CN220292383U - Wire arranging system - Google Patents

Abstract

A wire management system is used for combining wire units. The wire management system comprises a shell, a circuit board unit, an accessory device and a wire management unit. The wire arranging unit comprises a wire arranging seat fixed on the machine shell and a separation frame. The wire arranging seat and the machine shell define a wire arranging space. The separation frame and the wire arranging seat define two openings. The separation frame is provided with a separation body, and the openings are positioned on two opposite sides of the separation body. The circuit unit is connected with the circuit board unit, penetrates into the wire arranging seat from one opening, bends around the separation body, penetrates out of the wire arranging seat from the other opening, and is connected with the accessory device. By the coincidental that the openings separated by the separation frame of the wire arranging unit are communicated with the wire arranging space, the wire arranging unit is penetrated into the wire arranging seat from one opening and is bent around the separation body, and is penetrated out of the wire arranging seat from the other opening, and the self-bent parts of the wire arranging unit can not interfere with each other, so that the wire arranging unit can stably move.

Description

Wire arranging system

Technical Field

The present utility model relates to a wire arranging device, and more particularly to a wire arranging system.

Background

In a chassis of a server, electronic component devices inside the chassis are commonly connected using connection wires, for example: connecting wires such as signal wires and power wires for signal transmission and power supply. Generally, the internal circuit wires are arranged through the wire arranging device in the chassis, so that the internal circuit wires can be orderly distributed to achieve the effects of space saving and beautiful appearance, but special wire arranging devices are additionally prepared to meet the bending requirement of the internal connection wires, for example: the wire slot guide rail support chain track and the like can be used for completely coating the part of the circuit needing to be bent through the support chain track so as to enable the connecting wire to be stably and controllably bent and moved along the support chain track, but the whole wire slot guide rail support chain track has high cost and large volume, can occupy the internal use space greatly and can improve the production cost, and is worthy of careful study, discussion and improvement of practitioners.

Disclosure of Invention

Therefore, the present utility model provides a wire management system with good practicability.

Thus, the present utility model provides a wire management system for a wire unit to combine. The wire arranging system comprises a shell, a circuit board unit arranged in the shell, a bracket which can be detachably arranged on the shell, an accessory device arranged in the bracket and a wire arranging unit which can be detachably fixed on the shell and is positioned in the shell. The housing includes an installation space. The circuit board unit is positioned in the installation space and comprises a first connection port module. The accessory device comprises a second connection port module. The circuit unit connects the first connection port module of the circuit board unit with the second connection port module of the accessory device and electrically connects the circuit board unit with the accessory device. The accessory device can be driven by the bracket to move between a combination position and a maintenance position. The wire arranging unit is positioned in the installation space and comprises a wire arranging seat fixed on the shell and extending from the shell to the direction far away from the shell, and a separation frame extending from the wire arranging seat to the direction of the shell and fixed on the shell. The wire arranging seat and the shell jointly define a wire arranging space capable of accommodating the circuit unit, and the separation frame and the wire arranging seat are matched to define two openings communicated with the wire arranging space. The separation frame is provided with a separation body extending from the wire arrangement seat to the direction of the machine shell, and the openings are positioned on two opposite sides of the separation body. The circuit unit penetrates into the wire arranging seat from one opening, bends around the separation body, penetrates out of the wire arranging seat from the other opening, and is connected with the second connecting port module of the accessory device.

Specifically, the circuit unit has two combining end modules at two opposite ends, one combining end module of the circuit unit is connected with the first connecting port module of the circuit board unit, the other combining end module of the circuit unit is connected with the second connecting port module of the accessory device, and penetrates into the wire arranging seat from one opening to bend and bypass the separation body, penetrates out of the wire arranging seat from the other opening, and is connected with the second connecting port module of the accessory device.

Particularly, the shell also comprises a base plate and two side plates which extend upwards from two opposite sides of the base plate, the base plate and the side plates jointly define the installation space, and the wire arranging seat of the wire arranging unit is fixed on one side plate of the shell.

Particularly, when the bracket is at the combining position, the circuit unit is at least partially accommodated in a position close to a side plate of the shell, wherein the side plate is provided with the wire arranging unit.

Particularly, the circuit board unit further comprises a circuit board, the first connection port module is arranged on the circuit board, the circuit board of the circuit board unit is locked on the side plate of the shell, the circuit board and the base plate are parallel and spaced to define an accommodating area together, when the circuit board unit is positioned at the combining position, the accessory device is positioned in the mounting space, part of the circuit unit is accommodated in the wire arranging space, and the circuit unit penetrates out of the wire arranging seat and is connected with the accessory device, and the part of the circuit unit can be accommodated and positioned in the accommodating area.

The wire arranging seat is provided with a base wall and two extending walls, wherein the base wall is spaced from the corresponding side plate, the extending walls extend from two opposite ends of the base wall to the directions of the corresponding side plates respectively, the base wall and the extending walls are matched with the corresponding side plates to define the wire arranging space, and the separating frame extends from the base wall of the wire arranging seat to the directions of the corresponding side plates and is fixed on the corresponding side plates.

In particular, the wire arranging seat of the wire arranging unit is also provided with a fixing frame which extends from the base wall to the corresponding side plate and is detachably fixed on the corresponding side plate.

In particular, the circuit unit has a plurality of circuit modules, each circuit module has a connection wire and two connection ends respectively located at two opposite ends of the connection wire, the first connection port module of the circuit board unit has a plurality of first connection ports, the second connection port module of the accessory device has a plurality of second connection ports, one connection end of each circuit module is connected with one of the first connection ports of the first connection port module of the circuit board unit, and the other connection end of each circuit module penetrates into the wire arrangement seat from one opening and penetrates out from the other opening and is connected with one of the second connection ports of the second connection port module of the accessory device, so that the circuit board unit and the accessory device form an electrical connection, the accessory device is driven by the bracket and the connection wire of the circuit module is guided by the wire arrangement unit and part of the connection wire is accommodated in the wire arrangement space in the moving process between the connection position and the maintenance position.

In particular, in the coupling position, the accessory device is located in the installation space; in the maintenance position, the bracket is moved out in a direction away from the installation space and at least part of the accessory device is located outside the installation space.

Compared with the prior art, the wire arranging system of the utility model can penetrate the wire arranging unit from one opening into the wire arranging seat and bend around the separating body to penetrate the wire arranging seat from the other opening by the chocolate of the design of the wire arranging unit and the connection of the wire arranging space with the opening separated by the separating frame of the wire arranging unit, and the bent part of the wire arranging unit can not interfere with each other and can be contained in the wire arranging space, thereby effectively realizing that the bent part of the wire arranging unit can not interfere with each other and the wire arranging unit can stably move in the moving process between the combining position and the maintenance position when the accessory device is driven by the bracket.

Drawings

Other features and advantages of the utility model will be apparent from the following description of the embodiments with reference to the accompanying drawings, in which:

FIG. 1 is a perspective view illustrating an embodiment of a wire management system according to the present utility model in combination with a wire unit;

FIG. 2 is a perspective view of the wire management unit of FIG. 1, illustrating the combination of a wire management seat, a spacer and the wire management unit from another perspective;

FIG. 3 is a top view illustrating the connection relationship of the circuit unit, a circuit board unit, and an accessory device, and the combination relationship of a housing and a bracket in this embodiment;

FIG. 4 is a top view illustrating the bracket in this embodiment coupled to the housing with the accessory device positioned within an installation space of the housing;

FIG. 5 is a perspective view partially enlarged, illustrating the combination of a side plate of the housing with the wire arranging seat and the separating frame of the wire arranging unit in the embodiment; a kind of electronic device with high-pressure air-conditioning system

Fig. 6 is a side view and assists in illustrating fig. 4 from another perspective.

Description of the embodiments

Before the present utility model is described in detail, it should be noted that in the following description, like elements are denoted by the same reference numerals.

Referring to fig. 1, 2, 3 and 4, the wire management system of the present utility model is used for combining a circuit unit 90. The wire arranging system comprises a casing 1, a circuit board unit 2 arranged in the casing 1, a bracket 3 detachably arranged on the casing 1, an accessory device 4 arranged in the bracket 3 (hereinafter, the accessory device 4 is taken as a battery device for example, but not limited to, a fan, a screen and the like can also be taken as a mode for electrically connecting the circuit board unit 2 and operating together with the circuit board unit 2), and a wire arranging unit 5 detachably fixed on the casing 1 and positioned in the casing 1. The housing 1 includes an installation space 11. In the present embodiment, the cable management system is applied to a server chassis (not shown), but not limited thereto.

The circuit board unit 2 is located in the installation space 11, and includes a circuit board 21 and a first connection port module 22 disposed on the circuit board 21.

The accessory device 4 includes a second connection port module 41. The wiring unit 90 connects the first connection port module 22 of the circuit board unit 2 with the second connection port module 41 of the attachment 4 and electrically connects the circuit board unit 2 with the attachment 4. The carrier 3 is movable between a coupling position and a maintenance position. In the combined position, the attachment 4 can be driven by the bracket to be positioned in the installation space 11; when the bracket 3 is located at the maintenance position, the bracket 3 is moved out in a direction away from the installation space 11, so that at least part of the bracket 3 is located outside the installation space 11, thereby the accessory device 4 on the bracket 3 is not completely shielded by the casing 1, and further an operation space for the user of the wire management system to disassemble, assemble and maintain the accessory device 4 on the bracket 3 is provided.

The wire arranging unit 5 is detachably disposed in the installation space 11, and includes a wire arranging seat 51 detachably fixed on the casing 1 and extending from the casing 1 to a direction away from the casing 1, and a separation frame 52 detachably fixed on the casing 1 and extending from the wire arranging seat 51 to the direction of the casing 1, wherein the wire arranging seat 51 and the separation frame 52 are implemented in an integrally formed manner, but not limited thereto, and the separation frame 52 may be disposed on the wire arranging seat 51 in a manner of welding, locking or buckling. The wire arranging seat 51 and the casing 1 together define a wire arranging space 53 capable of accommodating at least part of the circuit unit 90, and the partition frame 52 and the wire arranging seat 51 cooperate to define two openings 54 communicating with the wire arranging space 53. The partition frame 52 has a partition body 521 extending from the wire management base 51 toward the housing 1, and the two openings 54 are respectively located at two opposite sides of the partition body 521. The circuit unit 90 penetrates into the wire arranging seat 51 from one opening 54 and bends around the separating body 521, and penetrates out of the wire arranging seat 51 from the other opening 54, and is connected with the second connection port module 41 of the accessory device 4, at this time, a part of the circuit unit 90 bent around the separating body 521 is accommodated in the wire arranging space 53.

When assembled, the circuit unit 90 is first inserted into the wire arranging space 53 of the wire arranging seat 51 from one opening 54, and the circuit unit 90 is wound around the separating body 521, and then inserted out of the wire arranging seat 51 from the other opening 54 and connected with the second connection port module 41 of the accessory device 4. Then, the wire arranging base 51 and the partition frame 52 are mounted on the casing 1, so that the wire arranging unit 5 is detachably fixed on the casing 1, and at this time, the portion of the wire arranging unit 90 bent around the partition body 521 is accommodated in the wire arranging space 53. Finally, the bracket 3 is moved toward the installation space 11 and synchronously drives the attachment device 4 to be located in the installation space 11, that is, the bracket 3 is moved to the combining position, so that the assembly operation is completed, and the assembly mode is not limited thereto. In short, by penetrating the circuit unit 90 into the wire arranging seat 51 from one opening 54 and bending around the separating body 521 and penetrating the wire arranging seat 51 from the other opening 54, the self-bending part of the circuit unit 90 will not interfere with each other and the circuit unit 90 will be guided by the wire arranging unit 5 to stably move during the moving process of the bracket 3 between the combining position and the maintaining position, and the circuit unit 90 is kept electrically connected with the circuit board unit 2 and the accessory device 4 (battery device).

It should be noted that, in the present embodiment, the circuit unit 90 has two connection end modules (not shown) located at two opposite ends of the circuit unit 90, one connection end module of the circuit unit 90 is connected to the first connection port module 22 of the circuit board unit 2, the other connection end module of the circuit unit 90 is connected to the second connection port module 41 of the accessory device 4, one connection end module of the circuit unit 90 is connected to the first connection port module 22 of the circuit board unit 2, and the other connection end module of the circuit unit 90 penetrates through the wire arrangement seat 51 from one opening 54 to bend around the partition body 521 and penetrates out of the wire arrangement seat 51 from the other opening 54, and then is connected to the second connection port module 41 of the accessory device 4. The circuit unit 90 is at least partially accommodated in the wire arranging space 53 of the wire arranging seat 51 of the wire arranging unit 5. During the movement of the bracket 3 between the combining position and the maintenance position, the wire unit 90 is guided by the wire arranging unit 5, and a part of the wire unit 90 is received in the wire arranging space 53 of the wire arranging seat 51 of the wire arranging unit 5. That is, the portion of the wire unit 90 is bent around the partition body 521, so that the wire unit 90 is guided by the wire arranging unit 5 during the movement of the bracket 3 between the coupling position and the maintenance position, thereby ensuring that the self-bent portion of the wire unit 90 does not interfere with each other and maintaining the wire unit 90 electrically connected to the circuit board unit 2 and the attachment 4 (battery device). In another embodiment, the circuit unit 90 has a plurality of circuit modules 91. Each of the line modules 91 has a connection line 911 and two coupling ends 912 at opposite ends of the connection line 911. The first connection port module 22 of the circuit board unit 2 has a plurality of first connection ports 221. Incidentally, the bonding ends 912 of the circuit modules 91 on the same side may be combined to form a group of bonding end modules, but not limited thereto. The second connection port module 41 of the attachment 4 has a plurality of second connection ports 411. One of the coupling ends 912 of each of the circuit modules 91 is connected to one of the first connection ports 221 of the first connection port module 22 of the circuit board unit 2, and the other coupling end 912 of each of the circuit modules 91 penetrates into the wire arranging seat 51 from one of the openings 54 and penetrates out of the other opening 54 to be connected to one of the second connection ports 411 of the second connection port module 41 of the accessory device 4, so that the circuit board unit 2 is electrically connected to the accessory device 4. During the movement of the carrier 3 between the coupling position and the maintenance position, the connection line 911 of the line module 91 is guided by the line arrangement unit 5 and a portion of the connection line 911 is received in the line arrangement space 53. That is, the portion of the connection line 911 of the line module 91 is bent around the partition body 521, so that the portion of the connection line 911 of the line unit 90, which is bent by itself, does not interfere with each other during the movement of the bracket 3 between the coupling position and the maintenance position, thereby ensuring that the connection line 911 is stably moved while being guided by the line management unit 5, and maintaining the line unit 90 electrically connected to the circuit board unit 2 and the attachment device 4 (battery device).

By means of the design of the line unit 90 that the line arranging space 53 of the line arranging seat 51 of the line arranging unit 5 can accommodate part and the coincidence of the opening 54 separated by the separating frame 52 of the line arranging unit 5 communicating with the line arranging space 53, the line unit 90 can be penetrated into the line arranging seat 51 from one opening 54 and bent around the separating body 521 and penetrated out of the line arranging seat 51 from the other opening 54, and the self-bent part of the line unit 90 can not interfere with each other and can be accommodated in the line arranging space 53, so that the moving process of the bracket 3 between the combining position and the maintaining position can be effectively achieved, the self-bent part of the line unit 90 can not interfere with each other and the line unit 90 can stably move, and the practicability is good.

Further, in the present embodiment, the housing 1 further includes a base plate 12, and two side plates 13 extending upward from opposite sides of the base plate 12. The base plate 12 and the side plate 13 together define the installation space 11. The wire arranging seat 51 of the wire arranging unit 5 is detachably fixed on one side plate 13 of the casing 1. The wire arranging seat 51 has a base wall 511 spaced from the corresponding side plate 13, and two extending walls 512 extending from opposite ends of the base wall 511 toward the corresponding side plate 13, wherein the base wall 511 and the extending walls 512 cooperate with the corresponding side plate 13 to define the wire arranging space 53. The partition frame 52 extends from the base wall 511 of the wire arranging seat 51 toward the corresponding side plate 13 and is detachably fixed to the corresponding side plate 13. Referring to fig. 1, 2 and 5, in brief, the partition frame 52 extends from the base wall 511 of the wire arrangement seat 51 toward the corresponding side plate 13 and is detachably locked to the corresponding side plate 13, but not limited thereto, the partition frame 52 and the side plate 13 may have corresponding fastening structures, so that the partition frame 52 and the side plate 13 may be detachably fastened and fixed, or may be fixed in other detachable manners according to design requirements. That is, the wire arranging unit 5 is mounted on one of the side plates 13 of the casing 1 as shown in fig. 1, 2 and 5, but not limited thereto. Incidentally, in the present embodiment, the wire arranging seat 51 of the wire arranging unit 5 further has a fixing frame 513 extending from the base wall 511 toward the corresponding side plate 13 and detachably fixed on the corresponding side plate 13. In short, the fixing frame 513 of the wire arranging seat 51 and the partition frame 52 are locked to one of the side plates 13 of the casing 1 by means of screw locking, so that the wire arranging unit 5 is locked to one of the side plates 13 of the casing 1, but not limited thereto, the wire arranging seat 51 and the corresponding side plate 13 may be respectively provided with a fastening structure, the wire arranging seat 51 and the corresponding side plate 13 may be fastened and combined by means of the fastening structure, or the wire arranging seat 51 may be detachably fixed to the side plate 13 by means of other fastening structures. In the following, the partition frame 52 is fastened to the side plate 13 by the fastening structure, and the wire arranging seat 51 is locked to the side plate 13 by a screw lock, when assembling, one of the connecting end modules of the circuit unit 90 is connected to the corresponding one of the circuit board unit 2 and the accessory device 4, and part of the circuit unit 90 is accommodated in the wire arranging space 53, then the fastening structure of the partition frame 52 is fastened to the corresponding fastening structure of the corresponding side plate 13, and the wire arranging seat 51 is locked to the side plate 13 by a screw lock, and the other connecting end module of the circuit unit 90 is connected to the corresponding one of the circuit board unit 2 and the accessory device 4.

In particular, in the present embodiment, the circuit board 21 of the circuit board unit 2 is locked to the side plate 13 of the housing 1, and the circuit board 21 and the base plate 12 are spaced in parallel and together define a receiving area 211 (see fig. 1, 2 and 6). When the bracket 3 is at the combined position, the accessory device 4 is located in the installation space 11, and a portion of the connection wire 911 of the circuit unit 90 is received in the wire arranging space 53, and a portion of the connection wire 911 passing out of the wire arranging seat 51 and connecting with the accessory device 4 can be placed in the receiving area 211 for receiving and positioning. In this embodiment, since the overall length of the connection line 911 of the circuit unit 90 is not long, most of the circuit unit 90 is still accommodated near one of the side plates 13 in the housing 1 as shown in fig. 4 when the bracket 3 is at the combined position, that is, in the preferred embodiment, the circuit unit 90 is accommodated in the position near one of the side plates 13 in the housing 1 without dragging the water as shown in fig. 4 when the bracket 3 is at the combined position. However, if the present embodiment is applied to other embodiments, under the condition that the overall length of the connection wire 911 of the circuit unit 90 is very long, the connection wire 911 passes through the wire arranging seat 51 and the portion connected to the attachment 4 still has a certain length when the bracket 3 is at the combining position, so that the space between the circuit board unit 2 and the substrate 12 is utilized to form the accommodating area 211, and the portion of the connection wire 911 can be wound and arranged in the accommodating area 211 for being plugged and accommodated (not shown), thereby effectively increasing the applicability of the wire arranging system, but not limited thereto.

In summary, in the wire management system of the present utility model, by virtue of the design that the wire management space 53 of the wire management seat 51 of the wire management unit 5 can accommodate the wire management unit 90 and the opening 54 separated by the partition frame 52 of the wire management unit 5 is matched with the mind that the wire management space 53 is communicated, the wire management unit 90 can be penetrated into the wire management seat 51 from one opening 54 and bent around the partition body 521, and penetrated out of the wire management seat 51 from the other opening 54, and the self-bent part of the wire management unit 90 can not interfere with each other and can be accommodated in the wire management space 53, so that the self-bent part of the wire management unit 90 can not interfere with each other and the wire management unit 90 can stably move in the moving process between the combining position and the maintenance position due to the driving of the auxiliary device 4 by the bracket 3, and the practicality is good.

The foregoing is merely illustrative of the present utility model, and the present utility model is not limited thereto, and any person skilled in the art will readily recognize that variations or substitutions are within the scope of the present utility model. Therefore, the protection scope of the utility model is subject to the protection scope of the claims.

Claims (9)

1. A wire management system for use in connection with a wire unit, the wire management system comprising:

a housing including an installation space;

the circuit board unit is arranged on the shell and positioned in the installation space and comprises a first connection port module;

a bracket which is arranged on the shell in a removable way;

the circuit unit is connected with the first connection port module of the circuit board unit and the second connection port module of the accessory device, and enables the circuit board unit to be electrically connected with the accessory device, and the accessory device can be driven by the bracket to move between a combination position and a maintenance position; a kind of electronic device with high-pressure air-conditioning system

The wire arranging unit comprises a wire arranging seat which is detachably fixed on the shell and is extended from the shell to a direction far away from the shell, and a separation frame which is extended from the wire arranging seat to the shell and is detachably fixed on the shell, wherein the wire arranging seat and the shell jointly define a wire arranging space of the circuit unit capable of containing a part, the separation frame and the wire arranging seat are matched to define two openings communicated with the wire arranging space, and the circuit unit penetrates into the wire arranging seat from one opening to bend and bypass a separation body of the separation frame from the other opening to penetrate out of the wire arranging seat, and is connected with a second connecting port module of the accessory device.

2. The system of claim 1, wherein the circuit unit has two coupling end modules at opposite ends, one of the coupling end modules of the circuit unit is connected to the first connection port module of the circuit board unit, the other coupling end module of the circuit unit is connected to the second connection port module of the accessory device, and penetrates into the wire arrangement seat from one of the openings to bend around the separation body and penetrates out of the wire arrangement seat from the other opening to connect to the second connection port module of the accessory device.

3. The system of claim 2, wherein the housing further comprises a base plate and two side plates extending upward from opposite sides of the base plate, the base plate and the side plates together define the installation space, and the wire arranging base of the wire arranging unit is fixed on one of the side plates of the housing.

4. A wire management system according to claim 3, wherein the wiring unit is at least partially received in the housing adjacent to a side plate of the housing where the wire management unit is disposed when the bracket is in the engaged position.

5. The system of claim 3, wherein the circuit board unit further comprises a circuit board, the first connection port module is disposed on the circuit board, the circuit board of the circuit board unit is locked on the side plate of the housing, the circuit board and the base plate are spaced in parallel and together define an accommodating area, the accessory device is located in the installation space and a portion of the circuit unit is accommodated in the wire arranging space when the accessory device is at the combining position, and a portion of the circuit unit penetrating the wire arranging seat and connecting the accessory device can be accommodated in the accommodating area.

6. A wire management system according to claim 3, wherein the wire management base has a base wall spaced from the corresponding side plate, and two extending walls extending from opposite ends of the base wall toward the corresponding side plate respectively, the base wall and the extending walls cooperate with the corresponding side plate to define the wire management space, and the partition frame extends from the base wall of the wire management base toward the corresponding side plate and is fixed on the corresponding side plate.

7. The system of claim 6, wherein the wire management base of the wire management unit further comprises a fixing frame extending from the base wall toward the corresponding side plate and detachably fixed to the corresponding side plate.

8. The system of claim 1, wherein the circuit unit has a plurality of circuit modules, each circuit module has a connection wire and two connection ports respectively located at two opposite ends of the connection wire, the first connection port module of the circuit board unit has a plurality of first connection ports, the second connection port module of the accessory device has a plurality of second connection ports, one connection port of each circuit module is connected with one of the first connection ports of the circuit board unit, and the other connection port of each circuit module penetrates the wire arrangement seat from one opening and penetrates from the other opening and is connected with one of the second connection ports of the second connection port module of the accessory device, so that the circuit board unit is electrically connected with the accessory device.

9. The system of claim 1, wherein in the coupled position, the attachment is positioned in the installation space; in the maintenance position, the bracket is moved out in a direction away from the installation space and at least part of the accessory device is located outside the installation space.