TWM592635U - Cable management device of machine cabinet - Google Patents

Abstract

A cable organizer for a cabinet includes a wire rack, a wire slot plate disposed on the long side of the wire rack, a panel, and a pivot fastener disposed on the long side of the panel, the pivot fastener allows the panel to be combined with the wire The slot plate, or a pivotal fastener, allows the panel to be opened and closed relative to the wire slot plate. The cable manager can be installed in the cabinet vertically or horizontally according to the cabinet wiring requirements. The size of the cable manager is manufactured, assembled and connected according to the EIA (American Standards Association/Electronic Industry Association) RS-310 standard size specification to meet the needs of cabinet wiring.

Description

Cabinet cable organizer

This creation is related to the cabinet. More specifically, it is a cable organizer used to organize server cables and bundled cables.

The cabinet is loaded with servers and provides protection. When most of the equipment is installed in the cabinet, there are many power cables and network cables that need to enter the cabinet and connect with the equipment. If these cables are not organized or simply tied into Seen from the back of the server cabinet, the cables or bundled cables hang down behind the cabinet like a waterfall. The cable layout is disordered and the cable length is not ideally controlled. When the server changes or fails, It is extremely difficult to find the corresponding line. At present, there are also line sorting devices in the machine room on the market. Although they can basically meet the sorting requirements of the line, their construction is more complicated and inconvenient to use.

In order to solve the above problems, this author proposes to build and use a cable organizer that is very convenient.

The main technical features of this creation: a cable organizer for a cabinet, including: a wire rack assembled in a predetermined wiring position of a cabinet; at least one wire slot plate, the wire slot plate includes a base and a plurality of bracket arms formed on the base at intervals , The open end of the support arm has a cylindrical support head, and there is a space between two adjacent support heads; the base is provided with at least one fitting structure; the wire groove plates are respectively assembled orthogonally to the wire with the fitting structure One long side of the shelf; one panel, at least one long side It is combined with the bracket head through at least one pivot fastener; the wire rack, the wire groove plate, and the panel surround a threading space.

The purpose and effect of this creation:

The cable slot plate and the panel of the cable organizer are assembled on the cable frame in a snap-fit manner, and the combined installation is simple, convenient and fast.

The panel is combined with the wire channel plate through a pivot fastener, and the panel can be completely removed during wiring, or the fan head of the pivot panel and the bracket of the wire channel plate is pivoted to open and close, and can be opened from left to right or Open from right to left, easy to adapt to various wiring environments.

The size of the cable manager is manufactured, assembled and connected according to the EIA (American Standards Association/Electronic Industry Association) RS-310 standard size specification to meet the needs of cabinet wiring.

10‧‧‧Wire rack

11‧‧‧Fixed board

12‧‧‧Joint

13‧‧‧Snap hole

20‧‧‧trough board

21‧‧‧Base

22‧‧‧Bracket arm

23‧‧‧Bracket head

30‧‧‧Mosaic structure

31‧‧‧ clip

32‧‧‧Hook

40‧‧‧Panel

41‧‧‧Pivot hole

50‧‧‧Pivot fastener

51‧‧‧Positioning Department

52‧‧‧Locating film

53‧‧‧Positioning hook

54‧‧‧ pivot clip

541‧‧‧round inner wall

55‧‧‧ opening

56‧‧‧Spacer

57‧‧‧support bracket

58‧‧‧wing

60‧‧‧Threading space

70‧‧‧ Cabinet

71‧‧‧Post

72‧‧‧Equipment column

73‧‧‧ file

The first figure is the appearance of the vertical cable organizer of the first embodiment of the creation.

The second figure is a partial external view of the vertical cable organizer of the first embodiment.

The third figure is an exploded perspective view of the wire rack and the wire groove plate of the wire organizer of the first embodiment.

The fourth figure is a front exploded perspective view of the cable tray, panel and pivoting member of the cable organizer of the first embodiment.

The fifth figure is a rear perspective exploded view of the cable tray, panel and pivoting member of the cable organizer of the first embodiment of the invention.

The sixth picture is the appearance of the creation of the fastener.

The seventh figure is a rear view of the combined appearance of the cable tray, panel and pivoting member of the cable organizer of the first embodiment of the invention.

The eighth figure is a partially enlarged view of the seventh figure.

The ninth figure is a combined cross-sectional view of the cable tray, panel and pivoting member of the cable organizer of the first embodiment of the creation.

The tenth figure is a schematic view of the panel opening of the vertical cable organizer of the first embodiment of the creation.

The eleventh figure is an appearance diagram of the horizontal cable organizer of the first embodiment.

FIG. 12 is a schematic view of the panel opening of the horizontal cable organizer of the first embodiment of the creation.

Figure 13 is an assembly diagram of a cable organizer according to the second embodiment of the invention.

Figure 14 is a partial enlarged view of Figure 13.

In order to facilitate the explanation of the central idea expressed in the column of the above-mentioned new content, the specific embodiment is hereby expressed. In the embodiments, various objects are drawn according to the proportion, size, deformation or displacement suitable for description, rather than drawn according to the proportion of actual elements, which will be described first. In the following description, the same and symmetrically arranged elements are denoted by the same number.

As shown in the first and second figures, the wire organizer of the first embodiment of the present invention includes a wire rack 10, two wire slot plates 20 disposed on two long sides of the wire rack 10, a panel 40, and respectively disposed on the panel 40. Two pivotal fasteners 50 on the long sides. The pivotal fastener 50 allows the panel 40 to be combined with the cable tray 20. The cable manager can be installed in the cabinet vertically or horizontally according to the cabinet wiring requirements. The size of the cable organizer is manufactured, assembled and connected according to the EIA (American Standards Association/Electronic Industry Association) RS-310 standard size specification.

As shown in the second and third figures, the wire frame 10 and the wire slot plate 20 are concerned. The wire rack 10 is a molding plate, and has a fixing plate 11 and a connecting portion 12 bent and formed on two long sides thereof; the fixing plate 11 has a predetermined hole position for the screw element to be locked in a predetermined wiring position of the cabinet. The wire groove plate 20 is a molded part, and includes a base 21 and a plurality of support arms 22 formed at intervals on the base 21, and the support arms 22 are different from the base A cylindrical bracket head 23 is formed at one end of the portion 21. Both ends of the bracket head 23 are semi-spherical, and there is a gap between two adjacent bracket heads 23. The connection portion 12 of the wire groove plate 20 and the wire frame 10 is connected by several fitting structures 30. Each fitting structure 30 includes a clip 31 formed on the inner side of the base 21, and the clip 31 is spaced from the base 21 by a distance for the coupling portion 12 to be embedded, and a hook 32 is provided on the inner side of the clip 31 The coupling portion 12 is provided with a snap hole 13 for snap-fitting the hook 32. The joint portion 12 of the wire frame 10 is embedded between the clip 31 and the base portion 21, the hook 32 snaps into the buckle hole 13, and the wire frame 10 is fixed to the wire slot plate 20.

As shown in the fourth to ninth figures, regarding the wire slot plate 20, the face plate 40, and the hinge 50. The pivot fastener 50 includes a positioning portion 51 and a pivot clip 54 formed on one side of the positioning portion 51. The positioning portion 51 includes two positioning pieces 52, one ends of the two positioning pieces 52 are connected and there is a gap between the two in accordance with the thickness of the panel 40, and a positioning hook 53 is formed on the inner surface of one positioning piece 52; 54 has a circular inner wall 541 with an opening 55, and one end adjacent to the opening 55 is bent outwards to form a wing 58, and an inner center of the pivot clip 54 is provided with a partition plate 56 on each side of the partition plate 56 With circular arc concave support bracket 57. The panel surface near the two long sides of the panel 40 is provided with a pivot hole 41 combined with the pivot member 50.

The panel 40 is embedded between the two positioning pieces 52 with its long sides, and the positioning hook 53 snaps the hook 32 into the pivot hole 41. The pivot clamp 54 corresponds to the bracket head 23 of the wire groove plate 20 with its opening 55, and the spacing plate 56 corresponds to the distance between the two adjacent bracket heads 23, so that the pivot clamp 54 can smoothly enter the adjacent two bracket heads 23, The pivot clamp 54 surrounds the bracket head 23 with a circular inner wall 541, the partition plate 56 is located between two adjacent bracket heads 23, and the supporting groove 57 of the partition plate 56 supports the adjacent two bracket heads 23 Ends. According to this, the panel 40 can securely fix the bracket head 23 of the wire slot plate 20 through a plurality of hinges 50.

Repeating from the first figure, the wire frame 10, the two wire groove plates 20, and the panel 40 form a through The wire space 60 is for passing cables (not shown) or bundled cables (not shown) of equipment inside the cabinet.

As shown in the tenth figure, the panel 40 can be opened when wiring or wiring. One of the opening methods is to separate all the hinges 50 from the cable tray 20 and remove the panel 40 in a comprehensive manner. The second way of opening is also the most convenient way, which is to disengage the pivoting member 50 on the same side of the panel 40 from the bracket head 23, and the way of disengaging is to slightly pull the wing 58 outwards with a finger to slightly expand The pivot clip 54 can disengage the pivot fastener 50 from the bracket head 23. The pivoting member 50 on the other side of the panel 40 that has not detached from the bracket head 23 is used as a pivoting element. When the panel 40 is turned, the pivoting member 50 that has not detached from the bracket head 23 rotates around the bracket head 23, The panel 40 is opened and closed relative to the wire slot plate 20, which is convenient for wiring or wiring. After completion, the panel 40 is re-covered on the wire slot plate 20, so that the detached hinge 50 can re-pivot the bracket head 23 .

The first picture to the tenth picture above use vertical cable management as an example to illustrate the use direction of the creative cable management device. The eleventh and twelfth pictures use horizontal cable management as an example to illustrate the use direction of the creative cable management device. Several cable organizers can be modularly connected to extend their longitudinal length or horizontal width to meet the wiring requirements.

The first to twelfth figures describe the cable organizer of the first embodiment of the present creation. Figures 13 and 14 describe the cable organizer of the second embodiment of the present creation. The second embodiment includes the structural features of the first embodiment, but the first embodiment adopts a symmetrical configuration of bilateral wire groove plates 20 and bilateral pivot fasteners 50, while the second embodiment uses only a single-sided wire groove plate 20和单边 pivot fastener 50. The cable organizer of the second embodiment is placed close to the side of the cabinet 70, and is matched with the side panel of the cabinet 70 (the cabinet side panel is not drawn for easy visibility of the cable organizer), the cabinet upright 71, and the cabinet equipment column 72. The wire rack 10, the wire groove plate 20 and the face plate 40 of the device constitute a threading space. The panel 40 can still be opened and closed in a fan shape using a single-sided hinge 50, and the single side of the panel 40 without the hinge 50 can be directly attached to the post 71 or The stopper 73 is closely attached to the post 71.

10: Wire rack

20: Trunking board

30: chimeric structure

40: Panel

50: pivot fastener

Claims (8)

A cable organizer for a cabinet, comprising: a wire rack assembled in a predetermined wiring position of a cabinet; at least one wire groove plate, the wire groove plate includes a base and a plurality of bracket arms spaced at the base, the bracket arms are open The end has a cylindrical support head, and there is a space between two adjacent support heads; the base is provided with at least one fitting structure; the wire groove plates are respectively assembled orthogonally on a long side of the wire rack with the fitting structure A panel, at least one long side of which is combined with the bracket head through at least one pivot fastener; the wire rack, the wire groove plate, and the panel surround a threading space. The cable organizer of the cabinet according to claim 1, wherein the long side of the wire rack includes a joint portion; the fitting structure includes a clip formed on the base, and the clip is spaced apart from the base In the distance where the joint is embedded, the clip is provided with a hook toward a side of the base, and the joint is provided with a snap hole; the joint is embedded between the clip and the base, and the hook snaps into the Snap holes. The cable organizer of the cabinet according to claim 1, wherein the pivot fastener includes a positioning portion and a pivot clip formed on one side of the positioning portion; the positioning portion includes two positioning pieces, and the two positioning pieces take one end Connected, and there is a spacing between the two positioning pieces conforming to the thickness of the panel; one of the positioning pieces facing the spacing forms a positioning hook; one of the long sides of the panel is located between the two positioning pieces, the The positioning hook is buckled into a predetermined buckle hole of the panel, and the pivot fastener is combined with the panel. The cable organizer of the cabinet according to claim 3, wherein the inner wall of the pivot clamp is circular, the pivot clamp has an opening, and a partition plate is arranged at the inner center of the pivot clamp; the partition plate is located adjacent to the two brackets Between the heads and supporting the ends of the heads of the two adjacent brackets, the pivot clamp surrounds the two brackets with an inner wall head. The cable organizer of the cabinet according to claim 4, wherein the end portions adjacent to the two bracket heads are semi-spherical, and both sides of the partition plate have arc-shaped concave support brackets, and the two bracket heads The end is supported by the support bracket. The cable organizer of the cabinet according to claim 4, wherein an end of the pivot clamp adjacent to the opening is bent outward to form a fin. The cable organizer of the cabinet according to claim 1, wherein the cable organizer is a vertical cable organizer of a cabinet. The cable organizer of the cabinet according to claim 1, wherein the cable organizer is a horizontal cable organizer of a cabinet.

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