Foldable machine room cable label

Abstract

The invention relates to a foldable machine room cable label. The foldable machine room cable label includes a metal sheet and two first thermal shrinkable tubes, the metal sheet is provided with a body and an extending part which are fixedly connected, the body can be wound to be a cylinder-shaped structure to coat a set cable, and the extending part can extend out of one side of the cable after the body is wound to be the cylinder-shaped structure; the two first thermal shrinkable tubes correspondingly sleeve the external part of the cylinder-shaped structure, and the two first thermal shrinkable tubes are symmetrically arranged by taking the extending part as a center; the end, away from the extending part, of each first thermal shrinkable tube can be in contact with the cable to form shrinking opening; the surface of the extending part is provided with an identification device, and a second thermal shrinkable tube sleeves the external part of the identification device; and the first thermal shrinkable tubes and the second thermal shrinkable tube are both made of transparent materials. According to the foldable machine room cable label, the quality of the cable is not influenced by heating the thermal shrinkable tubes through a heat gun, more data information can be printed on flaky label paper, and the label paper can be protected through the shrinkable tubes.

Description

technical field [0001] The invention belongs to the technical field of electric equipment, and in particular relates to a folding cable label for a machine room. Background technique [0002] During the installation and layout of cables in the computer room, it is often necessary to set labels on both ends of the cables. The labels can be used to identify the number of the cabinet where the local device is located, the name of the local device, the port type, and the serial number; and the near-end of the label. Information such as the port number of the distribution frame or the information number of the panel. [0003] The existing common cable labels are divided into identification sleeves, self-laminating labels and identification plates. But the inventor thinks, existing cable label has certain defective: [0004] 1) The identification sleeve generally adopts a heat-shrinkable sleeve. Firstly, the label paper is wound and pasted on the cable, and then the heat-shrinka...

AI Technical Summary

Problems solved by technology

When the diameter of the cable is small, more information cannot be stored on the label paper, and the information is inconvenient to read

At the same time, the material of some cables is not allowed to be heated, and the skin of the cable will be damaged when the heat shrinkable sleeve is heated with a heat gun

[0005] 2) When the self-laminating label is in use, it cannot be protected by a heat-shrinkable sleeve, and the label is pasted on the upper part of the cable only by its own viscosity

Because there is no outer protective structure, the label is easy to fall off from the cable due to friction and other reasons, and the content on the label is easy to blur due to friction or corrosion.

[0006] 3) The identification plate is fixed on the cable through a tether, which may cause the identification plate to move or fall off on the cable with the tether; at the same time, there is also the problem that the content of the label is corroded

[0007] That is, heat-shrinkable tubes cannot be used on temperature-sensitive cables, and when the cables are thin, they cannot effectively display information on the label paper; while self-laminated labels and identification plates are not tightly connected to the cables, and cannot be used Heat shrink tubing for protection

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