CN205920449U - Mounting structure of blade server - Google Patents
Mounting structure of blade server Download PDFInfo
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- CN205920449U CN205920449U CN201620384041.XU CN201620384041U CN205920449U CN 205920449 U CN205920449 U CN 205920449U CN 201620384041 U CN201620384041 U CN 201620384041U CN 205920449 U CN205920449 U CN 205920449U
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- blade
- groove
- plate
- insertion groove
- mounting structure
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Abstract
The utility model relates to a mounting structure of blade server. This mounting structure of blade server includes: the machine case is equipped with the insertion groove that is used for the holding blade, is equipped with lug or the recess that extends along its both ends on the lateral wall of insertion groove and the tank bottom, the blade, including base plate and two blocks of curb plates, the both sides that the base plate is relative are located to two blocks of curb plates, are equipped with recess or lug with lug or recess adaptation on curb plate and the base plate to guide blade and the cooperation of quick -witted case. When the blade from insert the end insert the insertion groove in the time, lug in the three direction (the tank bottom and the both sides wall of insertion groove) and the unsmooth cooperation of recess to make the blade to remove along set route, so the connector that can ensure the blade with be located the insertion groove and keep away from the connector accuracy of the backplate that inserts end department and be connected.
Description
Technical field
This utility model is related to blade-server technology field, more particularly to a kind of mounting structure of blade server.
Background technology
Blade server includes cabinet, blade and backboard, and wherein, cabinet is provided with the insertion groove of accommodating blade, and blade has
There is adapter (female), backboard has adapter (male).Insert the process in insertion groove in blade from the insertion end of insertion groove
In, because blade has certain length, blade after LAP near backboard adapter, when the adapter of blade
When (female) is connected with the adapter (male) on backboard, that is, so that blade is connected with cabinet, complete blade and access cabinet
Step.Here accesses in step, and the adapter (female) on blade needs the adapter (male) being accurately aimed on backboard, ability
Access, and because blade trip is longer, blade easily has deviation, only leans on the guide function of adapter it is impossible to ensure accurately to connect
Connect, be also easily damaged adapter.
Utility model content
Based on this it is necessary to provide a kind of mounting structure of the blade server that blade can be made accurately to be connected with backboard.
A kind of mounting structure of blade server, comprising:
Cabinet, is provided with the insertion groove for housing blade, and the side wall of described insertion groove and bottom land are provided with and prolong along its two ends
The projection stretched or groove；And
Blade, including substrate and two blocks of side plates, described two blocks of side plates located at the relative both sides of described substrate, described side plate and
Described substrate is provided with the groove being adapted to described projection or groove or projection, to guide described blade to coordinate with cabinet.
When blade is from insertion end insertion insertion groove, the groove on the projection on the bottom land of insertion groove and substrate is concavo-convex to join
Close, the projection on the groove male-female engagement on the projection on the two side of insertion groove and two blocks of side plates, namely three directions with recessed
Groove male-female engagement so that blade can move along pre-determined route, and then can ensure that blade adapter remote with positioned at insertion groove
The adapter of the backboard away from insertion end accurately connects.
Wherein in an embodiment, the upper projection positioned at the same surface of the same side wall or groove are multiple, multiple
Projection or groove are intervally arranged in straight line.
Wherein in an embodiment, the side wall of described insertion groove is additionally provided with multiple limited posts, the multiple limits on the wall of side
Position post is arranged along straight line, and the spacing between described limited post and the bottom land of described insertion groove is adapted to the height of described blade, with
Limit the amplitude that described blade moves up and down.
Wherein in an embodiment, described insertion groove has insertion end, and described insertion groove is away from the one of described insertion end
The bottom land at end is provided with lead；
Described substrate has relative first end and the second end, and the end face at described second end is located towards described first end
Cave in formation draw-in groove in direction, and the A/F that described draw-in groove is located at the end at described second end is maximum, described draw-in groove be used for
Described lead adaptation, to guide described blade to coordinate with cabinet.
Wherein in an embodiment, also include the first flexible member, described first flexible member on side plate, and with
The side wall of the corresponding insertion groove of this side plate abuts.
Wherein in an embodiment, the mounting structure of described blade server also includes hard disk, the substrate of described blade
And two blocks of side plates cooperatively form a mounting groove, in described mounting groove, described first flexible member is arranged in institute to described hard disk
State on side plate, and first flexible member corresponding with described hard disk is abutted with described hard disk.
Wherein in an embodiment, described insertion groove has insertion end, and described blade also includes hush panel and loading plate,
Described hush panel is located at the insertion end of described insertion groove, and is connected with described substrate and described two blocks of side plates respectively, described carrying
Plate is on the side away from described substrate for the described two blocks of side plates, and is connected with described hush panel；
Described cabinet also includes the cover plate on the side wall of described insertion groove, and described cover plate is connect with described loading plate
Touch；
The mounting structure of described blade server also includes the second flexible member on described loading plate, and described
Two flexible members are abutted with described cover plate.
Wherein in an embodiment, described cabinet includes base plate and is spaced the dividing plate on described base plate, and adjacent two
Dividing plate and described base plate cooperatively form described insertion groove, and described dividing plate is provided with the first exterior bayonet slot；
Two blocks of side plates of each blade are respectively the first side plate and the second side plate, and described blade is placed in described insertion groove
Interior, on described first side plate, corresponding first exterior bayonet slot is provided with the first inner card cage；
Also include the first shell fragment, described first shell fragment one end is fixed on the inwall of described first side plate, and the other end is provided with
First dead bolt, and the first dead bolt through described first inner card cage and can stick into described first wild card in the presence of elastic force
Groove.
Wherein in an embodiment, dividing plate corresponding with described second side plate is provided with the second exterior bayonet slot, and described second
On side plate, corresponding second exterior bayonet slot is provided with the second inner card cage；
The latch-up structure of described blade also includes the second shell fragment, and described second side plate is fixed in described second shell fragment one end
On inwall, the other end is provided with the second dead bolt, and the second dead bolt passes through described second inner card cage can in the presence of elastic force
Stick into described second exterior bayonet slot.
Wherein in an embodiment, the number of described blade is multiple, multiple described first side plates and multiple described the
Two side plates are staggered, and the dividing plate between two neighboring blade is common partition, and described common partition is provided with described the
One exterior bayonet slot and described second exterior bayonet slot, along described dividing plate near the side of described base plate to described dividing plate away from described base plate
The direction of side on, described first exterior bayonet slot and described second exterior bayonet slot staggered.
Brief description
Fig. 1 is the structural representation of the mounting structure of the blade server of an embodiment；
Fig. 2 is the structural representation after the cover plate eliminating in Fig. 1；
Fig. 3 is not fully inserted into structural representation during cabinet for blade；
Fig. 4 is the partial enlarged drawing at a in Fig. 3；
Fig. 5 is structural representation during blade back-off；
Fig. 6 is the partial enlarged drawing at b in Fig. 3；
Fig. 7 is the structural representation of the first flexible member；
Fig. 8 is the exploded view of blade, the first shell fragment and the second shell fragment；
Fig. 9 is the structural representation of the first shell fragment；
Figure 10 is the exploded view of blade and two common partition corresponding with this blade；
Figure 11 is the partial enlarged drawing of Figure 10.
Specific embodiment
Below in conjunction with the accompanying drawings and specific embodiment is further described to the mounting structure of blade server.
As shown in Figure 1, Figure 2 and shown in Fig. 6, the mounting structure 10 of the blade server of an embodiment, including cabinet 100, knife
Piece 200, backboard (not shown), hard disk 300, the first flexible member 400, the second flexible member 500, the first shell fragment 600 and second
Shell fragment 700.
As shown in Figures 3 and 4, cabinet 100 is provided with the insertion groove 110 for housing blade 200.Insertion groove 110 has slotting
Enter end 112.The side wall of insertion groove 110 and bottom land are provided with the projection 120 extending along its two ends.Specifically, in present embodiment
In, cabinet 100 includes the base plate 130 and interval dividing plate 140 on base plate 130.Adjacent two dividing plates 140 are coordinated with base plate 130
Form an insertion groove 110.
As Fig. 3, Fig. 5 and Fig. 6, blade 200 includes substrate 210 and two blocks of side plates 220, and two blocks of side plates 220 are located at substrate 210
Relative both sides.Substrate 210 and two blocks of side plates 220 cooperatively form the mounting groove 230 for installing hard disk 300.Side plate 220 and base
Plate 210 is provided with the groove 240 being adapted to projection 120, is coordinated with cabinet 100 with guiding blade 200.
When blade 200 inserts in insertion groove 110 from insertion end 112, the projection 120 on the bottom land of insertion groove 110 and base
Groove 240 male-female engagement on plate 210, the groove 240 on projection 120 and two blocks of side plates 220 on the two side of insertion groove 110
Projection 120 on male-female engagement, namely three directions and groove 240 male-female engagement, so that blade 200 can be along pre-determined route
Mobile, so can ensure that blade 200 adapter accurate away from the adapter of the backboard at insertion end 112 with positioned at insertion groove 110
Really connect.It is appreciated that in other embodiments, can select to arrange groove on the bottom land of insertion groove and two side, and
Projection is arranged on blade substrate and two blocks of side plates.
Further, in the present embodiment, the upper projection 120 positioned at the same surface of the same side wall is multiple, multiple
Projection 120 is intervally arranged in straight line.Preferably, positioned between upper multiple projections 120 grade on the same surface of the same side wall
Every arrangement.When blade 200 inserts, first adjustment blade 200 makes first projection 120 be located in groove 240, then makes again
Second projection 120 is located in groove 240, the like, so that blade 200 forms multipoint positioning structure with cabinet 100
(cooperation of each projection 120 and a groove 240 is an anchor point), is likely to occur such that it is able to effective blade 200 that reduces
Deviate the probability of pre-determined route movement.Projection 120 on bottom land be two, this two projections 120 respectively with blade 200 base
Groove 240 on plate 210 is corresponding, and parallel interval arrangement.
As shown in 3 and Figure 10, in the present embodiment, the number of insertion groove 110 is multiple, and the number of blade 200 is also
Multiple, thus there is the situation that adjacent two blades share a dividing plate 140, this dividing plate 140 is common partition 140a.In this embodiment party
In formula, the projection 120 on adjacent two dividing plates 140 just to setting, hand over by the projection 120 on the different surfaces of common partition 140a
Staggered arrangement cloth.
Further, as shown in Figures 3 and 4, in the present embodiment, the side wall of insertion groove 110 is additionally provided with multiple spacing
Post 150.Multiple limited posts 150 on the wall of side are arranged along straight line.Spacing between the bottom land of limited post 150 and insertion groove 110 with
The height adaptation of blade 200, to limit the amplitude that blade 200 moves up and down.Specifically, the displacement that blade 200 moves up and down is little
In the requirement of blade 200 connector tolerance, connect with reliable with being accurately positioned of backboard thus ensure that in above-below direction blade 200
Connect.Further, in the present embodiment, limited post 150 is hollow limited post, so that the lighter in weight of cabinet 100.
Further, as shown in Figures 4 and 5, in the present embodiment, the groove of insertion groove 110 one end away from insertion end 112
Bottom is provided with lead 160.Substrate 210 has relative first end 212 and the second end 214.The end face at the second end 214 is towards the
Cave in formation draw-in groove 250 in the direction that one end 212 is located.The A/F that draw-in groove 250 is located at the end at the second end 214 is maximum.
Draw-in groove 250 be used for be adapted to lead 160 (namely the A/F of the bottom land of draw-in groove 250 be slightly larger than lead 160 external diameter.
Specifically, the A/F of the bottom land of draw-in groove 250 is equal to the external diameter of lead 160 plus certain tolerance), with guiding blade 200
Coordinate with cabinet 100.Specifically, blade 200 is placed in insertion groove 110, and substrate 210 is fitted with the bottom land of insertion groove 110, leads
It is stuck at the bottom land of draw-in groove 250 to post 160.
When assembling blade server, insertion groove is inserted from the insertion end 112 of insertion groove 110 in the second end 214 of blade 200
In 110, with the insertion of blade 200, draw-in groove 250 moves closer to lead 160.Because draw-in groove 250 is located at the end at the second end 214
A/F at face is maximum, so blade 200 is during movement, either left avertence or right avertence, and lead 160 can
Enter in draw-in groove 250 from the maximum open of draw-in groove 250.If draw-in groove 250 produces to the left or to the right with respect to lead 160
Skew, during blade 200 subsequent movement, the side wall of draw-in groove 250 can be contacted with lead 160, the masterpiece that blade 200 advances
On lead 160, lead 160 produces counteracting force to blade 200, and this counteracting force includes two to the left and to the right
Component, thus progressively reducing the skew that draw-in groove 250 is with respect to lead 160, and then progressively makes draw-in groove 250 and lead 160
Just right, realize the guide effect to blade 200.And when lead 160 is located at the bottom land of draw-in groove 250, due to the groove of draw-in groove 250
Bottom is adapted to lead 160, thus lead 160 can be stuck in the skew of at the bottom land of draw-in groove 250 it is impossible to left and right, realizes to blade
200 positioning action.
Located at the lead 160 on cabinet 100 can be just right with the draw-in groove 250 on blade 200, also can adjust machine
Case 100 and the relative position of blade 200, prevent blade 200 from offseting to the left or to the right, realize the guide effect to blade 200.And
And lead 160 can be stuck at the bottom land of draw-in groove 250, realize the positioning action to blade 200.So that located at blade
Adapter on 200 accurately can be connected with the adapter of the backboard on cabinet 100, will not be moved through because of blade 200
Offset to the left or to the right in journey and affect the accuracy that blade 200 is connected with backboard.
Specifically, in the present embodiment, lead 160 is in cylinder, and middle thin two ends are thick.In lead 160
Between be partly stuck at the bottom land of draw-in groove 250.The thickness adaptation of the length of mid portion and substrate 210 is (it should be noted that middle
Partial length is slightly larger than the thickness of substrate 210.Specifically, the length of mid portion be substrate 210 thickness 1.02～
1.08 again).Middle thin two ends are thick, can limit the amplitude that blade 200 offsets up.And the substrate 210 of blade 200 and insertion
The bottom land laminating of groove 110, the bottom land of insertion groove 110 can limit the amplitude that blade 200 offsets downward.
Draw-in groove 250 includes first paragraph and the second segment connecting, and first paragraph is used for engaging with the mid portion of lead 160.
On along second segment to the direction of first paragraph, the A/F of second segment is gradually reduced.Specifically, draw-in groove 250 is in horn-like.Tool
Body, the A/F of first paragraph and second segment junction is 1.02～1.08 times of mid portion external diameter.
As shown in figure 3, hard disk 300 is in mounting groove 230.When blade server runs, hard disk motor rotation, drive hard
Disk 300 rotates, and hard disk 300 rotation can bring vibration, and the vibration of hard disk 300 can bring the vibration of blade 200, and blade 200 vibrates
The connection between blade 200 and backboard can be led to loosen, or even depart from, lead to blade 200 and the connection of cabinet 100 to loosen, because
This needs to do vibration damping process.
As shown in Fig. 3, Fig. 5 and Fig. 6, the first flexible member 400 on side plate 220, and corresponding with this side plate 220 every
Plate 140 abuts.When blade 200 vibrates, the first flexible member 400 can reduce the vibration of blade 200, thus being avoided that blade
200 is loosening with the connection of cabinet 100.
Further, in the present embodiment, the first flexible member 400 is arranged on side plate 220, and corresponding with hard disk 300
The first flexible member 400 abut with hard disk 300.In actual applications, mounting groove 230 will not be fully filled with by hard disk 300, from
And part side plate 220 can't be just right with hard disk 300, the first flexible member 400 on this part side plate 220 will not with hard
Disk 300 just to (namely not corresponding with hard disk 300), cannot be abutted with hard disk 300.The first bullet therefore abutting with hard disk 300
Property element 400 number can be less than or equal to the first flexible member 400 total number.Specifically, in the present embodiment, with hard disk
The number of the first flexible member 400 of 300 abuttings is equal to the total number of the first flexible member 400.First flexible member 400 with hard
Disk 300 abuts, and the deformation power of the first flexible member 400 directly acts on hard disk 300, so as to effectively reduce shaking of hard disk 300
Dynamic.
As shown in fig. 7, further, in the present embodiment, the first flexible member 400 two ends are arranged on side plate 220, and
Constitute domes, the top 410 of domes is abutted with dividing plate 140.The bending of first flexible member 400 inward at both ends extends shape
Become two flat parts 420 parallel with side plate 220, flat part 420 corresponding with hard disk 300 is abutted with hard disk 300.Said structure
First flexible member 400 has more preferable effectiveness in vibration suppression.It is appreciated that in other embodiments, the first flexible member is permissible
In strip, the two ends of the first flexible member being now arranged on side plate 220 are abutted with dividing plate 140 and hard disk 300 respectively.
Blade 200 is equipped with electronic section, need to solve electromagnetic interference (electro magnetic interference,
Emi)/electronics compatibility (electromagnetic compatibility, emc) problem.Research finds, is anti-emi/emc shadow
Ringing, or prevent electronic section from producing emi/emc affects the operating of miscellaneous equipment, need to block radio signal transmission, best resistance
Disconnected method is that blade 200 is grounded.In the present embodiment, the first flexible member 400 is conductive elastic component, thus the first elasticity
Element 400 can make side plate 220 turn on dividing plate 140, namely blade 200 is turned on casing 100.When casing 100 is grounded, shape
Integral ground connection, blade 200 is also grounded, and forms emi/emc radome from face, eliminates emi/emc impact.
As shown in Figure 1 and Figure 6, blade 200 also includes hush panel 260 and loading plate 270.Hush panel 260 is located at insertion groove
At 110 position of insertion end 112, and it is connected with substrate 210 and two blocks of side plates 220 respectively.Loading plate 270 is located at two blocks of side plates
On 220 sides away from substrate 210, and it is connected with hush panel 260.Cabinet 100 is also included located at dividing plate 140 away from base plate 130
Cover plate 170 on side, and cover plate 170 contacted with loading plate 270.Second flexible member 500 on loading plate 270, and with
Cover plate 170 abuts.Above-mentioned first flexible member 400 on side plate 220, so as to reduce blade 200 shaking in left and right directions
Dynamic.And the second flexible member 500 on loading plate 270 can reduce the vibration in above-below direction for the blade 200.First elasticity unit
Part 400 is coordinated with the second flexible member 500, so that the effectiveness in vibration suppression of blade 200 is more preferable.
The mounting structure 10 of insert server solves the problems, such as the anti-emi/emc of blade 200, reduces blade 200
The vibration problem of middle hard disk 300, reduces the vibration problem of blade 200, is conducive to improving the reliability of blade 200 work, carries
The speed of service of hard disk 300 in high blade 200, reduces hard disk 300 damage probability.
In order to prevent blade 200 and the connection of cabinet 100 from loosening, need to lock the position of blade 200.As Fig. 8, Fig. 9, figure
Shown in 10 and Figure 11, in the present embodiment, dividing plate 140 is provided with the first exterior bayonet slot 142.Two blocks of side plates of each blade 200
220 are respectively the first side plate 220a and the second side plate 220b.On first side plate 220a, corresponding first exterior bayonet slot 142 is provided with first
Inner card cage 222.First shell fragment 600 one end is fixed on the inwall of the first side plate 220a, and the other end is provided with the first dead bolt 610, and
First dead bolt 610 passes through the first inner card cage 222 and can stick into the first exterior bayonet slot 142 in the presence of elastic force.
When blade 200 inserts the insertion groove 112 of cabinet 100, the part that the first dead bolt 610 is first contacted with dividing plate 140 is (false
If during blade 200 insertion, it is front towards movement, namely the first dead bolt 610 is located at partly first contacting with dividing plate 140 of front
Part), the first dead bolt 610 can be subject to the component of direction the second side plate 220b, and this component can offset the first dead bolt 610
Elastic force, so that the first dead bolt 610 moves towards the second side plate 220b, from the first inner card cage 222 (namely from blade 200
Interior) the first dead bolt 610 of exposing is pressed in blade 200, thus blade 200 can smoothly insert.After blade 200 insertion, first
The component that dead bolt 610 is subject to disappears, and the first dead bolt 610 recovers initial position under elastic force effect, reveals from the first inner card cage 222
Going out, and be stuck in the first exterior bayonet slot 142, thus locking blade 200, preventing the position of blade 200 from changing.
When blade 200 is extracted from the insertion groove 112 of cabinet 100, the portion that the first dead bolt 610 is first contacted with dividing plate 140
Point (namely the first dead bolt 610 be located behind the part partly first contacting with dividing plate 140), the first dead bolt 610 can be by one
Towards the component of the second side plate 220b, this component can offset the elastic force of the first dead bolt 610, so that the first dead bolt 610 direction
Second side plate 220b moves, and the first dead bolt 610 that (namely from blade 200) exposes from the first inner card cage 222 is pressed into knife
In piece 200, thus blade 200 can smoothly be extracted.After blade 200 insertion, the component that the first dead bolt 610 is subject to disappears, the first lock
Tongue 610 recovers initial position under elastic force effect, exposes from the first inner card cage 222.
Above-mentioned into and out blade 200 during, drawing blade 200.Lock with respect to traditional blade
Fixed structure (needs manually to go to untie), and the mounting structure 10 of insert server has the characteristics that self-locking, namely above-mentioned
The mounting structure 10 of blade server has self-locking limit structure.
Second shell fragment 700 is affixed on the inwall of the second side plate 220b, and one end is fixed on the second side plate 220b, and the other end prolongs
Extend insertion end 112.Wherein, the surface that the second shell fragment 700 is fitted near insertion end 112 and with the second side plate 220b is provided with
Two dead bolts 710.Second side plate 220b is provided with the second inner card cage 224 with the corresponding position of the second dead bolt 710, and the second dead bolt 710 is certainly
Expose at second inner card cage 224.It is provided with the second exterior bayonet slot 144 with the corresponding dividing plate 140 of the second side plate 220.When 200 groups of blade
After being loaded in insertion groove 110, the second dead bolt 710 exposing from the second inner card cage 224 is stuck in the second exterior bayonet slot 144.
When only the first shell fragment 600, blade 200 locking action only monolateral effectively, when being machined with tolerance, locking is made
Reduced with reliability.For solving this problem, the first shell fragment 600 and the second shell fragment 700 are set simultaneously so that the both sides of blade 200
(the right and left) has locking action simultaneously.Because the locking spring plate on both sides is when inserting blade 200, the active force phase being subject to
Anti- so that blade 200 uniform force, reliability increases.
In the present embodiment, the number of blade 200 is multiple, multiple first side plate 220a and multiple second side plate 220b
Staggered.Dividing plate 140 between two neighboring blade 200 is common partition 140a, and common partition 140a is provided with the
One exterior bayonet slot 142 and the second exterior bayonet slot 144.
Because blade server is high density mechanism, the limited space that each blade 200 can use, when arranging simultaneously
When one shell fragment 600 and the second shell fragment 700, and the first dead bolt 610 and the second dead bolt 710 just pair when, interference problem can be caused.Example
As, when just to the first exterior bayonet slot 142 and the second exterior bayonet slot 144 respectively be located at common partition 140a two different surfaces when,
Now the thickness of common partition 140a must be larger, and the first exterior bayonet slot when two different surfaces positioned at common partition 140a
142 when connecting as a draw-in groove with the second exterior bayonet slot 144, and now the thickness of common partition 140a also must be larger, and otherwise first
Dead bolt 610 can influence each other with the second dead bolt 710.
Further, in the present embodiment, along dividing plate 140 near the side of base plate 130 to dividing plate 140 away from base plate
On the direction of 130 side, the first exterior bayonet slot 142 and the second exterior bayonet slot 144 are intervally arranged.First wild card of setting differing heights
Groove 142 and the second exterior bayonet slot 144 to keep away position so that be stuck on same dividing plate 140 (namely common partition 140a) first
Dead bolt 610 is shifted to install with the second dead bolt 710.And the first exterior bayonet slot 142 of differing heights and the second exterior bayonet slot 144 have simultaneously
Limited bit function.
Further, in the present embodiment, the first dead bolt 610 on every one first shell fragment 600 is more than or equal to two.Each
The second dead bolt 710 on second shell fragment 700 is more than or equal to two.The number of the first exterior bayonet slot 142 in common partition 140a
Mesh is identical with the number of the first dead bolt 610 on every one first shell fragment 600, the second exterior bayonet slot in common partition 140a
144 number is identical with the number of the second dead bolt 710 on every one second shell fragment 700, and the being located in common partition 140a
One exterior bayonet slot 142 is staggered with the second exterior bayonet slot 144.
In the present embodiment, the first shell fragment 600 is identical with the second shell fragment 700 structure and size, in common partition 140a
Upper installation the first shell fragment 600 from during the second shell fragment 700 so that the first shell fragment 600 is in different height with the second shell fragment 700
Can, that is, not just to arranging.
Further, in the present embodiment, the trapezoidal, circular arc of the first dead bolt 610 or triangle, the second dead bolt 710 is in
Trapezoidal, circular arc or triangle, thus when inserting or pull out blade 200, before and after the first dead bolt 610 and the second dead bolt 710
Two inclined-planes or in front and back two side plate bendings preferably can produce the effect of power and the first side plate 220a and the second side plate 220b between.
First shell fragment 600 and the second shell fragment 700 are could to lock blade 200 by elastic force effect.Elastic force directly affects
The plug of blade 200.The too big then insertion of elastic force extracts that required strength is too big, and difficulty is extracted in insertion, can increase galling simultaneously,
It is easily damaged shell fragment.Elastic force is too little, cannot ensure that during Transport Vibration stress, blade 200 can not got loose with clamping.Through testing
Go out, when the rustless steel shell fragment that the first shell fragment 600 and the second shell fragment 700 are 0.6mm～0.8mm for thickness, the first shell fragment 600 with
The elastic force of the second shell fragment 700 is moderate, can smoothly plug.
The mounting structure 10 of insert server there is self-locking limit structure it is achieved that need not with handss unblock can also be suitable
Profit plug, increases plug efficiency with Consumer's Experience so that adopting robot unattended operation easily feasible.First shell fragment 600
Bilateral locking with the second shell fragment 700 increased the reliability of locking.
Further, as shown in fig. 6, in the present embodiment, hush panel 260 is provided with two mechanical hand connecting holes 262, from
And blade 200 can be plugged by the mechanical hand of robot.The outer surface of hush panel 260 be provided with handle 264, display lamp,
Debugging interface, and reserved bar code sticky position 266.It is hard disk 300 installation position in the middle of blade 200, in the rear end of blade 200
For blade 200 master control borad installation position.Blade 200 front end is designed with rear end body fluted (trough) 280, conveniently passes through to connect
Line.
Each technical characteristic of embodiment described above can arbitrarily be combined, for making description succinct, not to above-mentioned reality
The all possible combination of each technical characteristic applied in example is all described, as long as however, the combination of these technical characteristics is not deposited
In contradiction, all it is considered to be the scope of this specification record.
Embodiment described above only have expressed several embodiments of the present utility model, and its description is more concrete and detailed,
But therefore can not be interpreted as the restriction to utility model patent scope.It should be pointed out that the common skill for this area
For art personnel, without departing from the concept of the premise utility, some deformation can also be made and improve, these broadly fall into
Protection domain of the present utility model.Therefore, the protection domain of this utility model patent should be defined by claims.
Claims (10)
1. a kind of mounting structure of blade server is it is characterised in that include:
Cabinet, is provided with the insertion groove for housing blade, and the side wall of described insertion groove and bottom land are provided with along the extension of its two ends
Projection or groove；And
Blade, including substrate and two blocks of side plates, described two blocks of side plates located at the relative both sides of described substrate, described side plate and described
Substrate is provided with the groove being adapted to described projection or groove or projection, to guide described blade to coordinate with cabinet.
2. the mounting structure of blade server according to claim 1 is it is characterised in that be located at the same table of the same side wall
The upper projection in face or groove are multiple, and multiple projections or groove are intervally arranged in straight line.
3. the mounting structure of blade server according to claim 1 is it is characterised in that go back on the side wall of described insertion groove
It is provided with multiple limited posts, the multiple limited posts on the wall of side are arranged along straight line, between the bottom land of described limited post and described insertion groove
Spacing be adapted to the height of described blade, to limit the amplitude that described blade moves up and down.
4. the mounting structure of blade server according to claim 1 is it is characterised in that described insertion groove has insertion
End, the bottom land of described insertion groove one end away from described insertion end is provided with lead；
Described substrate has relative first end and the second end, the direction that the end face at described second end is located towards described first end
Cave in formation draw-in groove, and the A/F that described draw-in groove is located at the end at described second end is maximum, described draw-in groove be used for described
Lead is adapted to, to guide described blade to coordinate with cabinet.
5. the mounting structure of blade server according to claim 1 is it is characterised in that also include the first flexible member,
Described first flexible member is on side plate, and the side wall of insertion groove corresponding with this side plate abuts.
6. the mounting structure of blade server according to claim 5 is it is characterised in that the installation of described blade server
Structure also includes hard disk, and the substrate of described blade and two blocks of side plates cooperatively form a mounting groove, and described hard disk is located at described installation
In groove, described first flexible member is arranged on described side plate, and first flexible member corresponding with described hard disk is hard with described
Disk abuts.
7. the mounting structure of blade server according to claim 5 is it is characterised in that described insertion groove has insertion
End, described blade also includes hush panel and loading plate, and described hush panel is located at the insertion end of described insertion groove, and respectively with institute
State substrate and described two blocks of side plates connect, described loading plate on the side away from described substrate for the described two blocks of side plates, and with
Described hush panel connects；
Described cabinet also includes the cover plate on the side wall of described insertion groove, and described cover plate is contacted with described loading plate；
The mounting structure of described blade server also includes the second flexible member on described loading plate, and described second bullet
Property element is abutted with described cover plate.
8. blade server according to claim 1 mounting structure it is characterised in that described cabinet include base plate and
Every the dividing plate on described base plate, adjacent two dividing plates and described base plate cooperatively form described insertion groove, and described dividing plate is provided with
First exterior bayonet slot；
Two blocks of side plates of each blade are respectively the first side plate and the second side plate, and described blade is placed in described insertion groove, institute
State corresponding first exterior bayonet slot on the first side plate and be provided with the first inner card cage；
Also include the first shell fragment, described first shell fragment one end is fixed on the inwall of described first side plate, and the other end is provided with first
Dead bolt, and the first dead bolt through described first inner card cage and can stick into described first exterior bayonet slot in the presence of elastic force.
9. the mounting structure of blade server according to claim 8 is it is characterised in that corresponding with described second side plate
Dividing plate is provided with the second exterior bayonet slot, and on described second side plate, corresponding second exterior bayonet slot is provided with the second inner card cage；
The latch-up structure of described blade also includes the second shell fragment, and the inwall of described second side plate is fixed in described second shell fragment one end
On, the other end is provided with the second dead bolt, and the second dead bolt passes through described second inner card cage and can stick in the presence of elastic force
Described second exterior bayonet slot.
10. the mounting structure of blade server according to claim 9 is it is characterised in that the number of described blade is many
Individual, multiple described first side plates are staggered with multiple described second side plates, and the dividing plate between two neighboring blade is common
With dividing plate, described common partition is provided with described first exterior bayonet slot and described second exterior bayonet slot, along described dividing plate near described
On the side of base plate to the direction of the side away from described base plate for the described dividing plate, described first exterior bayonet slot and described second exterior bayonet slot
Staggered.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620384041.XU CN205920449U (en) | 2016-04-29 | 2016-04-29 | Mounting structure of blade server |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620384041.XU CN205920449U (en) | 2016-04-29 | 2016-04-29 | Mounting structure of blade server |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205920449U true CN205920449U (en) | 2017-02-01 |
Family
ID=57876288
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620384041.XU Expired - Fee Related CN205920449U (en) | 2016-04-29 | 2016-04-29 | Mounting structure of blade server |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205920449U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105759920A (en) * | 2016-04-29 | 2016-07-13 | 深圳市立尔讯科技有限公司 | Mounting structure of blade server |
| CN108073248A (en) * | 2017-12-28 | 2018-05-25 | 黄河科技学院 | For the package assembly of server |
-
2016
- 2016-04-29 CN CN201620384041.XU patent/CN205920449U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105759920A (en) * | 2016-04-29 | 2016-07-13 | 深圳市立尔讯科技有限公司 | Mounting structure of blade server |
| CN105759920B (en) * | 2016-04-29 | 2023-06-27 | 深圳市立尔讯科技有限公司 | Mounting structure of blade server |
| CN108073248A (en) * | 2017-12-28 | 2018-05-25 | 黄河科技学院 | For the package assembly of server |
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