Interface self-detecting high-strength ultrathin anti-bending adhesive tape cable

Abstract

The invention discloses an interface self-detecting high-strength ultrathin anti-bending adhesive tape cable, comprising a conductor layer, a high-strength insulating sheath, an adhesive layer and a security module, wherein the conductor layer comprises a woven calendered conductor and optical fibers; the woven calendered conductor is a woven belt formed by calendering after being woven by a metalwire having a diameter of less than 0.2 mm, and the thickness of the woven calendered conductor after flattening is not more than 0.6 mm; the optical fibers are uniformly and parallelly distributed around the circumference of the woven calendered conductor. The cable disclosed in the invention is particularly suitable for power supply in temporary showcases, booths, offices and other places. Thecable is composed of the woven calendered conductor, the high-strength insulating sheath and the adhesive layer. The cable has a high strength and can prevent mechanical damages such as rolling of a heavy object; in combination with the ultrathin adhesive structure design, stumbling and pulling between a person and a moving object can be effectively prevented; and due to the woven calendered conductor, conductor fatigue and core breaking caused by cable bending can be effectively prevented.

Description

technical field [0001] The invention relates to the field of electric wires and cables, in particular to an interface self-detection high-strength ultra-thin anti-bending adhesive tape electric wire and cable. Background technique [0002] At present, people's demand for electricity is constantly changing. The sockets originally designed in shopping malls, offices, and indoors are far from meeting the requirements. Commonly used solutions are: 1. Overall redesign and decoration; 2. Partially damaged wiring on walls and floors and then repaired; 3. Temporary wiring; 4. Traditional tape wires. [0003] Obviously, the first scheme is expensive and requires a large amount of work. It is not advisable to destroy the original design and decoration just because of electricity problems. [0004] The second option is more expensive, and at the same time it is difficult to receive satisfactory results. The repaired part is basically not consistent with the original decoration. [...

AI Technical Summary

Problems solved by technology

It is not advisable to destroy the original design and decoration just because of electricity problems.

[0004] The second option is more expensive, and at the same time it is difficult to receive satisfactory results. The repaired part is basically not consistent with the original decoration.

However, there are potential safety hazards in this method, and stumbling and pulling often occur; it also affects the appearance

[0006] The fourth option is to use tape wires is a more scientific method, but it is rarely used in practice, mainly because traditional tape cables only add a layer of glue to BV and BVVB wires

Therefore, there are: (1) thick thickness cannot completely solve the problem of stumbling, and at the same time affect the appearance; (2) the strength of the sheath is limited and cannot withstand long-term trampling and rolling; (3) it is easy to break when bent; (4) the cable will be damaged after being damaged. The danger of electric leakage and other problems

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