Self-repair-based self-detection high-strength ultrathin anti-bending adhesive tape wire cable

Abstract

The invention discloses a self-repair-based self-detection high-strength ultrathin anti-bending adhesive tape wire cable. The cable structurally comprises inner cores and an outer coating; the outer coating wraps the inner cores; each inner core comprises a core layer, a middle layer and a core wrapping layer, wherein the core layer is adhered to the middle layer, and the core wrapping layer wrapsthe middle layer; and the outer coating comprises an insulating layer, an inner layer and a coating layer, wherein the inner layer is attached to the insulating layer and the coating layer. Accordingto the self-repair-based self-detection high-strength ultrathin anti-bending adhesive tape wire cable of the invention, a traditional wiring mode is eliminated; the binding and bonding of an adhesivetape are achieved in an automatic bonding mode; a section is cut off through a pair of pliers to drive the transmission of an insertion strip; a moving roller pulls the scattered strips to straightenthe scattered strips, and therefore, a mode of directly cutting off the section is replaced; the binding of the adhesive tape is achieved through the spiral movement of an adhesive coated structure,so that the seamless adhesion of the adhesive tape is achieved; soft and hard wires can be well connected and can be firm and will not be loosened; convenience, a trouble-saving property and attractiveness are achieved; the oxidation of the adhesive tape caused by the falling off of the adhesive tape is not likely to happen after the electric wire is used for a long time, and the risk of power failure or short circuit is reduced.

Description

technical field [0001] The invention relates to the field of wires and cables, in particular to a self-testing high-strength ultra-thin anti-bending adhesive tape wires and cables based on self-repair. Background technique [0002] Wire and cable are wire products used to transmit electric energy, information and realize electromagnetic energy conversion. At present, people's demand for electricity is constantly changing. When the cable is damaged, the commonly used solutions are: 1. The overall redesign and decoration; , Traditional tape wires. The first kind of scheme cost is high, and engineering quantity is big. The second option costs more, and it is difficult to receive satisfactory results. The third option has potential safety hazards, often stumbling and pulling, and also affects the appearance. The fourth option is to use adhesive tape wires is a more scientific method, but it is rarely used in practice. The main reason is that the traditional adhesive tape cab...

AI Technical Summary

Problems solved by technology

The first option is expensive and requires a large amount of work

The second option is more expensive, and at the same time it is difficult to receive satisfactory results

The third option has potential safety hazards, often stumbling and pulling, and also affects the appearance

The fourth option is to use adhesive tape wires is a more scientific method, but it is rarely used in practice. The main reason is that the traditional adhesive tape cable only adds an adhesive layer to the wire, so there is a danger of leakage after the cable is damaged.

[0003] In the prior art, after the cable is damaged, most electricians wrap it around it, and then wrap it with tape to finish. This wiring method is not suitable for the development of the times. This method of connecting wires is more traditional. After the tape will oxidize, it is particularly prone to the risk of power failure or short circuit

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