Wire arranging device
By designing a detachable wire management device combining frame, rotary seat unit and wire management unit, the automatic rotation of the rotary seat module and the elastic torque of the vortex spring parts are used to realize automatic storage of excessively long lines, and the current solution is to solve the problem of The problem of difficult cable-controllers to store long-term circuits improves their application and practicality.
Patent Information
- Application Number
- CN202420688466.4
- Authority / Receiving Office
- CN · China
- Patent Type
- Utility models(China)
- Current Assignee / Owner
- Filing Date
- 2024-04-03
- Publication Date
- 2025-02-21
- Estimated Expiration
- 2034-04-03
AI Technical Summary
When existing wire managers deal with excessively long connecting wires, it is difficult to store effectively. Multiple wire managers need to be added or wire managers are opened, which affects the overall application.
A wire management device is designed, including a detachable bonding frame, a rotary seat unit and a wire management unit. Through the automatic rotation of the rotating seat module and the accumulation and release of the elastic torque of the vortex spring member, the automatic storage of the line module is achieved.
Automatic storage of excessively long lines is achieved, avoiding the need to add multiple line processors or open line management slots, and improving overall application and practicality.
Smart Images
Figure CN222515440U_ABST
Abstract
Description
Technical Field
[0001] The utility model relates to a cable organizer, in particular to a cable organizer. Background Art
[0002] At present, in the chassis of the server, connecting cables are used to connect the electronic components inside the chassis, such as signal cables, power cables and other connecting cables, in order to meet the needs of signal transmission and power supply. It is common to use a cable organizer to organize the internal circuits of the chassis, so as to organize the internal circuit routing distribution and prevent the circuits from blocking the airflow and affecting the heat dissipation. Generally speaking, the circuit passes through the cable organizer and part of the circuit will be bent and stored in the cable management space inside the cable organizer. However, the length of the circuit that can be selected for use is often affected by the limitation of the cable management space. If the circuit size is too short, it will be difficult to assemble due to the short circuit. If the circuit size is longer, it is convenient for users to pull it to the required position for assembly, but it will not be able to effectively store the overlong circuit due to the limitation of the cable management space inside the cable organizer. It is necessary to add multiple cable organizers or open a cable management slot structure to assist in storing the overlong circuit. Therefore, how to achieve automatic cable management and storage of the pulled out overlong circuits is worthy of further careful research, discussion and improvement by practitioners. Summary of the invention
[0003] Therefore, the purpose of the present invention is to provide a cable management device with good applicability.
[0004] Therefore, the wire management device of the utility model is used for combining with a line unit. The line unit includes a line module combined with the wire management device, and a first connection port module connected to the line module. The first connection port module can be detachably connected to a second connection port module in a housing. The wire management device includes a combination frame detachably combined with the housing, a rotating seat unit arranged in the combination frame, and a wire management frame unit arranged on the rotating seat unit. The rotating seat unit includes a fixed boss fixed on the combination frame, and a rotating seat module arranged on the fixed boss and rotating with the fixed boss as the axis. The wire management frame unit includes two wire management brackets that are spaced apart on the rotating seat module of the rotating seat unit and extend from the rotating seat module to a direction away from the rotating seat module. The line module of the line unit is wound and stored on the wire management bracket. The first connection port module of the line unit is moved towards the second connection port module by external force, and the line module is indirectly moved by external force to drive the cable management bracket to rotate the rotating seat module in a first direction, and the rotating seat module accumulates an elastic torque. When the first connection port module is inserted and connected to the second connection port module, the line module stops applying external force and the rotating seat module releases the elastic torque and rotates in a second direction opposite to the first direction, and drives the line module to automatically retract and be stored on the cable management bracket.
[0005] The swivel spring component is provided in the swivel seat and connects the swivel seat with the fixed boss. The swivel seat is axially centered and can be controlled to rotate. The wire management bracket is provided on the swivel seat of the swivel seat module and extends from the swivel seat to a direction away from the swivel seat. The first connection port module of the line unit is moved toward the second connection port module and the line module is moved under force to drive the wire management bracket to rotate the swivel seat in the first direction and to accumulate the elastic torque. When the first connection port module is inserted and connected to the second connection port module, the line module is not subjected to force and the swivel spring component releases the elastic torque to drive the swivel seat to rotate in the second direction and to automatically retract the line module and store it on the wire management bracket.
[0006] In particular, the rotating seat of the rotating seat module of the rotating seat unit has a base wall and a surrounding wall extending from the base wall in a direction away from the base wall. The base wall and the surrounding wall jointly define a accommodating space for accommodating the fixed boss and the vortex spring component. The vortex spring component connects the surrounding wall of the rotating seat and the fixed boss. The base wall has an opening corresponding to the fixed boss. The locking piece extends into the opening of the base wall and is locked on the fixed boss to combine the rotating seat with the fixed boss. At this time, the rotating seat can rotate in a controlled manner with the fixed boss as the axis.
[0007] In particular, the fixing boss of the rotating seat unit has a fixing groove, the surrounding wall of the rotating seat of the rotating seat module has a connecting groove, the vortex spring component has a vortex spring body, a first connecting piece connected to the vortex spring body and located in the center of the vortex spring body and can be inserted into the fixing groove, and a second connecting piece connected to the vortex spring body and located at the outermost periphery of the vortex spring body and can be inserted into the connecting groove of the surrounding wall.
[0008] In particular, it also includes a positioning unit arranged on the outer side of the combining frame, the surrounding wall of the rotating seat of the rotating seat module also has an elastic arm portion, and the rotating seat also has a clamping piece arranged on the elastic arm portion of the surrounding wall and extending away from the accommodating space. The positioning unit has a positioning pin that penetrates the combining frame and can be controllably extended into the combining frame to clamp the clamping piece, and a controller that is arranged on the outer side of the combining frame and can control the positioning pin to extend into the combining frame. The controller controls the positioning pin to extend into the combining frame and clamp the clamping piece to prevent the surrounding wall from rotating. At this time, the rotating seat cannot be rotated.
[0009] In particular, the locking piece of the rotating seat of the rotating seat module has a plurality of locking protrusions spaced apart from each other, and the controller controls the positioning pin to extend into the combining frame and to block any locking protrusion of the elastic arm. The line module is not subjected to force and the vortex spring component releases the elastic torque to drive the surrounding wall of the rotating seat to rotate in the second direction, and the line module is automatically retracted and stored in the wire management bracket. At this time, the controller controls the positioning pin to extend into the combining frame and to block one of the locking protrusions of the locking piece so that the rotating seat cannot be rotated.
[0010] Particularly, the line module of the line unit is wound on the line management bracket in an S-shaped winding.
[0011] In particular, the first connection port module is electrically connected to an electronic device disposed in the combination frame, the second connection port module is electrically connected to a circuit board unit disposed in the casing, and the first connection port module is plugged into the second connection port module to form an electrical connection between the electronic device and the circuit board unit.
[0012] Compared with the prior art, the cable management device of the utility model, by virtue of the cable management bracket of the cable management rack unit being arranged on the rotating seat module of the rotating seat unit and the rotating seat module being rotatable, can be inserted into the first connection port module to connect the second connection port module, and the line module will no longer be pulled and stressed by the first connection port module. At this time, the rotating seat module will automatically rotate in the second direction and drive the line module to be wound back and stored on the cable management bracket, and the rotating seat module will automatically rotate back to automatically drive the line module to automatically pull out the excessively long part back and store it in the cable management bracket, and the overall applicability is good. Furthermore, the cable management bracket of the cable management rack unit is ingeniously designed to allow the line module to be bent, wound and stored, so that the parts of the line module that are bent and wound on the cable management bracket will not interfere with each other, and the length of the line module will not be limited by the internal space of a cable organizer as it was previously limited, and the practicality is good. BRIEF DESCRIPTION OF THE DRAWINGS
[0013] Other features and effects of the present invention will be clearly presented in the embodiments with reference to the accompanying drawings, in which:
[0014] Figure 1 It is a three-dimensional exploded view, illustrating the connection relationship between an embodiment of the cable management device of the utility model combined with a line unit and a housing;
[0015] Figure 2 This is a partial stereogram, which helps explain Figure 1 a connection relationship between a combination frame and the housing, and a connection relationship between the line unit and a second connection port module in the housing;
[0016] Figure 3 is a three-dimensional exploded view, illustrating the connection relationship between the combination frame, a rotating seat unit, and a wire management frame unit in the embodiment;
[0017] Figure 4 This is a three-dimensional exploded diagram to assist in explaining Figure 3 ;
[0018] Figure 5 is a three-dimensional diagram illustrating the combination relationship between the cable management frame unit and a line module of the line unit in the embodiment;
[0019] Figure 6 is a three-dimensional diagram illustrating the combination relationship between a positioning pin of a positioning unit and a clamping member of a rotating seat module of the rotating seat unit in the embodiment; and
[0020] Figure 7 It is a stereogram, which helps explain from another perspective. Figure 6 . DETAILED DESCRIPTION
[0021] Before the present invention is described in detail, it should be noted that similar elements are represented by the same reference numerals in the following description.
[0022] See also Figure 1 , Figure 2 , Figure 3 , Figure 4 , Figure 5 , Figure 6 and Figure 7 The cable management device 1 of the utility model is used for combining with a line unit 7. The line unit 7 includes a line module 71 combined with the cable management device 1, and a first connection port module 72 connected with the line module 71. The first connection port module 72 is detachably connected to a second connection port module 91 in a housing 90. The cable management device 1 includes a combination frame 2 detachably combined with the housing 90, a rotating seat unit 3 disposed in the combination frame 2, and a cable management frame unit 4 disposed on the rotating seat unit 3.
[0023] The rotating seat unit 3 includes a fixed boss 31 fixed on the combining frame 2 and a rotating seat module 32 disposed on the fixed boss 31 and rotating around the fixed boss 31 as an axis.
[0024] The cable management frame unit 4 includes two cable management brackets 41 spaced apart from each other on the rotating base module 32 of the rotating base unit 3 and extending from the rotating base module 32 to a direction away from the rotating base module 32. The line module 71 of the line unit 7 is wound and stored on the cable management brackets 41.
[0025] The first connection port module 72 of the line unit 7 moves toward the second connection port module 91 due to external force, and the line module 71 moves in conjunction with the line module 71, driving the cable management bracket 41 to rotate the rotating seat module 32 in a first direction, and causing the rotating seat module 32 to accumulate an elastic torque. When the first connection port module 72 is inserted and connected to the second connection port module 91, the line module 71 stops being subjected to external force, and the rotating seat module 32 releases the elastic torque and rotates in a second direction opposite to the first direction, driving the line module 71 to automatically retract and be stored on the cable management bracket 41.
[0026] During assembly, the line unit 7 is first bent and wound around the cable support 41, and the first connection port module 72 is pulled to drive part of the line module 71 to move outward along the cable support 41. When the line module 71 is pulled by external force and moves along the cable support 41, the cable support 41 drives the rotating seat module 32 to rotate in the first direction and the rotating seat module 32 accumulates the elastic torque. Then, the first connection port module 72 is pulled to the second connection port module 91 by external force and plugged into the second connection port module 91, and the assembly action is completed. At this time, since the first connection port module 72 is no longer pulled by external force and the line module 71 will not continue to move under external force, the rotating seat module 32 will release the elastic torque and rotate in the second direction and drive the excessive line segment of the line module 71 that has been pulled out of the cable support 41 to automatically return to the cable support 41. The assembly method is not limited to this. In simple terms, during the movement of the first connection port module 72 being inserted and connected to the second connection port module 91, the design of the rotating seat module 32 being rotatable and accumulating the elastic torque can achieve that after the first connection port module 72 is inserted and connected to the second connection port module 91, the rotating seat module 32 can automatically rotate in the second direction and drive the line module 71 to wind back and retract the overlong line segment of the line module 71 to the line management bracket 41. In particular, in this embodiment, the line module 71 of the line unit 7 is wound around the line management bracket 41 and as shown in FIG. Figure 1 , Figure 5 As shown, the S-shaped winding is presented, which facilitates the smoothness of the line module 71 moving along the line management bracket 41 and enables the line module 71 to drive the line management bracket 41 to link the rotating seat module 32 to rotate in the first direction, but the present invention is not limited thereto. Incidentally, in this embodiment, the first connection port module 72 is electrically connected to an electronic device 6 disposed in the combination frame 2, and the second connection port module 91 is electrically connected to a circuit board unit (not shown) disposed in the housing 90. The first connection port module 72 is inserted and connected to the second connection port module 91 and enables the electronic device 6 to be electrically connected to the circuit board unit, but the present invention is not limited thereto.
[0027] By virtue of the cable management bracket 41 of the cable management rack unit 4 being arranged on the rotating seat module 32 of the rotating seat unit 3 and the rotating seat module 32 being rotatable in design, the external force can be stopped from being applied after the first connection port module 72 is inserted and connected to the second connection port module 91, and the line module 71 will no longer be indirectly pulled by the external force due to the first connection port module 72. At this time, the rotating seat module 32 will release at least part of the elastic torque accumulated therein and automatically rotate in the second direction and drive the line module 71 to be wound back and stored in the cable management bracket 41. The rotating seat module 32 can effectively automatically rotate back and drive the line module 71 to automatically retract the excessively long portion and store it in the cable management bracket 41, and the overall applicability is good. Furthermore, the cable management bracket 41 of the cable management rack unit 4 allows the line module 71 to be bent, wound and stored, so that the parts of the line module 71 bent and wound around the cable management bracket 41 will not interfere with each other and the length of the line module 71 will not be limited by the internal space of a cable organizer as in the past, which is very practical.
[0028] Here, it should be explained that, in this embodiment, the rotating seat module 32 of the rotating seat unit 3 has a rotating seat 33 covering the fixed boss 31, a locking member 35 penetrating the rotating seat 33 and combining the rotating seat 33 with the fixed boss 31, and a vortex spring member 36 disposed in the rotating seat 33 and connecting the rotating seat 33 and the fixed boss 31. The rotating seat 33 is axially centered and can be controlled to rotate. The wire management bracket 41 is disposed on the rotating seat 33 of the rotating seat module 32 and extends from the rotating seat 33 to a direction away from the rotating seat 33. The first connection port module 72 of the line unit 7 is moved toward the second connection port module 91 and the line module 71 is moved by external force to drive the cable support bracket 41 to link the rotating seat 33 to rotate in the first direction and make the vortex spring component 36 accumulate the elastic torque. When the first connection port module 72 is inserted and connected to the second connection port module 91, the line module 71 stops applying external force and makes the vortex spring component 36 release the elastic torque and deform back and forth to the original state, thereby driving the rotating seat 33 to rotate in the second direction and making the line module 71 automatically retract and be stored in the cable support bracket 41. In other words, the rotating seat module 32 is inserted into the center of the rotating seat 33 by the fixed boss 31 and the vortex spring component 36 is used as Figure 3 , Figure 4The design of connecting the rotating seat 33 and the fixed boss 31 as shown in the figure achieves the pulling of the first connection port module 72 and drives the line module 71 to be pulled and move along the cable support bracket 41, which drives the cable support bracket 41 to link the rotating seat 33 of the rotating seat module 32 to rotate in the first direction and make the vortex spring member 36 accumulate the elastic torque, but it is not limited to this. For example, in this embodiment, the vortex spring member 36 is designed in a counterclockwise vortex shape, so when the line module 71 is pulled out by external force, the vortex spring member 36 rotates counterclockwise to tighten and accumulate the elastic torque; if the line module 71 stops applying external force and retracts the line module 71, the vortex spring member 36 releases the elastic torque and returns clockwise, and the vortex spring member 36 at most returns to the original state before there is no elastic deformation, so the rotating seat 33 can accommodate the space of the vortex spring member 36, which should not affect the rotation limit of the vortex spring member 36. Or another design, the vortex spring component 36 is designed in a clockwise vortex shape, so when the line module 71 is moved and pulled out by external force, the vortex spring component 36 rotates counterclockwise and elastically deforms (spreads out); if the line module 71 stops applying external force or stops applying external force due to the spring deformation space of the rotating seat 33 that can accommodate the vortex spring component 36, the vortex spring component 36 releases the elastic torque and returns clockwise (retracts) and drives the rotating seat 33 to rotate in the second direction, and the line module 71 is automatically retracted and stored in the cable management bracket 41, but is not limited to this.
[0029] Further, in this embodiment, the rotating seat 33 of the rotating seat module 32 of the rotating seat unit 3 has a base wall 331 and a surrounding wall 333 extending from the base wall 331 to a direction away from the base wall 331. The base wall 331 and the surrounding wall 333 together define a accommodating space (not numbered in the figure) for accommodating the fixed boss 31 and the vortex spring member 36. The vortex spring member 36 connects the surrounding wall 333 of the rotating seat 33 and the fixed boss 31. The base wall 331 has an opening 332 corresponding to the fixed boss 31, and the locking member 35 extends into the opening 332 of the base wall 331 and is locked on the fixed boss 31 to combine the rotating seat 33 with the fixed boss 31. At this time, the rotating seat 33 is axially centered and can be controlled to rotate. In short, the opening 332 of the base wall 331 of the rotating seat 33 is penetrated by the fixing boss 31 and the fixing boss 31 is locked into the fixing boss 31 through the opening 332 by the locking element 35 , so that the rotating seat 33 is combined with the fixing boss 31 , but the present invention is not limited thereto.
[0030] In addition, in this embodiment, the fixing boss 31 of the rotating seat unit 3 has a fixing groove 311. The surrounding wall 333 of the rotating seat 33 of the rotating seat module 32 has a connecting groove 334. The vortex spring component 36 has a vortex spring body 361, a first connecting piece 362 connected to the vortex spring body 361 and located in the center of the vortex spring body 361, and can be inserted into the connecting groove 311, and a second connecting piece 363 connected to the vortex spring body 361 and located at the outermost periphery of the vortex spring body 361, and can be inserted into the connecting groove 334 of the surrounding wall 333. In simple terms, the vortex spring component 36 of the rotating seat module 32 is as follows. Figure 4 As shown in FIG. 1 , the first connecting piece 362 located in the center of the vortex spring body 361 is inserted into the fixing groove 311 limited to the fixing boss 31, and as shown in FIG. Figure 5 As shown, the second connecting piece 363 located at the outermost periphery of the vortex spring body 361 is confined in the connecting groove 334 of the surrounding wall 333 of the rotating seat 33, so that the two ends of the vortex spring component 36 are connected to the rotating seat 33 and the fixed boss 31, and the surrounding wall 333 of the rotating seat 33 is rotated in the first direction and the second connecting piece 363 of the vortex spring component 36 drives the vortex spring body 361 to twist and accumulate the elastic torque, but it is not limited to this.
[0031] In addition, it should be particularly noted that in this embodiment, a positioning unit 5 is also included which is arranged on the outer side of the coupling frame 2. The surrounding wall 333 of the rotating seat 33 of the rotating seat module 32 also has an elastic arm portion 335. The rotating seat 33 also has a clamping member 34 which is arranged on the elastic arm portion 335 of the surrounding wall 333 and extends away from the accommodating space. The positioning unit 5 has a positioning pin 51 which passes through the coupling frame 2 and can be controllably extended into the coupling frame 2 to clamp the clamping member 34, and a controller 52 which is arranged on the outer side of the coupling frame 2 and can control the positioning pin 51 to extend into the coupling frame 2. The controller 52 is controlled to control the positioning pin 51 to extend into the coupling frame 2 and clamp the clamping member 34, thereby preventing the surrounding wall 333 from rotating. At this time, the rotating seat 33 cannot be rotated. In other words, by setting the controller as Figure 6 , Figure 7The controller 52 of the positioning unit 5 shown can control the controller 52 of the positioning unit 5 to control the positioning pin 51 to extend into the blocking member 34 so that the surrounding wall 333 of the rotating seat 33 cannot rotate. At this time, the rotating seat 33 cannot rotate and the line module 71 cannot continue to be pulled out and moved along the cable management bracket 41, and the length of the line pulled out of the line module 71 can be fixed, but not limited to this. In addition, the elastic arm 335 of the surrounding wall 333 of the rotating seat 33 is an elastic structure, which can help to reduce the influence of the rotating seat 33 rotating too fast due to the external force of the rapid stretching of the line module 71 or the release of the elastic torque, thereby avoiding the loss of the line module 71. In particular, in this embodiment, the blocking member 34 of the rotating seat 33 of the rotating seat module 32 has a plurality of blocking protrusions 341 spaced apart from each other. The controller 52 controls the positioning pin 51 to extend into the coupling frame 2 and to block any one of the locking protrusions 341 of the elastic arm. The circuit module 71 is not subjected to external force and the vortex spring component 36 releases the elastic torque to deform back to its original state, thereby driving the surrounding wall 333 of the rotating seat 33 to rotate in the second direction, and the circuit module 71 is automatically retracted and stored in the cable management bracket 41. At this time, the controller 52 controls the positioning pin 51 to extend into the coupling frame 2 and to block one of the locking protrusions 341 of the locking component 34, so that the rotating seat 33 cannot be rotated. In simple terms, the first connection port module 72 is inserted and connected to the second connection port module 91, and the rotating seat module 32 releases the elastic torque and rotates in the second direction to drive the excessive portion of the line segment in the line module 71 that has been pulled out of the cable management bracket 41 to be automatically retracted and stored in the cable management bracket 41. Through the design of the clamping protrusion 341 of the clamping member 34, it is ensured that the positioning pin 51 extends into the combination frame 2 as shown in FIG. Figure 6 In the illustrated embodiment, one of the locking protrusions 341 of the locking member 34 is blocked so that the rotating seat 33 cannot be rotated, but the present invention is not limited thereto.
[0032] In summary, the cable management device 1 of the utility model, by means of the cable management bracket 41 of the cable management rack unit 4 being arranged on the rotating seat module 32 of the rotating seat unit 3 and the rotating seat module 32 being rotatable, after the first connection port module 72 is plugged and connected to the second connection port module 91, the line module 71 will no longer be pulled and subjected to force by the first connection port module 72. At this time, the rotating seat module 32 will automatically rotate in the second direction and drive the line module 71 to be wound back and stored in the cable management bracket 41. The rotating seat module 32 will automatically rotate back and drive the line module 71 to automatically retract the part that has been pulled out too long and store it in the cable management bracket 41, and the overall applicability is good. Furthermore, the cable management bracket 41 of the cable management rack unit 4 allows the line module 71 to be bent, wound and stored, so that the parts of the line module 71 bent and wound around the cable management bracket 41 will not interfere with each other and the length of the line module 71 will not be limited by the internal space of a cable organizer as in the past, which is very practical.
[0033] The above is only a specific implementation of the utility model, but the protection scope of the utility model is not limited thereto. Any technician familiar with the technical field can easily think of changes or substitutions within the technical scope disclosed by the utility model, which should be included in the protection scope of the utility model. Therefore, the protection scope of the utility model should be based on the protection scope of the claims.
Claims
1. A wire management device for combining with a line unit, the line unit comprising a line module combined with the wire management device, and a first connection port module connected to the line module, the first connection port module being detachably connected to a second connection port module in a housing, characterized in that: The cable management device includes: A coupling frame detachably coupled to the housing; A rotating seat unit disposed in the combination frame includes a fixed boss fixed on the combination frame, and a rotating seat module disposed on the fixed boss and rotating around the fixed boss as an axis; and A wire management rack unit is arranged on the rotating seat unit, including two wire management brackets which are arranged at intervals on the rotating seat module of the rotating seat unit and extend from the rotating seat module to a direction away from the rotating seat module. The line module of the line unit is wound and stored on the wire management bracket. The first connection port module of the line unit moves toward the second connection port module under external force, and the line module is indirectly moved by the external force to drive the wire management bracket to link the rotating seat module to rotate in a first direction, and the rotating seat module accumulates an elastic torque. When the first connection port module is inserted and connected to the second connection port module, the line module stops applying external force and the rotating seat module releases the elastic torque and rotates in a second direction opposite to the first direction, and drives the line module to automatically retract and be stored on the wire management bracket.
2. The cable management device according to claim 1, characterized in that: The rotating seat module of the rotating seat unit comprises a rotating seat covering the fixed boss, a locking piece that penetrates the rotating seat and combines the rotating seat with the fixed boss, and a vortex spring component that is arranged in the rotating seat and connects the rotating seat and the fixed boss. The rotating seat takes the fixed boss as the axis and can rotate in a controllable manner. The wire management bracket is arranged on the rotating seat of the rotating seat module and extends from the rotating seat in a direction away from the rotating seat. The first connection port module of the line unit is moved in the direction of the second connection port module and the line module is forced to move to drive the wire management bracket to rotate the rotating seat in the first direction and the vortex spring component accumulates the elastic torsion. When the first connection port module is inserted and connected to the second connection port module, the line module is not subjected to force and the vortex spring component releases the elastic torsion to drive the rotating seat to rotate in the second direction and the line module is automatically retracted and stored on the wire management bracket.
3. The cable management device according to claim 2, characterized in that: The rotating seat of the rotating seat module of the rotating seat unit has a base wall and a surrounding wall extending from the base wall in a direction away from the base wall. The base wall and the surrounding wall jointly define a accommodating space for accommodating the fixed boss and the vortex spring component. The vortex spring component connects the surrounding wall of the rotating seat and the fixed boss. The base wall has an opening corresponding to the fixed boss. The locking piece extends into the opening of the base wall and is locked on the fixed boss to combine the rotating seat with the fixed boss. At this time, the rotating seat takes the fixed boss as the axis and can rotate in a controllable manner.
4. The cable management device according to claim 3, characterized in that: The fixing boss of the rotating seat unit has a fixing groove, the surrounding wall of the rotating seat of the rotating seat module has a connecting groove, the vortex spring component has a vortex spring body, a first connecting piece connected to the vortex spring body and located in the center of the vortex spring body and can be inserted into the fixing groove, and a second connecting piece connected to the vortex spring body and located at the outermost periphery of the vortex spring body and can be inserted into the connecting groove connected to the surrounding wall.
5. The cable management device according to claim 3, characterized in that: It also includes a positioning unit arranged on the outer side of the combining frame, the surrounding wall of the rotating seat of the rotating seat module also has an elastic arm portion, and the rotating seat also has a clamping piece arranged on the elastic arm portion of the surrounding wall and extending away from the accommodating space. The positioning unit has a positioning latch that penetrates the combining frame and can be controlled to extend into the combining frame to clamp the clamping piece, and a controller that is arranged on the outer side of the combining frame and can control the positioning latch to extend into the combining frame. The controller controls the positioning latch to extend into the combining frame and clamp the clamping piece to prevent the surrounding wall from rotating. At this time, the rotating seat cannot be rotated.
6. The cable management device according to claim 5, characterized in that: The clamping piece of the rotating seat of the rotating seat module has a plurality of clamping protrusions spaced from each other. The controller controls the positioning pin to extend into the combining frame and to block any clamping protrusion of the elastic arm. The line module is not subjected to force and the vortex spring component releases the elastic torque to drive the surrounding wall of the rotating seat to rotate in the second direction, and the line module is automatically retracted and stored in the wire management bracket. At this time, the controller controls the positioning pin to extend into the combining frame and to block one of the clamping protrusions of the clamping piece so that the rotating seat cannot be rotated.
7. The cable management device according to claim 3, characterized in that: The line module of the line unit is wound on the line management bracket in an S-shaped winding.
8. The cable management device according to claim 1, characterized in that: The first connection port module is electrically connected to an electronic device disposed in the combination frame, the second connection port module is electrically connected to a circuit board unit disposed in the housing, and the first connection port module is plugged and connected to the second connection port module to form an electrical connection between the electronic device and the circuit board unit.