CN208597230U - Temperature control equipment and cabinet system - Google Patents
Temperature control equipment and cabinet system Download PDFInfo
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- CN208597230U CN208597230U CN201821286107.7U CN201821286107U CN208597230U CN 208597230 U CN208597230 U CN 208597230U CN 201821286107 U CN201821286107 U CN 201821286107U CN 208597230 U CN208597230 U CN 208597230U
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Abstract
The utility model provides a kind of temperature control equipment and cabinet system, belongs to cabinet temperature control technology field.The temperature control equipment is applied to cabinet system, and the cabinet system includes: at least one cabinet；Described device includes: the intake stack and exhaust duct connecting respectively with each cabinet, and the air intake blower fan of the inlet of the intake stack is arranged in, and, first exhaust fan in the exit of the exhaust duct is set；The air intake blower fan is used for outside the cabinet, inputs air cooled medium to each interior of equipment cabinet；First exhaust fan is used to the air cooled medium of the interior of equipment cabinet cabinet is discharged.The utility model improves the radiating efficiency to radiate to cabinet.The utility model is for radiating to cabinet.
Description
Technical field
The utility model relates to cabinet temperature control technology field, in particular to a kind of temperature control equipment and cabinet system
System.
Background technique
In industrial environment, cabinet is mainly used for controlling the operating of various kinds of equipment in industrial production.In general, multiple cabinet collection
It is middle to be arranged in closed rack room.But in the operational process of cabinet, cabinet can generate a large amount of heat, so that cabinet
Internal temperature increases, and under serious conditions, will lead to accessory overtemperature or tripping in cabinet, and then influence equipment operation, therefore, is
The normal operation for guaranteeing equipment, needs to radiate to cabinet.
In the related technology, it is usually provided with cabinet door on cabinet, when radiating to cabinet, the cabinet door of cabinet can be beaten
It opens, so that the air to circulate in interior of equipment cabinet is exchanged heat with interior of equipment cabinet, to achieve the purpose that radiate to cabinet.
But when the temperature of interior of equipment cabinet is higher, air can not effectively be exchanged heat with interior of equipment cabinet, cause to radiate
Efficiency is lower.
Utility model content
The utility model embodiment provides a kind of temperature control equipment and cabinet system, can solve and dissipates in the related technology
The lower problem of the thermal efficiency, the technical solution is as follows:
On the one hand, a kind of temperature control equipment is provided, the temperature control equipment is applied to cabinet system, the cabinet
System includes: at least one cabinet；
Described device includes: the intake stack and exhaust duct connecting respectively with each cabinet, setting it is described into
The air intake blower fan of the inlet of air piping, and, first exhaust fan in the exit of the exhaust duct is set；
The air intake blower fan is used for outside the cabinet, inputs air cooled medium to each interior of equipment cabinet；
First exhaust fan is used to the air cooled medium of the interior of equipment cabinet cabinet is discharged.
Optionally, the intake stack includes: main intake stack and at least one sub- intake stack, the main intake stack
Entrance be arranged outside the cabinet, one end of each sub- intake stack is connect with the tube body of the main intake stack,
The other end of each sub- intake stack is connect with a cabinet, at least one described sub- intake stack and at least one described in
Cabinet corresponds；
And/or the exhaust duct includes: main exhaust duct and at least one sub- exhaust duct, the main exhaust duct
Entrance be arranged outside the cabinet, one end of each sub- exhaust duct is connect with the tube body of the main exhaust duct,
The other end of each sub- exhaust duct is connect with a cabinet, at least one described sub- exhaust duct and at least one described in
Cabinet corresponds.
Optionally, described device further include: the second exhaust fan, second exhaust fan are arranged in sub- exhaust duct
Portion, second exhaust fan are used to the air cooled medium for the interior of equipment cabinet connecting with the sub- exhaust duct being expelled to the master
Exhaust duct.
Optionally, the intake stack is connect with the bottom of the cabinet, the top of the exhaust duct and the cabinet
Connection.
Optionally, the cabinet system further include: rack room, at least one described cabinet are arranged in the rack room
Portion, described device further include: the refrigeration equipment inside the rack room is set, and is arranged at least one interior of equipment cabinet
Temperature sensor, the temperature sensor is electrically connected with the refrigeration equipment, and the temperature sensor is for detecting the machine
Temperature inside cabinet, the refrigeration equipment according to the temperature that the temperature sensor detects for freezing.
Optionally, described device further include: at least one smoke sensor device and be arranged in outside the cabinet at least one
A alarm, at least one described smoke sensor device are arranged in a one-to-one correspondence at least one interior of equipment cabinet, and at least one
The smoke sensor device is electrically connected at least one described alarm one-to-one correspondence；
Wherein, for each smoke sensor device, the smoke sensor device is used to detect the smog of corresponding interior of equipment cabinet
Concentration, and when the smokescope is greater than preset concentration threshold value, it is sent to the alarm being electrically connected with the smoke sensor device
Trigger signal controls the alarm equipment alarm.
Optionally, described device further include: the plasma generator of the inlet of the intake stack is set, it is described
Plasma generator is for generating plasma.
Optionally, the plasma includes: positive polarity plasma, and/or, negative polarity plasma.
Optionally, described device further include: humid control component, the humid control component are arranged in the rack room
Portion, the humid control component are used to control the humidity inside the rack room.
On the other hand, a kind of cabinet system is provided, at least one cabinet, and, any of the above-described temperature control
Device.
Optionally, the cabinet system further include: rack room, at least one described cabinet are arranged in the rack room
Portion.
Temperature control equipment and cabinet system provided by the utility model, the temperature control equipment include being arranged in blast pipe
The air intake blower fan of the inlet in road, the air intake blower fan are used to the air cooled medium outside cabinet being input to interior of equipment cabinet, first row
Wind blower is used to the air cooled medium of interior of equipment cabinet cabinet is discharged, by the air intake blower fan and first exhaust fan, compared to
The relevant technologies accelerate the circulating rate of air cooled medium in cabinet, increase the heat exchange efficiency of cabinet and air cooled medium, Jin Eryou
Improve the radiating efficiency to radiate to cabinet to effect.
Detailed description of the invention
It, below will be to required in embodiment description in order to illustrate more clearly of the technical scheme in the embodiment of the utility model
Attached drawing to be used is briefly described, it should be apparent that, the accompanying drawings in the following description is only some realities of the utility model
Example is applied, it for those of ordinary skill in the art, without creative efforts, can also be according to these attached drawings
Obtain other attached drawings.
Fig. 1 is a kind of structural schematic diagram of cabinet system provided by the embodiment of the utility model.
Fig. 2 is the structural schematic diagram of another cabinet system provided by the embodiment of the utility model.
Fig. 3 is a kind of structural schematic diagram of temperature control equipment provided by the embodiment of the utility model.
Fig. 4 is the structural schematic diagram of another temperature control equipment provided by the embodiment of the utility model.
Specific embodiment
It is practical new to this below in conjunction with attached drawing to keep the purpose of this utility model, technical solution and advantage clearer
Type embodiment is described in further detail.
The utility model embodiment provides a kind of temperature control equipment, and it is lower to can solve radiating efficiency in the related technology
The problem of, which can be applied to cabinet system, as shown in Figure 1, the cabinet system may include: at least one
Cabinet 101.
With continued reference to FIG. 1, the temperature control equipment may include: the intake stack connecting respectively with each cabinet 101
102 and exhaust duct 103, the air intake blower fan 104 of the inlet of intake stack 102 is set, and, it is arranged in exhaust duct
First exhaust fan 105 in 103 exit.Optionally, the air intake blower fan 104 and first exhaust fan 105 can be
Ventilation blower, air blower, compressor or other type blowers.
The air intake blower fan 104 be used for from the outside of cabinet 101, to each cabinet 101 inside input air cooled medium.Work as cabinet
When temperature increases, the temperature of the air inside cabinet 101 is increased, and when air cooled medium enters 101 inside of cabinet, this is air-cooled
Medium can exchange heat with the air inside cabinet 101, to take away the heat inside cabinet 101.Also, work as air cooled medium and machine
When cabinet 101 contacts, the cabinet 101 with higher temperature can transmit heat to air cooled medium with a lower temperature, make cabinet
101 temperature reduces, and realizes the heat exchange between air cooled medium and cabinet 101.It is changed by the air cooled medium and cabinet 101
Heat can enable the temperature of cabinet 101 be down in the preset temperature range that cabinet 101 works normally, thus to the temperature of cabinet 101
Degree is controlled.Wherein, air cooled medium can be air.
First exhaust fan 105 is used to the air cooled medium inside cabinet 101 cabinet 101 is discharged.First exhaust fan
105 can generate suction to air cooled medium, and the air cooled medium inside cabinet 101 is discharged by exhaust duct 103 by the suction.
Air cooled medium is discharged by the suction that first exhaust fan 105 generates air cooled medium, can be accelerated air-cooled in cabinet 101
The circulating rate of medium, to further increase the radiating efficiency to radiate to cabinet 101.
Optionally, as shown in Fig. 2, the cabinet system can also include: rack room 106, which can be with
It is arranged inside rack room 106.At this point, the air intake blower fan 104 is used for from the outside of rack room 106, to the inside of each cabinet 101
Input air cooled medium.First exhaust fan 105 is used to the air cooled medium inside cabinet 101 rack room 106 is discharged.
Correspondingly, when cabinet system further includes rack room 106, it is as described herein to refer both to " rack room " outside cabinet 101 "
106 outside ".Also, set-up mode of the various components relative to rack room 106 in temperature control equipment for ease of understanding,
It further include that rack room 106 is illustrated with cabinet system hereafter in corresponding structural schematic diagram.
In conclusion temperature control equipment provided by the utility model, which includes being arranged in blast pipe
The air intake blower fan of the inlet in road, the air intake blower fan are used to the air cooled medium outside cabinet being input to interior of equipment cabinet, first row
Wind blower is used to the air cooled medium of interior of equipment cabinet cabinet is discharged, by the air intake blower fan and first exhaust fan, compared to
The relevant technologies accelerate the circulating rate of air cooled medium in cabinet, increase the heat exchange efficiency of cabinet and air cooled medium, Jin Eryou
Improve the radiating efficiency to radiate to cabinet to effect.
It should be noted that the temperature control equipment can also include: multiple fan switch.Air intake blower fan 104 and first
Exhaust fan 105 is connect with a fan switch respectively, and the fan switch connecting with air intake blower fan 104 is for controlling air intake blower fan
104 start and stop, and the fan switch connecting with the first exhaust fan 105 is used to control the starting of first exhaust fan 105
And stopping.
Optionally, Fig. 3 is a kind of schematic front view of temperature control equipment provided by the embodiment of the utility model, such as Fig. 3
Shown, which may include: main intake stack 1021 and at least one sub- intake stack 1022, the main blast pipe
The entrance in road 1021 can be set outside cabinet 101, one end and the main intake stack 1021 of every sub- intake stack 1022
Tube body connection, the other end of every sub- intake stack 1022 is connect with a cabinet 101, and at least one sub- intake stack 1022
It is corresponded at least one cabinet 101.Also, when cabinet system further includes rack room 106, at least one sub- intake stack
1022 are arranged inside rack room 106.
And/or with continued reference to FIG. 3, the exhaust duct 103 may include: main exhaust duct 1031 and at least one son
The entrance of exhaust duct 1032, the main exhaust duct 1031 can be set outside cabinet 101, every a sub- exhaust duct 1032
One end is connect with the tube body of main exhaust duct 1031, and the other end of every sub- exhaust duct 1032 is connect with a cabinet 101, and
At least one sub- exhaust duct 1032 is corresponded at least one cabinet 101.Also, when cabinet system further includes rack room
When 106, at least one sub- exhaust duct 1032 is arranged inside rack room 106.
Illustratively, as shown in figure 3, intake stack 102 may include main intake stack 1021 and four sub- intake stacks
1022, exhaust duct 103 may include main exhaust duct 1031 and four sub- exhaust ducts 1032.Air cooled medium can pass through master
Intake stack 1021 respectively enters four sub- intake stacks 1022, and then enters the machine being connected with every sub- intake stack 1022
Inside cabinet 101, air cooled medium is made to exchange heat with cabinet 101.Similarly, the air cooled medium inside each cabinet 101 can lead to
It crosses coupled sub- exhaust duct 1032 and enters main exhaust duct 1031, and pass through the main exhaust duct 1031 for air cooled medium
Discharge.It is connected by main intake stack 1021 respectively at four sub- intake stacks 1022, and, pass through main exhaust duct 1031
Respectively at the set-up mode that four sub- exhaust ducts 1032 are connected, compared to passing through four independent pipelines (including air-exhausting duct
Road and intake stack) implementation that is connect respectively with blower, it can be in the radiating efficiency for guaranteeing to radiate to cabinet 101
In the case of, effectively simplify the structure of temperature control equipment, and then reduce the manufacturing cost of temperature control equipment.
It should be noted that as shown in figure 3, the intake stack 102 can be connect with the bottom of cabinet 101, the air-exhausting duct
Road 103 can be connect with the top of cabinet 101.After being exchanged heat due to air cooled medium and cabinet 101, the temperature meeting of air cooled medium
Increase, so that the air cooled medium after this is heated has lesser density, under the action of the smaller density, in convection process,
Air cooled medium after this is heated has the trend flowed up.And the air cooled medium for entering cabinet 101 from intake stack 102 is usual
With lower temperature, there is the air cooled medium of lower temperature to have biggish density for this, in the effect of the biggish density
Under, in convection process, there is the air cooled medium of lower temperature to have the trend to flow downward for this.Therefore, it is arranged by setting
Air piping 103 is connect with the top of cabinet 101, and setting intake stack 102 is connect with the bottom of cabinet 101, can make air-cooled Jie
Matter flows under autologous density effect, can accelerate the circulating rate of air cooled medium in cabinet 101, and then improve to cabinet 101
The radiating efficiency to radiate.Also, since the air cooled medium after this is heated has the trend flowed up, pass through the first air draft
When cabinet 101 is discharged in air cooled medium by blower 105, the air cooled medium after this is heated is easier to be discharged, this has lower temperature
Air cooled medium relative difficult be discharged, enable this that there is the air cooled medium of lower temperature to carry out sufficiently with cabinet 101
Heat exchange, and then effectively improve the utilization rate of air cooled medium.
Further, as shown in figure 4, the temperature control equipment can also include: the second exhaust fan 107, the second row
Wind blower 107 can be set inside sub- exhaust duct 1032, which is used for will be with sub- exhaust duct 1032
Air cooled medium inside the cabinet 101 of connection is expelled to main exhaust duct 1031.The setting of second exhaust fan 107 can mention
The circulating rate of air cooled medium in high cabinet 101, so that the radiating efficiency to radiate to cabinet 101 further increases.Example
Ground, second exhaust fan 107 can be ventilation blower, air blower, compressor or other type blowers.
It is alternatively possible to determine the need for being arranged inside sub- exhaust duct 1032 according to the actual conditions of cabinet 101
Second exhaust fan 107, the utility model embodiment is not especially limited this.Such as: can according to the energy consumption of cabinet 101,
Determine whether that the second exhaust fan 107 is arranged inside sub- exhaust duct 1032, i.e., when the energy consumption of certain cabinet 101 is larger,
When the heat of generation is usually larger, at this point it is possible to select that second air draft is arranged on the sub- exhaust duct 1032 of the cabinet 101
Blower 107, and then improve the radiating efficiency of the cabinet 101.When the energy consumption of certain cabinet 101 is smaller, the heat generated is usual
It is smaller, at this point it is possible to select to be not provided with second exhaust fan 107, to save the heat dissipation cost of temperature control equipment.
It should be noted that the air intake blower fan 104, first exhaust fan 105 and second exhaust fan 107 can be with
Including rotational speed regulation component, the rotational speed regulation component in each blower is used to adjust the revolving speed of corresponding blower.It is each by adjusting
The revolving speed of blower, can be to the flow rate of the air cooled medium in each cabinet 101, in intake stack 102 and exhaust duct 103
It is controlled, and then effectively improves radiating efficiency.
Optionally, which can also include: at least one smoke sensor device and be arranged outside cabinet 101
At least one alarm, which is arranged in a one-to-one correspondence inside at least one cabinet 101, and should
At least one smoke sensor device is electrically connected at least one alarm one-to-one correspondence.
For the smoke sensor device inside each cabinet 101 is arranged in, the smoke sensor device is for detecting corresponding cabinet 101
Internal smokescope, and when smokescope is greater than preset concentration threshold value, to the alarm hair being electrically connected with smoke sensor device
Trigger signal is sent, the alarm equipment alarm is controlled.Illustratively, the smokescope inside one of cabinet 101 is dense greater than presetting
When spending threshold value, alarm equipment alarm corresponding to the smoke sensor device inside the cabinet 101 can control, and since alarm is arranged
Outside cabinet 101, staff can be outside the cabinet 101, by checking that the alarm of the alarm directly determines appearance
The cabinet 101 of problem.
Also, the temperature control equipment can also include terminal, which is arranged outside cabinet 101, which can be with
Configured with display, which can be electrically connected with terminal, and smoke sensor device can be dense to terminal transmitting smog in real time
Information is spent, the smokescope inside cabinet 101 is checked by display so as to staff.
Optionally, as shown in figure 4, the temperature control equipment can also include: the inlet that intake stack 102 is arranged in
Plasma generator 108, for the plasma generator 108 for generating plasma, which includes: positive polarity etc.
Gas ions, and/or, negative polarity plasma.
When the plasma of generation includes: positive polarity plasma and negative polarity plasma, the positive polarity plasma
Under the drive of body and negative polarity the plasma negative pressure caused by air intake blower fan 104, can be transported to air intake blower fan 104,
The surface of first exhaust fan 105, the second exhaust fan 107, intake stack 102 and exhaust duct 103.Due to air intake blower fan
104, the surface of the first exhaust fan 105, the second exhaust fan 107, intake stack 102 and exhaust duct 103 can generate electrostatic,
When the surface of air intake blower fan 104, the first exhaust fan 105, the second exhaust fan 107, intake stack 102 and exhaust duct 103
Electrostatic charge be negative electrical charge when, which can attract positive polarity plasma, when air intake blower fan 104, the first exhaust fan
105, when the electrostatic charge on the surface of the second exhaust fan 107, intake stack 102 and exhaust duct 103 is positive charge, the positive electricity
Lotus can attract negative polarity plasma, to make electrostatic charge be neutralized by plasma, to achieve the purpose that eliminate electrostatic, in turn
The adhesive force to dust generated by electrostatic is eliminated, to solve to be attached to air intake blower fan 104, the first air draft wind due to dust
Machine 105, the second exhaust fan 107, intake stack 102 and exhaust duct 103 surface caused by a series of problems.
Also, in some environment for needing strict control health, when the plasma of generation includes: positive polarity plasma
When body and/or negative polarity plasma, after which contacts with bacterium, the effect of sterilization can be played.Such as: work as generation
Plasma when including: positive polarity plasma, since bacterium surface is negatively charged, made according to the neutralization of positive-negative polarity charge
With after the positive polarity plasma is contacted with bacterium, capableing of the activity of eliminating bacteria, and then play the effect of sterilization.Alternatively, working as
When the plasma of generation includes: positive polarity plasma and negative polarity plasma, due to the positive polarity plasma and bear
When polarity plasma mixes, the positive corpusc(u)le group of positive polarity plasma composition and the negative population of negative polarity plasma composition
It can chemically react, generate hydroxyl radical free radical (OH) or hydrogen peroxide (H2O2)Isoreactivity substance, active material energy will be thin
The molecular structure of bacterium changes or carries out energy conversion to it, to play the effect of sterilization.
Further, which can also include: humid control component, which can be set
Inside cabinet 101, which is used to control the humidity inside cabinet 101.Humidity inside cabinet 101 is greater than
It, can be by the humid control component to dehumidifying inside cabinet 101, to control the cabinet when the first default humidity threshold
Humidity inside 101；When humidity inside cabinet 101 is less than the second default humidity threshold, the humid control group can be passed through
Part inside cabinet 101 to humidifying, and to control the humidity inside the cabinet 101, i.e., the humid control component plays humidifier
Effect.By humid control component to dehumidifying inside cabinet 101, can be led to avoid because 101 interior humidity of cabinet is larger
The electric leakage of cause can be made by humid control component to humidifying inside cabinet 101 to avoid because of electrostatic caused by over-drying
With or cabinet 101 inside the ageing equipments such as cable.
And/or humid control component also can be set inside rack room 106, at this point, the humid control component is for controlling
Humidity inside rack room 106 processed.
Also, the humidity controller that the humidity sensor inside cabinet 101 is arranged in and is arranged in inside rack room 106 is equal
It can be connect with terminal, to pass through terminal control humidity controller, and then realize the automatic control to humidity.
In a kind of achievable mode, which can also include: that the gas being arranged in inside cabinet 101 is visited
Survey device and/or the first-class component of monitoring camera.The gas detector can be electrically connected with terminal, which is used for explorer
The content of all kinds of gases in cabinet 101, and to the relevant information of terminal transmitting gas content, in order to which staff can pass through end
The content of the 101 all kinds of gases in inside of cabinet is checked at end.The monitoring camera can be fixed at the side at 101 top of cabinet,
And it is electrically connected with terminal.After the image that monitoring camera collects inside cabinet 101, which can be transferred to terminal,
So that staff checks the operating status of the 101 each equipment in inside of cabinet, and image is recorded, so as to subsequent use.
Optionally, the gas detector and/or the first-class component of monitoring camera also can be set inside rack room 106, at this point, gas is visited
The content that device is used to detect the 106 all kinds of gases in inside of rack room is surveyed, monitoring camera is used to acquire the figure inside rack room 106
Picture.
Further, when further including rack room 106 in cabinet system, which can also include: setting
Refrigeration equipment inside rack room 106, and the temperature sensor inside at least one cabinet 101, the temperature sensing are set
Device can be electrically connected with refrigeration equipment, which is used to detect the temperature inside cabinet 101, which is used for root
Freeze according to the temperature that temperature sensor detects, to control the temperature of cabinet 101.Illustratively, which can be sky
It adjusts.
In a kind of achievable mode, the temperature sensor being arranged in inside at least one cabinet 101 can be at least one
A alarm corresponds electrical connection, and when temperature is higher than preset temperature threshold, which can be to being connected electrically
Alarm sends trigger signal, controls the alarm equipment alarm, checks staff and open refrigeration equipment.Another kind can be real
In existing mode, the refrigeration equipment and the temperature sensor can be electrically connected with terminal respectively, and temperature sensor can be sent out to terminal
Temperature signal is sent, and when the temperature of cabinet 101 is higher than preset temperature threshold, terminal can send control to refrigeration equipment and refer to
It enables, is cooled down with opening refrigeration equipment to cabinet 101.By opening the refrigeration equipment, dissipating to the cabinet 101 can be reinforced
Thermal effect is further ensured that by the control of 101 temperature of cabinet in the preset temperature range that the cabinet 101 can work normally
The radiating efficiency to radiate to cabinet 101.
Wherein, which may include temp probe and temperature transmitter, and the temp probe is for detecting cabinet
Temperature inside 101, the temperature transmitter at current signal and can export the temperature transition that temp probe is detected.And
And the temperature transmitter can also be electrically connected with terminal, which is sent to terminal.Optionally, the temperature sensing
Device also can be set inside rack room 106, when the temperature sensor at 106 inside of rack room is arranged in the temperature sensor
For detecting the temperature inside rack room 106.
Optionally, above-mentioned terminal may include computer, which can be set in main control room, and staff can be in master
Control room is monitored using computer, controls and check the operating status of the cabinet 101 and temperature control equipment, to simplify staff
Operating process, and staff is enable to understand the operating status of cabinet 101 and rack room 106 in time.
In conclusion temperature control equipment provided by the utility model, which includes being arranged in blast pipe
The air intake blower fan of the inlet in road, the air intake blower fan are used to the air cooled medium outside cabinet being input to interior of equipment cabinet, first row
Wind blower is used to the air cooled medium of interior of equipment cabinet cabinet is discharged, by the air intake blower fan and first exhaust fan, compared to
The relevant technologies accelerate the circulating rate of air cooled medium in cabinet, increase the heat exchange efficiency of cabinet and air cooled medium, Jin Eryou
Improve the radiating efficiency to radiate to cabinet to effect.Also, when using the temperature control equipment, due to passing through air inlet wind
The radiating efficiency to radiate to cabinet can be improved in machine and the first exhaust fan, compared to the relevant technologies, imitates in identical heat dissipation
Under the premise of rate, it is possible to reduce the use of refrigeration equipment, and then reduce because using cost caused by refrigeration equipment.
The above is only the preferred embodiment of the present invention, is not intended to limit the utility model, all practical at this
Within novel spirit and principle, any modification, equivalent replacement, improvement and so on should be included in the guarantor of the utility model
Within the scope of shield.
Claims (10)
1. a kind of temperature control equipment, which is characterized in that the temperature control equipment is applied to cabinet system, the cabinet system
It include: at least one cabinet；
Described device includes: the intake stack and exhaust duct connecting respectively with each cabinet, is arranged in the blast pipe
The air intake blower fan of the inlet in road, and, first exhaust fan in the exit of the exhaust duct is set；
The air intake blower fan is used for outside the cabinet, inputs air cooled medium to each interior of equipment cabinet；
First exhaust fan is used to the air cooled medium of the interior of equipment cabinet cabinet is discharged.
2. the apparatus according to claim 1, which is characterized in that the intake stack includes: main intake stack and at least one
The entrance of a sub- intake stack, the main intake stack is arranged outside the cabinet, one end of each sub- intake stack
It being connect with the tube body of the main intake stack, the other end of each sub- intake stack is connect with a cabinet, at least one
The sub- intake stack and at least one described cabinet correspond；
And/or the exhaust duct includes: main exhaust duct and at least one sub- exhaust duct, the main exhaust duct enters
Mouth is arranged outside the cabinet, and one end of each sub- exhaust duct is connect with the tube body of the main exhaust duct, each
The other end of the sub- exhaust duct is connect with a cabinet, at least one described sub- exhaust duct and at least one described cabinet
It corresponds.
3. the apparatus of claim 2, which is characterized in that described device further include: the second exhaust fan, described second
Exhaust fan is arranged inside sub- exhaust duct, and second exhaust fan is used for the cabinet that will be connect with the sub- exhaust duct
Internal air cooled medium is expelled to the main exhaust duct.
4. device according to any one of claims 1 to 3, which is characterized in that the bottom of the intake stack and the cabinet
Connection, the exhaust duct are connect with the top of the cabinet.
5. device according to any one of claims 1 to 3, which is characterized in that the cabinet system further include: rack room, institute
It states at least one cabinet to be arranged inside the rack room, described device further include: the refrigeration inside the rack room is arranged in
Equipment, and the temperature sensor of at least one interior of equipment cabinet is set, the temperature sensor and refrigeration equipment electricity
Connection, the temperature sensor are used to detect the temperature of the interior of equipment cabinet, and the refrigeration equipment is used to be passed according to the temperature
The temperature of sensor detection is freezed.
6. device according to any one of claims 1 to 3, which is characterized in that described device further include: at least one smog passes
Sensor and at least one alarm being arranged in outside the cabinet, at least one described smoke sensor device are arranged in a one-to-one correspondence
At least one described interior of equipment cabinet, and at least one described smoke sensor device is electrically connected at least one described alarm one-to-one correspondence
It connects；
Wherein, for each smoke sensor device, the smoke sensor device is used to detect the smokescope of corresponding interior of equipment cabinet,
And when the smokescope is greater than preset concentration threshold value, triggering letter is sent to the alarm being electrically connected with the smoke sensor device
Number, control the alarm equipment alarm.
7. device according to any one of claims 1 to 3, which is characterized in that described device further include: be arranged in the air inlet
The plasma generator of the inlet of pipeline, the plasma generator is for generating plasma.
8. device according to claim 7, which is characterized in that the plasma includes: positive polarity plasma, and/
Or, negative polarity plasma.
9. a kind of cabinet system, which is characterized in that the cabinet system includes: at least one cabinet, and, claim 1 to 8
Any temperature control equipment.
10. system according to claim 9, which is characterized in that the cabinet system further include: rack room, it is described at least
One cabinet is arranged inside the rack room.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821286107.7U CN208597230U (en) | 2018-08-09 | 2018-08-09 | Temperature control equipment and cabinet system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821286107.7U CN208597230U (en) | 2018-08-09 | 2018-08-09 | Temperature control equipment and cabinet system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208597230U true CN208597230U (en) | 2019-03-12 |
Family
ID=65604618
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821286107.7U Active CN208597230U (en) | 2018-08-09 | 2018-08-09 | Temperature control equipment and cabinet system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208597230U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112996343A (en) * | 2019-12-18 | 2021-06-18 | 中国移动通信集团四川有限公司 | Cabinet body heat sink and rack |
-
2018
- 2018-08-09 CN CN201821286107.7U patent/CN208597230U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112996343A (en) * | 2019-12-18 | 2021-06-18 | 中国移动通信集团四川有限公司 | Cabinet body heat sink and rack |
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