CN102625622B - Container data center - Google Patents
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- CN102625622B CN102625622B CN201210109828.1A CN201210109828A CN102625622B CN 102625622 B CN102625622 B CN 102625622B CN 201210109828 A CN201210109828 A CN 201210109828A CN 102625622 B CN102625622 B CN 102625622B
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Abstract
The invention discloses a container data center, which comprises a container body (500) which is made of a container, wherein a door (540) is arranged on at least one side wall of the container body (500), a floor layer (510) is arranged on the bottom portion of the container body (500), a plurality of floor moving devices are arranged on the floor layer (510), at most an equipment cabinet (300) is arranged on each of the floor moving devices, the equipment cabinets (300) are arranged in an equipment layer (520) which is arranged in the middle portion of the container body (500), a data processing device is installed on each of the equipment cabinets (300), an illumination ventilating layer (530) is arranged on the top of the container body (500), the illumination ventilating layer (530) comprises an illumination ventilating unit (531), a refrigeration transmission processing unit (532) and a wiring space (533) which is used for the data processing device. According to the container data center, the space utilization ratio is improved, installation and maintenance of the equipment cabinets are facilitated, the construction cycle is short, the integration density is high, and the data processing devices in the container data center and used space environment of the container data center can be cooled.
Description
Technical field
The present invention relates to a kind of Mobile data center, a kind of especially container data center.
Background technology
Mobile data center, generally with movable board room or vehicle for casing, in casing, build the equipment such as illumination, network, server, storer, processor, air-conditioning.Space due to casing is limited, and therefore, the how equipment such as rational deployment illumination, air-conditioning, connecting line, server, to improve the utilization rate in space.For the ease of management, these data processing equipments are generally arranged on the rack that is placed in container data center housing, for focusing on data message.Due to data processing equipment work time, can generate heat, therefore, will dispel the heat to data processing equipment on rack and usage space environment.
Owing to being provided with multiple rack in data center, in each rack, various data processing equipment is installed; Namely rack is for being moved object, owing to being generally all be fixed on the floor of data center by rack in prior art, therefore, when installation and maintenance, can not be moved around rack on one degree of freedom direction position, so that when installation and maintenance, inconvenient operation.
Container data center, owing to breaching the serviceable life of interim solution, therefore by as new Mobile data center.Work as container data center, due to equipment failure or other reason cause fire time, fire extinguishing process to be carried out to container data center, therefore, container data center inside is generally provided with Automatic Fire Extinguisher, when Automatic Fire Extinguisher has detected that fire occurs, Automatic Fire Extinguisher automatic spraying fire extinguishing agent has been put out a fire to container data center inside.After Automatic Fire Extinguisher sprays, because container data center is seal, therefore can produce very large pressure in the inside of container data center, when pressure is excessive, certain damage can be caused to container data center and the miscellaneous equipment arranged in it, even explode.Therefore, in Automatic Fire Extinguisher sprinkling process, corresponding measure be adopted with the pressure of removal container data center inside.
In addition, the Mobile data center of existing structure, is all introduce line of electric force from outside, and only has a road wire inlet unit, its shortcoming is: when the line of electric force of wire inlet unit comes off or after the power line failure introduced, the externally fed power supply at Mobile data center will be lost.
Summary of the invention
Technical matters to be solved by this invention is, overcome above deficiency, provide a kind of container data center, this container data center, can improve its space utilization rate, be convenient to the installation and maintenance of rack, the construction period is short, integration density is high, can dispel the heat to the data processing equipment of container data center and usage space environment thereof.
In order to solve the problems of the technologies described above, technical scheme of the present invention is: a kind of container data center, comprise the casing made by container, at least one sidewall of described casing is provided with door, described bottom half is provided with floor layer, and described floor layer is provided with multiple floors mobile device, and described each floor mobile device is provided with a rack at the most, described rack is positioned at the mechanical floor in the middle part of described casing, and described each rack is all provided with data processing equipment; Described casing top is provided with illumination ventilating layer, described illumination ventilating layer, comprises illumination unit ventilators and refrigeration transport process unit, and for the wiring space of described data processing equipment.
Further, described floor mobile device, comprises the fixed guide assembly be arranged on floor, and is arranged on the moving guide rail assembly on described fixed guide assembly, and for locking or unlocking the pressure lock set of described moving guide rail assembly.
Further, described fixed guide assembly, comprise two parallel fixed guides, the inner side of described every bar fixed guide is provided with groove, and the downside of described groove and upper side or only downside are all fixedly installed guide rail bar;
Described moving guide rail assembly, it is the rectangular frame of two parallel the first fixed heads, the second fixed head composition parallel with two, the lateral surface of described every bar first fixed head is provided with at least two wheels, and the center section of the excircle of described all wheels is provided with the depression matched with described guide rail bar
Described pressure lock set, comprise depression bar and pressure lock, one end of described depression bar is hinged with the first fixed block, one end of described pressure lock is hinged with the second fixed block, described second fixed block and pressure are provided with torsion spring between locking, the free end of described depression bar is overlapped on the free end of described pressure lock, and described depression bar and pressure lock are installed in underfloor; Described depression bar is provided with pressure handle, and described pressure is locked and is provided with snap close, and described pressure handle and snap close are all exposed to above floor; Described pressure lock is near one end of one of them the second fixed head described, described depression bar away from one of them the second fixed head described one end and be positioned at the same side with described pressure lock, described snap close is for locking or unlocking the second fixed head of described moving guide rail assembly.
Further, described data processing equipment, comprises data-carrier store, controller, the network equipment, server and/or power supply.
Further, described refrigeration transport process unit is provided with fresh air supply system, described fresh air supply system, comprise the fresh wind port of the side wall upper part being arranged on described casing, described fresh wind port is provided with new blower fan, described new blower fan is communicated with at least one pressure fan, described all pressure fan are connected with surface cooler by pipeline, described surface cooler front end is provided with air strainer, humidifier is provided with between described surface cooler and air strainer, the bottom of described surface cooler is provided with water accumulating disc, and described water accumulating disc is connected with drainpipe.
Further, described illumination unit ventilators is provided with lighting device and bellows, and described lighting device and bellows are structure as a whole, and is provided with lighting device in described bellows, the lower surface of described bellows is provided with light-passing board and air outlet, described light-passing board is positioned at immediately below lighting device, and described air outlet is positioned at the both sides of described light-passing board, and described bellows are provided with air inlet, described lighting device, comprise erecting frame, and be arranged on the lamp socket on erecting frame, and be arranged on the illuminating lamp on lamp socket.
Further, also comprise fire plant, described fire plant, comprise the Automatic Fire Extinguisher being lifted on casing top, the sidewall of the casing near described Automatic Fire Extinguisher is provided with excess pressure valve, and described excess pressure valve is arranged on the sidewall of casing by the ventilation outer cover with ventilating opening.
Further, described fire plant, also comprises the fire fighting unit of at least one side wall upper part being arranged on described casing, described fire fighting unit, comprises at least one through hole being arranged on described side wall upper part, is provided with a hose saddle in described each through hole.
Further, described fire fighting unit, also comprises fire-fighting groove, and described through hole and hose saddle are distributed in described fire-fighting groove.
Further, also comprise two-way distribution structure, described two-way distribution structure, comprise the first wire inlet unit and the second wire inlet unit that are positioned at one of them sidewall of casing, the inner side of described sidewall is provided with power board, described power board being provided with double power supply converting switch, carrying out unit or the second wire inlet unit is powered for switching described first; Described first wire inlet unit, comprises the first groove of three the first incoming lines and indent, and described three the first incoming lines are arranged in the first groove, and described each first incoming line is provided with first magnet ring; Described second wire inlet unit, comprises the second groove of three the second incoming lines and indent, and described three the second incoming lines are arranged in the second groove, and described each second incoming line is provided with second magnet ring.
Compared with prior art, present invention employs the casing of container as Mobile data center, because the construction period of container is short, therefore, can realize making container data center fast; The casing of container data center has been done to the division of three space layer, to improve the space utilization rate of container data center, namely throw light on ventilating layer, mechanical floor, floor layer; Rack is arranged on the mobile device of floor, the installation and maintenance that the data processing on rack and rack is arranged more convenient to operate; Refrigeration transport process unit is set at illumination ventilating layer, namely may carries out Appropriate application to the space of the casing of container data center, can also be dispelled the heat to the data processing equipment on rack and rack by refrigeration transport process unit; Illumination ventilating layer is provided with wiring space, enables connecting line reasonably layout and the planning of the data processing equipment be arranged on rack, to make the connecting line orderly wiring of data processing equipment.
Accompanying drawing explanation
Fig. 1 is the body structure schematic diagram of the embodiment of the present invention;
Fig. 2 be embodiment of the present invention floor mobile device overlook disassemblying structure schematic diagram;
Fig. 3 is the structural representation of the pressure lock set of embodiment of the present invention floor mobile device;
Fig. 4 is the structural representation of the depression bar of the pressure lock set of embodiment of the present invention floor mobile device;
Fig. 5 is the structural representation of the pressure lock of the pressure lock set of embodiment of the present invention floor mobile device;
Fig. 6 be embodiment of the present invention floor mobile device overlook unitized construction schematic diagram;
Fig. 7 is the side-looking unitized construction schematic diagram of embodiment of the present invention floor mobile device;
Fig. 8 is that the master of embodiment of the present invention container data center looks cross-sectional view;
Fig. 9 is the side elevational cross-section structural representation of embodiment of the present invention container data center;
Figure 10 is the integrative-structure schematic diagram of embodiment of the present invention lighting device and bellows;
Figure 11 is the cross-sectional view of the bellows of the embodiment of the present invention;
Figure 12 is the cross-sectional view of the lighting device of the embodiment of the present invention;
Figure 13 is the newly distinguished and admirable to schematic diagram of the bellows of the embodiment of the present invention;
Figure 14 is the structural representation of wherein a kind of fire plant of the embodiment of the present invention;
Figure 15 is the structural representation of another fire plant of the embodiment of the present invention;
Figure 16 is the two-way distribution structure schematic diagram of the embodiment of the present invention;
Figure 17 is the sectional view along Figure 14 B-B direction.
Embodiment
Below in conjunction with accompanying drawing, the present invention is described in detail:
Please refer to Fig. 1, container data center of the present invention, comprise the casing 500 made by container, at least one sidewall of described casing 500 is provided with door 540, described casing 500 is disposed with floor layer 510, mechanical floor 520, illumination ventilating layer 530 from bottom to top; Described illumination ventilating layer 530, comprises illumination unit ventilators 531 and refrigeration transport process unit 532, and for the wiring space 533 of described data processing equipment.The present embodiment adopts container to be casing, and point three layers of design in container 500, top layer is illumination ventilating layer 530, and middle layer is mechanical floor 520, and bottom is floor layer 510.Floor layer 510, can prevent the equipment on mechanical floor 520 and directly contact bottom container 500 and make moist; Floor layer 510 can lay space as the connecting line of the equipment in mechanical floor 520 and equipment or network with the space of the bottom of container 500; Mechanical floor 520, for equipment such as build-in services device, rack, ups powers; Illumination ventilating layer 530, is provided with illumination unit ventilators 531 and refrigeration transport process unit 532, and for the wiring space 533 of mechanical floor.Wherein, refrigeration transport process unit 532, for carrying new wind and controlling air force and humiture; Illumination unit ventilators 531, on the one hand for Mobile data central interior provides illumination, is the new wind that mechanical floor 520 carries the conveying of refrigeration transport process unit on the other hand.That is, the present invention will be thrown light on and ventilate and be arranged in a unit, thus improve the utilization rate in the space of illumination ventilating layer 521.Wherein, the wiring space of wiring space 533 mainly between connection device layer 520 and the power lead introduced of illumination ventilating layer 530.Refrigeration, illumination, ventilation, wiring space are distributed in illumination ventilating layer 530 by the present invention, and do not take mechanical floor 520, thus save the usage space of mechanical floor 520, make mechanical floor 520 that more equipment can be installed, thus improve the space utilization rate of illumination ventilating layer 530 and mechanical floor 520.In addition, the connecting line that floor layer 510 is used for advancing equipment and equipment or network with the space bottom container 500 is laid, and makes floor layer 510 carry out Appropriate application with the space of container 500, thus improves the space utilization rate of floor layer 510.
Please refer to Fig. 2 to 8, described floor layer 510 is provided with multiple floors mobile device, described each floor mobile device is provided with a rack 300 at the most, and described rack 300 is positioned at the mechanical floor 520 in the middle part of described casing 500, and described each rack 300 is all provided with data processing equipment;
Please refer to Fig. 2 to 7, described floor mobile device, comprise the fixed guide assembly 10 be arranged on floor, and be arranged on the moving guide rail assembly 20 on described fixed guide assembly 10, and for locking or unlocking the pressure lock set 30 of described moving guide rail assembly 20;
Please refer to Fig. 2, Fig. 6, Fig. 7, described fixed guide assembly 10, comprise two parallel fixed guides 11, the inner side of described every bar fixed guide 11 is provided with groove 12, and the downside of described groove 12 and upper side or only downside are all fixedly installed guide rail bar 13;
Please refer to Fig. 2, Fig. 6, Fig. 7, described moving guide rail assembly 20, it is the rectangular frame that two parallel the first fixed heads 21, second fixed head 22 parallel with two forms, the lateral surface of described every bar first fixed head 21 is provided with at least two wheels 23, and the center section of the excircle of described all wheels 23 is provided with the depression 26 matched with described guide rail bar 13;
Please refer to Fig. 3 to 7, described pressure lock set 30, comprise depression bar 31 and pressure lock 32, one end of described depression bar 31 is hinged with the first fixed block 33, one end of described pressure lock 32 is hinged with the second fixed block 34, be provided with torsion spring 36 between described second fixed block 34 and pressure lock 32, the free end of described depression bar 31 is overlapped on the free end of described pressure lock 32, and described depression bar 31 and pressure lock 32 are installed in underfloor; Described depression bar 31 is provided with pressure handle 35, described pressure lock 32 is provided with snap close 38, described pressure handle 35 and snap close 38 are all exposed to above floor; Described pressure lock 32 is near one end of one of them the second fixed head 22 described, described depression bar 31 away from one of them the second fixed head 22 described one end and be positioned at the same side with described pressure lock 32, described snap close 38 is for locking or unlocking the second fixed head 22 of described moving guide rail assembly 20.
This floor mobile device in use, is fixed on being moved object (data processing equipment namely on rack and rack) on moving guide rail assembly 20.Because this floor mobile device adopts fixed guide assembly 10, the moving guide rail assembly 20 matched with fixed guide assembly 10, fixed guide assembly 10 comprises two parallel fixed guides 11, each fixed guide 11 medial surface is provided with again groove 12, and the downside of groove 12 and upper side or only downside are provided with guide rail bar 13; Again because moving guide rail assembly 20 comprises two parallel the first fixed heads 21, the lateral surface of each first fixed head 21 is provided with wheel 23, the center section of the excircle of wheel 23 is provided with the depression 26 matched with described guide rail bar 13, wheel 23 then with depression 26 rolls on guide rail bar 13, thus make moving guide rail assembly 20 produce the movement of position, and fixed guide assembly 10 is motionless.That is, moving guide rail assembly 20 rolls with fixed guide assembly 10 and coordinates, by the rolling of moving guide rail assembly 20 on fixed guide assembly 10, thus make moving guide rail assembly 20 produce position to move, be then fixed on and moving guide rail assembly 20 is moved the movement that object creates position.Being fixed on moving guide rail assembly 20 owing to being moved object, being therefore moved object and moving guide rail assembly 20 for being synchronized with the movement.Again due to pressure lock set 30, for locking or unlocking moving guide rail assembly 20, therefore, when pressure lock set 30 locks moving guide rail assembly 20, moving guide rail assembly 20 can not roll on fixed guide assembly 10, can not produce the movement of position; When pressing lock set 30 to unlock moving guide rail assembly 20, moving guide rail assembly 20 can fixed guide assembly 10 on roll, thus produce the movement of position.Therefore, moving guide rail assembly 20 can not move due to the effect of inertial force effect or other power, thus ensure that the steadiness of moving guide rail assembly 20, also therefore ensure that the steadiness being moved object.In addition, the past backward shift being only one degree of freedom direction due to the moving direction of moving guide rail assembly 20 on fixed guide assembly 10 is moved, and therefore, this floor mobile device can realize the fixing movement in one degree of freedom direction.
Described data processing equipment, comprises data-carrier store, controller, the network equipment, server, power supply, computing machine, switch and/or router etc.
Please refer to Fig. 1, Fig. 8, Fig. 9, described refrigeration transport process unit 532 is provided with fresh air supply system, described fresh air supply system, comprise the fresh wind port 101 of the side wall upper part being arranged on described casing 500, described fresh wind port 101 is provided with new blower fan 201, described new blower fan 201 is communicated with at least one pressure fan 202, described all pressure fan 202 are connected with surface cooler 203 by pipeline, described surface cooler 203 front end is provided with air strainer 204, humidifier 205 is provided with between described surface cooler 203 and air strainer 204, the bottom of described surface cooler 203 is provided with water accumulating disc 206, described water accumulating disc 206 is connected with drainpipe 207.
The radiating principle of the fresh air supply system of the present embodiment is: the new wind that new blower fan 201 sucks from fresh wind port 101 by pressure fan 202 and going out through the wind that surface cooler 203 cools, the heat flowing through the usage space environment of data processing equipment on the rack 300 of container data center and circulation is taken away, and the dust in air is taken away together with impurity, now, new wind will heating wind, this hot blast filters out after dust in air and impurity through air strainer and cools through surface cooler, cooled wind blows out through pressure fan again, after new blower fan sucks new wind from fresh wind port, blown out by pressure fan again, after circulation like this, new wind and through the cooled wind of surface cooler constantly to the data processing equipment on rack 300, and the usage space environment of circulation blows, then the heat of the usage space environment of rack 300, data processing equipment and circulation will be pulled away, thus dispels the heat to data processing equipment and usage space environment thereof.
In order to the condensate water enabling surface cooler 203 discharge is discharged timely, water accumulating disc 206 is also communicated with drainpipe 207, drainpipe 207 passes through bottom container data center or the osculum of sidewall, is discharged to outside container data center by the condensate water in water accumulating disc 206; Humidifier 205, can increase the air humidity of the wind with certain heat, and after avoiding the wind heating after flowing through the data processing equipment in rack 300, air is too dry and produce electrostatic.
Please refer to Fig. 1, Figure 10 to 13, described illumination unit ventilators 531 is provided with lighting device 620 and bellows 610, described lighting device 620 and bellows 610 are structure as a whole, in described bellows 610, lighting device 620 is installed, the lower surface of described bellows 610 is provided with light-passing board 613 and air outlet 612, described light-passing board 613 is positioned at immediately below lighting device 620, described air outlet 612 is positioned at the both sides of described light-passing board 613, described bellows 610 are provided with air inlet 611, described lighting device 620, comprise erecting frame 621, and the lamp socket 622 be arranged on erecting frame 621, and the illuminating lamp 623 be arranged on lamp socket 622.
Lighting device 620 and bellows 610 are set to integrative-structure by the present embodiment, make lighting device 620 and bellows 610 save usage space in the installation region of container.Wherein, air outlet 612 is arranged on the both sides of light-passing board 613, is to make the new wind through bellows 610 export from both sides, thus plays and carry effect preferably.
Please refer to Figure 14, the present embodiment also comprises fire plant, described fire plant, comprise the Automatic Fire Extinguisher 301 being lifted on casing 500 top, the sidewall of the casing 500 near described Automatic Fire Extinguisher 301 is provided with excess pressure valve 302, and described excess pressure valve 302 is arranged on the sidewall of casing 500 by the ventilation outer cover 303 with ventilating opening.
Above-mentioned fire plant, when Automatic Fire Extinguisher 301 detects that container data center inside causes fire, Automatic Fire Extinguisher 301 will start automatically, and spraying fire-extinguishing agent, in Automatic Fire Extinguisher 301 sprinkling process, when excess pressure valve 302 detects that the pressure of container data center inside is greater than the pressure of its outside, the excess pressure valve 302 be arranged on the sidewall of container data center is opened, then the pressure of container data center 300 inside passes through excess pressure valve 302 to its outside release, namely the pressure of container data center inside is by the outside drain of excess pressure valve 302 to container data center, then the pressure of container data center inside will obtain unloading putting, then the equipment of itself and interior installation of container data center would not the damaged or blast due to pressure, to protect the equipment of container data center and interior installation thereof.
Please refer to Figure 15, described fire plant, also comprises the fire fighting unit 210 of at least one side wall upper part being arranged on described casing 500, described fire fighting unit 210, comprise at least one through hole 211 being arranged on described side wall upper part, in described each through hole 211, a hose saddle 212 is installed; Described fire fighting unit 210, also comprises fire-fighting groove 213, and described through hole 211 and hose saddle 212 are distributed in described fire-fighting groove 213.
When container data center inside causes fire, when particularly fire is larger, can the extinguishing pipe be connected with fire-fighting water valve be directly connected on the hose saddle 212 of the fire fighting unit 210 on container side wall, open the switch connecting fire-fighting water valve, water in extinguishing pipe will enter in container data center by the hose saddle 212 on fire fighting unit 210, puts out a fire to its inside.That is, present embodiment, when not opening it, can realize putting out a fire to container data center inside.
The fire plant of above two kinds of structures, can be with the use of when container data center breaking out of fire, to carry out fire extinguishing process to the container data center of breaking out of fire fast.
Please refer to Figure 16 to 17, the present embodiment also comprises two-way distribution structure, described two-way distribution structure, comprise the first wire inlet unit 110 and the second wire inlet unit 120 being positioned at one of them sidewall of casing 500, the inner side of described sidewall is provided with power board 130, described power board 130 being provided with double power supply converting switch 131, carrying out unit 110 or the second wire inlet unit 120 is powered for switching described first; Described first wire inlet unit 110, comprises the first groove 111 of three the first incoming lines 112 and indent, and described three the first incoming lines 112 are arranged in the first groove 111, and described each first incoming line 112 is provided with first magnet ring 113; Described second wire inlet unit 120, comprises the second groove 121 of three the second incoming lines 122 and indent, and described three the second incoming lines 122 are arranged in the second groove 121, and described each second incoming line 122 is provided with second magnet ring 123.
Above-mentioned two-way distribution structure, when the line of electric force of a wherein road wire inlet unit comes off or its line of electric force breaks down, double power supply converting switch 131 switches an other road wire inlet unit, thus provides an external power source supply for subsequent use for container data center.That is, double circuit block Jin You mono-road works, when a wherein road wire inlet unit fault, an other road wire inlet unit can be switched, and can safeguard the wire inlet unit of fault in time, when the equal fault of two-way wire inlet unit, the reserve battery starting its inside is powered.
The invention is not restricted to above-mentioned embodiment, wherein, the structure of casing, floor mobile device, lighting device can have multiple change, and all various changes done in the present invention, all within protection scope of the present invention.
Claims (8)
1. a container data center, it is characterized in that: comprise the casing (500) made by container, at least one sidewall of described casing (500) is provided with door (540), described casing (500) bottom is provided with floor layer (510), described floor layer (510) is provided with multiple floors mobile device, described each floor mobile device is provided with at the most a rack (300), described rack (300) is positioned at the mechanical floor (520) at described casing (500) middle part, described each rack (300) is all provided with data processing equipment, described casing (500) top is provided with illumination ventilating layer (530), described illumination ventilating layer (530), comprise illumination unit ventilators (531) and transport process unit (532) of freezing, and for the wiring space (533) of described data processing equipment, described floor mobile device, comprise the fixed guide assembly (10) be arranged on floor, and the moving guide rail assembly (20) be arranged on described fixed guide assembly (10), and for locking or unlocking the pressure lock set (30) of described moving guide rail assembly (20),
Described fixed guide assembly (10), comprise two parallel fixed guides (11), the inner side of described every bar fixed guide (11) is provided with groove (12), and the downside of described groove (12) and upper side or only downside are all fixedly installed guide rail bar (13);
Described moving guide rail assembly (20), it is the rectangular frame that two parallel the first fixed heads (21), second fixed head (22) parallel with two forms, the lateral surface of described every bar first fixed head (21) is provided with at least two wheels (23), and the center section of the excircle of described all wheels (23) is provided with the depression (26) matched with described guide rail bar (13);
Described pressure lock set (30), comprise depression bar (31) and pressure lock (32), one end of described depression bar (31) is hinged with the first fixed block (33), one end of described pressure lock (32) is hinged with the second fixed block (34), described second fixed block (34) and pressure are locked between (32) and are provided with torsion spring (36), the free end of described depression bar (31) is overlapped on the free end of described pressure lock 32, and described depression bar (31) and pressure lock (32) are installed in underfloor; Described depression bar (31) is provided with pressure handle (35), described pressure lock (32) is provided with snap close (38), and described pressure handle (35) and snap close (38) are all exposed to above floor; Described pressure lock (32) is near one end of one of them the second fixed head (22) described, described depression bar (31) away from one of them the second fixed head (22) described one end and lock (32) be positioned at the same side with described pressure, described snap close (38) is for locking or unlocking second fixed head (22) of described moving guide rail assembly (20).
2. container data center according to claim 1, is characterized in that: described data processing equipment, comprises data-carrier store, controller, the network equipment, server and/or power supply.
3. container data center according to claim 1, is characterized in that: described refrigeration transport process unit (532) is provided with fresh air supply system, described fresh air supply system, comprise the fresh wind port (101) of the side wall upper part being arranged on described casing (500), described fresh wind port (101) is provided with new blower fan (201), described new blower fan (201) is communicated with at least one pressure fan (202), described all pressure fan (202) are connected with surface cooler (203) by pipeline, described surface cooler (203) front end is provided with air strainer (204), humidifier (205) is provided with between described surface cooler (203) and air strainer (204), the bottom of described surface cooler (203) is provided with water accumulating disc (206), described water accumulating disc (206) is connected with drainpipe (207).
4. container data center according to claim 1, it is characterized in that: described illumination unit ventilators (531) is provided with lighting device (620) and bellows (610), described lighting device (620) and bellows (610) are structure as a whole, lighting device (620) is installed in described bellows (610), the lower surface of described bellows (610) is provided with light-passing board (613) and air outlet (612), described light-passing board (613) is positioned at immediately below lighting device (620), described air outlet (612) is positioned at the both sides of described light-passing board (613), described bellows (610) are provided with air inlet (611), described lighting device (620), comprise erecting frame (621), and the lamp socket (622) be arranged on erecting frame (621), and the illuminating lamp (623) be arranged on lamp socket (622).
5. container data center according to claim 1, it is characterized in that: also comprise fire plant, described fire plant, comprise the Automatic Fire Extinguisher (301) being lifted on casing (500) top, the sidewall of the casing (500) near described Automatic Fire Extinguisher (301) is provided with excess pressure valve (302), and described excess pressure valve (302) is arranged on the sidewall of casing (500) by the ventilation outer cover (303) with ventilating opening.
6. container data center according to claim 5, it is characterized in that: described fire plant, also comprise the fire fighting unit (210) of at least one side wall upper part being arranged on described casing (500), described fire fighting unit (210), comprise at least one through hole (211) being arranged on described side wall upper part, a hose saddle (212) is installed in described each through hole (211).
7. container data center according to claim 6, it is characterized in that: described fire fighting unit (210), also comprise fire-fighting groove (213), described through hole (211) and hose saddle (212) are distributed in described fire-fighting groove (213).
8. container data center according to claim 1, it is characterized in that: also comprise two-way distribution structure, described two-way distribution structure, comprise the first wire inlet unit (110) and the second wire inlet unit (120) that are positioned at casing (500) one of them sidewall, the inner side of described sidewall is provided with power board (130), described power board (130) being provided with double power supply converting switch (131), carrying out unit (110) or the second wire inlet unit (120) power supply for switching described first; Described first wire inlet unit (110), comprise first groove (111) of three the first incoming lines (112) and indent, described three the first incoming lines (112) are arranged in the first groove (111), and described each first incoming line (112) is provided with first magnet ring (113); Described second wire inlet unit (120), comprise second groove (121) of three the second incoming lines (122) and indent, described three the second incoming lines (122) are arranged in the second groove (121), and described each second incoming line (122) is provided with second magnet ring (123).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210109828.1A CN102625622B (en) | 2012-04-13 | 2012-04-13 | Container data center |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210109828.1A CN102625622B (en) | 2012-04-13 | 2012-04-13 | Container data center |
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| Publication Number | Publication Date |
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| CN102625622A CN102625622A (en) | 2012-08-01 |
| CN102625622B true CN102625622B (en) | 2015-05-27 |
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| CN201210109828.1A Active CN102625622B (en) | 2012-04-13 | 2012-04-13 | Container data center |
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Families Citing this family (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| SG11201702346YA (en) * | 2014-09-23 | 2017-04-27 | Storone Ltd | Data storage system |
| CN104492006B (en) * | 2014-12-02 | 2017-03-29 | 宁波市令通电信设备有限公司 | A kind of Multi-media box |
| CN106524550A (en) * | 2016-12-27 | 2017-03-22 | 广东国得科技发展有限公司 | Container charging device with natural cooling function and cooling method |
| CN107072122A (en) * | 2017-06-07 | 2017-08-18 | 苏州安瑞可机柜系统有限公司 | A kind of modular data center |
| CN110043076A (en) * | 2019-03-20 | 2019-07-23 | 上海德衡数据科技有限公司 | It is a kind of prefabricated with stacking the data center that combines and assembly method |
| CN110290676B (en) * | 2019-06-06 | 2021-03-23 | 北京硅基远航科技有限公司 | Container computing center |
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| EP2348803A1 (en) * | 2010-01-20 | 2011-07-27 | Huawei Technologies Co., Ltd. | Container-type data center |
| CN202058079U (en) * | 2011-03-24 | 2011-11-30 | 艾默生网络能源有限公司 | Container data center |
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