CN203645965U

CN203645965U - Radiating cabinet

Info

Publication number: CN203645965U
Application number: CN201320775680.5U
Authority: CN
Inventors: 郑智文
Original assignee: CHYI DING TECHNOLOGIES Co Ltd
Current assignee: CHYI DING TECHNOLOGIES Co Ltd
Priority date: 2013-11-29
Filing date: 2013-11-29
Publication date: 2014-06-11
Anticipated expiration: 2023-11-29

Abstract

A radiating cabinet comprises a cabinet equipped with a first accommodating space, a first hollow part and an upper cover, wherein the bottom end of the upper cover is equipped with at least one draught fan; a plurality of servers arranged in the first accommodating space; a pedestal connected with a cabinet and equipped with a second hollow part which is communicated with the first hollow part of the cabinet, wherein the second hollow part is equipped with a raft foundation water pre-cooling coil pipe and a cooling coil pipe. The bottom end of the cabinet is equipped with the raft foundation water pre-cooling coil pipe and the cooling coil pipe, so that the air can be pre-cooled by the raft foundation water pre-cooling coil pipe and then is cooled by the cooling coil pipe to form the cold air, and the air can be cooled accurately by the natural cooling of the raft foundation water pre-cooling coil pipe as the first-time pre-cooling work and by the second-time cooling work of the cooling coil pipe. Moreover, the draught fan provides the cold air to the first accommodating space to realize a convection effect, so that the servers in the first accommodating space can be cooled rapidly, and the excessive consumption of the energy can be avoided.

Description

Radiating cabinet

Technical field

The utility model relates to a kind of radiating cabinet.

Background technology

The cabinet structure of general machine room, as shown in Figure 1, it comprises: machine room 10, is provided with at least one aircondition 11 in machine room 10; At least one stack of cabinets 12, in this each stack of cabinets 12, be provided with at least one rack 13, in this each rack 13, be provided with several servers 14, this each server 14 is provided with at least one heat dissipation element 15, in this each rack 13, be provided with at least one fan 16, be provided with at least one fan 16 in this rack 13 and reach effect that rack 13 dispels the heat and can rely on, and then rely on aircondition 11 to reach rack 13 to lower the temperature with stack of cabinets 12;

The cabinet structure of existing machine room, though it can reach effect that rack 13 dispels the heat, but but because this general machine room 10 is in the time that temperature is adjusted, only can reach the environment indoor temperature of adjusting in this machine room 10, and cannot adjust the temperature of each rack 13 or server 14, and make in the time that machine room 10 indoor environments have the situation of excess Temperature, aircondition in this machine room 10 can carry out temperature adjustment reduces temperature, if while having wherein a rack 13 or server 14 have the abnormality of excess Temperature, because only can reaching, this aircondition 11 adjusts effect that the interior temperature of machine room 10 reduces, and easily make user cannot learn which rack 13 has temperature anomaly, and then cause rack 13 to have excess Temperature and the disappearance damaged, moreover, while making aircondition 11 if desired most of integrated environment or integrated environment be given to temperature to adjust because these machine room 10 spaces are excessive, very easily cause the energy to consume the disappearance of waste excessively, cannot accurately reach again effect that this rack 13 is lowered the temperature, moreover, again because these machine room 10 space environments are larger, and make the convection current ventilation effect of air in machine room 10 spaces poor, and then cause airborne thermal source to be difficult for leaving, temperature also cannot reach effective cooling,

Hereat, how above-mentioned disappearance is forgone, be the place of invention human desires technical solution difficulty of the present utility model.

Utility model content

Because the cabinet structure of existing machine room, because having the energy, it consumes the disappearance of waste excessively, therefore the purpose of this utility model is to provide a kind of radiating cabinet, rely on this rack bottom to be provided with raft foundation water desuperheating coil and cooling coil, make the air can be in advance after the preposition cooling of this raft foundation water desuperheating coil, process cooling coil reducing temperature twice is to form cold air again, and can make this raft foundation water desuperheating coil reach nature cooling, as precooling operation for the first time, rely on again this cooling coil cooling operations for the second time, the effect that can accurately lower the temperature to reach air, and provide cold air to reach convection effects in the first accommodation space by this blower fan, and can reach the effect of the server fast cooling in the first accommodation space, and then avoid the energy to have outspent object,

For reaching the above object, the utility model provides a kind of radiating cabinet, and it comprises:

Rack, in this rack, be provided with the first accommodation space and the first hollow bulb, these both sides in rack, the first hollow part, this rack end face is connected with upper cover, in this upper cover, be provided with at least one blower fan, each blower fan is all corresponding with the first accommodation space position of rack, this rack is provided with the second accommodation space, this second accommodation space and the first accommodation space connect, this rack is provided with front end and rear end, the front end of this rack is provided with protecgulum, the rear end of this rack is provided with rear storage tank, bonnet and rear side cover, this bonnet is arranged in rear storage tank, this rear side cover can fasten with the second accommodation space, and make this rack form confined space,

Several servers, each server is all arranged in the first accommodation space of rack, and each server is arranged and formed in the mode of stacked on top, between every two adjacent servers, is provided with gap, each server is provided with exhaust outlet, and the rear storage tank of rack is located in this exhaust outlet position;

Base, this base is connected with rack bottom, this base is provided with the second hollow bulb, the first hollow bulb of this second hollow bulb and rack connects, these the second hollow bulb both sides are respectively respectively equipped with at least one support portion, this second hollow bulb is provided with raft foundation water desuperheating coil and cooling coil, cooling coil below is located in this raft foundation water desuperheating coil position, this raft foundation water desuperheating coil and each support portion offset only spacing, this cooling coil is provided with several explosion stack water fenders, and each explosion stack water fender is arranged at cooling coil top.

Described radiating cabinet, wherein, in this first accommodation space, four jiaos of places are respectively equipped with a fixed mount.

Described radiating cabinet, wherein, each fixed mount is equipped with Extension support.

Described radiating cabinet, wherein, each Extension support is equipped with a radiator.

Described radiating cabinet, wherein, each explosion stack water fender is that lightning shape and being arranged side by side forms.

Described radiating cabinet, wherein, this base one side is provided with the first open-work, the second open-work, the 3rd open-work and the 4th open-work.

Described radiating cabinet, wherein, this cooling coil is provided with the first mozzle, the second mozzle and diversion pipeline, and this first mozzle, the second mozzle are connected with diversion pipeline respectively and conducting.

Described radiating cabinet, wherein, this raft foundation water desuperheating coil is provided with the 3rd mozzle, the 4th mozzle and diversion pipeline, and the 3rd mozzle, the 4th mozzle are the conducting that is connected with raft foundation water diversion pipeline.

Described radiating cabinet, wherein, this base is provided with water-collecting tray.

Described radiating cabinet, wherein, this each blower fan below is provided with inlet scoop, and this each blower fan is provided with air outlet around.

This raft foundation water desuperheating coil is provided with the 3rd mozzle, the 4th mozzle and raft foundation water diversion pipeline, the 3rd mozzle, the 4th mozzle are the conducting that is connected with raft foundation water diversion pipeline, its first mozzle of this cooling coil can wear with the first open-work and second open-work of base respectively mutually with the second mozzle, its the 3rd mozzle of this raft foundation water desuperheating coil can wear with the 3rd open-work and the 4th open-work of base respectively mutually with the 4th mozzle, and raft foundation water desuperheating coil below is located in this water-collecting tray position.

Radiating cabinet that the utility model provides, rely on this rack bottom to be provided with raft foundation water desuperheating coil and cooling coil, make the air can be in advance after the preposition cooling of this raft foundation water desuperheating coil, process cooling coil reducing temperature twice is to form cold air again, and can make this raft foundation water desuperheating coil reach nature cooling, as precooling operation for the first time, rely on again this cooling coil cooling operations for the second time, the effect that can accurately lower the temperature to reach air, and provide cold air to reach convection effects in the first accommodation space by this blower fan, and can reach the effect of the server fast cooling in the first accommodation space, and then avoid the energy to have outspent object.

Brief description of the drawings

Fig. 1 is the schematic perspective view of conventional machine room;

Fig. 2 is perspective exploded view of the present utility model;

Fig. 3 is three-dimensional combination schematic diagram of the present utility model;

Fig. 4 is three-dimensional combination perspective diagram of the present utility model;

Fig. 5 is the schematic side view of the utility model Air Flow.

Description of reference numerals:

Background technology: 10-machine room; 11-aircondition; 12-stack of cabinets; 13-rack; 14-server; 15-heat dissipation element; 16-fan;

The utility model: 20-rack; 201-end face; 202-front end; 203-rear end; 204-bottom; 21-the first accommodation space; 22-the first hollow bulb; 23-upper cover; 231-blower fan; 2311-inlet scoop; 2312-air outlet; 24-fixed mount; 241-Extension support; 242-radiator; 25-the second accommodation space; 26-protecgulum; Storage tank after 27-; 28-bonnet; 29-rear side cover; 30-server; 31-gap; 32-exhaust outlet; 40-base; 401-the first open-work; 402-the second open-work; 403-the 3rd open-work; 404-the 4th open-work; 41-the second hollow bulb; 42-support portion; 43-water-collecting tray; 50-cooling coil; 501-explosion stack water fender; 51-the first mozzle; 52-the second mozzle; 53-diversion pipeline; 60-cold air; 70-hot-air; 80-raft foundation water desuperheating coil; 81-the 3rd mozzle; 82-the 4th mozzle; 83-raft foundation water diversion pipeline.

Embodiment

Refer to shown in Fig. 2, Fig. 3, the utility model provides a kind of radiating cabinet, and it comprises:

Rack 20, in this rack 20, be provided with the first accommodation space 21 and the first hollow bulb 22, this first hollow bulb 22 is positioned at rack 20 both sides, these rack 20 its end faces 201 are provided with upper cover 23, this upper cover 23 can be connected with rack 20 end faces 201, in this upper cover 23, be provided with at least one blower fan 231, each blower fan 231 below is provided with inlet scoop 2311, this each blower fan 231 is provided with air outlet 2312 around, and as Fig. 4, shown in Fig. 5, this each blower fan 231 is corresponding with the first accommodation space 21 positions of rack 20, in this first accommodation space 21, four jiaos of places are respectively equipped with a fixed mount 24, each fixed mount 24 is equipped with Extension support 241, each Extension support 241 is equipped with a radiator 242, this rack 20 is provided with the second accommodation space 25, this second accommodation space 25 can connect with the first accommodation space 21, this rack 20 is provided with front end 202 and rear end 203, the front end 202 of this rack 20 is provided with protecgulum 26, the rear end 203 of this rack 20 is provided with rear storage tank 27, the rear end 203 of this rack 20 is provided with bonnet 28 and rear side cover 29, this bonnet 28 can be arranged in rear storage tank 27, this rear side cover 29 can fasten with the second accommodation space 25, and make this rack 20 form confined space, and as shown in Figure 4,

Several servers 30, each server 30 is all arranged in the first accommodation space 21 of rack 20, each server 30 its four jiaos of place can set firmly with each fixed mount 24 respectively mutually, each server 30 is arranged and is formed in the mode of stacked on top, between every two adjacent servers 30, be provided with gap 31, this gap 31 can be corresponding with radiator 242 positions of fixed mount 24 its Extension supports 241, and as shown in Figure 4, each server 30 is provided with

exhaust outlet

32, and 32 of this exhaust outlets are located at the rear storage tank 27 of rack 20;

Base 40, this base 40 can be connected with rack 20 bottoms 204, this base 40 is provided with the second hollow bulb 41, this second hollow bulb 41 can connect with the first hollow bulb 22 of rack 20, and as Fig. 2, shown in Fig. 5, these the second hollow bulb 41 both sides are respectively respectively equipped with at least one support portion 42, these base 40 1 sides are provided with the first open-work 401, the second open-work 402, the 3rd open-work 403 and the 4th open-work 404, this second hollow bulb 41 is provided with raft foundation water desuperheating coil 80 and cooling coil 50, this cooling coil 50 is provided with the first mozzle 51, the second mozzle 52 and diversion pipeline 53, this first mozzle 51, the second mozzle 52 is the conducting that is connected with diversion pipeline 53, this cooling coil 50 can offset only spacing with raft foundation water desuperheating coil 80, this raft foundation water desuperheating coil 80 is provided with the 3rd mozzle 81, the 4th mozzle 82 and raft foundation water diversion pipeline 83, the 3rd mozzle 81, the 4th mozzle 82 is the conducting that is connected with raft foundation water diversion pipeline 83, this raft foundation water desuperheating coil 80 can offset only spacing with each support portion 42, this raft foundation water desuperheating coil 80 is corresponding with cooling coil 50 positions, this 80 of raft foundation water desuperheating coil is located at cooling coil 50 belows, the first mozzle 51 of this cooling coil 50 can wear with the first open-work 401 and second open-work 402 of base 40 respectively mutually with the second mozzle 52, the 3rd mozzle 81 of this raft foundation water desuperheating coil 80 can wear with the 3rd open-work 403 and the 4th open-work 404 of base 40 respectively mutually with the 4th mozzle 82, this base 40 is provided with water-collecting

tray

43, 43 of this water-collecting trays are located at raft foundation water desuperheating coil 80 belows, this cooling coil 50 is provided with several explosion stack water fenders 501, this each explosion stack water fender 501 is for lightning shape and be arranged side by side and form, this each explosion stack water fender 501 is arranged at cooling coil 50 tops, this each explosion stack water fender 501 is corresponding with cooling coil 50 positions, rely on these cooling coil 50 tops to be provided with explosion stack water fender 501, there is water when ejection when body explosion occurs cooling coil 50, and the server 30 that can reach in water and the rack 20 of avoiding in cooling coil 50 by this explosion stack water fender 501 has because encountering water the effect that causes damaging fault,

It should be noted that, raft foundation water desuperheating coil 80 of the present utility model is to be connected with the pipeline being connected in building bottom raft foundation water tank by the 3rd mozzle 81 or the 4th mozzle 82, via the pipeline of building, the water in raft foundation water tank is flow in raft foundation water desuperheating coil 80 of the present utility model and carried out precooling operation by the 3rd mozzle 81 or the 4th mozzle 82 again, to cushion or emergency stock water as rack, therefore, during for rack, can be used as running water and carry out the precooling of first stage.

Refer to Fig. 4, shown in Fig. 5, rely in the upper cover 23 of this rack 20 and be provided with at least one blower fan 231, this each blower fan 231 is corresponding with the first accommodation space 21 positions, in the time that the running of its each blower fan 231 of the utility model is used, the inlet scoop 2311 of this each blower fan 231 can reach the end face 201 that the hot gas that in the first accommodation space 21, these several server 30 its exhaust outlets 32 produce is guided to rack 20 by rear storage tank 27, and reach hot gas water conservancy diversion in the first hollow bulb 22 of rack 20 both sides by the air outlet 2312 of each blower fan 231, and as Fig. 4, shown in Fig. 5, moreover, and the raft foundation water desuperheating coil 80 that relies on this base 40 can pass through raft foundation water via the 3rd mozzle 81, the 4th mozzle 82 flows with raft foundation water diversion pipeline 83, and the preliminary temperature of this raft foundation water desuperheating coil 80 is reduced, this preliminary temperature can be 18 DEG C～24 DEG C, again can be by frozen water via this first mozzle 51 by cooling coil 50, the second mozzle 52 flows with diversion pipeline 53, and make this cooling coil 50 reach demand temperature, this demand temperature can be 12 DEG C～18 DEG C, and reach cold air 60 is guided in the first accommodation space 21 by the inlet scoop 2311 of this blower fan 231, and make this each server 30 can reach cooling, moreover, and rely on this wherein between a server 30 and another server 30, to be provided with gap 31, this gap 31 can be corresponding with the radiator of the Extension support of fixed mount 24 241 242 positions, thereby can reach cold air 60 is guided to 31, gap by means of this radiator 242, and make in this first accommodation space 21 to be full of cold air 60 to reach the fully effect of cooling of this each server 30, and then reach cold and hot shunting to avoid causing temperature cannot maintain the object of low temperature while mixing with hot-air 70 because of cold air 60, moreover, rely on hot-air 70 in this first hollow bulb 22 to connect because of this first hollow bulb 22 and the second hollow bulb 41, and this hot-air 70 can be guided in the second hollow bulb 41, can be guided to again in the first accommodation space 21 via the rear formation cold air 60 of cooling coil 50 to reach this hot-air 70, to reach raising rate of ventilation, eliminate fast the effect of the interior hot-air 70 of rack 20, and then can avoid causing because building environment space is excessive overall situation when cooling to have the outspent situation of the energy.

Claims

1. a radiating cabinet, is characterized in that, comprises:

2. radiating cabinet as claimed in claim 1, is characterized in that, in this first accommodation space, four jiaos of places are respectively equipped with a fixed mount.

3. radiating cabinet as claimed in claim 2, is characterized in that, each fixed mount is equipped with Extension support.

4. radiating cabinet as claimed in claim 3, is characterized in that, each Extension support is equipped with a radiator.

5. radiating cabinet as claimed in claim 1, is characterized in that, each explosion stack water fender is that lightning shape and being arranged side by side forms.

6. radiating cabinet as claimed in claim 1, is characterized in that, this base one side is provided with the first open-work, the second open-work, the 3rd open-work and the 4th open-work.

7. radiating cabinet as claimed in claim 1, is characterized in that, this cooling coil is provided with the first mozzle, the second mozzle and diversion pipeline, and this first mozzle, the second mozzle are connected with diversion pipeline respectively and conducting.

8. radiating cabinet as claimed in claim 1, is characterized in that, this raft foundation water desuperheating coil is provided with the 3rd mozzle, the 4th mozzle and diversion pipeline, and the 3rd mozzle, the 4th mozzle are the conducting that is connected with raft foundation water diversion pipeline.

9. radiating cabinet as claimed in claim 1, is characterized in that, this base is provided with water-collecting tray.

10. radiating cabinet as claimed in claim 1, is characterized in that, each blower fan below is provided with inlet scoop, and this each blower fan is provided with air outlet around.