CN103592915A - Ecological intelligent machine room - Google Patents
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- CN103592915A CN103592915A CN201310552798.6A CN201310552798A CN103592915A CN 103592915 A CN103592915 A CN 103592915A CN 201310552798 A CN201310552798 A CN 201310552798A CN 103592915 A CN103592915 A CN 103592915A
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Abstract
The invention relates to an ecological intelligent machine room which has zero waste heat emission, zero waste water drainage and zero noise emission, integrates multiple systems, achieves integral software platform management, can achieve unattended operation and remote control, and is applied to the fields of the electric power industry, the electronic industry, automation and mechatronics. The machine room is composed of a power generating module, a power supply module, a backup power module, a monitoring module, a security module, a fire fighting module, a cabinet inner equipment module cluster, a super equipment cabinet cluster and a heat dissipation module thereof, a central control unit and application software IJF2013. The super equipment cabinet cluster and the heat dissipation module thereof form a kernel heat dissipation system of the ecological intelligent machine room, the kernel heat dissipation system is divided into two levels which comprise a main heat dissipation loop and a backup heat dissipation loop, the main heat dissipation loop ensures the zero waste heat emission, the zero waste water drainage and the zero noise emission of the cabinet inner equipment module cluster, and the main heat dissipation loop is switched to the backup heat dissipation loop in a seamless mode once the main heat dissipation loop is broken off. The iJFang2013 takes central control unit, with Ethernet connection, of all the function modules as a physical layer, and the management of the machine room is divided into a manual mode, an automatic mode and a remote mode.
Description
Technical field
The present invention is an ecological intelligent machine room, possesses the zero-emission of used heat waste water noise, and multisystem is integrated, and integrated software platform management can unmanned, and remote-control, is applied to power industry, electronics industry, robotization and electromechanical integration field.
Background technology
At intelligent cabinet (application number: 200910262294.4) propose a set of water circulation cooling machine cabinet scheme in patent, in solution machine room, thousands of rack backwater heat radiation costs are also quite high, and used heat utilization factor is not high, and device space utilization factor deficiency in cabinet; Compare Air Conditioning Facilities, the heat dissipation system for computer room advantage being comprised of intelligent cabinet is very obvious, and cost of investment is low, and operation and maintenance expenses are low, and noise has not had yet, and is a much progress; Each large operation expenditure of machine room accounting is compared with great share, and the high ，Ge great of machine room cost and expense operator rate are also just high; Machine room is can not build to low developed area, also can not afford, and be luxury goods completely, restricted the development of these regional informations.
Summary of the invention
The present invention is for overcoming based on intelligent cabinet (application number: a set of solution that machine room water circulation cooling system backwater heat radiation cost is high, used heat utilization factor is not high, the interior volume of equipment rate shortcoming not high, that System information is not enough of cabinet proposes 200910262294.4).
Advantage of the present invention, be a set of low-cost investment and operation are proposed, without used heat waste water noise emissions, environmentally friendly, multisystem is integrated integrated software platform management, realize the following machine room model of remote-control self-regeneration, fundamentally solves that machine room is expensive, the problem of highly energy-consuming, high cost, high pollution, low IQ.
Object of the present invention, is machine room investment and the running cost that greatly reduces Ge great operator and central and west regions, promotes the advanced subject such as cloud computing and wisdom city and takes root on a large scale on a large scale, yields positive results; Wish to turn down the online rate of mobile phone, computer, TV simultaneously, benefit entire society.
For achieving the above object, the present invention adopts following technical scheme: by each system of machine room: generating, power supply, standby electricity, fire-fighting, security, ring control, heat radiation intelligence, rack are intelligent, the interior device intelligence of cabinet, be incorporated into central control unit, by platform software, iJFang2013 realizes visualized management, by default various dangerous situations, because strategy, outfit being improved to the software algorithm of executive measure, finally reach long-range, the automatic reparation of machine room, unattended target, wherein as the key position of whole machine room: normal temperature cooling system, carried out being better than the zero-emission design of Air Conditioning Facilities, super interior of equipment cabinet has the heat radiation row of 6 equidistant hollow UNICOMs, 6 heat radiation rows respectively have a valve up and down, 6 heat radiation rows are divided into 5 chambeies, in each chamber two heat radiation row, there is vertical surface, upper and lower symmetrical, an isometric contour heat conduction clamp, between heat conduction clamp, the interior equipment of stationary cabinet is as straight version server, the lower valve of all super racks is by the pipeline composition water inlet that connects together, water inlet and machine room pass through pipeline outward, water pump group, valve sets is connected with municipal tap water, upstream pipe network, the upper valve of all super racks is by the pipeline composition water delivering orifice that connects together, water delivering orifice is by water quality testing meter pipeline, valve is connected with municipal tap water, downstream pipe, form major loop cooling system, formation is in conjunction with the systemic circulation heat radiation system of municipal tap water pipe network, whole heat dissipation pipeline system is all totally-enclosed and uniflux design, heat interchange occurs in super rack, the heat that in cabinet, equipment produces, by cool water heating in the pipe of municipal tap water, upstream, be hot water, without any, be impurely injected in the pipe of municipal tap water, downstream again, backflow hot water carries out real-time water quality detection, used heat is fully used, to environment, it is zero-emission, to the resident of machine room annex, it is the supply of zero cost hot water, valency of cold water hot water, the expense of whole heat dissipation system for computer room, be exactly the running electricity charge of water pump group, be the Air Conditioning Facilities electricity charge 1/100 less than, radiating efficiency is multiplied, machine room highly energy-consuming easily solves like this.When major loop breaks down, back-up circuit starts, and for equipment in cabinet provides the heat sinking function the same with major loop, back-up circuit is also born the function of the initial stage cleaning of super rack group pipe system, idle cleaning and system debug.
Straight version server is comprised of a heat-conducting plate, two mainboards, four server CPU, 16 memory bars, three hard disks, four server CPU and 16 memory bars are arranged on respectively on two mainboards, all mainboards and hard disk are fixed on heat-conducting plate, and two server CPU and other euthermic chip are arranged on the mainboard back side and are close to heat-conducting plate; Common 42U rack, 42 1U industry control servers can be installed, i.e. 42 server master boards and 84 CPU, but the super rack of 42U can be installed 45 straight version servers i.e. 90 server master boards and 180 server CPU, and overall performance and volume of equipment rate promote 2.14 times.
Accompanying drawing explanation
Fig. 1 is the ecological intelligent machine room general frame of the present invention schematic diagram.
Fig. 2 is the core cooling system decomposing schematic representation of the ecological intelligent machine room of the present invention.
Fig. 3 is the super rack group connection diagram of the ecological intelligent machine room of the present invention.
Fig. 4 is the super rack complete machine of the category-A schematic diagram of the ecological intelligent machine room of the present invention.
Fig. 5 is the super rack complete machine of the category-B schematic diagram of the ecological intelligent machine room of the present invention.
Fig. 6 is the super rack heat conduction row of the category-B of the ecological intelligent machine room of the present invention configuration diagram.
Fig. 7 is the fully loaded complete machine schematic diagram of the rack server of the ecological intelligent machine room of the present invention.
Fig. 8 is the interior equipment of the cabinet of the ecological intelligent machine room of the present invention--straight version server schematic diagram.
Be described as follows:
1 water pump 2 valve 3 pipeline 4 municipal tap water pipe networks
10 Qianmen 11 back door 12 return pulleys are arranged in 9 heat conduction
13 hinge 13 heat conduction clamp 14 guide rail 15 camera modules
16 liquid crystal display 17 straight editions server 18 centralizing switch power supplys 19 are concentrated ups power
The straight version of 20 heat conduction 21 fixed bolt 22 server master board 23 memory bars
24 PCI-E slot 25 PCI slot 26 euthermic chip 27 server CPU
28 computer interface 29 DC power supply interface 30 cpu heat hole 31 hard disks
32 firefighting bottle 33 gas cylinders are controlled base 34 gas and are arranged 35 memory heat radiation plates
36 sensor 37 hydraulic gage 38 flowmeter 39 water guide rows
Embodiment
Please refer to Fig. 1, i.e., shown in the ecological intelligent machine room general frame of the present invention schematic diagram, example is ecological intelligent machine room.This machine room is comprised of for EM equipment module group, super rack group and radiating module, central control unit and application software IJF2013 in electric module, a monitoring module, a security module, a fire-fighting module, cabinet an electricity generation module, a supply module,, super rack One's name is legion, in cabinet, number of devices is more, being tens and even hundred times of super rack, is the core of whole machine room.
Electricity generation module is comprised of two genset and a generation monitoring module, generation monitoring module carries out omnibearing detection and management to two genset, generation monitoring module is by a three-phase digital power meter, one three-phase digital reometer, one detection of electrical leakage table, one oil plant detects table, two-way monitoring, one 01 control boxs, the on-the-spot transmission line of electricity composition that throws light on and arrive supply module, three-phase digital voltage table, three-phase digital reometer, detection of electrical leakage table, oil plant detects the live signal of table and two-way monitoring after 01 control box is processed, by Ethernet RJ45 interface, be uploaded to central control unit, central control unit can send instruction to 01 control box, carrying out opening of generator \ closes, logical \ the disconnected and monitoring angular setting of on-the-spot illumination.
Supply module is the Redundancy Design of double loop forceful electric power access, and it is comprised of for pyroelectric monitor module a ring main unit, a metering cabinet, an outgoing line cabinet and, ring main unit is equipped with the civil power intelligent breaker of one group of band redundancy, one group of civil power/standby TURP changes intelligent switch and one group of generating/for TURP, change intelligent switch, when civil power is normal, ring main unit output civil power, but after civil power stops supplying, civil power/standby TURP changes intelligent switch startup and is switched to standby electric line, the standby electricity of incoming line cabinet output, when civil power stops supplying the time oversize, before surpassing standby electric fan-out capability, generator starts, generating/standby TURP changes intelligent switch and starts, the electric energy of ring main unit output generator output, when city power recovery power supply, no matter be standby electricity or generating state, all to seamlessly switch to civil power, disconnect standby electricity and generating, civil power, standby electricity and generating are in the output of ring main unit, by the steering logic providing for pyroelectric monitor module, metering cabinet measures the electric energy of ring main unit output, with the civil power intelligent breaker of redundancy, civil power/standby TURP, changing status signal, metering result that intelligent switch and generating/standby TURP change intelligent switch all enters for i.e. 02 control box of pyroelectric monitor module, by Ethernet RJ45 interface, upload central control unit, central control unit can be controlled the action of isolating switch and all intelligent switchs by 02 control box.
Standby electric module is comprised of some standby electric units; Each is by the super rack of a category-B,, to discharge and recharge mainboard, to form for electro-detection module and some electric battery for electric unit; Super rack has 6 layers of heat radiation row, discharges and recharges mainboard, standby electro-detection module and some electric battery and is all fixed between heat radiation row; Discharge and recharge mainboard and control battery charging, battery discharge, DC-AC inversion, inversion High voltage output and process signal output; Standby electro-detection module is comprised of with three item of digital power meters and 03 control box some temperature sensors, some humidity sensors, a charging digital electronic ammeter, a charging digital voltmeter, an electric discharge, some temperature sensors, charging digital electronic ammeter, charging digital voltmeter, discharge with three item of digital power meters and discharge and recharge mainboard process signal and all access 03 control box, by Ethernet RJ45 interface, are connected with central control unit.
Fire-fighting module is comprised of a fire protection alarm system, a fire-fighting system and fire-fighting monitoring module; Fire protection alarm system is comprised of a fire protection warning main frame, some floor handsets and One's name is legion sensor probe, and fire protection warning main frame is connected with some floor handsets, and floor handset is connected with same floor sensor probe; Spraying system of fire fighting is comprised of the contiguous spray head of a fire-water pond, a fire pump group and controller, piping system, electromagnetic valve system and signal scheme thereof, One's name is legion and sensor probe; Fire protection warning main frame, spraying system of fire fighting sensor and solenoid control signal are all that 04 control box is connected with fire-fighting monitoring module, by Ethernet RJ45 interface, be connected with central control unit, carrying out the signal of fire protection warning main frame and spraying system of fire fighting sensor uploads, and the assigning of central control unit control command, intervene the execution unit of fire-fighting system.
Security monitoring modular is mainly for gate control system, window control system, supervisory system, environmental system and security system; Security monitoring modular is realized the telemanagement that gate control system is comprised to identification, authority evaluation, password confirming triple functions, each important entrance and exit of telemanagement; Security monitoring modular is realized the remote adjustment of window control system respectively being fanned to window opening angle and interior separate ventilation; Security monitoring modular is realized long-range to the monitoring of key position inside and outside supervisory system machine room; Environmental monitoring system is exactly monitoring of environmental temperature, humidity, wind direction, wind speed and dust content of air, mainly for machine room noise, electromagnetic radiation, dust content and hot-tub backwater water quality, detect in real time, security monitoring modular is realized the remote transmission to environmental monitoring system data; Gate control system, window control system, supervisory system, environmental monitoring system are all that 05 control box is connected with security monitoring module, and 05 control box is connected with central control unit by Ethernet RJ45 interface, for data upload and order, assigns.
Equipment in cabinet, is exactly the equipment of installing in super rack, and kind comprises centralizing switch power supply, concentrated ups power, straight version server, switch, large-scale router, fire wall, encryption device, special communication equipment etc.; In each cabinet, equipment comprises a mainboard and a heat-conducting plate, mainboard width is limited in 310MM, heat-conducting plate specification limits is in 350 (wide) * 500 (length) MM, and mainboard is fixed on the double-screw bolt of heat-conducting plate, and on mainboard, main heat generating components is close to heat-conducting plate as chip; Mainboard is to be powered by a centrally connected power source in super rack; On heat-conducting plate, fixedly miscellaneous equipment is as hard disk, and in each cabinet, the thickness of equipment is no more than 50MM; EM equipment module in cabinet, refers to the interior equipment summation of institute's cabinet that fills in the super rack of one side, equipment in monitoring of equipment module in a cabinet and five layers of cabinet, consists of; EM equipment module group in cabinet, refers to EM equipment module summation in the cabinet corresponding with super rack group, by monitoring of equipment module in the cabinet equating with the corresponding and super rack quantity of super rack group, with all cabinets corresponding to super rack group in equipment form.
In ecological intelligent machine room, all super rack and links thereof form super rack group, and some machine rooms have divided multilayer, super rack divides row to be equidistantly placed in a floor, be reserved with vertical passage, each lower valve of arranging super rack is all connected on a pipeline, all rows' pipeline is connected in again on slightly thick floor pipeline, all floor pipelines are connected in again thicker pipeline and form water inlet, each upper valve of arranging super rack is all connected on a pipeline, all rows' pipeline is connected in again on slightly thick floor pipeline, all floor pipelines are connected in again more extra heavy pipe road and form water delivering orifice, pipeline initiating terminal at the super rack of every row, the front end that is connected of floor pipeline and water inlet, the end that is connected of floor pipeline and water delivering orifice, there are solenoid valve and a series of sensor, sensor is for perception in-pipe flow direction, flow velocity, flow, water temperature, hydraulic pressure and water clock, sensor signal and solenoid control signal all access some 06 control boxs, by this case Ethernet, RJ45 is connected with central control unit, by application software, IJF2013 manages concentratedly.
Please refer to Fig. 2, i.e., shown in the core cooling system schematic diagram of the ecological intelligent machine room of the present invention, example is ecological intelligent machine room.Super rack group and radiating module thereof form the core cooling system of ecological intelligent machine room, and this system is divided into two levels: main heat-radiation loop and standby heat-radiation loop.Super rack group water inlet is by water pump group, solenoid valve group, pipeline and municipal tap water, upstream pipe UNICOM, the cold water of introducing dispels the heat to arrange with the interior equipment of cabinet through super rack group and carries out heat interchange, through water delivering orifice, derive hot water, through pipeline, valve and water quality testing meter, inject municipal tap water, downstream pipe again, form main heat-radiation loop; When main heat-radiation loop goes wrong, by water pump, pipeline, water cooling pond, water inlet, super rack group, water delivering orifice, hot-tub and heating radiator thereof, return water pump, form standby heat-radiation loop.Main heat-radiation loop is as the core loop of ecological intelligent machine room cooling system, bear the heat radiation task of most times, when the maintenance or because during water quality deterioration of needing repairing appears irresistible fault or in main heat-radiation loop, to seamlessly switch to standby heat-radiation loop, standby heat-radiation loop will be born whole heat radiation tasks; Standby heat-radiation loop is also born the function of the initial stage cleaning of super rack group pipe system, idle cleaning and system debug.
Main heat-radiation loop is comprised of three water pumps (A0, A1 and A2), nine valves (solenoid valve B01, B02, B11, B12, B21, B22, B30, B31, B32), a water quality testing meter 8, some pipelines, super rack group and upstream and downstream municipal tap water pipe, wherein solenoid valve B32 must be with cutoff function, prevent that municipal tap water, downstream from pouring in down a chimney, water quality testing meter 8 signal wires are connected with 04 control box, by 04 control box Ethernet interface RJ45, upload real-time water quality detection signal to CPU (central processing unit); Major loop obtains cold water by municipal tap water, upstream pipe, through three pumps, promote and suppress, by solenoid valve B01, B02, B11, B12, B21, B22, B30 and closing pipe line thereof, access super rack group's water inlet, the super cooling machine cabinet row of cold water Rapid Flow equipment in fully loaded cabinet, absorb the heat that in cabinet, equipment discharges and become hot water, converge to water delivering orifice, then through solenoid valve B31, water quality testing meter 8 and solenoid valve B32, be injected into municipal tap water, downstream pipe; Whole systemic circulation cooling system, machine room pipeline is linked into and picks out is to seal completely, guaranteed that water quality can be not contaminated, and be only the running water of single cycle, by cold water, become hot water, heat is pulled away and enters Guan， downstream, municipal tap water, downstream resident and sun power is not installed is just obtained the hot water that quality is qualified, water price is also constant, that by be many happiness, how to a civilian-oriented project of power! Three water pumps are arranged on the concealed work positions such as basement, their noise is shielded in very little scope, very little to environmental impact, the interior noise of whole machine room will be very very little, it is exactly the faint noise sending as hard disk and so in equipment in cabinet, the machine room space that phase specific area is larger, almost can ignore; The operation of whole machine room, does not produce waste water, waste gas, used heat and noise, on environment almost without any impact and harm, so be " ecological, low-carbon (LC), green, environmental protection." compare Air Conditioning Facilities, ecological machine room radiating efficiency improves at least 1 times, and cost of investment has reduced 80%, and operation cost has also reduced 80%, and Environmental costs are almost nil.
Standby heat-radiation loop is comprised of a water pump (A3), four valves (solenoid valve B40, B41, B42, B31), a water quality testing meter 8, some pipelines, super rack group and two ponds 5; Solenoid valve B41 must be with cutoff function, prevents that hot water return is to water cooling pond; Two ponds 5 are watertight cover 6 all, can Long-distance Control open and close; Water cooling pond 5 has a watertight cover 6, also have a cleaning valve B50 and a purifier, the water of its inside is from major loop, when valve B40 opens and B41 cut-off, for water cooling pond moisturizing, to full rear valve B40, also close, purifier is irregularly opened, and purify the water storing up for a long time in water cooling pond, work as severe water pollution, directly by the emptying then moisturizing of cleaning valve B50; Hot-tub 5 is empty when back-up circuit does not start, and has two watertight covers 6 arranged side by side, and Long-distance Control watertight cover 6 can be at other heat dissipation equipment of mouth of a river automatic butt or device, such as large-scale fan, such as ice cube throwing machine etc. after opening, being shifted; Back-up circuit starts, solenoid valve 30 and 32 is necessarily in cut-off state, the direction of water circulation is: the super rack group of water cooling pond 5-valve B40--water inlet--super rack group water inlet-valve B42-hot-tub 5-water pump A3--valve B41-water cooling pond 5, wherein B31 is in open mode, and water quality testing meter 8 detects water quality condition at any time.
Please refer to Fig. 3 and be shown in the super rack group connection diagram of the ecological intelligent machine room of the present invention, example is ecological intelligent machine room.This super rack group is representing the super rack array of 4 floors, numbering #X01～the X11 of each floor, X represents 1～4, the all super rack 7 of each floor, upper valve 2 valve 2 of all connecting is connected with outlet conduit 3, the end of outlet conduit 3 is main valves 2, and main valve 2 is connected with thicker outlet conduit 3, and the main valve 2 of last 4 floors all connects and outlet conduit 3 forms the mouth of a river; Its lower valve 2 valve 2 of all connecting is connected with inlet channel 3, and the end of inlet channel 3 is main valves 2, and main valve 2 is connected with thicker inlet channel 3, and the main valve 2 of last 4 floors all connects with inlet channel 3 and forms water inlets; In conjunction with Fig. 2, after cold water pressurization, from water inlet, flow to the inlet channel 3 of each floor, by main valve 2, series valve 2 and rack lower valve 2, entering cooling machine cabinet arranges, progressively be full of 6 heat radiation rows from top to bottom, in cabinet, equipment release heat is given heat radiation row, is hot water, by upper valve 2, series valve 2 recycling effluent pipelines 3 by cool water heating, through main valve 2, converge water delivering orifice, complete once heat radiation circulation.Above-mentioned all valves 2 are all solenoid valves, and the valve of all lower valve series connection is all with return valve function, prevents aqueous reflux, and the control signal of all solenoid valves 2, status signal also have non-return valve signal all by 06 control box, to be connected with central control unit.
In actual ecological intelligent machine room, the lower valve of each super rack and a pipeline valve series connection, connect to form upper water tank row with every row's water supply pipeline, its lower valve and the series connection of another pipeline valve, connect to form hold water ballast row with every row's sewer pipe, upper water tank row and hold water ballast row respectively have a pipeline valve, upper water tank rows all in floor connect together and form floor water inlet compared with extra heavy pipe road with one, compared with there being a valve on extra heavy pipe road, all floor water inlets and more extra heavy pipe road connect together and form super rack group water inlet; Hold water ballast rows all in floor connect together and form floor water delivering orifice compared with extra heavy pipe road with one, compared with extra heavy pipe road, be provided with a valve, all floor water delivering orifices and more extra heavy pipe road connect together and form super rack group water delivering orifice, summary, such framework, forms super rack group.
Please refer to Fig. 4,5 and 6, i.e., shown in the super rack heat conduction row of the super rack complete machine of A, category-B of the ecological intelligent machine room of the present invention and category-B configuration diagram, example is ecological intelligent machine room.Each super rack, by former and later two, heat radiation row, a surveillance, a fire-fighting fire extinguishing gas system of the equidistant hollow of a framework, two side plates, 6 layers UNICOM form, front/rear door and two side plates are all contained on framework, and base of frame is equipped with 4 return pulleys, please refer to Fig. 6, 6 heat radiation rows are respectively by the UNICOMs of connecting left and right sides water guide row 39, bottom heat radiation row 9 bottoms, not only there is temperature sensor, and pick out a solenoid valve 2, be positioned at the lower left corner at framework Qianmen, 2 front end is flowmeter 38 and water pressure gauge 37, top layer heat radiation row 9 tops, there is a sensor 36, also there is a solenoid valve 2, be positioned at the upper right corner at framework back door, 2 front end is also equipped with flowmeter 38 and water pressure gauge 37, like this, can guarantee that water injects from lower left corner solenoid valve, each heat radiation row is flow through by fully loaded, finally from upper right corner solenoid valve, flow out water, lower left corner solenoid valve must possess return valve function, prevent aqueous reflux, flowmeter 38, water pressure gauge 37 and sensor 36, be used for collecting flow, the data such as hydraulic pressure and water temperature, sensor signal accesses 06 control box and uploads central control unit by Ethernet RJ45 interface, surveillance is by two liquid crystal display 16, two see logical module 15 and two guide rails 14 compositions, liquid crystal display 16, see logical module 15 and guide rail 14 installs respectively a set of on front/rear door, each liquid crystal display 16 can connect arbitrarily equipment in the cabinet of VGA interface, seeing logical module 15 is that an infrared wide-angle video camera and smell sensor form, can art skating on guide rail 14 by Long-distance Control, imaging can be switched in the same face liquid crystal display 16, also can long-rangely by 06 control box, upload, smell sensor can be identified the taste that is charred that electric short circuit gives out fast, this sensor signal is uploaded to central control unit by 06 control box Ethernet RJ45 interface, fire-fighting fire extinguishing gas system is by a firefighting bottle 32, base 33 controlled by one gas cylinder and gas row 34 forms, 32 be arranged on be positioned at cabinet top 33 on, with be fixed on cabinet in 34 communicate, gas cylinder 32 is interior can be any nontoxic fire-suppressant gas, gas can by 33 manually or Remote triggering spray, enter in the gas row 34 of UNICOM, 34 have 3 pores in each cavity, high-pressure extinction gas is full of each cavity by pore, front/rear door interlock is simultaneously locked, in whole cabinet, be full of fast fire-suppressant gas, starvation, reach fire extinguishing effect, see logical module 15 and can upload dependent imaging, super rack is divided into category-A and category-B, 6 heat radiation rows will be divided into 5 chambeies from top to bottom in cabinet, except from upper several second heat radiation row's upper surface, have half smooth, in each chamber two heat radiation row, all respectively there are 10 row perpendicular to surface, upper and lower symmetrical, isometric contour heat conduction clamp, heat conduction clamp is uniformly distributed some with the position, hole of nut, between heat conduction clamp, in stationary cabinet, equipment is as straight version server, and such is the super rack of category-A, as Fig. 4, 6 heat radiation rows will be divided into 5 chambeies in cabinet, except having 5 row heat conduction clamps from upper several second heat radiation row upper surface, in each chamber, upper strata heat radiation row has 10 row perpendicular to surperficial heat conduction clamp, and heat conduction clamp heat conduction clamp is uniformly distributed some the heat radiation row of the Kong Wei， lower floor with nut smooth surfaces, be used for putting electric battery, heat conduction clamp is for self-contained battery group, and such is the super rack of category-B, as Fig. 5.
Please refer to Fig. 7 and 8, is the interior equipment of rack server complete machine, cabinet of the ecological intelligent machine room of the present invention--straight version server decomposing schematic representation, example is ecological intelligent machine room.Fig. 7 is rack server, it is the fully loaded straight version server of the super rack of category-A, the complete machine design sketch of two centralizing switch power supplys 18 and two concentrated ups powers 19, rack server is by 45 straight version servers 17, two centralizing switch power supplys 18, two concentrate ups power 19 and the super rack of an A type to form, between 17 minutes super cooling machine cabinet rows of four layers of semifixed A type, fix 10 for every layer, 18 lower and 19 upper, by dividing plate, be separately fixed between 1～2 layer of heat radiation row, 18 and 19 can be equipment cashier's office in a shop and all straight version servers, cashier's office in a shop equipment comprises two liquid crystal display, two see logical module and 06 control box.The common rack of 42U, i.e. 42 server master boards of 42 1U industry control servers can be installed, but it is 100 same server master boards that the super rack of 42U can be installed 50 straight version servers, volume of equipment rate promotes 2.4 times, if abdicate 5 straight version server position dress centralizing switch power supplys and concentrated ups power, the super rack of 42U can be installed the i.e. 90 same server master boards of 45 straight version servers, and volume of equipment rate promotes 2.14 times.Fig. 8 is straight version server, straight version server is by a heat-conducting plate 20, two server master boards 22, two memory heat radiation plates 35, four server CPU27, 16 memory bars 23, three hard disks 31 and 11 sensors 36 form, two server CPU27, two euthermic chips 26 and 8 memory bars 23 are positioned at the not coplanar of mainboard 22, two mainboards 22 and three hard disks 31 are fixed on heat-conducting plate 20, Servers-all CPU27 and euthermic chip 26 are close to heat-conducting plate 20, memory heat radiation plate 35 is connected with 8 internal memory heat sinks and is fixed on mainboard 22, at heat-conducting plate 20 back sides, the position of Servers-all CPU27 and euthermic chip 26 projections, mounting 8 sensors 36, three sensors 36 are distributing at the back side of three position of installing hard disk, all the sensors 36 is all connected with a mainboard 22 by connector, the value of all the sensors 36 is all read by network correct, Servers-all mainboard 22 and hard disk 31 are by centralizing switch Power supply.Equipment in cabinet, is exactly the equipment of installing in super rack, and kind comprises centralizing switch power supply, concentrates ups power, server, switch, large-scale router, fire wall, encryption device, special communication equipment etc.; Except centralizing switch power supply, concentrated ups power, the miscellaneous equipment all structure as straight version server could be installed, all comprise a mainboard and a heat-conducting plate, mainboard width is limited in 310MM, heat-conducting plate specification limits is in 350 (wide) * 500 (length) MM, mainboard is fixed on the double-screw bolt of heat-conducting plate, and on mainboard, main heat generating components is close to heat-conducting plate as chip; Mainboard is by a centralizing switch Power supply in super rack, and another centralizing switch power redundancy backup has two to concentrate UPS as standby electricity simultaneously, and the equipment in cabinet that seamlessly switches to of having no progeny in centralizing switch power supply commercial power supply is they power supplies; On heat-conducting plate, fixedly miscellaneous equipment is as hard disk, and except centralizing switch power supply, concentrated ups power and battery, in each cabinet, the thickness of equipment is no more than 50MM.
Please refer to Fig. 1-8, in conjunction with discussion above, put off until some time later central control unit and an application software IJF2013 function of saying the ecological intelligent machine room of the present invention.
Central control unit comprises mouth switch more than, access come from 01～06 control box RJ45 interface line it also to access a series of control lines for execution unit and feedback of status line, according to existing algorithm, automatically perform corresponding instruction, the result that feedback is carried out simultaneously, 01～06 is representing the type of control box, corresponding different functional module, each type often has a lot, each control box of each type has unique IP address, and central control unit also has unique IP address; It is a complete independently machine room wiring system, for security of system and the consideration of maintaining secrecy, the control box RJ45 not encrypting does not access device server, switch and router in cabinet, control box through encryption, its RJ45 interface can access device server, switch and router in cabinet, can save wiring cost; 01～06 control box, access be sensor signal, will carry out signal filtering, amplification, A/D conversion, DSP or MCU programming is encrypted, by Ethernet RJ45 interface on sheet, uploaded to assigned ip address, assigned ip address is exactly the IP address of central control unit; By central control unit, to particular ip address, send control command, carry out the action of appointment, the consequential signal that feedback is carried out, particular ip address correspondence one of them of One's name is legion 01～06 control box, certain control box has obtained data from RJ45 interface, through DSP or MCU programming deciphering, agreement contrast, D/A conversion, amplify and enter into corresponding executive component, obtain feedback signal and upload again.Whole central control unit, IP address, enciphering and deciphering algorithm, protocol architecture comprise that command word, execution algorithm are by the core and the key that are bottom software system; Selected technical scheme will be reliable and stable successful basis, whole unit.
Application software IJF2013 is to be based upon on operating system OS, to take central control unit as Physical layer, the visualizing application software that comprises driver; It comprises electricity generation module, a supply module, equally for EM equipment module group, super rack group and radiating module thereof and central control unit 9 parts in electric module, a monitoring module, a security module, a fire-fighting module, cabinet, but corresponding adjustment, electricity generation module, supply module, standby electric module are incorporated in an energy module, by monitoring module, security module, fire-fighting block merging, be environment module, in cabinet, EM equipment module group and super rack group and radiating module thereof are merged into nucleus module; It can visual each details, each association, each node, each link, each is local and even whole, monitor at any time and record the operation conditions of random time, any part, can accurately locate, show, record, the problem at handling failure position automatically, the remedial measures that feedback processing result and proposition need simultaneously, uninterruptedly monitor and record real-time status, historic state, abnormality and result thereof, and deposit database in; By encryption technology, realize the remote control to whole intelligent machine room; It can be divided into artificial, automatic and long-range to the management of machine room.
Claims (10)
1. an ecological intelligent machine room, possesses the zero-emission of used heat waste water noise, and multisystem is integrated, and integrated software platform management can remote-control, and unmanned, is applied to power industry, electronics industry, robotization and electromechanical integration field; It comprises an electricity generation module, a supply module, a fire-fighting module and a security module, electricity generation module comprises two genset and intelligent breaker thereof, for machine room power-off provides new electric power, supply module is the Redundancy Design of double loop forceful electric power access, by the intelligent breaker that can accept teleinstruction, controlled, fire-fighting module comprises a warning system and a fire-fighting system, and security module comprises all gate control systems, window control system, supervisory system and environmental monitoring system; It is characterized in that: this ecology machine room also comprises:
Apply soft iJFang2013,
Central control unit,
Generation monitoring module,
For pyroelectric monitor module,
Fire-fighting monitoring module,
Security monitoring module,
Standby electric module,
Super rack group and radiating module thereof,
Device cluster module in cabinet;
Wherein, the uninterrupted operation that electricity generation module, supply module and standby electric module are ecological intelligent machine room provides powerful electric power safeguard, fire-fighting module and security module provide safety guarantee for fire-fighting fire alarm and the forcible entry that may occur, in cabinet, device cluster module is contained in super rack group, form core and the main body of whole ecological intelligent machine room, by super rack group and radiating module thereof, provide systemic circulation to dispel the heat for device cluster module in cabinet, generation monitoring module, for pyroelectric monitor module, standby pyroelectric monitor module, fire-fighting monitoring module, security monitoring module, the rack monitoring module that forms one of super rack and radiating module thereof is connected with 01～06 control box respectively, by each control box Ethernet RJ45 interface, be connected with central control unit, upload and assign information, central control unit forms the Physical layer of application ware IJFang2013, the visual icon of each module correspondence in application software iJFang2013UI interface, click this icon and just can enter this module, all running statuses are very clear, application software iJFang2013 is divided into the management of machine room: artificial, automatically with long-range.
2. ecological intelligent machine room according to claim 1, described generation monitoring module, for pyroelectric monitor module, fire-fighting monitoring module and security monitoring module, be further characterized in that: generation monitoring module, two genset are carried out to omnibearing detection and management, by a three-phase digital voltage table, one three-phase digital reometer, one detection of electrical leakage table, one oil plant detects table, two-way monitoring, one 01 control boxs, the on-the-spot transmission line of electricity composition that throws light on and arrive supply module, three-phase digital voltage table, three-phase digital reometer, detection of electrical leakage table, oil plant detects the live signal of table and two-way monitoring after 01 control box is processed, by Ethernet RJ45 interface, be uploaded to central control unit, central control unit can send instruction to 01 control box, carrying out opening of generator \ closes, logical \ the disconnected and monitoring angular setting of on-the-spot illumination, for pyroelectric monitor module, it is 02 control box, for ring main unit provides the steering logic of civil power, standby electricity and generating output, its connects in loop wire cabinet civil power intelligent breaker, civil power/standby TURP with redundancy and changes intelligent switch, state and control signal that generating/standby TURP changes intelligent switch, and metering cabinet metering result, by Ethernet RJ45 interface, be connected with central control unit, central control unit can be controlled the action of isolating switch and all intelligent switchs by 02 control box, fire-fighting monitoring module is comprised of one 04 control boxs, 04 control box is connected with each sensor systems of fire protection warning main frame and fire-fighting system, by Ethernet RJ45 interface, upload central control unit, central control unit can send instruction to 04 control box, intervenes the execution unit of fire-fighting system, security monitoring module, it is exactly 05 control box, it is mainly for gate control system, window control system, supervisory system, environmental system and security system, it is realized gate control system is comprised to identification, authority is identified, the telemanagement of password confirming triple functions, each important entrance and exit of telemanagement, it realizes the remote adjustment of window control system respectively being fanned to window opening angle and interior separate ventilation, it realizes long-range to the monitoring of key position inside and outside supervisory system machine room, it realizes the remote transmission to environmental monitoring system data, it and gate control system, window control system, supervisory system, environmental monitoring system is connected, Ethernet RJ45 interface by it is connected with central control unit, for data upload and order, assign.
3. ecological intelligent machine room according to claim 1, described for electric module, is further characterized in that: it is comprised of some standby electric units; Each is by a super rack,, to discharge and recharge mainboard, to form for electro-detection module and some electric battery for electric unit; Super rack has 6 layers of heat radiation row, discharges and recharges mainboard, standby electro-detection module and some electric battery and is all fixed between heat radiation row; Discharge and recharge mainboard and control battery charging, battery discharge, DC-AC inversion, inversion High voltage output and process signal output; Standby electro-detection module is comprised of with three item of digital power meters and 03 control box some temperature sensors, some humidity sensors, a charging digital electronic ammeter, a charging digital voltmeter, an electric discharge, some temperature sensors, charging digital electronic ammeter, charging digital voltmeter, discharge with three item of digital power meters and discharge and recharge mainboard process signal and all access 05 control box, by Ethernet RJ45 interface, are connected with central control unit.
4. ecological intelligent machine room according to claim 1, described super rack, is further characterized in that: it by former and later two, heat radiation row, a surveillance, a fire-fighting fire extinguishing gas system of the equidistant hollow of a framework, two side plates, 6 layers UNICOM form, front/rear door and two side plates are all contained on framework, and base of frame is equipped with 4 return pulleys, please refer to Fig. 6, 6 heat radiation rows are respectively by the UNICOMs of connecting left and right sides water guide row 39, bottom heat radiation row 9 bottoms, not only there is temperature sensor, and pick out a solenoid valve 2, be positioned at the lower left corner at framework Qianmen, 2 front end is flowmeter 38 and water pressure gauge 37, top layer heat radiation row 9 tops, there is a sensor 36, also there is a solenoid valve 2, be positioned at the upper right corner at framework back door, 2 front end is also equipped with flowmeter 38 and water pressure gauge 37, like this, can guarantee that water injects from lower left corner solenoid valve, each heat radiation row is flow through by fully loaded, finally from upper right corner solenoid valve, flow out water, lower left corner solenoid valve must possess return valve function, prevent aqueous reflux, flowmeter 38, water pressure gauge 37 and sensor 36, be used for collecting flow, the data such as hydraulic pressure and water temperature, sensor signal accesses 06 control box and uploads central control unit by Ethernet RJ45 interface, surveillance is by two liquid crystal display 16, two see logical module 15 and two guide rails 14 compositions, liquid crystal display 16, see logical module 15 and guide rail 14 installs respectively a set of on front/rear door, each liquid crystal display 16 can connect arbitrarily equipment in the cabinet of VGA interface, seeing logical module 15 is that an infrared wide-angle video camera and smell sensor form, can art skating on guide rail 14 by Long-distance Control, imaging can be switched in the same face liquid crystal display 16, also can long-rangely by 06 control box, upload, smell sensor can be identified the taste that is charred that electric short circuit gives out fast, this sensor signal is uploaded to central control unit by 06 control box Ethernet RJ45 interface, fire-fighting fire extinguishing gas system is by a firefighting bottle 32, base 33 controlled by one gas cylinder and gas row 34 forms, 32 be arranged on be positioned at cabinet top 33 on, with be fixed on cabinet in 34 communicate, gas cylinder 32 is interior can be any nontoxic fire-suppressant gas, gas can by 33 manually or Remote triggering spray, enter in the gas row 34 of UNICOM, 34 have 3 pores in each cavity, high-pressure extinction gas is full of each cavity by pore, front/rear door interlock is simultaneously locked, in whole cabinet, be full of fast fire-suppressant gas, starvation, reach fire extinguishing effect, see logical module 15 and can upload dependent imaging, super rack is divided into category-A and category-B, 6 heat radiation rows will be divided into 5 chambeies from top to bottom in cabinet, except from upper several second heat radiation row's upper surface, have half smooth, in each chamber two heat radiation row, all respectively there are 10 row perpendicular to surface, upper and lower symmetrical, isometric contour heat conduction clamp, heat conduction clamp is uniformly distributed some with the position, hole of nut, between heat conduction clamp, in stationary cabinet, equipment is as straight version server, and such is the super rack of category-A, 6 heat radiation rows will be divided into 5 chambeies in cabinet, except having 5 row heat conduction clamps from upper several second heat radiation row upper surface, in each chamber, upper strata heat radiation row has 10 row perpendicular to surperficial heat conduction clamp, heat conduction clamp heat conduction clamp is uniformly distributed some the heat radiation row of the Kong Wei， lower floor with nut smooth surfaces, for putting electric battery, heat conduction clamp is for self-contained battery group, and such is the super rack of category-B.
5. ecological intelligent machine room according to claim 1, described super rack group, is characterized in that: it is comprised of super rack and links thereof all in ecological intelligent machine room, and some machine rooms have divided multilayer, super rack divides row to be equidistantly placed in a floor, be reserved with vertical passage, each lower valve of arranging super rack is all connected on a pipeline, all rows' pipeline is connected in again on slightly thick floor pipeline, all floor pipelines are connected in again thicker pipeline and form water inlet, each upper valve of arranging super rack is all connected on a pipeline, all rows' pipeline is connected in again on slightly thick floor pipeline, all floor pipelines are connected in again more extra heavy pipe road and form water delivering orifice, pipeline initiating terminal at the super rack of every row, the front end that is connected of floor pipeline and water inlet, the end that is connected of floor pipeline and water delivering orifice, there are solenoid valve and a series of sensor, sensor is for perception in-pipe flow direction, flow velocity, flow, water temperature, hydraulic pressure and water clock, sensor signal and solenoid control signal all access some 06 control boxs, by this case Ethernet, RJ45 is connected with central control unit, by application software, IJF2013 manages concentratedly.
6. ecological intelligent machine room according to claim 1, described super rack group and radiating module thereof, is characterized in that: it is the core cooling system that forms ecological intelligent machine room, and this system is divided into two levels: main heat-radiation loop and standby heat-radiation loop.Super rack group water inlet is by water pump group, solenoid valve group, pipeline and municipal tap water, upstream pipe UNICOM, the cold water of introducing dispels the heat to arrange with the interior equipment of cabinet through super rack group and carries out heat interchange, through water delivering orifice, derive hot water, through pipeline, valve and water quality testing meter, inject municipal tap water, downstream pipe again, form main heat-radiation loop; When main heat-radiation loop goes wrong, by water pump, pipeline, water cooling pond, water inlet, super rack group, water delivering orifice, hot-tub and heating radiator thereof, return water pump, form standby heat-radiation loop.Main heat-radiation loop is as the core loop of ecological intelligent machine room cooling system, bear the heat radiation task of most times, when the maintenance or because during water quality deterioration of needing repairing appears irresistible fault or in main heat-radiation loop, to seamlessly switch to standby heat-radiation loop, standby heat-radiation loop will be born whole heat radiation tasks; Standby heat-radiation loop is also born the function of the initial stage cleaning of super rack group pipe system, idle cleaning and system debug.
7. ecological intelligent machine room according to claim 1, equipment in described cabinet, be further characterized in that: it is exactly the equipment of installing in super rack, kind comprises centralizing switch power supply, concentrated ups power, straight version server, switch, large-scale router, fire wall, encryption device, special communication equipment etc.; In each cabinet, equipment comprises a mainboard and a heat-conducting plate, mainboard width is limited in 310MM, heat-conducting plate specification limits is in 350 (wide) * 500 (length) MM, and mainboard is fixed on the double-screw bolt of heat-conducting plate, and on mainboard, main heat generating components is close to heat-conducting plate as chip; Mainboard is to be powered by a centrally connected power source in super rack; On heat-conducting plate, fixedly miscellaneous equipment is as hard disk, and in each cabinet, the thickness of equipment is no more than 50MM; EM equipment module in cabinet, refers to the interior equipment summation of institute's cabinet that fills in the super rack of one side, equipment in monitoring of equipment module in a cabinet and five layers of cabinet, consists of; EM equipment module group in cabinet, refers to EM equipment module summation in the cabinet corresponding with super rack group, by monitoring of equipment module in the cabinet equating with the corresponding and super rack quantity of super rack group, with all cabinets corresponding to super rack group in equipment form.
8. ecological intelligent machine room according to claim 1, equipment in described cabinet, is further characterized in that: it and the super rack of category-A can form rack server; Rack server concentrates ups power 19 and the super rack of an A type to form by 45 straight version servers 17, two centralizing switch power supplys 18, two, between 17 minutes super cooling machine cabinet rows of four layers of semifixed A type, fix 10 for every layer, 18 lower and 19 upper, by dividing plate, be separately fixed between 1～2 layer of heat radiation row, 18 and 19 can be equipment cashier's office in a shop and all straight version servers, and cashier's office in a shop equipment comprises two liquid crystal display, two and sees logical module and 06 control box.The common rack of 42U, i.e. 42 server master boards of 42 1U industry control servers can be installed, but it is 100 same server master boards that the super rack of 42U can be installed 50 straight version servers, volume of equipment rate promotes 2.4 times, if abdicate 5 straight version server position dress centralizing switch power supplys and concentrated ups power, the super rack of 42U can be installed the i.e. 90 same server master boards of 45 straight version servers, and volume of equipment rate promotes 2.14 times, straight version server is by a heat-conducting plate 20, two server master boards 22, two memory heat radiation plates 35, four server CPU27, 16 memory bars 23, three hard disks 31 and 11 sensors 36 form, two server CPU27, two euthermic chips 26 and 8 memory bars 23 are positioned at the not coplanar of mainboard 22, two mainboards 22 and three hard disks 31 are fixed on heat-conducting plate 20, Servers-all CPU27 and euthermic chip 26 are close to heat-conducting plate 20, memory heat radiation plate 35 is connected with 8 internal memory heat sinks and is fixed on mainboard 22, at heat-conducting plate 20 back sides, the position of Servers-all CPU27 and euthermic chip 26 projections, mounting 8 sensors 36, three sensors 36 are distributing at the back side of three position of installing hard disk, all the sensors 36 is all connected with a mainboard 22 by connector, the value of all the sensors 36 is all read by network correct, Servers-all mainboard 22 and hard disk 31 are by centralizing switch Power supply.
9. ecological intelligent machine room according to claim 1, described central control unit, be further characterized in that: it comprises mouth switch more than, access come from 01～06 control box RJ45 interface line it also to access a series of control lines for execution unit and feedback of status line, according to existing algorithm, automatically perform corresponding instruction, the result that feedback is carried out simultaneously, 01～06 is representing the type of control box, corresponding different functional module, each type often has a lot, each control box of each type has unique IP address, central control unit also has unique IP address, it is a complete independently machine room wiring system, for security of system and the consideration of maintaining secrecy, the control box RJ45 not encrypting does not access device server, switch and router in cabinet, control box through encryption, its RJ45 interface can access device server, switch and router in cabinet, can save wiring cost, 01～06 control box, access be sensor signal, will carry out signal filtering, amplification, A/D conversion, DSP or MCU programming is encrypted, by Ethernet RJ45 interface on sheet, uploaded to assigned ip address, assigned ip address is exactly the IP address of central control unit, by central control unit, to particular ip address, send control command, carry out the action of appointment, the consequential signal that feedback is carried out, particular ip address correspondence one of them of One's name is legion 01～06 control box, certain control box has obtained data from RJ45 interface, through DSP or MCU programming deciphering, agreement contrast, D/A conversion, amplify and enter into corresponding executive component, obtain feedback signal and upload again.Whole central control unit, IP address, enciphering and deciphering algorithm, protocol architecture comprise that command word, execution algorithm are by the core and the key that are bottom software system; Selected technical scheme will be reliable and stable successful basis, whole unit.
10. ecological intelligent machine room according to claim 1, described application software iJFang2013, is further characterized in that: it is to be based upon on operating system OS, to take central control unit as Physical layer, the visualizing application software that comprises driver; It comprises electricity generation module, a supply module, equally for EM equipment module group, super rack group and radiating module thereof and central control unit 9 parts in electric module, a monitoring module, a security module, a fire-fighting module, cabinet, but corresponding adjustment, electricity generation module, supply module, standby electric module are incorporated in an energy module, by monitoring module, security module, fire-fighting block merging, be environment module, in cabinet, EM equipment module group and super rack group and radiating module thereof are merged into nucleus module; It can visual each details, each association, each node, each link, each is local and even whole, monitor at any time and record the operation conditions of random time, any part, can accurately locate, show, record, the problem at handling failure position automatically, the remedial measures that feedback processing result and proposition need simultaneously, uninterruptedly monitor and record real-time status, historic state, abnormality and result thereof, and deposit database in; By encryption technology, realize the remote control to whole intelligent machine room; It can be divided into artificial, automatic and long-range to the management of machine room.
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| CN104080319A (en) * | 2014-07-03 | 2014-10-01 | 宁波天韵通信设备有限公司 | Fire prevention and heat dissipation outdoor communication cabinet |
| CN104822242A (en) * | 2015-04-08 | 2015-08-05 | 华为技术有限公司 | Liquid cooling equipment control system, method and apparatus |
| CN104865903A (en) * | 2014-02-20 | 2015-08-26 | 苏州朗捷通智能科技有限公司 | Data machine room microenvironment monitoring system |
| CN105722377A (en) * | 2016-04-12 | 2016-06-29 | 广州高澜节能技术股份有限公司 | Enterprise cloud water-cooled data center cooling system |
| CN106505874A (en) * | 2016-09-26 | 2017-03-15 | 国网江苏省电力公司盐城供电公司 | A kind of domestic photovoltaic inversion case |
| CN106918601A (en) * | 2017-02-13 | 2017-07-04 | 南京铁道职业技术学院 | Harmless flaw detector and its method with imaging function |
| CN107041104A (en) * | 2017-02-13 | 2017-08-11 | 南京铁道职业技术学院 | Strengthen the harmless flaw detector and its method of alarm function |
| CN111446647A (en) * | 2020-03-20 | 2020-07-24 | 安徽富煌电力装备科技有限公司 | High-low voltage switch cabinet system based on Internet of things |
| CN112804867A (en) * | 2021-03-09 | 2021-05-14 | 河南农业职业学院 | Computer big data server heat abstractor |
| CN112969329A (en) * | 2021-02-03 | 2021-06-15 | 安徽创力建设工程有限公司 | Terminal rack that wisdom city management was used |
| CN114342577A (en) * | 2019-09-30 | 2022-04-12 | 英国电讯有限公司 | Protection system |
| GB2618215A (en) * | 2020-11-30 | 2023-11-01 | Nvidia Corp | Intelligent and redundant liquid-cooled cooling loop for datacenter cooling systems |
-
2013
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