CN104797116A - Cable manager for frame type server - Google Patents
Cable manager for frame type server Download PDFInfo
- Publication number
- CN104797116A CN104797116A CN201410026904.1A CN201410026904A CN104797116A CN 104797116 A CN104797116 A CN 104797116A CN 201410026904 A CN201410026904 A CN 201410026904A CN 104797116 A CN104797116 A CN 104797116A
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- support arm
- guidance part
- connector
- front portion
- rear portion
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Abstract
The invention relates to a cable manager for a frame type server. The cable manager comprises a first support arm, a second support arm and a connecting piece. The first support arm comprises a front portion, a rear portion and a first guiding portion placed in the front portion. The second support arm comprises a front part, a rear part and a first guiding part placed in the front part. The connecting piece is movably connected between the first support arm and the second support arm, and comprises a front guiding unit and a rear guiding unit. The first guiding portion of the first support arm is movably displaced relative to the front guiding unit of the connecting piece, and the first guiding part of the second support arm is movably displaced relative to the rear guiding unit of the connecting piece.
Description
Technical field
The present invention relates to a kind of wire-management device, refer to a kind of wire-management device for rack-mount server especially.
Background technology
Rack-mount server (rack server) refers to the server being installed in frame (rack).Briefly, the corresponding both sides of this server can be configured with slide rail assembly usually, and this server can be installed on frame with this slide rail assembly, and server such as drawer-like is drawn out in frame, or are pushed into from frame and fold.
Generally speaking, server itself or there is arround it many relevant electronic cable (cable), therefore when server is drawn out in frame with slide rail assembly, or be pushed into when folding from frame, just need to coordinate the wire-management device that can arrange wire rod or storage wire rod that cable could be allowed synchronously to keep regularity.
As U.S. Patent Bulletin US8,379,410 disclose a kind of can the reason line arm (Reversible CableManagement Arm) of return type, its articulated part (150) mainly comprising interconnective two support arms (138,140) and be positioned between this two support arm (138,140).Wherein, as shown in Fig. 6 and Fig. 7 of this case, support arm (138) is connected with second adapter (152b) of mutual pivot joint and snap-on part (160), and snap-on part (160) is the receptacle (154) being connected to the first slide rail (134a); Support arm (140) is connected with first adapter (152a) of mutual pivot joint and snap-on part (158), and snap-on part (158) is the receptacle (154) being connected to the second slide rail (134b).Further, support arm (138) is provided with tensioning member (172) with the junction of the second adapter (152b); Support arm (140) is provided with another tensioning member (170) with the junction of the first adapter (152a).
According to said structure, can in machine box for server (130) be drawn out from frame (132) or be pushed into from frame (132) fold time, synchronously keep the regularity of this cable (142).Meanwhile, the first adapter (152a) and the second adapter (152b) also can be allowed respectively to have recovery on direction with tensioning member (170,172), fold direction to help what keep this cable (142).
But because tensioning member (170,172) is spring, therefore under using for a long time, tensioning member (170,172) may have the problems such as the tired or even corrosion of elastic force, and the allomeric function of impact reason line arm.
Summary of the invention
The object of the present invention is to provide a kind of wire-management device for rack-mount server, to realize arranging wire rod.
According to an aspect of the present invention for the wire-management device of rack-mount server, comprise one first support arm, one second support arm and a connection piece, be characterized in: described first support arm, comprise a front portion, a rear portion and one first guidance part and be positioned at this front portion; Described second support arm, comprises a front portion, a rear portion and one first guidance part and is positioned at this front portion; And described connector is connected between this first support arm and this second support arm actively, guidance part after guidance part and before this connector comprises; Wherein, the first guidance part of this first support arm is movably along guidance part relative displacement before this connector, and the first guidance part of this second support arm is movably along the rear guidance part relative displacement of this connector.
Wherein, the front guidance part of described connector and rear guidance part are a deep-slotted chip breaker, and the first guidance part of this first support arm and the first guidance part of this second support arm are a projection, in order to limit the confined space displacement that this projection is limited in this deep-slotted chip breaker.
Wherein, described deep-slotted chip breaker is 1/4 circular arc path.
Wire-management device according to a further aspect of the invention, be useful in a cabinet, the side of this cabinet is installed on a frame with a slide rail assembly, this wire-management device comprises one first reason coil holder, this the first reason coil holder comprises one first support arm, one second support arm, one first connector, one the 3rd support arm and one second connector, be characterized in: described first support arm, comprise a front portion, a rear portion, one first guidance part is positioned at this front portion and one second guidance part is positioned at this rear portion, described second support arm, comprises a front portion, a rear portion, one first guidance part is positioned at this front portion and one second guidance part is positioned at this rear portion, described first connector is connected between the front portion of this first support arm and the front portion of this second support arm actively, guidance part after guidance part and before this first connector comprises, described 3rd support arm, comprises a front portion, a rear portion, one first guidance part is positioned at this front portion and one second guidance part is positioned at this rear portion, and described second connector is connected between the rear portion of this second support arm and the rear portion of the 3rd support arm actively, guidance part after guidance part and before this second connector comprises, wherein, the rear portion of this first support arm is connected to this cabinet actively, the front portion of the 3rd support arm is connected to one of this slide rail assembly and this frame actively, first guidance part of this first support arm is movably along guidance part relative displacement before this first connector, first guidance part of this second support arm is movably along the rear guidance part relative displacement of this first connector, second guidance part of this second support arm is movably along guidance part relative displacement before this second connector, second guidance part of the 3rd support arm is movably along the rear guidance part relative displacement of this second connector.
Wherein, also comprise one first strutting piece and one second strutting piece, wherein, this first strutting piece is connected between the rear portion of this cabinet and this first support arm, and this second strutting piece is connected between the front portion of this slide rail assembly and the 3rd support arm.
Wherein, the front guidance part of described first connector and this second connector and rear guidance part are a deep-slotted chip breaker, second guidance part of the first guidance part of this first support arm, the first guidance part of this second support arm and the second guidance part and the 3rd support arm is a projection, in order to limit the confined space displacement that this projection is limited in this deep-slotted chip breaker.
According to the wire-management device of another aspect of the invention, be useful in a cabinet, this cabinet is installed on a frame with a pair slide rail assembly, this wire-management device comprises one first reason coil holder and one second reason coil holder, one of this first reason coil holder and this second reason coil holder at least comprise one first support arm, one second support arm, one first connector, one the 3rd support arm and one second connector, be characterized in: described first support arm, comprise a front portion, a rear portion, one first guidance part is positioned at this front portion and one second guidance part is positioned at this rear portion, described second support arm, comprises a front portion, a rear portion, one first guidance part is positioned at this front portion and one second guidance part is positioned at this rear portion, described first connector is connected between the front portion of this first support arm and the front portion of this second support arm actively, guidance part after guidance part and before this first connector comprises, described 3rd support arm, comprises a front portion, a rear portion, one first guidance part is positioned at this front portion and one second guidance part is positioned at this rear portion, and described second connector is connected between the rear portion of this second support arm and the rear portion of the 3rd support arm actively, guidance part after guidance part and before this second connector comprises, wherein, the rear portion of this first support arm connects this cabinet actively, the front portion of the 3rd support arm is connected to this actively to one of slide rail assembly, first guidance part of this first support arm is movably along guidance part relative displacement before this first connector, first guidance part of this second support arm is movably along the rear guidance part relative displacement of this first connector, second guidance part of this second support arm is movably along guidance part relative displacement before this second connector, second guidance part of the 3rd support arm is movably along the rear guidance part relative displacement of this second connector.
Wherein, also comprise one first strutting piece, one second strutting piece, one the 3rd strutting piece and one the 4th strutting piece, wherein, this first strutting piece is connected to this cabinet actively and this first manages between coil holder, this second strutting piece is connected between this first reason coil holder and this first slide rail assembly actively, 3rd strutting piece is connected to this cabinet actively and this second is managed between coil holder, and the 4th strutting piece is connected to actively between this second reason coil holder and this second slide rail assembly.
Wherein, described first strutting piece and the 3rd strutting piece are the centre positions at the rear portion be connected near this cabinet.
Accompanying drawing explanation
Confirming above-mentioned purpose of the present invention, design feature and effect for further illustrating, below with reference to accompanying drawing, the present invention being described in detail, wherein:
Fig. 1 shows the schematic perspective view of one embodiment of the invention for the wire-management device of rack-mount server.
Fig. 2 shows the exploded view of the single side of Fig. 1 wire-management device.
Fig. 3 shows the schematic top plan view of Fig. 1 for its single side of wire-management device of rack-mount server.
The support arm that Fig. 4 shows Fig. 1 wire-management device with assemble corresponding schematic diagram between connector.
Fig. 5 shows the schematic diagram of the single side of Fig. 1 wire-management device when being stretched to a precalculated position.
Fig. 6 shows the schematic diagram that the single side of Fig. 1 wire-management device is fully stretched state.
Fig. 7 shows the view that Fig. 1 wire-management device both sides are fully stretched.
The wire-management device that Fig. 8 shows another embodiment of the present invention is connected to the schematic diagram of frame.
Embodiment
Fig. 1 display comprises frame 10, cabinet 12,1 first slide rail assembly 14,1 second slide rail assembly 16 and a wire-management device 18.Wherein, this frame 10 comprises one first column 20a, one second column 20b, one the 3rd column 20c and the 4th column 20d.Wherein, this first column 20a and this second column 20b is respectively to should the 3rd column 20c and the 4th column 20d.Between the first column 20a that the side of this cabinet 12 is arranged on this frame 10 with this first slide rail assembly 14 and the second column 20b.Between the 3rd column 20c that the opposite side of this cabinet 12 is arranged on this frame 10 with this second slide rail assembly 16 and the 4th column 20d.This wire-management device 18 comprises at least one reason coil holder, preferably, comprises one first reason coil holder 22 and one second reason coil holder 24.This first reason coil holder 22 second is managed coil holder 24 with this and is had in fact identical architectural feature.Wherein, this first reason coil holder 22 is connected between this cabinet 12 and this first slide rail assembly 14 actively.This second reason coil holder 24 is connected between this cabinet 12 and this second slide rail assembly 16 actively.
In a preferred embodiment, be connected to this cabinet 12 actively with one first strutting piece 26 and this first is managed between coil holder 22, and be connected to actively between this first reason coil holder 22 and this first slide rail assembly 14 with one second strutting piece 28.Similarly, be connected to this cabinet 12 actively with one the 3rd strutting piece 30 and this second is managed between coil holder 24, and be connected to actively between this second reason coil holder 24 and this second slide rail assembly 16 with one the 4th strutting piece 32.Preferably, this first strutting piece 26 and the 3rd strutting piece 30 are the centre positions at the rear portion be connected near this cabinet 12.
Fig. 2 and Fig. 3 shows this at least one reason coil holder and comprises one first support arm 34,1 second support arm 36, the 3rd support arm 38,1 first connector 40 and one second connector 42.Wherein, this first connector 40 is connected between this first support arm 34 and this second support arm 36 actively.This second connector 42 is connected between this second support arm 36 and the 3rd support arm 38 actively.
This first support arm 34 comprises an anterior 44a, a rear portion 44b, one first guidance part 46a is positioned at this anterior 44a, one second guidance part 46b is positioned at this rear portion 44b and several reason line piece 48 in order to arrange wire rod.Wherein, the configuration of this first guidance part 46a and this second guidance part 46b is identical.
This second support arm 36 comprises an anterior 50a, a rear portion 50b, one first guidance part 52a is positioned at this anterior 50a, one second guidance part 52b is positioned at this rear portion 50b and several reason line piece 54 in order to arrange wire rod.Wherein, the configuration of this first guidance part 52a and this second guidance part 52b is identical.
3rd support arm 38 comprises an anterior 56a, a rear portion 56b, one first guidance part 58a is positioned at this anterior 56a, one second guidance part 58b is positioned at this rear portion 56b and several reason line piece 60 in order to arrange wire rod.Wherein, the configuration of this first guidance part 58a and this second guidance part 58b is identical.
This first connector 40 is connected between this first support arm 34 and this second support arm 36 actively, guidance part 62b after guidance part 62a and before this first connector 40 comprises.Preferably, this first connector 40 is articulated between this first support arm 34 and this second support arm 36 with a pair first articulated parts 41.
This second connector 42 is connected between this second support arm 36 and the 3rd support arm 38 actively, guidance part 64b after guidance part 64a and before this second connector 42 comprises.Preferably, this second connector 42 is articulated between this second support arm 36 and the 3rd support arm 38 with a pair second articulated parts 43.
In detail, this first support arm 34 is with this cabinet the 12, three support arm 38 of this first strutting piece 26 pivot joint with this first slide rail assembly 14 of this second strutting piece 28 pivot joint.Preferably, this second strutting piece 28 has a deep-slotted chip breaker 29 to should the first guidance part 58a of the 3rd support arm 38.
The first guidance part 46a that Fig. 4 shows this first support arm 34 is movably along guidance part 62a relative displacement before this first connector 40; First guidance part 52a of this second support arm 36 is movably along the rear guidance part 62b relative displacement of this first connector 40; And the 3rd first guidance part 58a of support arm 38 movably along deep-slotted chip breaker 29 relative displacement of this second strutting piece 28.
In a preferred embodiment, those front guidance part 62a, 64a and those rear guidance part 62b, 64b all have a deep-slotted chip breaker, and this deep-slotted chip breaker is 1/4 circular arc path.Those the first guidance part 46a, 52a, 58a and those second guidance parts 46b, 52b, 58b are all projections, in order to limit the confined space displacement that this projection is limited in this deep-slotted chip breaker.
It is worth mentioning that, except guidance part before above-mentioned illustrated each connector or rear guidance part are deep-slotted chip breaker, and the guidance part of each support arm is outside the counter structure of projection; Also the front guidance part or the rear guidance part that can be each connector are projection, and the guidance part of each support arm is the counter structure of deep-slotted chip breaker.
Fig. 5 and Fig. 6 shows the illustrative view of wire-management device 18.As shown in Figure 5, when cabinet 12 is drawn out in this frame 10 with slide rail assembly, this wire-management device 18 drive by this cabinet 12, now, this first support arm 34, this first connector 40, this second support arm 36, this second connector 42 and the 3rd support arm 38 with deep-slotted chip breaker and projection corresponding relation and expansion can be driven, and deep-slotted chip breaker guides relation with the corresponding of projection by this, this wire-management device 18 is allowed to have guiding on direction and limit function, to help the draw direction keeping the cable holding resonable line piece 48,54 and 60.As Fig. 6 shows the state that wire-management device 18 is fully stretched.In this, can coordinate and consult Fig. 7, the state that its wire-management device 18 both sides showing Fig. 1 are fully stretched.
When cabinet 12 with slide rail assembly be pushed into outside this frame 10 fold time, can be movable annexations via this first support arm 34 and the first strutting piece 26 of this cabinet 12, allow this wire-management device 18 drive by this cabinet 12.In other words, this first support arm 34, this first connector 40, this second support arm 36, this second connector 42 and the 3rd support arm 38 fold with the corresponding relation and can being driven of deep-slotted chip breaker and projection, and deep-slotted chip breaker guides relation with the corresponding of projection by this, allow this wire-management device 18 have guiding on direction and limit function, fold direction to help the cable keeping holding resonable line piece 48,54 and 60.And as shown in Figure 3, wire-management device 18 becomes by the state folded completely.
Refer to Fig. 8, in this another embodiment, the anterior 56a via extension the 66, three support arm 38 can be articulated in the second column 20b of this frame; Similarly, in the opposite side of the wire-management device do not illustrated, via another extension, this second reason coil holder can be articulated in the 4th column 20d.
According to above explanation, namely known enhancement effect of the present invention and advantage are:
A. wire rod is arranged.
B. wire-management device expansion and fold more smooth-going.
Although the present invention describes with reference to current specific embodiment, but those of ordinary skill in the art will be appreciated that, above embodiment is only used to the present invention is described, change and the amendment of various equivalence also can be made when not departing from spirit of the present invention, therefore, as long as all will drop in the scope of the application's claims the change of above-described embodiment, modification in spirit of the present invention.
Claims (10)
1., for a wire-management device for rack-mount server, comprise one first support arm, one second support arm and a connection piece, it is characterized in that:
Described first support arm, comprises a front portion, a rear portion and one first guidance part and is positioned at this front portion;
Described second support arm, comprises a front portion, a rear portion and one first guidance part and is positioned at this front portion; And
Described connector is connected between this first support arm and this second support arm actively, guidance part after guidance part and before this connector comprises;
Wherein, the first guidance part of this first support arm is movably along guidance part relative displacement before this connector, and the first guidance part of this second support arm is movably along the rear guidance part relative displacement of this connector.
2. according to claim 1 for the wire-management device of rack-mount server, it is characterized in that, the front guidance part of described connector and rear guidance part are a deep-slotted chip breaker, first guidance part of this first support arm and the first guidance part of this second support arm are a projection, in order to limit the confined space displacement that this projection is limited in this deep-slotted chip breaker.
3. according to claim 2 for the wire-management device of rack-mount server, it is characterized in that, described deep-slotted chip breaker is 1/4 circular arc path.
4. a wire-management device, be useful in a cabinet, the side of this cabinet is installed on a frame with a slide rail assembly, and this wire-management device comprises one first support arm, one second support arm, one first connector, one the 3rd support arm and one second connector, it is characterized in that:
Described first support arm, comprises a front portion, a rear portion, one first guidance part is positioned at this front portion and one second guidance part is positioned at this rear portion;
Described second support arm, comprises a front portion, a rear portion, one first guidance part is positioned at this front portion and one second guidance part is positioned at this rear portion;
Described first connector is connected between the front portion of this first support arm and the front portion of this second support arm actively, guidance part after guidance part and before this first connector comprises;
Described 3rd support arm, comprises a front portion, a rear portion, one first guidance part is positioned at this front portion and one second guidance part is positioned at this rear portion; And
Described second connector is connected between the rear portion of this second support arm and the rear portion of the 3rd support arm actively, guidance part after guidance part and before this second connector comprises;
Wherein, the rear portion of this first support arm is connected to this cabinet actively, the front portion of the 3rd support arm is connected to one of this slide rail assembly and this frame actively, first guidance part of this first support arm is movably along guidance part relative displacement before this first connector, first guidance part of this second support arm is movably along the rear guidance part relative displacement of this first connector, second guidance part of this second support arm is movably along guidance part relative displacement before this second connector, second guidance part of the 3rd support arm is movably along the rear guidance part relative displacement of this second connector.
5. wire-management device according to claim 4, it is characterized in that, also comprise one first strutting piece and one second strutting piece, wherein, this first strutting piece is connected between the rear portion of this cabinet and this first support arm, and this second strutting piece is connected between the front portion of this slide rail assembly and the 3rd support arm.
6. wire-management device according to claim 4, it is characterized in that, the front guidance part of described first connector and this second connector and rear guidance part are a deep-slotted chip breaker, second guidance part of the first guidance part of this first support arm, the first guidance part of this second support arm and the second guidance part and the 3rd support arm is a projection, in order to limit the confined space displacement that this projection is limited in this deep-slotted chip breaker.
7. wire-management device according to claim 6, is characterized in that, described deep-slotted chip breaker is 1/4 circular arc path.
8. a wire-management device, be useful in a cabinet, this cabinet is installed on a frame with a pair slide rail assembly, this wire-management device comprises one first reason coil holder and one second reason coil holder, one of this first reason coil holder and this second reason coil holder at least comprise one first support arm, one second support arm, one first connector, one the 3rd support arm and one second connector, it is characterized in that:
Described first support arm, comprises a front portion, a rear portion, one first guidance part is positioned at this front portion and one second guidance part is positioned at this rear portion;
Described second support arm, comprises a front portion, a rear portion, one first guidance part is positioned at this front portion and one second guidance part is positioned at this rear portion;
Described first connector is connected between the front portion of this first support arm and the front portion of this second support arm actively, guidance part after guidance part and before this first connector comprises;
Described 3rd support arm, comprises a front portion, a rear portion, one first guidance part is positioned at this front portion and one second guidance part is positioned at this rear portion; And
Described second connector is connected between the rear portion of this second support arm and the rear portion of the 3rd support arm actively, guidance part after guidance part and before this second connector comprises;
Wherein, the rear portion of this first support arm connects this cabinet actively, the front portion of the 3rd support arm is connected to this actively to one of slide rail assembly, first guidance part of this first support arm is movably along guidance part relative displacement before this first connector, first guidance part of this second support arm is movably along the rear guidance part relative displacement of this first connector, second guidance part of this second support arm is movably along guidance part relative displacement before this second connector, second guidance part of the 3rd support arm is movably along the rear guidance part relative displacement of this second connector.
9. wire-management device according to claim 8, it is characterized in that, also comprise one first strutting piece, one second strutting piece, one the 3rd strutting piece and one the 4th strutting piece, wherein, this first strutting piece is connected to this cabinet actively and this first manages between coil holder, this second strutting piece is connected between this first reason coil holder and this first slide rail assembly actively, 3rd strutting piece is connected to this cabinet actively and this second is managed between coil holder, and the 4th strutting piece is connected to actively between this second reason coil holder and this second slide rail assembly.
10. wire-management device according to claim 9, is characterized in that, described first strutting piece and the 3rd strutting piece are the centre positions at the rear portion be connected near this cabinet.
Priority Applications (1)
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CN201410026904.1A CN104797116B (en) | 2014-01-21 | 2014-01-21 | Wire-management device for rack-mount server |
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CN201410026904.1A CN104797116B (en) | 2014-01-21 | 2014-01-21 | Wire-management device for rack-mount server |
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CN104797116A true CN104797116A (en) | 2015-07-22 |
CN104797116B CN104797116B (en) | 2017-11-21 |
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CN105334791A (en) * | 2015-12-16 | 2016-02-17 | 浙江中烟工业有限责任公司 | Production platform monitoring system with information protecting function |
CN107801348A (en) * | 2016-09-07 | 2018-03-13 | 川湖科技股份有限公司 | Sliding rail assembly and its wire-management device |
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TW201114132A (en) * | 2009-10-13 | 2011-04-16 | Inventec Corp | Cable chain |
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WO2013076855A1 (en) * | 2011-11-24 | 2013-05-30 | 富士通株式会社 | Cable management device and information processing device |
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US6856505B1 (en) * | 2001-04-26 | 2005-02-15 | Central Industrial Supply Company | Molded cable management arm for a server system rack |
CN1863444A (en) * | 2005-05-11 | 2006-11-15 | 川湖科技股份有限公司 | Wire arrangement supporter combined structure |
TW201114132A (en) * | 2009-10-13 | 2011-04-16 | Inventec Corp | Cable chain |
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CN107801348A (en) * | 2016-09-07 | 2018-03-13 | 川湖科技股份有限公司 | Sliding rail assembly and its wire-management device |
CN107801348B (en) * | 2016-09-07 | 2020-08-18 | 川湖科技股份有限公司 | Slide rail assembly and wire arranging device thereof |
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