Cabling device for communication shielded flexible cable

Abstract

The invention discloses a cabling apparatus for a communication shield flexible cable. The cabling apparatus comprises: two groups of pay-off racks, two groups of tension rods, a roller, a positioning device, a wrapping mechanism, a weaving mechanism and a take-up rack. The cabling positioning device comprises a fixation frame, two arc guide wheel mechanisms, two plane guide wheel mechanisms and a line-concentration socket which is provided with a line-concentration through-hole at the center. The fixation frame comprises a support and a substrate , wherein one end of the substrate is parallelly provided with a first installation groove and a second installation groove which are perpendicular to the trend direction of the substrate while the other end of the substrate is provided with the line-concentration socket, and the second installation groove is arranged between the first installation groove and the line-concentration socket; each arc guide wheel mechanism comprises an arc round wheel, the end face of which is an arc-shaped face and is positioned parallelly to the substrate ; and each plane guide wheel mechanism comprises a plane round wheel, the end face of which is a plane groove face and is positioned parallelly to the substrate. With the help of the cabling apparatus, problem that cables of a current semicircular conductor are not round is solved, so that turn-over cases during cabling of the semicircular conductor are effectively prevented, production efficiency is increased by 30% and generation of stress is reduced.

Description

technical field [0001] The invention relates to a cable forming device, in particular to a cable forming device for communication shielded flexible cables. Background technique [0002] Communication shielded flexible cable is a kind of equipment power supply connection line used in communication equipment rooms such as mobile, telecommunications, and Netcom. The product requires properties such as softness and flame retardancy. In order to ensure the roundness of the cable, more fillers need to be added in the cable core, resulting in a larger outer diameter of the finished cable, poor heat dissipation, a large space occupied by the cable laying, and an increase in the manufacturing cost of the cable. In the power cable manufacturing industry, multi-core cables are mainly formed by twisting. In order to ensure the roundness of the wire cores, fillers are added during the cable forming process, resulting in large outer diameters of cables, poor heat dissipation, and high cos...

AI Technical Summary

Problems solved by technology

[0003] The invention provides a cable forming device for communication shielded flexible cables. The cable forming device solves the problem of out-of-roundness of the existing semicircular conductor cable, and effectively avoids the phenomenon of turning over when the semicircular conductor is cabled. Increased productivity by 30% and reduced stress

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