CN208128719U - Tower structure for data center's micromodule - Google Patents
Tower structure for data center's micromodule Download PDFInfo
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- CN208128719U CN208128719U CN201820764020.XU CN201820764020U CN208128719U CN 208128719 U CN208128719 U CN 208128719U CN 201820764020 U CN201820764020 U CN 201820764020U CN 208128719 U CN208128719 U CN 208128719U
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- frame
- door
- cabinet
- micromodule
- scaffold
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Abstract
The utility model relates to a kind of tower structure for data center's micromodule, it includes two bedframes being independently arranged that pedestal, which pre-installs frame, and channel is equipped between two bedframes；Cabinet pre-installation frame includes the cabinet framework that two correspondences are mounted on respective bedframe, outer protective plate is mounted on the outside of cabinet framework, two end doors are separately mounted to the left and right sides of two cabinet frameworks, dynamic ring monitoring module is mounted on the side or in which an end door of cabinet framework, and day window assembly is connected at the top of two cabinet frameworks and is located at upper part of channel；The horizontal Cabling Rack of troughing is separately mounted to corresponding cabinet framework inside top, and each horizontal Cabling Rack is vertically arranged respectively in two sides and is equipped with cabling middle frame, and two longitudinal chutes are separately mounted at the top of corresponding cabling middle frame.The utility model live can carry out frame and build, and equipment enclosure and frame are installed step-by-step construction, can be shortened construction period.
Description
Technical field
The utility model relates to a kind of tower structures for data center's micromodule, belong to Internet data center's skill
Art field.
Background technique
Micromodule till now, is defined as all-in-one micro modular data center, referred to as in Modular Data
Core module data center refers to that entire data center is made of disparate modules, and each module has the function being implemented separately,
Unified outputs and inputs interface, can mutually back up between module.Small-sized data center, water supply give electricity, to network
It puts into effect.Delivery method is that client's integration is delivered, and no longer needs to carry out pervious dispersibility delivery construction, entire micromodule
Change the inside, there are also uninterruptible power system, cooling system, cabinet, PDU, managing and control system, security protection and illumination, structural system, synthesis
Wiring.
At present the country mainstream micromodule frame structure build mode mainly using network cabinet cabinet body as supporting body, will be micro-
Structural system, comprehensive wiring system, security protection and illumination in module etc., which are combined, to be built, micromodule construction when must first by
Equipment enclosure could continue the installation of the structural members such as packaged unit after being installed in place, and the capacity of micromodule fully according to setting in advance
The manufacture of meter is built, and not only there is long construction periods, but also when practical application, is opened by server restocking period and business
Process influence, will lead to the micromodule later period need dilatation or reduce capacity have the problem of certain difficulty.
Summary of the invention
Frame is carried out the purpose of the utility model is to provide a kind of energy scene to build, and equipment enclosure and frame are installed step by step
Construction, can be shortened the tower structure for data center's micromodule of construction period.
The utility model needs dilatation or reduces capacity problem further objective is that the micromodule later period can rationally be solved
Tower structure for data center's micromodule.
The technical solution of the utility model in order to achieve the above objectives is：A kind of frame-type knot for data center's micromodule
Structure, it is characterised in that：Including pedestal pre-installation frame, troughing, day window assembly and it is mounted on pedestal pre-installation frame
Go up and be used to support the cabinet pre-installation frame of troughing and day window assembly；The pedestal pre-installation frame includes independent
Two bedframes being arranged, and channel is equipped between two bedframes；The cabinet pre-installation frame includes two correspondences
The cabinet framework being mounted on respective bedframe, outer protective plate are mounted on the outside of cabinet framework, and two end doors are separately mounted to
The left and right sides of two cabinet frameworks, dynamic ring monitoring module are mounted on the side or in which an end door of cabinet framework, skylight
Component is connected at the top of two cabinet frameworks and is located at upper part of channel；The troughing includes two horizontal Cabling Racks and two
A longitudinal direction chute and cabling middle frame, horizontal Cabling Rack are separately mounted to corresponding cabinet framework inside top, and
Each horizontal Cabling Rack is vertically arranged respectively in two sides and is equipped with cabling middle frame, and two longitudinal chutes are separately mounted to corresponding cabling
At the top of middle frame.
Wherein：The bedframe includes at least three scaffolds and multiple contour intermediate rectangular chassis, and each
It holds frame parallel and is respectively set and is located at left and right ends and its middle part, be connected at least one intermediate square between scaffold two-by-two
Shape chassis；The cabinet framework includes at least three door-shaped frames corresponding with scaffold, and the bottom of each door-shaped frame
It is mounted on corresponding scaffold, top frame is connected laterally at each door-shaped frame top outer, and oblique bolster is connected to a shape
On the lower part of frame and scaffold.
The tower structure of data center's micromodule of the utility model uses independent pedestal pre-installation frame and machine
Cabinet pre-installs frame, and pedestal pre-installation frame and cabinet pre-installation frame are all made of two independent bedframes and are mounted on
Cabinet framework on respective bedframe, and troughing, day window assembly are mounted on cabinet framework and form micromodule
Tower structure, not against equipment enclosure load-bearing, equipment enclosure is mutually indepedent with frame structure, and early period, scene can be first by frame
Completion is built, air-conditioning etc. between cabinet, power cabinet, column is installed into frame by the later period, shortens the construction period.The electricity of the utility model
Cable chute facilitates cabling using Wiring structure three-dimensional in length and breadth, and has preferable maintainability.The pedestal of the utility model
Frame uses three scaffolds and multiple contour intermediate rectangular chassis, and each scaffold is arranged in parallel respectively and is located at a left side
Right both ends itself and middle part, due to being connected at least one intermediate rectangular chassis between scaffold two-by-two, while cabinet framework is adopted
With door-shaped frame corresponding with the scaffold on bedframe, each door-shaped frame is reliably mounted at corresponding bearing
On frame, enable scaffold and the independent frame structure of door-shaped frame shape, the intermediate scaffold of increase and decrease, door shape frame can be passed through
The quantity of frame and the data of intermediate rectangular chassis adjust cabinet quantity, can rationally solve the micromodule later period and need dilatation or subtract
Few capacity problem.
Detailed description of the invention
The embodiments of the present invention are described in further detail with reference to the accompanying drawing.
Fig. 1 is a kind of schematic diagram of the tower structure for data center's micromodule of the utility model.
Wherein：1-outer protective plate, 2-bedframes, 2-1-scaffold, 2-11-base support column, 2-2-centre
Rectangular chassis, 2-21-door shape pedestal, 3-end doors, 4-dynamic ring monitoring modules, 5-cabinet frameworks, 5-1-door-shaped frame,
The oblique bolster of 5-2-, 5-3-upright of frame, 5-4-top frame, 5-6-cruciform bracing, 6-troughings, 6-1-transverse direction cabling
Frame, 6-2-cabling middle frame, 6-3-longitudinal direction chute, 7-day window assemblies, 7-1-skylight sash, 7-2-fire-fighting control top
Plate, 7-3-fire-fighting control turning roof window.
Specific embodiment
As shown in Figure 1, a kind of tower structure for data center's micromodule of the utility model, including pedestal pre-installation
It frame, troughing 6, day window assembly 7 and is mounted on pedestal pre-installation frame and for supporting troughing 6 and day
The cabinet of window assembly 7 pre-installs frame.
As shown in Figure 1, the pedestal pre-installation frame of the utility model includes two bedframes 2 being independently arranged, and two
Channel is equipped between bedframe 2, cabinet pre-installation frame includes the cabinet frame that two correspondences are mounted on respective bedframe 2
Each cabinet framework 5 is mounted on corresponding bedframe 2 by frame 5, is made also to form channel between two cabinet frameworks 5, is worked as machine
Cooling duct can be formed after cabinet installation.As shown in Figure 1, outer protective plate 1 is mounted on the outside of cabinet framework 5, two end doors 3 difference
It is mounted on the left and right sides of two cabinet frameworks 5, dynamic ring monitoring module 4 is mounted on the side or in which an end of cabinet framework 5
On door 3, which can be used existing parallel-moving type structure door, be carried out by dynamic ring monitoring module 4 to data center's micromodule
Monitoring.
As shown in Figure 1, the utility model day window assembly 7 is connected to the top of two cabinet frameworks 5 and is located at upper part of channel, should
Its window assembly 7 includes that skylight sash 7-1 and at least two fire-fighting controlroof 7-2 and at least one fire-fighting control turning roof window 7-
3, skylight sash 7-1 are connected to door-shaped frame 5-1 inside top and are located at upper part of channel, fire-fighting controlroof 7-2 and fire-fighting control
Turning roof window 7-3 processed is mounted on skylight sash 7-1, is able to satisfy ventilation by opening and closing fire-fighting control turning roof window 7-3
It is cooling to require, while being also able to satisfy fire-fighting requirements.
As shown in Figure 1, the utility model troughing 6 includes two horizontal Cabling Rack 6-1, two longitudinal chute 6-
3 and cabling middle frame 6-2, horizontal Cabling Rack 6-1 be separately mounted to corresponding 5 inside top of cabinet framework, and each cross
It is vertically arranged respectively to chute 6-1 in the left and right sides and cabling middle frame 6-2 is installed, two longitudinal direction chute 6-3 are separately mounted to
At the top of each cabling middle frame 6-2, the three-dimensional wiring configuration of horizontal and vertical cabling is formed, convenient for wiring and the maintenance in later period.For
Convenient for the capacity of adjustment module, the utility model horizontal Cabling Rack 6-1 is at least two seperated cabling frames, and each wiring frame
Frame is separately mounted to the top of two neighboring door-shaped frame 5-1, and is equipped with multiple intermediate beams on each cabling frame.
As shown in Figure 1, the utility model bedframe 2 includes at least three scaffold 2-1 and multiple contour centres
Rectangular chassis 2-2, each scaffold 2-1 are respectively set in parallel and are located at left and right ends and its middle part, and middle part can be equipped with multiple
Support frame frame 2-1 is connected with contour at least one intermediate rectangular chassis 2-2 two-by-two between scaffold 2-1, therefore according to reality
Demand reaches to adjust the quantity of intermediate support frame 2-1 and the quantity of intermediate rectangular chassis 2-2 and increases or decreases cabinet
Quantity avoids mass production early period from causing waste of capacity or the inadequate situation of capacity.As shown in Figure 1, the utility model supporting frame
Frame 2-1 is by upper and lower two U-shaped beams and fixes the U-shaped column or rectangular tube of sides before and after two U-shaped beams and constitutes, and has scaffold 2-1
There is preferable bearing value.For the bearing capacity for further increasing supporting frame, as shown in Figure 1, be equipped in scaffold 2-1 to
A few base support column 2-11, can be set as needed base support column 2-11 quantity.As shown in Figure 1, the utility model is each
It is horizontal in intermediate rectangular chassis 2-2 that at least one contour door shape pedestal 2-21 is installed, bearing is had on door shape pedestal 2-21
Plate facilitates the installation of cabinet.
As shown in Figure 1, the utility model cabinet framework 5 includes at least three door-shaped frames corresponding with scaffold 2-1
5-1, the bottom of each door-shaped frame 5-1 are mounted on corresponding scaffold 2-1, the quantity of the door-shaped frame 5-1 at middle part
It can be arranged according to the quantity of scaffold 2-1, door-shaped frame 5-1 is by inside and outside two rectangular tube and is connected to inside and outside two rectangular tubes
The rectangular tube beam at top connects and composes, and inside and outside two rectangular tube is connected by fastener and the rectangular tube beam at top, door-shaped frame 5-1
Rectangular tube and rectangular tube beam between be connected with oblique bolster 5-2, and tiltedly bolster 5-2 is connected to lower part and the branch of door-shaped frame 5-1
On support frame frame 2-1, top frame 5-4 is connected laterally at each door-shaped frame 5-1 top outer, and cabinet framework 5 is reliably mounted at respectively
From bedframe 2 on.
For the reliability for further increasing cabinet framework 5, as shown in Figure 1, the utility model door-shaped frame 5-1 is also connected with
At least one upright of frame 5-3 and at least one cruciform bracing 5-6, upright of frame 5-3 and cruciform bracing 5-6 are all made of rectangle
Pipe, and the one end upright of frame 5-3 is connected on scaffold 2-1 and, the other end corresponding with base support column 2-11 is connected to door
At the top of shape frame 5-1, and the front side or rear side of the one end cruciform bracing 5-6 connection door-shaped frame 5-1, the other end are connected to frame and stand
On column 5-3, oblique bolster 5-2 is separately mounted on upright of frame 5-3 and scaffold 2-1 and upright of frame 5-3 and cruciform bracing
On 5-6, make cabinet framework 5 that there is better stability.
As shown in Figure 1, when the utility model is installed, scaffold 2-1 is first connected into shape with multiple intermediate rectangular chassis 2-2
At two independent bedframes 2, each bedframe 2 is installed to ground, and is equipped with channel between two bedframes 2, then
Door-shaped frame 5-1 is separately mounted on corresponding scaffold 2-1, and top frame 5-4 is connected laterally at each door shape frame
Outer protective plate 1 is mounted on the periphery of door-shaped frame 5-1, then end door 3 is installed to the left side door-shaped frame 5-1 by frame 5-1 top outer
Dynamic ring monitoring module 4 is mounted on the side or an end door of door-shaped frame 5-1 by right side, finally by 7 He of day window assembly
Troughing 6 is installed to the top door-shaped frame 5-1, forms the tower structure of adjustable cabinet capacity.
Claims (6)
1. a kind of tower structure for data center's micromodule, it is characterised in that：It is walked including pedestal pre-installation frame, cable
It coil holder (6), day window assembly (7) and is mounted on pedestal pre-installation frame and for supporting troughing (6) and skylight group
The cabinet of part (7) pre-installs frame；The described pedestal pre-installation frame includes two bedframes (2) being independently arranged, and two
Channel is equipped between bedframe (2)；The cabinet pre-installation frame includes that two correspondences are mounted on respective bedframe (2)
On cabinet framework (5), outer protective plate (1) is mounted on the outside of cabinet framework (5), and two end doors (3) are separately mounted to two cabinets
The left and right sides of frame (5), dynamic ring monitoring module (4) be mounted on cabinet framework (5) side or in which an end door (3)
On, day window assembly (7) is connected at the top of two cabinet frameworks (5) and is located at upper part of channel；The troughing (6) includes two
A horizontal Cabling Rack (6-1) and two longitudinal chutes (6-3) and cabling middle frame (6-2), horizontal Cabling Rack (6-1) is respectively
It is mounted on corresponding cabinet framework (5) inside top, and each horizontal Cabling Rack (6-1) is vertically arranged respectively in two sides and is equipped with away
Line middle frame (6-2), two longitudinal chutes (6-3) are separately mounted at the top of corresponding cabling middle frame (6-2).
2. the tower structure according to claim 1 for data center's micromodule, it is characterised in that：The pedestal
Frame (2) includes at least three scaffolds (2-1) and multiple contour intermediate rectangular chassis (2-2), each scaffold (2-1)
Left and right ends and its middle part are respectively set and be located in parallel, are connected at least one intermediate square between scaffold (2-1) two-by-two
Shape chassis (2-2)；The cabinet framework (5) includes at least three door-shaped frames (5-1) corresponding with scaffold (2-1),
And the bottom of each door-shaped frame (5-1) is mounted on corresponding scaffold (2-1), top frame (5-4) is connected laterally at respectively
Door-shaped frame (5-1) top outer, oblique bolster (5-2) are connected on the lower part and scaffold (2-1) of door-shaped frame (5-1).
3. the tower structure according to claim 1 or 2 for data center's micromodule, it is characterised in that：Described
Horizontal Cabling Rack (6-1) includes the cabling frames of at least two seperated connections, and each cabling frame be separately mounted to it is two neighboring
The top of door-shaped frame (5-1).
4. the tower structure according to claim 2 for data center's micromodule, it is characterised in that：The bearing
At least one base support column (2-11) is installed, it is vertical that door-shaped frame (5-1) is also connected at least one frame in frame (2-1)
Column (5-3) and at least one cruciform bracing (5-6), and the one end upright of frame (5-3) be connected on scaffold (2-1) and with bottom
Seat support column (2-11) is corresponding, the other end is connected at the top of door-shaped frame (5-1), and cruciform bracing one end (5-6) connects door shape frame
The front side or rear side of frame (5-1), the other end are connected on upright of frame (5-3), and oblique bolster (5-2) is separately mounted to upright of frame
On (5-3) and scaffold (2-1) and on upright of frame (5-3) and cruciform bracing (5-6).
5. the tower structure according to claim 2 for data center's micromodule, it is characterised in that：The centre
It is horizontal in rectangular chassis (2-2) that at least one contour door shape pedestal (2-21) is installed, on the door shape pedestal (2-21)
With support plate.
6. the tower structure according to claim 1 or 2 for data center's micromodule, it is characterised in that：Described
Its window assembly (7) includes skylight sash (7-1), at least two fire-fighting controlroofs (7-2) and at least one fire-fighting control overturning
Skylight (7-3), skylight sash (7-1) are connected to each door-shaped frame (5-1) inside top and are located at upper part of channel, fire-fighting control top
Plate (7-2) and fire-fighting control turning roof window (7-3) are mounted on skylight sash (7-1).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820764020.XU CN208128719U (en) | 2018-05-21 | 2018-05-21 | Tower structure for data center's micromodule |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820764020.XU CN208128719U (en) | 2018-05-21 | 2018-05-21 | Tower structure for data center's micromodule |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208128719U true CN208128719U (en) | 2018-11-20 |
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ID=64185398
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820764020.XU Active CN208128719U (en) | 2018-05-21 | 2018-05-21 | Tower structure for data center's micromodule |
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| Country | Link |
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| CN (1) | CN208128719U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111712094A (en) * | 2020-05-28 | 2020-09-25 | 苏州浪潮智能科技有限公司 | Micromodule data center with multiple wire-passing bridges |
-
2018
- 2018-05-21 CN CN201820764020.XU patent/CN208128719U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111712094A (en) * | 2020-05-28 | 2020-09-25 | 苏州浪潮智能科技有限公司 | Micromodule data center with multiple wire-passing bridges |
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