Adjustable automatic folding cable management system

Abstract

An adjustable automatic folding cable management system disclosed by the present invention comprises a plurality of cable tidying devices, each cable tidying device comprises a cable limiting groove,a cable cover and a rotating spring, each cable limiting groove comprises a U-shaped groove formed by the surrounding of the three side surfaces, one end of each cable cover is in rotation connectionwith the corresponding cable limiting groove, and the other end of each cable cover can be clamped with the corresponding cable limiting groove. After the cable cover is clamped, the cable cover and the cable limiting groove form a channel for a cable to pass through; two cable limiting grooves are connected in a relatively rotating mode, and a rotating spring is installed at the rotating connection position of the two cable limiting grooves and used for enabling the two cable limiting grooves to have the tendency of folding and contracting and enabling the cable to keep the tendency of folding and contracting. A plurality of cable tidying devices are arranged on one cable, and each cable tidying device enables the cable to form a bend, so that one cable forms a plurality of bending structures through the plurality of cable tidying devices, the distance between two adjacent cable tidying devices can be freely adjusted, and the cable tidying device is not limited by the space of a caseand can be applied to tidying of cables with different lengths.

Description

technical field [0001] The present invention relates to the technical field of cable arrangement, and further relates to an adjustable and automatically retractable cable management system. Background technique [0002] Today's servers need to support more and more functions, and also have more variability, so many modules are derived and placed in them. In order to maintain the operation of the server, these modules need to rely on cables to communicate with other modules inside the server. [0003] The cable needs to be extended and retracted to comply with the situation that the module is pulled out of the server or pushed back into the server, which inevitably requires a certain margin for the cable. When the module is pulled out of the server, it must have sufficient length. There is redundancy when pushed back inside the server. To keep the cables neat when the module is pushed back inside the server, the cables need to be organized. [0004] Such as Figure 1A and ...

AI Technical Summary

Problems solved by technology

[0004] like Figure 1A and Figure 1B As shown, it is a schematic diagram of the structure of a cable organizer in two different viewing angles in the prior art; multiple cables correspond to a cable organizer 01, and the cable organizer 01 includes two straight rods. The straight rods are extended and laid, and the cables are fixed on the straight rods through the lock 03; one end of the two straight rods is connected by relative rotation, and the other end of the two straight rods is installed on the linear slide rail 04, and the straight rods can move along the straight line. The slide rail 04 slides in translation. When the straight bar moves and slides along the linear slide rail 04, the angle between the two straight bars changes, and the length adjustment of the cable is realized by folding the two straight bars; the cable organizer of this kind The length is fixed, and only a small range of lengths can be used. For cables that are too long or too short, different cable organizers need to be replaced

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