CN208387149U - Data center's pedestal monomer, data center's pedestal and data center - Google Patents
Data center's pedestal monomer, data center's pedestal and data center Download PDFInfo
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- CN208387149U CN208387149U CN201821294599.4U CN201821294599U CN208387149U CN 208387149 U CN208387149 U CN 208387149U CN 201821294599 U CN201821294599 U CN 201821294599U CN 208387149 U CN208387149 U CN 208387149U
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Abstract
The utility model provides data center's pedestal monomer, data center's pedestal and data center, belongs to data center field.Data center's pedestal monomer includes: unit main body；Front positioning structure set on unit main body front end；Rear positioning structure set on unit main body rear end；Preceding connection structure set on unit main body front end；And the rear connection structure set on unit main body rear end.When in use, adjacent data center base monomer is fixed by preceding connection structure and rear connection structure, is spliced into data center's pedestal.Front positioning structure and rear positioning structure guarantee that the data center's pedestal being spliced into is smooth, and then guarantee the leakproofness of data center's entirety so that the position docking of adjacent data center base monomer is accurate.Data center's pedestal is spliced using above-mentioned data center's pedestal monomer, and data center is spliced into data center's pedestal by data center's pedestal monomer using above-mentioned, guarantees that data center's pedestal is smooth, and then guarantee the leakproofness of data center's entirety.
Description
Technical field
The utility model belongs to data center's technical field, is to be related to data center's pedestal monomer, data more specifically
Center base and data center.
Background technique
Existing data center generally includes frame structure, pedestal and multiple cabinets.The top and both ends of frame structure
The two sides of closing, frame structure are open.Multiple cabinets are divided into two rows of two sides for being separately mounted to frame structure and by frame structures
Both sides sealing.Pedestal is supported on the lower section of two rows of cabinets, guarantees the stabilization of cabinet.
Production data center's pedestal mode is the size needed using materials such as fashioned iron according to data center now, scene
Welding production causes welding precision not high however since site operation situation is complicated at the pedestal of an entirety, welding error compared with
Greatly, this results in the pedestal out-of-flatness welded, and the cabinet assembly on pedestal is irregular, and data center's Integral sealing effect is caused to become
Difference；And the problems such as welding increases the difficulty and workload of site operation, and there are security risks.
Utility model content
The purpose of this utility model is to provide data center's pedestal monomers, to solve existing number existing in the prior art
According to center base welding production at the scene completely, leads to data center's pedestal out-of-flatness, keep data center's Integral sealing effect poor
The technical issues of.
In order to achieve the above purposes, the technical solution adopted by the utility model is: provides data center's pedestal monomer, comprising:
For carrying the unit main body of cabinet；Front positioning structure set on the unit main body front end；Set on the unit main body rear end
Rear positioning structure, the rear positioning structure be used for and adjacent data center's pedestal monomer the front positioning structure position
Docking；Preceding connection structure set on the unit main body front end；And it is set to the unit main body rear end and is used for and adjacent institute
State the rear connection structure of the preceding connection structure connection of data center's pedestal monomer.
Further, the unit main body include upper frame, the column that is supported below the upper frame.
Further, the front positioning structure is the protrusion set on the unit main body front end, and the rear positioning structure is
Groove set on the unit main body rear end；The inner wall of the groove be used for described in adjacent data center's pedestal monomer
The outer surface fitting of protrusion.
Further, the front positioning structure includes set on the prelocalization face of the unit main body front end and set on described
In unit main body and protrude from the locating rod in the prelocalization face；The rear positioning structure includes being set to the unit main body rear end
And it rear-locating face for closing with the prelocalization face paste and is set in the unit main body and is used for embedding with the locating rod
The location hole of conjunction.
Further, the locating rod is vertical with the prelocalization face, and the location hole is vertical with the rear-locating face；Institute
The top surface for stating unit main body is vertical with the prelocalization face and the rear-locating face respectively.
Further, the unit main body include upper frame, the lower frame below the upper frame, be connected to it is described
Front column between upper frame front end and the lower frame front end and after being connected to the upper back-end framework and the lower frame
Rear column between end.
The top surface of the upper frame forms the top surface of the unit main body, and the leading flank of the front column forms described preceding fixed
Plane, the trailing flank of the rear column form the rear-locating face, and the locating rod is set on the leading flank of the front column, institute
Location hole is stated on the trailing flank of the rear column.
Further, the preceding connection structure is used for the rear connection structure with adjacent data center's pedestal monomer
It is detachably connected.
Further, the preceding connection structure includes the preceding screw hole set on the unit main body front end, is connected after described
Structure includes set on the unit main body rear end and for the preceding screw hole pair with adjacent data center's pedestal monomer
The rear screw hole answered.
Further, the unit main body includes upper frame, lower frame, is connected to the upper frame front end and the lower frame
Front column between frame front end and the rear column being connected between the upper back-end framework and the lower frame rear end.
The preceding screw hole is set to the leading flank of the front column and the front column is run through in front and back, and the rear screw hole is set
In the trailing flank of the rear column and front and back is through the rear column.
The beneficial effect of data center's pedestal monomer provided by the utility model is: compared with prior art, this is practical
New types of data center base monomer when in use, will be adjacent by the preceding connection structure and rear connection structure at unit main body both ends
Data center's pedestal monomer is fixed, so that more than two data center's pedestal monomers are spliced into data center's pedestal.Unit master
The front positioning structure and rear positioning structure at body both ends guarantee to spell so that the position docking of adjacent data center base monomer is accurate
The data center's pedestal being connected into is smooth, and avoiding data center's pedestal and building at the construction field (site) completely leads to data center's pedestal not
Smooth problem, and then guarantee the leakproofness of data center's entirety.
Another of the utility model is designed to provide data center's pedestal, existing in the prior art existing to solve
Data center's pedestal using the material in situ welding production such as fashioned iron, the technical issues of leading to data center's pedestal out-of-flatness.
Data center's pedestal, including data center's pedestal monomer described in multiple any of the above items；The data center bottom
The front positioning structure of seat monomer is docked with the positioning of the rear positioning structure of adjacent data center's pedestal monomer；The data center
The preceding connection structure of pedestal monomer and the rear connection structure of adjacent data center's pedestal monomer are connected with each other.
The beneficial effect of data center's pedestal provided by the utility model is: compared with prior art, this utility data
Center base, by front positioning structure and rear positioning structure positioning docking, is guaranteed adjacent using above-mentioned data center's pedestal monomer
The docking of data center's pedestal monomer it is accurate, then by preceding connection structure and rear connection structure by adjacent data center's pedestal
Monomer is fixed, and is spliced into the smooth data center's pedestal in top surface, is simplified the work of in-site installation data center pedestal, ensure that
Data center's pedestal is smooth.
The further object of the utility model is to provide data center, to solve existing number existing in the prior art
Data center's pedestal that site welding production is used according to center, leads to the technical problem of data center's Integral sealing effect difference.
Data center, including above-mentioned data center's pedestal.
The beneficial effect of data center provided by the utility model is: compared with prior art, the utility model data
Center using above-mentioned data center's pedestal monomer for being spliced into data center's pedestal, by by adjacent two data center pedestal
The front positioning structure and rear positioning structure of monomer position docking, guarantee that data center's pedestal is smooth, and then guarantee that data center is whole
The leakproofness of body.
Detailed description of the invention
It, below will be to embodiment or the prior art in order to illustrate more clearly of the technical scheme in the embodiment of the utility model
Attached drawing needed in description is briefly described, it should be apparent that, the accompanying drawings in the following description is only that this is practical new
Some embodiments of type for those of ordinary skill in the art without any creative labor, can be with
It obtains other drawings based on these drawings.
Fig. 1 is the perspective view at first visual angle of data center's pedestal monomer provided by the embodiment of the utility model；
Fig. 2 is enlarged drawing at the A in Fig. 1；
Fig. 3 is the perspective view at second visual angle of data center's pedestal monomer provided by the embodiment of the utility model；
Fig. 4 is enlarged drawing at the B in Fig. 3；
Fig. 5 is the perspective view of data center provided by the embodiment of the utility model；
Fig. 6 is the explosive view of data center provided by the embodiment of the utility model；
Fig. 7 is that the inside of data center provided by the embodiment of the utility model recycles schematic diagram.
Wherein, each appended drawing reference in figure:
10- unit main body；The upper frame of 11-；12- lower frame；13- column；131- front column；132- rear column；It is fixed before 20-
Bit architecture；21- locating rod；30- rear positioning structure；31- location hole；Connection structure before 40-；Screw hole before 41-；It is connected after 50-
Structure；Screw hole after 51-；61- box shell；62- modular unit row；621- modular unit；The cooling duct 63-；64- refrigeration unit；
65- pedestal；66- data center pedestal monomer.
Specific embodiment
In order to which technical problem to be solved in the utility model, technical solution and beneficial effect is more clearly understood, with
Lower combination accompanying drawings and embodiments, the present invention will be further described in detail.It should be appreciated that specific reality described herein
It applies example to be only used to explain the utility model, is not used to limit the utility model.
It should be noted that it can be directly another when element is referred to as " being fixed on " or " being set to " another element
On one element or indirectly on another element.When an element is known as " being connected to " another element, it can
To be directly to another element or be indirectly connected on another element.
It is to be appreciated that term " on ", "lower", "front", "rear", "vertical", "horizontal", "top", "bottom", "inner",
The orientation or positional relationship of the instructions such as "outside" is to be based on the orientation or positional relationship shown in the drawings, and is merely for convenience of describing this reality
It is described with novel with simplified, rather than the device or element of indication or suggestion meaning must have a particular orientation, with specific
Orientation construction and operation, therefore should not be understood as limiting the present invention.
In addition, " multiple ", " several " are meant that two or more in the description of the present invention, unless
Separately there is clearly specific restriction.
Also referring to Fig. 1 to Fig. 4, now data center's pedestal monomer provided by the embodiment of the utility model is said
It is bright.Data center's pedestal monomer, comprising: for carrying the unit main body 10 of cabinet；Prelocalization set on 10 front end of unit main body
Structure 20；Rear positioning structure 30 set on 10 rear end of unit main body, rear positioning structure 30 are used for and adjacent data center base list
The front positioning structure 20 of body positions docking；Preceding connection structure 40 set on 10 front end of unit main body；And it is set to unit main body 10
Rear end and the rear connection structure 50 for being used to connect with the preceding connection structure 40 of adjacent data center base monomer.
Compared with prior art, the utility model data center pedestal monomer when in use, passes through 10 both ends of unit main body
Preceding connection structure 40 and rear connection structure 50, adjacent data center base monomer is fixed, so that in more than two data
Heart pedestal monomer is spliced into data center's pedestal 65.The front positioning structure 20 and rear positioning structure 30 at 10 both ends of unit main body, make
The position docking for obtaining adjacent data center base monomer is accurate, guarantees that the data center's pedestal 65 being spliced into is smooth, and then guarantee
The leakproofness of data center's entirety.
In use, multiple data center's pedestal monomers are arranged along the longitudinal direction, first by adjacent data center base monomer
The positioning of front positioning structure 20 and rear positioning structure 30 dock so that adjacent data center base monomer is accurately positioned, guarantee spelling
At data center's pedestal 65 it is smooth, then again by the preceding connection structure 40 and rear connection structure of adjacent data center base monomer
50 are fixedly connected, so that data center's pedestal monomer is fixed to each other to form data center's pedestal 65.
More specifically, a kind of specific embodiment as data center's pedestal monomer provided by the utility model, unit
Main body 10 is in flat cuboid, and the top surface of unit main body 10 is for carrying cabinet, and the both ends of 10 long axis of unit main body are either
The both ends of short axle are respectively opposite front-end and back-end.Front positioning structure 20 and preceding connection structure 40 are arranged before unit main body 10
On the end face at end, rear positioning structure 30 and rear connection structure 50 are arranged on the end face of 10 rear end of unit main body.
Further, also referring to Fig. 1 to Fig. 4, as data center's pedestal monomer provided by the utility model one
Kind specific embodiment, unit main body 10 include upper frame 11, the column 13 for being supported on 11 lower section of frame.Mitigate unit main body
10 weight, while guaranteeing the contact area of unit main body 10 Yu ground and cabinet.
Specifically, several columns 13 are welded in the lower section of upper frame 11, the vertical setting of column 13 on the ground, makes
Frame 11 must be gone up and keep horizontal.Cabinet is placed on the top surface of frame when use.More specifically, upper frame 11 is in rectangle, upper ledge
It is respectively welded column 13 below four ends angle of frame 11, forms the unit main body 10 of cuboid.
Further, also referring to Fig. 3 to Fig. 4, as data center's pedestal monomer provided by the utility model one
Kind specific embodiment, front positioning structure 20 are the protrusion set on 10 front end of unit main body, and rear positioning structure 30 is set on unit
The groove of 10 rear end of main body, the inner wall of groove are used to be bonded with the outer surface of the protrusion of adjacent data center base monomer.
Specifically, protrusion is fixed on the front end face of unit main body 10, more specifically be can be and is fixed on front column 131
On leading flank.Protrusion can be the plate-like structure of triangle, and raised tip is towards front and plate face and unit main body 10
Top surface is parallel.Groove is arranged on the rear end face of unit main body 10, more specifically can be the trailing flank that rear column 132 is arranged in
On.Groove is in the triangle that profile is bonded with raised tip, convenient for docking with groove, so that adjacent two unit main body 10 is in front and back
Direction alignment.Protrusion can be conical structure, and raised tip is towards front.The rear end face of unit main body 10 is arranged in groove
On, groove is in the cone that profile is bonded with raised tip, convenient for docking with groove, so that adjacent two unit main body 10 is in front and back
Direction alignment.
Further, also referring to Fig. 3 to Fig. 4, as data center's pedestal monomer provided by the utility model one
Kind specific embodiment, front positioning structure 20 include set on the prelocalization face of 10 front end of unit main body and set on unit main body 10
Go up and protrude from the locating rod 21 in prelocalization face；Rear positioning structure 30 includes set on 10 rear end of unit main body and being used for and prelocalization
Face paste close rear-locating face and in unit main body 10 and be used for the location hole 31 chimeric with locating rod 21.
Specifically, the front end surface of unit main body 10 is that plane forms prelocalization face, and the rear end face of unit main body 10 is
Plane forms rear-locating face.Locating rod 21 is the cylindrical bar being fixed on prelocalization face, and location hole 31 is to be arranged in rear-locating face
On blind cylindrical hole, the diameter of locating rod 21 is identical as the diameter of location hole 31.In use, by data center's pedestal monomer
Locating rod 21 be inserted into the location hole 31 of adjacent data center base monomer, while will be fixed before data center's pedestal monomer
Plane is bonded with the rear-locating face of adjacent data center base monomer, realizes the positioning of adjacent data center base monomer.In addition,
Locating rod 21 can use prism, such as triangular prism, pentagonal prism；Correspondingly, it is the blind of polygon that location hole 31, which can be section,
Hole, if the section of location hole 31 can be triangle or pentagon.After locating rod 21 is inserted into location hole 31, it cannot circumferentially rotate,
It will not be repositioned using the i.e. certifiable adjacent data center base monomer of single locating rod 21 and be relatively rotated in the circumferential direction of bar 21, protected
Demonstrate,prove the monomer accurate positioning of adjacent data center base.
Further, also referring to Fig. 3 to Fig. 4, as data center's pedestal monomer provided by the utility model one
Kind specific embodiment, locating rod 21 is vertical with prelocalization face, and location hole 31 is vertical with rear-locating face；The top surface of unit main body 10
It is vertical with prelocalization face and rear-locating face respectively.Easy to process and locating rod 21 and location hole 31 grafting.
Specifically, unit main body 10 is in flat cuboid, in use, cabinet is placed on the top surface of unit main body 10.
The contrary both ends of the surface of unit main body 10 are respectively prelocalization face and rear-locating face, so that prelocalization face and rear-locating face difference
It is vertical with the top surface of unit main body 10.
Further, also referring to Fig. 3 to Fig. 4, as data center's pedestal monomer provided by the utility model one
Kind specific embodiment, unit main body 10 include upper frame 11, the lower frame 12 below upper frame 11, are connected to upper frame
It front column 131 between 12 front end of 11 front ends and lower frame and is connected between 12 rear end of 11 rear end of frame and lower frame
Rear column 132.
The top surface of upper frame 11 forms the top surface of unit main body 10, and the leading flank of front column 131 forms prelocalization face, rear vertical
The trailing flank of column 132 forms rear-locating face, and locating rod 21 is set on the leading flank of front column 131, and location hole 31 is set to rear column
On 132 trailing flank.
Specifically, the tiling of lower frame 12 on the ground, in the vertical welding by welding of the top of lower frame 12
Several identical front columns 131 of height and rear column 132, front column 131 are located at the top of 12 front end of lower frame, rear column
132 are located at the top of 12 rear end of lower frame.Then, by upper frame 11 it is horizontal be erected at front column 131 and rear column 132
On, the front end of upper frame 11 is welded on the top of front column 131, and the rear end of upper frame 11 is welded on the top of rear column 132, shape
At the unit main body 10 of cuboid, cabinet is placed on the top surface of frame 11 when use.
Further, also referring to Fig. 1 to Fig. 4, as data center's pedestal monomer provided by the utility model one
Kind specific embodiment, preceding connection structure 40 are used to detachably connect with the rear connection structure 50 of adjacent data center base monomer
It connects.When data center removes or is mobile, adjacent data center base monomer can pass through preceding connection structure 40 and rear connection
Structure 50 is split, convenient for the dismantling of data center.
Further, also referring to Fig. 1 to Fig. 4, as data center's pedestal monomer provided by the utility model one
Kind specific embodiment, preceding connection structure 40 include the preceding screw hole 41 set on 10 front end of unit main body, and rear connection structure 50 is wrapped
It includes set on 10 rear end of unit main body and for rear screw hole 51 corresponding with the preceding screw hole 41 of adjacent data center base monomer.
Specifically, after the docking of adjacent data center base monomer, preceding screw hole 41 is aligned with rear screw hole 51, passes through screw
Be screwed into preceding screw hole 41 and rear screw hole 51 so that adjacent two data centers pedestal monomer connect, can by the way that screw is removed,
So that adjacent two data centers pedestal monomer separation.
Further, also referring to Fig. 1 to Fig. 4, as data center's pedestal monomer provided by the utility model one
Kind specific embodiment, unit main body 10 include upper frame 11, the lower frame 12 below upper frame 11, are connected to upper frame
It front column 131 between 12 front end of 11 front ends and lower frame and is connected between 12 rear end of 11 rear end of frame and lower frame
Rear column 132.
Preceding screw hole 41 is set to the leading flank of front column 131 and front column 131 is run through in front and back, and rear screw hole 51 is stood after being set to
Rear column 132 is run through in the trailing flank and front and back of column 132.Run through by preceding screw hole 41 through front column 131 and rear screw hole 51
Rear column 132, convenient for screw is screwed in preceding screw hole 41 and rear screw from 131 rear side of front column or on front side of rear column 132
In hole 51.
Also referring to Fig. 5 to Fig. 7, data center's pedestal 65 provided by the utility model, including multiple any of the above items
Data center's pedestal monomer 66；In the front positioning structure 20 of data center's pedestal monomer 66 and the adjacent data
The rear positioning structure 30 of heart pedestal monomer 66 positions docking；The preceding connection structure 40 of data center's pedestal monomer 66 with it is adjacent
The rear connection structure 50 of data center's pedestal monomer 66 is connected with each other.Specifically, multiple 66 edges of data center's pedestal monomer
Front-rear direction is arranged in a straight line.
This utility data center pedestal 65 passes through front positioning structure 20 with after using above-mentioned data center's pedestal monomer 66
The positioning docking of location structure 30, guarantees that adjacent data center's pedestal monomer 66 docks accurately, then passes through preceding connection structure 40
It is with rear connection structure 50 that adjacent data center's pedestal monomer 66 is fixed, it is spliced into the smooth data center's pedestal 65 in top surface,
The work for simplifying in-site installation data center pedestal 65 ensure that data center's pedestal 65 is smooth.
Also referring to Fig. 5 to Fig. 7, data center provided by the utility model, including above-mentioned data center's pedestal.It is logical
It crosses and data center's pedestal 65 is spliced into using above-mentioned data center's pedestal monomer, guarantee that data center's pedestal 65 is smooth, in turn
Guarantee the leakproofness of data center's entirety.
Specifically, data center further include: box shell 61, modular unit row 62 and refrigeration unit 64.Inside has accommodating
The box shell 61 that space and side open, substrate and the outer wall of box shell 61 are hinged.In accommodating space and for closing box shell 61
The modular unit row 62 of open side, the part that accommodating space is located at 62 inside of modular unit row form cooling duct 63, module
The inner cavity of unit row 62 is connected to cooling duct 63.Refrigeration unit 64, cold medium outlet and the cooling duct 63 of refrigeration unit 64
The thermal medium inlet of connection, refrigeration unit 64 is connected to the inner cavity of modular unit row 62.
Modular unit row 62 includes several modular units 621 arranged in a straight line along the line direction at 61 both ends of box shell.Phase
Adjacent data center's pedestal monomer 66 is interconnected to form pedestal 65.The each data center's pedestal monomer 66 for being spliced into pedestal 65 is set
It corresponds in 62 lower section of modular unit row and with each modular unit 621.Modular unit row 62 is placed on pedestal 65, avoids mould
Module unit 621, which is directly placed on floor, damages floor, and smooth pedestal 65 guarantees modules arrangement in modular unit row 62
Neat gapless.
The cuboid that the skeleton of box shell 61 uses frame structure to build.The top of box shell 61 and closed at both ends, so that interior
Portion forms accommodating space, and substrate is hinged on the outer wall of 61 one end of box shell.The end face of box shell 61 is located at 63 end of cooling duct
Position can offer the maintenance door being connected to cooling duct 63.Box shell 61 can be side face closure and another side is open,
So that accommodating space forms the open semiclosed form of one side.One modular unit arranges the 62 open side sockets from box shell 61
Enter in accommodating space, and close modular unit row 62 by the open side of box shell 61, so that accommodating space is completely enclosed, in mould
Cooling duct 63 is formed between module unit row 62 and the closed side of box shell 61.Modular unit row 62 is close to the one of cooling duct 63
End is inner end, and one end far from cooling duct 63 is outboard end.Box shell 61 is also possible to two sides and opens, so that accommodating space
Form the open semiclosed form of one side.Two modular unit rows 62 are inserted into from two open sides of box shell 61 accommodate respectively
In space, and close two modular unit rows 62 by two open sides of box shell 61, so that accommodating space is completely enclosed, two
Cooling duct 63 is formed between a modular unit row 62.The one end of two modular unit rows 62 respectively close to cooling duct 63 is interior
Side, one end far from cooling duct 63 are outboard end.Refrigeration unit 64 can be set at an arbitrary position, will be freezed by pipeline
The thermal medium inlet of unit 64 is connected to the outboard end of modular unit row 62, is exported the cold medium of refrigeration unit 64 by pipeline
It is connected to cooling duct 63.
More specifically, refrigeration unit 64 can be air conditioner indoor unit and air-conditioner outdoor unit.The inner end of air conditioner indoor unit with
Cooling duct 63 is connected to, and the outboard end and modular unit of air conditioner indoor unit are arranged 62 inner cavities and connected far from the outboard end of cooling duct 63
It is logical.Modular unit row 62 is formed by multiple modular units 621 along arranged in a straight line, modular unit 621 can be full cabinet, not between
Power-off source (UPS, Uninterruptible Power System/Uninterruptible Power Supply) module is matched
The side of electric module and battery module, 621 outboard end of modules unit is equipped with intercommunicating pore, the connection of adjacent modular units 621
Hole is interconnected, and forms hot gas path as shown in phantom in Figure 7.
The above is only the preferred embodiments of the present utility model only, is not intended to limit the utility model, all practical at this
Made any modifications, equivalent replacements, and improvements etc., should be included in the guarantor of the utility model within novel spirit and principle
Within the scope of shield.
Claims (10)
1. data center's pedestal monomer characterized by comprising
For carrying the unit main body of cabinet；
Front positioning structure set on the unit main body front end；
Rear positioning structure set on the unit main body rear end, the rear positioning structure are used for and adjacent data center's pedestal
The front positioning structure of monomer positions docking；
Preceding connection structure set on the unit main body front end；And
Set on the unit main body rear end and for being connect with the preceding connection structure of adjacent data center's pedestal monomer
Rear connection structure.
2. data center's pedestal monomer as described in claim 1, it is characterised in that: the unit main body include upper frame and
The column being supported below the upper frame.
3. data center's pedestal monomer as described in claim 1, it is characterised in that: the front positioning structure is set on the list
The protrusion of first body front end；
The rear positioning structure includes the groove set on the unit main body rear end；The inner wall of the groove be used for it is adjacent described
The outer surface of the protrusion of data center's pedestal monomer is bonded.
4. data center's pedestal monomer as described in claim 1, it is characterised in that: the front positioning structure includes set on described
The prelocalization face of unit main body front end and in the unit main body and protrude from the locating rod in the prelocalization face；
The rear positioning structure includes the rear-locating face set on the unit main body rear end and for closing with the prelocalization face paste
And in the unit main body and it is used for the location hole chimeric with the locating rod.
5. data center's pedestal monomer as claimed in claim 4, it is characterised in that: the locating rod and the prelocalization face are hung down
Directly, the location hole is vertical with the rear-locating face；The top surface of the unit main body respectively with the prelocalization face and it is described after
Positioning surface is vertical.
6. data center's pedestal monomer as claimed in claim 5, it is characterised in that: the unit main body includes upper frame, sets
Lower frame below the upper frame, the front column being connected between the upper frame front end and the lower frame front end and
The rear column being connected between the upper back-end framework and the lower frame rear end；
The top surface of the upper frame forms the top surface of the unit main body, and the leading flank of the front column forms the prelocalization
Face, the trailing flank of the rear column form the rear-locating face, and the locating rod is set on the leading flank of the front column, described
Location hole is set on the trailing flank of the rear column.
7. such as data center's pedestal monomer as claimed in any one of claims 1 to 6, it is characterised in that: the preceding connection structure is used
It is detachably connected in the rear connection structure with adjacent data center's pedestal monomer.
8. data center's pedestal monomer as claimed in claim 7, it is characterised in that: the preceding connection structure includes set on described
The preceding screw hole of unit main body front end, it is described after connection structure include set on the unit main body rear end and for it is adjacent described
Screw hole after the preceding screw hole of data center's pedestal monomer is corresponding.
9. data center's pedestal, which is characterized in that including multiple data center's pedestals as claimed in any one of claims 1 to 8
Monomer；The rear positioning structure of the front positioning structure of data center's pedestal monomer and adjacent data center's pedestal monomer is fixed
Position docking；The rear connection structure of the preceding connection structure of data center's pedestal monomer and adjacent data center's pedestal monomer
It is connected with each other.
10. data center, which is characterized in that including data center's pedestal as claimed in claim 9.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201821294599.4U CN208387149U (en) | 2018-08-10 | 2018-08-10 | Data center's pedestal monomer, data center's pedestal and data center |
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| CN201821294599.4U CN208387149U (en) | 2018-08-10 | 2018-08-10 | Data center's pedestal monomer, data center's pedestal and data center |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110911977A (en) * | 2019-11-26 | 2020-03-24 | 浙江振心电力设备有限公司 | Novel high-low voltage power distribution cabinet with installation foundation |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110911977A (en) * | 2019-11-26 | 2020-03-24 | 浙江振心电力设备有限公司 | Novel high-low voltage power distribution cabinet with installation foundation |
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