CN109743862A - A kind of micromodule data system - Google Patents

A kind of micromodule data system Download PDF

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Publication number
CN109743862A
CN109743862A CN201811649379.3A CN201811649379A CN109743862A CN 109743862 A CN109743862 A CN 109743862A CN 201811649379 A CN201811649379 A CN 201811649379A CN 109743862 A CN109743862 A CN 109743862A
Authority
CN
China
Prior art keywords
cabinet
plate
attachment
battery
door
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Pending
Application number
CN201811649379.3A
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Chinese (zh)
Inventor
陈正龙
鲁界平
占景平
邱丽慧
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
LONGXING TELECOMMUNICATION EQUIPMENT MANUFACTURING Co Ltd NINGBO
Original Assignee
LONGXING TELECOMMUNICATION EQUIPMENT MANUFACTURING Co Ltd NINGBO
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by LONGXING TELECOMMUNICATION EQUIPMENT MANUFACTURING Co Ltd NINGBO filed Critical LONGXING TELECOMMUNICATION EQUIPMENT MANUFACTURING Co Ltd NINGBO
Priority to CN201811649379.3A priority Critical patent/CN109743862A/en
Publication of CN109743862A publication Critical patent/CN109743862A/en
Pending legal-status Critical Current

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Abstract

The present invention relates to a kind of micromodule data systems, it include top plate member, the top plate member includes a frame and the top plate positioned at frame mid portion and the electromagnetic control apparatus that connect with top plate, wherein, frame mid portion is respectively provided with the first attachment beam and the second attachment beam in the two sides of top plate corresponding position, the both ends of top plate are articulated on first attachment beam and second attachment beam by shaft, it is characterized by: the articulated section of top plate and the first attachment beam and the second attachment beam is at least equipped with a damper assembly, to fight and damp the rotation that the top plate is connected relative to the first attachment beam and second, compared with prior art, the advantage of the invention is that top plate with respect to the first attachment beam and the second attachment beam overturn into, due to the setting of damper assembly, so that top plate plays effective damping action during overturning, allow top plate phase To ground is relatively delayed, voicelessly closes, haved the function that also act quiet environment while muting function.

Description

A kind of micromodule data system
Technical field
The present invention relates to a kind of data system more particularly to a kind of micromodule data systems.
Background technique
Data center is with regard to the production center of information and Internet service, processing center, storage center.Currently, in the market The construction of data center is generally divided into traditional centralization and container data center, traditional centralization construction, generally will be from The reallocation of land starts, targetedly planning and designing large-scale data center, and planning, construction period are up to 2~3 years, Original equipment Invest huge, and this construction mode is very inflexible, according to market demand dilatation cabinet, each server cabinet of upgrading Power load is often unpractical.
In recent years, with the rapid development of electronic information industry, container data center, micromodule data center enter people The visual field.Wherein, so-called micromodule data center refers to that there is each module independent function, unified input and output to connect Mouthful, the module of different zones can back up mutually, form a complete data center by the permutation and combination of correlation module.With The development of information technology, the development of micromodule data center enter a new stage, such as a Patent No. A kind of Chinese utility model patent " data center's micromodule system of ZL201820212001.6 (notification number CN207969228U) System " it include that two column make somebody a mere figurehead pedestal, arrange the ventilation electrostatic floor maked somebody a mere figurehead between pedestal set on described two, it is aerial to be set to two column Power distribution cabinet and micromodule on pedestal, the day window assembly above the ventilation electrostatic floor, the micromodule top is equipped with Wire casing further includes the air-flow containment door of rear and front end, and data center's micromodule system is using modularization, standardization and high integration Design, so that whole system stability is high;Wherein, day window assembly includes the fixed skylight at both ends and between fixed skylight Fire skylight, fixed skylight top are equipped with chute, which is equipped with the top cover that can freely overturn, after top cover overturning not Door of communication apparatus cabinet switch in module is influenced, with fire-fighting requirements problem in the mode solution micromodule of computer room fire-fighting system linkage, micromodule Top has fire-fighting link and opens top cover function automatically, meets fire-fighting requirements and safety code requirements, in normal state, turnover panel Top cover is attracted by the magnet being powered, and turnover panel face is in parallel with aisle and reaches sealing effect, when fire alarm once occurs, in fire-fighting system System starts evident, and the electromagnet of turnover panel top cover is powered off and threaded off, and turnover panel top cover guarantees fire-fighting since the effect of gravity is opened rapidly Fire-suppressant gas is entered in closed micromodule space by turnover panel top cover after system starting, but turnover panel top cover is due to the effect of gravity It opens rapidly, excessive velocities, the sound of sending sound excessively may will increase the feared state of mind of staff.
Summary of the invention
It is a kind of with muting function the technical problem to be solved by the present invention is to be provided for above-mentioned state of the art Micromodule data system.
The technical scheme of the invention to solve the technical problem is: the micromodule data system, includes top plate Component, the top plate member include a frame and the top plate positioned at the frame mid portion and the Electromagnetic Control that connect with the top plate Device, wherein the frame mid portion is respectively provided with the first attachment beam and the second attachment beam in the two sides of top plate corresponding position, described The both ends of top plate are articulated on first attachment beam and second attachment beam by shaft, it is characterised in that: the top plate One damper assembly is at least installed with the articulated section of first attachment beam and the second attachment beam, it is described to fight and to damp Rotation of the top plate relative to the first attachment beam and the second attachment beam.
Further, from the simple angle of installation, also for the overturning for preventing top plate excessively slow, the damper assembly packet It has included:
Gear is arranged on the first attachment beam or the second attachment beam, and coaxially connected with the shaft;
Ball is engaged with the gear;
Fixing seat is arranged on the first attachment beam or the second attachment beam, is oppositely arranged with the gear;
Elastic component, on the fixing seat, the other end of the elastic component connects the ball for one end connection of the elastic component, So that the ball has the trend engaged with the gear always.
Further, further include the floor with air inlet, at least a pair of machine positioned opposite is installed on the floor Cabinet column, each pair of cabinet column laid out in parallel, each column cabinet is arranged to be made of the cabinet that at least two front and backs are arranged, wherein each pair of cabinet arranges Between aspectant space be formed as cold passage, back-to-back space is formed as the passage of heat, the top between each pair of cabinet column Portion is also connected with the top plate member, and is respectively arranged with front cabinet door with after on a line cabinet and last line cabinet up front Cabinet door.
Cabinet, power distribution cabinet, battery cupboard, rectifier cabinet and air-conditioning cabinet, each column machine are managed in order to successively cooling from front to back Structure column are followed successively by control cabinet, power distribution cabinet, battery cupboard, rectifier cabinet and air-conditioning cabinet from front to back, and the bottom of the control cabinet has Outlet to the import of air-conditioning cabinet conveying cooling medium and through being discharged with the cooling medium after the air-conditioning cabinet heat exchange. The pipeline that control cabinet, power distribution cabinet, battery cupboard, rectifier cabinet and air-conditioning cabinet are connected with inlet and outlet can be used in the prior art Common piping connection.
The control cabinet includes that cabinet body, the first column that the cabinet body two sidewalls are arranged in and the second column and interval connect At least two diaphragm plates on first column and the second column are connect, the cabinet body is in the central position of the tabula back It installs and is equipped with wiring closet, the section of each diaphragm plate is " U "-shaped, includes plate body and towards the wiring closet direction The distribution strip of extension is provided with wiring hole in the distribution strip, and constitutes between the distribution strip of adjacent diaphragm plate and match with described First space of line room wiring.The cabinet body spaced diaphragm plate from top to bottom of the control cabinet for micromodule data system On can be used for installing such as collector, monitoring server electronic equipment and realize signal acquisition, and then realize control effect, and cabinet body On wiring closet and between the distribution strip on diaphragm plate constitute for above-mentioned electronic equipment wiring space, have conveniently match Line, so that the feature that line arrangement is reasonable.
In order to facilitate the wiring between wiring closet and distribution strip, the wiring closet includes bottom wall and is arranged in the bottom wall On side wall, the side wall includes the first side wall being oppositely arranged, second sidewall and connection the first side wall and second sidewall Third side wall and the 4th side wall, and the first side wall, second sidewall, third side wall and the 4th side wall are surrounded at for wiring Second space, the first side wall and second sidewall form bending edge described in partial mulching to the second space inner bending Second space is provided with threading hole on the bending edge.
For the ease of the installation of wiring closet, the wiring closet can be installed by offering on the third side wall and the 4th side wall Mounting hole on the cabinet body, there are enter institute for line with the third side wall and the 4th side wall at the both ends of the bending edge The inlet wire space of second space is stated, offers at least two ventilation holes on the cabinet body two sidewalls.The setting of the ventilation hole can be protected Hold the intracorporal air permeability of cabinet.
Further, the battery cupboard includes battery cabinet body, and the battery cabinet body includes frame, and the frame is by more Vertical upright column and more Cross stays assemble, and the battery cabinet body is arranged at intervals with from top to bottom to be supported through the Cross stay Partition, the battery cabinet body is separated into the sub- cavity for being used to accommodate battery by the partition, and the battery cabinet body further includes having Front door and back door, the front door are articulated with the corresponding vertical upright column in the front door, and the back door is mesh door, and the front door is in phase Position between adjacent sub- cavity is provided with fan, battery is shelved on the partition, and the bottom of the partition offers The through-hole of battery is led to for the wind that fan introduces.The front door of the battery cupboard is equipped with fan, and back door is mesh door, thus at front door and The air duct of self-assembling formation from front to back in space between back door and adjacent sub- cavity, as long as battery, which is mounted on bottom, to be had On the partition of through-hole, the wind via through holes of fan blowout flow to the mesh door at back door after taking away the heat of battery, to reach needle Reinforce property the purpose that radiates.
Further, the support rod perpendicular with the Cross stay is arranged at intervals under the bottom of the partition, it is described It is connected with the framework for surrounding the support rod around partition, further includes having to be arranged under the support rod and described in capable of receiving The leakage barriers of the leakage of battery institute water clock.
Further, the leakage barriers include the chimb of plate body and the upward projection of surrounding by the plate body, described convex While including the first chimb close to the front door, first chimb is abutted against with the framework, and the is removed in the chimb Then there are the gaps that battery is led to for the wind that fan introduces with the support rod for other three chimbs of one chimb.
Compared with the prior art, the advantages of the present invention are as follows top plate with respect to the first attachment beam and the second attachment beam overturn into, Due to the setting of damper assembly, so that top plate plays effective damping action during overturning, allow top plate opposite Relatively slowly, it voicelessly closes, has haved the function that also act quiet environment while muting function.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of micromodule data system in the embodiment of the present invention;
Fig. 2 is the structural schematic diagram that the top plate of top plate member in the embodiment of the present invention is in close state;
Fig. 3 is the top plate of top plate member in embodiment of the present invention structural schematic diagram in the open state;
Fig. 4 is the positive structural schematic diagram of control cabinet in the embodiment of the present invention;
Fig. 5 is the exploded structural schematic diagram at the control cabinet back side in the embodiment of the present invention;
Fig. 6 is the structural schematic diagram at the control cabinet back side in the embodiment of the present invention;
Fig. 7 is the structural schematic diagram of wiring closet in the embodiment of the present invention;
Fig. 8 is the structural schematic diagram of the 4th diaphragm plate in the embodiment of the present invention.
Fig. 9 is the structural schematic diagram of battery cupboard in the embodiment of the present invention;
Figure 10 is the structural schematic diagram of another angle of Fig. 9;
Figure 11 is the structural schematic diagram of the leakage barriers extraction in Figure 10;
Figure 12 is the structural schematic diagram after the leakage barriers extraction in Figure 11;
Figure 13 is the structural schematic diagram of leakage barriers in the embodiment of the present invention;
Figure 14 is the structural schematic diagram of partition in the embodiment of the present invention;
Figure 15 is partition and the structural schematic diagram of the support rod under partition in the embodiment of the present invention.
Specific embodiment
The present invention will be described in further detail below with reference to the embodiments of the drawings.
It is highly preferred embodiment of the present invention as shown in Fig. 1~15.Micromodule data system includes top plate in the present embodiment Component 40, the top plate member 40 include a frame 401 and connect positioned at the top plate 402 at 401 middle part of frame and with top plate 402 Electromagnetic control apparatus 403, wherein 401 middle part of frame is respectively provided with the first attachment beam 4011 in the two sides of 402 corresponding position of top plate First attachment beam 4011 and the second attachment beam 4012 are articulated in by shaft 404 with the both ends of the second attachment beam 4012, top plate 402 On, the articulated section of top plate 402 and the first attachment beam 4011 and the second attachment beam 4012 is at least equipped with a damper assembly 50, with Just top plate 402 is fought and damps relative to the rotation of the first attachment beam 4011 and the second attachment beam 4012, and top plate 402 opposite first connects It connects beam 4011 and the second attachment beam 4012 is overturn into due to the setting of damper assembly 50, so that top plate 402 is during overturning Effective damping action is played, top plate 402 relatively slowly, is voicelessly closed, while having reached muting function Also act the effect of quiet environment.From simple angle is installed, also for the overturning for preventing top plate 402 excessively slow, damping Component 50 includes setting on the first attachment beam 4011 or the second attachment beam 4012, and the gear coaxially connected with shaft 404 501, the ball 502 engaged with gear 501, and be arranged on the first attachment beam 4011 or the second attachment beam 4012, with gear 501 fixing seats 503 being oppositely arranged, further include flexible part 504, and one end of the elastic component 504 is connected in fixing seat 503, The other end of the elastic component 504 connects ball 502, so that ball 502 has the trend engaged with gear 501 always.
Micromodule data system in this implementation further includes the floor with air inlet, and at least a pair of of phase is equipped on floor To the cabinet column of arrangement, each pair of cabinet column laid out in parallel, each column cabinet is arranged to be made of the cabinet that at least two front and backs are arranged, wherein Aspectant space is formed as cold passage between each pair of cabinet column, and back-to-back space is formed as the passage of heat, and each pair of cabinet arranges it Between top be also connected with top plate member 40, and be respectively arranged with front cabinet door on a line cabinet and last line cabinet up front 405 and rear cabinet door 406.In addition, managing cabinet 407, power distribution cabinet 408, battery cupboard 409, rectifier cabinet in order to successively cooling from front to back 410 and air-conditioning cabinet 420, each column mechanism column are followed successively by control cabinet 407, power distribution cabinet 408, battery cupboard 409, rectifier cabinet from front to back 410 and air-conditioning cabinet 420, the bottom of control cabinet 407 have to air-conditioning cabinet 420 convey cooling medium import 4071 and through with The outlet 4072 of cooling medium discharge after 420 heat exchange of air-conditioning cabinet, control cabinet 407, power distribution cabinet 408, battery cupboard 409, rectification Common pipe in the prior art can be used in the pipeline that cabinet 410 and air-conditioning cabinet 420 are connected with import 4071 and outlet 4072 Road connection.
Wherein, include cabinet body 1 for the control cabinet 407 of micromodule data system, be arranged in the of 1 two sidewalls of cabinet body At least two diaphragm plates that one column 2 and the second column 3 and interval are connected on the first column 2 and the second column 3, cabinet body 1 The central location of tabula back is provided with wiring closet 8, the section of each diaphragm plate is " U "-shaped, include plate body 70 and The distribution strip 701 extended towards 8 direction of wiring closet, is provided with wiring hole 7011 in distribution strip 701, and adjacent diaphragm plate The first space 702 with 8 wiring of wiring closet is constituted between distribution strip 701, wherein wiring closet 8 includes bottom wall 81 and setting Side wall on the bottom wall 81, side wall include the first side wall 82 being oppositely arranged, second sidewall 83 and connection the first side wall 82 and second sidewall 83 third side wall 84 and the 4th side wall 85, and the first side wall 82, second sidewall 83, third side wall 84 and 4th side wall 85 is surrounded into the second space 86 for wiring, and the first side wall 82 and second sidewall 83 are curved into second space 86 Folding forms bending edge 820 with partial mulching second space 86, is provided with threading hole 8201 on bending edge 820.In addition, for the ease of The mounting hole that wiring closet 8 can be mounted on cabinet body 1 is offered on the installation of wiring closet 8, third side wall 84 and the 4th side wall 85 840, and the both ends of bending edge 820 are with third side wall 84 and the 4th side wall 85 that there are the inlet wire for entering second space 86 for line is empty Between 841.
In order to keep the air permeability in cabinet body 1, at least two ventilation holes 11 are offered on 1 two sidewalls of cabinet body.This is used for micro- Module data system control cabinet cabinet body 1 from top to bottom spaced diaphragm plate have four pieces, as the first diaphragm plate 4, Second diaphragm plate 5, third diaphragm plate 6 and the 4th diaphragm plate 7, wherein on the first diaphragm plate 4 side by side in the two sides of wiring closet 8 difference It is provided with inverter 41, pole early stage power supply 42, being arranged side by side on the second diaphragm plate 5 has monitoring server 51 and collector 52, the Being arranged side by side on three diaphragm plates 6 has gate inhibition's monitor 61 and battery data logging device host 62, and being arranged side by side on the 4th diaphragm plate 7 has control Cabinet power distribution unit 71 processed and leakage water tester 72 realize signal acquisition, and then realize control effect, and the wiring closet 8 on cabinet body 1 And the wiring space for supplying above-mentioned electronic equipment is constituted between the distribution strip 701 on diaphragm plate, in order to wiring.And this implementation It is used for the complex battery cupboard 409 of micromodule data system in example, includes battery cabinet body 1 ', battery cabinet body 1 ' includes framed Frame, the frame are assembled by more vertical upright columns 11 ' and more Cross stays 12 ', and battery cabinet body 1 ' is spaced sets from top to bottom It is equipped with the partition 2 ' supported through Cross stay 12 ', battery cabinet body 1 ' is separated into the sub- cavity for being used to accommodate battery 3 ' by partition 2 ' 13 ', wherein battery cabinet body 1 ' further includes having front door 4 ' and back door 5 ', and front door 4 ' is articulated with the corresponding vertical upright column 11 ' in front door 4 ', Back door 5 is mesh door, and position of the front door 4 between adjacent sub- cavity 13 ' is provided with fan 6 ', is shelved with battery on partition 2 ' 3 ', and the bottom of partition 2 ' offers the through-hole 21 ' that the wind introduced for fan 6 ' leads to battery 3 '.Due to the front door of battery cupboard 4 ' are equipped with fan 6 ', and back door 5 ' is mesh door, thus in the space between front door 4 ' and back door 5 ' and adjacent sub- cavity 13 ' The air duct of self-assembling formation from front to back, as long as battery 3 ', which is mounted on bottom, to be had on the partition 2 ' of through-hole 21 ', fan 6 ' is blown Wind via through holes 21 ' out flow to the mesh door at back door 5 ' after taking away the heat of battery 3 ', pointedly reinforce heat dissipation to reach Purpose.
Reinforce the supporting force that partition 2 ' supports battery 3 ' in order to prevent, is arranged at intervals under the bottom of partition 2 ' and stull The perpendicular support rod 7 ' of part 12 ', the framework 22 ' for surrounding support rod 7 ' is connected with around partition 2, which is avoided that branch That holds bar 7 ' is exposed to cabinet body 1 ', in addition, during prolonged use leakage occurs for battery 3 ' in order to prevent, it further include having It is arranged under support rod 7 ' and can receive the leakage barriers 8 ' of the leakage of 3 ' institute's water clock of battery.In order to increase under partition 2 ' The wind for not influencing the introducing of fan 6 ' while leakage barriers 8 ' again leads to battery 3 ', and leakage barriers 8 ' include plate body 81 ' and by this The chimb of the upward projection of the surrounding of plate body 81 ', chimb include the first chimb 82 ' close to front door 4 ', the first chimb 82 ' and framework 22 ' abut against, and remove other three chimbs 83 ' of the first chimb 82 ' in chimb then there are with support rod 7 ' for fan 6 ' The wind of introducing leads to the gap of battery 3 ', and leakage barriers 8 ' are placed in bearing by the connector 9 ' being arranged under support rod 7 ' Under bar 7 '.Connector 9 ' is in " Z " type in the present embodiment, includes first level wall 91 ' and the second horizontal wall 92 ' and connection The vertical walls 93 ' of the two, first level wall 91 ' is parallel with Cross stay 12 ', and connects at least two support rods 7 ', and the second water Then for supporting the plate body 81 ' of leakage barriers 8 ', the wind that fan 6 ' is blown out passes through logical planomural 92 ' again through the gap between each support rod Hole 21 ' flow to the mesh door at back door 5 ' after taking away the heat of battery 3 ', can be with to realize the heat dissipation of battery 3 ', when installing battery Front door 4 ' is opened to be installed.

Claims (10)

1. a kind of micromodule data system includes top plate member (40), which includes a frame (401) and position Top plate (402) in the middle part of the frame (401) and the electromagnetic control apparatus (403) being connect with the top plate (402), In, the first attachment beam (4011) and second, which is respectively provided with, in the two sides of top plate (402) corresponding position in the middle part of the frame (401) connects It connects beam (4012), the both ends of the top plate (402) are articulated in first attachment beam (4011) and described the by shaft (404) On two attachment beams (4012), it is characterised in that: the top plate (402) and first attachment beam (4011) and the second attachment beam (4012) articulated section is at least equipped with a damper assembly (50), to fight and damp the top plate (402) opposite first The rotation of attachment beam (4011) and the second attachment beam (4012).
2. micromodule data system according to claim 1, it is characterised in that: the damper assembly (50) includes:
Gear (501) is arranged on the first attachment beam (4011) or the second attachment beam (4012), and same with the shaft (404) Axis connection;
Ball (502) is engaged with the gear (501);
Fixing seat (503) is arranged on the first attachment beam (4011) or the second attachment beam (4012), with the gear (501) phase To setting;
Elastic component (504), one end of the elastic component (504) are connected on the fixing seat (503), the elastic component (504) it is another One end connects the ball (502), so that the ball (502) has the trend engaged with the gear (501) always.
3. micromodule data system according to claim 2, it is characterised in that: further include the floor with air inlet, institute It states and at least a pair of cabinet column positioned opposite is installed on floor, each pair of cabinet column laid out in parallel, each column cabinet is arranged by least two The cabinet of a front and back arrangement is constituted, wherein aspectant space is formed as cold passage, back-to-back space between each pair of cabinet column Be formed as the passage of heat, the top between each pair of cabinet column is also connected with the top plate member (40), and a line up front Front cabinet door (405) and rear cabinet door (406) are respectively arranged on cabinet and last line cabinet.
4. micromodule data system according to claim 3, it is characterised in that: each column mechanism arranges from front to back successively For control cabinet (407), power distribution cabinet (408), battery cupboard (409), rectifier cabinet (410) and air-conditioning cabinet (420), the control cabinet (407) bottom is with the import (4071) and warp that convey cooling medium to the air-conditioning cabinet (420) and the air-conditioning cabinet (420) outlet (4072) of the cooling medium discharge after heat exchange.
5. micromodule data system according to claim 4, it is characterised in that: the control cabinet (407) includes cabinet body (1), it is arranged and is connected to first column in the first column (2) and the second column (3) of cabinet body (1) two sidewalls and interval (2) it is arranged at least two diaphragm plates on the second column (3), the central location of cabinet body (1) the Yu Suoshu tabula back Have wiring closet (8), the section of each diaphragm plate is " U "-shaped, includes plate body (70) and towards where the wiring closet (8) The distribution strip (701) that direction extends is provided with wiring hole (7011) on the distribution strip (701), and adjacent diaphragm plate is matched The first space (702) with the wiring closet (8) wiring is constituted between lines (701).
6. micromodule data system according to claim 5, it is characterised in that: the wiring closet (8) includes bottom wall (81) and side wall on the bottom wall (81) is set, the side wall includes the first side wall (82) being oppositely arranged, second side Wall (83) and the third side wall (84) and the 4th side wall (85) for connecting the first side wall (82) and second sidewall (83), and the first side Wall (82), second sidewall (83), third side wall (84) and the 4th side wall (85) are surrounded into the second space (86) for wiring, The first side wall (82) and second sidewall (83) form bending edge (820) to the second space (86) inner bending with part It covers the second space (86), is provided with threading hole (8201) on the bending edge (820).
7. micromodule data system according to claim 6, it is characterised in that: the third side wall (84) and the 4th side wall (85) mounting hole (840) that the wiring closet (8) can be mounted on the cabinet body (1), the bending edge (820) are offered on There are the inlet wire for entering the second space (86) for line is empty with the third side wall (84) and the 4th side wall (85) at both ends Between (841), offer at least two ventilation holes (11) on cabinet body (1) two sidewalls.
8. according to micromodule data system described in claim 4~7 any one, it is characterised in that: the battery cupboard (409) It include battery cabinet body (1 '), the cabinet body (1 ') includes frame, and the frame is by more vertical upright columns (11 ') and more cross Support member (12 ') assembles, the battery cabinet body (1 ') be arranged at intervals with from top to bottom through the Cross stay (12 ') bearing every Plate (2 '), the battery cabinet body (1 ') is separated into the sub- cavity (13 ') for accommodating battery (3 ') by the partition (2 '), described Battery cabinet body (1 ') further includes having front door (4 ') and back door (5 '), and it is corresponding perpendicular that the front door (4 ') is articulated with the front door (4 ') To column (11 '), the back door (5 ') is mesh door, position setting of the front door (4 ') between adjacent sub- cavity (13 ') Have fan (6 '), is shelved with battery (3 ') on the partition (2 '), and the bottom of the partition (2 ') is offered for fan (6 ') wind introduced leads to the through-hole (21 ') of battery (3).
9. micromodule data system according to claim 8, it is characterised in that: be spaced under the bottom of the partition (2 ') It is provided with the support rod (7 ') perpendicular with the Cross stay (12 '), is connected with around the partition (2 ') and surrounds the bearing The framework (22 ') of bar (7 ') further includes having to be arranged under the support rod (7 ') and can receive battery (3 ') institute water clock Leakage leakage barriers (8 ').
10. micromodule data system according to claim 9, it is characterised in that: the leakage barriers (8 ') include plate body The chimb of (81 ') and the upward projection of surrounding by the plate body (81 '), the chimb include close to the first of the front door (4 ') Chimb (82 '), first chimb (82 ') abuts against with the framework (22 '), and the first chimb is removed in the chimb Then there are the wind introduced for fan (6 ') to lead to battery with the support rod (7 ') for other three chimbs (83 ') of (82 ') The gap of (3 ').
CN201811649379.3A 2018-12-30 2018-12-30 A kind of micromodule data system Pending CN109743862A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201811649379.3A CN109743862A (en) 2018-12-30 2018-12-30 A kind of micromodule data system

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201811649379.3A CN109743862A (en) 2018-12-30 2018-12-30 A kind of micromodule data system

Publications (1)

Publication Number Publication Date
CN109743862A true CN109743862A (en) 2019-05-10

Family

ID=66362938

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201811649379.3A Pending CN109743862A (en) 2018-12-30 2018-12-30 A kind of micromodule data system

Country Status (1)

Country Link
CN (1) CN109743862A (en)

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