CN109828642A - Server system - Google Patents
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- CN109828642A CN109828642A CN201711180972.3A CN201711180972A CN109828642A CN 109828642 A CN109828642 A CN 109828642A CN 201711180972 A CN201711180972 A CN 201711180972A CN 109828642 A CN109828642 A CN 109828642A
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- Prior art keywords
- support
- hard disc
- rod
- disc module
- rack
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02D—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN INFORMATION AND COMMUNICATION TECHNOLOGIES [ICT], I.E. INFORMATION AND COMMUNICATION TECHNOLOGIES AIMING AT THE REDUCTION OF THEIR OWN ENERGY USE
- Y02D10/00—Energy efficient computing, e.g. low power processors, power management or thermal management
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Abstract
The present invention provides a kind of server system, includes a rack, a fan unit and a data storage element.The data storage element includes the frame module between first hard disc module and the fan unit of one first hard disc module, one, one is set to the second hard disc module in the frame module, multiple hard disks in second hard disc module.The frame module includes two support devices.Each support device has a first support, a telescopic unit and a second support.Second hard disc module is set in the second support.When the telescopic unit is interlocked the second support toward the direction movement far from the first support by external force, the second support matches and then second hard disc module is driven to be moved to a replacement position.When the replacement position, the second support is respectively further from corresponding first support and is located at second hard disc module outside the rack, and can carry out extracting replacing to the hard disk in second hard disc module.
Description
Technical field
The invention relates to a kind of rack servers, particularly relate to a kind of server system of replacement easy to repair.
Background technique
In the server system of rack-mount server, often need to install the hard disk memory device of certain amount number.It is logical
Often in order to facilitate Fast Installation, the hard disk memory device can be accommodated using multiple hard-disk cartridges (HDD Cage) and be integrated into multiple groups
Hard disc storage unit, then be sequentially installed on the hard disc storage unit in rack according to actual demand.
In general, the accommodating space of rack can first distinguish motherboard area, fan area and hard disc storage cellular zone, and
The hard disc storage unit can sequentially be mounted into the required position of the hard disc storage cellular zone, but usually, the hard disk
Storage element area can be only devised slightly larger than space needed for can accommodating the hard disc storage unit, and reach effective use machine
The purpose of accommodating space in frame.So the hard disc storage unit is spaced each other apart from close, therefore user can not use hand
It protrudes into the mutual spacing distance of hard disc storage unit, and causes the subsequent hard disk if you need to repair or replace close to fan area
When storage element, the mode that the hard disc storage unit of fan area is separated one by one arduously sequentially will be far from when user costs,
The hard disc storage unit of the required maintenance close to fan area can be replaced, and after the completion of replacement, user is still to sequentially will cumbersomely
Hard disc storage unit reinstalls one by one, causes the puzzlement and trouble of user, wastes time there are inconvenience and very much, and pole need to be into
One step, which is inquired into, to be improved.
Summary of the invention
The technical problem to be solved by the present invention is to be to provide a kind of server system of replacement easy to repair.
In order to solve the above technical problems, server system of the present invention, includes a rack, a host plate unit, a fan list
Member and a data storage element.
The host plate unit, the fan unit and the data storage element are all set in the rack, and the fan unit
Between the host plate unit and the data storage element.
The data storage element include one be set in the rack and can toward the direction far from the fan unit it is mobile the
One hard disc module, one are set in the rack and the frame module between first hard disc module and the fan unit, one
It detachable the second hard disc module being set in the frame module and multiple drawable is incorporated into second hard disc module
Hard disk.The frame module can be moved up and down relative to the rack, and be respectively arranged at the two of the rack including two and tossed about and position
Support device in the rack.Each support device have one be fixedly arranged in the rack first support, one be hubbed at this
Telescopic unit on one bracket and the connection telescopic unit and can be driven by the telescopic unit and relative in the first support
The second support of lower movement.Second hard disc module is set in the second support.
The second support, which matches, can drive second hard disc module to move between a stowed position and a replacement position.
When the stowed position, the second support is respectively close to corresponding first support and second hard disc module is made to be located at the rack
It is interior；When the replacement position, the second support is respectively further from corresponding first support and is located at second hard disc module should
Outside rack, at this point, the hard disk in second hard disc module can be extracted replacement.When the external force that the telescopic unit is unfolded
And it is mobile toward the direction far from the first support, and the direction for interlocking the second support toward the separate first support is mobile, into
And second hard disc module is driven to be moved to the replacement position.When the past first support of the compressed external force of the telescopic unit
Direction it is mobile, and it is mobile toward the direction of the first support to interlock the second support, and then second hard disc module is driven to move
It moves to the stowed position.
Compared to the prior art, server system of the present invention can be driven by the second support by the telescopic unit
And it is moved up and down relative to the first support, and then drive second hard disc module in the stowed position and the replacement position
Between the design that moves, when needing replacing or repair second hard disc module, if the external force that the telescopic unit is put to good use open and
It is mobile toward the direction far from the first support to interlock the second support, and then second hard disc module is driven to be moved to the replacement
Position, and reaching can quickly and easily replace the hard disk abstraction in two hard disc modules and carry out the operation of subsequent maintenance.
[Detailed description of the invention]
Fig. 1 is a perspective view, illustrates the first embodiment of server system of the present invention.
Fig. 2 is a stereoscopic schematic diagram, aids in illustrating Fig. 1.
Fig. 3 is one side schematic view, is illustrated in the first embodiment, a first support of a frame module, a flexible list
The connection relationship of member and a second support.
Fig. 4 is one side schematic view, aids in illustrating Fig. 3.
Fig. 5 is a stereoscopic schematic diagram, is illustrated in the first embodiment, the first support, the telescopic unit, the second support
With the connection relationship of two elastic articulated parts.
Fig. 6 is a perspective view, illustrates the second embodiment of server system of the present invention.
Fig. 7 is a stereoscopic schematic diagram, aids in illustrating Fig. 6.
Fig. 8 is one side schematic view, is illustrated in the second embodiment, a first support of a frame module, a flexible list
The connection relationship of member and a second support.
Fig. 9 is one side schematic view, aids in illustrating Fig. 8.
[specific embodiment]
It please refers to shown in Fig. 1, Fig. 2 and Fig. 4, the first embodiment of server system of the present invention, includes a rack 1, a motherboard
Unit 2, a fan unit 3 and a data storage element 4.
The host plate unit 2, the fan unit 3 and the data storage element 4 are all set in the rack 1, and the fan
Unit 3 is located between the host plate unit 2 and the data storage element 4.
The data storage element 4 includes that first hard disc module 5, one for being removably set to the rack 1 is set to this
In rack 1 and the frame module 6, one between first hard disc module 5 and the fan unit 3 is removably set to the frame
The second hard disc module 7 and multiple hard disks 71 being incorporated into second hard disc module 7 drawablely in frame module 6.The frame
Module 6 can be moved up and down relative to the rack 1, and two opposite sides for being respectively arranged at the rack 1 including two and be located at the rack 1
Interior support device 61 and two clamping close devices 66 to support device 61 described in blocking respectively.
There is each support device 61 first support 62, one being fixedly arranged in the rack 1 to be hubbed at the first support 62
It relative to the telescopic unit 63 that the first support 62 moves up and down and the connection telescopic unit 63 and can be stretched above and by this
Unit 63 drives and the second support 64 that moves up and down relative to the first support 62.Second hard disc module 7 is locked on described
In second support 64.The second support 64 can be by the telescopic unit 63 gearing and relative to about 62 first support
It is mobile, and then cooperate and second hard disc module 7 is driven to move between a stowed position and a replacement position.In the stowed position
When, the second support 64 is respectively close to corresponding first support 62 and is located at second hard disc module 7 in the rack 1；In
When the replacement position, the second support 64 is respectively further from corresponding first support 62 and is located at second hard disc module 7 should
Outside rack 1, at this point, the hard disk 71 in second hard disc module 7 can be extracted replacement.
Herein it is noted that each first support 62 has a first sliding groove 621.Each first sliding groove 621 has one
First folds end 622 and one first expansion end 623 (see Fig. 3).Each second support 64 has a second sliding slot 641 and one past
The fastening part 647 that the direction of first hard disc module 5 extends.Each second sliding slot 641 has one second to fold end 642 and one
Second expansion end 643.
Each telescopic unit 63 have first body of rod 631 being articulated in the first support 62 and one be articulated in this
Second body of rod 633 on two brackets 64.Every one first body of rod 631 is connected with the pivot joint intersected with each other of corresponding second body of rod 633, often
One first body of rod 631 has first spacing projection 632 for slippingly wearing corresponding second sliding slot 641, every one second bar
Body 633 has second spacing projection 634 for slippingly wearing corresponding first sliding groove 621.
Specifically, it please refers to shown in Fig. 2, Fig. 3 and Fig. 4, when first body of rod 631 of the telescopic unit 63 and institute
State second body of rod 633 simultaneously toward the direction of the first support 62 close to when, can synchronize distinguishes first spacing projection 632
The direction movement for folding end 642 toward corresponding second folds end 622 toward corresponding first respectively with second spacing projection 634
Direction it is mobile, and it is close toward the direction of corresponding first support 62 respectively to make the second support 64, and drives this second hard
Disk module 7 is mobile toward the stowed position.When the stowed position, first spacing projection 632 bears against corresponding second
End 642 is folded, and second spacing projection 634 bears against corresponding first and folds end 622, and makes the second support 64
Respectively close to corresponding first support 62, second hard disc module 7 is located in the rack 1.Described in the telescopic unit 63
When first body of rod 631 is mobile toward the direction far from the first support 62, gearing second body of rod 633 can be synchronized and (please referred to
Shown in Fig. 4, ground of assuming as a matter of course, first body of rod 631 refers to every one first body of rod far from the direction movement of the first support 62
631 to be articulated in the pivoting point of corresponding first support 62 as axle center and make every one first body of rod 631 toward far from corresponding first
The direction pivot of bracket 62, and corresponding second body of rod 633 of synchronous gearing is as illustrated in fig. 4 far from corresponding first support 62),
And can synchronize limits first spacing projection 632 toward the direction at corresponding second expansion end 643 is mobile with described second respectively
Position pillar 634 is mobile toward the direction at corresponding first expansion end 623 respectively, and makes the second support 64 respectively toward far from corresponding
First support 62 direction it is mobile, and drive second hard disc module 7 mobile toward the replacement position.When the replacement position,
First spacing projection 632 bears against corresponding second expansion end 643, and second spacing projection 634 is born against
Corresponding first expansion end 623, and it is located at second hard disc module 7 outside the rack 1, at this point, in second hard disc module 7
The hard disk 71 can be extracted replacement.
In addition, in this present embodiment, each clamping close device 66 has first for being hubbed at corresponding support device 61
Pressing piece 67 and an elasticity on 62 outside of frame are articulated on the pressing piece 67 and can be sticked in the card of corresponding second support 64
The fastener 68 in portion 647 processed.The rack 1 includes a substrate 11, two from two opposite sides of the substrate 11 toward far from the substrate 11
The side plate 12 and two that direction extends are opened on the side plate 12 respectively and the hole 13 of the corresponding pressing piece 67.User
The pressing piece 67 can be directly pressed through described hole 13.When the stowed position, the second support 64 respectively close to
Corresponding first support 62 and second hard disc module 7 is located in the rack 1, the fastener 68 is sticked in corresponding card at this time
In portion 647 processed, and the support device 61 can be fastened in the rack 1.
In addition, it should be particularly noted that, each support device 61 also has two elastic articulated parts 65 (see Fig. 5), it is described
Corresponding first body of rod 631, second body of rod 633 are articulated in corresponding first support 62, second respectively by elastic articulated part 65
On frame 64.In use, pressing the pressing piece 67 first and the fastener 68 being made to be detached from corresponding 647 (pressing institute of fastening part
State pressing piece 67 and accumulate resilient bias and drive the fastener 68 mobile, when pressing force disappears the fastener 68 can be because
Resilient bias is returned to previous position, be common application technology, do not repeat separately herein), due to first body of rod 631,
Second body of rod 633 is to be articulated in corresponding first support 61, in second support 64, and when the fastening part 647 is not by the card
When the engaging power limit of fastener 68, the elasticity articulated part 65 can generate the resilient bias of an expansion and make first body of rod
631 with second body of rod 633 simultaneously first toward the mobile climb in direction far from the first support 62 to a force position
It sets, in this present embodiment, which is 20 millimeters (mm), and allows user that can protrude into the space in the rack 1, after benefit
Continuous to facilitate force and second hard disc module 7 is driven to be moved to the replacement position, but not limited to this, can also according to actually considering,
The resilient bias being unfolded produced by the elastic articulated part 65 is directly designed to be enough to make first body of rod 631 and described second
The body of rod 633 drives second hard disc module 7 to be moved to the replacement position, that is to say, that force application location is set to identical with the change bit
Position.
Then, the telescopic unit 63 is applied into the external force of an expansion and keeps first body of rod 631, second body of rod 633 past
Direction far from the first support 62 is mobile, such as: with hand by the second support 64 or first body of rod 631 with it is described
Second body of rod 633 up moves, and it is mobile toward the direction far from the first support 62 to interlock the second support 64, and then drives
Second hard disc module 7 is moved to the replacement position, and but not limited to this, can also be directly with hand by second hard disc module 7
Up lifting can also be such that first body of rod 631, second body of rod 633 up moves and cooperate simultaneously to interlock described second
Frame 64 is mobile toward the direction far from the first support 62, and then second hard disc module 7 is moved to the replacement position.When
For second hard disc module 7 when the replacement position, user can be directly by the hard disk 71 of required maintenance in second hard disc module 7
Extracting replacing is not required to replace second hard disc module 7 after sequentially separating first hard disc module 5, reduces dimension
The cumbersome movement for repairing dismantling effectively saves the time and improves working efficiency.Finally, after the completion of second hard disc module 7 replacement,
As long as interlock keep second support 64 mobile toward the direction of the first support 62 by the external force of the telescopic unit 63 pressure contracting,
Such as: the second support 64 or first body of rod 631 are moved down with second body of rod 633 with hand, and interlocked
The second support 64 is mobile toward the direction of the first support 62, and then drives second hard disc module 7 to be moved to this and fold position
It sets, or directly being pressed down second hard disc module 7 with hand can also make first body of rod 631, second body of rod 633 past
It is mobile toward the direction of the first support 62 that lower movement and cooperating simultaneously interlocks the second support 64, and then by the second hard disk mould
Block 7 is moved to after the stowed position and the elastic articulated part 65 has accumulated resilient bias, in addition, in the second support 64
Toward the stowed position movement during, the flange (not shown) of the fastening part 647 can first push corresponding fastener 68
And makes the fastener 68 slightly pivot and can allow described second without stopping corresponding fastening part 647 toward the lower movement outward
Bracket 64 moves down, at this point, the fastener 68 has accumulated resilient bias, folds when the second support 64 is moved to this
When position, the fastener 68 pivot and the corresponding fastening part 647 of blocking inside due to its resilient bias discharges, and then make institute
Support device 61 is stated to be fastened in the rack 1.
It can be by the telescopic unit 63 drive and relative to about 62 first support by the second support 64
It is mobile, and then the design for driving second hard disc module 7 to move between the stowed position and the replacement position, when needing replacing or
When repairing second hard disc module 7, as long as external force and the gearing second support 64 that the telescopic unit 63 is put to good use open are past
Direction far from the first support 62 is mobile, and then second hard disc module 7 is driven to be moved to the replacement position, and can reach just
In by 7 extracting replacing of the second hard disc module and carry out subsequent maintenance operation.
Please refer to shown in Fig. 6, Fig. 7 and Fig. 9, the second embodiment of server system of the present invention, substantially with this first implement
Example is identical, and different places are: the first support 62 of each support device 61 of the frame module 6 has a third sliding slot
624.There is each third sliding slot 624 third to fold end 625 and third expansion end 626.Each second support 64 has one
4th sliding slot 644.Every one the 4th sliding slot 644 has one the 4th to fold end 645, and end 646 is unfolded in Ji Yi tetra-.Every one first body of rod
631 two opposite ends are hubbed at corresponding first support 62, in second support 64 respectively.Every one second body of rod 633 can with one
It slippingly wears the third spacing projection 635 of corresponding third sliding slot 624 and one slippingly wears corresponding 4th sliding slot
644 the 4th spacing projection 636.Every one first body of rod 631 is connected with the pivot joint intersected with each other of corresponding second body of rod 633.
Specifically, it please refers to shown in Fig. 7, Fig. 8 and Fig. 9, when first body of rod 631 of the telescopic unit 63 is toward institute
State the direction of first support 62 close to when, can synchronize makes the third spacing projection 635 of second body of rod 633 respectively toward corresponding
Close the 4th spacing projection 636 with second body of rod 633 in direction that third folds end 625 is folded toward the corresponding 4th respectively
The direction at end 645 moves close to, and drives the second support 64 towards far from first hard disc module 5 and toward corresponding the simultaneously
The direction of one bracket 62 is close, and then keeps second hard disc module 7 mobile toward the stowed position.When the stowed position, institute
It states third spacing projection 635 and bears against corresponding third and fold end 625, and the 4th spacing projection 636 is born against pair
The 4th answered folds end 645, and makes the second support 64 respectively close to corresponding second support 64 and make the second hard disk mould
Block 7 is located in the rack 1.
It (is asked when mobile toward the direction far from the first support 62 when first body of rod 631 of the telescopic unit 63
As shown in fig.7, ground of assuming as a matter of course, first body of rod 631 refers to every one first far from the direction movement of the first support 62
The body of rod 631 is to be articulated in the pivoting point of corresponding first support 62 as axle center and make every one first body of rod 631 toward separate correspondence
The direction of first support 62 is mobile, and corresponding second body of rod 633 of synchronous gearing is as illustrated in fig. 7 far from corresponding first support
62), can synchronize leans on the third spacing projection 635 of second body of rod 633 toward the direction at corresponding third expansion end 626 respectively
Closely moved close to respectively toward the direction at corresponding 4th expansion end 646 with the 4th spacing projection 636 of second body of rod 633,
And the second support 64 is driven to move towards close to first hard disc module 5 and toward the direction far from corresponding first support 62 simultaneously
It is dynamic, and then keep second hard disc module 7 mobile toward the replacement position.And when the replacement position, the third spacing projection 635
Corresponding third expansion end 626 is born against, and second spacing projection 634 bears against corresponding 4th expansion end 646,
And it is located at second hard disc module 7 outside the rack 1, at this point, the hard disk 71 in second hard disc module 7 can be extracted more
It changes.
In addition, it should be particularly noted that, each support device 61 also has two elastic articulated parts 65, the elasticity pivot joint
Two opposite ends of corresponding first body of rod, 631 pivot are articulated in corresponding first support 62, in second support 64 respectively by part 65.Make
Used time presses the pressing piece 67 and the fastener 68 is made to be detached from corresponding fastening part 647, first due to every one first body of rod
631 two opposite ends are to be articulated in corresponding first support 62, in second support 64, and when the fastening part 647 is not by described
When the engaging power limit of fastener 68, the elasticity articulated part 65 can generate the resilient bias of an expansion and make first bar
Body 631 is toward the mobile climb in the direction far from the first support 62, and synchronizing limits the third of second body of rod 633
Position pillar 635 is respectively toward close the 4th spacing projection with second body of rod 633 in direction at corresponding third expansion end 626
636 move close to toward the direction at corresponding 4th expansion end 646 respectively, and increase the space that user can protrude into the rack 1.
Then, the telescopic unit 63 is applied into the external force of an expansion and is moved toward the direction far from the first support 62, example
Such as: up moving first body of rod 631 with hand and synchronized distinguishes the third spacing projection 635 of second body of rod 633
Toward corresponding third expansion end 626 direction it is close with the 4th spacing projection 636 of second body of rod 633 respectively toward corresponding
The direction at the 4th expansion end 646 moves close to, and interlocks the second support 64 towards close to first hard disc module 5 and toward separate
The direction of corresponding first support 62 is mobile, and then second hard disc module 7 is driven to be moved to the replacement position, or can also be with
Directly up being lifted second hard disc module 7 with hand, which can also make first body of rod 631 up move and synchronize, makes institute
It is close with second bar toward the direction at corresponding third expansion end 626 respectively to state the third spacing projection 635 of second body of rod 633
4th spacing projection 636 of body 633 is moved close to toward the direction at corresponding 4th expansion end 646 respectively, and described in simultaneous linkage
Second support 64 towards mobile close to first hard disc module 5 and toward the direction far from corresponding first support 62, and then by this
Two hard disc modules 7 are moved to the replacement position.When second hard disc module 7 is when the replacement position, user can be direct
By 71 extracting replacing of hard disk of required maintenance in second hard disc module 7, it is not required to after sequentially separating first hard disc module 5
Second hard disc module 7 can be replaced, reduce the cumbersome movement of maintenance dismantling, effectively save the time and improve work effect
Rate.Finally, after the completion of second hard disc module 7 replacement, if by the external force of the telescopic unit 63 pressure contracting toward this
The direction of one bracket 62 is mobile, such as: first body of rod 631, which is moved down, and is synchronized with hand makes second body of rod 633
Close the 4th limit with second body of rod 633 in direction that folds end 625 toward corresponding third respectively of third spacing projection 635
The direction that position pillar 636 folds end 645 toward the corresponding 4th respectively moves close to, and interlocks the second support 64 and be somebody's turn to do toward separate
First hard disc module 5 and mobile towards the direction of corresponding first support 62, and then second hard disc module 7 is driven to be moved to the receipts
Coincidence is set, or directly second hard disc module 7 pressed down with hand can also make first body of rod 631 move down and
And synchronize make the third spacing projection 635 of second body of rod 633 respectively toward the direction at corresponding third expansion end 626 it is close with
4th spacing projection 636 of second body of rod 633 is moved close to toward the direction at corresponding 4th expansion end 646 respectively, and same
Second support 64 described in Shi Liandong is toward separate first hard disc module 5 and mobile towards the direction of corresponding first support 62, in turn
Second hard disc module 7 is moved to after the stowed position and the elastic articulated part 65 has accumulated resilient bias at this time, most
The corresponding fastening part 647 of 68 blocking of fastener afterwards, and it is fastened in the support device 61 in the rack 1.
In conclusion server system of the present invention, can be driven by the telescopic unit 63 by the second support 64 and
It is moved up and down relative to the first support 62, and then drives second hard disc module 7 in the stowed position and the change bit
The design moved between setting, when needing replacing or repairing second hard disc module 7, as long as being interlocked through the telescopic unit 63 described
Second support 64 is mobile toward the direction far from the first support 62, and second hard disc module 7 is driven to be moved to the replacement position,
And the 71 extracting replacing operation of hard disk in second hard disc module 7 can be rapidly carried out convenient for user, effectively time saving and raising
Efficiency.
The above description is merely a specific embodiment, but scope of protection of the present invention is not limited thereto, any
Those familiar with the art in the technical scope disclosed by the present invention, can easily think of the change or the replacement, and should all contain
Lid is within protection scope of the present invention.Therefore, protection scope of the present invention should be subject to the protection scope in claims.
Claims (7)
1. a kind of server system characterized by comprising
One rack；
One is set to the host plate unit in the rack；
One is set to the fan unit in the rack；
One is set to the data storage element in the rack；
The fan unit is located between the host plate unit and the data storage element, which is set to including one
The first hard disc module in the rack, one are set in the rack and between first hard disc module and the fan unit,
And it can be relative to the frame module that the rack moves up and down, a detachable second hard disk mould being set in the frame module
Block and multiple drawable hard disks being incorporated into second hard disc module, the frame module are respectively arranged at the machine including two
The two of frame toss about and are located at the support device in the rack, and each support device has first be fixedly arranged in the rack
Frame, a telescopic unit being hubbed in the first support and one link the telescopic unit and can be driven and phase by the telescopic unit
For the second support that the first support moves up and down, which is set in the second support, and described second
Bracket, which matches, can drive second hard disc module to move between a stowed position and a replacement position, when the stowed position,
The second support is respectively close to corresponding first support and is located at second hard disc module in the rack；In the replacement position
When, the second support is respectively further from corresponding first support and is located at second hard disc module outside the rack, at this point, this
The hard disk in two hard disc modules can be extracted replacement.
2. server system according to claim 1, it is characterised in that: the first support of each support device has one the
One sliding slot, each first sliding groove, which has one first to fold end and one first expansion end, each second support, has one second to slide
Slot, each second sliding slot have one second fold end and one second expansion end, each telescopic unit have one be articulated in this first
First body of rod and one on bracket are articulated in second body of rod in the second support, every one first body of rod and corresponding second bar
Body pivot joint intersected with each other is connected, and every one first body of rod has first limit convex for slippingly wearing corresponding second sliding slot
Column, every one second body of rod has second spacing projection for slippingly wearing corresponding first sliding groove, when the telescopic unit
First body of rod and second body of rod simultaneously toward the direction of the first support close to when, can synchronize make it is described first limit
The direction movement that position pillar folds end toward corresponding second respectively is folded toward corresponding first respectively with second spacing projection
The direction at end is mobile, and it is close toward the direction of corresponding first support respectively to make the second support, and then makes second hard disk
Module is mobile toward the stowed position, and when the stowed position, first spacing projection bears against corresponding second and folds
End, and second spacing projection bears against corresponding first and folds end, and makes the second support respectively close to corresponding
First support and it is located at second hard disc module in the rack；When first body of rod and described second of the telescopic unit
When the body of rod is mobile toward the direction far from the first support simultaneously, can synchronize makes first spacing projection respectively toward corresponding the
The direction at two expansion ends is mobile mobile toward the direction at corresponding first expansion end respectively with second spacing projection, and makes described
Second support is mobile toward the direction far from corresponding first support respectively, and then moves second hard disc module toward the replacement position
It is dynamic, and when the replacement position, first spacing projection bears against corresponding second expansion end, and second limit convex
Column bears against corresponding first expansion end, and is located at second hard disc module outside the rack, at this point, second hard disc module
The interior hard disk can be extracted replacement.
3. server system according to claim 2, it is characterised in that: each support device also has two elasticity pivot joints
First, second body of rod is articulated on first, second bracket by part, the elasticity articulated part.
4. server system according to claim 1, it is characterised in that: the first support of each support device has one the
Three sliding slots, there is each third sliding slot a third, which to fold end and third expansion end, each second support, has one the 4th to slide
Slot, every one the 4th sliding slot have one the 4th to fold end, and end is unfolded in Ji Yi tetra-, and each telescopic unit has one first body of rod, and
Two opposite ends of one second body of rod, every one first body of rod are hubbed at respectively on corresponding first, second bracket, every one second body of rod
The third spacing projection and one for slippingly wearing corresponding third sliding slot with one slippingly wear corresponding 4th sliding slot
The 4th spacing projection, every one first body of rod and corresponding second body of rod it is intersected with each other pivot joint be connected, when the telescopic unit it
First body of rod toward the direction of the first support close to when, can synchronize distinguishes the third spacing projection of second body of rod
The direction movement for folding end toward corresponding third is folded toward the corresponding 4th respectively with the 4th spacing projection of second body of rod
The direction at end is mobile, and drives the second support towards the side far from first hard disc module and past corresponding first support simultaneously
To close, and then it is mobile toward the stowed position to make second hard disc module, and when the stowed position, the third spacing projection
It bears against corresponding third and folds end, and the 4th spacing projection bears against the corresponding 4th and folds end, and make described
Second support is located at second hard disc module in the rack respectively close to corresponding second support；When the telescopic unit it
When first body of rod is mobile toward the direction far from the first support, the third spacing projection for making second body of rod can be synchronized
It moves respectively with the 4th spacing projection of second body of rod toward the direction at corresponding third expansion end respectively toward the corresponding 4th
The direction that end is unfolded is mobile, and drives the second support towards close to first hard disc module and toward far from corresponding first simultaneously
The direction of bracket is mobile, and then it is mobile toward the replacement position to make second hard disc module, and when the replacement position, the third
Spacing projection bears against corresponding third expansion end, and the 4th spacing projection bears against corresponding 4th expansion end,
And it is located at second hard disc module outside the rack, at this point, the hard disk in second hard disc module can be extracted replacement.
5. server system according to claim 4, it is characterised in that: each support device also has two elasticity pivot joints
Two opposite ends of first body of rod are articulated on corresponding first, second bracket by part, the elasticity articulated part.
6. the server system according to claim 3 or 5, it is characterised in that: each second support of the frame module is also
The fastening part extended with one toward the direction of first hard disc module, the frame module further include two being respectively arranged at described first
The clamping close device of fastening part on bracket and to support device described in blocking, each clamping close device are hubbed at corresponding with one
Pressing piece and an elasticity on the outside of first support are hubbed at the buckle that on the pressing piece and can be sticked in corresponding fastening part
Part.
7. server system according to claim 6, it is characterised in that: the rack includes a substrate, two by the substrate
Two opposite sides open up on the side plate respectively toward the side plate of the direction extension far from the substrate and two and correspond to the pressing piece
Hole.
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| CN201711180972.3A CN109828642B (en) | 2017-11-23 | 2017-11-23 | Server system |
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| CN201711180972.3A CN109828642B (en) | 2017-11-23 | 2017-11-23 | Server system |
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| CN109828642B CN109828642B (en) | 2023-07-18 |
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| CN201711180972.3A Active CN109828642B (en) | 2017-11-23 | 2017-11-23 | Server system |
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| CN109828642B (en) | 2023-07-18 |
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