CN103994506A - Constant temperature and humidity device and adjustment method thereof - Google Patents
Constant temperature and humidity device and adjustment method thereof Download PDFInfo
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- CN103994506A CN103994506A CN201410177994.4A CN201410177994A CN103994506A CN 103994506 A CN103994506 A CN 103994506A CN 201410177994 A CN201410177994 A CN 201410177994A CN 103994506 A CN103994506 A CN 103994506A
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Abstract
The invention discloses a constant temperature and humidity device and an adjustment method of the constant temperature and humidity device. The constant temperature and humidity device comprises a box body used for providing constant temperature and humidity space, a pressure chamber, a main air duct, a first passage and a second passage, wherein the pressure chamber, the main air duct and the first passage are communicated with the box body, the second passage is connected between an air outlet of the box body and the main air duct in parallel, a temperature adjustment mechanism is arranged in the main air duct, a main fan is arranged in the first passage, a first circulation loop is formed inside the box body, the first passage, the main air duct and the pressure chamber through the work of the main fan, and the box body, the first passage, the main air duct and the pressure chamber are communicated in sequence. The temperature adjustment mechanism comprises a first heater used for increasing temperature and a first evaporator used for reducing temperature, a humidity adjustment mechanism and a secondary fan located at an inlet are arranged in the second passage, and the humidity of the box body is adjusted through the humidity adjustment mechanism. The temperature and the humidity inside the box body are adjusted through the mutually independent temperature adjustment mechanism and humidity adjustment mechanism, and a constant-temperature and/or constant-humidity environment can be achieved through stable and rapid adjustment.
Description
Technical field:
The present invention relates to medical equipment technical field, refer in particular to a kind of thermoregulation mechanism and humidity regulation mechanism is separate, and can stablize and rapid adjustment to constant temperature and/or the constant temperature and humidity device of constant humidity environment and the temperature of this device, humidity regulation method.
Background technology:
Constant temperature and humidity system is mainly applicable to pharmaceutical production workshop, Microbiological Lab's incubator etc., utilizes smart machine to control, and the domestic temperature and humidity of retaining ring changes in minimum scope, to meet the different needs.For example: constant temperature and humidity system is to testing the control of environment of living in, to meet the specific demand to temperature, humidity, guarantee carrying out smoothly of experiment and stablizing of Related product quality, can analog equipment under the warm and humid combination condition of climatic environment, carry out high low-temperature operation, temperature cycles, hot and humid, low temperature and low humidity, dewfall experiment etc., whether the adaptive capacity of testing product itself and characteristic change.
At present, in known constant temperature and humidity system, generally heating, refrigeration, three modules of moisture absorption are merged, to realize the control of temperature and humidity to environment, so that the domestic temperature and humidity of retaining ring changes in minimum scope, form a constant-temperature constant-humidity environment.
But, above-mentioned constant temperature and humidity system comes with some shortcomings: when needs regulate temperature, constant temperature and humidity system can regulate the temperature in environment well, make the temperature in environment satisfy the demands, but, when temperature is regulated, can cause the variation of humidity, cause the humidity in environment not reach demand; In addition, when needs regulate humidity, constant temperature and humidity system can regulate the humidity in environment well, make the humidity in environment satisfy the demands, still, when humidity is regulated, can cause the variation of temperature, cause the temperature in environment not reach demand.Therefore,, due to influencing each other of temperature and humidity, cause system to be in some cases difficult to the humiture poised state that reaches required.
In view of this, the inventor proposes following technical proposals.
Summary of the invention:
First technical problem to be solved by this invention is to overcome the deficiencies in the prior art, provides a kind of thermoregulation mechanism and humidity regulation mechanism separate, and can stablize and rapid adjustment to the constant temperature and humidity device of constant temperature and/or constant humidity environment.
In order to solve above-mentioned first technical problem, the present invention has adopted following technical proposals: this constant temperature and humidity device comprises: for the casing in constant temperature and humidity space is provided, and the balancing gate pit being communicated with casing air inlet, main air duct, the first passage that is communicated with casing air outlet; In described main air duct, be provided with thermoregulation mechanism, in described first passage, be provided with main air blower, in the casing being communicated with successively by being operated in of main air blower, first passage, main air duct, balancing gate pit, form the first circulation wind path, described thermoregulation mechanism comprises: for the primary heater that air-flow is heated to heat up and first evaporimeter of lowering the temperature for cooling-air; Main air blower forms high velocity air after starting in the first circulation wind path, the condensed water that the first evaporator operation produces is sent to primary heater with high velocity air, the humidity of losing when supplementing the first evaporator operation in the vaporization at heater place by condensed water, does not change the humidity in cavity; This constant temperature and humidity device also includes a second channel being connected in parallel between casing air outlet and main air duct, and is provided with time blower fan in the import department of second channel; In described second channel, be provided with humidity regulation mechanism, and by this humidity regulation mechanism, casing carried out to humidity regulation.
Furthermore, in technique scheme, described humidity regulation mechanism comprises: be arranged at the wet down mechanism in second channel and be positioned at the humidification mechanism of wet down mechanism below, in its casing being communicated with successively by being operated in of inferior blower fan, second channel, main air duct, balancing gate pit, form the second circulation wind path.
Furthermore, in technique scheme, described wet down mechanism is the second evaporimeter being arranged in second channel.
Furthermore, in technique scheme, described humidification mechanism comprises: be arranged in second channel and for the disk body being filled with water and the secondary heater that disk body is heated, wherein, disk body is positioned under described the second evaporimeter.
Furthermore, in technique scheme, described wet down mechanism is provided with apopore, and the condensed water the second evaporimeter being produced by this apopore flows in the disk body of humidifier structure.
Furthermore, in technique scheme, described casing, main air duct, first passage, second channel and balancing gate pit are arranged in a cabinet, and wherein first passage, second channel are set in turn in casing below from top to bottom, and balancing gate pit is positioned at the headroom of cabinet; Main air duct is positioned at cabinet medial surface space, and the air inlet of casing is communicated with balancing gate pit, first passage, second channel.
Furthermore, in technique scheme, described disk body bottom is provided with a draining valve for the water of splendid attire in disk body is discharged.
Adopt after technique scheme, the present invention has following beneficial effect compared with prior art: thermoregulation mechanism and humidification mechanism in the present invention, wet down mechanism are separate, do not interfere with each other, can when regulating temperature, can not affect humidity changes, when regulating humidity, can not affect variations in temperature, but also can stablize and fast the inner chamber in casing be adjusted to constant temperature and/or constant humidity environment.The advantages such as that the present invention also has is simple in structure, easy and simple to handle, environmental protection, hommization.
Second technical problem to be solved by this invention provides a kind of control method of constant temperature and humidity device, its technical scheme adopting is: by be communicated with casing first, two circulation wind paths regulate respectively the temperature and humidity in casing, wherein, the first circulation wind path forms high velocity air by blower fan, set temperature governor motion in the first circulation wind path, the mode that this thermoregulation mechanism directly heats by primary heater is carried out heat temperature raising to air-flow, and by the first evaporator cools air is lowered the temperature, the condensed water producing when high velocity air is by the first evaporator operation is simultaneously sent on primary heater and makes it to vaporize, humidity with replenish lost, keep the constant of the interior humidity of cavity, the second circulation wind path forms air-flow by blower fan, and wet down mechanism and humidification mechanism are set in the second circulation wind path, and by regulating the different capacity size of wet down mechanism and humidification mechanism, to regulate the humidity of the inner chamber of casing.
Furthermore, in technique scheme, the first described circulation wind path is used main air duct as groundwork wind path; The second circulation wind path is connected in parallel between main air duct and casing air outlet, and the shared main air duct of these two wind paths is communicated with the air inlet of casing, and the air outlet of casing is communicated with two wind paths respectively.
Furthermore, in technique scheme, regulate the power of the second evaporimeter that adds wonderful works wetness reduction machine structure, reduce the power of secondary heater in humidification mechanism, make the speed of water vapor condensation in air-flow be greater than the speed that in humidification mechanism mid-game body, water evaporates, to carry out wet down or dehumidifying; Adjusting reduces the power as the second evaporimeter of wet down mechanism, strengthens the power of secondary heater in humidification mechanism, makes the speed of water vapor condensation in air-flow be less than the speed that in humidification mechanism mid-game body, water evaporates, to carry out humidification.
Control method of the present invention is to utilize two circulation wind paths to regulate respectively temperature height, reduction humidity, the humidity that increases in casing, and for regulating the first circulation wind path of temperature with separate for reducing the second circulation wind path of humidity or increase humidity, when regulating temperature, can not disturb the variation of humidity like this, while regulating humidity, also can not have influence on the variation of temperature.In addition, the first circulation wind path in the present invention can be used as main work wind path, and the second circulation wind path can be arranged in parallel, and accesses in the first circulation wind path, can reduce like this setting in air channel, further the structure of optimization device.
Accompanying drawing explanation:
Fig. 1 is the structural representation of reality of the present invention;
Fig. 2 is along the structural representation of the humidity regulation mechanism of A direction in Fig. 1;
Description of reference numerals:
1 cabinet 11 main air ducts
12 first passage 13 second channels
14 balancing gate pit's 15 main air blowers
No. 16 blower fan 17 cavitys
2 casing 20 inner chambers
21 air inlet 22 air outlets
3 thermoregulation mechanism 31 first evaporimeters
32 primary heater 4 wet down mechanisms
5 humidification mechanism 51 disk bodies
52 secondary heater 511 draining valves
100 humidity regulation mechanisms
The specific embodiment:
Below in conjunction with specific embodiments and the drawings, the present invention is further described.
Shown in Fig. 1,2, this is a specific embodiment of the present invention, constant temperature and humidity device in the present embodiment comprises: a cabinet 1, be arranged in cabinet 1 and for bearing the casing 2 of article and for regulating the thermoregulation mechanism 3 of temperature, for regulating the humidity regulation mechanism 100 of humidity, wherein humidity regulation mechanism 100 comprises: wet down mechanism 4 and humidification mechanism 5.
The cavity volume conducting of described casing two ends and cabinet 1 Shang Xia 2, and these casing 2 one sides and cabinet 1 inwall form a main air duct 11, and in cabinet 1, be also formed with first passage 12, second channel 13, the balancing gate pit 14 being communicated with main air duct 11 respectively, wherein, first passage 12, second channel 13 are set in turn in casing 2 belows from top to bottom, and balancing gate pit 14 is positioned at the headroom of cabinet 1; Main air duct 11 is positioned at cabinet 1 medial surface space, and the air inlet of casing 2 is communicated with balancing gate pit 14, first passage 12, second channel 13.
Described casing 2 upper ends are provided with the air inlet 21 that its inner chamber 20 of a plurality of perforations is communicated with described balancing gate pit 14, and lower end is provided with the air outlet 22 that its inner chamber 20 of a perforation is communicated with described first passage 12.
In described first passage 12, be provided with main air blower 15, by the interior formation first circulation wind path in casing 2, first passage 12, main air duct 11, balancing gate pit 14 being communicated with successively that is operated in of main air blower 15, when main air blower 15 work, main air blower 15 is extracted the air in the inner chamber of casing 2 20 out from air outlet 22, form high velocity air or wind, and main air duct 11, balancing gate pit 14 described in the rear inflow of first passage 12 of flowing through, finally along air inlet 21, again flow into the inner chamber 20 of casing 2, form the first described circulation wind path.
Described thermoregulation mechanism 3 comprises: be arranged in main air duct 11 primary heater 32 for heating up and coordinate the first evaporimeter 31 for lowering the temperature with primary heater 32, wherein, described primary heater 32 is positioned at the first evaporimeter 31 tops, make air-flow first after the first evaporimeter 31, at the primary heater 32 of flowing through.After starting, described main air blower 15 forms high velocity air in the first circulation wind path, the condensed water that the first evaporimeter 31 work produce is sent to primary heater 32 with high velocity air, by condensed water, in the vaporization at heater 32 places, high velocity air is lowered the temperature, or directly air-flow is heated to heat up by primary heater 32.
Described wet down mechanism 4 is for being arranged at the second evaporimeter in second channel 13.
Described humidification mechanism 5 is arranged on wet down mechanism 4 belows, and it comprises: be arranged at the disk body 51 in second channel 13, the secondary heater 52 coordinating with disk body 51.
In addition, in the import department of described second channel 13, be provided with blower fan 16 one time, air-flow casing 2 air outlets 22 being flowed out by this blower fan 16 partly guides and enters in second channel 13.Particularly, by the interior formation second circulation wind path in casing 2, second channel 13, main air duct 11, balancing gate pit 14 being communicated with successively that is operated in of inferior blower fan 16.During 16 work of inferior blower fan, inferior blower fan 16 is the part air-flow suction of described first passage 12 of flowing through, and sent into second channel 13, and then the rear inner chamber 20 that flows into casings 2 along the air inlet 21 of main air duct 11, balancing gate pit 14, casing 2 of the first passage 12 of flowing through.
The port of the disk body 51 of above-mentioned humidification mechanism 5 flushes with the bottom of described second channel 13, and is positioned under described the second evaporimeter, and described disk body 51 bottoms are provided with a draining valve 511 for the water of disk body 51 interior splendid attires is discharged.The bottom of the second described evaporimeter is provided with perforation, the position of the corresponding described disk body 51 of this perforation, and the condensed water that the second evaporimeter as wet down mechanism 4 can be produced is directly discharged in disk body 51 by boring a hole, and to realize, recycles.
The control method of constant temperature and humidity device of the present invention, by the method, regulate for temperature, the humidity in the casing 2 in constant temperature and humidity space is provided, to guarantee that the inner chamber of this casing 2 keeps constant temperature and humidity state, above-described embodiment is also a kind of concrete manifestation mode of this method, below in conjunction with above-described embodiment, control method of the present invention is elaborated.
In simple terms, control method of the present invention is: by two circulation wind paths that are communicated with casing 2, regulate respectively the temperature and humidity in casing 2, these two circulation wind paths are respectively:
Described the first circulation wind path forms high velocity air by blower fan, set temperature governor motion 3 in the first circulation wind path, the mode that this thermoregulation mechanism 3 directly heats by primary heater 32 is carried out heat temperature raising to air-flow, and by the first evaporimeter 31 cooling-airs are lowered the temperature, the condensed water producing when high velocity air is by the first evaporimeter 31 work is simultaneously sent on primary heater 32 and makes it to vaporize, the humidity that while working to supplement the first evaporimeter 31, condensation is lost, keeps the constant of the interior humidity of cavity.
The second circulation wind path forms air-flow by blower fan, and wet down mechanism 4 and humidification mechanism 5 are set in the second circulation wind path, and by regulating the different capacity size of wet down mechanism 4 and humidification mechanism 5, to regulate the humidity of the inner chamber of casing 2.Particularly, regulate the power of the second evaporimeter that adds wonderful works wetness reduction machine structure 4, reduce the power of secondary heater in humidification mechanism 5, make the speed of water vapor condensation in air-flow be greater than the speed that in humidification mechanism 5, in disk body, water evaporates, to carry out wet down or dehumidifying; Adjusting reduces the power as the second evaporimeter of wet down mechanism 4, strengthens the power of secondary heater in humidification mechanism 5, makes the speed of water vapor condensation in air-flow be less than the speed that in humidification mechanism 5, in disk body, water evaporates, to carry out humidification.
The first described circulation wind path is used main air duct 11 as groundwork wind path; The second circulation wind path is connected in parallel between main air duct 11 and casing 2 air outlets 22, and the shared main air duct 11 of these two wind paths is communicated with the air inlet of casing 2, and the air outlet of casing 2 is communicated with two wind paths respectively.
The present invention in use can make following different adjusting according to actual conditions:
1, when not needing to regulate temperature and humidity, not start-up temperature governor motion 3 and humidity regulation mechanism 100; Start main air blower 15, and main air blower 15 is extracted the air in the inner chamber of casing 2 20 out from air outlet 22, form air-flow or wind, and main air duct 11, balancing gate pit 14 described in the rear inflow of first passage 12 of flowing through, finally along air inlet 21, again flow into the inner chamber 20 of casing 2, form the first described circulation wind path.
2,, when needs regulate temperature, do not start humidity regulation mechanism 100; Start main air blower 15, by the interior formation first circulation wind path in casing 2, first passage 12, main air duct 11, balancing gate pit 14 being communicated with successively that is operated in of main air blower 15, in this first circulation wind path, form swiftly flowing air-flow, meanwhile, 3 pairs of air-flows of start-up temperature governor motion are heated or lower the temperature.Particularly, in the time of need to heating up, described primary heater 32 is directly heated, to realize the object of intensification; In the time of need to lowering the temperature, the first evaporimeter 31 is directly lowered the temperature to air-flow, when the first evaporimeter 31 work, there will be condensed water above, in the first circulation wind path, work because of the first evaporimeter 31, and the air-flow at the first evaporimeter 31 places is swiftly flowing air-flow, makes the condensed water of its generation can be blown to immediately primary heater 32, make condensing water vapor, thus the humidity of condensation loss while supplementing evaporator operation.Meanwhile, because condensed water is vaporized, like this, entering air-flow in casing 2, not have condensed water residual, can not affect the interior humidity of casing 2, and can effectively realize the object of cooling.When lowering the temperature, wind speed through the first evaporimeter 31 places must be greater than certain numerical value, so just can realize to condensed water blow to primary heater 32, concrete wind speed can be set according to actual product, wind speed can regulate by regulating main air machine 15.
3, when needs regulate humidity, start-up temperature governor motion 3, open main air blower 15 to form the first circulation wind path.Open time blower fan 16, to form the second described circulation wind path simultaneously.Particularly, main air blower 15 is extracted the air in the inner chamber of described casing 2 20 out, forms air-flow, and the first circulation wind path is still worked, and another part air-flow is under inferior blower fan 16 effects, flows into described second channel 13, forms the second circulation wind path.
In sum, when needs wet down, start secondary heater 52 and the second evaporimeter simultaneously.Now need regulate to strengthen the power of the second evaporimeter, reduce the power of secondary heater, make the speed of water vapor condensation in air-flow be greater than the speed of water evaporation in disk body 51, make the steam can not be with air current flow.The air-flow of the second circulation wind path, when through the second evaporimeter, will be carried out wet down or dehumidifying, and the air-flow after wet down continues forward, and import in the first circulation wind path, enter the inner chamber 20 of described casing 2, so constantly circulation, to realize the object of wet down.In continuous wet down process, the perforation that the condensed water producing in the second evaporimeter can arrange by its bottom flow in described disk body 51, when the condensed water of collection is too much in disk body 51, can carry out draining by described draining valve 511.
When needs humidification, start secondary heater 52 and the second evaporimeter simultaneously.Now need to regulate the power reduce the second evaporimeter, increase the power of secondary heater, make the speed of water vapor condensation in air-flow be less than the speed of water evaporation in disk body 51, make the unnecessary steam can be with air current flow.The air-flow of the second circulation wind path, when through humidification mechanism 5, will be carried out humidification, and the air-flow after humidification continues forward, and import in the first circulation wind path, enter the inner chamber 20 of described casing 2, and so constantly circulation, to realize the object of humidification.
Control method of the present invention is to utilize two circulation wind paths to regulate respectively temperature height, reduction humidity, the humidity that increases in casing, and for regulating the first circulation wind path of temperature with separate for reducing the second circulation wind path of humidity or increase humidity, when regulating temperature, can not disturb the variation of humidity like this, while regulating humidity, also can not have influence on the variation of temperature.In addition, the first circulation wind path in the present invention can be used as main work wind path, and the second circulation wind path can be arranged in parallel, and accesses in the first circulation wind path, can reduce like this setting in air channel, further the structure of optimization device.
Certainly, the foregoing is only specific embodiments of the invention, be not to limit the scope of the present invention, all according to equivalence variation or modification that described in the present patent application the scope of the claims, structure, feature and principle are done, all should be included in the present patent application the scope of the claims.
Claims (10)
1. a constant temperature and humidity device, comprise: for the casing (2) in constant temperature and humidity space is provided, and the balancing gate pit (14) being communicated with casing (2) air inlet (21), main air duct (11), the first passage (12) that is communicated with casing (2) air outlet; In described main air duct (11), be provided with thermoregulation mechanism (3), in described first passage (12), be provided with main air blower (15), in the casing (2) being communicated with successively by being operated in of main air blower (15), first passage (12), main air duct (11), balancing gate pit (14), form the first circulation wind path, it is characterized in that:
Described thermoregulation mechanism (3) comprising: for the primary heater (32) that air-flow is heated to heat up and first evaporimeter (31) of lowering the temperature for cooling-air; Main air blower (15) forms high velocity air after starting in the first circulation wind path, the condensed water that the first evaporimeter (31) work produces is sent to primary heater (32) with high velocity air, when the vaporization of locating at heater (32) by condensed water is worked to supplement the first evaporimeter (31), the humidity of loss, does not change the humidity in cavity;
This constant temperature and humidity device also includes a second channel (13) being connected in parallel between casing (2) air outlet (22) and main air duct (11), and is provided with time blower fan (16) in the import department of second channel (13); In described second channel (13), be provided with humidity regulation mechanism (100), and by this humidity regulation mechanism (100), casing (2) carried out to humidity regulation.
2. a kind of constant temperature and humidity device according to claim 1, it is characterized in that: described humidity regulation mechanism (100) comprising: be arranged at the wet down mechanism (4) in second channel (13) and be positioned at the humidification mechanism (5) of wet down mechanism (4) below, formation second circulation wind path in its casing (2) being communicated with successively by being operated in of time blower fan (16), second channel (13), main air duct (11), balancing gate pit (14).
3. a kind of constant temperature and humidity device according to claim 2, is characterized in that: described wet down mechanism (4) is for being arranged at the second evaporimeter in second channel (13).
4. a kind of constant temperature and humidity device according to claim 3, it is characterized in that: described humidification mechanism (5) comprising: be arranged in second channel (13) and for the disk body (51) being filled with water and the secondary heater (52) that disk body (51) is heated, wherein, disk body (51) is positioned under described the second evaporimeter.
5. a kind of constant temperature and humidity device according to claim 4, it is characterized in that: described wet down mechanism (4) is provided with apopore, the condensed water the second evaporimeter being produced by this apopore flows in the disk body (51) of humidifier structure (5).
6. according to a kind of constant temperature and humidity device described in any one in claim 1-5, it is characterized in that: described casing (2), main air duct (11), first passage (12), second channel (13) and balancing gate pit (14) are arranged in a cabinet (1), wherein first passage (12), second channel (13) are set in turn in casing (2) below from top to bottom, and balancing gate pit (14) are positioned at the headroom of cabinet (1); Main air duct (11) is positioned at cabinet (1) medial surface space, and the air inlet of casing (2) is communicated with balancing gate pit (14), first passage (12), second channel (13).
7. a kind of constant temperature and humidity device according to claim 6, is characterized in that: described disk body (51) bottom is provided with a draining valve (511) for the water of the interior splendid attire of disk body (51) is discharged.
8. the control method of a constant temperature and humidity device, by the method, regulate for interior temperature, the humidity of casing (2) in constant temperature and humidity space is provided, to guarantee that the inner chamber of this casing (2) keeps constant temperature and humidity state, it is characterized in that: this control method is: by first and second circulation wind path being communicated with casing (2), regulate respectively the temperature and humidity in casing (2), wherein
The first circulation wind path forms high velocity air by blower fan, set temperature governor motion (3) in the first circulation wind path, this thermoregulation mechanism (3) directly carries out heat temperature raising by the mode of primary heater (32) heating to air-flow, and by the first evaporimeter (31) cooling-air is lowered the temperature, the condensed water producing when high velocity air is worked the first evaporimeter (31) is simultaneously sent on primary heater (32) and makes it to vaporize, with the humidity of replenish lost, keep the constant of the interior humidity of cavity;
The second circulation wind path forms air-flow by blower fan, wet down mechanism (4) and humidification mechanism (5) are set in the second circulation wind path, and by regulating the different capacity size of wet down mechanism (4) and humidification mechanism (5), to regulate the humidity of the inner chamber of casing (2).
9. the control method of a kind of constant temperature and humidity device according to claim 8, is characterized in that: the first described circulation wind path is used main air duct (11) as groundwork wind path; The second circulation wind path is connected in parallel between main air duct (11) and casing (2) air outlet (22), the shared main air duct (11) of these two wind paths is communicated with the air inlet of casing (2), and the air outlet of casing (2) is communicated with two wind paths respectively.
10. the control method of a kind of constant temperature and humidity device according to claim 8, it is characterized in that: the power that regulates the second evaporimeter that adds wonderful works wetness reduction machine structure (4), reduce the power of secondary heater in humidification mechanism (5), make the speed of water vapor condensation in air-flow be greater than the speed that in humidification mechanism (5), in disk body, water evaporates, to carry out wet down or dehumidifying; Adjusting reduces the power as the second evaporimeter of wet down mechanism (4), strengthen the power of secondary heater in humidification mechanism (5), make the speed of water vapor condensation in air-flow be less than the speed that in humidification mechanism (5), in disk body, water evaporates, to carry out humidification.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410177994.4A CN103994506A (en) | 2014-04-29 | 2014-04-29 | Constant temperature and humidity device and adjustment method thereof |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410177994.4A CN103994506A (en) | 2014-04-29 | 2014-04-29 | Constant temperature and humidity device and adjustment method thereof |
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| CN103994506A true CN103994506A (en) | 2014-08-20 |
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| CN201410177994.4A Pending CN103994506A (en) | 2014-04-29 | 2014-04-29 | Constant temperature and humidity device and adjustment method thereof |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107406812A (en) * | 2015-03-30 | 2017-11-28 | 松下健康医疗控股株式会社 | Culture apparatus |
| CN109398979A (en) * | 2018-10-19 | 2019-03-01 | 珠海格力电器股份有限公司 | Humidity conditioning system and method |
| CN113390463A (en) * | 2021-06-15 | 2021-09-14 | 河南工业大学 | Grain storage simulation multi-field coupling test platform |
| CN113462549A (en) * | 2021-06-28 | 2021-10-01 | 冰山松洋生物科技(大连)有限公司 | Application to CO2Heat conduction device of incubator |
-
2014
- 2014-04-29 CN CN201410177994.4A patent/CN103994506A/en active Pending
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107406812A (en) * | 2015-03-30 | 2017-11-28 | 松下健康医疗控股株式会社 | Culture apparatus |
| CN107406812B (en) * | 2015-03-30 | 2020-02-28 | 普和希控股公司 | Culture device |
| CN109398979A (en) * | 2018-10-19 | 2019-03-01 | 珠海格力电器股份有限公司 | Humidity conditioning system and method |
| CN113390463A (en) * | 2021-06-15 | 2021-09-14 | 河南工业大学 | Grain storage simulation multi-field coupling test platform |
| CN113390463B (en) * | 2021-06-15 | 2023-01-24 | 河南工业大学 | Grain storage simulation multi-field coupling test platform |
| CN113462549A (en) * | 2021-06-28 | 2021-10-01 | 冰山松洋生物科技(大连)有限公司 | Application to CO2Heat conduction device of incubator |
| CN113462549B (en) * | 2021-06-28 | 2022-07-05 | 冰山松洋生物科技(大连)有限公司 | Application to CO2Heat conduction device of incubator |
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