Images