CN108802923A - Cable support system with multiposition separator - Google Patents

Abstract

The system for improved cable-management is disclosed in multiple exemplary embodiments.Disclosed embodiment describes the example arrangement for the supporting cable in cable cabinet, and cable is, for example, communication and fiber optic cable.Disclosed embodiment also describes the door for cable storage cabinet.Illustrative door includes hinge control and handle system, and door is allowed to open to allow to open with either path from single handle along either side.Disclosed embodiment also describes indicator system, is used to inform user when the door of cable storage cabinet is in the closed position or open position.Each in these embodiments improves practicability and the safety of the cable-management especially in cable cabinet.

Description

Cable support system with multiposition separator

Technical field

The present disclosure generally relates to cable-managements, and relate more particularly to the cable-management with cable storage cabinet.

Background technology

Cable, such as fiber optic telecommunication cable, are typically stored in cabinet.When user enter these cabinets to install or When repairing cable, it usually needs the adjusting to the equipment for storage.User cannot directly obtain different in many cases, Storage management apparatus is to adapt to a variety of situations, such as number of cables or size, therefore user should necessarily return to the office of distant place, It wastes the precious time.To need to develop such improvement, you can with the cable-management of Field adjustment.

The door that these cabinets are usually weighed very much is closed, if the door is not suitably turned off, may be damaged.From And need to develop such improve, you can with indicate to the user that when the line management that cabinet door is suitably turned off.

These cabinets are usually located in very narrow environment, and are had and be very difficult to close inner cavity.To need to open Hair is such to be improved, you can with the improvement for improving the accessibility in narrow environment and also providing to inaccessible inner cavity Accessibility cable-management cabinet.

Invention content

The system for improved cable-management is disclosed in multiple exemplary embodiments.Disclosed embodiment describes For the example arrangement of the supporting cable in cable cabinet, cable is, for example, communication and fiber optic cable.Disclosed embodiment Also describe the door for cabinet.Illustrative door includes hinge control and handle system, and door is allowed to be beaten along either side It opens to allow to open with either path from single handle.Exemplary embodiment also describes indicator system, works as and is used for User is informed when the door of cable storage cabinet is in the closed position or open position.Each of these embodiments improves cable tube The practicability of reason and safety, especially in cable cabinet.

In one aspect, the present invention relates to a kind of indicator, display door is in the state opened or closed comprising It indicates the indicator excitation when door closes, and blocks lid of the indicator excitation to indicate when door is opened.Gai Youmen is in The situation (condition) that opens or closes and manipulate.

On the other hand, the present invention relates to a kind of indicator system, display door is in the state opened or closed, Including be fixed to door and include contact jaw percussion hammer, including indicator excitation that when instruction door closes and blocks indicator Encourage the lid to indicate when door is opened.Lid is operated by the contact jaw of the percussion hammer.

On the other hand, the method that the present invention relates to a kind of to be in the state opened or closed for showing door.The party Method includes when the door closes, deflecting lid far from indicator excitation by Jiang Gai is engaged with the percussion hammer on door, and when door is beaten When opening, is disengaged from percussion hammer by that will cover by block indicator excitation with lid.

On the other hand, the present invention relates to a kind of cabinets comprising frame, the frame include framing component.Framing component packet Include the first extension and the second extension.Second extension moves between the first and the second states.First and second extend Portion is overlapped in the first state, and is not overlapped in the second condition.Cabinet further includes the door for being hingedly fastened to frame, wherein removable Dynamic plunger rides are on door.Moveable plunger engages the second extension in the second condition, and in the first state not Engage the second extension.

On the other hand, the present invention relates to a kind of system being used to open door, this includes first side edge and opposite Second side edge.The system includes handle, which can operate in a first direction to open door only along first side edge, or Person can be operated in a second direction to open door only along second side edge.The system further includes first axle mechanism, this first Linkage is operably coupled to handle with along first side edge releasedly fastening door.The system further includes second hinge Mechanism, the second hinge mechanism are operably coupled to handle with along second side edge releasedly fastening door.

On the other hand, the present invention relates to a kind of using single handle door being opened along first side edge or second side edge Method.This method includes being rotated in a first direction handle to discharge the first side edge of door from fixed condition, and simultaneously will The second side edge of door maintains fixed condition.This method includes alternatively rotating in a second direction handle with by the second of door Lateral edges are discharged from fixed condition, and the first side edge of door is maintained fixed condition simultaneously.

On the other hand, the present invention relates to a kind of cable management devices comprising along axis in free end and installation end Between the cable carrier that extends, at least one separator and relocation system selectively supported by cable carrier, this is heavy Positioning system is used to be relocated at least one separator along the axis free end and the installation end of cable carrier Between multiple positions at.

On the other hand, the present invention relates to a kind of cable management devices comprising along axis in free end and installation end Between the spool that extends, relocatable by bobbin support at least one demarcation strip and relocation system, the reorientation system System is multiple between the free end of spool and installation end for being relocated at least one demarcation strip along the axis At position.The present invention optionally limits base portion, has for at least one of at least one of receiving cable managing device Receiving element is installed.

On the other hand, the present invention relates to a kind of cable management systems comprising include the base portion of installation receiving element, including The carrier of installation end and free end, the installation end include the mounting assembly for being removably mountable to base portion installation receiving element, with And at least one selectable separating system by carrier supported, the selectable separating system include selectively being supported on At least one separator at multiple positions between installation end and free end.

On the other hand, the present invention relates to the methods for managing cable, including cable carrier is installed to base portion, described Cable carrier include relocatable cable management system and it is at least one separate part, at least one part that separates can weighed It is positioned to first position in the cable management system of positioning, and receives the cable of an at least segment length on cable carrier.

Description of the drawings

Fig. 1 is the elevational perspective view of example cable management system according to an embodiment of the present disclosure.

Fig. 2 is illustrated in the rearview of the cable management system of Fig. 1.

Fig. 3 is separation and the enlarged view of the window Y in Fig. 2.

Fig. 4 is separation and the enlarged view of the window Z in Fig. 2.

Fig. 5 is illustrated in the perspective view of the first cable support element of Fig. 1.

Fig. 6 is illustrated in the right side view of the first cable support element of Fig. 5, wherein left side is mirror image.

Fig. 7 is illustrated in the vertical view of the first cable support element of Fig. 5, and wherein upward view is mirror image.

Fig. 8 is illustrated in the view of the installation end of the first cable support element of Fig. 5.

Fig. 9 is illustrated in the perspective view of the separation of the half of the first cable support element of Fig. 5.

Figure 10 is illustrated in the section view along line L observations of the first cable support element half portion of Fig. 9.

Figure 11 is the perspective view that separator showing, being shown in Fig. 5 is detached with the first cable support element.

Figure 12 be according to another embodiment of the present disclosure, the perspective of the top half of another exemplary cable support part Figure.

Figure 13 is illustrated in the perspective view of the second cable support part of Fig. 1.

Figure 14 is illustrated in the right side view of the second cable support part of Figure 13, wherein left side is mirror image.

Figure 15 is the perspective view that separator showing, being shown in Figure 13 is detached with the second cable support part.

Figure 16 be according to another embodiment of the present disclosure, the upper perspective of the half portion of another exemplary cable support part Figure.

Figure 17 is the perspective view that separator showing, being shown in Figure 16 is detached with cable support part.

Figure 18 be according to another embodiment of the present disclosure, the upper perspective of the half portion of another exemplary cable support part Figure.

Figure 19 is illustrated in the vertical view of the cable support part of Figure 18.

Figure 20 is illustrated in the section view along line L1 observations of the cable support part of Figure 18.

Figure 21 is the perspective view that separator showing, being shown in Figure 18 is detached with cable support part.

Figure 22 is the front view of example door and handle according to another embodiment of the present disclosure.

Figure 23 is the elevational perspective view that handle showing, being shown in Figure 22 is detached with door.

Figure 24 is illustrated in the door of Figure 22 and the rearview of handle system.

Figure 25 is the enlarged view of the window A1 in Figure 24.

Figure 26 is the enlarged view of the window A3 in Figure 24.

Figure 27 is the enlarged view of the window A2 in Figure 24.

Figure 28 is the rearview of the separation for the handle system being shown in Figure 23-24, and wherein handle is shown as along first direction Rotation.

Figure 29 is the rearview of the separation for the handle system being shown in Figure 23-24, and wherein handle is shown as in a second direction Rotation.

Figure 30 is illustrated in decomposition and the fragmentary perspective view of the handle system of Figure 23-24.

The rear perspective of another handle assemblies of Figure 30 A according to another embodiment of the present disclosure, the handle assembly with show It is worked in a manner of substantially similar in the handle assembly of Figure 22-30.

Figure 30 B are illustrated in the rearview of the handle system of Figure 30 A.

Figure 30 C are illustrated in the rear perspective of the handle system of Figure 30 A, and cam pack is not shown.

Figure 30 D are the rear perspectives of the handle detached with the handle assembly for being shown in Figure 30 A-30C.

Figure 31 is the perspective view of exemplary indicator system according to another embodiment of the present disclosure, is illustrated at pass Closed position.

Figure 32 is illustrated in the section view along line L2 observations of the indicator system of Figure 31.

Figure 33 is illustrated in the perspective view of the indicator system of Figure 31, is illustrated at open position.

Figure 34 is illustrated in the section view along line L3 observations of the indicator system of Figure 33.

Figure 35 is the perspective view of complete cabinet, which includes the cable management system for being shown in Fig. 1-2 1, is shown in The door and handle of Figure 22-30, and it is shown in the indicator system of Figure 31-34.

Specific implementation mode

Cable support system

Disclose a kind of novel system for cable support.In use, cable support system can be adjusted with Adapt to and organize multiple and different cables and the cable with different in width.If needed due to the variation of size or quantity Change, user can adjust the arrangement of cable support system at the scene, without that must obtain the structure of different sizes or arrangement. Therefore, cable support system has provided better convenience and validity to the user.

Example cable support system includes support construction.The support construction further includes installation receiving element system, to be easy Ground is attached at least one cable carrier or is disengaged from least one cable carrier.Example cable support construction 10 is in Fig. 1-2 It is shown as cabinet frame work 12.Exemplary installation receiving element system 14, which is shown as having in Fig. 2-4, extends through frame 12 at least One grip hole 16.The installation receiving element system 14 shown preferably includes a pair of identical grip hole 16.The installation shown connects Addressee system 14 further includes at least one insertion hole 18, which extends through at the position between grip hole 16 Frame 12.

Example cable support system further includes at least one cable support part, can be removably secured to base portion knot Structure.Removedly fixed cable support part can be installed by installing mechanism to installation receiving element system above-mentioned.The installation Mechanism is preferably single and whole structure with cable support part.Cable support part, which provides, remains stored at cable-management system The structure of cable in system.Cable support part further includes regulating mechanism, which allows user response in various sizes of Cable adjusts effectiveness and structure in response to the demand for detaching multiple cables.The regulating mechanism can be individual system, Itself can be adjusted along or relative to cable support part.The regulating mechanism can also be pluggable and what be can be removed separates part, It forms different channels or access along or relative to cable support part.By allowing the adjusting of cable support part, Yong Huke It is changed at the scene without centainly needing entire new device.

Illustrative cable support part is shown as the first spool 100 in Fig. 1 and Fig. 5-10, is connect by installation above-mentioned Addressee system and be removably fastened to cabinet frame work 12.Shown spool 100 can be made of two parts, preferably by two and half Portion is constituted, and is more preferably made of two identical half portions, is shown as the first half portion A and the second half portion B, the two half-unit along Longitudinal axis X engagements.The spool 100 shown includes the carrier sheet being limited between proximal end installation end 104 and distal free end 106 Body 102.Carrier body 102 can have the arbitrary shape or size of the support for being allowed at least one cable.The proximal end shown Installation end 104 includes proximal end retaining wall 126, the surface of retaining wall engagement cabinet frame work 12 in use.The distal free end 106 shown Including distal end retaining wall 124, the retaining wall in use prevents any supported cable from being fallen from the distal end of carrier body 102.

As being particularly shown in Fig. 2-4 and Fig. 6-8, shown carrier body 102 can by installation system 115 The aforementioned installation receiving element system being fastened to removing on frame 12.The carrier body 102 shown is shown including at least one The exemplary mounting system 115 of bracket 118.As shown, the exemplary mounting system 115 may include a pair of of bracket 118.It is shown The bracket 118 gone out has elbow, the L-shaped geometry proximally extended for example away from the proximal end face of proximal end baffle 126.Elbow The geometry of the bracket 118 of shape forms receiving element space 122 between proximal end baffle 126 and bracket.In operation, such as As in Figure 2-4, bracket 118 is inserted by grip hole 14 in space 12 so that the part cooperation of the ontology of frame In receiving element space 122.When the ontology of frame 12 is located in receiving element space 122, it is bonded on bracket 118 and proximal end gear Between plate 126, to provide the resistance for preventing bracket from being dropped out from grip hole 14.

Exemplary mounting system 115 may also include latch, with (one or more) bracket 118 simultaneously operate or independently of It is operated.The exemplary latch shown includes handle 112, is pivoted relative to proximal end baffle 126 and carrier body 102.Handle 112 can be single piece or integral with spool 100.Handle 112 pivots in channel 114, and the channel 114 is across proximal end baffle 126 cut out from spool 100 and from carrier body 102.The handle 112 shown can have elbow shapes, and with neck (see Fig. 8), which is pivotally attached to a section in the channel 114 that proximally baffle 126 is cut out and in the section maincenter Turn.Handle 112 can also have button part (see Fig. 5 and Fig. 7), and the button part is from the channel that carrier body 102 is cut out 114 A part in pivot.When pressing force is applied on the button part of handle 112 by user, the handle is far from carrier body 102 pivot and enter channel 114.

The pivotal latch shown further includes the insertion plug 116 outstanding on the proximal direction far from proximal end baffle 126.Show The insertion plug 116 gone out is located proximate to the button part of handle 112 and the intersection of neck.Particularly such as Fig. 6-7 institutes Show, when handle 112 is in relaxation and non-pivotal orientation, is inserted into plug 116 and extends through channel 114 and be more than proximally close End-stopping plate 126.In the relaxed condition plug 116 is inserted into if the spool 100 of installation is downward and is tilted far from frame 12 Spool is prevented to be detached from from frame by engaging frame in the edge in channel 114.When the button part of handle 112 is in pressing When state, then handle is pivoted into channel 114 so that insertion plug 116 passes through and separate channel is remote far from proximal end baffle 126 Retract to side.When insertion plug 116 is pivotally retracted by channel 114, if spool 100 is tilted far from frame, it is inserted into Plug will not engage frame 14.Preferably, plug 116 and handle 112 are inserted into as single piece or integral.

The carrier body 102 shown includes exemplary adjustment mechanism, as described above.The adjustment structure shown include along Multiple slots 108 that carrier body 102 is located separately between proximal end installation end 104 and distal free end 106.Each slot 108 The hole of the inside of carrier body 102 picked up can be supplied to.Each slot 108 can be by each other uniformly or non-uniformly Distance be spaced apart with adjacent slot.

Regulating mechanism may also include multiple receiving elements 128, as shown in Figure 9 and Figure 10, be located in carrier body 102 simultaneously And it is operationally aligned with slot 108.Preferably, each slot 108 is aligned with a receiving element 128.The receiving element 128 shown can wrap Locking mechanism 130 is included, which pivots or deflect relative to receiving element 128.The locking mechanism 130 shown may include having The protrusion insertion piece on inclined-plane.User deflects locking mechanism 130 to provide picking up to receiving element 128.

The regulating mechanism shown includes multiple separating part 110 (or " separator ").The part 110 that separates shown can be flat Plate is removably inserted in slot 108 and is fastened in receiving element 128.Adjustment structure can together make with a variety of constructions With, for example, only one separate part 110 be inserted into again in a slot 108 and receiving element 128 or it is multiple separate part be inserted into it is more In a slot and receiving element 128.In addition, the size depending on (one or more) cable in carrier body 102 will be carried on Or quantity, specifically separating the position of part 110 can adjust or move between different slots 108 and receiving element 128, to change The configuration of regulating mechanism.

Particularly as shown in figure 11, the exemplary part 110 that separates may include lockhole 134, can be the recess portion separated in part Or hole.Lockhole 134 is positioned as, when separate part 110 be inserted through slot 108 and enter receiving element 128 when, receive locking mechanism 130 Protrusion insertion piece.When being inserted into receiving element 128, the engagement of separator 110 protrudes the inclined-plane of insertion piece and will lock machine Structure 130 deflects.Then, once separator 110 have been inserted into enough apart from when, lockhole 134 receive locking mechanism 130 protrusion Insertion piece.When locking mechanism 130 is fastened in lockhole 134, then prevents from separating part 110 and be moved from receiving element 128 and slot 108 It removes.In order to remove separator 110 from receiving element 128 and slot 108, user will be far from and leave the deflecting force application of lockhole 134 To locking mechanism 130.

The half portion A and B shown is preferably identical.Each half portion includes proximal end baffle 126, distal end baffle 124, carrier Ontology 102, installation system 115, slot 108 and receiving element 128.

In use, such as shown in Figs 1-4, by two spool half A and B peaces by by means of installation system 115 It is filled to installation receiving element system 14, spool 100 can be secured to frame 12.Two spool halfs A and B are orientated simultaneously reversely with each otherly Alignment, to form the geometry of complete spool-like, such as shown in Figure 5.Two spool halfs A and B can be by by (one Or multiple) installation system 115 is from the removal of installation receiving element system 14 and from the disengagement of frame 100, as described above.

Cable management system is alternatively only operated by one in two half-unit A, B described in spool 100. For example, half portion A can be installed sufficiently to frame 12 and supporting cable, without the half portion B shown.

Figure 12 shows a half portion of another exemplary spool 150.The spool 150 shown includes about in Fig. 1-11 Each element that spool 100 describes.For this respect, the spool 150 and spool 100 shown is essentially identical.Spool 150 includes Additional feature can also be incorporated into spool 100 and be used for spool 100.For example, the spool 150 shown includes inside Feature 152 is stored, is stored it in receiving element when not in use so that part 154 ought be separated.The storage inside feature 152 shown is located at In carrier body, and a pair of parallel finger that part 154 can be separated by support is constituted.The spool 150 shown further includes a pair of opposite Shoulder 156, when installing spool to frame 12, this to shoulder 156 by user grasp thereon.The shoulder 156 shown can To be the recess portion in carrier body.

Figure 13-15 shows the example spool 200 for being shown in Fig. 1, and mode that can be as hereinbefore is installed to frame 12. The spool 200 shown is made of a pair of of half portion C and D.Preferably, half portion C and D is identical.The spool 200 shown includes proximal end Baffle 204, distal end baffle 202 and installation system, each of which work in a similar way with previous embodiment.It is preferred that Ground, the proximal end baffle 204 of spool 200, distal end baffle 202 and installation system are identical as previous embodiment.

The spool 200 shown further includes regulating system, the regulating system allow user response in various sizes of cable or In response to adjusting effectiveness and structure for detaching the demand of multiple cables.The regulating system shown is included in distal end baffle 202 The guide portion 208 extended between proximal end baffle 204.The each half portion C and D for being assembled into complete spool 200 include it is identical and The guide portion 208 of relative positioning so that spool includes a pair of first guide portion.The guide portion 208 shown can be recessed to carrier In ontology.

The regulating system shown further includes the track between for the opposite guide portion 208 being located on spool 200 210.Preferably, regulating system includes a pair of tracks 210 being reversed in position on spool 200, for example, the track that shows and (unshowned) track in the opposite side of spool, two tracks be all located in guide portion 208 between.For example, such as figure institute Show, guide portion 208 pair can be positioned at 360 ° and 180 ° of position, and track 210 pair can be positioned in 90 ° and At 270 ° of position.Each track 210 is formed by two half-unit, and each half portion C and D of spool 200 includes the one and half of track Portion.When the alignment of the two half-unit of spool 200, as shown in figure 13, complete track 210 is formed.

The regulating system shown further includes separator 206, is adjusted to limit along 208 He of (one or more) guide portion The unlimited position of track 210.Separator 206 can be formed by two identical half portions 206c, 206d, two identical half portions around The carrier body of spool 200 combines.Each half portion 206c, 206d of separator 206 includes the first follower 212, is adjusted Unlimited position in guide portion 208.Each half portion 206c, 206b further includes a pair of second follower 214, is adjusted in track Unlimited position in 210.When separator 206 is assembled, as shown in figure 14, adjacent of separator half portion 206c, 206d Two followers 214 form the second follower for being operably engaged to the combination in track 210.

Each separator half portion 206c, 206d can adjust its position in guide portion 208 and track 210 independently from each other. Therefore, cable management system is alternatively only operated by one in two half-unit C, D described in spool 200.Example Such as, half portion C can be installed sufficiently to frame 12, be adjusted separator half portion 206c and supporting cable, the half portion D without showing and Separator half portion 206d.

Figure 16 shows a half portion of another exemplary spool 230.The spool 230 that shows and spool above-mentioned (such as Spool 200) there is substantially similar structurally and mechanically operation.For example, the spool 230 shown includes guide portion 232 and track, it should Guide portion and track position and work with track 208 above-mentioned and track 210 in a similar way.The guide portion 232 shown is wrapped Ratchet surface is included, which defines the multiple peak potions and valley extended between installation end and free end.

Figure 16-17 shows the half portion of another separator 234, works in a similar way with aforementioned separator 206c. For example, the separator 234 shown includes the second follower slid along the track, this is servo-actuated with second in abovementioned rails 210 Part 214 is identical.The separator 234 shown further includes the first follower 236 comprising guiding of the multiple teeth 238 shown in engagement The ratchet surface in portion 232.In use, the separator 234 shown can pass through peak potion by multiple teeth 238 from ratchet surface and paddy Portion is detached from and is moved at multiple and different positions along guide portion 232.For example, user can catch the top of separator 234, and It is pulled away from guide portion 232 so that deflection element 240 (being shown as bending or hook-shaped channel) separates or widens, to allow Tooth 238 on follower 236 is detached from from guide portion.Then, by discharging separator 234 and allowing deflection element 240 itself It is back to and is in stop situation, multiple teeth 238 are in peak potion in the another location along guide portion 232 and valley is re-engaged.

Figure 18-21 shows a half portion of another exemplary spool 250.Similar to previous embodiment, the spool that shows 250 are included in the carrier body extended between distal end baffle 252 and proximal end baffle 254.The spool 250 shown further includes in structure With the installing mechanism for being similar to previous embodiment in operation.The spool 250 shown further includes opposite shoulder 260, is similar to Opposite shoulder 156 above-mentioned.The spool 250 shown also has adjustment structure comprising before being similar on structurally and operationally State the opposite track 268 of track 210.The regulating mechanism of the spool 250 shown includes guide portion 256, which includes fixed Multiple retainers 262 of the position between distal end 252 and proximal end 254.Retainer 262 can relative to each other uniformly or non-uniformly Ground is spaced apart.Regulating mechanism further includes separator 258, adjusts the position between multiple retainers 262.Separator 258 is adjusted Section is set and is extended on one that guide portion 256 is fixed in retainer 262.

Separator 258 includes the first follower adjusted along guide portion 256.First follower has and previous embodiment Described in the substantially similar structure of the first follower 212, but first follower further includes receiving element 266, for example, hole or Cup.Separator 258 further includes a pair of the second opposite follower, is structurally and functionally similar to the described in previous embodiment Two followers 214.These second opposite followers are adjusted in track 268 and along track 268, are similar to previous embodiment Described in the second follower 214 and track 210.

Each retainer 262 may include insertion piece 264, the protrusion or protuberance upwardly extended for example away from guide portion 256.When When separator is adjusted in the position of 262 top of specific retainer, insertion piece 264 is servo-actuated into the first of separator 258 In the receiving element 266 of part.When insertion piece 264 is positioned in receiving element 266, prevent separator 258 from existing by natural resistance It is moved freely through in guide portion 256.Insertion piece 264 can be applied to separator 258 by will be far from the upward pulling force of guide portion 256 And it is removed from receiving element 266.Then separator 258 can be adjusted to the different location of different 262 top of retainer.Incessantly One separator 258 can be operable along guide portion 256, to provide multiple sections for cable storage.

Hinge control system

Disclosed another technical solution includes hinge control system, allows door by the rotation of single handle along not It opens at same edge.For example, the door to cabinet has a hinge on opposite edge, which can be by a particular manner simply Operate single handle and along first edge or second edge swing open.The door can be used for multiple functions, for example, with reference chart The cable storage that the cable storage cabinet of 1-19 is combined.

Figure 22-30 shows exemplary hinge control system 300.The hinge control system 300 shown includes handle assembly 304, it is centrally located between edge in the right side of door 302, a left side, top and bottom.Figure 20 specifically illustrates the face of handle assembly 304 Outside front side.The part faced out of the handle assembly 304 shown includes the handle 301 that can be operated in shell 303.Show The handle 301 gone out can have the side wall of lifting, can be grasped by user.When handle 301 is grasped by user, handle can be in shell It is rotated along any direction (left or right) in 303.

Particularly, Figure 24-27 shows the inward-facing side of the hinge control system 300.Shown hinge control system System 300 includes the linkage 306 positioned relative to the top and bottom edge of door 302.The top and bottom linkage 306 shown It is identical.Each in linkage 306 shown in top and bottom includes being operatively positioned in base portion 318 and door A pair of of fastener 312a, 312b between 302 outer periphery and biasing element 314a, 314b.The linkage 306 shown is preferred Ground includes a pair of of fastener 312a in the first side roof part and bottom, includes a pair of of fastener 312b at the top and bottom of the second side, Include a pair of of biasing element 314a in the first side roof part and bottom, and includes a pair of of biasing element in right hand top and bottom 314b.Fastener 312a, the 312b shown can be pin, go out with installation end and extending 302 distal free end, with can It is connected to door frame (not shown) with removing, door is hingedly attached in the door frame.

Deflecting element 314a, the 314b shown can be spring, e.g. wind spring, engageable barrier 318.Baffle 318 can To be shelf or retainer, it is fastened rigidly to door 302, and extend in door 302.As shown, fastener 312a, 312b is extended through and is mechanically connected to biasing element 314a, 314b.Fastener 312a, 312b pass through people in the art The mode that is understood of member and be preferably mechanically attached at position of the biasing element far from baffle 318 biasing element 314a, 314b so that fastener towards baffle transverse direction and compressing force will be applied on biasing element.On the contrary, biasing element 314a, 314b apply resistance against base portion 318 and fastener 312a, 312b.

The hinge control system 300 shown further includes prolonging between handle assembly 304 and top and bottom linkage 306 Multiple tethers 308a, the 308b stretched.When tethers 308a, 308b are pulled towards handle assembly 304, corresponding fastener 312a and 312b is pulled, and biasing element 314a, 314b are correspondingly compressed.Tethers 308a, the 308b shown can be it is elongated and The bar or line of rigidity, such as handle assembly 304 is secured to by installation elements 316 (such as mounting plate and fastener). The distal end of tethers 308a, 308b are secured to fastener 312a, 312b of the linkage 306 shown, such as by installing member Part 316, the installation elements 316 are similar to for installing tethers to the installation elements of handle assembly 304.

The handle assembly 304 shown includes grip switches 332, is mechanically connected on the side forward of component Handle 301.Grip switches 332 can be mechanically fastened to handle 301 by fastener 334 (such as bolt or screw).Make In, rotating handles 301 cause equal and identical rotation of the grip switches 332 relative to handle assembly 304 in either direction Turn.

Handle assembly 332 further includes a pair of of follower 330a, 330b, can be pin or insertion piece and be rigidly positioned On the both sides of fastener 334.As shown, a follower 330a can be located towards the first side of door 302, and it is another with Moving part 330b can be located towards the second side of door.

The handle assembly 304 shown include be located in a pair of cams component 320a on the both sides of grip switches 332, 320b.Cam pack 320a, 320b and grip switches 332 operate together, and two couples of tethers 308a, 308b are drawn toward each other It is dynamic, to which fastener 312a, 312b for mutually coping be retracted from door frame (not shown).

Each of cam pack 320a, 320b for showing include hingedly tight by fastener 326a, 326b (such as selling) Gu to the component of mutual three arms.First arm 322a, 322b in cam pack 320a, 320b includes that guide portion is (or logical Road) 328a, 328b, the guide portion (or channel) receive grip switches 332 on follower 330a, 330b.The guide portion shown 328a, 328b can be elongated and curvilinear, and the arc of curve is mutually the same and be reciprocally orientated.It is using In, when grip switches 332 rotate, follower 330a, 330b is caused to advance to the different location in guide portion 328a, 328b Place.

Cam pack 320a, the 320b shown can also have a pair of of pivotal arm 324a, 324b, this is similar to card to pivotal arm The mechanical structure of pawl and pivot toward and away from one another.This to each pivotal arm in 324a, 324b have installation to fasten The hinge installation end of part 326a, 326b.Pivotal arm 324a, 324b also have is fastened to tethers by aforementioned installation elements 316 The cable installation end of 308a, 308b.When by first arm 322a, 322b actuating, the tethers installation end class of pivotal arm 324a, 324b It is similar to claw and pivots towards one another or clamp.Pivotal arm 324a, 324b are pivoted towards one another or clamp correspondingly pulls phase Tethers 308a, the 308b answered.

Preferably, cam pack 320a, 320b is operated independently of the other by the rotation of grip switches 332.For example, such as It is particularly shown in FIG. 28, grip switches 332 will be activated into the first cam set along first direction (see curved arrow) rotation Pivotal arm 324a clamp (see the arrows of convergence) toward each other is activated the second cam pack 320b and carries out phase by part 320a Same action.On the contrary, as being particularly shown in FIG. 29, grip switches 332 are revolved (see curved arrow) in a second direction Turn to activate the second cam pack 320a by pivotal arm 324b clamps (see the arrow of convergence), but not actuating first toward each other Cam pack 320a carries out identical action.

Handle assembly 304 further includes anti-reverse mechanism, to ensure, when door is in the open state and is only hinged along the first side When ground is fastened to door frame, user cannot be with minimum power simply swing handle and unintentionally along the in the opposite direction Two sides discharge the articulated connection.Substantially, which ensures, which is always existed along at least side by hinge support In door frame.

Particularly, show can be with handle assembly 304 together mechanically operated anti-reverse mechanism by Figure 30.Shown counnter attack Rotation structure includes the plunger 341 for having handle 340 and distal end insert end 346, by extend through the hole 342 of shell 303 And it fastens with can installing.The shown distal end insert end 346 preferably geometry with chamfering.The anti-reverse shown Structure further includes a pair of of receiving element 344a, 344b, this is set to receiving element the side (rear side) towards shell 303 of handle 301 In.

Receiving element 344a, the 344b shown can be the hole that the hole 342 in resting state and shell 303 equidistantly positions Mouthful.When handle 301 is installed to shell 303, such as in Figure 22-23, and door 302 is closed in door frame (not shown), So that two groups of fasteners 312a, 312b are fastened in door frame, plunger distal end end 346 be located in this to receiving element 344a, Between 344b.

When handle 301 is rotated relative to shell 303, such as in Figure 28 and 29, one in receiving element 344a, 344b Equally rotation is extremely aligned with the plunger distal end end insertion piece 346 for extending through hole 342.When plunger distal end end insertion piece 346 be located in receiving element 344a, 344b one it is middle when, prevent handle 301 under the action of minimum force (torque) and with The opposite side in the direction rotated rotates up.

By using larger amount of power (torque) by handle 301 rotate in the opposite direction so that distal tip insertion piece The edge of 346 Chamfer Edge engaging receiver part 344a, 344b and be pushed out into original stop position, plunger 341 to from Latched position release above-mentioned.Handle 310 is to be again ready for rotating in either direction.

Figure 30 A-30D show that another handle system 350, another handle system 350 are intended to and handle system 304 above-mentioned It works in described hinge control system 300 in a substantially similar manner.The handle system 350 shown includes and aforementioned The substantially similar structure of hand system 304, including cam pack 320a, 320b, plunger receiving element 342 and plunger 341.Operational illustration yet Handle system 350 cause cam pack 320a, 320b for showing and the substantially similar Mechanical Moving of aforementioned handle system 304.

The handle system 350 shown includes grip switches component 352, and grip switches component 352 is similar to handle above-mentioned Switch 332, any of cam pack 320a, 320b shown in actuating.The grip switches component 352 shown includes guiding Portion 354 (or track or cam), for example, extend through from rear side to opposite front side main handle assembly ontology opening it is (or logical Road).Guide portion 354 is by elongated, and the geometry of preferably radius curve limits.Particularly as shown in Figure 30 C, guiding Portion 354 can be limited in baffle, and the baffle is the integral part of main handle assembly ontology (or base portion).As shown, institute State the guide portion 354 that baffle is limited between the inner wall 362 of lifting and the outer wall 360 of lifting so that guide portion extends therebetween. The inner wall 362 shown can have complete circular geometry, and outer wall 360 can have half of the part extension around inner wall Circular geometry.Preferably, the diameter of outer wall 360 is more than the diameter of inner wall 362.

The grip switches component 352 shown further includes a pair of of follower 356a, 356b, and a pair of of follower has free distal end End, the free distal end module extend through guide portion 354, such as protrude beyond the height of 360 baffle of inner wall 362 and outer wall Degree.Follower 356a, 356b further extend through cam pack 320a, the 320b shown the guide portion 328a shown, 328b。

As being particularly shown in Figure 30 D, handle assembly 350 further includes handle 364, the handle 364 with aforementioned The substantially similar mode of hand 301 is operatively positioned in the opposite side of main body.Handle 364 support this to follower 356a, 356b, preferably from mutual deviation post.Follower 356a, the 356b shown is extended to far from the fixing end of handle body Hold end.Preferably, handle 364 by single mold formed single structure, including main body and this to follower 356a, 356b.

The handle 364 shown includes fastener receiver part 366, to receive the hole in the main body by handle assembly 350 (not Show) be inserted into fastener 358.For example, fastener 358 can be threaded screw, and fastener receiver part 366 can be with It is the threaded aperture with respective threaded pattern.Exemplary screw can have head portion and elongated insertion portion.It is excellent Selection of land, as shown in Figure 30 A-30C, the aperture (not shown) of main body of the head than extending through handle assembly 350 of fastener 358 Gap it is wider, to prevent fastener be inserted into when extend completely through aperture.

Preferably, the aperture (not shown) in the main body of handle assembly 350 allows fastener 358 around extending wherein Axis rotates.For example, the aperture (not shown) can have smooth surface without thread pattern and/or aperture can have than The broader gap of width of the insertion portion of fastener 358, to prevent contact therebetween or friction.

Fastener 358 be fastened to when being inserted through aperture (not shown) at the fastener receiver 366 in handle 364 or In.Preferably, fastener receiver part 366 limits the feature for the insertion portion for being fastened to fastener 358, such as thread surface.It is excellent Selection of land, fastener 358 are fastened rigidly to fastener receiver part 366 so that, once by fastening, handle 364 is correspondingly with fastening Part rotates, without being rotated relative to fastener.In this way, when tightened, handle 364 can be in either direction relative to handle group The main body of part 350, to be rotated freely through with 301 similar mode of aforementioned handle.

In use, in the case where handle 364 is rotatably fastened to the main body of handle assembly 350, as described above, A pair of of follower 356a, 356b extend through guide portion 354 and by the corresponding guide portions in cam pack 320a, 320b 328a,328b.Rotation of the handle 364 in left direction or right direction causes corresponding cam pack 320a, 320b Actuating, is such as substantially similar to hereinbefore described mode, especially in Figure 28-29.

Handle 364 may also include a pair of of plunger receiving element 368a, 369b, with receiving element 344a, 344b above-mentioned with class As mode work, with pass through corresponding plunger receiving element receive plunger 341.Preferably, the handle 364 that shows limit with it is aforementioned The substantially similar external shape of handle 301 and feature.

Indicator system

Disclosed another technical solution includes indicator system, for informing that user's door is to open or close.For example, should Indicator system can be used together with the door picked up provided to the cabinet of storage industry equipment (such as communications cable and connector). Illustrative cabinet refers to the cable storage element shown in Fig. 1-2 1.Illustrative door is to be used as to show in Figure 22-23 The door 302 that example introduces.These are typically very heavy, and are positioned so as to be difficult to determine whether door is kept after use It is in an open state.Indicator system may include visual detector, be activated to change between opened and closed conditions, each The different visual stimuli of status representative.

Illustrative indicator system is shown in Figure 31-34.The indicator system 400 shown is by including bottom plate 402 Base portion supports.The base portion shown can have first end 440 and the second end 450.Base floor 402 can be secured to storage knot A part for structure, such as the cabinet with aforementioned door.Each end 440,450 may include complete indicator system 400, such as can Cabinet for the door with a pair of of relative orientation.

Particularly as shown in figure 32, the indicator system 400 shown includes visual detector 410 and lid 408.The lid shown 408 are limited by the geometry of receiving element 414.The geometry of exemplary receiver part 414 can be with " V " shape shape and with face Outside flat surfaces.The visual detector 410 shown includes visual stimuli, can be seen by the user when being removed from lid 408, such as Shown in Figure 29-30.For example, visual stimuli may include the surface of bright color or the equivalent optical pickups of other functions.

The lid 408 shown is supported on the free end of deflection arm 406, which installs in fixing end 420 to base portion Bottom plate 402.When being deflected far from base portion 402, as shown in figs. 31-33, visual detector 410 shows and is shown in lid from behind In 408.In use, when visual detector 410 show and it is visible by user when, operated together with the indicator system 400 Door close.

Deflection arm 406 can be deflected by the power applied by percussion hammer far from base floor 402, and the percussion hammer with vision by referring to Show that the door that device system 400 operates together is supported.Illustrative percussion hammer 404 is shown as including distal tip 416, engagement deflection The hiding side of arm 406 or downside upward deflect the free end of arm far from base floor 402, thus by visual detector 410 It is shown from lid 408.Illustrative percussion hammer 400 may include the pin of spring installation, all hinge fastener 312a as the aforementioned, 312b.When door is closed and percussion hammer is aligned with hole 418, the distal tip 416 of the percussion hammer 404 shown can be advanced through base portion bottom Entrance in plate 402 or hole 418.

Figure 33-34 shows indicator system 400 when the door is open.As shown, when the door is open, by door support Percussion hammer is also detached from from the engagement with deflection arm 406.When deflection arm 406 is detached from from arm, pass through the resistance applied by deflection arm Energy, deflection arm is back to the resting state engaged with base floor 402.Under resting state, visual detector 410 returns To the position in the receiving element 414 of lid 408.When visual detector 410 is received in lid 408, and user can't see The visual stimuli, to learn that door is in the open state.

As shown, the excitation of visual detector 410 can have the flat of the flat surfaces orientation faced out for being parallel to lid 408 The geometry in face.As a result, when the door closes, visual detector 410 can be embedded in 408 rear of lid.

Figure 35 shows the front view of the assembling cabinet for managing multiple cables.The cabinet shown includes 300 He of door above-mentioned Handle 304.The handle 304 shown is in a first direction or second party is rotated up, and opens door 300 with such as foregoing manner, and arrive Aforementioned cable support structure 10 with the multiple installation receiving element systems 14 for being used to support spool picks up.Multiple aforementioned instructions Device system 400 is positioned to indicate when door 300 opens or closes, as mentioned before along the top and bottom of cabinet.The rear side of cabinet (not shown) can have similar structure with the front side shown, for example, door 300 and handle 304, indicator 400 and internal branch Support structure 10.

Reference numeral

10 support constructions

12 cabinet frame works

14 installation receiving element systems

16 grip holes

18 are inserted into hole

100 spools

102 carrier bodies

104 proximal end installation ends

106 distal free ends

108 slots

110 separate part

112 handles

114 channels

115 installation systems

116 are inserted into plug

118 brackets

122 receiving element spaces

124 distal end retaining walls

126 proximal end retaining walls

128 receiving elements

130 locking mechanisms

134 lockholes

150 spools

152 storage inside features

154 separate part

156 shoulders

200 spools

202 distal end baffles

204 proximal end baffles

206 separators

206c separator half portions

206d separator half portions

208 guide portions

210 tracks

214 followers

230 spools

232 guide portions

234 separators

236 followers

238 teeth

240 deflection elements

250 spools

252 distal end baffles

254 proximal end baffles

256 guide portions

258 separators

260 shoulders

262 retainers

264 insertion pieces

266 receiving elements

268 tracks

300 hinge control systems

301 handles

302

303 shells

304 handle assemblies

306 linkages

308a tethers

308b tethers

312a fasteners

312b fasteners

314a biasing elements

314b biasing elements

316 installation elements

318 baffles

320a cam packs

320b cam packs

The first arms of 322a

The first arms of 322b

324a pivotal arms

324b pivotal arms

326a fasteners

316b fasteners

328a guide portions

328b guide portions

330a followers

330b followers

332 grip switches

334 fasteners

340 handles

341 plungers

342 holes

344a receiving elements

344b receiving elements

346 distal end insert ends

350 handle systems

352 grip switches components

354 guide portions

356a followers

356b followers

358 fasteners

360 outer walls

362 inner walls

364 handles

366 fastener receiver parts

368a plunger receiving elements

368b plunger receiving elements

400 indicator systems

402 bottom plates

404 percussion hammers

406 deflection arms

408 lids

410 visual detectors

414 receiving elements

416 distal tips

418 holes

420 fixing ends

440 first ends

450 the second ends

The aspect of the present invention further relates to a kind of system being used to open door, and the door includes first side edge and opposite the Dual side-edge edge, the system comprises：Handle, the handle can be mechanically operated in a first direction with only along described first Lateral edges open the door, or can mechanically operate in a second direction with only along described in second side edge opening Door；First axle mechanism, the first axle mechanism are operably coupled to the handle with can along the first side edge Release ground fastens the door；And second hinge mechanism, the second hinge mechanism are operably coupled to the handle with edge It the second side edge and releasedly fastens the door.The handle can in a first direction in opposite second direction Rotation.The system also includes hinge control system, the hinge control system is operably connected the handle and described One and second hinge mechanism, the hinge control system include：Grip switches are operationally connected to the handle；First is convex Wheel assembly, the grip switches that are operably connected and the first axle mechanism, the grip switches are in a first direction Rotary-actuated first cam pack；Second cam pack, the grip switches that are operably connected and the second hinge Mechanism, rotary-actuated second cam pack of the grip switches in a second direction.The grip switches include that can grasp It is connected to the first follower of first cam pack with making, and is operably coupled to the of second cam pack Two followers.First cam pack activates the first axle mechanism with from door release and second cam Component activates the second hinge mechanism to be discharged from the door.The system further comprises：Connect first cam pack With at least one first tethers of the first axle system, and connection second cam pack and the second hinge system At least one second tethers of system.First cam pack includes the first click-on mechanism, and first click-on mechanism is by described It includes the second click-on mechanism that grip switches, which are manipulated to activate the first axle mechanism and second cam pack, described Second click-on mechanism is manipulated by the grip switches to activate the second hinge mechanism.First click-on mechanism includes opposite In moveable a pair of of the pivotal arm in ground mutually hinged and second click-on mechanism including hingedly moving relative to each other A pair of of pivotal arm.The first axle mechanism includes the pin of at least one first spring installation and the second hinge machine Structure includes the pin of at least one second spring installation.The system further includes anti-reverse mechanism, to work as the door along described first Lateral edges prevent handle from operating in a second direction when opening, and are prevented when the door is opened along the second side edge Handle operates in a first direction.

The aspect of the present invention further relates to a kind of opening door along first side edge or second side edge using single handle Method, this method include：Handle is rotated in a first direction to discharge the first side edge of door from fixed condition, and simultaneously by door Second side edge maintain fixed condition, or rotate in a second direction handle with by the second side edge of door from fixed condition Release, and the first side edge of door is maintained into fixed condition simultaneously.Rotating handles activate first axle machine in a first direction Structure is discharged from the door, and rotating handles actuating second hinge mechanism is discharged from the door in a second direction.First cam Component is operatively coupled between the handle and the first axle mechanism and the second cam pack is operably connected Between the handle and the second hinge mechanism.At least one first tethers connects first cam pack and described the One linkage and at least one second tethers connect second cam pack and the second hinge mechanism.Described One and second cam pack include click-on mechanism, when the cam pack is activated, the click-on mechanism pivots.This method is also Including preventing handle from operating in a second direction when the door is opened along the first side edge, and work as the door edge When the second side edge is opened prevents handle from operating in a first direction.

The aspect of the present invention further relates to a kind of component being used to open door, and the door includes first side edge and opposite the Dual side-edge edge, the system comprises：Handle assembly, it is described can be rotated in a first direction by doing and illustrating with only along described the One side edge opens the door, or can rotate in a second direction to open the door only along the second side edge, The handle assembly includes the handle for being mechanically connected to the first cam pack and the second cam pack；First axle mechanism, when When the handle rotates in said first direction, the first axle mechanism is operably coupled to first cam set Part；And second hinge mechanism, when the handle rotates in this second direction, the second hinge mechanism is operationally It is connected to second cam pack.The component further comprises：Operationally in first cam pack and described first The the first tethers component extended between linkage, and operationally in second cam pack and the second hinge machine The the second tethers component extended between structure.

On the other hand, the present invention relates to a kind of indicator, display door is in the state opened or closed, the finger Show that device includes the indicator excitation for indicating door and when closing；And block lid of the indicator excitation to indicate when door is opened, institute Lid is stated to be manipulated by the situation of the door opened or closed.The lid has resting state and state of activation, and described The excitation of indicator described in resting state is blocked by the lid.The indicator be visually encourage, and when the door is opened, The lid covers the visual excitation.The lid is included in the arm extended between fixing end and free end, and the lid is supported on institute State free end.When the door is closed, the arm is deflected far from the door, to show the visual excitation.The door includes Percussion hammer, when the door is closed, the percussion hammer engage the arm to deflect the arm far from the door.

On the other hand, the present invention relates to a kind of indicator system, display door is in the state opened or closed, institute Stating indicator system includes：It is fixed to the percussion hammer of door, the percussion hammer includes contact jaw；Indicator, including when the door is closed Indicate the indicator excitation of the closing of door；And lid, when the door is open, the lid blocks the indicator excitation to indicate door It opens, the lid is manipulated by the contact jaw of the percussion hammer.The indicator be visually encourage, and when the door is opened, The lid covers the visual excitation.The lid is included in the arm extended between fixing end and free end, and the lid is supported on institute State free end.When the door is closed, the free end of the arm is deflected by the contact jaw of the percussion hammer, described visual to show Excitation.

On the other hand, the method that the present invention relates to a kind of to be in the state opened or closed for showing door, it is described Method includes：When the door is closed, the lid is deflected far from indicator excitation by Jiang Gai is engaged with the percussion hammer on door； And when the door is opened, the indicator excitation is blocked by being detached from the lid from the percussion hammer.The lid includes The arm extended between fixing end and free end, the lid are deflected relative to the fixing end.The indicator is visually to encourage, And when the door is closed, the lid receives the visual excitation.

On the other hand, the present invention relates to a kind of cabinet, the cabinet includes：Frame, including framing component, the framing component Including the first extension and the second extension, second extension can move between the first and the second states, and described One and second extension be overlapped in said first condition, and be not overlapped in said second condition；It is hingedly fastened to described The door of frame, moveable plunger rides are on the door, described in the moveable plunger engages in said second condition Second extension, and do not engage second extension in said first condition.

Although it have been described that the specific embodiment of the disclosure, but various other modifications and alternate embodiment Within the scope of this disclosure.For example, can be realized by another device or component about any function of specific device or component representation. Although in addition, describing specific device characteristic, embodiment of the disclosure can be related to various other device characteristics.Into one Step ground, although using verbal description embodiment for architectural feature and or method action it should be appreciated that this Feature described in being openly not limited to is specific or acts.On the contrary, specific feature and action are as the example for realizing embodiment The form of property and be disclosed.The language of conditionity, such as, but not limited to, "available", " can with ", " can ", " energy ", unless particularly Otherwise illustrate, or otherwise understands in the text, be otherwise usually intended to indicate, certain embodiment may include, and its His embodiment may not include, certain features, element and/or step.Therefore, the language of these conditionitys is usually not meant to imply Feature, element and/or step be not in any way required for one or more embodiments.

Claims (32)

1. a kind of cable management devices, the cable management devices include：

Cable carrier extends along axis between free end and installation end；

At least one separator is selectively supported by the cable carrier；And

Relocation system, be used for by least one separator along the axis be reoriented to the cable carrier from By multiple positions between end and installation end.

2. cable management devices according to claim 1, wherein the relocation system includes being used to support the separation Multiple fixed positions of part, the multiple fixed position are separated from each other.

3. cable management devices according to claim 2, wherein the multiple fixed position include for receive it is described extremely Multiple receiving elements of a few separator.

4. cable management devices according to claim 3, wherein the multiple receiving element is included in the cable carrier Multiple holes.

5. cable management devices according to claim 3, wherein the multiple receiving element includes multiple locking mechanisms, institute Multiple locking mechanisms are stated at least one separator to be releasably fastened to the multiple fixed position.

6. cable management devices according to claim 5, wherein the multiple locking mechanism includes multiple deflection arms, institute It states multiple deflection arms and limits the resistance applied towards at least one separator.

7. cable management devices according to claim 2, wherein the multiple fixed position includes multiple retainers, institute Multiple retainers are stated for releasedly preventing at least one separator from being moved to the cable carrier along the axis Free end and installation end between multiple positions.

8. cable management devices according to claim 7, wherein the multiple retainer includes insertion piece, and described At least one separator includes receiving element, removedly to receive the insertion piece of the retainer.

9. cable management devices according to claim 1, wherein the relocation system includes along the axis in institute The guide portion extended between installation end and the free end is stated, and at least one separator includes along the guide portion The follower of traveling.

10. cable management devices according to claim 9, wherein the guide portion includes ratchet surface.

11. cable management devices according to claim 9, wherein the ratchet surface includes multiple peak potions and valley, and And the follower includes multiple teeth separatably to engage the multiple peak potion and valley.

12. cable management devices according to claim 1 further include storage support element, described to store when not in use At least one of at least one separator.

13. cable management devices according to claim 1, wherein at least one separator includes having receiving element Tablet, to be releasably fastened to the relocation system.

14. cable management devices according to claim 1, wherein the cable carrier installation end includes installation system.

15. cable management devices according to claim 14, wherein the installation system includes at least one bracket.

16. cable management devices according to claim 14, wherein the installation system includes being inserted into plug.

17. cable management devices according to claim 16, wherein the insertion plug is relative to the cable carrier pivot Turn ground fastening.

18. according to the cable management devices described in any one in preceding claims, wherein the cable carrier includes one To half portion.

19. cable management devices according to claim 18, wherein the pair of half portion is identical.

20. cable management devices according to claim 18, wherein each half portion includes at least one separator and at least One relocation system.

21. cable management devices according to claim 20, wherein each half portion further includes installation system.

22. per cable management devices according to claim 18, wherein each half portion is included in the remote of the free end End-stopping plate and the proximal end baffle at the installation end.

23. a kind of cable management devices, the cable management devices include：

Spool extends along axis between free end and installation end；

At least one demarcation strip, relocatable by the bobbin support；And

Relocation system is used at least one demarcation strip being reoriented to the free end of the spool along the axis At multiple positions between installation end.

24. cable management devices according to claim 23, wherein the relocation system include be used to support it is described extremely Multiple fixed positions of a few demarcation strip, the multiple fixed position is separated from each other.

25. cable management devices according to claim 24, wherein the relocation system includes existing along the axis The guide portion extended between proximally and distally, and at least one demarcation strip includes being servo-actuated along what the guide portion was advanced Part.

26. a kind of cable management system comprising base portion, the base portion include at least one installation receiving element, and described at least one A installation receiving element is used to receive the cable management devices described at least one any one according in preceding claims.

27. cable management devices according to claim 26, wherein the base portion includes frame.

28. a kind of cable management system, including：

Base portion comprising installation receiving element；

Carrier comprising installation end and free end, the installation end include the installation for being removably mountable to the base portion The mounting assembly of receiving element；

By at least one selectable separating system of the carrier supported, the selectable separating system includes selectively At least one separator being supported at multiple positions between the installation end and the free end.

29. a kind of method for managing cable, the method includes：

Cable carrier is installed to base portion, the cable carrier includes the cable management system of relocatable and at least one separates Part；

It at least one is separated described at the first position that part is located in the cable management system of the relocatable；And

The cable of an at least segment length is received on the cable carrier.

30. according to the method for claim 29, wherein the cable management system of the relocatable includes being used to support institute At least one multiple fixed positions for separating part are stated, the multiple fixed position is separated from each other.

31. according to the method for claim 30, wherein the cable management system of the relocatable includes existing along axis The guide portion extended between proximally and distally, and at least one part that separates includes being servo-actuated along what the guide portion was advanced Part.

32. according to the method for claim 29, further comprising：By it is described it is at least one separate part be reoriented to it is described can The different second positions in the cable management system of reorientation.