A flat high-speed cable anti-flip twisting device

Abstract

The invention relates to the technical field of cable forming equipment, and discloses a flat high-speed cable anti-flip and twisting equipment, comprising a first stand, the first stand is provided with a turntable and a first machine for driving the turntable to rotate A driving mechanism, the turntable is provided with a shaft sleeve and at least two pay-off mechanisms evenly distributed around the circumference of the turntable; it also includes an anti-flanging mechanism, the end of the shaft sleeve is provided with a thread management head, and the anti-flanging mechanism is provided with The first spool, the first spool includes a flaring part, the wire management head cooperates with the flaring part to form a wire gap to limit the flanging of the core wire; the wire management head and the flaring part of the cable With the cooperation between them, the flanging phenomenon of the flat core wire due to the reverse action of the twisting stress is prevented, and the core wire can always be guaranteed to be twisted according to the preset requirements, and finally the twisted wire can be realized. The quality requirements are met, the molding quality is good, and the structure of the entire stranding equipment is compact.

Description

technical field [0001] The invention relates to the technical field of cable forming equipment, in particular to a flat high-speed cable anti-flip twisting equipment. Background technique [0002] Existing cables are roughly divided into two types, one is a core wire with a circular cross-section, and the other is a core wire with a flat cross-section. A core wire with a circular cross-section can be used. However, for some special fields, especially in the case of cables that need to be bent in a dynamic environment, most of the core wires with a flat cross-section are used, so that the radius of A circular section takes up less space. [0003] During the connection process of existing large-scale servers, there are often multiple data channels for frequent exchange. At the same time, to save limited rack space, the cables of the servers are more inclined to use flat cross-section core wires. Due to the different data transmitted, combined with data transmission links, et...

AI Technical Summary

Problems solved by technology

[0003] During the connection process of existing large-scale servers, there are often multi-channel data for frequent exchange. At the same time, in order to save limited rack space, the cables of servers are more inclined to use flat cross-section core wires. Different cores Due to the different data transmitted by the wire, combined with the data transmission link, etc., it is often necessary to mark the outer surface of the core wire, so that the logo can always be distinguished at any section after twisting and forming. However, the existing twisted Most of the equipment is articulated for core wires with circular cross-sections, and during the forming process of core wires with circular cross-sections, it is impossible to ensure that the side of the core wires with the character logo is always on the outside. When it is in place, the flat core wire will be flanged due to the rotation and twisting of the free wire during the twisting process, so that the character identification surface is pressed on the inner side of the cable and cannot be seen directly, and often cannot meet the requirements of the demander. Requirements, in actual use, the user can only cut the entire cable, sort out the core wires of each flat section and identify them one by one. Obviously, this is quite troublesome. In view of this, this The inventor made an improvement

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