CN106304741B - Wire-management device - Google Patents
Wire-management device Download PDFInfo
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- CN106304741B CN106304741B CN201510238854.8A CN201510238854A CN106304741B CN 106304741 B CN106304741 B CN 106304741B CN 201510238854 A CN201510238854 A CN 201510238854A CN 106304741 B CN106304741 B CN 106304741B
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- lineation arm
- lineation
- arm
- connecting rod
- wire
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Abstract
The present invention includes one first lineation arm, one second lineation arm and a connecting rod in relation to a kind of wire-management device.The second lineation arm is movably coupled to the first lineation arm；The connecting rod is attached between the first lineation arm and the second lineation arm, and the second lineation arm is enable to be maintained in a predetermined range with the connecting rod with respect to the expanded angle of the first lineation arm.
Description
Technical field
The present invention relates to a kind of wire-management devices, and the line an of carrier (for example, electronic equipment) can be arranged by particularly relating to one kind
The wire-management device of material.
Background technology
In general, sliding rail assembly includes at least two or more rail members, these rail members can activity longitudinally with respect
Displacement and allow sliding rail assembly to have and extend or the state that folds.For example, in a rack system, an electronic equipment (such as take
Business device) it can be mounted on a pair of of sliding rail assembly on two pairs of columns of a rack, make the electronic equipment with a pair of sliding rail
Assembly and can be drawn out to outside rack from the rack；Alternatively, being incorporated into rack from outside rack.Wherein, the electronic equipment
Wire rod be usually disposed between a lineation arm (Cable Management Arm, CMA), in the electronic equipment with this one
During sliding rail assembly is drawn out or is taken in, it can be used to keep the regularity of wire rod with the lineation arm.Such as United States Patent (USP)
Notification number US 6,945,504 B2, US 7,712,615 B2 and 8,231,014 B2 of US disclose the correlation about lineation arm
These preceding cases are hereby expressly incorporated by reference by technology herein.
Invention content
The purpose of the present invention is to provide a kind of wire-management devices, to realize that wire-management device has the lineation arm phase of two sections or more
It is mutually movably connected with together, may be configured with a connecting rod between the wherein two lineation arm of these lineation arms, which can allow this
Two lineation arms are maintained at relative to one another in a scheduled scope of activities.
A viewpoint according to the present invention, a kind of wire-management device include one first lineation arm, one second lineation arm and one first
Connecting rod, its main feature is that：The second lineation arm is movably coupled to the first lineation arm；The first connecting rod is attached to first lineation
Between arm and the second lineation arm, which has a first part and a second part, wherein the first part connects
In one of the first lineation arm and the second lineation arm, which can be by the another of the first lineation arm and the second lineation arm
One drives, and so that the second lineation arm is maintained at one with the first connecting rod with respect to the expanded angle of the first lineation arm predetermined
In the range of.
Preferably, also including a third lineation arm and one the 4th lineation arm, the 4th lineation arm is to be articulated in third reason
The top of line arm, the second lineation arm also include a second end, which is pivoted to the adjacent second lineation arm
The top of the second end.
Preferably, the first part of the first connecting rod is to be articulated in the first lineation arm, and the first connecting rod with this second
Also there is one of lineation arm one first guide groove, the first connecting rod can live with one first guide member with the second lineation arm
Dynamic ground can be relatively movable in first guide groove.
Preferably, the second part of the first connecting rod forms the precalculated position that a stopper is located at first guide groove, make this
First guide member can be movable in first guide groove, and first part and the first connecting rod of the scope of activities in the first connecting rod
Between second part.
Preferably, being also attached between the second lineation arm and the third lineation arm comprising a second connecting rod, second company
Bar has a first part and a second part, wherein the first part of the second connecting rod is connected to the second lineation arm and is somebody's turn to do
One of third lineation arm, the second part of the second connecting rod can by another drive of the second lineation arm and the third lineation arm,
And one of the second connecting rod and the third lineation arm also have one second guide groove, the second connecting rod and the third lineation arm
Be movably installed in second guide groove with one second guide member and can be relatively movable, keep the third lineation arm opposite
The expanded angle of the second lineation arm can be maintained at the second connecting rod in a predetermined range.
Preferably, the second part of the second connecting rod forms the precalculated position that a stopper is located at second guide groove, make this
Second guide member can be movable in second guide groove, and first part and the second connecting rod of the scope of activities in the second connecting rod
Between second part.
Preferably, being also attached between the third lineation arm and the 4th lineation arm comprising a third connecting rod, which connects
Bar has a first part and a second part, wherein the first part of the third connecting rod is connected to the third lineation arm and is somebody's turn to do
One of 4th lineation arm, the second part of the third connecting rod can by another drive of the third lineation arm and the 4th lineation arm,
And one of the third connecting rod and the 4th lineation arm also have a third guide groove, the third connecting rod and the 4th lineation arm
Be movably installed in the third guide groove with a third guide member and can be relatively movable, keep the 4th lineation arm opposite
The expanded angle of the third lineation arm can be maintained at the third connecting rod in a predetermined range.
Preferably, the second part of the third connecting rod forms the precalculated position that a stopper is located at the third guide groove, make this
Third guide member can be movable in the third guide groove, and first part and the third connecting rod of the scope of activities in the third connecting rod
Between second part.
Another viewpoint according to the present invention, a kind of wire-management device are used for a pair of of sliding rail assembly, which includes one the
One lineation arm, one second lineation arm, a third lineation arm, a first connecting rod and a second connecting rod, its main feature is that：First reason
There is line arm a first end and a second end to be connected to each sliding rail assembly respectively；The second lineation arm has a first end
Portion and a second end, wherein the first end of the second lineation arm is movably connected with to the of the adjacent first lineation arm
One end；The third lineation arm is movably connected with to the second end of the adjacent second lineation arm；The first connecting rod is attached to
Between the first lineation arm and the second lineation arm, which has a first part and a second part, wherein this
A part is connected to one of the first lineation arm and the second lineation arm, the second part can by the first lineation arm and this second
Another drive of lineation arm enables the second lineation arm to be protected with the first connecting rod with respect to the expanded angle of the first lineation arm
It holds in a predetermined range；The second connecting rod is attached between the second lineation arm and the third lineation arm, the second connecting rod
With a first part and a second part, wherein the first part of the second connecting rod be connected to the second lineation arm with this
The second part of one of three lineation arms, the second connecting rod can be by another drive of the second lineation arm and the third lineation arm.
Another viewpoint according to the present invention, a kind of wire-management device are suitable for a rack system, which provides
A pair of of sliding rail assembly is installed for a carrier to two pairs of columns of a rack, which includes one first rail and one the
Two rails, second rail can be longitudinally with respect to the first rail activity displacements, and the first rail of each sliding rail assembly adheres to corresponding
A pair of of column, the second rail of each sliding rail assembly are installed for the carrier, which includes one first lineation arm, one the
Two lineation arms, a third lineation arm and one the 4th lineation arm, its main feature is that：The first lineation arm includes a corresponding first end
Portion and a second end, the first end and the second end are the first rails for being respectively connected to each sliding rail assembly；This second
Lineation arm includes a corresponding first end and a second end, the first end of the second lineation arm be movably connected with to this
The first end of one lineation arm；The third lineation arm includes a corresponding first end and a second end, the third lineation arm
The second end be movably connected with to the second end of the second lineation arm；4th lineation arm includes a corresponding first end
With a second end, the first end of the 4th lineation arm is movably connected with to the first end of the third lineation arm, and the 4th
The second end of lineation arm is connected to one of one of second rail to sliding rail assembly and the carrier.
Description of the drawings
To further illustrate the above-mentioned purpose, design feature and the effect that confirm the present invention, below with reference to attached drawing to this hair
It is bright to be described in detail, wherein：
Fig. 1 shows that the wire-management device of one embodiment of the invention is suitable for a rack system, and wire-management device is with sliding rail
Second rail of assembly is drawn out with respect to the first rail and is in the schematic diagram of the state of expansion.
Fig. 2 shows that the wire-management device of Fig. 1 is in the schematic diagram for the state drawn close.
Fig. 3 shows that the first lineation arm of the wire-management device of one embodiment of the invention can be connected to the of a pair of of sliding rail assembly
The decomposition that one position of one rail and the 4th lineation arm can be connected to the auxiliary member of the second rail of one of them sliding rail assembly is shown
It is intended to.
Fig. 4 shows the decomposition diagram of the wire-management device of one embodiment of the invention.
When Fig. 5 shows that a pair of of sliding rail assembly of one embodiment of the invention is in a collapse state, wire-management device is received in one
Close the schematic diagram for state of drawing close.
Fig. 6 shows that a carrier of one embodiment of the invention is drawn out to a position with a pair of of sliding rail assembly out of rack
When, wire-management device is in gradually the schematic diagram of a unfolded state.
When Fig. 7 shows that a carrier of one embodiment of the invention is further drawn out out of rack, wire-management device can be into
The schematic diagram of one step expansion.
Fig. 8 shows the wire-management device of one embodiment of the invention in a collapse state and the schematic diagram that can be reversed.
After Fig. 9 shows that the wire-management device of Fig. 8 is reversed, each lineation arm is in the state to turn upside down.
After Figure 10 shows that the wire-management device of Fig. 9 is reversed, first of block piece and the first lineation arm on the first lineation arm
The schematic diagram that the connector of end is removed.
After Figure 11 shows that the wire-management device of Figure 10 is reversed, block piece can be installed to the 4th lineation arm, and can be by first
A connection piece of lineation arm installs the schematic diagram of the first end to the 4th lineation arm, to show that the 4th lineation arm can connect
The second rail of one of them sliding rail assembly can be connected to a position of the first rail of a pair of of sliding rail assembly, and the first lineation arm
Auxiliary member.
Figure 12 shows that the first lineation arm of wire-management device can be connected to the first sliding rail assembly, and wire-management device is slided with first
Second rail of rail assembly is with respect to the activity of the first rail and in the schematic diagram of unfolded state.
Specific implementation mode
Fig. 1 shows that the wire-management device 20 of one embodiment of the invention is suitable for a rack system, which can carry
For a carrier 22 installation a to rack (rack) 24.The carrier 22 can be an electronic equipment cabinet (chassis) or
One object to be lifted is not confined in implementation.It is installed to the rack with a pair of of sliding rail assembly the both sides of the carrier 22
24 two pairs of columns.Specifically, the side of the carrier 22 is installed with one first sliding rail assembly 26 to a pair of of column, such as
One first column 28a and one second column 28b；It is installed to another with one second sliding rail assembly 30 other side of the carrier 22
To column, such as one first column 32a and one second column 32b.First sliding rail assembly 26 and second sliding rail assembly 30 are all
Including one first rail 34 and one second rail 36 can be longitudinally with respect to the 34 activity displacements of the first rail, preferably, also including a third
Rail 38 is movably coupled between first rail 34 and second rail 36, to extend work of second rail 36 with respect to first rail 34
Dynamic stroke.First rail 34 of each sliding rail assembly respectively adheres to corresponding a pair of of column, and each sliding rail assembly
Second rail 36 is installed for the carrier 22.According to above-mentioned configuration, which can be drawn out to rack out of rack
Outside, or outside rack it is incorporated into rack.Wherein, which can be used to the wire rod for 22 rear of carrier
(cables) (not being painted) is put or is stored, and the wire-management device 20 can be drawn out with second rail 36 with respect to first rail 34
And in the state of an expansion；Alternatively, shown in cooperation Fig. 2, which can be as second rail 36 be with respect to first rail 34
It folds and is in a state drawn close.
As shown in figure 3, the wire-management device 20 may include at least two or more lineation arms, for example, one first lineation arm
100, one second lineation arm 200, a third lineation arm 300 and one the 4th lineation arm 400, but not limited thereto.These lineation arms
100,200,300 and 400 when the state drawn close, and is reciprocally stacking each other, and can so allow in above-mentioned rack 24 has more
More spaces can be employed.Preferably, also including that an auxiliary member 40 is mounted on first sliding rail assembly 26 and second sliding rail
Second rail 36 of one of assembly 30, the auxiliary member 40 include an extended seat 42 and an at least interconnecting piece, such as a company
Socket part 44a and another interconnecting piece 44b can be connected to the extension pedestal 42.The extended seat 42 has a height；Interconnecting piece 44a with
Another interconnecting piece 44b is directed towards different directions, and the extended seat 42 is enable to be applicable in first and second sliding rail assembly 26 simultaneously
And 30.Wherein, interconnecting piece 44a can be corresponded to the height of the extended seat 42 to the 4th lineation arm 400.
As shown in Figure 3 and Figure 4, the first lineation arm 100, the second lineation arm 200, the third lineation arm 300 and this
Four lineation arms 400 all can be configured to include corresponding two positions, in this with a first end 20a and a second end
For 20b.There is lineation feature, e.g. one accommodates sky between the first end 20a and the second end 20b of each lineation arm
Between S；Alternatively, can have been depended between the first end 20a and the second end 20b of each lineation arm a plurality of spaced
Lineation feature.The lineation feature can be used for housing and arranging above-mentioned wire rod.
The first end 20a and the second end 20b of the first lineation arm 100 can be respectively connected to each sliding rail assembly
First rail 34 of (for example, first sliding rail assembly 26 and second sliding rail assembly 30).In the present embodiment, the first lineation arm
One of 100 first end 20a and the second end 20b have also been removably installed a connection piece 46.In this, this first
The first end 20a and the second end 20b of lineation arm 100 are all that be respectively connected to adjacent each sliding rail by connector 46 total
At the first rail 34 rear portion set by pedestal 35.Alternatively, in another embodiment not being painted, the first lineation arm 100
First end 20a and the second end 20b two columns (such as the second column of rack is connected to a connection piece respectively
28b, 32b), in not being confined in implementation.
The second lineation arm 200 is movably connected with to the first lineation arm 100.For example, the first of the second lineation arm 200
End 20a is movably connected with the top of the first end 20a to the adjacent first lineation arm 100.Furthermore, second reason
The first end 20a of line arm 200 can be pivoted to the first end of the adjacent first lineation arm 100 with one first articulated part 48
The top of 20a makes the second lineation arm 200 be configured in the position that (arranged to) is higher than the first lineation arm 100.
The third lineation arm 300 is movably connected with to the second lineation arm 200.For example, the second of the third lineation arm 300
End 20b is movably connected with the top of the second end 20b to the adjacent second lineation arm 200.Furthermore, which manages
The second end 20b of line arm 300 can be pivoted to the second end of the adjacent second lineation arm 200 with one second articulated part 50
The top of 20b makes the third lineation arm 300 be configured in the position higher than the second lineation arm 200.
4th lineation arm 400 is movably connected with to the third lineation arm 300.For example, the first of the 4th lineation arm 400
End 20a is movably connected with the top of the first end 20a to the adjacent third lineation arm 300.Furthermore, the 4th reason
The first end 20a of line arm 400 can be pivoted to the first end of the adjacent third lineation arm 300 with a third articulated part 52
The top of 20a makes the 4th lineation arm 400 be configured in the position higher than the third lineation arm 300.On the other hand, this
The second end 20b of four lineation arms 400 can be connected to this one of them sliding rail assembly (for example, first sliding rail assembly 26 or should
Second sliding rail assembly 30) the second rail 36 or one of above-mentioned carrier 22.In this, the second of the 4th lineation arm 400
End 20b has also been removably installed another connector 54, and the wherein the second end 20b of the 4th lineation arm 400 can be with
Another connector 54 and the second rail 36 for being connected to second sliding rail assembly 30 (due to the relationship at visual angle, are not shown in Fig. 3
Show) auxiliary member 40 interconnecting piece 44a, enable second rail 36 phase of the 4th lineation arm 400 with second sliding rail assembly 30
The activity displacement of first rail 34 is driven.
Preferably, the wire-management device 20 also may include an at least connecting rod, with allow these lineation arms 100,200,300 with
The lineation arm of wantonly two interconnections in 400 is maintained in a scheduled scope of activities each other.In this, connect with one first
For bar 150, a second connecting rod 250 and a third connecting rod 350.
The first connecting rod 150 is attached between the first lineation arm 100 and the second lineation arm 200.It, should in the present embodiment
First connecting rod 150 has a first part 152 and a second part 154, wherein the first part 152 connection is for example articulated in
One of the first lineation arm 100 and the second lineation arm 200 (being, for example, the first lineation arm 100), which can be by this
Another (being, for example, the second lineation arm 200) of first lineation arm 100 and the second lineation arm 200 drives, and makes the second lineation arm
200 can be maintained at the first connecting rod 150 in a predetermined range with respect to the expanded angle of the first lineation arm 100.Tool
For body, one of the first connecting rod 150 and the second lineation arm 200 also have one first guide groove 156.In addition, also wrapping
Can be attached to one of the first connecting rod 150 and the second lineation arm 200 containing one first guide member 158, in this, with this
One connecting rod 150 has first guide groove 156, which adheres to the second lineation arm 200 and this first is led
Draw for part 158 is movably mounted in first guide groove 156.Thereby, the first connecting rod 150 and the second lineation arm 200 by
Help that first guide member 158 is movably installed in first guide groove 156 and can be relatively movable.In addition, this second
The precalculated position for dividing 154 one stoppers of formation to be located at first guide groove 156, such as the second part 154 can be located remotely from relatively
The first part 152 of the first connecting rod 150 keeps first guide member 158 movable in first guide groove 156, and movable model
It is trapped among between the first part 152 and the second part 154.
The second connecting rod 250 is attached between the second lineation arm 200 and the third lineation arm 300.It, should in the present embodiment
Second connecting rod 250 has a first part 252 and a second part 254, wherein the first part 252 connection is for example articulated in
One of the second lineation arm 200 and the third lineation arm 300 (being, for example, the second lineation arm 200), which can be by this
Another (being, for example, third lineation arm 300) of second lineation arm 200 and the third lineation arm 300 drives, and makes the third lineation arm
300 can be maintained at the second connecting rod 250 in a predetermined range with respect to the expanded angle of the second lineation arm 200.Tool
For body, one of the second connecting rod 250 and the third lineation arm 300 also have one second guide groove 256.In addition, also wrapping
Can be attached to one of the second connecting rod 250 and the third lineation arm 300 containing one second guide member 258, in this, with this
Two connecting rods 250 have second guide groove 256, which adheres to the third lineation arm 300 and this second is led
Draw for part 258 is movably mounted in second guide groove 256.Thereby, the second connecting rod 250 and the third lineation arm 300 by
Help that second guide member 258 is movably installed in second guide groove 256 and can be relatively movable.In addition, this second
The precalculated position for dividing 254 one stoppers of formation to be located at second guide groove 256, such as the second part 254 can be located remotely from relatively
The first part 252 of the second connecting rod 250 keeps second guide member 258 movable in second guide groove 256, and movable model
It is trapped among between the first part 252 and the second part 254.
The third connecting rod 350 is attached between the third lineation arm 300 and the 4th lineation arm 400.It, should in the present embodiment
Third connecting rod 350 has a first part 352 and a second part 354, wherein the first part 352 connection is for example articulated in
One of the third lineation arm 300 and the 4th lineation arm 400 (being, for example, third lineation arm 300), which can be by this
Third lineation arm 300 and another (being, for example, the 4th lineation arm 400) of the 4th lineation arm 400 drive, and make the 4th lineation arm
400 can be maintained at the third connecting rod 350 in a predetermined range with respect to the expanded angle of the third lineation arm 300.Tool
For body, one of the third connecting rod 350 and the 4th lineation arm 400 also have a third guide groove 356.In addition, also wrapping
Can be attached to one of the third connecting rod 350 and the 4th lineation arm 400 containing a third guide member 358, in this, with this
Three-link 350 has the third guide groove 356, which adheres to the 4th lineation arm 400 and the third is led
Draw part 358 to be movably mounted to for the third guide groove 356.Thereby, the third connecting rod 350 and the 4th lineation arm 400 with
The third guide member 358 be movably installed in the third guide groove 356 and can be relatively movable.In addition, the second part
354 one stoppers of formation are located at a precalculated position of the third guide groove 356, such as the second part 354 can be located remotely from opposite be somebody's turn to do
The first part 352 of third connecting rod 350 keeps the third guide member 358 movable in the third guide groove 356, and scope of activities
Between the first part 352 and the second part 354.
In addition, the wire-management device 20 also may include that a block piece 56 and a shrapnel 58 are arranged in the block piece 56, wherein the block piece
56 there is a height, the height of the block piece 56 at least to correspond to stacking height of the first lineation arm 100 with the second lineation arm 200
Degree, in this, with the block piece 56 correspond to the first lineation arm 100, one layer of the second lineation arm 200 and the third lineation arm 300
Repeatedly for height.The block piece 56 can relatively should in the second lineation arm 200, the third lineation arm 300 and the 4th lineation arm 400
First lineation arm 100 is movable and draws close and provides a barrier effect when folding to the second lineation arm 200 and the third lineation arm
300, but the barrier effect that the block piece 56 provides can select height appropriate according to actual demand, not limit in implementation.It is specific and
Speech, removably (detachablely) is mounted on the first lineation arm 100 and the 4th lineation arm 400 wherein to the block piece 56
One of.In this, first by taking the block piece 56 is mounted on the first lineation arm 100 as an example.Furthermore, the first lineation arm 100 with
4th lineation arm 400 can all have a plurality of mounting portions 60 to be installed for the block piece 56.The block piece 56 has plurality of holes 62.It should
Shrapnel 58 one of is corresponded to the plurality of holes 62, specifically, each hole 62 can for example have a large aperture portion 64 with
One small-bore portion 66 is connected, a similar key hole, the shrapnel 58 have a retaining wall 68 be arranged the adjacent plurality of holes 62 it
The intersection in one large aperture portion 64 and small-bore portion 66.Thereby it is arranged, when assembling, the macropore in each hole 62 of the block piece 56
Diameter portion 64 penetrates for each mounting portion 60 of the first lineation arm 100, and after being moved to the small-bore portion 66 in each hole 62,
Stop a wherein mounting portion 60 through the retaining wall 68 of the shrapnel 58, at this point, the block piece 56 can be quickly mounted at first reason
Line arm 100.If being intended to unload the block piece 56 from the first lineation arm 100, the shrapnel 58 only need to be pulled, makes the retaining wall of the shrapnel 58
68 no longer stop the mounting portion 60, which can rapidly unload from the first lineation arm 100.
As shown in figure 5, when first sliding rail assembly 26 and second sliding rail assembly 30 are in a collapse state, the lineation
Device 20 is to fold the state drawn close in one.
As shown in fig. 6, when the carrier 22 with second rail 36 with respect to the first rail 34 toward a direction D quilt out of rack 24
It pulls out during activity displacement, the 4th lineation arm 400 of the wire-management device 20 can be driven and can be managed with respect to the third
Line arm 300 is movable and gradually spreads out.
Coordinate shown in Fig. 7, during the carrier 22 is further drawn out toward direction D, 20 energy of wire-management device
Enough it is in the state of an expansion.Specifically, during this, the 4th lineation arm 400 is further driven, so that the third
Lineation arm 300 being capable of sequentially opposite first lineation arm, 100 activity displacement by gearing with the second lineation arm 200.With this
A little lineation arms 100,200,300 and 400, enable the wire-management device 20 to have longer expansion compared with general two-segment type lineation arm
Stroke.Wherein, with the first connecting rod 150, the second connecting rod 250 and the third connecting rod 350 can further respectively allow for this
One lineation arm 100 and the second lineation arm 200, the second lineation arm 200 and the third lineation arm 300 and the third lineation
Arm 300 is maintained in a scheduled scope of activities each other with the 4th lineation arm 400.In this, what each two was mutually pivotally connected
The pivoting angle of lineation arm is arranged with connecting rod each other, and is maintained in the scheduled scope of activities, makes these lineations
Arm 100,200,300 and 400 each other can be according to being pivoted and beat in scheduled scope of activities.For example, when this
When four lineation arms 400 are unfolded with respect to 300 activity of third lineation arm, the third guide member 358 of the 4th lineation arm 400 is at this
Activity stops until by the second part 354 of the third connecting rod 350 in the third guide groove 356 of third connecting rod 350, at this time due to this
Third guide member 358 can not continue in 356 intrinsic displacement of third guide groove so that 400 opposite third lineation of the 4th lineation arm
The scope of activities of arm 300 can not continue to be unfolded to boundary with respect to the third lineation arm 300.For example, being somebody's turn to do in this embodiment
Pivoting angle when 4th lineation arm 400 is with respect to 300 activity of third lineation arm can be maintained at the third connecting rod 350
In one scheduled scope of activities.Similarly, which also can be with respect to the scope of activities of the second lineation arm 200
The second connecting rod 250 and be maintained in a scheduled scope of activities, for example, the third lineation arm 300 is with respect to the second lineation arm
Pivoting angle when 200 activity can be maintained at the second connecting rod 250 in the scheduled scope of activities；And this second
Lineation arm 200 can be maintained at a scheduled activity with respect to the scope of activities of the first lineation arm 100 with the first connecting rod 150
In range, for example, pivoting angle when the second lineation arm 200 is with respect to 100 activity of the first lineation arm can with this first
Connecting rod 150 and be maintained in the scheduled scope of activities.For brevity, it is not repeated separately in this.
As shown in Fig. 8 and Fig. 9, be different from above-mentioned mounting means, user the wire-management device 20 can be carried out for example,
The overturning of 180 degree makes the first lineation arm 100 be converted into top layer from the bottom, and the 4th lineation arm 400 turns from top layer
Change lowest level into.
Coordinate shown in Figure 10 and Figure 11, can further dismantle the block piece 56 from the mounting portion 60 of the first lineation arm 100
Get off and installs to the mounting portion 60 of the 4th lineation arm 400；On the other hand, by the first end 20a of the first lineation arm 100
Connector 46 unload and installed to the first end 20a of the 4th lineation arm 400 from the first lineation arm 100.Accordingly, it can incite somebody to action
The first end 20a of 4th lineation arm 400 and second 20b are mounted respectively to second sliding rail assembly 30 and first sliding rail
First rail 34 of assembly 26, and the second end 20b of the first lineation arm 100 can be installed to the second of the first sliding rail assembly 26
The interconnecting piece 44a of the auxiliary member 40 of rail 36.In other words, wire-management device 20 of the invention can be applicable in and first sliding rail assembly
The line windering function that 26 connections are unfolded or connect expansion (such as Fig. 3) with second sliding rail assembly 30, and exchanged with left and right side.
As shown in figure 12, the first lineation arm 100 of the wire-management device 20 can be with first sliding rail with the second end 20b
Second rail 36 of assembly 26 is driven with respect to the activity displacement of the first rail 34, enables the wire-management device 20 in an expansion shape
State.
According to above explanation, it is known that enhancement effect of the invention is with advantage：
A. realize wire-management device have two section more than lineation arm be mutually movably connected with together, these lineation arms its
In may be configured with a connecting rod between two lineation arms, it is scheduled which can allow two lineation arms to be maintained at one relative to one another
In scope of activities.
B. wire-management device, which can be applicable in, connect expansion with first sliding rail assembly or connect exhibition with second sliding rail assembly
The line windering function opened, and exchanged with left and right side.
Although the present invention is described with reference to current specific embodiment, those of ordinary skill in the art
It should be appreciated that above embodiment is intended merely to illustrate the present invention, can also make in the case of no disengaging spirit of that invention
Go out various equivalent change and modification, therefore, as long as to the variation of above-described embodiment, change in the spirit of the present invention
Type will all be fallen in the range of the application claims.
Claims (16)
1. a kind of wire-management device, including one first lineation arm, one second lineation arm and a first connecting rod, it is characterised in that：
The second lineation arm is movably coupled to the first lineation arm；And
The first connecting rod is attached between the first lineation arm and the second lineation arm, which has a first part
An and second part, wherein the first part is connected to one of the first lineation arm and the second lineation arm, the second part energy
By another drive of the first lineation arm and the second lineation arm, make the second lineation arm with respect to the angle of spread of the first lineation arm
Degree can be maintained at the first connecting rod in a predetermined range；
Wherein, the first lineation arm includes a first end, which is articulated in adjacent be somebody's turn to do comprising a first end
The top of the first end of first lineation arm；
Wherein, the wire-management device includes also a third lineation arm and one the 4th lineation arm, and the 4th lineation arm is to be articulated in this
The top of third lineation arm, the second lineation arm also include a second end, which is pivoted to adjacent second reason
The top of the second end of line arm.
2. wire-management device according to claim 1, which is characterized in that the first part of the first connecting rod is to be articulated in this
First lineation arm, and one of the first connecting rod and the second lineation arm also have one first guide groove, the first connecting rod with
The second lineation arm be movably installed in first guide groove with one first guide member and can be relatively movable.
3. wire-management device according to claim 2, which is characterized in that the second part of the first connecting rod forms a stopper
Positioned at a precalculated position of first guide groove, keep first guide member movable in first guide groove, and scope of activities is at this
Between the first part of first connecting rod and the second part of the first connecting rod.
4. wire-management device according to claim 1, which is characterized in that be also attached to second lineation comprising a second connecting rod
Between arm and the third lineation arm, which has a first part and a second part, wherein the of the second connecting rod
A part is connected to one of the second lineation arm and the third lineation arm, and the second part of the second connecting rod can be by second lineation
Another drive of arm and the third lineation arm, and one of the second connecting rod and the third lineation arm also have one second to lead
Slot, the second connecting rod are movably installed in second guide groove with one second guide member with the third lineation arm and being capable of phases
It is movable over the ground, so that the third lineation arm is maintained at one with the second connecting rod with respect to the expanded angle of the second lineation arm pre-
In fixed range.
5. wire-management device according to claim 4, which is characterized in that the second part of the second connecting rod forms a stopper
Positioned at a precalculated position of second guide groove, keep second guide member movable in second guide groove, and scope of activities is at this
Between the first part of second connecting rod and the second part of the second connecting rod.
6. wire-management device according to claim 1, which is characterized in that be also attached to the third lineation comprising a third connecting rod
Between arm and the 4th lineation arm, which has a first part and a second part, wherein the of the third connecting rod
A part is connected to one of the third lineation arm and the 4th lineation arm, and the second part of the third connecting rod can be by the third lineation
Another drive of arm and the 4th lineation arm, and one of the third connecting rod and the 4th lineation arm also there is a third to lead
Slot, the third connecting rod are movably installed in the third guide groove with a third guide member with the 4th lineation arm and being capable of phases
It is movable over the ground, so that the 4th lineation arm is maintained at one with the third connecting rod with respect to the expanded angle of the third lineation arm pre-
In fixed range.
7. wire-management device according to claim 6, which is characterized in that the second part of the third connecting rod forms a stopper
Positioned at a precalculated position of the third guide groove, keep the third guide member movable in the third guide groove, and scope of activities is at this
Between the first part of third connecting rod and the second part of the third connecting rod.
8. a kind of wire-management device, for a pair of of sliding rail assembly, the wire-management device include one first lineation arm, one second lineation arm,
One third lineation arm, a first connecting rod and a second connecting rod, it is characterised in that：
There is the first lineation arm first end and a second end to be connected to each sliding rail assembly respectively；
The second lineation arm has a first end and a second end, wherein the first end of the second lineation arm is living
It is connected to the first end of the adjacent first lineation arm dynamicly；
The third lineation arm is movably connected with to the second end of the adjacent second lineation arm；
The first connecting rod is attached between the first lineation arm and the second lineation arm, which has a first part
An and second part, wherein the first part is connected to one of the first lineation arm and the second lineation arm, the second part energy
By another drive of the first lineation arm and the second lineation arm, make the second lineation arm with respect to the angle of spread of the first lineation arm
Degree can be maintained at the first connecting rod in a predetermined range；And
The second connecting rod is attached between the second lineation arm and the third lineation arm, which has a first part
An and second part, wherein the first part of the second connecting rod is connected to one of the second lineation arm and the third lineation arm, should
The second part of second connecting rod can be by another drive of the second lineation arm and the third lineation arm；
Wherein, the second lineation arm is to be movably connected with to the top of the first lineation arm, which is actively
It is connected to the top of the second lineation arm.
9. wire-management device according to claim 8, which is characterized in that the first part of the first connecting rod is to be articulated in this
First lineation arm, one of the first connecting rod and the second lineation arm also have one first guide groove, the first connecting rod with should
Second lineation arm is movably installed at one first guide member in first guide groove, and the second part shape of the first connecting rod
It is located at a precalculated position of first guide groove at a stopper, keeps first guide member movable in first guide groove, and activity
Range is between the first part of the first connecting rod and the second part of the first connecting rod.
10. wire-management device according to claim 8, which is characterized in that the third lineation arm includes corresponding 1 first
End and a second end, the wire-management device also include one the 4th lineation arm, and the second end of the third lineation arm actively connects
It is connected to the top of the second end of the adjacent second lineation arm, the 4th lineation arm is movably connected with to the of the third lineation arm
The top of one end.
11. wire-management device according to claim 10, which is characterized in that be also attached to third reason comprising a third connecting rod
Between line arm and the 4th lineation arm, which has a first part and a second part, wherein the third connecting rod
First part is connected to one of the third lineation arm and the 4th lineation arm, and the second part of the third connecting rod can be managed by the third
Another drive of line arm and the 4th lineation arm.
12. wire-management device according to claim 10, which is characterized in that also comprising a block piece be removably mounted on this
One of one lineation arm and the 4th lineation arm, the block piece have a height and can be in the second lineation arms of the wire-management device
First lineation arm activity opposite with the third lineation arm and while folding, provides a barrier effect.
13. wire-management device according to claim 12, which is characterized in that also include shrapnel setting in the block piece, this
One lineation arm all there are a plurality of mounting portions to be installed for the block piece with the 4th lineation arm, which has plurality of holes, the bullet
Piece one of is corresponded to the plurality of holes, and there is the large aperture small-bores a Bu Yuyi portion to be connected in each hole, shrapnel tool
There is a retaining wall that the intersection in the large aperture portion and small-bore portion of one of the adjacent plurality of holes is set.
14. a kind of wire-management device, is suitable for a rack system, which provides a pair of of sliding rail assembly and supplies a carrier
It installs to two pairs of columns of a rack, each sliding rail assembly includes one first rail and one second rail, which can longitudinally phase
To the first rail activity displacement, the first rail of each sliding rail assembly adheres to corresponding a pair of of column, each sliding rail assembly
The second rail for the carrier install, the wire-management device include one first lineation arm, one second lineation arm, a third lineation arm and
One the 4th lineation arm, it is characterised in that：
The first lineation arm includes a corresponding first end and a second end, and the first end and the second end are point
It is not connected to the first rail of each sliding rail assembly；
The second lineation arm includes a corresponding first end and a second end, the first end activity of the second lineation arm
Ground is connected to the first end of the first lineation arm；
The third lineation arm includes a corresponding first end and a second end, the second end activity of the third lineation arm
Ground is connected to the second end of the second lineation arm；And
The 4th lineation arm includes a corresponding first end and a second end, the first end activity of the 4th lineation arm
Ground is connected to the first end of the third lineation arm, and the second end of the 4th lineation arm is connected to this to the second of sliding rail assembly
One of one of rail and the carrier；
Wherein, the first end of the second lineation arm is movably connected with the top of the first end to the first lineation arm, should
The second end of third lineation arm is movably connected with the top of the second end to the second lineation arm, and the of the 4th lineation arm
One end is movably connected with the top of the first end to the third lineation arm.
15. wire-management device according to claim 14, which is characterized in that further include that a first connecting rod is attached to first reason
Between line arm and the second lineation arm；One second connecting rod is attached between the second lineation arm and the third lineation arm；And one
Third connecting rod is attached between the third lineation arm and the 4th lineation arm.
16. wire-management device according to claim 14, which is characterized in that also comprising a block piece be removably mounted on this
One of one lineation arm and the 4th lineation arm, the block piece have a height and can be in the second lineation arms of the wire-management device
First lineation arm activity opposite with the third lineation arm and while folding, provides a barrier effect.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510238854.8A CN106304741B (en) | 2015-05-12 | 2015-05-12 | Wire-management device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510238854.8A CN106304741B (en) | 2015-05-12 | 2015-05-12 | Wire-management device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN106304741A CN106304741A (en) | 2017-01-04 |
| CN106304741B true CN106304741B (en) | 2018-10-12 |
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ID=57630626
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510238854.8A Active CN106304741B (en) | 2015-05-12 | 2015-05-12 | Wire-management device |
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| Country | Link |
|---|---|
| CN (1) | CN106304741B (en) |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101546899A (en) * | 2008-03-28 | 2009-09-30 | 富士通株式会社 | Cable management apparatus and method for managing cables of an electronic apparatus |
| JP2009254156A (en) * | 2008-04-08 | 2009-10-29 | Hitachi Kokusai Electric Inc | Cable guiding arrangement |
| CN102264211A (en) * | 2010-05-31 | 2011-11-30 | 鸿富锦精密工业（深圳）有限公司 | Wire neatening device |
| CN203859960U (en) * | 2014-04-09 | 2014-10-01 | 苏州旭鹏精密工业有限公司 | Improved structure of wire manager of cabinet |
| JP3197090U (en) * | 2015-02-06 | 2015-04-16 | 川湖科技股▲分▼有限公司 | Cable management kit |
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2015
- 2015-05-12 CN CN201510238854.8A patent/CN106304741B/en active Active
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101546899A (en) * | 2008-03-28 | 2009-09-30 | 富士通株式会社 | Cable management apparatus and method for managing cables of an electronic apparatus |
| JP2009254156A (en) * | 2008-04-08 | 2009-10-29 | Hitachi Kokusai Electric Inc | Cable guiding arrangement |
| CN102264211A (en) * | 2010-05-31 | 2011-11-30 | 鸿富锦精密工业（深圳）有限公司 | Wire neatening device |
| CN203859960U (en) * | 2014-04-09 | 2014-10-01 | 苏州旭鹏精密工业有限公司 | Improved structure of wire manager of cabinet |
| JP3197090U (en) * | 2015-02-06 | 2015-04-16 | 川湖科技股▲分▼有限公司 | Cable management kit |
Also Published As
| Publication number | Publication date |
|---|---|
| CN106304741A (en) | 2017-01-04 |
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