Automatic handling systems for the coloring process

Abstract

The invention relates to an automatic carrying system for a coloring process. The automatic carrying system comprises a multi-head coloring machine, a robot, a control cabinet, a guide rail system used for automatically moving the robot and a conveying line for conveying wire coils. The robot moves in the guide rail system to the coil feeding position of the multi-head coloring machine for feeding the coils, after the wire coils are colored in the multi-head coloring machine, the robot moves in the guide rail system to the coil discharging position of the multi-head coloring machine for discharging the coils, and the wire coils are placed on the conveying line to be conveyed. By the adoption of the system, a mechanical device is used in cooperation with a mechanical gripper and a guide rail, and traditional labor is replaced for finishing the automatic disc feeding and discharging actions; and the system is in combination with the development of the coloring machine, following improvement and optimization of the coloring machine are accelerated, upgrading, replacement and transformation of the coloring machine are promoted, production and operation efficiency is improved after a program is implemented and finished, labor intensity is lowered, and production efficiency is improved.

Description

technical field [0001] The invention belongs to the field of cable production, and in particular relates to an automatic conveying system used in a coloring process. Background technique [0002] In the cable production process, according to the function of the cable, it is necessary to color the color of the optical fiber or tube bundle, so the coloring process is an indispensable step in the production process of several types of cables. In the traditional cable coloring process, the optical fiber is processed in the automatic coloring machine, and the reel enters the coloring machine and the reel after coloring is completed manually. The traditional coloring process has the following defects: 1. Auxiliary Manual loading and unloading is less efficient, which will reduce the overall efficiency of the coloring process and affect production; 2. The weight of the wire reel is heavy, and manual loading and unloading will place a heavy load on the workers, wasting manpower and ...

AI Technical Summary

Problems solved by technology

In the traditional cable coloring process, the optical fiber is processed in the automatic coloring machine, and the reel enters the coloring machine and the reel after coloring is completed manually. The traditional coloring process has the following defects: 1. Auxiliary Manual loading and unloading is less efficient, which will reduce the overall efficiency of the coloring process and affect production; 2. The weight of the wire reel is heavy, and manual loading and unloading will place a heavy load on the workers, wasting manpower and increasing cost

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