CN101514838A - Temperature and humidity controlling device and method used in tea frying room - Google Patents
Temperature and humidity controlling device and method used in tea frying room Download PDFInfo
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- CN101514838A CN101514838A CNA2009100968685A CN200910096868A CN101514838A CN 101514838 A CN101514838 A CN 101514838A CN A2009100968685 A CNA2009100968685 A CN A2009100968685A CN 200910096868 A CN200910096868 A CN 200910096868A CN 101514838 A CN101514838 A CN 101514838A
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Abstract
A temperature and humidity controlling device used in a tea frying room comprises an air conditioner and a remote controller, a humidity detecting module is arranged on a controller of the air conditioner, a strong dehumidifying mode key is provided on the remote controller. A controlling method includes: setting the temperature controlling range: the temperature being between 20 DEG C to 30 DEG C, the interval being 1 DEG C for increasing and reducing, the initial value of the powering temperature being 22 DEG C; setting the humidity controlling range: the e humidity being 20% to 90 %, the interval being 5% for increasing and reducing, the initial value of the powering humidity being 55%. (1) When the detected environmental temperature is less than 28 DEG C or the detected environmental humidity is less than 75%, the device runs in a humidity mode; (2) When the detected environmental temperature is more than 28 DEG C or the detected environmental humidity is more than 75%, the device runs in an air-conditioning mode; when the air conditioner runs in the humidity mode or in the air-conditioning mode, the air swing is automatic, the blower fan indoors is in high speed. Compared with the prior art, the invention has the advantages of lower cost and simple adjustment, and is suitable for the tea frying room.
Description
The method field:
The present invention relates to a kind of temperature and humidity control device and control method thereof that is used to fry the waiter.
Background method:
The blue or green process of doing of tealeaves is the critical stage that the peculiar quality of tealeaves forms.Many important biochemical reactions relevant with tea leaf quality all carry out and finish in this stage in the tealeaves, and humidity and temperature are to do the big key element of two in the blue or green process, in tea making process in the past, these biochemical reactions all carry out under nature and finish, tend to be subjected to the restriction of weather conditions, influence the quality of tealeaves.And the temperature and humidity control device of prior art all is the integrated mills at the fermentation ageing operation of the basement worker employed in a plant nursery preface of jasmine tea and black tea, whole device is relatively large, the sensor that tens humitures are arranged, and when the humiture of environment need be regulated, according to the measurement and control instrument feedack, need manually come by the conditioning signal of computer to the concrete humiture of the control device of humiture.So cost is higher relatively, regulate trouble and be not suitable for frying the waiter.
Summary of the invention:
The present invention is directed to above problem provides low the reaching of a kind of cost to regulate temperature and humidity control device and the control method thereof that simply is used to fry the waiter.
The present invention overcomes the above problems used technical scheme: a kind of temperature and humidity control device that is used to fry the waiter, and it comprises air-conditioning and remote controller, and the controller of described air-conditioning is provided with humidity detecting module, and described remote controller is provided with powerful dehumidifying button.
Another object of the present invention provides a kind of control method that is used to fry waiter's temperature and humidity control device, and it comprises following steps:
The temperature controlling range of setting is: 2 ℃～30 ℃ of temperature, and to set and be spaced apart 1 ℃ of increase and decrease, last electro-temperature is initially set 22 ℃; The humidity control range of setting is: humidity 20%～90%, and to set and be spaced apart 5% increase and decrease, the humidity that powers on is initially set 55%.
Set humidity RHs, ambient humidity RHr, design temperature Ts, environment temperature Tr.
1), when detected environment temperature during less than 28 ℃, with the humidity mode operation of acquiescence, this moment, air-conditioning was by following rule operation:
1., work as RHs=RHr, during Ts＞16 ℃:
If 0 ℃≤Ts-Tr≤1 ℃, working method: the reversal valve of constant temperature dehumidification air-conditioning this moment is opened, and electrical heating is closed, and compressor operating, outer blower fan are opened 5min and stopped 2min;
If Ts=Tr-1 ℃, working method: constant temperature dehumidification, this moment, the reversal valve of air-conditioning was opened, and electrical heating is closed, and compressor operating, outer blower fan are opened 5min and are stopped 2min;
If Ts＜Tr-1 ℃, working method: refrigerated dehumidification, this moment, the reversal valve of air-conditioning cut out, and electrical heating is closed, compressor operating, outer blower fan operation;
If Ts＞Tr+1 ℃, working method: the dehumidifying of heating, this moment, the reversal valve of air-conditioning was opened, the electrical heating operation, compressor operating, exogenous wind office closes;
2., as RHs＜RHr, during Ts＞16 ℃:
If-1 ℃≤Ts-Tr≤1 ℃, working method: constant temperature dehumidification, this moment, the reversal valve of air-conditioning was opened, and electrical heating is closed, and compressor operating, outer blower fan are opened 5min and are stopped 2min;
If Ts＜Tr-1 ℃, working method: refrigerated dehumidification, this moment, the reversal valve of air-conditioning cut out, and electrical heating is closed, compressor operating, outer blower fan operation;
If Ts＞Tr+1 ℃, working method: the dehumidifying of heating, this moment, the reversal valve of air-conditioning was opened, the electrical heating operation, compressor operating, exogenous wind office closes;
3., as RHs＞RHr, during Ts＞16 ℃:
If-1 ℃≤Ts-Tr≤0 ℃, working method: constant temperature dehumidification, this moment, the reversal valve of air-conditioning was opened, and electrical heating is closed, and compressor operating, outer blower fan are opened 5min and are stopped 2min;
If Ts＜Tr-1 ℃, working method: refrigerated dehumidification, this moment, the reversal valve of air-conditioning cut out, and electrical heating is closed, compressor operating, outer blower fan operation;
If Ts＞Tr+1 ℃, working method: the dehumidifying of heating, this moment, the reversal valve of air-conditioning was opened, and electrical heating is closed, and compressor cuts out, and exogenous wind office closes;
4., when Ts≤16 ℃:
If Ts≤Tr-1 ℃, working method: refrigeration, this moment, the reversal valve of air-conditioning cut out, and electrical heating is closed, compressor operating, outer blower fan operation;
If TsTr+1 ℃, working method: close, this moment, the reversal valve of air-conditioning cut out, and electrical heating is closed, and compressor cuts out, and exogenous wind office closes;
If Ts=Tr, working method: keep the back state, this moment, the reversal valve of air-conditioning cut out, and electrical heating is closed, compressor operating, outer blower fan operation.
2), when environment temperature during greater than 28 ℃, select with the air conditioning mode operation by mode key, this moment, air-conditioning was by following rule operation:
The electrical heating of air-conditioning is closed, and reversal valve cuts out, if Tr 〉=Ts+1 ℃, compressor operating, outer blower fan operation; If Tr≤Ts-1 ℃, compressor cuts out, exogenous wind office closes; If Tr=Ts keeps the back state.
3), air-conditioning when the operation of humidity pattern or air conditioning mode, pendulum wind is defaulted as from movable pendulum wind, indoor fan is defaulted as at a high speed.
After adopting above structure and method, the present invention compared with prior art, owing to just on the controller of air-conditioning, set up humidity detecting module, volume is less, establishes powerful dehumidification mode button on the remote controller simultaneously, is defaulted as the humidity pattern during start, when environment temperature is too high, then select air conditioning mode to lower the temperature, transfer the humidity pattern after the cooling again to, in this process, all can dehumidify by powerful dehumidification mode button according to ambient humidity by the mode key on the remote controller.Therefore be applicable to that stir-fry waiter, cost hang down and adjusting is simple.
Description of drawings:
Accompanying drawing is used to fry the electrical schematic diagram of waiter's temperature and humidity control device for the present invention.
The specific embodiment:
Below in conjunction with the drawings and specific embodiments, the present invention is described further:
A kind of temperature and humidity control device that is used to fry the waiter, it comprises air-conditioning and remote controller, and the controller of described air-conditioning is provided with humidity detecting module, and described remote controller is provided with powerful dehumidification mode button.
The electrical schematic diagram that is used to fry waiter's temperature and humidity control device as shown in drawings comprises input signal and output signal two parts: wherein input signal has inner disc temperature detection, environment temperature detection, ambient humidity detection, on ﹠ off switch, mode key, lifting key, decline key, pendulum wind key, wind speed key, remote control to receive; Output signal has compressor control output, the high wind of indoor fan, low wind control output, outdoor fan control output, electrical heating control output.
A kind of control method that is used to fry waiter's temperature and humidity control device, it comprises following steps:
The temperature controlling range of setting is: 2 ℃～30 ℃ of temperature, and to set and be spaced apart 1 ℃ of increase and decrease, last electro-temperature is initially set 22 ℃; The humidity control range of setting is: humidity 20%～90%, and to set and be spaced apart 5% increase and decrease, the humidity that powers on is initially set 55%.
Set humidity RHs, ambient humidity RHr, design temperature Ts, environment temperature Tr.
1), when detected environment temperature less than 28 ℃, ambient humidity is less than 75% o'clock, with the humidity mode operation of acquiescence, this moment, air-conditioning was by following rule operation:
1., work as RHs=RHr, during Ts＞16 ℃:
If 0 ℃≤Ts-Tr≤1 ℃, working method: constant temperature dehumidification, this moment, the reversal valve of air-conditioning was opened, and electrical heating is closed, and compressor operating, outer blower fan are opened 5min and are stopped 2min;
If Ts=Tr-1 ℃, working method: constant temperature dehumidification, this moment, the reversal valve of air-conditioning was opened, and electrical heating is closed, and compressor operating, outer blower fan are opened 5min and are stopped 2min;
If Ts＜Tr-1 ℃, working method: refrigerated dehumidification, this moment, the reversal valve of air-conditioning cut out, and electrical heating is closed, compressor operating, outer blower fan operation;
If Ts＞Tr+1 ℃, working method: the dehumidifying of heating, this moment, the reversal valve of air-conditioning was opened, the electrical heating operation, compressor operating, exogenous wind office closes;
2., as RHs＜RHr, during Ts＞16 ℃:
If-1 ℃≤Ts-Tr≤1 ℃, working method: constant temperature dehumidification, this moment, the reversal valve of air-conditioning was opened, and electrical heating is closed, and compressor operating, outer blower fan are opened 5min and are stopped 2min
If Ts＜Tr-1 ℃, working method: refrigerated dehumidification, this moment, the reversal valve of air-conditioning cut out, and electrical heating is closed, compressor operating, outer blower fan operation;
If Ts＞Tr+1 ℃, working method: the dehumidifying of heating, this moment, the reversal valve of air-conditioning was opened, the electrical heating operation, compressor operating, exogenous wind office closes;
3., as RHs＞RHr, during Ts＞16 ℃:
If-1 ℃≤Ts-Tr≤0 ℃, working method: constant temperature dehumidification, this moment, the reversal valve of air-conditioning was opened, and electrical heating is closed, and compressor operating, outer blower fan are opened 5min and are stopped 2min;
If Ts＜Tr-1 ℃, working method: refrigerated dehumidification, this moment, the reversal valve of air-conditioning cut out, and electrical heating is closed, compressor operating, outer blower fan operation;
If Ts＞Tr+1 ℃, working method: the dehumidifying of heating, this moment, the reversal valve of air-conditioning was opened, and electrical heating is closed, and compressor cuts out, and exogenous wind office closes;
4., when Ts≤16 ℃:
If Ts≤Tr-1 ℃, working method: refrigeration, this moment, the reversal valve of air-conditioning cut out, and electrical heating is closed, compressor operating, outer blower fan operation;
If TsTr+1 ℃, working method: close, this moment, the reversal valve of air-conditioning cut out, and electrical heating is closed, and compressor cuts out, and exogenous wind office closes;
If Ts=Tr, working method: keep the back state, this moment, the reversal valve of air-conditioning cut out, and electrical heating is closed, compressor operating, outer blower fan operation.
2), when environment temperature greater than 28 ℃, ambient humidity is greater than 75% o'clock, presses mode key and selects with the air conditioning mode operation, this moment, air-conditioning was by following rule operation:
The electrical heating of air-conditioning is closed, and reversal valve cuts out, if Tr 〉=Ts+1 ℃, compressor operating, outer blower fan operation; If Tr≤Ts-1 ℃, compressor cuts out, exogenous wind office closes; If Tr=Ts keeps the back state.
3), air-conditioning when the operation of humidity pattern or air conditioning mode, pendulum wind is defaulted as from movable pendulum wind, indoor fan is defaulted as at a high speed, puts wind as required and also can select to put the wind pattern by the button on the remote controller; The wind speed of indoor fan also can be regulated by the button on the remote controller simultaneously.
During the operation of described humidity pattern or air conditioning mode, can enter powerful dehumidification mode, during described powerful dehumidification mode, the indoor fan high-speed cruising, pendulum wind is from movable pendulum wind, and Ts is 20 ℃, and RHs is 60%, and the operation rule of air-conditioning is:
When Tr＜20 ℃ and RHr＜50%, the compressor of air-conditioning and outer blower fan are all closed;
In the time of Tr=20 ℃, working method is a constant temperature dehumidification, and this moment, the reversal valve of air-conditioning was opened, and compressor and inner blower all move, and outer blower fan is opened 3min and stopped 1.5min.
Be defaulted as the humidity pattern after powering on, start this moment is then by the humidity mode operation; If after powering on, by pressing the air conditioning mode button of remote controller, promptly enter air conditioning mode, the air conditioning mode operation is then pressed in start this moment.
Power on the operation after, main control singlechip can detect the state of each input port automatically, state according to button mouth or remote control receiving port, the setting value of current operational mode and design temperature and setting humidity can be determined, current environment temperature and ambient humidity value can be determined by testing environment temperature, ambient humidity sensor.Single-chip microcomputer can compare detected environment temperature, ambient humidity value and design temperature, setting humidity value, according to above-mentioned control method, realization is to the control of relays such as compressor, reversal valve, outer blower fan, inner blower, electrical heating, thereby realization is to the control of whole forming tea air-conditioning system.Last bottom wind with about pendulum wind as miscellaneous function, can be according to the direction of user's needs adjustment blowing.
In the use, generally with the humidity mode operation of acquiescence, if environment temperature greater than 28 ℃, ambient humidity then must move with air conditioning mode greater than 75% o'clock, treated to go back to the humidity mode operation after temperature or humidity are fallen.If the user does not need to change when setting humidity and temperature again, can select to enter powerful dehumidification mode operation.
Claims (5)
1, a kind of temperature and humidity control device that is used to fry the waiter, it comprises air-conditioning and remote controller, it is characterized in that: the controller of described air-conditioning is provided with humidity detecting module, and described remote controller is provided with powerful dehumidification mode button.
2, a kind of control method that is used to fry waiter's temperature and humidity control device, it is characterized in that: it comprises following steps:
The temperature controlling range of setting is: 2 ℃～30 ℃ of temperature, and to set and be spaced apart 1 ℃ of increase and decrease, last electro-temperature is initially set 22 ℃; The humidity control range of setting is: humidity 20%～90%, and to set and be spaced apart 5% increase and decrease, the humidity that powers on is initially set 55%.
Set humidity RHs, ambient humidity RHr, design temperature Ts, environment temperature Tr.
1), when detected environment temperature during less than 28 ℃, with the humidity mode operation of acquiescence, this moment, air-conditioning was by following rule operation:
1., work as RHs=RHr, during Ts＞16 ℃:
If 0 ℃≤Ts-Tr≤1 ℃, working method: constant temperature dehumidification, this moment, the reversal valve of air-conditioning was opened, and electrical heating is closed, and compressor operating, outer blower fan are opened 5min and are stopped 2min;
If Ts=Tr-1 ℃, working method: constant temperature dehumidification, this moment, the reversal valve of air-conditioning was opened, and electrical heating is closed, and compressor operating, outer blower fan are opened 5min and are stopped 2min;
If Ts＜Tr-1 ℃, working method: refrigerated dehumidification, this moment, the reversal valve of air-conditioning cut out, and electrical heating is closed, compressor operating, outer blower fan operation;
If Ts＞Tr+1 ℃, working method: the dehumidifying of heating, this moment, the reversal valve of air-conditioning was opened, the electrical heating operation, compressor operating, exogenous wind office closes;
2., as RHs＜RHr, during Ts＞16 ℃:
If-1 ℃≤Ts-Tr≤1 ℃, working method: constant temperature dehumidification, this moment, the reversal valve of air-conditioning was opened, and electrical heating is closed, and compressor operating, outer blower fan are opened 5min and are stopped 2min;
If Ts＜Tr-1 ℃, working method: refrigerated dehumidification, this moment, the reversal valve of air-conditioning cut out, and electrical heating is closed, compressor operating, outer blower fan operation;
If Ts＞Tr+1 ℃, working method: the dehumidifying of heating, this moment, the reversal valve of air-conditioning was opened, the electrical heating operation, compressor operating, exogenous wind office closes;
3., as RHs＞RHr, during Ts＞16 ℃:
If-1 ℃≤Ts-Tr≤0 ℃, working method: constant temperature dehumidification, this moment, the reversal valve of air-conditioning was opened, and electrical heating is closed, and compressor operating, outer blower fan are opened 5min and are stopped 2min;
If Ts＜Tr-1 ℃, working method: refrigerated dehumidification, this moment, the reversal valve of air-conditioning cut out, and electrical heating is closed, compressor operating, outer blower fan operation;
If Ts＞Tr+1 ℃, working method: the dehumidifying of heating, this moment, the reversal valve of air-conditioning was opened, and electrical heating is closed, and compressor cuts out, and exogenous wind office closes;
4., when Ts≤16 ℃:
If Ts≤Tr-1 ℃, working method: refrigeration, this moment, the reversal valve of air-conditioning cut out, and electrical heating is closed, compressor operating, outer blower fan operation;
If Ts 〉=Tr+1 ℃, working method: close, this moment, the reversal valve of air-conditioning cut out, and electrical heating is closed, and compressor cuts out, and exogenous wind office closes;
If Ts=Tr, working method: keep the back state, this moment, the reversal valve of air-conditioning cut out, and electrical heating is closed, compressor operating, outer blower fan operation.
2), when environment temperature during greater than 28 ℃, press mode key and select with the air conditioning mode operation, this moment, air-conditioning was by following rule operation:
The electrical heating of air-conditioning is closed, and reversal valve cuts out, if Tr 〉=Ts+1 ℃, compressor operating, outer blower fan operation; If Tr≤Ts-1 ℃, compressor cuts out, exogenous wind office closes; If Tr=Ts keeps the back state.
3), air-conditioning when the operation of humidity pattern or air conditioning mode, pendulum wind is defaulted as from movable pendulum wind, indoor fan is defaulted as at a high speed.
3, the control method that is used to fry waiter's temperature and humidity control device according to claim 2, it is characterized in that: when described humidity pattern or air conditioning mode operation, can enter powerful dehumidification mode, during described powerful dehumidification mode, the indoor fan high-speed cruising, pendulum wind is from movable pendulum wind, Ts is 20 ℃, RHs is 60%, and the operation rule of air-conditioning is:
When Tr＜20 ℃ and RHr＜50%, the compressor of air-conditioning and outer blower fan are all closed;
In the time of Tr=20 ℃, working method is a constant temperature dehumidification, and this moment, the reversal valve of air-conditioning was opened, and compressor and inner blower all move, and outer blower fan is opened 3min and stopped 1.5min.
4, the control method that is used to fry waiter's temperature and humidity control device according to claim 2, it is characterized in that: described environment temperature also comprises simultaneously that less than 28 ℃ ambient humidity is less than 75%.
5, the control method that is used to fry waiter's temperature and humidity control device according to claim 2, it is characterized in that: described environment temperature also comprises simultaneously that greater than 28 ℃ ambient humidity is greater than 75%.
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| Application Number | Priority Date | Filing Date | Title |
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| CN2009100968685A CN101514838B (en) | 2009-03-16 | 2009-03-16 | Temperature and humidity controlling device and method used in tea frying room |
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| CN2009100968685A CN101514838B (en) | 2009-03-16 | 2009-03-16 | Temperature and humidity controlling device and method used in tea frying room |
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| CN101514838A true CN101514838A (en) | 2009-08-26 |
| CN101514838B CN101514838B (en) | 2012-03-14 |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101773174A (en) * | 2010-02-26 | 2010-07-14 | 昆明船舶设备集团有限公司 | Intelligent informationized storage alcoholization system for Pu'er tea |
| CN101963444A (en) * | 2010-09-15 | 2011-02-02 | 宁波奥克斯空调有限公司 | Tea leaf dehumidifier and dehumidification control method |
| CN102967372A (en) * | 2012-11-27 | 2013-03-13 | 王思远 | Tea chromaticity and humidity sensing device |
| CN104820447A (en) * | 2014-01-30 | 2015-08-05 | 艾默生环境优化技术(苏州)有限公司 | Temperature control system, tobacco curing barn temperature control system and tobacco curing barn temperature control method |
-
2009
- 2009-03-16 CN CN2009100968685A patent/CN101514838B/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101773174A (en) * | 2010-02-26 | 2010-07-14 | 昆明船舶设备集团有限公司 | Intelligent informationized storage alcoholization system for Pu'er tea |
| CN101963444A (en) * | 2010-09-15 | 2011-02-02 | 宁波奥克斯空调有限公司 | Tea leaf dehumidifier and dehumidification control method |
| CN102967372A (en) * | 2012-11-27 | 2013-03-13 | 王思远 | Tea chromaticity and humidity sensing device |
| CN104820447A (en) * | 2014-01-30 | 2015-08-05 | 艾默生环境优化技术(苏州)有限公司 | Temperature control system, tobacco curing barn temperature control system and tobacco curing barn temperature control method |
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| CN101514838B (en) | 2012-03-14 |
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Effective date of registration: 20180130 Address after: 315191 Yinzhou District Province, Ningbo City, Jiang Shan town on the village of summer ho Patentee after: AUX air conditioning Limited by Share Ltd Address before: 315191 Zhejiang city of Ningbo province Yinzhou District Jiangshan town Light Road No. 1166 AUX Industrial Park Patentee before: Ningbo Haicheng Electric al Appliances Co., Ltd. |
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Effective date of registration: 20191217 Address after: 243100 No. 1166, oaks Avenue, Dangtu Economic Development Zone, Ma'anshan City, Anhui Province Patentee after: Anhui Ox Intelligent Electric Co., Ltd. Address before: 315191 Yinzhou District Province, Ningbo City, Jiang Shan town on the village of summer ho Patentee before: AUX air conditioning Limited by Share Ltd |
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