Telescopic guide rail integrated with cable collection function

Abstract

The invention discloses a telescopic guide rail integrated with a cable collection function, and relates to the field of guide rails. The telescopic guide rail comprises a plurality of groups of guide rail components, wherein the guide rail components comprise guide rail back sheets; soft connection belts are arranged in the guide rail back parts; cables are arranged in the soft connection belts; guide rail pushing-pulling grooves are formed in guide rail front sheets; the guide rail pushing-pulling grooves are in slide fit with case fixing bars; the case fixing bars are connected with a pulling box; and the pulling box is connected with the soft connection belts. Through adoption of the telescopic guide rail, cables are arranged on two sides of a machine in a tidy and attractive way. Compared with a conventional back-end lead groove design, the telescopic guide rail has the advantages that heat dissipation at a back end of the machine is facilitated more; the aging time of the machine is prolonged; and the stable running period of the machine is prolonged. Cables of the machine can be identified more easily, and faulty operations such as wrong unplugging and wrong plugging are avoided. Mutual signal interference can be avoided through classified arrangement of strong current cables and weak current cables.

Description

technical field [0001] The invention relates to the field of guide rails, in particular to a retractable guide rail with integrated cable collection function. Background technique [0002] When entering the computer room of the data center, the first thing that catches the eye is rows of cabinets and dense cables, including network cables, optical fibers, power cables, etc., which are everywhere like spider webs. These cables are connected to different devices and realize the traffic intercommunication between different devices. Some cables are even the entrance and exit of the entire data center business, which is very important. Such thick and thin cables are distributed between all equipment and cabinets. If there is no unified management, it will be messy. Cable identification and recording are closely related to work effectiveness. The most commonly used wire ducts are placed at the rear end of the machine, which is not only unsightly, but also affects the heat dissip...

AI Technical Summary

Problems solved by technology

The most commonly used wire ducts are placed at the rear of the machine, which is not only unsightly, but also affects the heat dissipation function of the equipment

If the cable is faulty, all the wires need to be removed for testing, wasting time

[0003] Chinese patent CN201210149681.9 discloses a universal guide rail assembly for cabinets. The outer upper part of the outer guide rail is provided with a first U-shaped bending groove with an opening downward. Two U-shaped bending grooves, the front end of the inner lower part of the outer guide rail is provided with an L-shaped bending bearing surface; the upper outer wall of the inner guide rail is provided with a first L-shaped bend, and the lower outer wall of the inner guide rail There is a second L-shaped bend. If the cable fails on the guide rail, it is still necessary to remove all the cables, which is a waste of time.

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