CN107255344B - A kind of control method of air-conditioning, device and air-conditioning - Google Patents
A kind of control method of air-conditioning, device and air-conditioning Download PDFInfo
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- CN107255344B CN107255344B CN201710469622.2A CN201710469622A CN107255344B CN 107255344 B CN107255344 B CN 107255344B CN 201710469622 A CN201710469622 A CN 201710469622A CN 107255344 B CN107255344 B CN 107255344B
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- temperature
- air
- air outlet
- conditioning
- humidity
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F13/00—Details common to, or for air-conditioning, air-humidification, ventilation or use of air currents for screening
- F24F13/22—Means for preventing condensation or evacuating condensate
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F13/00—Details common to, or for air-conditioning, air-humidification, ventilation or use of air currents for screening
- F24F13/22—Means for preventing condensation or evacuating condensate
- F24F2013/221—Means for preventing condensation or evacuating condensate to avoid the formation of condensate, e.g. dew
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- Engineering & Computer Science (AREA)
- Chemical & Material Sciences (AREA)
- Combustion & Propulsion (AREA)
- Mechanical Engineering (AREA)
- General Engineering & Computer Science (AREA)
- Air Conditioning Control Device (AREA)
Abstract
The invention discloses a kind of control method of air-conditioning, device and air-conditionings, this method comprises: obtaining the air outlet temperature and air outlet humidity of the air-conditioning, and obtain the shell temperature of user in the air-conditioning local environment;According to the air outlet temperature and the air outlet humidity, the dew-point temperature of the air-conditioning is determined;According to the relationship of the dew-point temperature and the air outlet temperature, and in conjunction with the relationship of the shell temperature and the comfort level temperature of setting, anti-condensation control is carried out to the air-conditioning.The solution of the present invention can overcome in the prior art the defects of detection error is big, control effect is poor and poor user experience, realize the beneficial effect that detection error is small, control effect is good and user experience is good.
Description
Technical field
The invention belongs to air-conditioning technical fields, and in particular to a kind of control method of air-conditioning, device and air-conditioning, more particularly to
A kind of anti-condensation intelligent control method of mobile air conditioner, device corresponding with this method and the mobile air conditioner with the device.
Background technique
Mobile air conditioner, without outer machine, without installation, can arbitrarily move (such as: can arbitrarily be placed in different buildings).
It after mobile air conditioner runs the long period under refrigeration or dehumidification mode, will appear condensation around air outlet, cause wind deflector band solidifying
Dew operation, and then air conditioner refrigerating efficiency is caused to decline;Condensation can blow to user or drippage with the direction of air-conditioner air outlet air-flow
Ground influences user's comfort.
Currently, in the control of mobile air conditioner, it is single to the detection pattern of anti-condensation control temperature, it is easy to be joined by external environment
Number error influences, and causes dew-point temperature detection deviation occur, dynamic regulation is ineffective.
In the prior art, the defects of that there are detection errors is big, control effect is poor and poor user experience.
Summary of the invention
It is an object of the present invention in view of the foregoing drawbacks, control method, device and the air-conditioning of a kind of air-conditioning be provided, with solution
Certainly temperature detection is easily affected by the external environment the problem for causing detection error big in anti-condensation control in the prior art, reaches promotion
Detect the effect of accuracy.
The present invention provides a kind of control method of air-conditioning, comprising: air outlet temperature and the air outlet for obtaining the air-conditioning are wet
Degree, and obtain the shell temperature of user in the air-conditioning local environment;It is wet according to the air outlet temperature and the air outlet
Degree, determines the dew-point temperature of the air-conditioning;According to the relationship of the dew-point temperature and the air outlet temperature, and in conjunction with the body
The relationship of table temperature and the comfort level temperature of setting carries out anti-condensation control to the air-conditioning.
Optionally, further includes: whether the present mode of operation for determining the air-conditioning is refrigeration or dehumidification mode;And when
When the present mode of operation is the refrigeration or dehumidification mode, the air outlet temperature and the air outlet to the air-conditioning
Humidity is obtained;And/or determine whether the dew-point temperature is greater than the air outlet temperature;And when the dew-point temperature
When greater than the air outlet temperature, the shell temperature of user in the air-conditioning local environment is obtained;Or work as institute
When stating dew-point temperature less than or equal to the air outlet temperature, the air-conditioning is made to maintain the present mode of operation of itself.
Optionally it is determined that whether the present mode of operation of the air-conditioning is refrigeration or dehumidification mode, comprising: determine the sky
Adjust whether the runing time under the present mode of operation reaches the first setting duration;When the runing time reaches described
It whether is that refrigeration or dehumidification mode are determined to the present mode of operation when one setting duration.
Optionally, wherein obtain the air outlet temperature and air outlet humidity of the air-conditioning, comprising: reception is adopted by temperature and humidity
The collected air outlet temperature of acquisition means and the air outlet humidity;And/or it obtains and is used in the air-conditioning local environment
The shell temperature of person, comprising: receive by the collected shell temperature of body temperature acquisition device;Wherein, the body temperature acquisition dress
It sets, comprising: at least one of clinical thermometer, infrared temperature sensor, the equipment that can be dressed.
Optionally it is determined that the dew-point temperature of the air-conditioning, comprising: carried out at temperature and humidity compensation to the air outlet humidity
Reason, obtains the compensation humidity of the air outlet humidity;And/or processing is optimized to the air outlet temperature, obtain it is described go out
The optimization temperature of draught temperature;According to the compensation humidity, the optimization temperature and the design factor of setting, calculated
Processing, obtains the dew-point temperature of the air outlet of the air-conditioning.
Optionally, temperature and humidity compensation processing is carried out to the air outlet humidity, comprising: carry out to the air outlet humidity wet
Compensation deals are spent, the relative humidity of the air outlet humidity is obtained;Temperature-compensating processing is carried out to the relative humidity, obtains institute
State the compensation humidity of relative humidity.
Optionally, wherein humidity compensation deals are carried out to the air outlet humidity, comprising: compensate according to the humidity of setting
Coefficient carries out nonlinear compensation processing to the air outlet humidity;And/or temperature-compensating processing is carried out to the relative humidity,
Include: the temperature compensation coefficient according to the air outlet temperature and setting, temperature-compensating processing is carried out to the relative humidity;
And/or processing is optimized to the air outlet temperature, comprising: according to the linear optimization coefficient of setting, to the air outlet temperature
Degree carries out linear optimization processing.
Optionally, anti-condensation control is carried out to the air-conditioning, comprising: it is described comfortable to determine whether the shell temperature is greater than
Spend temperature;When the shell temperature is greater than the comfort level temperature, according to the dew-point temperature and the air outlet temperature
First difference controls at least one of the wind file of the air-conditioning, wind direction;Or be less than when the shell temperature or
When equal to the comfort level temperature, according to the second difference between the comfort level temperature and the shell temperature, to the sky
The set temperature of tune is controlled.
Optionally, wherein at least one of the wind file of the air-conditioning, wind direction are controlled, comprising: determine institute
The first difference of dew-point temperature Yu the air outlet temperature is stated, and determines whether first difference is less than or equal to the first setting
Value;When first difference is less than or equal to first setting value, further determines that whether first difference is greater than and set
The lower limit of the first fixed temperature range and the upper limit for being less than or equal to first temperature range, or determine first difference
Whether it is greater than the lower limit of the second temperature range of setting and is less than or equal to the upper limit of the second temperature range, or determines institute
State the first difference whether be greater than setting third temperature range lower limit and be less than or equal to the third temperature range it is upper
Limit;And when first difference is greater than the lower limit of first temperature range and is less than or equal to first temperature range
The upper limit when, the highest wind file for setting the wind file of the air-conditioning, and/or the wind direction for making the air-conditioning
The maximum wind direction of setting;Or when first difference is greater than the lower limit of the second temperature range and is less than or equal to institute
When stating the upper limit of second temperature range, makes the middle wind file of the wind file setting of the air-conditioning, and/or make the institute of the air-conditioning
State the medium wind direction that wind direction is setting;Or when first difference be greater than the third temperature range lower limit and
Less than or equal to the third temperature range the upper limit when, the minimum wind file that sets the wind file of the air-conditioning, and/or
The minimum wind direction for setting the wind direction of the air-conditioning;And/or the set temperature of the air-conditioning is controlled
System, comprising: determine the second difference of the comfort level temperature Yu the shell temperature, and determine whether second difference is less than
Or it is equal to the second setting value;When second difference is less than or equal to second setting value, described second is further determined that
Whether difference is greater than the lower limit of the 4th temperature range of setting and is less than or equal to the upper limit of the 4th temperature range, or really
Whether fixed second difference is greater than the lower limit of the 5th temperature range of setting and is less than or equal to the 5th temperature range
The upper limit, or determine whether second difference is greater than the lower limit of the 6th temperature range of setting and is less than or equal to the described 6th
The upper limit of temperature range;And when second difference is greater than the lower limit of the 4th temperature range and is less than or equal to described
When the upper limit of the 4th temperature range, increase the set temperature of the air-conditioning with the first setting rate;Or work as described second
When difference is greater than the lower limit of the 5th temperature range and is less than or equal to the upper limit of the 5th temperature range, make the sky
The set temperature adjusted is increased with the second setting rate;Or when second difference is greater than under the 6th temperature range
When limiting and being less than or equal to the upper limit of the 6th temperature range, the set temperature of the air-conditioning is made to set speed with third
Rate increases.
Optionally, the set temperature of the air-conditioning is controlled, further includes: determine the set temperature with described first
Set at least one of rate, the second setting rate, the third setting rate increased time, if reach second
Set duration;When increased time reaching the second setting duration, stop the increase, and by the set temperature
Current Temperatures are set to, so that the air-conditioning maintains the Current Temperatures operation;Wherein, the Current Temperatures, specifically: make described
Gained temperature when shell temperature at the uniform velocity increases the second setting duration with the first setting rate;Wherein, first temperature
The lower limit for spending range, more than or equal to the upper limit of the second temperature range;The lower limit of the second temperature range, is greater than or waits
In the upper limit of the third temperature range;And/or the lower limit of the 4th temperature range, it is greater than or equal to the 5th temperature
The upper limit of range;The lower limit of 5th temperature range, more than or equal to the upper limit of the 6th temperature range;And/or it is described
First setting rate is greater than the second setting rate;The second setting rate is greater than the third and sets rate.
Match with the above method, another aspect of the present invention provides a kind of control device of air-conditioning, comprising: acquiring unit,
For obtaining the air outlet temperature and air outlet humidity of the air-conditioning, and obtain the body surface of user in the air-conditioning local environment
Temperature;Determination unit, for determining the dew-point temperature of the air-conditioning according to the air outlet temperature and the air outlet humidity;
Control unit, for the relationship according to the dew-point temperature and the air outlet temperature, and in conjunction with the shell temperature and setting
Comfort level temperature relationship, anti-condensation control is carried out to the air-conditioning.
Optionally, further includes: the determination unit is also used to determine whether the present mode of operation of the air-conditioning is refrigeration
Or dehumidification mode;And the acquiring unit, it is also used to when the present mode of operation is the refrigeration or dehumidification mode,
The air outlet temperature and the air outlet humidity to the air-conditioning obtain;And/or the determination unit, it is also used to
Determine whether the dew-point temperature is greater than the air outlet temperature;And the acquiring unit, it is also used to when the dew-point temperature
When greater than the air outlet temperature, the shell temperature of user in the air-conditioning local environment is obtained;Or it is described
Control unit is also used to make the air-conditioning maintain itself when the dew-point temperature is less than or equal to the air outlet temperature
Present mode of operation.
Optionally, the determination unit determines whether the present mode of operation of the air-conditioning is refrigeration or dehumidification mode, tool
Body comprises determining that whether runing time of the air-conditioning under the present mode of operation reaches the first setting duration;When described
It whether is that refrigeration or dehumidification mode carry out really to the present mode of operation when runing time reaches the first setting duration
It is fixed.
Optionally, wherein the acquiring unit obtains the air outlet temperature and air outlet humidity of the air-conditioning, specific to wrap
It includes: receiving by the collected air outlet temperature of temperature and humidity collection device and the air outlet humidity;And/or the acquisition
Unit obtains the shell temperature of user in the air-conditioning local environment, specifically includes: reception is collected by body temperature acquisition device
The shell temperature;Wherein, the body temperature acquisition device, comprising: clinical thermometer, infrared temperature sensor, setting of can dressing
It is at least one of standby.
Optionally, the determination unit determines the dew-point temperature of the air-conditioning, specifically includes: to the air outlet humidity into
The processing of row temperature and humidity compensation, obtains the compensation humidity of the air outlet humidity;And/or the air outlet temperature is optimized
Processing, obtains the optimization temperature of the air outlet temperature;According to the compensation humidity, the optimization temperature and the meter of setting
Coefficient is calculated, calculation processing is carried out, obtains the dew-point temperature of the air outlet of the air-conditioning.
Optionally, the determination unit carries out temperature and humidity compensation processing to the air outlet humidity, specifically includes: to described
Air outlet humidity carries out humidity compensation deals, obtains the relative humidity of the air outlet humidity;Temperature is carried out to the relative humidity
Compensation deals are spent, the compensation humidity of the relative humidity is obtained.
Optionally, wherein the determination unit carries out humidity compensation deals to the air outlet humidity, specifically includes: root
According to the humidity penalty coefficient of setting, nonlinear compensation processing is carried out to the air outlet humidity;And/or the determination unit pair
The relative humidity carries out temperature-compensating processing, comprising: according to the temperature compensation coefficient of the air outlet temperature and setting, to institute
It states relative humidity and carries out temperature-compensating processing;And/or the determination unit optimizes processing to the air outlet temperature, packet
It includes: according to the linear optimization coefficient of setting, linear optimization processing being carried out to the air outlet temperature.
Optionally, described control unit carries out anti-condensation control to the air-conditioning, specifically includes: determining the shell temperature
Whether the comfort level temperature is greater than;When the shell temperature be greater than the comfort level temperature when, according to the dew-point temperature with
First difference of the air outlet temperature controls at least one of the wind file of the air-conditioning, wind direction;Or work as institute
When stating shell temperature less than or equal to the comfort level temperature, according to the between the comfort level temperature and the shell temperature
Two differences control the set temperature of the air-conditioning.
Optionally, wherein described control unit controls at least one of the wind file of the air-conditioning, wind direction
System, specifically includes: determining the first difference of the dew-point temperature Yu the air outlet temperature, and whether determines first difference
Less than or equal to the first setting value;When first difference is less than or equal to first setting value, further determine that described
Whether the first difference is greater than the lower limit of the first temperature range of setting and is less than or equal to the upper limit of first temperature range,
Or determine whether first difference is greater than the lower limit of the second temperature range of setting and is less than or equal to the second temperature model
The upper limit enclosed, or determine whether first difference is greater than the lower limit of the third temperature range of setting and is less than or equal to described
The upper limit of third temperature range;And when first difference is greater than the lower limit of first temperature range and is less than or equal to
When the upper limit of first temperature range, the highest wind file that sets the wind file of the air-conditioning, and/or make the air-conditioning
The wind direction be setting maximum wind direction;Or when first difference is greater than under the second temperature range
Limit and when being less than or equal to the upper limit of the second temperature range, the middle wind file that sets the wind file of the air-conditioning,
And/or the medium wind direction for setting the wind direction of the air-conditioning;Or when first difference is greater than described the
The lower limit of three temperature ranges and be less than or equal to the third temperature range the upper limit when, make the wind file of the air-conditioning
The minimum wind file set, and/or the minimum wind direction for setting the wind direction of the air-conditioning;And/or the control
Unit processed controls the set temperature of the air-conditioning, specifically includes: determining the comfort level temperature and the shell temperature
The second difference, and determine whether second difference is less than or equal to the second setting value;When second difference is less than or waits
When second setting value, further determine that second difference whether be greater than the lower limit of the 4th temperature range of setting and
Less than or equal to the upper limit of the 4th temperature range, or determine whether second difference is greater than the 5th temperature range of setting
Lower limit and be less than or equal to the upper limit of the 5th temperature range, or determine whether second difference is greater than the of setting
The lower limit of six temperature ranges and the upper limit for being less than or equal to the 6th temperature range;And when second difference is greater than institute
When stating the lower limit of the 4th temperature range and being less than or equal to the upper limit of the 4th temperature range, set the described of the air-conditioning
Determine temperature to increase with the first setting rate;Or when second difference be greater than the 5th temperature range lower limit and be less than or
Equal to the 5th temperature range the upper limit when, make the set temperature of the air-conditioning with second setting rate increase;Or work as
When second difference is greater than the lower limit of the 6th temperature range and is less than or equal to the upper limit of the 6th temperature range,
Increase the set temperature of the air-conditioning with third setting rate.
Optionally, described control unit controls the set temperature of the air-conditioning, specifically further include: sets described in determining
It is increased at least one of the first setting rate, the second setting rate, third setting rate to determine temperature
Time, if reach the second setting duration;When the increased time reaching the second setting duration, stop the increasing
Add, and the set temperature is set to Current Temperatures, so that the air-conditioning maintains the Current Temperatures operation;Wherein, described to work as
Preceding temperature, specifically: gained when at the uniform velocity increasing the shell temperature by the second setting duration with the first setting rate
Temperature;Wherein, the lower limit of first temperature range, more than or equal to the upper limit of the second temperature range;Second temperature
The lower limit for spending range, more than or equal to the upper limit of the third temperature range;And/or the lower limit of the 4th temperature range, greatly
In or equal to the 5th temperature range the upper limit;The lower limit of 5th temperature range is greater than or equal to the 6th temperature
The upper limit of range;And/or the first setting rate is greater than the second setting rate;The second setting rate is greater than institute
State third setting rate.
Match with above-mentioned apparatus, further aspect of the present invention provides a kind of air-conditioning, comprising: the control of above-described air-conditioning
Device.
The solution of the present invention obtains data by high-precision sensor by temperature in calculation and humidity, in conjunction with
Intelligent treatment and compensation control, obtain the dew point of highest accuracy, can eliminate external environment parameters error causes dew-point temperature to be examined
The indirect influence of deviation is surveyed, the method for realization is more reasonable.
Further, the solution of the present invention, by realizing that mobile air conditioner air outlet dew point calculates in real time, infrared temperature-measuring intelligent control
System, dynamic regulation operating states of the units, being optimal comfort effect.
Further, the solution of the present invention, by comparison body surface temperature and human comfort curve corresponding temperature
On the basis of, compare the difference of dew-point temperature and air outlet temperature to a deeper level, is adjusted according to the different degrees of dynamic of the two difference
Air conditioner load state is saved, accomplishes the phenomenon that can not only efficiently solving air-conditioning condensation, but also do not influence air conditioner refrigeration effect.
The solution of the present invention as a result, by determining dew-point temperature, and using the anti-condensation control of dew-point temperature progress and comfortably
Degree control, solves in the prior art that temperature detection is easily affected by the external environment asking of causing detection error big in anti-condensation control
Topic, thus, overcome in the prior art that detection error is big, control effect is poor and the defect of poor user experience, realize detection error it is small,
The beneficial effect that control effect is good and user experience is good.
Other features and advantages of the present invention will be illustrated in the following description, also, partly becomes from specification
It obtains it is clear that understand through the implementation of the invention.
Below by drawings and examples, technical scheme of the present invention will be described in further detail.
Detailed description of the invention
Fig. 1 is the flow diagram of an embodiment of the control method of air-conditioning of the invention;
Fig. 2 is to determine whether the present mode of operation of the air-conditioning is the one of refrigeration or dehumidification mode in method of the invention
The flow diagram of embodiment;
Fig. 3 is the flow diagram that an embodiment of dew-point temperature for the air-conditioning is determined in method of the invention;
Fig. 4 is the flow diagram for carrying out an embodiment of anti-condensation control in method of the invention to the air-conditioning;
Fig. 5 is one controlled in method of the invention at least one of the wind file of the air-conditioning, wind direction
The flow diagram of embodiment;
Fig. 6 is that the process of the embodiment controlled in method of the invention the set temperature of the air-conditioning is illustrated
Figure;
Fig. 7 is that the process of another embodiment controlled in method of the invention the set temperature of the air-conditioning is illustrated
Figure;
Fig. 8 is the structural schematic diagram of an embodiment of the control device of air-conditioning of the invention;
Fig. 9 is the anti-condensation control flow schematic diagram of an embodiment of air-conditioning of the invention.
In conjunction with attached drawing, appended drawing reference is as follows in the embodiment of the present invention:
102- acquiring unit;104- determination unit;106- control unit.
Specific embodiment
To make the object, technical solutions and advantages of the present invention clearer, below in conjunction with the specific embodiment of the invention and
Technical solution of the present invention is clearly and completely described in corresponding attached drawing.Obviously, described embodiment is only the present invention one
Section Example, instead of all the embodiments.Based on the embodiments of the present invention, those of ordinary skill in the art are not doing
Every other embodiment obtained under the premise of creative work out, shall fall within the protection scope of the present invention.
In one embodiment, mobile air conditioner integral design, body inner compressor, exhaust blower, electric heater, evaporation
The devices such as device, air cooling fin formula condenser are available in all varieties, and together with compressor evaporator is fully integrated with condenser, fuselage is furnished with
Attaching plug, plug-in just can be used, and chassis base is mounted with four castors, and air-conditioning can be made to follow one's inclinations and moved, and mobile air conditioner can be with
Multiple rooms are managed, temperature is adjusted for the local space of needs, the target of cooling, and very power saving can be rapidly achieved, saved
Purchase cost.
In one example, the control of mobile air conditioner can detect mobile air conditioner by the detection module in control system
The temperature of evaporator in the temperature of middle dry bulb, envionmental humidity and mobile air conditioner, computing module in control system is according to obtaining
The dry-bulb temperature and envionmental humidity that take calculate dew-point temperature, and control module is according to the temperature comparisons of dew-point temperature and evaporator
Relationship and then the load for controlling mobile air conditioner.
According to an embodiment of the invention, a kind of control method of air-conditioning is provided, the one of method of the invention as shown in Figure 1
The flow diagram of embodiment.The control method of the air-conditioning may include:
At step S110, the air outlet temperature and air outlet humidity of the air-conditioning are obtained, and is obtained locating for the air-conditioning
The shell temperature of user in environment.
Optionally, the air-conditioning may include: movable air conditioner.
In an optional example, the air outlet temperature and air outlet humidity of the air-conditioning are obtained in step S110, it can be with
It include: to receive by temperature and humidity collection device (such as: Temperature Humidity Sensor) the collected air outlet temperature and the outlet air
Mouth humidity.
Such as: the temperature and humidity collection device, adaptation are set at the air outlet of the air-conditioning.
Such as: under refrigeration or dehumidification mode, into after anti-condensation control model, by the temperature for being mounted on air-conditioner air outlet
Humidity sensor obtains the air outlet temperature and air outlet humidity of the air outlet of the air-conditioning.
Such as: air-conditioning enters anti-condensation control model, by being mounted on the high-accuracy temperature-humidity sensor of air-conditioner air outlet,
Acquire the air outlet temperature T (or current air outlet temperature T) and air outlet humidity RH of air-conditioner air outlet.
In an optional example, the shell temperature of user in the air-conditioning local environment is obtained in step S110, it can
To include: to receive by the collected shell temperature of body temperature acquisition device.
Wherein, the body temperature acquisition device may include: clinical thermometer, infrared temperature sensor, the equipment that can be dressed
At least one of (such as: bracelet).
Such as: body surface temperature T1It is detected by the infrared sensor or Intelligent bracelet wearable device of control system, place
Corresponding electric signal is fed back into main control module after reason, the human comfort curve prestored with main control module is proofreaded.
Such as: shell temperature T1, can detect to obtain by wearable devices such as bracelets.
Such as: body surface temperature T1It is proofreaded with human comfort curve, may include: that human comfort curve is
The experience curve being made of point, human comfort curve has been pre-stored in the memory of main control module when software design, with human body
Shell temperature T1The check and correction of point with point can be achieved.
It is obtained as a result, by the collected air outlet temperature of temperature and humidity collection device and air outlet humidity and is adopted by body temperature
The collected shell temperature of acquisition means, acquisition modes are easy, and the result accuracy of acquisition is good, high reliablity.
At step S120, according to the air outlet temperature and the air outlet humidity, the dew point temperature of the air-conditioning is determined
It spends (i.e. the dew-point temperature of air outlet).
Such as: realize the real-time detection of dew-point temperature at mobile air conditioner air outlet, intelligent control.Wherein, dew-point temperature, can
To refer to air under the conditions of moisture content and all immovable air pressure, it is cooled to temperature when saturation.
In an optional example, the dew-point temperature of the air-conditioning can be determined in method of the invention as shown in connection with fig. 3
An embodiment flow diagram, further illustrate the detailed process that the dew-point temperature of the air-conditioning is determined in step S120.
Step S310 carries out temperature and humidity compensation processing to the air outlet humidity, obtains the compensation of the air outlet humidity
Humidity.
Optionally, in step S310 to the air outlet humidity carry out temperature and humidity compensation processing, may include: to it is described go out
Air port humidity carries out humidity compensation deals, obtains the relative humidity (such as: relative humidity data) of the air outlet humidity.
More optionally, humidity compensation deals are carried out to the air outlet humidity, may include: to be compensated according to the humidity of setting
Coefficient (such as: the first setting COEFFICIENT K1, second setting COEFFICIENT K2, third set COEFFICIENT K3Deng), the air outlet humidity is carried out
Nonlinear compensation processing, to realize the humidity compensation deals to the air outlet humidity.
Such as: relative humidity conversion: humidity data (i.e. air outlet humidity RH) first carries out nonlinear compensation processing, converts
To accurate relative humidity data RHL(the relative humidity RH handled through nonlinear compensationL): RHL=K1+K2*RH+K3*
RH2.Wherein, K1、K2、K3For constant, RH is the humidity that Temperature Humidity Sensor is read.
As a result, by carrying out nonlinear compensation processing to air outlet humidity, the accuracy of obtained relative humidity is good, reliable
Property it is high, and treatment process is succinct.
Optionally, temperature and humidity compensation processing is carried out to the air outlet humidity in step S310, can also includes: to described
Relative humidity carries out temperature-compensating processing, obtains the compensation humidity of the relative humidity.
As a result, by carrying out temperature-compensating processing to relative humidity, the compensation humidity of relative humidity is obtained, high reliablity,
Accuracy is good.
More optionally, temperature-compensating processing is carried out to the relative humidity, may include: according to the air outlet temperature and
Setting temperature compensation coefficient (such as: the 4th setting COEFFICIENT K4, the 5th setting COEFFICIENT K5Deng), temperature is carried out to the relative humidity
Compensation deals are spent, to realize that the temperature-compensating to the relative humidity is handled.
Such as: humidity data temperature-compensating: due to the actual temperature and test reference temperature T of environment0(such as 25 DEG C) difference
It is larger, moisture signal RH (i.e. air outlet humidity RH) be also required to it is synchronous carry out temperature-compensating, with obtain to the relative humidity into
The compensation humidity RH that trip temperature compensatesT。
Wherein, it to the temperature-compensating of the relative humidity, can be handled according to following compensation formula: RHT=(T-T0)*(K4
+K5*RHL)+RHL.Wherein, K4、K5For constant, T is the temperature value that Temperature Humidity Sensor is read.
As a result, by carrying out temperature-compensating processing to relative humidity according to air outlet temperature, compensation humidity is obtained, precisely
Property is more preferable.
Step S320 optimizes processing to the air outlet temperature, obtains the optimization temperature of the air outlet temperature.
Such as: to the air outlet humidity and the air outlet temperature, temperature and humidity compensation and linear optimization processing are carried out, is obtained
To compensation humidity and optimization temperature.
It is available precisely reliably to optimize temperature as a result, by optimizing processing to air outlet temperature.
In an optional example, processing is optimized to the air outlet temperature in step S320, may include: basis
Setting linear optimization coefficient (such as: the 6th setting COEFFICIENT K6, the 7th setting COEFFICIENT K7Deng), the air outlet temperature is carried out
Linear optimization processing, to realize the optimization processing to the air outlet temperature.
Such as: temperature value carries out linear optimization conversion: temperature sensor has fabulous linear, passes through following conversion formula
Numeral output is converted into temperature value TL(i.e. optimization temperature TL): TL=K6+K7*RHT.Wherein, K6、K7For constant.
As a result, by carrying out linear optimization processing to air outlet temperature, obtained optimization temperature is more accurate, more may be used
It leans on, is conducive to promote the accuracy that dew-point temperature obtains.
Step S330 is carried out at calculating according to the compensation humidity, the optimization temperature and the design factor of setting
Reason, obtains the dew-point temperature of the air outlet of the air-conditioning.
Such as: a kind of more accurate calculation formula is used, the temperature and humidity in calculation are passed by high-precision
Sensor obtains data, in conjunction with Intelligent treatment and compensation control, obtains the dew point of highest accuracy.
Such as: the condensation prevention control method of the air-conditioning (such as: mobile air conditioner), it can be real-time by air outlet dew-point temperature
The intelligent control methods such as monitoring calculation and infrared measurement of temperature are realized.
Such as: obtain the RH by linear optimization and compensation dealsT(i.e. compensation humidity RHT) and TL(i.e. optimization temperature TL)
After value, dew-point temperature T is calculated by dew-point formulad:
Wherein, the K in above-mentioned calculation formula8Indicate compensation humidity RHTNatural logrithm, TnAnd K9For dew point TdMeter
Parameter is calculated, it can be using value as constant.
As a result, by the calculating of acquisition and dew-point temperature to air outlet temperature and humidity, external environment parameters error can be eliminated
The indirect influence for leading to dew-point temperature detection error, reduces the detection error in anti-condensation control.
At step S130, according to the relationship of the dew-point temperature and the air outlet temperature, and in conjunction with the body surface temperature
The relationship of degree and the comfort level temperature (such as: human comfort's temperature, human comfort curve temperature) of setting, to the air-conditioning into
The anti-condensation control of row.
Such as: realize that mobile air conditioner air outlet dew point calculates in real time, infrared temperature-measuring intelligent control, the operation of dynamic regulation unit
State, being optimal comfort effect.
Such as: it can solve the problems, such as air-conditioner air outlet condensation, improve the refrigerating efficiency of air-conditioning, while improve air-conditioning and using and relaxing
Adaptive.
As a result, by combining the relationship and shell temperature of dew-point temperature and air outlet temperature and the pass of comfort level temperature
System carries out anti-condensation control to air-conditioning, can solve air outlet and dew condensation phenomenon occurs, improves user's comfort effect.
In an optional example, anti-condensation control can be carried out to the air-conditioning in method of the invention as shown in connection with fig. 4
The flow diagram of one embodiment of system further illustrates the specific mistake for carrying out anti-condensation control in step S130 to the air-conditioning
Journey.
Step S410, determines whether the shell temperature is greater than the comfort level temperature.
Such as: comfort curve temperature T2It can be multiple points, it is different to be corresponded under different temperatures and humidity environment
Point is, it can be achieved that dynamic check and correction.
Such as: comfort curve temperature T2, can be the comfort level temperature range of setting.Body surface temperature T1With human body
The check and correction of comfort curve can be determining body surface temperature T1Position in the comfort level temperature range of setting.
Step S420, when the shell temperature be greater than the comfort level temperature when, according to the dew-point temperature and it is described go out
First difference of draught temperature controls at least one of the wind file of the air-conditioning, wind direction, so that the air-conditioning
Refrigeration or the effect for the operation that dehumidifies, reach dynamic equilibrium with human comfort under refrigeration or dehumidification mode.
It is alternatively possible to as shown in connection with fig. 5 in method of the invention in the wind file of the air-conditioning, wind direction at least
One of the flow diagram of an embodiment that is controlled, further illustrate in step S420 to the wind file of the air-conditioning, air-supply
The detailed process that at least one of angle is controlled.
Step S510 determines the first difference of the dew-point temperature Yu the air outlet temperature, and determines that described first is poor
Whether value is less than or equal to the first setting value.
Step S520 further determines that described first when first difference is less than or equal to first setting value
Whether difference is greater than the lower limit of the first temperature range of setting and is less than or equal to the upper limit of first temperature range.
Or step S540, determine first difference whether be greater than the lower limit of the second temperature range of setting and be less than or
Equal to the upper limit of the second temperature range
Or step S560, determine first difference whether be greater than the lower limit of the third temperature range of setting and be less than or
Equal to the upper limit of the third temperature range.And
Step S530, when first difference is greater than the lower limit of first temperature range and is less than or equal to described the
When the upper limit of one temperature range, the highest wind file that sets the wind file of the air-conditioning, and/or make the described of the air-conditioning
Wind direction is the maximum wind direction of setting.
Such as: as dew-point temperature TdWith the difference of air outlet temperature T at [2,3] DEG C section, the load transition of air-conditioning is
With highest wind file, maximum wind direction operation.
Or step S550, when first difference is greater than the lower limit of the second temperature range and is less than or equal to described
When the upper limit of second temperature range, the middle wind file that sets the wind file of the air-conditioning, and/or make the described of the air-conditioning
Wind direction is the medium wind direction of setting.
Such as: as dew-point temperature TdWith the difference of air outlet temperature T at [1,2] DEG C section, the load transition of air-conditioning is
It is run with middle wind file, medium wind direction.
Or step S570, when first difference is greater than the lower limit of the third temperature range and is less than or equal to described
When the upper limit of third temperature range, makes the minimum wind file of the wind file setting of the air-conditioning, and/or make the institute of the air-conditioning
State the minimum wind direction that wind direction is setting.
Such as: as dew-point temperature TdWith the difference of air outlet temperature T at [0,1] DEG C section, the load transition of air-conditioning is
With minimum wind file, minimum wind direction operation.
Such as: when the shell temperature is greater than or equal to human comfort's temperature, according to the dew-point temperature and institute
The difference for stating air outlet temperature adjusts the ventilation state of the air-conditioning.Wherein, the ventilation state may include: that air-supply is strong
At least one of degree, wind direction.
Wherein, the lower limit of first temperature range, more than or equal to the upper limit of the second temperature range;Described second
The lower limit of temperature range, more than or equal to the upper limit of the third temperature range.
Such as: if obtained body surface temperature T1Temperature T corresponding greater than human comfort curve2, further relatively reveal
Point temperature TdWith the difference of air outlet temperature T, when difference is within the scope of≤3 DEG C, according to difference in different temperature ranges, air-conditioning
The corresponding dynamic regulation of ventilation state:
Wherein, wind direction can be air conditioner air deflector and the angle that horizontal or vertical direction is formed.
Such as: the purpose adjusted above is under the premise of not influencing air conditioner refrigeration effect, and dew condensation phenomenon does not occur in air-conditioning,
Accomplish to meet human comfort's demand, human comfort and environmental degree of comfort is made to reach dynamic equilibrium.
As a result, by comparison shell temperature and comfort level temperature, compare dew-point temperature and air outlet temperature to a deeper level
Difference it is solidifying to accomplish can both to efficiently solve air-conditioning according to the different degrees of dynamic regulation air conditioner load state of the two difference
The phenomenon that dew, and do not influence air conditioner refrigeration effect.
Or step S430, when the shell temperature is less than or equal to the comfort level temperature, according to the comfort level temperature
The second difference between degree and the shell temperature, controls the set temperature of the air-conditioning, so that the shell temperature
Reach infinite approach with comfort level temperature.
As a result, by comparison shell temperature and comfort level temperature, the wind file of air-conditioning, wind direction, set temperature are carried out
Adaptation is adjusted, and to realize the anti-condensation control of air-conditioning, high reliablity, user experience is good.
It is alternatively possible to controlled in method of the invention the set temperature of the air-conditioning as shown in connection with fig. 6 one
The flow diagram of embodiment further illustrates the specific mistake controlled in step S430 the set temperature of the air-conditioning
Journey.
Step S610 determines the second difference of the comfort level temperature Yu the shell temperature, and determines that described second is poor
Whether value is less than or equal to the second setting value.
Step S620 further determines that described second when second difference is less than or equal to second setting value
Whether difference is greater than the lower limit of the 4th temperature range of setting and is less than or equal to the upper limit of the 4th temperature range.
Or step S640, determine second difference whether be greater than the lower limit of the 5th temperature range of setting and be less than or
Equal to the upper limit of the 5th temperature range.
Or step S660, determine second difference whether be greater than the lower limit of the 6th temperature range of setting and be less than or
Equal to the upper limit of the 6th temperature range.And
Step S630, when second difference is greater than the lower limit of the 4th temperature range and is less than or equal to described the
When the upper limit of four temperature ranges, increase the set temperature of the air-conditioning with the first setting rate.
Or step S650, when second difference is greater than the lower limit of the 5th temperature range and is less than or equal to described
When the upper limit of the 5th temperature range, increase the set temperature of the air-conditioning with the second setting rate.
Or step S670, when second difference is greater than the lower limit of the 6th temperature range and is less than or equal to described
When the upper limit of the 6th temperature range, increase the set temperature of the air-conditioning with third setting rate.
Such as: when the shell temperature is less than or equal to human comfort's temperature, set according to the shell temperature
Position in fixed comfort level temperature curve, controls the set temperature of the air-conditioning.Such as: according to human comfort's temperature with
The difference of the shell temperature, the set temperature for controlling the air-conditioning increase.Wherein, the set temperature for controlling the air-conditioning increases
Add, can may include: the set temperature for making the air-conditioning, using the shell temperature as starting point, and is at the uniform velocity increased with setting speedup
Add;When setting duration arrival, the air-conditioning is made to maintain the current set temperature operation at the uniform velocity increased.
Wherein, the lower limit of the 4th temperature range, more than or equal to the upper limit of the 5th temperature range;Described 5th
The lower limit of temperature range, more than or equal to the upper limit of the 6th temperature range.
Such as: if body surface temperature T1Less than human comfort curve corresponding temperature T2When, further relatively T2With T1's
Difference, when difference is within the scope of≤3 DEG C, according to difference in different temperature ranges, the set temperature of air-conditioning is in the following way
It automatically adjusts:
As a result, by further determining that comfort level temperature and body surface when shell temperature is less than or equal to comfort level temperature
Position of the difference in comfort curve between temperature, to be increased to some extent according to different location set temperature
Processing, so that shell temperature is more nearly with comfort level temperature, so that the comfort that user uses is more preferably.
In an optional example, can as shown in connection with fig. 7 in method of the invention to the set temperature of the air-conditioning into
The flow diagram of another embodiment of row control, further illustrates and controls in step S430 to the set temperature of the air-conditioning
Another detailed process of system.
Step S710 determines the set temperature with the first setting rate, the second setting rate, the third
Set at least one of the rate increased time, if reach the second setting duration.
Step S720 stops the increase, and will be described when the increased time reaching the second setting duration
Set temperature is set to Current Temperatures, so that the air-conditioning maintains the Current Temperatures operation.Wherein, the Current Temperatures, specifically
Are as follows: gained temperature when at the uniform velocity increasing the shell temperature by the second setting duration with the first setting rate.
Such as: above adjust is to monitor body surface temperature T in the case where meeting refrigeration effect1With human comfort
Curve corresponding temperature T2Relationship, and then dynamic regulation air-conditioning set temperature at the uniform velocity increases, and air-conditioner temperature reaches (T after t minutes1+
0.3t) DEG C, and the running temperature is maintained.Make air-conditioning balanced ventilation within the set time, is finally reached body surface temperature T1With
Human comfort curve corresponding temperature T2Wirelessly close trend meets human body comfort requirement.
Set control is carried out when as a result, by increasing certain time length to set temperature, so that more to the control of set temperature
Add the comfort reliable, the stability and user for being conducive to promotion operation of air conditioner use.
Wherein, the first setting rate is greater than the second setting rate;The second setting rate is greater than described the
Three setting rates.
The different temperatures range being arranged step by step by basis as a result, and the setting rate being arranged step by step, so as to air-conditioning
Anti-condensation control it is safer, more stable, preferably to promote user experience.
It can also include: in the air outlet temperature and outlet air for obtaining the air-conditioning in an optional embodiment
Before mouth humidity, determine whether the present mode of operation of the air-conditioning is refrigeration or dehumidification mode.
Optionally, when the present mode of operation is the refrigeration or dehumidification mode, the air-conditioning is made to enter setting
Anti-condensation control model, and under the anti-condensation control model, to the air outlet temperature and the outlet air of the air-conditioning
Mouth humidity is obtained.
Such as: when the refrigeration or dehumidification mode, just to make the air-conditioning enter the anti-of setting in the operation of air conditioner
Condensation control model, and under the anti-condensation control model, obtain the air outlet temperature and the outlet air of the air-conditioning
Mouth humidity.
It is anti-condensation to determine whether to make air-conditioning to enter as a result, by determining whether air-conditioning runs on refrigeration or dehumidification mode
Control model can influence operation of air conditioner or increase energy consumption to avoid entering in the anti-condensation mode of unnecessary entrance, can also protect
Card is timely entered when needing and entering anti-condensation control model to guarantee that air-conditioning is safely operated, high reliablity.
In an optional example, the current operation of the air-conditioning can be determined in method of the invention as shown in connection with fig. 2
Mode whether be refrigeration or dehumidification mode an embodiment flow diagram, further illustrate the current fortune for determining the air-conditioning
Row mode whether be refrigeration or dehumidification mode detailed process.
Step S210, when determining whether runing time of the air-conditioning under the present mode of operation reaches the first setting
It is long.
Step S220, when the runing time reach it is described first setting duration when, to the present mode of operation whether
It is determined for refrigeration or dehumidification mode.
Such as: when starting of air conditioner and operation the first setting duration, determine whether the air-conditioning runs on refrigeration or dehumidifying
Mode, when the operation of air conditioner is when refrigeration or dehumidification mode, into preset anti-condensation control model.
Such as: after air-conditioning operates normally a period of time, when stable, whether detection air-conditioning is with refrigeration or dehumidification mode
Operation, if then air-conditioning is automatically into anti-condensation control model.
Such as: air-conditioning can be detected at any time whether with refrigeration or dehumidification mode operation.If in fact, booting after detect,
It is detected again after a period of time being operated normally after powering, to detect again after operation of air conditioner is stablized, is conducive to promote detection
Accuracy and control reliability.
As a result, by being determined in operation of air conditioner certain time to operational mode, with right after operation of air conditioner is stablized
Operational mode is determined, and is conducive to the accuracy and reliability that Lifting scheme determines.
It can also include: to obtain user in the air-conditioning local environment described in an optional embodiment
Before shell temperature, determine whether the dew-point temperature is greater than the air outlet temperature.
Such as: the dew-point temperature T that will acquired, with current air outlet temperature T (or the air outlet temperature of air outlet
T it) compares.
Optionally, when the dew-point temperature is greater than the air outlet temperature, to user in the air-conditioning local environment
The shell temperature obtained.
Such as: with when the dew-point temperature is greater than the air outlet temperature, just obtaining makes in the air-conditioning local environment
The shell temperature of user, to judge the relationship of the shell temperature and the comfort level temperature.
Such as: if dew-point temperature TdGreater than air outlet temperature T, then the body surface temperature under current environment is further detected
T1。
Optionally, when the dew-point temperature is less than or equal to the air outlet temperature, the air-conditioning is made to maintain itself
Present mode of operation.
Such as: when the dew-point temperature is less than or equal to the air outlet temperature, continue the air-conditioning with the system
The operation of cold or dehumidification mode.
Such as: if meeting dew-point temperature TdLess than the condition of air outlet temperature T, current refrigeration effect is not able to satisfy user and needs
It asks, air-conditioner air outlet is not in condensation at this time, and without automatically adjusting, air-conditioning continues with current refrigeration for the load of air-conditioning
State operation.
As a result, by obtaining shell temperature when dew-point temperature is greater than air outlet temperature, so that the standard that shell temperature obtains
True property is more preferable;Continue to run air-conditioning when dew-point temperature is less than or equal to air outlet temperature, high reliablity.
The temperature and humidity warp in calculation are passed through using the technical solution of the present embodiment through a large amount of verification experimental verification
It crosses high-precision sensor and obtains data, in conjunction with Intelligent treatment and compensation control, obtain the dew point of highest accuracy, the external world can be eliminated
Environmental parametric deviation leads to the indirect influence of dew-point temperature detection error, and the method for realization is more reasonable.
According to an embodiment of the invention, additionally providing a kind of control device of air-conditioning of the control method corresponding to air-conditioning.
The structural schematic diagram of one embodiment of the device of the invention shown in Figure 8.The control device of the air-conditioning can may include: to obtain
Take unit 102, determination unit 104 and control unit 106.
In an optional example, acquiring unit 102 can be used for obtaining the air outlet temperature and air outlet of the air-conditioning
Humidity, and obtain the shell temperature of user in the air-conditioning local environment.The concrete function and processing ginseng of the acquiring unit 102
See step S110.
Optionally, the air-conditioning may include: movable air conditioner.
Optionally, the acquiring unit 102 obtains the air outlet temperature and air outlet humidity of the air-conditioning, specifically can wrap
It includes: receiving by temperature and humidity collection device (such as: Temperature Humidity Sensor) the collected air outlet temperature and the air outlet
Humidity.
Such as: the temperature and humidity collection device, adaptation are set at the air outlet of the air-conditioning.
Such as: under refrigeration or dehumidification mode, into after anti-condensation control model, by the temperature for being mounted on air-conditioner air outlet
Humidity sensor obtains the air outlet temperature and air outlet humidity of the air outlet of the air-conditioning.
Such as: air-conditioning enters anti-condensation control model, by being mounted on the high-accuracy temperature-humidity sensor of air-conditioner air outlet,
Acquire the air outlet temperature T (or current air outlet temperature T) and air outlet humidity RH of air-conditioner air outlet.
Optionally, the acquiring unit 102 obtains the shell temperature of user in the air-conditioning local environment, specifically can be with
It include: to receive by the collected shell temperature of body temperature acquisition device.
Wherein, the body temperature acquisition device may include: clinical thermometer, infrared temperature sensor, the equipment that can be dressed
At least one of (such as: bracelet).
Such as: body surface temperature T1It is detected by the infrared sensor or Intelligent bracelet wearable device of control system, place
Corresponding electric signal is fed back into main control module after reason, the human comfort curve prestored with main control module is proofreaded.
Such as: shell temperature T1, can detect to obtain by wearable devices such as bracelets.
Such as: body surface temperature T1It is proofreaded with human comfort curve, may include: that human comfort curve is
The experience curve being made of point, human comfort curve has been pre-stored in the memory of main control module when software design, with human body
Shell temperature T1The check and correction of point with point can be achieved.
It is obtained as a result, by the collected air outlet temperature of temperature and humidity collection device and air outlet humidity and is adopted by body temperature
The collected shell temperature of acquisition means, acquisition modes are easy, and the result accuracy of acquisition is good, high reliablity.
In an optional example, determination unit 104 can be used for wet according to the air outlet temperature and the air outlet
Degree, determines the dew-point temperature (i.e. the dew-point temperature of air outlet) of the air-conditioning.The concrete function and processing ginseng of the determination unit 104
See step S120.
Such as: realize the real-time detection of dew-point temperature at mobile air conditioner air outlet, intelligent control.Wherein, dew-point temperature, can
To refer to air under the conditions of moisture content and all immovable air pressure, it is cooled to temperature when saturation.
Optionally, the determination unit 104 determines the dew-point temperature of the air-conditioning, can specifically include: to the outlet air
Mouth humidity carries out temperature and humidity compensation processing, obtains the compensation humidity of the air outlet humidity.The concrete function of the determination unit 104
And processing sees also step S310.
More optionally, the determination unit 104 carries out temperature and humidity compensation processing to the air outlet humidity, specifically can wrap
Include: to the air outlet humidity carry out humidity compensation deals, obtain the air outlet humidity relative humidity (such as: it is relatively wet
Degree evidence).
In an optional specific example, the determination unit 104 carries out humidity compensation deals to the air outlet humidity,
Can specifically include: according to the humidity penalty coefficient of setting (such as: the first setting COEFFICIENT K1, second setting COEFFICIENT K2, third sets
Determine COEFFICIENT K3Deng), nonlinear compensation processing is carried out to the air outlet humidity, to realize that the humidity to the air outlet humidity is mended
Repay processing.
Such as: relative humidity conversion: humidity data (i.e. air outlet humidity RH) first carries out nonlinear compensation processing, converts
To accurate relative humidity data RHL(the relative humidity RH handled through nonlinear compensationL): RHL=K1+K2*RH+K3*
RH2.Wherein, K1、K2、K3For constant, RH is the humidity that Temperature Humidity Sensor is read.
As a result, by carrying out nonlinear compensation processing to air outlet humidity, the accuracy of obtained relative humidity is good, reliable
Property it is high, and treatment process is succinct.
More optionally, the determination unit 104 carries out temperature and humidity compensation processing to the air outlet humidity, specifically can be with
Include: that temperature-compensating processing is carried out to the relative humidity, obtains the compensation humidity of the relative humidity.
As a result, by carrying out temperature-compensating processing to relative humidity, the compensation humidity of relative humidity is obtained, high reliablity,
Accuracy is good.
In an optional specific example, the determination unit 104 carries out temperature-compensating processing to the relative humidity, can
With include: according to the air outlet temperature and the temperature compensation coefficient of setting (such as: the 4th setting COEFFICIENT K4, the 5th setting system
Number K5Deng), temperature-compensating processing is carried out to the relative humidity, to realize that the temperature-compensating to the relative humidity is handled.
Such as: humidity data temperature-compensating: due to the actual temperature and test reference temperature T of environment0(such as 25 DEG C) difference
It is larger, moisture signal RH (i.e. air outlet humidity RH) be also required to it is synchronous carry out temperature-compensating, with obtain to the relative humidity into
The compensation humidity RH that trip temperature compensatesT。
Wherein, it to the temperature-compensating of the relative humidity, can be handled according to following compensation formula: RHT=(T-T0)*(K4
+K5*RHL)+RHL.Wherein, K4、K5For constant, T is the temperature value that Temperature Humidity Sensor is read.
As a result, by carrying out temperature-compensating processing to relative humidity according to air outlet temperature, compensation humidity is obtained, precisely
Property is more preferable.
Optionally, the determination unit 104 determines the dew-point temperature of the air-conditioning, specifically can also include: to it is described go out
Draught temperature optimizes processing, obtains the optimization temperature of the air outlet temperature.The concrete function of the determination unit 104 and place
Reason sees also step S320.
Such as: to the air outlet humidity and the air outlet temperature, temperature and humidity compensation and linear optimization processing are carried out, is obtained
To compensation humidity and optimization temperature.
It is available precisely reliably to optimize temperature as a result, by optimizing processing to air outlet temperature.
In an optional specific example, the determination unit 104 optimizes processing to the air outlet temperature, can be with
Include: according to the linear optimization coefficient of setting (such as: the 6th setting COEFFICIENT K6, the 7th setting COEFFICIENT K7Deng), to the air outlet
Temperature carries out linear optimization processing, to realize the optimization processing to the air outlet temperature.
Such as: temperature value carries out linear optimization conversion: temperature sensor has fabulous linear, passes through following conversion formula
Numeral output is converted into temperature value TL(i.e. optimization temperature TL): TL=K6+K7*RHT.Wherein, K6、K7For constant.
As a result, by carrying out linear optimization processing to air outlet temperature, obtained optimization temperature is more accurate, more may be used
It leans on, is conducive to promote the accuracy that dew-point temperature obtains.
Optionally, the determination unit 104 determines the dew-point temperature of the air-conditioning, specifically can also include: according to
The design factor for compensating humidity, the optimization temperature and setting, carries out calculation processing, obtains the air outlet of the air-conditioning
Dew-point temperature.The concrete function of the determination unit 104 and processing see also step S330.
Such as: a kind of more accurate calculation formula is used, the temperature and humidity in calculation are passed by high-precision
Sensor obtains data, in conjunction with Intelligent treatment and compensation control, obtains the dew point of highest accuracy.
Such as: the condensation prevention control method of the air-conditioning (such as: mobile air conditioner), it can be real-time by air outlet dew-point temperature
The intelligent control methods such as monitoring calculation and infrared measurement of temperature are realized.
Such as: obtain the RH by linear optimization and compensation dealsT(i.e. compensation humidity RHT) and TL(i.e. optimization temperature TL)
After value, dew-point temperature T is calculated by dew-point formulad:
Wherein, the K in above-mentioned calculation formula8Indicate compensation humidity RHTNatural logrithm, TnAnd K9For dew point TdMeter
Parameter is calculated, it can be using value as constant.
As a result, by the calculating of acquisition and dew-point temperature to air outlet temperature and humidity, external environment parameters error can be eliminated
The indirect influence for leading to dew-point temperature detection error, reduces the detection error in anti-condensation control.
In an optional example, control unit 106 can be used for according to the dew-point temperature and the air outlet temperature
Relationship, and in conjunction with the shell temperature and the comfort level temperature of setting (such as: human comfort's temperature, human comfort curve
Temperature) relationship, anti-condensation control is carried out to the air-conditioning.The concrete function of the control unit 106 and processing are referring to step
S130。
Such as: realize that mobile air conditioner air outlet dew point calculates in real time, infrared temperature-measuring intelligent control, the operation of dynamic regulation unit
State, being optimal comfort effect.
Such as: it can solve the problems, such as air-conditioner air outlet condensation, improve the refrigerating efficiency of air-conditioning, while improve air-conditioning and using and relaxing
Adaptive.
As a result, by combining the relationship and shell temperature of dew-point temperature and air outlet temperature and the pass of comfort level temperature
System carries out anti-condensation control to air-conditioning, can solve air outlet and dew condensation phenomenon occurs, improves user's comfort effect.
Optionally, described control unit 106 carries out anti-condensation control to the air-conditioning, can specifically include: described in determining
Whether shell temperature is greater than the comfort level temperature.The concrete function of the control unit 106 and processing see also step S410.
Such as: comfort curve temperature T2It can be multiple points, it is different to be corresponded under different temperatures and humidity environment
Point is, it can be achieved that dynamic check and correction.
Such as: comfort curve temperature T2, can be the comfort level temperature range of setting.Body surface temperature T1With human body
The check and correction of comfort curve can be determining body surface temperature T1Position in the comfort level temperature range of setting.
Optionally, described control unit 106 carries out anti-condensation control to the air-conditioning, specifically can also include: when described
When shell temperature is greater than the comfort level temperature, according to the first difference of the dew-point temperature and the air outlet temperature, to institute
At least one of wind file, the wind direction for stating air-conditioning are controlled, so that the air-conditioning freezes under refrigeration or dehumidification mode
Or the effect of dehumidifying operation, reach dynamic equilibrium with human comfort.The concrete function of the control unit 106 and processing are seen also
Step S420.
More optionally, described control unit 106 controls at least one of the wind file of the air-conditioning, wind direction
System, can specifically include: determining the first difference of the dew-point temperature Yu the air outlet temperature, and determines first difference
Whether the first setting value is less than or equal to.The concrete function of the control unit 106 and processing see also step S510.
More optionally, described control unit 106 controls at least one of the wind file of the air-conditioning, wind direction
System specifically can also include: to further determine that described first when first difference is less than or equal to first setting value
Whether difference is greater than the lower limit of the first temperature range of setting and is less than or equal to the upper limit of first temperature range.The control
The concrete function of unit 106 processed and processing see also step S520.
Or determine whether first difference is greater than the lower limit of the second temperature range of setting and is less than or equal to described the
The upper limit of two temperature ranges.The concrete function of the control unit 106 and processing see also step S540.
Or determine whether first difference is greater than the lower limit of the third temperature range of setting and is less than or equal to described the
The upper limit of three temperature ranges.The concrete function of the control unit 106 and processing see also step S560.And
More optionally, described control unit 106 controls at least one of the wind file of the air-conditioning, wind direction
System specifically can also include: when first difference is greater than the lower limit of first temperature range and is less than or equal to described the
When the upper limit of one temperature range, the highest wind file that sets the wind file of the air-conditioning, and/or make the described of the air-conditioning
Wind direction is the maximum wind direction of setting.The concrete function of the control unit 106 and processing see also step S530.
Such as: as dew-point temperature TdWith the difference of air outlet temperature T at [2,3] DEG C section, the load transition of air-conditioning is
With highest wind file, maximum wind direction operation.
Or when first difference is greater than the lower limit of the second temperature range and is less than or equal to the second temperature model
When the upper limit enclosed, the middle wind file for setting the wind file of the air-conditioning, and/or the wind direction for making the air-conditioning
The medium wind direction of setting.The concrete function of the control unit 106 and processing see also step S550.
Such as: as dew-point temperature TdWith the difference of air outlet temperature T at [1,2] DEG C section, the load transition of air-conditioning is
It is run with middle wind file, medium wind direction.
Or when first difference is greater than the lower limit of the third temperature range and is less than or equal to the third temperature model
When the upper limit enclosed, the minimum wind file for setting the wind file of the air-conditioning, and/or the wind direction for making the air-conditioning
For the minimum wind direction of setting.The concrete function of the control unit 106 and processing see also step S570.
Such as: as dew-point temperature TdWith the difference of air outlet temperature T at [0,1] DEG C section, the load transition of air-conditioning is
With minimum wind file, minimum wind direction operation.
Such as: when the shell temperature is greater than or equal to human comfort's temperature, according to the dew-point temperature and institute
The difference for stating air outlet temperature adjusts the ventilation state of the air-conditioning.Wherein, the ventilation state may include: that air-supply is strong
At least one of degree, wind direction.
Wherein, the lower limit of first temperature range, more than or equal to the upper limit of the second temperature range;Described second
The lower limit of temperature range, more than or equal to the upper limit of the third temperature range.
Such as: if obtained body surface temperature T1Temperature T corresponding greater than human comfort curve2, further relatively reveal
Point temperature TdWith the difference of air outlet temperature T, when difference is within the scope of≤3 DEG C, according to difference in different temperature ranges, air-conditioning
The corresponding dynamic regulation of ventilation state:
Wherein, wind direction can be air conditioner air deflector and the angle that horizontal or vertical direction is formed.
Such as: the purpose adjusted above is under the premise of not influencing air conditioner refrigeration effect, and dew condensation phenomenon does not occur in air-conditioning,
Accomplish to meet human comfort's demand, human comfort and environmental degree of comfort is made to reach dynamic equilibrium.
As a result, by comparison shell temperature and comfort level temperature, compare dew-point temperature and air outlet temperature to a deeper level
Difference it is solidifying to accomplish can both to efficiently solve air-conditioning according to the different degrees of dynamic regulation air conditioner load state of the two difference
The phenomenon that dew, and do not influence air conditioner refrigeration effect.
Optionally, described control unit 106 carries out anti-condensation control to the air-conditioning, specifically can also include: or work as institute
When stating shell temperature less than or equal to the comfort level temperature, according to the between the comfort level temperature and the shell temperature
Two differences control the set temperature of the air-conditioning, so that the shell temperature and comfort level temperature reach infinite approach.
The concrete function of the control unit 106 and processing see also step S430.
As a result, by comparison shell temperature and comfort level temperature, the wind file of air-conditioning, wind direction, set temperature are carried out
Adaptation is adjusted, and to realize the anti-condensation control of air-conditioning, high reliablity, user experience is good.
More optionally, described control unit 106 controls the set temperature of the air-conditioning, can specifically include: really
Second difference of fixed the comfort level temperature and the shell temperature, and determine whether second difference is less than or equal to second
Setting value.The concrete function of the control unit 106 and processing see also step S610.
More optionally, described control unit 106 controls the set temperature of the air-conditioning, specifically can also include:
When second difference is less than or equal to second setting value, further determine that whether second difference is greater than setting
The lower limit of 4th temperature range and the upper limit for being less than or equal to the 4th temperature range.The concrete function of the control unit 106
And processing sees also step S620.
Or determine whether second difference is greater than the lower limit of the 5th temperature range of setting and is less than or equal to described the
The upper limit of five temperature ranges.The concrete function of the control unit 106 and processing see also step S640.
Or determine whether second difference is greater than the lower limit of the 6th temperature range of setting and is less than or equal to described the
The upper limit of six temperature ranges.The concrete function of the control unit 106 and processing see also step S660.And
More optionally, described control unit 106 controls the set temperature of the air-conditioning, specifically can also include:
When second difference is greater than the lower limit of the 4th temperature range and is less than or equal to the upper limit of the 4th temperature range
When, increase the set temperature of the air-conditioning with the first setting rate.The concrete function of the control unit 106 and processing are also
Referring to step S630.
Or when second difference is greater than the lower limit of the 5th temperature range and is less than or equal to the 5th temperature model
When the upper limit enclosed, increase the set temperature of the air-conditioning with the second setting rate.The concrete function of the control unit 106
And processing sees also step S650.
Or when second difference is greater than the lower limit of the 6th temperature range and is less than or equal to the 6th temperature model
When the upper limit enclosed, increase the set temperature of the air-conditioning with third setting rate.The concrete function of the control unit 106
And processing sees also step S670.
Such as: when the shell temperature is less than or equal to human comfort's temperature, set according to the shell temperature
Position in fixed comfort level temperature curve, controls the set temperature of the air-conditioning.Such as: according to human comfort's temperature with
The difference of the shell temperature, the set temperature for controlling the air-conditioning increase.Wherein, the set temperature for controlling the air-conditioning increases
Add, can may include: the set temperature for making the air-conditioning, using the shell temperature as starting point, and is at the uniform velocity increased with setting speedup
Add;When setting duration arrival, the air-conditioning is made to maintain the current set temperature operation at the uniform velocity increased.
Wherein, the lower limit of the 4th temperature range, more than or equal to the upper limit of the 5th temperature range;Described 5th
The lower limit of temperature range, more than or equal to the upper limit of the 6th temperature range.
Such as: if body surface temperature T1Less than human comfort curve corresponding temperature T2When, further relatively T2With T1's
Difference, when difference is within the scope of≤3 DEG C, according to difference in different temperature ranges, the set temperature of air-conditioning is in the following way
It automatically adjusts:
As a result, by further determining that comfort level temperature and body surface when shell temperature is less than or equal to comfort level temperature
Position of the difference in comfort curve between temperature, to be increased to some extent according to different location set temperature
Processing, so that shell temperature is more nearly with comfort level temperature, so that the comfort that user uses is more preferably.
Optionally, described control unit 106 carries out anti-condensation control to the air-conditioning, can also specifically comprise determining that institute
Set temperature is stated to increase at least one of the first setting rate, the second setting rate, third setting rate
The time added, if reach the second setting duration.The concrete function of the control unit 106 and processing see also step S710.
Optionally, described control unit 106 carries out anti-condensation control to the air-conditioning, specifically can also include: when described
When the increased time reaches the second setting duration, stop the increase, and the set temperature is set to Current Temperatures, with
The air-conditioning is set to maintain the Current Temperatures operation.Wherein, the Current Temperatures, specifically: make the shell temperature with described
Gained temperature when first setting rate at the uniform velocity increases the second setting duration.The concrete function of the control unit 106 and processing
See also step S720.
Such as: above adjust is to monitor body surface temperature T in the case where meeting refrigeration effect1With human comfort
Curve corresponding temperature T2Relationship, and then dynamic regulation air-conditioning set temperature at the uniform velocity increases, and air-conditioner temperature reaches (T after t minutes1+
0.3t) DEG C, and the running temperature is maintained.Make air-conditioning balanced ventilation within the set time, is finally reached body surface temperature T1With
Human comfort curve corresponding temperature T2Wirelessly close trend meets human body comfort requirement.
Set control is carried out when as a result, by increasing certain time length to set temperature, so that more to the control of set temperature
Add the comfort reliable, the stability and user for being conducive to promotion operation of air conditioner use.
Wherein, the first setting rate is greater than the second setting rate;The second setting rate is greater than described the
Three setting rates.
The different temperatures range being arranged step by step by basis as a result, and the setting rate being arranged step by step, so as to air-conditioning
Anti-condensation control it is safer, more stable, preferably to promote user experience.
In an optional embodiment, can also comprise determining that whether the present mode of operation of the air-conditioning is refrigeration
Or the process of dehumidification mode.
Optionally, the acquiring unit 102 can be also used for when the present mode of operation being the refrigeration or dehumidifying mould
When formula, the air-conditioning is set to enter the anti-condensation control model of setting, and under the anti-condensation control model, to the air-conditioning
The air outlet temperature and the air outlet humidity are obtained.
Such as: when the refrigeration or dehumidification mode, just to make the air-conditioning enter the anti-of setting in the operation of air conditioner
Condensation control model, and under the anti-condensation control model, obtain the air outlet temperature and the outlet air of the air-conditioning
Mouth humidity.
It is anti-condensation to determine whether to make air-conditioning to enter as a result, by determining whether air-conditioning runs on refrigeration or dehumidification mode
Control model can influence operation of air conditioner or increase energy consumption to avoid entering in the anti-condensation mode of unnecessary entrance, can also protect
Card is timely entered when needing and entering anti-condensation control model to guarantee that air-conditioning is safely operated, high reliablity.
In an optional example, the determination unit 104 be can be also used in the air outlet for obtaining the air-conditioning
Before temperature and air outlet humidity, determine whether the present mode of operation of the air-conditioning is refrigeration or dehumidification mode.
Optionally, the determination unit 104 determines whether the present mode of operation of the air-conditioning is refrigeration or dehumidification mode,
It can specifically include: determining whether runing time of the air-conditioning under the present mode of operation reaches the first setting duration.
The concrete function of the determination unit 104 and processing see also step S210.
Optionally, the determination unit 104 determines whether the present mode of operation of the air-conditioning is refrigeration or dehumidification mode,
Specifically can also include: when the runing time reach it is described first setting duration when, to the present mode of operation whether be
Refrigeration or dehumidification mode are determined.The concrete function of the determination unit 104 and processing see also step S220.
Such as: when starting of air conditioner and operation the first setting duration, determine whether the air-conditioning runs on refrigeration or dehumidifying
Mode, when the operation of air conditioner is when refrigeration or dehumidification mode, into preset anti-condensation control model.
Such as: after air-conditioning operates normally a period of time, when stable, whether detection air-conditioning is with refrigeration or dehumidification mode
Operation, if then air-conditioning is automatically into anti-condensation control model.
Such as: air-conditioning can be detected at any time whether with refrigeration or dehumidification mode operation.If in fact, booting after detect,
It is detected again after a period of time being operated normally after powering, to detect again after operation of air conditioner is stablized, is conducive to promote detection
Accuracy and control reliability.
As a result, by being determined in operation of air conditioner certain time to operational mode, with right after operation of air conditioner is stablized
Operational mode is determined, and is conducive to the accuracy and reliability that Lifting scheme determines.
In an optional embodiment, it can also comprise determining that whether the dew-point temperature is greater than the air outlet temperature
The process of degree.
In an optional example, the determination unit 104 can be also used for obtaining the air-conditioning local environment described
Before the shell temperature of middle user, determine whether the dew-point temperature is greater than the air outlet temperature.
Such as: the dew-point temperature T that will acquired, with current air outlet temperature T (or the air outlet temperature of air outlet
T it) compares.
In an optional example, the acquiring unit 102 can be also used for being greater than the outlet air when the dew-point temperature
When mouth temperature, the shell temperature of user in the air-conditioning local environment is obtained.
Such as: with when the dew-point temperature is greater than the air outlet temperature, just obtaining makes in the air-conditioning local environment
The shell temperature of user, to judge the relationship of the shell temperature and the comfort level temperature.
Such as: if dew-point temperature TdGreater than air outlet temperature T, then the body surface temperature under current environment is further detected
T1。
Or in an optional example, described control unit 106 can be also used for being less than or equal to when the dew-point temperature
When the air outlet temperature, the air-conditioning is made to maintain the present mode of operation of itself.
Such as: when the dew-point temperature is less than or equal to the air outlet temperature, continue the air-conditioning with the system
The operation of cold or dehumidification mode.
Such as: if meeting dew-point temperature TdLess than the condition of air outlet temperature T, current refrigeration effect is not able to satisfy user and needs
It asks, air-conditioner air outlet is not in condensation at this time, and without automatically adjusting, air-conditioning continues with current refrigeration for the load of air-conditioning
State operation.
As a result, by obtaining shell temperature when dew-point temperature is greater than air outlet temperature, so that the standard that shell temperature obtains
True property is more preferable;Continue to run air-conditioning when dew-point temperature is less than or equal to air outlet temperature, high reliablity.
The processing and function realized by the device of the present embodiment essentially correspond to earlier figures 1 to method shown in Fig. 7
Embodiment, principle and example, therefore not detailed place in the description of the present embodiment may refer to mutually speaking on somebody's behalf in previous embodiment
Bright, this will not be repeated here.
Through a large amount of verification experimental verification, using technical solution of the present invention, by realizing that mobile air conditioner air outlet dew point is real-time
It calculates, infrared temperature-measuring intelligent control, dynamic regulation operating states of the units, being optimal comfort effect.
According to an embodiment of the invention, additionally provide the control device corresponding to air-conditioning a kind of air-conditioning (such as: it is mobile empty
It adjusts).The air-conditioning may include: the control device of above-described air-conditioning.
In an optional embodiment, the condensation prevention control method of the air-conditioning (such as: mobile air conditioner) can be by going out
Air port dew-point temperature real-time monitoring calculates and the intelligent control methods such as infrared measurement of temperature are realized.
Optionally, example shown in Figure 9, the anti-condensation control process of the air-conditioning, concrete methods of realizing are as follows:
After step 1, air-conditioning operate normally a period of time, when stable, whether air-conditioning is detected with the mould that freezes or dehumidify
Formula operation, if then air-conditioning is automatically into anti-condensation control model.
Such as: air-conditioning can be detected at any time whether with refrigeration or dehumidification mode operation.If in fact, booting after detect,
It is detected again after a period of time being operated normally after powering, to detect again after operation of air conditioner is stablized, is conducive to promote detection
Accuracy and control reliability.
Step 2, air-conditioning enter anti-condensation control model, and the high-accuracy temperature-humidity by being mounted on air-conditioner air outlet senses
Device acquires the air outlet temperature T (or current air outlet temperature T) and air outlet humidity RH of air-conditioner air outlet, collected number
According to being handled in the following way, dew-point temperature is obtained:
The conversion of step 1) relative humidity: humidity data (i.e. air outlet humidity RH) first carries out nonlinear compensation processing, conversion
Obtain accurate relative humidity data RHL(the relative humidity RH handled through nonlinear compensationL): RHL=K1+K2*RH+
K3*RH2。
Wherein, K1、K2、K3For constant, RH is the humidity that Temperature Humidity Sensor is read.
Step 2) humidity data temperature-compensating: due to the actual temperature and test reference temperature T of environment0(such as 25 DEG C) difference
It is larger, moisture signal RH (i.e. air outlet humidity RH) be also required to it is synchronous carry out temperature-compensating, with obtain to the relative humidity into
The compensation humidity RH that trip temperature compensatesT.It wherein, can be public according to following compensation to the temperature-compensating of the relative humidity
Formula processing: RHT=(T-T0)*(K4+K5*RHL)+RHL。
Wherein, K4、K5For constant, T is the temperature value that Temperature Humidity Sensor is read.
Step 3) temperature value carries out linear optimization conversion: temperature sensor has fabulous linear, passes through following conversion public affairs
Numeral output is converted to temperature value T by formulaL(i.e. optimization temperature TL): TL=K6+K7*RHT。
Wherein, K6、K7For constant.
Step 4) obtains the RH by linear optimization and compensation dealsT(i.e. compensation humidity RHT) and TL(i.e. optimization temperature TL)
After value, dew-point temperature T is calculated by dew-point formulad:
K in above-mentioned calculation formula8Indicate compensation humidity RHTNatural logrithm, TnAnd K9For dew point TdCalculating ginseng
Number, can be using value as constant.
Such as: the acquisition modes of dew-point temperature may include: to be calculated according to collected temperature and humidity.
Such as: the acquisition modes of dew-point temperature can also include: directly to be measured by dew-point hygrometer, certainly to measurement
It operates more demanding.
Such as: the acquisition modes of dew-point temperature, can also include: based on experience value setting or storage temperature, humidity, dew point
The corresponding relationship of temperature when collecting temperature and humidity, is obtained by inquiring the corresponding relationship.
Step 3, the dew-point temperature T that will acquired, with current air outlet temperature T (or the air outlet temperature of air outlet
T it) compares.If meeting dew-point temperature TdLess than the condition of air outlet temperature T, current refrigeration effect is not able to satisfy user and needs
It asks, air-conditioner air outlet is not in condensation at this time, and without automatically adjusting, air-conditioning continues with current refrigeration for the load of air-conditioning
State operation.If dew-point temperature TdGreater than air outlet temperature T, then the body surface temperature T under current environment is further detected1。
Wherein, with dew-point temperature TdThe current air outlet temperature T being compared, with calculating dew-point temperature TdWhen foundation
The temperature T of air-conditioner air outlet, is same temperature.
Step 4, body surface temperature T1It is detected by the infrared sensor or Intelligent bracelet wearable device of control system, place
Corresponding electric signal is fed back into main control module after reason, the human comfort curve prestored with main control module is proofreaded.
Such as: shell temperature T1, can detect to obtain by wearable devices such as bracelets.
Such as: body surface temperature T1It is proofreaded with human comfort curve, may include: that human comfort curve is
The experience curve being made of point, human comfort curve has been pre-stored in the memory of main control module when software design, with human body
Shell temperature T1The check and correction of point with point can be achieved.
Such as: comfort curve temperature T2It can be multiple points, it is different to be corresponded under different temperatures and humidity environment
Point is, it can be achieved that dynamic check and correction.
Such as: comfort curve temperature T2, can be the comfort level temperature range of setting.Body surface temperature T1With human body
The check and correction of comfort curve can be determining body surface temperature T1Position in the comfort level temperature range of setting.
If step 1) body surface temperature T1Less than human comfort curve corresponding temperature T2When, further relatively T2With T1
Difference, when difference is within the scope of≤3 DEG C, according to difference in different temperature ranges, the set temperature of air-conditioning is according to lower section
Formula automatically adjusts:
Above adjust is to monitor body surface temperature T in the case where meeting refrigeration effect1With human comfort curve pair
Answer temperature T2Relationship, and then dynamic regulation air-conditioning set temperature at the uniform velocity increases, and air-conditioner temperature reaches (T after t minutes1+0.3t)
DEG C, and maintain the running temperature.Make air-conditioning balanced ventilation within the set time, is finally reached body surface temperature T1It relaxes with human body
Appropriate curve corresponding temperature T2Wirelessly close trend meets human body comfort requirement.
If the body surface temperature T that step 2) obtains1Temperature T corresponding greater than human comfort curve2, further relatively
Dew-point temperature TdIt is empty according to difference in different temperature ranges when difference is within the scope of≤3 DEG C with the difference of air outlet temperature T
Adjust the corresponding dynamic regulation of ventilation state:
Wherein, wind direction can be air conditioner air deflector and the angle that horizontal or vertical direction is formed.
As dew-point temperature TdWith the difference of air outlet temperature T at [2,3] DEG C section, the load transition of air-conditioning is with highest
Wind file, maximum wind direction operation.
As dew-point temperature TdWith the difference of air outlet temperature T at [1,2] DEG C section, the load transition of air-conditioning is with apoplexy
Shelves, the operation of medium wind direction.
As dew-point temperature TdWith the difference of air outlet temperature T at [0,1] DEG C section, the load transition of air-conditioning is with minimum
Wind file, minimum wind direction operation.
The purpose adjusted above is under the premise of not influencing air conditioner refrigeration effect, and dew condensation phenomenon does not occur in air-conditioning, is accomplished
Meet human comfort's demand, human comfort and environmental degree of comfort is made to reach dynamic equilibrium.
As it can be seen that the anti-condensation intelligent control method of the air-conditioning of the present embodiment, being different from detection, " air dry-bulb temperature is " with " environment
The method that two parameters of relative humidity " carry out anti-condensation control, switchs to acquire using more reasonable dew-point temperature and calculation,
External environment parameters error, which can be eliminated, leads to the indirect influence of dew-point temperature detection error, and the method for realization is more reasonable.
Moreover, the anti-condensation intelligent control method of the air-conditioning of the present embodiment, under refrigeration or dehumidification mode, by more reasonable
Dew-point formula obtain and actual ambient temperature closer to dew-point temperature;Optimizing detection method simultaneously, in comparison body surface temperature
Degree compares the difference of dew-point temperature and air outlet temperature on the basis of human comfort curve corresponding temperature to a deeper level,
According to the different degrees of dynamic regulation air conditioner load state of the two difference, accomplish both efficiently solve showing for air-conditioning condensation
As, and do not influence air conditioner refrigeration effect.
The processing and function realized by the air-conditioning of the present embodiment essentially correspond to the implementation of aforementioned device shown in Fig. 8
Example, principle and example, therefore not detailed place in the description of the present embodiment, may refer to the related description in previous embodiment,
This is not repeated them here.
Through a large amount of verification experimental verification, using technical solution of the present invention, by relaxing in comparison body surface temperature and human body
On the basis of appropriate curve corresponding temperature, compare the difference of dew-point temperature and air outlet temperature to a deeper level, it is poor according to the two
The different degrees of dynamic regulation air conditioner load state of value, accomplishes the phenomenon that can not only efficiently solving air-conditioning condensation, but also do not influence
Air conditioner refrigeration effect.
To sum up, it will be readily appreciated by those skilled in the art that under the premise of not conflicting, above-mentioned each advantageous manner can be certainly
It combined, be superimposed by ground.
The above description is only an embodiment of the present invention, is not intended to restrict the invention, for those skilled in the art
For member, the invention may be variously modified and varied.All within the spirits and principles of the present invention, it is made it is any modification,
Equivalent replacement, improvement etc., should be included within scope of the presently claimed invention.
Claims (25)
1. a kind of control method of air-conditioning characterized by comprising
The air outlet temperature and air outlet humidity of the air-conditioning are obtained, and obtains the body surface of user in the air-conditioning local environment
Temperature;
According to the air outlet temperature and the air outlet humidity, the dew-point temperature of the air-conditioning is determined;
According to the relationship of the dew-point temperature and the air outlet temperature, and in conjunction with the comfort level temperature of the shell temperature and setting
The relationship of degree carries out anti-condensation control to the air-conditioning, comprising:
Determine whether the shell temperature is greater than the comfort level temperature;
When the shell temperature is greater than the comfort level temperature, according to the dew-point temperature and the first of the air outlet temperature
Difference controls at least one of the wind file of the air-conditioning, wind direction;
When the shell temperature is less than or equal to the comfort level temperature, according to the comfort level temperature and the shell temperature
Between the second difference, the set temperature of the air-conditioning is controlled.
2. the method according to claim 1, wherein further include:
Whether the present mode of operation for determining the air-conditioning is refrigeration or dehumidification mode;And
When the present mode of operation is the refrigeration or dehumidification mode, the air outlet temperature to the air-conditioning and described
Air outlet humidity is obtained;
And/or
Determine whether the dew-point temperature is greater than the air outlet temperature;And
When the dew-point temperature is greater than the air outlet temperature, to the body surface temperature of user in the air-conditioning local environment
Degree is obtained;
Or when the dew-point temperature is less than or equal to the air outlet temperature, the air-conditioning is made to maintain the current operation mould of itself
Formula.
3. according to the method described in claim 2, it is characterized in that, whether the present mode of operation for determining the air-conditioning is refrigeration
Or dehumidification mode, comprising:
Determine whether runing time of the air-conditioning under the present mode of operation reaches the first setting duration;
It whether is refrigeration or dehumidifying mould to the present mode of operation when the runing time reaches the first setting duration
Formula is determined.
4. method described in one of -3 according to claim 1, which is characterized in that wherein,
Obtain the air outlet temperature and air outlet humidity of the air-conditioning, comprising:
It receives by the collected air outlet temperature of temperature and humidity collection device and the air outlet humidity;
And/or
Obtain the shell temperature of user in the air-conditioning local environment, comprising:
It receives by the collected shell temperature of body temperature acquisition device;
Wherein, the body temperature acquisition device, comprising: clinical thermometer, infrared temperature sensor, in the equipment that can dress at least it
One.
5. method described in one of -3 according to claim 1, which is characterized in that determine the dew-point temperature of the air-conditioning, comprising:
Temperature and humidity compensation processing is carried out to the air outlet humidity, obtains the compensation humidity of the air outlet humidity;And/or
Processing is optimized to the air outlet temperature, obtains the optimization temperature of the air outlet temperature;
According to the compensation humidity, the optimization temperature and the design factor of setting, calculation processing is carried out, the sky is obtained
The dew-point temperature of the air outlet of tune.
6. according to the method described in claim 4, it is characterized in that, determining the dew-point temperature of the air-conditioning, comprising:
Temperature and humidity compensation processing is carried out to the air outlet humidity, obtains the compensation humidity of the air outlet humidity;And/or
Processing is optimized to the air outlet temperature, obtains the optimization temperature of the air outlet temperature;
According to the compensation humidity, the optimization temperature and the design factor of setting, calculation processing is carried out, the sky is obtained
The dew-point temperature of the air outlet of tune.
7. according to the method described in claim 5, it is characterized in that, to the air outlet humidity carry out temperature and humidity compensation processing,
Include:
Humidity compensation deals are carried out to the air outlet humidity, obtain the relative humidity of the air outlet humidity;
Temperature-compensating processing is carried out to the relative humidity, obtains the compensation humidity of the relative humidity.
8. according to the method described in claim 6, it is characterized in that, to the air outlet humidity carry out temperature and humidity compensation processing,
Include:
Humidity compensation deals are carried out to the air outlet humidity, obtain the relative humidity of the air outlet humidity;
Temperature-compensating processing is carried out to the relative humidity, obtains the compensation humidity of the relative humidity.
9. the method according to the description of claim 7 is characterized in that wherein,
Humidity compensation deals are carried out to the air outlet humidity, comprising:
According to the humidity penalty coefficient of setting, nonlinear compensation processing is carried out to the air outlet humidity;
And/or
Temperature-compensating processing is carried out to the relative humidity, comprising:
According to the temperature compensation coefficient of the air outlet temperature and setting, temperature-compensating processing is carried out to the relative humidity;
And/or
Processing is optimized to the air outlet temperature, comprising:
According to the linear optimization coefficient of setting, linear optimization processing is carried out to the air outlet temperature.
10. according to the method described in claim 8, it is characterized in that, wherein,
Humidity compensation deals are carried out to the air outlet humidity, comprising:
According to the humidity penalty coefficient of setting, nonlinear compensation processing is carried out to the air outlet humidity;
And/or
Temperature-compensating processing is carried out to the relative humidity, comprising:
According to the temperature compensation coefficient of the air outlet temperature and setting, temperature-compensating processing is carried out to the relative humidity;
And/or
Processing is optimized to the air outlet temperature, comprising:
According to the linear optimization coefficient of setting, linear optimization processing is carried out to the air outlet temperature.
11. the method according to claim 1, wherein wherein,
At least one of the wind file of the air-conditioning, wind direction are controlled, comprising:
It determines the first difference of the dew-point temperature Yu the air outlet temperature, and determines whether first difference is less than or waits
In the first setting value;
When first difference is less than or equal to first setting value,
Further determine that whether first difference is greater than the lower limit of the first temperature range of setting and is less than or equal to described the
The upper limit of one temperature range,
Or determine whether first difference is greater than the lower limit of the second temperature range of setting and is less than or equal to second temperature
The upper limit of range is spent,
Or determine whether first difference is greater than the lower limit of the third temperature range of setting and is less than or equal to the third temperature
Spend the upper limit of range;And
When first difference is greater than the lower limit of first temperature range and is less than or equal to the upper of first temperature range
In limited time, the highest wind file that sets the wind file of the air-conditioning, and/or the wind direction setting for making the air-conditioning
Maximum wind direction;
Or when first difference is greater than the lower limit of the second temperature range and is less than or equal to the second temperature range
When the upper limit, the middle wind file for setting the wind file of the air-conditioning, and/or the wind direction setting for making the air-conditioning
Medium wind direction;
Or when first difference is greater than the lower limit of the third temperature range and is less than or equal to the third temperature range
When the upper limit, the minimum wind file that sets the wind file of the air-conditioning, and/or set the wind direction of the air-conditioning
Fixed minimum wind direction;
And/or
The set temperature of the air-conditioning is controlled, comprising:
It determines the second difference of the comfort level temperature Yu the shell temperature, and determines whether second difference is less than or waits
In the second setting value;
When second difference is less than or equal to second setting value,
Further determine that whether second difference is greater than the lower limit of the 4th temperature range of setting and is less than or equal to described the
The upper limit of four temperature ranges,
Or determine whether second difference is greater than the lower limit of the 5th temperature range of setting and is less than or equal to the 5th temperature
The upper limit of range is spent,
Or determine whether second difference is greater than the lower limit of the 6th temperature range of setting and is less than or equal to the 6th temperature
Spend the upper limit of range;And
When second difference is greater than the lower limit of the 4th temperature range and is less than or equal to the upper of the 4th temperature range
In limited time, increase the set temperature of the air-conditioning with the first setting rate;
Or when second difference is greater than the lower limit of the 5th temperature range and is less than or equal to the 5th temperature range
When the upper limit, increase the set temperature of the air-conditioning with the second setting rate;
Or when second difference is greater than the lower limit of the 6th temperature range and is less than or equal to the 6th temperature range
When the upper limit, increase the set temperature of the air-conditioning with third setting rate.
12. according to the method for claim 11, which is characterized in that control the set temperature of the air-conditioning, also wrap
It includes:
Determine the set temperature in the first setting rate, the second setting rate, third setting rate
At least one the increased time, if reach second setting duration;
When the increased time reaching the second setting duration, stop the increase, and the set temperature is set to
Current Temperatures, so that the air-conditioning maintains the Current Temperatures operation;Wherein, the Current Temperatures, specifically: make the body surface
Gained temperature when temperature at the uniform velocity increases the second setting duration with the first setting rate;
Wherein,
The lower limit of first temperature range, more than or equal to the upper limit of the second temperature range;
The lower limit of the second temperature range, more than or equal to the upper limit of the third temperature range;
And/or
The lower limit of 4th temperature range, more than or equal to the upper limit of the 5th temperature range;
The lower limit of 5th temperature range, more than or equal to the upper limit of the 6th temperature range;
And/or
The first setting rate is greater than the second setting rate;
The second setting rate is greater than the third and sets rate.
13. a kind of control device of air-conditioning characterized by comprising
Acquiring unit for obtaining the air outlet temperature and air outlet humidity of the air-conditioning, and obtains the air-conditioning local environment
The shell temperature of middle user;
Determination unit, for determining the dew-point temperature of the air-conditioning according to the air outlet temperature and the air outlet humidity;
Control unit, for the relationship according to the dew-point temperature and the air outlet temperature, and in conjunction with the shell temperature and
The relationship of the comfort level temperature of setting carries out anti-condensation control to the air-conditioning, specifically includes:
Determine whether the shell temperature is greater than the comfort level temperature;
When the shell temperature is greater than the comfort level temperature, according to the dew-point temperature and the first of the air outlet temperature
Difference controls at least one of the wind file of the air-conditioning, wind direction;
When the shell temperature is less than or equal to the comfort level temperature, according to the comfort level temperature and the shell temperature
Between the second difference, the set temperature of the air-conditioning is controlled.
14. device according to claim 13, which is characterized in that further include:
The determination unit is also used to determine whether the present mode of operation of the air-conditioning is refrigeration or dehumidification mode;And
The acquiring unit is also used to when the present mode of operation is the refrigeration or dehumidification mode, to the air-conditioning
The air outlet temperature and the air outlet humidity are obtained;
And/or
The determination unit, is also used to determine whether the dew-point temperature is greater than the air outlet temperature;And
The acquiring unit is also used to when the dew-point temperature is greater than the air outlet temperature, to the air-conditioning local environment
The shell temperature of middle user obtains;
Or described control unit, it is also used to make the air-conditioning when the dew-point temperature is less than or equal to the air outlet temperature
Maintain the present mode of operation of itself.
15. device according to claim 14, which is characterized in that the determination unit determines the current operation of the air-conditioning
Whether mode is refrigeration or dehumidification mode, is specifically included:
Determine whether runing time of the air-conditioning under the present mode of operation reaches the first setting duration;
It whether is refrigeration or dehumidifying mould to the present mode of operation when the runing time reaches the first setting duration
Formula is determined.
16. device described in one of 3-15 according to claim 1, which is characterized in that wherein,
The acquiring unit obtains the air outlet temperature and air outlet humidity of the air-conditioning, specifically includes:
It receives by the collected air outlet temperature of temperature and humidity collection device and the air outlet humidity;
And/or
The acquiring unit obtains the shell temperature of user in the air-conditioning local environment, specifically includes:
It receives by the collected shell temperature of body temperature acquisition device;
Wherein, the body temperature acquisition device, comprising: clinical thermometer, infrared temperature sensor, in the equipment that can dress at least it
One.
17. device described in one of 3-15 according to claim 1, which is characterized in that the determination unit determines the air-conditioning
Dew-point temperature specifically includes:
Temperature and humidity compensation processing is carried out to the air outlet humidity, obtains the compensation humidity of the air outlet humidity;And/or
Processing is optimized to the air outlet temperature, obtains the optimization temperature of the air outlet temperature;
According to the compensation humidity, the optimization temperature and the design factor of setting, calculation processing is carried out, the sky is obtained
The dew-point temperature of the air outlet of tune.
18. device according to claim 16, which is characterized in that the determination unit determines the dew point temperature of the air-conditioning
Degree, specifically includes:
Temperature and humidity compensation processing is carried out to the air outlet humidity, obtains the compensation humidity of the air outlet humidity;And/or
Processing is optimized to the air outlet temperature, obtains the optimization temperature of the air outlet temperature;
According to the compensation humidity, the optimization temperature and the design factor of setting, calculation processing is carried out, the sky is obtained
The dew-point temperature of the air outlet of tune.
19. device according to claim 17, which is characterized in that the determination unit carries out temperature to the air outlet humidity
Humidity compensation deals, specifically include:
Humidity compensation deals are carried out to the air outlet humidity, obtain the relative humidity of the air outlet humidity;
Temperature-compensating processing is carried out to the relative humidity, obtains the compensation humidity of the relative humidity.
20. device according to claim 18, which is characterized in that the determination unit carries out temperature to the air outlet humidity
Humidity compensation deals, specifically include:
Humidity compensation deals are carried out to the air outlet humidity, obtain the relative humidity of the air outlet humidity;
Temperature-compensating processing is carried out to the relative humidity, obtains the compensation humidity of the relative humidity.
21. device according to claim 19, which is characterized in that wherein,
The determination unit carries out humidity compensation deals to the air outlet humidity, specifically includes:
According to the humidity penalty coefficient of setting, nonlinear compensation processing is carried out to the air outlet humidity;
And/or
The determination unit carries out temperature-compensating processing to the relative humidity, comprising:
According to the temperature compensation coefficient of the air outlet temperature and setting, temperature-compensating processing is carried out to the relative humidity;
And/or
The determination unit optimizes processing to the air outlet temperature, comprising:
According to the linear optimization coefficient of setting, linear optimization processing is carried out to the air outlet temperature.
22. device according to claim 20, which is characterized in that wherein,
The determination unit carries out humidity compensation deals to the air outlet humidity, specifically includes:
According to the humidity penalty coefficient of setting, nonlinear compensation processing is carried out to the air outlet humidity;
And/or
The determination unit carries out temperature-compensating processing to the relative humidity, comprising:
According to the temperature compensation coefficient of the air outlet temperature and setting, temperature-compensating processing is carried out to the relative humidity;
And/or
The determination unit optimizes processing to the air outlet temperature, comprising:
According to the linear optimization coefficient of setting, linear optimization processing is carried out to the air outlet temperature.
23. device according to claim 13, which is characterized in that wherein,
Described control unit controls at least one of the wind file of the air-conditioning, wind direction, specifically includes:
It determines the first difference of the dew-point temperature Yu the air outlet temperature, and determines whether first difference is less than or waits
In the first setting value;
When first difference is less than or equal to first setting value,
Further determine that whether first difference is greater than the lower limit of the first temperature range of setting and is less than or equal to described the
The upper limit of one temperature range,
Or determine whether first difference is greater than the lower limit of the second temperature range of setting and is less than or equal to second temperature
The upper limit of range is spent,
Or determine whether first difference is greater than the lower limit of the third temperature range of setting and is less than or equal to the third temperature
Spend the upper limit of range;And
When first difference is greater than the lower limit of first temperature range and is less than or equal to the upper of first temperature range
In limited time, the highest wind file that sets the wind file of the air-conditioning, and/or the wind direction setting for making the air-conditioning
Maximum wind direction;
Or when first difference is greater than the lower limit of the second temperature range and is less than or equal to the second temperature range
When the upper limit, the middle wind file for setting the wind file of the air-conditioning, and/or the wind direction setting for making the air-conditioning
Medium wind direction;
Or when first difference is greater than the lower limit of the third temperature range and is less than or equal to the third temperature range
When the upper limit, the minimum wind file that sets the wind file of the air-conditioning, and/or set the wind direction of the air-conditioning
Fixed minimum wind direction;
And/or
Described control unit controls the set temperature of the air-conditioning, specifically includes:
It determines the second difference of the comfort level temperature Yu the shell temperature, and determines whether second difference is less than or waits
In the second setting value;
When second difference is less than or equal to second setting value,
Further determine that whether second difference is greater than the lower limit of the 4th temperature range of setting and is less than or equal to described the
The upper limit of four temperature ranges,
Or determine whether second difference is greater than the lower limit of the 5th temperature range of setting and is less than or equal to the 5th temperature
The upper limit of range is spent,
Or determine whether second difference is greater than the lower limit of the 6th temperature range of setting and is less than or equal to the 6th temperature
Spend the upper limit of range;And
When second difference is greater than the lower limit of the 4th temperature range and is less than or equal to the upper of the 4th temperature range
In limited time, increase the set temperature of the air-conditioning with the first setting rate;
Or when second difference is greater than the lower limit of the 5th temperature range and is less than or equal to the 5th temperature range
When the upper limit, increase the set temperature of the air-conditioning with the second setting rate;
Or when second difference is greater than the lower limit of the 6th temperature range and is less than or equal to the 6th temperature range
When the upper limit, increase the set temperature of the air-conditioning with third setting rate.
24. device according to claim 23, which is characterized in that described control unit to the set temperature of the air-conditioning into
Row control, specifically further include:
Determine the set temperature in the first setting rate, the second setting rate, third setting rate
At least one the increased time, if reach second setting duration;
When the increased time reaching the second setting duration, stop the increase, and the set temperature is set to
Current Temperatures, so that the air-conditioning maintains the Current Temperatures operation;Wherein, the Current Temperatures, specifically: make the body surface
Gained temperature when temperature at the uniform velocity increases the second setting duration with the first setting rate;
Wherein,
The lower limit of first temperature range, more than or equal to the upper limit of the second temperature range;
The lower limit of the second temperature range, more than or equal to the upper limit of the third temperature range;
And/or
The lower limit of 4th temperature range, more than or equal to the upper limit of the 5th temperature range;
The lower limit of 5th temperature range, more than or equal to the upper limit of the 6th temperature range;
And/or
The first setting rate is greater than the second setting rate;
The second setting rate is greater than the third and sets rate.
25. a kind of air-conditioning characterized by comprising the control device of the air-conditioning as described in claim 13-24 is any.
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CN109612034B (en) * | 2018-11-30 | 2022-04-12 | 广东美的制冷设备有限公司 | Temperature control method, device and storage medium |
CN109812922B (en) * | 2019-02-21 | 2020-12-11 | 珠海格力电器股份有限公司 | Air conditioner condensation prevention control method and device and air conditioner |
CN110608524B (en) * | 2019-08-09 | 2021-05-25 | 郑州海尔空调器有限公司 | Anti-condensation method and device, electronic equipment and storage medium |
CN114777293B (en) * | 2022-03-21 | 2024-05-24 | 青岛海尔空调器有限总公司 | Method and device for controlling variable frequency dehumidifier, electronic equipment and storage medium |
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