A cable automatic exhaust line system

Abstract

The invention relates to an automatic cable arranging system. According to a production process, the automatic cable arranging system successively comprises a cable unwinding device, a sheath processing device, a cooling device, a cable storage device, a cable guide device and a cable winding device, wherein a laser sensor is arranged on the cable guide device; the disc edge distance from a cable to a cable arranging disc on the cable winding device is calculated by the laser sensor; the number of turns of an optical cable on the cable arranging disc is determined by the disc edge distance from the cable to the cable arranging disc on the cable winding device; the cable winding device is also provided with a cable winding frame; the cable arranging disc is driven to rotate by a motor I; the cable winding frame is driven by a motor II to be subjected to linear reciprocation motion; a linear reciprocation motion route of the cable winding frame is parallel to a tangent line of rotation peripheral direction of the cable arranging disc. According to the automatic cable arranging system, special workers are not needed for winding the cable on the cable winding disc, so that the manpower is saved; the cable winding efficiency is improved; the automatic cable arranging system is capable of neatly arranging the cable and stably winding the cable.

Description

technical field [0001] The invention belongs to the field of cable production equipment, and in particular relates to an automatic cable arrangement system. Background technique [0002] In the production process of many types of cables, it is necessary to wrap steel strips, sheaths and other processes outside the cable core, and then take up the wires. In the traditional sheath production process equipment, because the automation of the entire process equipment is not high, at least one worker is required to pay the money on the pay-off rack, responsible for winding the optical cable neatly on the take-up reel, and repeating the above work all the time. , the work is labor-intensive and inefficient, and the workers work for a long time beside the winding equipment, which will cause greater harm to the human body. In the traditional sheath production process, three people are needed in a sheath production line: the main machine operator, the printing personnel, and the wire...

AI Technical Summary

Problems solved by technology

In the traditional sheath production process equipment, because the automation of the entire process equipment is not high, at least one worker is required to pay the money on the pay-off rack, responsible for winding the optical cable neatly on the take-up reel, and repeating the above work all the time. , the work is labor-intensive and inefficient, and the workers work for a long time beside the winding equipment, which will cause great harm to the human body

In the traditional sheath production process, three people are needed in a sheath production line: the main machine operator, the printing personnel, and the wire take-up personnel. Among them, the printing personnel not only do the printing work, but also help collect when changing the disk tools. Line personnel place the optical cables regularly and neatly on the ground, which is inefficient

[0003] In the actual sheath production line, it is necessary to target cables with different diameters. Therefore, the adaptability of each type of cable is different. The tension of the tensioning device for taking up the wire should be changed accordingly. The tension of the cable is sufficient to play a good tensioning effect, and it will not break the thinner cable, but the current take-up device of the production line cannot realize this function well; and in the actual take-up process, the optical cable There is an error in the running track, and the distance between the wire point in the take-up device and the take-up position on the optical cable reel cannot always be kept at an ideal position, which affects the stability of the take-up work

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