Anti-compression suspension cable

Abstract

The invention provides the following technical proposal of an anti-compression suspension cable comprising a primary conductor, air bags, secondary conductors and a cable main body. The top end of the cable main body is connected with a clamping slot through a fixing block; both sides of the cable main body are provided with air charging pipes. One end of each air charging pipe is provided with an air valve. One side of each air charging pipe is provided with an air bag. The central position inside the cable main body is provided with an equilateral triangle shaped anti-tensile core. And the three corners of the equilateral triangle shaped anti-tensile core are provided with the secondary conductors. The central position of the equilateral triangle shaped anti-tensile core is penetrated by the primary conductor. The surface of the equilateral triangle shaped anti-tensile core is coated with a spinning layer. According to the invention, the anti-compression suspension cable is provided with a rubber buffer layer, enabling the cable to have a better anti-extrusion capability. At the same time, even extruded, irreversible deformation does not occur to the cable, nor does the damage. Therefore, the service lifetime of the cable is lengthened.

Description

technical field [0001] The invention relates to the technical field of cables, in particular to a compression-resistant suspension cable. Background technique [0002] With the development of society and the continuous progress of science, people are constantly inventing and creating. Take a kind of cable as an example. There are many kinds of cables on the market today, which meet some of people's needs, but there are still some The problem is that the existing cables are not equipped with a rubber buffer layer, and the cable’s anti-extrusion ability is poor, which makes the cable prone to irreversible deformation when it is squeezed, causing damage to the cable and shortening the service life of the cable. The tensile core of the cable is mostly cylindrical, which makes the wire easy to move and unstable. At the same time, the cables on the market today are not equipped with air bags, so that when the cable is used in water, the cable will sink into the water due to its he...

AI Technical Summary

Problems solved by technology

[0002] With the development of society and the continuous progress of science, people are constantly inventing and creating. Take a kind of cable as an example. There are many kinds of cables on the market today, which meet some of people's needs, but there are still some The problem is that the existing cables are not equipped with a rubber buffer layer, and the cable’s anti-extrusion ability is poor, which makes the cable prone to irreversible deformation when it is squeezed, causing damage to the cable and shortening the service life of the cable. The tensile core of the cable is mostly cylindrical, which makes the wire easy to move and unstable. At the same time, the cables on the market today are not equipped with air bags, so that when the cable is used in water, the cable will sink into the water due to its heavy weight. , which is not conducive to the progress of related work, making the work efficiency low

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