CN220674138U - Network cabinet wire arranging device - Google Patents

Abstract

The utility model belongs to the technical field of wire arranging devices, and particularly relates to a network cabinet wire arranging device which comprises: the wire arranging device comprises a mounting plate, a wire arranging box bottom plate, a mounting piece and a wire arranging box; the mounting panel installs the reason line box bottom plate towards the inside one side of rack, the multiunit reason line box is installed to equidistant on the reason line box bottom plate, the horizontal reason line hole that transversely runs through has been seted up to reason line box downside, the vertical reason line main channel has been seted up at reason line box top, vertical reason line main channel bottom intercommunication has the vertical reason line of seting up inside the reason line box of horizontal reason line hole both sides to assist the passageway arc intercommunication, vertical reason line main channel and the vertical reason line of both sides assist the passageway arc intercommunication, vertical reason line is assisted the passageway bottom and is extended to reason line box bottom plate bottom, the reason line groove that distributes along mounting panel length direction has been seted up on the reason line box bottom plate lateral wall that horizontal reason line hole corresponds. The wire sorter can comb the wires in multiple directions simultaneously, can sort and arrange the wires, has a higher application range, and is simple in structure and convenient to operate.

Description

Network cabinet wire arranging device

Technical Field

The utility model belongs to the technical field of wire managers, and particularly relates to a network cabinet wire manager.

Background

The optical fiber and cable routing of the network cabinet generally and directly fixes cables and optical cables in the cabinet, and because the quantity of optical wires and the like in the cabinet is large, the distribution is complex, the difficulty is large when the optical wires and the optical cables are fixed in a mounting manner, the problem that the wires are wound and disordered easily occurs, and the existing solution mode is that the wires are accurately guided and combed by the aid of the wire arranging device by arranging corresponding wire arranging devices in the cabinet.

The prior patent application number is: 2014103794493A network cabinet wire arranging device comprises a mounting angle gauge and a wire arranging ring, and is characterized in that the mounting angle gauge is provided with a mounting bracket, a mounting hole and a mounting angle gauge anti-falling hole, the mounting bracket is provided with a mounting bracket anti-falling hole, the wire arranging ring is provided with a buckle, and the mounting angle gauge and the wire arranging ring are connected in a clamping mode. The network cabinet wire arranging device is convenient to install and adjust, novel in structure and convenient for the wiring management of optical fibers and optical cables of the network cabinet, and after analysis of the wire arranging device, the wire arranging device can be used for guiding wires in the same direction only when carding wires, wherein the anti-drop holes are uniformly distributed in the direction, and the wire arranging device is used for guiding wires in the same direction, is used for connecting and using complex circuit structures in the cabinet in various directions, and even if the wires are in the same position, the transmission directions of the wires are greatly different, so that the wire arranging device cannot be used for guiding and carding wires in the same position or region in the corresponding direction, and has limited application range;

therefore, in view of the above-mentioned problems, the present technical solution designs a network cabinet wire organizer.

Disclosure of Invention

An object of an embodiment of the present utility model is to provide a network cabinet wire organizer, which aims to solve the above-mentioned problems.

The utility model is realized in such a way that the network cabinet wire arranging device comprises: the wire arranging device comprises a mounting plate, a wire arranging box bottom plate, a mounting piece and a wire arranging box; four corners of the mounting plate are detachably mounted on the inner wall of the network cabinet through mounting pieces, a wire arranging box bottom plate is mounted on one side of the mounting plate facing the interior of the cabinet, a plurality of wire arranging boxes are mounted on the wire arranging box bottom plate at equal intervals, transverse wire arranging holes which transversely penetrate through the wire arranging box bottom plate are formed in the lower side of the wire arranging box and are used for carding wires which are required to be transversely distributed in the cabinet, a longitudinal wire arranging main channel is formed in the top of the wire arranging box, longitudinal wire arranging auxiliary channels formed in the wire arranging boxes on two sides of the transverse wire arranging holes are communicated with the bottom of the longitudinal wire arranging main channel, the longitudinal wire arranging main channels are communicated with the longitudinal wire arranging auxiliary channels on two sides in an arc manner, the bottoms of the longitudinal wire arranging auxiliary channels extend to the bottoms of the wire arranging box bottom plate, the vertical line arrangement main channel and the vertical line arrangement auxiliary channel are utilized to conduct guiding carding for lines longitudinally distributed in the cabinet, meanwhile line arrangement grooves distributed along the length direction of the mounting plate are formed in the side wall of the line arrangement box bottom plate corresponding to the transverse line arrangement holes, the height of the line arrangement grooves is consistent with that of the transverse line arrangement holes, namely, the lines which are transversely carded can extend outwards through the line arrangement grooves to be connected with external equipment or lines, namely, the lines in the cabinet at the same position or in the same area can be conducted with transverse or longitudinal guiding carding through the multiple groups of line arrangement boxes arranged on the line arrangement box bottom plate, and the direction and range of conducting line carding are increased.

According to the network cabinet wire arranging device, multiple groups of wire arranging boxes capable of separating wires and arranging the wires in multiple directions are detachably arranged in the network cabinet, and meanwhile, the wire arranging boxes capable of arranging space conditions are arranged on the mounting plate in a matched mode, so that multidirectional carding and outward accurate extension arrangement of the wires in the cabinet are achieved, and the accuracy and the applicable range of carding the wires in the network cabinet are fully improved.

Drawings

Fig. 1 is a schematic perspective view of a network cabinet wire organizer.

Fig. 2 is a schematic diagram of a front view structure of a network cabinet wire organizer.

Fig. 3 is a schematic diagram of a rear view structure of a network cabinet wire organizer.

FIG. 4 is an enlarged schematic view of the structure of FIG. 2A;

in the accompanying drawings: the wire management device comprises a mounting plate 10, a wire management box bottom plate 11, a mounting piece 12, a wire management box 13, a wire management groove 14, a movable wire management block 15, a lock nut 16, a movable chute 17, a movable slide block 18, a buffer layer 19, a transverse wire management hole 20, a fastening block 21, a spring 22, a longitudinal wire management main channel 23 and a longitudinal wire management auxiliary channel 24.

Detailed Description

The present utility model will be described in further detail with reference to the drawings and examples, in order to make the objects, technical solutions and advantages of the present utility model more apparent. It should be understood that the specific embodiments described herein are for purposes of illustration only and are not intended to limit the scope of the utility model.

Specific implementations of the utility model are described in detail below in connection with specific embodiments.

As shown in fig. 1 to 4, the structure diagram of the network cabinet wire organizer provided by the embodiment of the present utility model includes: the wire arranging box comprises a mounting plate 10, a wire arranging box bottom plate 11, a mounting piece 12 and a wire arranging box 13; the mounting panel 10 four corners is installed on the network rack inner wall through mounting piece 12 dismantlement formula, the inside one side of mounting panel 10 towards the rack is installed reason line box bottom plate 11, the multiunit reason line box 13 is installed to the equidistant on the reason line box bottom plate 11, the horizontal reason line hole 20 that runs through transversely is offered to reason line box 13 downside, be used for carding for the inside circuit that needs horizontal distribution of rack, the vertical reason line main channel 23 has been offered at reason line box 13 top to vertical reason line main channel 23 bottom intercommunication has offered the inside vertical reason line auxiliary channel 24 of reason line box 13 in horizontal reason line hole 20 both sides, vertical reason line main channel 23 and the inside longitudinal reason line auxiliary channel 24 arc intercommunication of both sides, vertical reason line auxiliary channel 24 bottom extends to reason line box bottom plate 11 bottom, utilize vertical reason line main channel 23, the intercommunication of vertical reason line auxiliary channel 24, for the inside vertical reason line of rack to be arranged, simultaneously set up the processing 14 that distributes along mounting panel 10 length direction on the wire casing bottom plate 11 lateral wall that horizontal reason line hole 20 corresponds, the processing line groove 14 height is unanimous with horizontal reason line hole 20, namely utilize the inside line box 11 to comb the inside the same place through the outside the wire casing or the outside the vertical reason line of the vertical reason line box bottom plate 11 to realize carding device that the inside the area is outside through the wire casing 11, the inside the area is realized through the vertical reason line that the inside the wire casing is arranged on the vertical direction of the vertical reason line box, and the vertical direction of the vertical reason line box bottom plate is arranged on the inside the vertical line box 11.

In the embodiment of the utility model, the mounting piece 12 can adopt a structure such as a mounting bolt, a clamping piece and the like, and a specific used mounting structure can be matched with the wall of the cabinet for selection; the mounting plate 10, the wire arranging box bottom plate 11, the wire arranging box 13 and the like are made of insulating materials, so that the occurrence of dangerous situations such as leakage and the like is prevented when the wire arranging box is in contact connection with a circuit; the longitudinal wire-arranging auxiliary channels 24 are arranged in the wire-arranging boxes 13 at two sides of the longitudinal wire-arranging main channel 23, and the inner width of the longitudinal wire-arranging auxiliary channels 24 is smaller than that of the longitudinal wire-arranging main channel 23, namely, the wires which are downwards moved along the longitudinal wire-arranging main channel 23 and are combed by the longitudinal wire-arranging auxiliary channels 24 have good stability to a certain extent;

specifically, the upper side inside the transverse wire arranging hole 20 is elastically connected with a plurality of equally spaced springs 22 along the axial direction of the transverse wire arranging hole 20, a group of fastening blocks 21 with arc structures are elastically connected with the bottoms of the springs 22, and when the springs 22 are in a free state, the fastening blocks 21 are maintained to be placed at the middle height position of the transverse wire arranging hole 20, namely, proper pressing and holding can be carried out on the wires passing through the inside of the transverse wire arranging hole 20, so that the carding fastening stability of the wires is improved.

In one example of the utility model, in order to accurately classify, isolate and arrange the wires passing through the inside of the wire arranging groove 14, a plurality of groups of movable wire arranging blocks 15 are movably arranged in the wire arranging groove 14 along the length direction of the wire arranging groove, the tops of the movable wire arranging blocks 15 are connected with movable sliding blocks 18, the side walls of the mounting plates 10 corresponding to the movable sliding blocks 18 are provided with movable sliding grooves 17, the movable sliding blocks 18 slide along the movable sliding grooves 17, simultaneously, the movable sliding blocks 18 are connected with a screw rod towards the outside of the movable sliding grooves 17, a locking nut 16 is in threaded connection with the screw rod, the movable wire arranging blocks 15 are directly pushed to move, then the movable sliding blocks 18 are synchronously driven to move in the movable sliding grooves 17, and then, when the wire arranging blocks are stopped, the screw rod is controlled to be stationary by rotating the locking nut 16, so that the movable wire arranging blocks 15 are fixed, and accurate carding fastening spaces are provided for different types of wires by utilizing intervals between the adjacent movable wire arranging blocks 15;

it is noted that, a buffer layer 19 is wrapped on the outer side of the movable wire arranging block 15, and the contact abrasion degree of the wire and the movable wire arranging block 15 is reduced when the wire contacts the movable wire arranging block 15 by using the elastic action of the buffer layer 19.

In the above embodiment of the present utility model, the network cabinet wire arranging device is provided, when in use, the mounting plate 10 is mounted at the corresponding position inside the network cabinet through the mounting piece 12, then the wires are classified and vertically arranged according to whether the internal wires need to extend to the outside of the cabinet, if so, the wire arranging grooves 14 are distributed corresponding to the wire openings of the cabinet when the mounting plate 10 is mounted, if not needed, the mounting plate 10 is directly mounted at the required position, when the wires are combed, according to the transmission direction of the corresponding wires, if so, the wires are respectively transmitted along the longitudinal wire arranging main channel 23 and the longitudinal wire arranging auxiliary channel 24 inside the adjacent wire arranging box 13 according to the types of the wires, the wires are classified and vertically arranged by utilizing the longitudinal wire arranging main channel 23 and the longitudinal wire arranging auxiliary channel 24, if so, the wires are also classified and directly transmitted and guided through the transverse wire arranging holes 20 on the adjacent wire arranging box 13 according to the types of the wires, if so, the wires need to extend to the outside of the cabinet, directly and continuously pass through the wire arranging grooves 14 outwards, and when the wires are combed, the corresponding to the wires are separated into large spaces by the moving wire arranging grooves 14, and the wires can be conveniently arranged at one side of the proper position when the wires need to be combed, and the wires can be transmitted to the outside the cabinet according to the need.

The foregoing description of the preferred embodiments of the utility model is not intended to be limiting, but rather is intended to cover all modifications, equivalents, and alternatives falling within the spirit and principles of the utility model.

Claims (4)

1. The network cabinet reason line ware, its characterized in that, network cabinet reason line ware includes: the wire arranging device comprises a mounting plate (10), a wire arranging box bottom plate (11), a mounting piece (12) and a wire arranging box (13); the utility model provides a wire management box, including mounting panel (10) and mounting panel (13), mounting panel (10) four corners is installed on the network rack inner wall through mounting (12) dismantlement formula, mounting panel (10) are installed wire management box bottom plate (11) towards one side of rack inside, and multiunit wire management box (13) are installed to equidistant on wire management box bottom plate (11), and transverse wire management hole (20) that transversely run through are seted up to wire management box (13) downside, vertical wire management main channel (23) have been seted up at wire management box (13) top, and vertical wire management main channel (23) bottom intercommunication has offered in the inside vertical wire management of wire management box (13) of transverse wire management hole (20) both sides auxiliary channel (24) arc intercommunication, and vertical wire management main channel (23) and both sides auxiliary channel (24) bottom extend to wire management box bottom plate (11), wire management groove (14) that wire management box bottom plate (11) lateral wall that transverse wire management hole (20) correspond has seted up on wire management groove (14) lateral wall along mounting panel (10) length direction distribution, wire management groove (14) height is unanimous with transverse wire management hole (20).

2. The network cabinet wire organizer of claim 1, wherein a plurality of equally spaced springs (22) are elastically connected to the upper side of the interior of the transverse wire organizer hole (20) along the axial direction of the transverse wire organizer hole (20), a set of fastening blocks (21) having an arc structure are elastically connected together to the bottoms of the springs (22), and the fastening blocks (21) are maintained to be positioned at the middle height position of the transverse wire organizer hole (20) when the springs (22) are in a free state.

3. The network cabinet wire organizer of claim 2, wherein a plurality of groups of movable wire organizing blocks (15) are movably arranged in the wire organizing groove (14) along the length direction, movable sliding blocks (18) are connected to the tops of the movable wire organizing blocks (15), movable sliding grooves (17) are formed in the side walls of the mounting plates (10) corresponding to the movable sliding blocks (18), the movable sliding blocks (18) slide along the movable sliding grooves (17), a screw is connected to the outside of the movable sliding grooves (17) through the movable sliding blocks (18), and locking nuts (16) are connected to the screw through threads.

4. A network cabinet wire organizer according to claim 3, in which the movable organizer blocks (15) are surrounded by a buffer layer (19).