CN107883544A - Control method, control system, computer-readable recording medium and mobile air conditioner - Google Patents
Control method, control system, computer-readable recording medium and mobile air conditioner Download PDFInfo
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- CN107883544A CN107883544A CN201711104639.4A CN201711104639A CN107883544A CN 107883544 A CN107883544 A CN 107883544A CN 201711104639 A CN201711104639 A CN 201711104639A CN 107883544 A CN107883544 A CN 107883544A
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
- Y02B30/00—Energy efficient heating, ventilation or air conditioning [HVAC]
- Y02B30/70—Efficient control or regulation technologies, e.g. for control of refrigerant flow, motor or heating
Abstract
The present invention proposes a kind of control method, control system, computer-readable recording medium and mobile air conditioner, wherein, mobile air conditioner includes invariable frequency compressor, and the control method for mobile air conditioner includes:Under refrigeration mode, the environment temperature T of mobile air conditioner local environment is obtained；When environment temperature T is less than or equal to design temperature Ts and ambient humidity is in default humidity range, control invariable frequency compressor is out of service and determines the temperature range residing for environment temperature T, and the operational mode of the indoor fan of mobile air conditioner is controlled according to temperature range.By technical scheme when environment temperature T is less than design temperature Ts and ambient humidity is in default system range, control invariable frequency compressor out of service, and can be according to temperature range and the operational mode of the indoor fan of humidity range restraint mobile air conditioner, refrigerating efficiency is reduced, makes environment temperature T-phase to stable；Mobile air conditioner unnecessary energy consumption when reducing temperature near design temperature Ts simultaneously, makes mobile air conditioner more energy-conserving and environment-protective.
Description
Technical field
The present invention relates to air-conditioning technical field, and relate more specifically to a kind of control method, a kind of control system, one kind
Computer-readable recording medium and a kind of mobile air conditioner.
Background technology
Air-conditioning uses extensively as common electric, when air-conditioning is switched to refrigeration mode, enters according to systemic presupposition refrigeration mode
Row work, can not make corresponding adjustment according to environment temperature and ambient humidity, and system carries out work according to default refrigeration mode all the time
Make, add many unnecessary energy consumptions, reduce energy consumption and mainly start with terms of product software and hardware two.And software just refers to air-conditioning
The control method of product, wherein just including reaching temperature control system.It is existing up to warm control program be when environment temperature be less than or equal to setting temperature
When spending, other all loads in addition to fan are closed, and fan is with up to Wen Qianfeng shelves continuous services.This kind reaches warm controlling party
Problem be present in case：On the one hand when the temperature of the surroundings is low, blower fan remains in operation air-supply, user can be made to have obvious creeping chill, seriously
Influence comfort；Another aspect blower fan at different ambient temperatures, maintains same wind shelves continuously to run, is unfavorable for product
Energy-conservation.
The content of the invention
It is contemplated that at least solves one of technical problem present in prior art or correlation technique.
In view of this, it is an object of the present invention to provide a kind of control method, for mobile air conditioner.
It is yet a further object of the present invention to provide a kind of control system, for mobile air conditioner.
A further object of the present invention is to provide a kind of computer-readable recording medium.
A further object of the present invention is to provide a kind of mobile air conditioner.
To achieve these goals, the technical scheme of first aspect present invention provides a kind of control method, for moving
Air-conditioning, mobile air conditioner include invariable frequency compressor, and control method includes：Under refrigeration mode, the ring of mobile air conditioner local environment is obtained
Border temperature T and ambient humidity；It is less than or equal to design temperature Ts in environment temperature T and ambient humidity is in default humidity range
In the case of, control invariable frequency compressor is out of service and determines the temperature range residing for environment temperature T, is controlled according to temperature range
The operational mode of the indoor fan of mobile air conditioner.
In the technical scheme, the temperature of environment, is easy in time according to ring where obtaining mobile air conditioner in cooling mode
Border temperature T change responds adjustment with the running status of air-conditioning, when environment temperature T is less than or equal to design temperature Ts and ring
When border humidity is in default humidity range, now mobile air conditioner by freeze by environment temperature T drop to design temperature Ts with
Under, and ambient humidity now controls invariable frequency compressor out of service in default humidity range, on the one hand stops promoting refrigerant
The process of phase transformation and then the heat exchange for slowing down refrigerant, and then the refrigerating efficiency of mobile air conditioner is reduced, prevent refrigerating efficiency is higher from making ring
Border temperature T and ambient humidity change are very fast, environment temperature T is maintained around design temperature Ts, while maintain ambient humidity
In default humidity range, it is easy to keep environment temperature T and ambient humidity stable, improves the comfort level of user；On the other hand, it is fixed
Frequency compressor is out of service can to reduce energy consumption, mobile air conditioner is reduced when environment temperature T levels off to design temperature Ts
Energy consumption, make mobile air conditioner energy consumption less.Determine the temperature range residing for environment temperature T, it will be understood that corresponding to different environment
Temperature range residing for temperature T, mobile air conditioner are in different working conditions, i.e., the room of mobile air conditioner is controlled according to temperature range
The operational mode of inner blower so that environment temperature T it is higher when can rapid decrease, can change when environment temperature T is relatively low slow
Slowly, environment temperature T-phase is made environment temperature T fast approachings setting temperature to stabilization
Ts is spent, and can enough prevents environment temperature T from causing temperature too low because decline is too fast.
What deserves to be explained is by making invariable frequency compressor out of service, it is less than or equal to design temperature Ts in environment temperature T
When change and slow down the refrigeration of mobile air conditioner, the unnecessary energy consumption of invariable frequency compressor can be reduced, increase the energy-conservation effect of mobile air conditioner
Fruit, it is simple and practical, it is easy to implement.Meanwhile simultaneously contrast_environment temperature T and ambient humidity are detected to determine whether to control mobile air conditioner
Invariable frequency compressor it is out of service, while consider ability environment temperature T and ambient humidity can improve the comfort level of user, improve and move
Adjustment effect of the dynamic air-conditioning to local environment.
In the above-mentioned technical solutions, it is preferable that the operational mode of the indoor fan of mobile air conditioner is controlled according to temperature range,
Specifically include：If environment temperature T is less than or equal to the first preset temperature T1, control indoor fan is operated with the first rotating speed n1
Closed after the very first time；If environment temperature T is more than the first preset temperature T1 and is less than or equal to the second preset temperature T2, control
Indoor fan processed is continuously run with the second rotating speed n2；If environment temperature T is more than the second preset temperature T2, indoor fan is controlled
Continuously run with the 3rd rotating speed n3, wherein the first rotating speed n1 is less than the 3rd rotating speed n3 less than the second rotating speed n2, the second rotating speed n2.
In the technical scheme, it will be understood that the first preset temperature T1 is less than the second preset temperature T2, therefore, if ring
Border temperature T is less than or equal to the first preset temperature T1, and now environment temperature T is in the minimum section of temperature, controls indoor fan
Closed after operating the very first time with the first rotating speed n1, on the one hand reduce the heat exchange efficiency of room air and mobile air conditioner, reduce system
Cold efficiency, prevent that environment temperature T is too low while environment temperature T is leveled off to design temperature Ts because reducing too fast and environment temperature T；
On the other hand, the energy consumption of the mobile air conditioner when environment temperature T levels off to design temperature Ts can be reduced, makes mobile air conditioner more supernumerary segment
It is about environmentally friendly.Wherein, the very first time corresponds to environment temperature T, and environment temperature T is lower, and the very first time is shorter.
If environment temperature T is more than the first preset temperature T1 and is less than or equal to the second preset temperature T2, now environment temperature
Degree T is in the relatively low section of temperature, and control indoor fan is continuously run with the second rotating speed n2, it will be understood that the second rotating speed n2 is big
In the first rotating speed n1, i.e., room air and the heat exchange efficiency of mobile air conditioner are corresponding more than the first rotating speed n1 corresponding to the second rotating speed n2
Room air and mobile air conditioner heat exchange efficiency, now refrigerating efficiency is higher, environment temperature T decline it is very fast, until environment temperature
Degree T is less than or equal to the first preset temperature T1, and control indoor fan is closed after operating the very first time with the first rotating speed n1.Therefore,
When environment temperature T is more than the first preset temperature T1 and is less than the second preset temperature T2, indoor fan is continuous with the second rotating speed n2
Operation, on the one hand, situation about being operated relative to indoor fan with the first rotating speed n1, refrigerating efficiency is higher, can make environment temperature T
Quickly decline, environment temperature T is leveled off to design temperature Ts quickly, on the other hand, relative to indoor fan with the
The situation of three rotating speed n3 operatings, can reduce unnecessary energy resource consumption, mobile air conditioner is more saved.
If environment temperature T is more than the second preset temperature T2, now environment temperature T is in the higher section of temperature, control
Indoor fan is continuously run with the 3rd rotating speed n3, it will be understood that room air corresponding to the 3rd rotating speed n3 and mobile air conditioner change
The thermal efficiency is more than the heat exchange efficiency of room air and mobile air conditioner corresponding to the second rotating speed n2, now refrigerating efficiency highest, environment
Temperature T changes are most fast, environment temperature T is declined with most fast speed so that environment temperature T rapid decreases, and in environment
Indoor fan is controlled continuously to be run with the second rotating speed n2 when temperature T is less than or equal to the second preset temperature T2, until environment temperature T
Less than or equal to the first preset temperature T1, control indoor fan is closed after operating the very first time with the first rotating speed n1.This technology side
In case, only when environment temperature T is more than the second preset temperature T2, indoor fan is continuously run with the 3rd rotating speed n3, so as to subtract
The unnecessary energy consumption of few mobile air conditioner, makes mobile air conditioner more save.
In the above-mentioned technical solutions, it is preferable that also include：It is less than or equal to design temperature Ts and environment in environment temperature T
When humidity is in default humidity range, outdoor fan stopping or the fall-back of mobile air conditioner are controlled.
In the technical scheme, it is less than or equal to design temperature Ts in environment temperature T and ambient humidity is in default humidity model
When enclosing interior, now environment temperature T is relatively low, therefore controls outdoor fan stopping or the fall-back of mobile air conditioner, on the one hand reduces
The heat exchange of mobile air conditioner and outdoor environment, and then the refrigerating efficiency of reduction mobile air conditioner, reduction room air and mobile air conditioner
Heat exchange, change environment temperature T and ambient humidity gentle, reduce cause environment temperature T too low because environment temperature T changes are too fast or
The too fast possibility beyond default humidity range of ambient humidity change, is easy to so that environment temperature T and ambient humidity maintain one
In the scope of individual stabilization；On the other hand reduce mobile air conditioner and be less than or equal to design temperature Ts and ambient humidity in environment temperature T
Energy consumption when in default humidity range, makes mobile air conditioner more save.
In the above-mentioned technical solutions, it is preferable that also include：It is less than or equal to design temperature Ts and environment in environment temperature T
When humidity is in default humidity range, fetch water motor stopping or the fall-back of mobile air conditioner are controlled.
In the technical scheme, it is less than or equal to design temperature Ts in environment temperature T and ambient humidity is in default humidity model
When enclosing interior, now environment temperature T is relatively low, therefore controls fetch water motor stopping or the fall-back of mobile air conditioner, on the one hand, evaporation
Fetching water for device or is reduced stopping, and evaporator and environment temperature the T temperature difference reduce, so as to reduce changing for room air and evaporator
Heat, make the reduction of mobile air conditioner refrigerating efficiency, environment temperature T and ambient humidity is changed gently, reduce because environment temperature T changed
Cause environment temperature T too low soon or ambient humidity change is too fast beyond the possibility for presetting humidity range, be easy to so that environment temperature
Degree T and ambient humidity are maintained in a stable scope；On the other hand mobile air conditioner is reduced in environment temperature T to be less than or equal to
The energy consumption of design temperature Ts and ambient humidity when presetting in humidity range, makes mobile air conditioner more save.
In the above-mentioned technical solutions, it is preferable that also include：It is less than or equal to design temperature Ts and environment in environment temperature T
When humidity is in default humidity range, the display device of mobile air conditioner is controlled to stop display or into resting state.
In the technical scheme, it is less than or equal to design temperature Ts in environment temperature T and ambient humidity is in default humidity model
When enclosing interior, mobile air conditioner has reached refrigeration target, and user need not adjust the dispaly state of mobile air conditioner, now control movement
The display device of air-conditioning stops display or into resting state, reduces unnecessary energy consumption, saves the energy.
In the above-mentioned technical solutions, it is preferable that meet n2=n1+100rpm between the first rotating speed n1 and the second rotating speed n2,
It is 1100rpm~1300rpm to meet n3=n2+100rpm, the first rotating speed n1 between second rotating speed n2 and the 3rd rotating speed n3.
In the technical scheme, n2=n1+100rpm, the second rotating speed n2 are met between the first rotating speed n1 and the second rotating speed n2
And the 3rd meet n3=n2+100rpm between rotating speed n3, so as to corresponding to the different humidity provinces residing for environment temperature T
Between, by adjusting the rotating speed of indoor fan, control the refrigerating efficiency of mobile air conditioner different, can either be when environment temperature T be higher
Make environment temperature T rapid decreases, and can is enough to prevent environment temperature T from causing temperature because decline is too fast when environment temperature T is relatively low
It is too low, wherein, the first rotating speed n1 is 1100rpm~1300rpm (rpm：Revolutions Per Minute, rev/min).
In the above-mentioned technical solutions, it is preferable that also include：When detecting that environment temperature T is more than design temperature Ts, control
Invariable frequency compressor starts.
In the technical scheme, when detecting that environment temperature T is more than design temperature Ts, it is necessary to make environment temperature by refrigeration
Degree T is reduced rapidly to around design temperature Ts, now controls invariable frequency compressor to start, and promotes the heat friendship of refrigerant and indoor and outdoor air
Change, and then increase the heat exchange of room air and mobile air conditioner, improve refrigerating efficiency, make environment temperature T rapid decreases until environment
Temperature T is close to design temperature Ts.
In the above-mentioned technical solutions, it is preferable that also include：When detecting that environment temperature T is more than design temperature Ts, control
The outdoor fan of mobile air conditioner starts or fall forward.
In the technical scheme, when detecting that environment temperature T is more than design temperature Ts, now environment temperature T is too high, control
The outdoor fan of mobile air conditioner processed starts or fall forward, and increase mobile air conditioner exchanges heat with outdoor air, and then increases Interior Space
The heat exchange of gas and refrigerant, the refrigerating efficiency of air-conditioning is improved, make temperature rapid decrease and close to design temperature Ts.
In the above-mentioned technical solutions, it is preferable that also include：According to environment temperature T variation tendency, outdoor fan is controlled
Rotating speed, specifically include：Step aa, current outdoor rotation speed of fan is used as using the first outdoor fan rotating speed；Step bb, control room exogenous wind
Machine is worked with current outdoor rotation speed of fan；Step cc, is spaced at predetermined time intervals, detection environment temperature T and design temperature Ts's
Whether difference is less than or equal to threshold value, if less than or be equal to, then keep current outdoor rotation speed of fan it is constant, otherwise improve work as cup
Outer rotation speed of fan；Step dd, repeat step bb and step cc, the maximum that outdoor fan is equal to until current outdoor rotation speed of fan turn
Speed, no longer change current outdoor rotation speed of fan.
In the technical scheme, step aa, current outdoor rotation speed of fan is used as using the first outdoor fan rotating speed；Step bb,
Outdoor fan is controlled to be worked with current outdoor rotation speed of fan, outdoor fan is promoted outdoor empty with the first outdoor fan rotary speed working
The heat exchange of gas and refrigerant；Step cc, is spaced at predetermined time intervals, and whether the difference for detecting environment temperature T and design temperature Ts is small
In equal to threshold value, it will be understood that when environment temperature T is close to preset value, i.e., when difference is less than or equal to threshold values, environment temperature T reaches
To requiring, now need to only keep outdoor fan with the first outdoor fan rotary speed working, environment temperature T is maintained at one
In stable scope, and the unnecessary energy consumption of outdoor fan is reduced, mobile air conditioner is more saved；If difference is more than threshold values,
Now environment temperature T is too high, improves current outdoor rotation speed of fan, strengthens the heat exchange of outdoor air and refrigerant, so as to improve interior
The heat exchange of air and mobile air conditioner, increase the refrigerating efficiency of mobile air conditioner, make temperature rapid decrease and close to design temperature Ts.Step
Rapid dd, repeat step bb and step cc, until current outdoor rotation speed of fan is equal to the maximum (top) speed of outdoor fan, no longer changing ought
Preceding outdoor fan rotating speed.So as to the variation tendency according to environment temperature T, the rotating speed of outdoor fan is adjusted, makes mobile air conditioner
Refrigerating efficiency be adjusted corresponding to environment temperature T variation tendency, be easy to maintain environment temperature T stable.
In the above-mentioned technical solutions, it is preferable that also include：When detecting that environment temperature T is more than design temperature Ts, control
Fetch water electric motor starting or the fall forward of mobile air conditioner.
In the technical scheme, when detecting that environment temperature T is more than design temperature Ts, now environment temperature T is too high, control
Fetch water electric motor starting or the fall forward of mobile air conditioner processed, cooling effect of the increase water to evaporator, so as to increase evaporator with
The temperature difference between environment temperature T, and then strengthen the heat exchange of room air and evaporator, the refrigerating efficiency of air-conditioning is improved, makes temperature
Rapid decrease and close to design temperature Ts.
In the above-mentioned technical solutions, it is preferable that also include：According to environment temperature T variation tendency, motor of fetching water is controlled
Rotating speed, specifically include：Step aaa, current motor speed of fetching water is used as using the first motor speed of fetching water；Step bbb, control are fetched water
Motor is with motor speed work of currently fetching water；Step ccc, is spaced at predetermined time intervals, detection environment temperature T and design temperature Ts
Difference whether be less than or equal to threshold value, if less than or be equal to, then keep current motor speed of fetching water constant, otherwise improve current
Fetch water motor speed；Step ddd, repeat step bbb and step ccc, until currently fetching water, motor speed is equal to motor of fetching water
Maximum (top) speed, no longer change the current rotating speed of motor of fetching water.
In the technical scheme, step aaa, current motor speed of fetching water is used as using the first motor speed of fetching water；Step
Bbb, control fetch water motor with currently fetch water motor speed work, now fetch water motor with first fetch water motor speed work, it is right
Evaporator carries out cooling of fetching water；Step ccc, is spaced at predetermined time intervals, and detection environment temperature T and design temperature Ts difference are
It is no to be less than or equal to threshold value, it will be understood that when environment temperature T is close to preset value, i.e., when difference is less than or equal to threshold values, environment temperature
T reaches requirement, being fetched water motor speed work with first for the motor that now need to only keep fetching water, is not only maintained at environment temperature T
In one stable scope, and the unnecessary energy consumption of motor of fetching water is reduced, mobile air conditioner is more saved；If difference is more than valve
Value, now environment temperature T is too high, improves the rotating speed of current motor of fetching water, increases the cooling effect fetched water to evaporator, so as to increase
Add the temperature difference between evaporator and environment temperature T, and then strengthen the heat exchange of room air and evaporator, improve the refrigeration effect of air-conditioning
Rate, make temperature rapid decrease and close to design temperature Ts.
In the above-mentioned technical solutions, it is preferable that also include：Under refrigeration mode, in environment temperature T less than design temperature Ts's
In the case of, control invariable frequency compressor less than the frequency of preset frequency to run, and wherein preset frequency is 40Hz-50Hz.
In the technical scheme, in cooling mode, in the case that environment temperature T is less than design temperature Ts, control is fixed
Frequency compressor can either now meet refrigeration demand, and can enough reduces invariable frequency compressor to be run less than the frequency of preset frequency
Unnecessary energy consumption, so as to reduce the energy consumption of mobile air conditioner.
Wherein it is preferred to preset frequency 40Hz-50Hz.
In the above-mentioned technical solutions, it is preferable that also include：According to current time, it is determined whether close all display devices.
It is daytime or night according to current time in the technical scheme, or according to current time whether is user's rest
Time, it is confirmed whether to close display device, so as to which when user is not concerned with display device, display device is closed, reduces
The energy consumption of display device, makes mobile air conditioner more save.
In the above-mentioned technical solutions, it is preferable that determine whether that closing all display devices specifically includes：If at current time
In the period at night, then the power source indicating device only in opening display device；And if current time is daytime period, opens institute
There is display device.
In the technical scheme, if current time is in the period at night, user is because the factors such as rest are to air-conditioning parameter
Attention rate is not high, now the power source indicating device only in opening display device, i.e., only shows necessary information, reduces display device
Unnecessary energy consumption.If current time is daytime period, all display devices, display device normal work are opened.
In the above-mentioned technical solutions, it is preferable that also include：According to surrounding environment brightness, regulation power supply instruction device it is bright
Degree.
In the technical scheme, according to surrounding environment brightness, the brightness of regulation power supply instruction device, can either brightness compared with
The dump energy of power supply is clearly illustrated when high, the enough brightness that display device is turned down when brightness is relatively low of and can, reduces display dress
The energy consumption put, makes mobile air conditioner more save.
In the above-mentioned technical solutions, it is preferable that also include：If the motor of the motor of indoor fan, outdoor fan and or
Motor of fetching water is to determine frequency motor, then improves or reduce turning for the rotating speed of indoor unit, the rotating speed of outdoor fan or motor of fetching water
Speed is that rotating speed, the rotating speed of outdoor fan or the rotating speed for motor of fetching water that indoor fan is adjusted by stepping are realized.
In the technical scheme, the motor of motor, outdoor fan when indoor fan and or motor of fetching water be to determine frequency
During motor, rotating speed, the rotating speed of outdoor fan or the rotating speed for motor of fetching water of indoor fan are adjusted by stepping, is realized and is improved or drop
The rotating speed of the rotating speed of low indoor unit, the rotating speed of outdoor fan or motor of fetching water.Make motor, the electricity of outdoor fan of indoor fan
Machine and motor of fetching water can carry out rotational speed regulation, so as to be carried out to the refrigerating efficiency of mobile air conditioner corresponding to environment temperature T
Adjustment, when environment temperature T is in different temperature ranges, the refrigerating efficiency of mobile air conditioner is also different, is easy to environment temperature T
It is adjusted.
In the above-mentioned technical solutions, it is preferable that also include：If the motor of the motor of indoor fan, outdoor fan and or
Motor of fetching water is variable-frequency motor, then improves or reduce turning for the rotating speed of indoor unit, the rotating speed of outdoor fan or motor of fetching water
Speed is realized by the rotating speed of the rotating speed of step-less adjustment indoor fan, the rotating speed of outdoor fan or motor of fetching water.
In the technical scheme, the motor of motor, outdoor fan when indoor fan and or motor of fetching water be frequency conversion
During motor, by the rotating speed of the rotating speed of step-less adjustment indoor fan, the rotating speed of outdoor fan or motor of fetching water, realize improve or
Reduce rotating speed, the rotating speed of outdoor fan or the rotating speed for motor of fetching water of indoor unit.Can be according to environment using step-less adjustment
, can be by environment temperature T when temperature T carries out the rotational speed regulation of the rotating speed of indoor fan, the rotating speed of outdoor fan or motor of fetching water
Interval division obtain more so that, environment temperature T transition during design temperature Ts is intended to is gentler, to ring
Border temperature T control is more accurate.
The technical scheme of second aspect of the present invention provides a kind of control system, and for mobile air conditioner, mobile air conditioner includes
Invariable frequency compressor, control device include：Detection unit, in cooling mode, obtaining the environment of mobile air conditioner local environment
Temperature T and ambient humidity；Judging unit, for judging whether environment temperature T is less than or equal to design temperature Ts and environment
Whether humidity is in default humidity range；Control unit, in the case of being less than design temperature Ts in environment temperature T, control
Invariable frequency compressor is out of service and determines the temperature range residing for environment temperature T, and controls mobile air conditioner according to temperature range
Indoor fan operational mode.
In the technical scheme, detection unit obtains the temperature of environment where mobile air conditioner in cooling mode, be easy to and
When adjustment responded with the running status of air-conditioning according to environment temperature T change.Judging unit judges whether environment temperature T is small
In or equal to design temperature Ts and ambient humidity whether in default humidity range, when judging unit judged result is to be,
That is when environment temperature T is less than design temperature Ts, now environment temperature T has been dropped to design temperature Ts by mobile air conditioner by refrigeration
Hereinafter, and ambient humidity is in default humidity range, and control unit control invariable frequency compressor is out of service, on the one hand stops promoting
Enter the process of refrigerant phase transformation and then slow down the heat exchange of refrigerant, so reduce mobile air conditioner refrigerating efficiency, prevent refrigerating efficiency compared with
Height makes environment temperature T and ambient humidity change comparatively fast, environment temperature T is maintained around design temperature Ts, while make environmental wet
Degree is maintained in default humidity range, is easy to keep environment temperature T and ambient humidity stable, is improved the comfort level of user；It is another
Aspect, invariable frequency compressor is out of service can to reduce energy consumption, enable mobile air conditioner when environment temperature T levels off to design temperature Ts
Energy consumption is enough reduced, makes mobile air conditioner energy consumption less.Control unit determines the temperature range residing for environment temperature T, Ke Yili simultaneously
Solution, corresponding to the temperature range residing for different environment temperature T, mobile air conditioner is in different working conditions, therefore controls single
Member according to temperature range control mobile air conditioner indoor fan operational mode so that environment temperature T it is higher when can quickly under
It drop, can change when environment temperature T is relatively low slowly, and make environment temperature T-phase to stable when leveling off to design temperature Ts, both
Environment temperature T fast approaching design temperature Ts can be made, and can enough prevents environment temperature T from causing temperature mistake because decline is too fast
It is low.
What deserves to be explained is by making invariable frequency compressor out of service, it is less than or equal to design temperature Ts in environment temperature T
When change and slow down the refrigeration of mobile air conditioner, the unnecessary energy consumption of invariable frequency compressor can be reduced, increase the energy-conservation effect of mobile air conditioner
Fruit, it is simple and practical, it is easy to implement.Meanwhile simultaneously contrast_environment temperature T and ambient humidity are detected to determine whether to control mobile air conditioner
Invariable frequency compressor it is out of service, while consider ability environment temperature T and ambient humidity can improve the comfort level of user, improve and move
Adjustment effect of the dynamic air-conditioning to local environment.
In the above-mentioned technical solutions, it is preferable that control unit is specifically used for：If environment temperature T is less than or equal to first
Preset temperature T1, then indoor fan is controlled to be closed after operating the very first time with the first rotating speed n1；If environment temperature T is more than first
Preset temperature T1 and it is less than or equal to the second preset temperature T2, then controls indoor fan continuously to be run with the second rotating speed n2；If
Environment temperature T is more than the second preset temperature T2, then controls indoor fan continuously to be run with the 3rd rotating speed n3；Judging unit is also used
In judging according to environment temperature T and the first preset temperature T1, the second preset temperature T2 magnitude relationship, wherein the first rotating speed n1
It is less than the 3rd rotating speed n3 less than the second rotating speed n2, the second rotating speed n2.
In the technical scheme, it will be understood that the first preset temperature T1 is less than the second preset temperature T2, therefore, if sentenced
Disconnected unit judges environment temperature T is less than or equal to the first preset temperature T1, and now environment temperature T is in the minimum section of temperature,
Control unit controls indoor fan on the one hand to reduce room air and mobile sky to be closed after the first rotating speed n1 operating very first times
The heat exchange efficiency of tune, refrigerating efficiency is reduced, prevent that environment temperature T is too low while make environment temperature because reducing too fast and environment temperature T
Degree T levels off to design temperature Ts；On the other hand, the mobile air conditioner when environment temperature T levels off to design temperature Ts can be reduced
Energy consumption, make mobile air conditioner more economical environment-protective.Wherein, the very first time corresponds to environment temperature T, and environment temperature T is lower, when first
Between it is shorter.
If it is determined that unit judges environment temperature T is more than the first preset temperature T1 and is less than or equal to the second preset temperature
T2, now environment temperature T be in the relatively low section of temperature, control unit control indoor fan is continuously run with the second rotating speed n2,
It is appreciated that the second rotating speed n2 is more than the first rotating speed n1, i.e., the heat exchange of room air and mobile air conditioner corresponding to the second rotating speed n2
Efficiency is more than the heat exchange efficiency of room air and mobile air conditioner corresponding to the first rotating speed n1, and now refrigerating efficiency is higher, environment temperature
Spend T to decline comparatively fast, until judging unit judges that environment temperature T is less than or equal to the first preset temperature T1, control unit control room
Inner blower is closed after operating the very first time with the first rotating speed n1.Therefore, it is more than the first preset temperature T1 in environment temperature T and is less than
During the second preset temperature T2, indoor fan is continuously run with the second rotating speed n2, on the one hand, relative to indoor fan with the first rotating speed
The situation of n1 operatings, refrigerating efficiency is higher, and environment temperature T can be made quickly to decline, and enables environment temperature T convergences quickly
In design temperature Ts, on the other hand, situation about being operated relative to indoor fan with the 3rd rotating speed n3, unnecessary energy can be reduced
Source consumes, and mobile air conditioner is more saved.
If it is determined that unit judges environment temperature T is more than the second preset temperature T2, now it is higher to be in temperature by environment temperature T
Section, control unit control indoor fan continuously runs with the 3rd rotating speed n3, it will be understood that indoor corresponding to the 3rd rotating speed n3
The heat exchange efficiency of air room air corresponding more than the second rotating speed n2 with the heat exchange efficiency of mobile air conditioner and mobile air conditioner, now
Refrigerating efficiency highest, environment temperature T changes are most fast, environment temperature T is declined with most fast speed so that environment temperature T
Rapid decrease, and controlled when judging unit judges that environment temperature T is less than or equal to the second preset temperature T2 in unit control room
Blower fan is continuously run with the second rotating speed n2, until judging unit judges that environment temperature T is less than or equal to the first preset temperature T1, is controlled
Unit control room inner blower processed is closed after operating the very first time with the first rotating speed n1.In the technical program, only in judging unit
When judging that environment temperature T is more than the second preset temperature T2, control unit control indoor fan is continuously run with the 3rd rotating speed n3, from
And the unnecessary energy consumption of mobile air conditioner is reduced, mobile air conditioner is more saved.
In the above-mentioned technical solutions, it is preferable that also include：Blower fan abort unit, for being less than or equal in environment temperature T
When design temperature Ts and ambient humidity are in default humidity range, the outdoor fan of mobile air conditioner is controlled to stop or fall-back.
In the technical scheme, judge that environment temperature T is less than or equal to design temperature Ts and ambient humidity in judging unit
When in default humidity range, now environment temperature T is relatively low, the outdoor fan of blower fan abort unit control mobile air conditioner stop or
Fall-back, the heat exchange of mobile air conditioner and outdoor environment is on the one hand reduced, and then reduce the refrigerating efficiency of mobile air conditioner, reduce room
The heat exchange of interior air and mobile air conditioner, environment temperature T and ambient humidity is changed gently, reduce because environment temperature T changes are too fast
Cause environment temperature T too low or ambient humidity change is too fast beyond the possibility for presetting humidity range, be easy to so that environment temperature T
Maintained with ambient humidity in a stable scope；On the other hand reduction mobile air conditioner is less than or equal in environment temperature T and set
The energy consumption of constant temperature degree Ts and ambient humidity when presetting in humidity range, makes mobile air conditioner more save.
In the above-mentioned technical solutions, it is preferable that also include：Motor abort unit, it is less than or equal to setting in environment temperature T
When temperature Ts and ambient humidity are in default humidity range, the motor of fetching water of mobile air conditioner is controlled to stop or fall-back.
In the technical scheme, judge that environment temperature T is less than or equal to design temperature Ts and ambient humidity in judging unit
When in default humidity range, now environment temperature T is relatively low, the motor of fetching water of motor abort unit control mobile air conditioner stop or
Fall-back, on the one hand, fetch water stopping or the reduction of evaporator, evaporator and environment temperature the T temperature difference reduce, so as to reduce room
The heat exchange of interior air and evaporator, make the reduction of mobile air conditioner refrigerating efficiency, environment temperature T and ambient humidity is changed gently, subtract
It is few because environment temperature T changes are too fast cause environment temperature T too low or ambient humidity change it is too fast beyond default humidity range can
Energy property, is easy to so that environment temperature T and ambient humidity are maintained in a stable scope；On the other hand mobile air conditioner is reduced to exist
Environment temperature T is less than or equal to design temperature Ts and energy consumption of the ambient humidity when presetting in humidity range, makes mobile air conditioner more
Supernumerary segment energy.
In the above-mentioned technical solutions, it is preferable that also include：Abort unit is shown, for being less than or equal in environment temperature T
When design temperature Ts and ambient humidity are in default humidity range, the display device of mobile air conditioner is controlled to stop display or enter to stop
Dormancy state.
In the technical scheme, judge that environment temperature T is less than or equal to design temperature Ts and ambient humidity in judging unit
When in default humidity range, mobile air conditioner has reached refrigeration target, and user need not adjust the dispaly state of mobile air conditioner,
Show that the display device of abort unit control mobile air conditioner stops display or into resting state, reduce unnecessary energy consumption, save
The about energy.
In the above-mentioned technical solutions, it is preferable that meet n2=n1+100rpm between the first rotating speed n1 and the second rotating speed n2,
It is 1100rpm~1300rpm to meet n3=n2+100rpm, the first rotating speed n1 between second rotating speed n2 and the 3rd rotating speed n3.
In the technical scheme, n2=n1+100rpm, the second rotating speed n2 are met between the first rotating speed n1 and the second rotating speed n2
And the 3rd meet n3=n2+100rpm between rotating speed n3, so as to corresponding to the different humidity provinces residing for environment temperature T
Between, by adjusting the rotating speed of indoor fan, control the refrigerating efficiency of mobile air conditioner different, can either be when environment temperature T be higher
Make environment temperature T rapid decreases, and can is enough to prevent environment temperature T from causing temperature because decline is too fast when environment temperature T is relatively low
It is too low, wherein, the first rotating speed n1 is 1100rpm~1300rpm.
In the above-mentioned technical solutions, it is preferable that also include：Compressor start unit, detect that environment temperature T is big for working as
When design temperature Ts, control invariable frequency compressor starts.
In the technical scheme, when judging unit judges that environment temperature T is more than design temperature Ts, it is necessary to be made by refrigeration
Environment temperature T is reduced rapidly to around design temperature Ts, compressor start unit control invariable frequency compressor start, promote refrigerant with
The heat exchange of indoor and outdoor air, and then increase the heat exchange of room air and mobile air conditioner, refrigerating efficiency is improved, makes environment temperature T
Rapid decrease until environment temperature T close to design temperature Ts.
In the above-mentioned technical solutions, it is preferable that also include：Blower fan start unit, detect that environment temperature T is more than for working as
During design temperature Ts, outdoor fan startup or the fall forward of mobile air conditioner are controlled.
In the technical scheme, when judging unit judges that environment temperature T is more than design temperature Ts, now environment temperature T
Too high, the outdoor fan of blower fan start unit control mobile air conditioner starts or fall forward, increases mobile air conditioner and outdoor air
Heat exchange, and then increase the heat exchange of room air and refrigerant, the refrigerating efficiency of air-conditioning is improved, makes temperature rapid decrease and close setting
Temperature Ts.
In the above-mentioned technical solutions, it is preferable that also include：Fan speed regulation unit, for being become according to environment temperature T change
Gesture, controls the rotating speed of outdoor fan, and fan speed regulation unit is specifically used for performing following steps：Step aa, fan speed regulation unit with
First outdoor fan rotating speed is as current outdoor rotation speed of fan；Step bb, the outer blower fan of fan speed regulation unit control room is to work as cup
Outer blower fan rotary speed working；Step cc, is spaced at predetermined time intervals, and judging unit judges environment temperature T and design temperature Ts difference
Value whether be less than or equal to threshold value, if less than or be equal to, then fan speed regulation unit holding current outdoor rotation speed of fan it is constant, otherwise
Fan speed regulation unit improves current outdoor rotation speed of fan；Step dd, repeat step bb and step cc, until current outdoor blower fan turns
Speed is equal to the maximum (top) speed of outdoor fan, and fan speed regulation unit no longer changes current outdoor rotation speed of fan.
In the technical scheme, fan speed regulation unit controls turning for outdoor fan according to environment temperature T variation tendency
Speed, specifically, step aa, current outdoor rotation speed of fan is used as using the first outdoor fan rotating speed；Step bb, control outdoor fan with
Current outdoor rotation speed of fan works, and outdoor fan promotes the heat exchange of outdoor air and refrigerant with the first outdoor fan rotary speed working；
Step cc, is spaced at predetermined time intervals, and whether detection environment temperature T and design temperature Ts difference are less than or equal to threshold value, can be with
Understand, when environment temperature T is close to preset value, i.e., when difference is less than or equal to threshold values, environment temperature T reaches requirement, now only needs
Keep outdoor fan with the first outdoor fan rotary speed working, environment temperature T is maintained in a stable scope, and
And the unnecessary energy consumption of outdoor fan is reduced, mobile air conditioner is more saved；If difference is more than threshold values, now environment temperature T mistakes
Height, current outdoor rotation speed of fan is improved, strengthen the heat exchange of outdoor air and refrigerant, so as to improve room air and mobile air conditioner
Heat exchange, increase the refrigerating efficiency of mobile air conditioner, make temperature rapid decrease and close to design temperature Ts.Step dd, repeat step bb
With step cc, until maximum (top) speed of the current outdoor rotation speed of fan equal to outdoor fan, no longer change current outdoor rotation speed of fan.
So as to the variation tendency according to environment temperature T, the rotating speed of outdoor fan is adjusted, corresponds to the refrigerating efficiency of mobile air conditioner
Environment temperature T variation tendency is adjusted, and is easy to maintain environment temperature T stable.
In the above-mentioned technical solutions, it is preferable that also include：Electric motor starting unit, detect that environment temperature T is more than for working as
During design temperature Ts, fetch water electric motor starting or the fall forward of mobile air conditioner are controlled.
In the technical scheme, when judging unit judges that environment temperature T is more than design temperature Ts, now environment temperature T
Too high, electric motor starting unit controls fetch water electric motor starting or the fall forward of mobile air conditioner, and cooling of the increase water to evaporator is made
With so as to increase the temperature difference between evaporator and environment temperature T, and then the heat exchange of reinforcement room air and evaporator, raising is empty
The refrigerating efficiency of tune, make temperature rapid decrease and close to design temperature Ts.
In the above-mentioned technical solutions, it is preferable that also include：Electric machine speed regulation unit, for being become according to environment temperature T change
Gesture, controls the rotating speed for motor of fetching water, and blower fan adjustment unit is specifically used for performing following steps：Step aaa, fetched water motor with first
Rotating speed is as current motor speed of fetching water；Step bbb, control fetch water motor with motor speed work of currently fetching water；Step ccc,
Be spaced at predetermined time intervals, whether detection environment temperature T and design temperature Ts difference are less than or equal to threshold value, if less than or wait
In then the current motor speed of fetching water of holding is constant, otherwise improves current motor speed of fetching water；Step ddd, repeat step bbb and
Step ccc, until maximum (top) speed of the motor speed equal to motor of fetching water of currently fetching water, no longer change the current rotating speed of motor of fetching water.
In the technical scheme, electric machine speed regulation unit controls turning for motor of fetching water according to environment temperature T variation tendency
Speed, specifically, step aaa, electric machine speed regulation unit are used as current motor speed of fetching water using the first motor speed of fetching water；Step bbb,
The control of electric machine speed regulation unit fetches water motor with motor speed work of currently fetching water, and motor of now fetching water is fetched water motor speed with first
Work, cooling of fetching water is carried out to evaporator；Step ccc, is spaced at predetermined time intervals, and judging unit judges environment temperature T with setting
Whether constant temperature degree Ts difference is less than or equal to threshold value, it will be understood that when environment temperature T is close to preset value, i.e., difference is less than or waited
When threshold values, environment temperature T reaches requirement, and now electric machine speed regulation unit need to only keep fetching water being turned with the first motor of fetching water of motor
Speed work, not only makes environment temperature T be maintained in a stable scope, and reduces the unnecessary energy consumption of motor of fetching water, and makes
Mobile air conditioner more saves；If difference is more than threshold values, now environment temperature T is too high, and electric machine speed regulation unit improves current electricity of fetching water
The rotating speed of machine, increase the cooling effect fetched water to evaporator, so as to increase the temperature difference between evaporator and environment temperature T, and then
Strengthen the heat exchange of room air and evaporator, improve the refrigerating efficiency of air-conditioning, make temperature rapid decrease and close to design temperature Ts.
In the above-mentioned technical solutions, it is preferable that also include：Compressor speed adjustment unit, under refrigeration mode, in environment temperature
T is spent less than in the case of design temperature Ts, and control invariable frequency compressor is with less than the operation of the frequency of preset frequency, wherein preset frequency
For 40Hz-50Hz.
In the technical scheme, in cooling mode, in the case that environment temperature T is less than design temperature Ts, compressor
Speed adjustment unit controls invariable frequency compressor to be run less than the frequency of preset frequency, can either now meet refrigeration demand, and and can is enough
The unnecessary energy consumption of invariable frequency compressor is reduced, so as to reduce the energy consumption of mobile air conditioner.
Wherein it is preferred to preset frequency 40Hz-50Hz.
In the above-mentioned technical solutions, it is preferable that also include：Adjustment unit is shown, for according to current time, it is determined whether
Close all display devices；Detection unit is additionally operable to, and detects current time；Judging unit is additionally operable to, and is judged residing for current time
Period.
In the technical scheme, detection unit detection current time, judging unit judges the period residing for current time, from
And the period according to residing for current time, display adjustment unit are confirmed whether to close display device, so as to be not related in user
When noting display device, display device is closed, the energy consumption of display device is reduced, mobile air conditioner is more saved.
In the above-mentioned technical solutions, it is preferable that display adjustment unit is specifically used for:If current time is in the period at night,
The then power source indicating device only in opening display device；And if current time is daytime period, opens all display devices；
Judging unit is specifically used for, and judges whether current time is in the period at night.
In the technical scheme, whether the disconnected current time of judging unit is in the period at night, if the determination result is YES, now
Current time is in the period at night, and user now only opens display because the factors such as rest are not high to the attention rate of air-conditioning parameter
Power source indicating device in device, i.e., necessary information is only shown, reduce the unnecessary energy consumption of display device.If judged result is
No, now current time is daytime period, then opens all display devices, display device normal work.
In the above-mentioned technical solutions, it is preferable that also include：Brightness adjustment unit, for according to surrounding environment brightness, regulation
The brightness of power source indicating device；Detection unit is additionally operable to, and detects the brightness of surrounding environment.
In the technical scheme, detection unit detects the brightness of surrounding environment, and brightness adjustment unit is bright according to surrounding environment
Spend, the brightness of regulation power supply instruction device, the dump energy of power supply can either be clearly illustrated when brightness is higher, and can is enough to exist
The brightness of display device is turned down when brightness is relatively low, the energy consumption of display device is reduced, mobile air conditioner is more saved.
In the above-mentioned technical solutions, it is preferable that also include：Determine frequency speed adjustment unit, motor, outdoor for blower fan indoors
The motor of blower fan and or motor of fetching water be when determining frequency motor, the rotating speed of stepping regulation indoor fan, the rotating speed of outdoor fan,
Or the rotating speed for motor of fetching water.
In the technical scheme, the motor of motor, outdoor fan when indoor fan and or motor of fetching water be to determine frequency
During motor, determine rotating speed, the rotating speed of outdoor fan or the rotating speed for motor of fetching water of frequency speed adjustment unit stepping regulation indoor fan, realize
Improve or reduce rotating speed, the rotating speed of outdoor fan or the rotating speed for motor of fetching water of indoor unit.Make motor, the outdoor of indoor fan
The motor of blower fan and motor of fetching water can carry out rotational speed regulation, so as to correspond to environment temperature to the refrigerating efficiency of mobile air conditioner
Degree T is adjusted, and when environment temperature T is in different temperature ranges, the refrigerating efficiency of mobile air conditioner is also different, is easy to ring
Border temperature T is adjusted.
In the above-mentioned technical solutions, it is preferable that also include：Frequency control unit, motor, outdoor for blower fan indoors
The motor of blower fan and or motor of fetching water when being variable-frequency motor, pass through the rotating speed of step-less adjustment indoor fan, outdoor fan
The rotating speed of rotating speed or motor of fetching water.
In the technical scheme, the motor of motor, outdoor fan when indoor fan and or motor of fetching water be frequency conversion
During motor, rotating speed, the rotating speed of outdoor fan or the rotating speed for motor of fetching water of frequency control unit step-less adjustment indoor fan are real
Now improve or reduce rotating speed, the rotating speed of outdoor fan or the rotating speed for motor of fetching water of indoor unit.Can be using step-less adjustment
When carrying out the rotational speed regulation of the rotating speed of indoor fan, the rotating speed of outdoor fan or motor of fetching water according to environment temperature T, it can incite somebody to action
Environment temperature T interval division obtains more, so that, transition is more during design temperature Ts is intended to by environment temperature T
Gently, the control to environment temperature T is more accurate.
The technical scheme of third aspect present invention provides a kind of computer-readable recording medium, is stored thereon with computer
Program, realize that any of the above-described is used for the control method of mobile air conditioner when computer program is executed by processor.
In the technical scheme, it can be realized when the computer program in computer-readable recording medium is executed by processor
The control method of any one is stated, when environment temperature T is less than or equal to design temperature Ts and ambient humidity is in default humidity range
When, control invariable frequency compressor is out of service, and the operational mode of the indoor fan of mobile air conditioner can be controlled according to temperature range,
Refrigerating efficiency is reduced, makes environment temperature T and ambient humidity relatively stable, improves the comfort level of user；Simultaneously temperature is reduced setting
Mobile air conditioner unnecessary energy consumption when near constant temperature degree Ts, makes mobile air conditioner more energy-conserving and environment-protective.
The technical scheme of fourth aspect present invention provides to be used in a kind of mobile air conditioner, including any of the above-described technical scheme
In the control system of mobile air conditioner.
In the technical scheme, mobile air conditioner is by using the control for being used for mobile air conditioner in any of the above-described technical scheme
System, when environment temperature T is less than or equal to design temperature Ts and ambient humidity is in default humidity range, fixed frequency is controlled to compress
Machine is out of service, and the operational mode of the indoor fan of mobile air conditioner can be controlled according to temperature range, reduces refrigerating efficiency, makes
Environment temperature T and ambient humidity are relatively stable, improve the comfort level of user；Reduce temperature time shift near design temperature Ts simultaneously
The unnecessary energy consumption of dynamic air-conditioning, makes mobile air conditioner more energy-conserving and environment-protective.
The additional aspect and advantage of the present invention will become obvious in following description section, or the practice by the present invention
Recognize.
Brief description of the drawings
Fig. 1 shows the schematic flow sheet of the control method of embodiment 1；
Fig. 2 shows the schematic flow sheet of the control method of embodiment 2；
Fig. 3 shows the schematic flow sheet of the control method of embodiment 3；
Fig. 4 shows the schematic flow sheet of the control method of embodiment 5；
Fig. 5 shows the schematic flow sheet of the control method of embodiment 9；
Fig. 6 shows the structural representation of the control system of embodiment 15；
Fig. 7 shows the structural representation of the control system of embodiment 17.
Embodiment
It is below in conjunction with the accompanying drawings and specific real in order to which the above objects, features and advantages of the present invention can be more clearly understood that
Mode is applied the present invention is further described in detail.It should be noted that in the case where not conflicting, the implementation of the application
Feature in example and embodiment can be mutually combined.
Many details are elaborated in the following description to facilitate a thorough understanding of the present invention, still, the present invention may be used also
To be different from other modes described here using other to implement, therefore, protection scope of the present invention is not by described below
Specific embodiment limitation.
Embodiment 1：
Fig. 1 shows the schematic flow sheet of the control method of the present embodiment.
As shown in figure 1, a kind of control method, for mobile air conditioner, mobile air conditioner includes invariable frequency compressor, control method bag
Include：
Step S102, under refrigeration mode, obtain the environment temperature T and ambient humidity of mobile air conditioner local environment；
Step S104, judges whether environment temperature T be less than or equal to design temperature Ts and ambient humidity default
In humidity range, the first judged result is generated；
If the first judged result is yes, step S106, control invariable frequency compressor is out of service and determines residing for environment temperature T
Temperature range, according to temperature range control mobile air conditioner indoor fan operational mode.
In the present embodiment, step S102, the temperature of environment, is easy to timely root where obtaining mobile air conditioner in cooling mode
According to environment temperature T change adjustment is responded with the running status of air-conditioning.Step S104, judges whether environment temperature T is less than
Or the first judged result is generated, if first judges whether in default humidity range equal to design temperature Ts and ambient humidity
As a result it is yes, i.e. environment temperature T is less than or equal to design temperature Ts and ambient humidity is when presetting in humidity range, now moves
Air-conditioning has been dropped to environment temperature T around design temperature Ts by refrigeration, and ambient humidity walks in default humidity range
Rapid S106, control invariable frequency compressor is out of service, on the one hand stops promoting the process of refrigerant phase transformation and then slows down the heat exchange of refrigerant,
And then the refrigerating efficiency of mobile air conditioner is reduced, prevent refrigerating efficiency is higher from environment temperature T and ambient humidity is changed comparatively fast, make ring
Border temperature T is maintained around design temperature Ts, while ambient humidity is maintained in default humidity range, is easy to keep environment temperature
Spend T and ambient humidity is stable, improve the comfort level of user；On the other hand, invariable frequency compressor is out of service can reduce energy consumption, make
Mobile air conditioner can reduce energy consumption when environment temperature T levels off to design temperature Ts, make mobile air conditioner energy consumption less.Determine environment
Temperature range residing for temperature T, it will be understood that corresponding to the temperature range residing for different environment temperature T, mobile air conditioner is in
Different working conditions, i.e., according to temperature range control mobile air conditioner indoor fan operational mode so that environment temperature T compared with
When high can rapid decrease, can change when environment temperature T is relatively low slowly, and make environment temperature when leveling off to design temperature Ts
T-phase is spent to stabilization, can either make environment temperature T fast approaching design temperature Ts, and can enough prevents that environment temperature T is too fast because declining
And cause temperature too low.
What deserves to be explained is by making invariable frequency compressor out of service, it is less than or equal to design temperature Ts in environment temperature T
When change and slow down the refrigeration of mobile air conditioner, the unnecessary energy consumption of invariable frequency compressor can be reduced, increase the energy-conservation effect of mobile air conditioner
Fruit, it is simple and practical, it is easy to implement.Meanwhile simultaneously contrast_environment temperature T and ambient humidity are detected to determine whether to control mobile air conditioner
Invariable frequency compressor it is out of service, while consider ability environment temperature T and ambient humidity can improve the comfort level of user, improve and move
Adjustment effect of the dynamic air-conditioning to local environment.
Embodiment 2：
Fig. 2 shows the schematic flow sheet of the control method of the present embodiment.
As shown in Fig. 2 a kind of control method, for mobile air conditioner, mobile air conditioner includes invariable frequency compressor, control method bag
Include：
Step S202, under refrigeration mode, obtain the environment temperature T and ambient humidity of mobile air conditioner local environment；
Step S204, judges whether environment temperature T be less than or equal to design temperature Ts and ambient humidity default
In humidity range, the first judged result is generated；
If the first judged result is yes, step S206, control invariable frequency compressor out of service；
Step S208, judges whether environment temperature T is less than or equal to the second preset temperature T2, generates the second judged result；
If the second judged result is no, step S210 is performed, control indoor fan is continuously run with the 3rd rotating speed n3；
Step S212, judges whether environment temperature T is less than or equal to the first preset temperature T1, generates the 3rd judged result；
If the 3rd judged result is no, performs step S214 control indoor fans and continuously run with the second rotating speed n2；
If the 3rd judged result is yes, step S216 is performed, control indoor fan operates the very first time with the first rotating speed n1
After close.
In the present embodiment, step S202, the temperature of environment, is easy to timely root where obtaining mobile air conditioner in cooling mode
According to environment temperature T change adjustment is responded with the running status of air-conditioning.Step S204, judges whether environment temperature T is less than
Or the first judged result is generated, if first judges whether in default humidity range equal to design temperature Ts and ambient humidity
As a result it is yes, i.e. environment temperature T is less than or equal to design temperature Ts and ambient humidity is when presetting in humidity range, now moves
Air-conditioning has been dropped to environment temperature T below design temperature Ts by refrigeration, and ambient humidity walks in default humidity range
Rapid S206, control invariable frequency compressor is out of service, on the one hand stops promoting the process of refrigerant phase transformation and then slows down the heat exchange of refrigerant,
And then the refrigerating efficiency of mobile air conditioner is reduced, prevent refrigerating efficiency is higher from environment temperature T and ambient humidity is changed comparatively fast, make ring
Border temperature T is maintained around design temperature Ts and ambient humidity is in default humidity range, is easy to keep environment temperature T and environment
Moisture stable, improve the comfort level of user；On the other hand, invariable frequency compressor is out of service can reduce energy consumption, make mobile air conditioner
Energy consumption can be reduced when environment temperature T levels off to design temperature Ts, makes mobile air conditioner energy consumption less.It is appreciated that first is pre-
If temperature T1 is less than the second preset temperature T2, therefore, step S208, it is default to judge whether environment temperature T is less than or equal to second
Temperature T2, generate the second judged result；If the second judged result is no, environment temperature T is more than the second preset temperature T2, now ring
Border temperature T is in the higher section of temperature, performs step S210, and control indoor fan is continuously run with the 3rd rotating speed n3, can be with
Understand, the room air corresponding more than the second rotating speed n2 with the heat exchange efficiency of mobile air conditioner of room air corresponding to the 3rd rotating speed n3
It is most fast with the heat exchange efficiency of mobile air conditioner, now refrigerating efficiency highest, environment temperature T changes, enable environment temperature T with most fast
Speed decline so that environment temperature T rapid decreases.Step S212, it is default to judge whether environment temperature T is less than or equal to first
Temperature T1, generate the 3rd judged result；If the 3rd judged result is no, environment temperature T is more than the first preset temperature T1 and is less than
Or equal to the second preset temperature T2, now environment temperature T is in the relatively low section of temperature, step S214 is performed, wind in control room
Machine is continuously run with the second rotating speed n2, it will be understood that the second rotating speed n2 is more than the first rotating speed n1, i.e., room corresponding to the second rotating speed n2
The heat exchange efficiency of interior air room air corresponding more than the first rotating speed n1 with the heat exchange efficiency of mobile air conditioner and mobile air conditioner, this
When refrigerating efficiency it is higher, environment temperature T declines very fast.If the 3rd judged result is yes, it is pre- that environment temperature T is less than or equal to first
If temperature T1, now environment temperature T is in the minimum section of temperature, performs step S216, control indoor fan is with the first rotating speed
N1 is closed after the operating very first time, on the one hand reduces the heat exchange efficiency of room air and mobile air conditioner, is reduced refrigerating efficiency, is prevented
Environment temperature T is too low while environment temperature T is leveled off to design temperature Ts because reducing too fast and environment temperature T；On the other hand, energy
The energy consumption of the mobile air conditioner when environment temperature T levels off to design temperature Ts is enough reduced, makes mobile air conditioner more economical environment-protective.Its
In, the very first time corresponds to environment temperature T, and environment temperature T is lower, and the very first time is shorter.In the present embodiment, only in environment temperature
When degree T is more than the second preset temperature T2, indoor fan is continuously run with the 3rd rotating speed n3, unnecessary so as to reduce mobile air conditioner
Energy consumption, mobile air conditioner is set more to save.
Embodiment 3：
Fig. 3 shows the schematic flow sheet of the control method of the present embodiment.
As shown in figure 3, a kind of control method, for mobile air conditioner, mobile air conditioner includes invariable frequency compressor, control method bag
Include：
Step S302, under refrigeration mode, obtain the environment temperature T and ambient humidity of mobile air conditioner local environment；
Step S304, judges whether environment temperature T be less than or equal to design temperature Ts and ambient humidity default
In humidity range, the first judged result is generated；
If the first judged result is yes, step S306, control invariable frequency compressor out of service；
Step S308, control the outdoor fan fall-back of mobile air conditioner；
Step S310, control the motor reduction operation of fetching water of mobile air conditioner；
Step S312, the display device of mobile air conditioner is controlled to enter resting state；
Step S314, judges whether environment temperature T is less than or equal to the second preset temperature T2, generates the second judged result；
If the second judged result is no, step S316 is performed, control indoor fan is continuously run with the 3rd rotating speed n3；
Step S318, judges whether environment temperature T is less than or equal to the first preset temperature T1, generates the 3rd judged result；
If the 3rd judged result is no, performs step S320 control indoor fans and continuously run with the second rotating speed n2；
If the 3rd judged result is yes, step S322 is performed, control indoor fan operates the very first time with the first rotating speed n1
After close.
In the present embodiment, step S302, the temperature of environment, is easy to timely root where obtaining mobile air conditioner in cooling mode
According to environment temperature T change adjustment is responded with the running status of air-conditioning.Step S304, judges whether environment temperature T is less than
Or the first judged result is generated, if first judges whether in default humidity range equal to design temperature Ts and ambient humidity
As a result it is yes, i.e. environment temperature T is less than or equal to design temperature Ts and ambient humidity is when presetting in humidity range, now moves
Air-conditioning has been dropped to environment temperature T below design temperature Ts by refrigeration, and ambient humidity walks in default humidity range
Rapid S306, control invariable frequency compressor is out of service, on the one hand stops promoting the process of refrigerant phase transformation and then slows down the heat exchange of refrigerant,
And then the refrigerating efficiency of mobile air conditioner is reduced, prevent refrigerating efficiency is higher from environment temperature T and ambient humidity is changed comparatively fast, make ring
Border temperature T is maintained around design temperature Ts, while ambient humidity is maintained in default humidity range, is easy to keep environment temperature
Spend T and ambient humidity is stable, improve the comfort level of user；On the other hand, invariable frequency compressor is out of service can reduce energy consumption, make
Mobile air conditioner can reduce energy consumption when environment temperature T levels off to design temperature Ts, make mobile air conditioner energy consumption less.Step
S308, the outdoor fan fall-back of mobile air conditioner is controlled, on the one hand reduce the heat exchange of mobile air conditioner and outdoor environment, and then drop
The refrigerating efficiency of low mobile air conditioner, reduce the heat exchange of room air and mobile air conditioner, make environment temperature T changes gentle, reduce because
Environment temperature T changes the too fast possibility for causing environment temperature T too low, be easy to so that environment temperature T maintain one it is stable
In the range of；On the other hand reduction mobile air conditioner is less than or equal to design temperature Ts in environment temperature T and ambient humidity is default wet
Energy consumption when in the range of degree, makes mobile air conditioner more save.Step S310, the motor reduction operation of fetching water of mobile air conditioner is controlled,
On the one hand, fetching water for evaporator or is reduced stopping, and evaporator and environment temperature the T temperature difference reduce, so as to reduce room air with
The heat exchange of evaporator, make the reduction of mobile air conditioner refrigerating efficiency, make environment temperature T changes gentle, reduce because environment temperature T changed
Cause the too low possibilities of environment temperature T soon, be easy to so that environment temperature T is maintained in a stable scope；On the other hand
Reduce energy of the mobile air conditioner when environment temperature T is less than or equal to design temperature Ts and ambient humidity is in default humidity range
Consumption, makes mobile air conditioner more save.Step S312, the display device of mobile air conditioner is controlled to enter resting state, it is unnecessary to reduce
Energy consumption, save the energy.Step S314, judges whether environment temperature T is less than or equal to the second preset temperature T2, and generation second is sentenced
Disconnected result；If the second judged result is no, environment temperature T is more than the second preset temperature T2, now environment temperature T be in temperature compared with
High section, performs step S316, and control indoor fan is continuously run with the 3rd rotating speed n3, it will be understood that the 3rd n3 pairs of rotating speed
The heat exchange of the room air answered room air corresponding more than the second rotating speed n2 with the heat exchange efficiency of mobile air conditioner and mobile air conditioner
Efficiency, now refrigerating efficiency highest, environment temperature T changes are most fast, environment temperature T is declined with most fast speed so that
Environment temperature T rapid decreases.Step S318, judges whether environment temperature T is less than or equal to the first preset temperature T1, generation the 3rd
Judged result；If the 3rd judged result is no, environment temperature T is more than the first preset temperature T1 and less than or equal to the second default temperature
T2 is spent, now environment temperature T is in the relatively low section of temperature, performs step S320, and control indoor fan is connected with the second rotating speed n2
Reforwarding row, it will be understood that the second rotating speed n2 is more than the first rotating speed n1, i.e., room air and mobile air conditioner corresponding to the second rotating speed n2
Heat exchange efficiency be more than the heat exchange efficiency of room air and mobile air conditioner corresponding to the first rotating speed n1, now refrigerating efficiency is higher,
Environment temperature T declines very fast.If the 3rd judged result is yes, environment temperature T is less than or equal to the first preset temperature T1, now ring
Border temperature T is in the minimum section of temperature, step S322 is performed, after control indoor fan operates the very first time with the first rotating speed n1
Close, on the one hand reduce the heat exchange efficiency of room air and mobile air conditioner, reduce refrigerating efficiency, prevent environment temperature T because reducing
Too fast and environment temperature T is too low while environment temperature T is leveled off to design temperature Ts；On the other hand, can reduce in environment temperature
Degree T level off to design temperature Ts when mobile air conditioner energy consumption, make mobile air conditioner more economical environment-protective.Wherein, the very first time is corresponding
In environment temperature T, environment temperature T is lower, and the very first time is shorter.
Embodiment 4：
On the basis of embodiment 1 to 3, meet n2=n1+100rpm between the first rotating speed n1 and the second rotating speed n2, second
It is 1100rpm~1300rpm to meet n3=n2+100rpm, the first rotating speed n1 between rotating speed n2 and the 3rd rotating speed n3.
In the present embodiment, n2=n1+100rpm, the second rotating speed n2 and are met between the first rotating speed n1 and the second rotating speed n2
Meet n3=n2+100rpm between three rotating speed n3, so as to corresponding to the different temperature ranges residing for environment temperature T, lead to
The rotating speed of indoor fan is overregulated, controls the refrigerating efficiency of mobile air conditioner different, environment can either be made when environment temperature T is higher
Temperature T rapid decreases, and can is enough to prevent environment temperature T from causing temperature too low because decline is too fast when environment temperature T is relatively low, its
In, the first rotating speed n1 is 1100rpm~1300rpm.
Embodiment 5：
Fig. 4 shows the schematic flow sheet of the control method of the present embodiment.
As shown in figure 4, a kind of control method, for mobile air conditioner, mobile air conditioner includes invariable frequency compressor, control method bag
Include：
Step S402, under refrigeration mode, obtain the environment temperature T and ambient humidity of mobile air conditioner local environment；
Step S404, judges whether environment temperature T be less than or equal to design temperature Ts and ambient humidity default
In humidity range, the first judged result is generated；
If the first judged result is yes, step S406, control invariable frequency compressor out of service；
Step S408, control the outdoor fan of mobile air conditioner out of service；
Step S410, control the motor of fetching water of mobile air conditioner out of service；
Step S412, the display device of mobile air conditioner is controlled to stop display；
Step S414, judges whether environment temperature T is more than design temperature Ts；Generate the second judged result；
If the second judged result is yes, step S416 is performed, controls the outdoor fan of mobile air conditioner to start；
Step S418, judges whether environment temperature T is less than or equal to the second preset temperature T2, generates the 3rd judged result；
If the 3rd judged result is no, step S420 is performed, control indoor fan is continuously run with the 3rd rotating speed n3；
Step S422, judges whether environment temperature T is less than or equal to the first preset temperature T1, generates the 4th judged result；
If the 4th judged result is no, step S424 is performed, control indoor fan is continuously run with the second rotating speed n2；
If the 4th judged result is yes, step S426 is performed, control indoor fan operates the very first time with the first rotating speed n1
After close.
In the present embodiment, step S402, the temperature of environment, is easy to timely root where obtaining mobile air conditioner in cooling mode
According to environment temperature T change adjustment is responded with the running status of air-conditioning.Step S404, judges whether environment temperature T is less than
Or the first judged result is generated, if first judges whether in default humidity range equal to design temperature Ts and ambient humidity
As a result it is yes, i.e. environment temperature T is less than or equal to design temperature Ts and ambient humidity is when presetting in humidity range, now moves
Air-conditioning has been dropped to environment temperature T below design temperature Ts by refrigeration, and ambient humidity walks in default humidity range
Rapid S406, control invariable frequency compressor is out of service, on the one hand stops promoting the process of refrigerant phase transformation and then slows down the heat exchange of refrigerant,
And then the refrigerating efficiency of mobile air conditioner is reduced, prevent refrigerating efficiency is higher from environment temperature T and ambient humidity is changed comparatively fast, make ring
Border temperature T is maintained around design temperature Ts, while ambient humidity is maintained in default humidity range, be easy to keep environment and
Ambient humidity temperature stabilization, improve the comfort level of user；On the other hand, invariable frequency compressor is out of service can reduce energy consumption, make
Mobile air conditioner can reduce energy consumption when environment temperature T levels off to design temperature Ts, make mobile air conditioner energy consumption less.Step
S408, the outdoor fan fall-back of mobile air conditioner is controlled, on the one hand reduce the heat exchange of mobile air conditioner and outdoor environment, and then drop
The refrigerating efficiency of low mobile air conditioner, the heat exchange of room air and mobile air conditioner is reduced, make environment temperature T and ambient humidity change flat
It is slow, reduce because of environment temperature T changes and the too fast possibility for causing environment temperature T too low of ambient humidity, be easy to so that environment temperature
Degree T is maintained in a stable scope；On the other hand reduce mobile air conditioner and be less than or equal to design temperature Ts in environment temperature T
And energy consumption of the ambient humidity when presetting in humidity range, mobile air conditioner is more saved.Step S410, controls mobile air conditioner
Motor reduction of fetching water is run, on the one hand, and fetch water stopping or the reduction of evaporator, evaporator and environment temperature the T temperature difference reduce, from
And the heat exchange of room air and evaporator is reduced, make the reduction of mobile air conditioner refrigerating efficiency, change environment temperature T and ambient humidity
Gently, reduce because environment temperature T changes the too fast possibility for causing environment temperature T too low, be easy to so that environment temperature T is maintained
In one stable scope；On the other hand reduce mobile air conditioner and be less than or equal to design temperature Ts and environmental wet in environment temperature T
Energy consumption when in default humidity range is spent, mobile air conditioner is more saved.Step S412, control the display device of mobile air conditioner
Into resting state, unnecessary energy consumption is reduced, saves the energy.
Step S414, judges whether environment temperature T is more than design temperature Ts；Generate the second judged result；If second judges
As a result it is yes, i.e., it is necessary to make environment temperature T be reduced rapidly to setting temperature by refrigeration when environment temperature T is more than design temperature Ts
Spend around Ts, perform step S416, control invariable frequency compressor starts, and promotes the heat exchange of refrigerant and indoor and outdoor air, Jin Erzeng
Add the heat exchange of room air and mobile air conditioner, improve refrigerating efficiency, make environment temperature T rapid decreases until environment temperature T is approached
Design temperature Ts.Step S418, judges whether environment temperature T is less than or equal to the second preset temperature T2, and generation second judges knot
Fruit；If the second judged result is no, environment temperature T is more than the second preset temperature T2, and now it is higher to be in temperature by environment temperature T
Section, performs step S420, and control indoor fan is continuously run with the 3rd rotating speed n3, it will be understood that corresponding to the 3rd rotating speed n3
The heat exchange efficiency of room air room air corresponding more than the second rotating speed n2 with the heat exchange efficiency of mobile air conditioner and mobile air conditioner,
Now refrigerating efficiency highest, environment temperature T changes are most fast, environment temperature T is declined with most fast speed so that environment temperature
Spend T rapid decreases.Step S422, judges whether environment temperature T is less than or equal to the first preset temperature T1, and generation the 3rd judges knot
Fruit；If the 3rd judged result is no, environment temperature T is more than the first preset temperature T1 and is less than or equal to the second preset temperature T2,
Now environment temperature T is in the relatively low section of temperature, performs step S424, and control indoor fan is continuously transported with the second rotating speed n2
OK, it will be understood that the second rotating speed n2 is more than the first rotating speed n1, i.e., room air and mobile air conditioner changes corresponding to the second rotating speed n2
The thermal efficiency is more than the heat exchange efficiency of room air and mobile air conditioner corresponding to the first rotating speed n1, and now refrigerating efficiency is higher, environment
Temperature T declines very fast.If the 3rd judged result is yes, environment temperature T is less than or equal to the first preset temperature T1, now environment temperature
Degree T is in the minimum section of temperature, performs step S426, and control indoor fan closes after operating the very first time with the first rotating speed n1
Close, on the one hand reduce the heat exchange efficiency of room air and mobile air conditioner, reduce refrigerating efficiency, prevent environment temperature T because reducing
Fast and environment temperature T is too low while environment temperature T is leveled off to design temperature Ts；On the other hand, can reduce in environment temperature T
Level off to design temperature Ts when mobile air conditioner energy consumption, make mobile air conditioner more economical environment-protective.Wherein, the very first time corresponds to ring
Border temperature T, environment temperature T is lower, and the very first time is shorter.
Embodiment 6：
On the basis of embodiment 1 to 5, in addition to：When detecting that environment temperature T is more than design temperature Ts, control moves
The outdoor fan of dynamic air-conditioning starts or fall forward.
In this embodiment, when detecting that environment temperature T is more than design temperature Ts, now environment temperature T is too high, control
The outdoor fan of mobile air conditioner starts or fall forward, and increase mobile air conditioner exchanges heat with outdoor air, and then increases room air
With the heat exchange of refrigerant, the refrigerating efficiency of air-conditioning is improved, makes temperature rapid decrease and close to design temperature Ts.
Embodiment 7：
On the basis of embodiment 1 to 6, in addition to：When detecting that environment temperature T is more than design temperature Ts, control moves
Fetch water electric motor starting or the fall forward of dynamic air-conditioning.
In this embodiment, when detecting that environment temperature T is more than design temperature Ts, now environment temperature T is too high, control
Fetch water electric motor starting or the fall forward of mobile air conditioner, cooling effect of the increase water to evaporator, so as to increase evaporator and ring
The temperature difference between the temperature T of border, and then strengthen the heat exchange of room air and evaporator, the refrigerating efficiency of air-conditioning is improved, makes temperature fast
Speed declines and close to design temperature Ts.
Embodiment 8：
On the basis of embodiment 1 to 7, in addition to：Under refrigeration mode, it is less than design temperature Ts feelings in environment temperature T
Under condition, control invariable frequency compressor less than the frequency of preset frequency to run, and wherein preset frequency is 40Hz-50Hz.
In the present embodiment, in cooling mode, in the case that environment temperature T is less than design temperature Ts, fixed frequency is controlled to press
Contracting machine can either now meet refrigeration demand, and can enough reduces invariable frequency compressor need not to be run less than the frequency of preset frequency
The energy consumption wanted, so as to reduce the energy consumption of mobile air conditioner.
Wherein it is preferred to preset frequency 40Hz-50Hz.
Embodiment 9：
Fig. 5 shows the schematic flow sheet of the control method of the present embodiment.
As shown in figure 5, a kind of control method, for mobile air conditioner, mobile air conditioner includes invariable frequency compressor, control method bag
Include：
Step S502, under refrigeration mode, obtain the environment temperature T and ambient humidity of mobile air conditioner local environment；
Step S504, judges whether environment temperature T be less than or equal to design temperature Ts and ambient humidity default
In humidity range, the first judged result is generated；
If the first judged result is yes, step S506, control invariable frequency compressor out of service；
Step S508, judges whether environment temperature T is less than or equal to the second preset temperature T2, generates the second judged result；
If the second judged result is yes, step S510 is performed, control indoor fan is continuously run with the 3rd rotating speed n3；
Step S512, judges whether environment temperature T is less than or equal to the first preset temperature T1, generates the 3rd judged result；
If the 3rd judged result is no, step S514 is performed, control indoor fan is continuously run with the second rotating speed n2；
If the 3rd judged result is yes, step S516 is performed, control indoor fan operates the very first time with the first rotating speed n1
After close；
Step S518, judges whether environment temperature T be less than or equal to design temperature Ts and ambient humidity default
In humidity range, the 4th judged result is generated；
If the 4th judged result is yes, step S520 is performed, is turned using the first outdoor fan rotating speed as current outdoor blower fan
Speed；
Step S522, control outdoor fan are worked with current outdoor rotation speed of fan；Step S524, it is spaced between the scheduled time
Every；
Step S526, judges whether environment temperature T and design temperature Ts difference is less than or equal to threshold value, and generation the 5th judges
As a result；
If the 5th judged result is yes, step S528 is performed, keeps current outdoor rotation speed of fan constant；
Otherwise step S530 is performed, improves current outdoor rotation speed of fan；
Step S532, judge that current outdoor rotation speed of fan is equal to the maximum (top) speed of outdoor fan, generate the 6th judged result；
If the 6th judged result is yes, step S534 is performed, no longer changes current outdoor rotation speed of fan；
4th judged result fetches water motor speed as motor of currently fetching water after being, also to perform step S536 using first
Rotating speed；
Step S538, control fetch water motor with motor speed work of currently fetching water；
Step S540, it is spaced predetermined time interval；
Step S542, judges whether environment temperature T and design temperature Ts difference is less than or equal to threshold value, and generation the 7th judges
As a result；
If the 7th judged result is yes, step S544 is performed, keeps current motor speed of fetching water constant；
Otherwise step S546 is performed, improves current motor speed of fetching water；
Step S548, judges whether current motor speed of fetching water is equal to the maximum (top) speed for motor of fetching water, and generation the 8th judges
As a result；
If the 8th judged result is yes, step S550 is performed, no longer changes the current rotating speed of motor of fetching water.
In the present embodiment, step S502, the temperature of environment, is easy to timely root where obtaining mobile air conditioner in cooling mode
According to environment temperature T change adjustment is responded with the running status of air-conditioning.Step S504, judges whether environment temperature T is less than
Or the first judged result is generated, if first judges whether in default humidity range equal to design temperature Ts and ambient humidity
As a result it is yes, i.e. environment temperature T is less than or equal to design temperature Ts and ambient humidity is when presetting in humidity range, now moves
Air-conditioning has been dropped to environment temperature T below design temperature Ts by refrigeration, and ambient humidity walks in default humidity range
Rapid S506, control invariable frequency compressor is out of service, on the one hand stops promoting the process of refrigerant phase transformation and then slows down the heat exchange of refrigerant,
And then the refrigerating efficiency of mobile air conditioner is reduced, prevent refrigerating efficiency is higher from environment temperature T and ambient humidity is changed comparatively fast, make ring
Border temperature T is maintained around design temperature Ts, while ambient humidity is maintained in default humidity range, is easy to keep environment temperature
Spend T and ambient humidity is stable, improve the comfort level of user；On the other hand, invariable frequency compressor is out of service can reduce energy consumption, make
Mobile air conditioner can reduce energy consumption when environment temperature T levels off to design temperature Ts, make mobile air conditioner energy consumption less.Step
S508, judges whether environment temperature T is less than or equal to the second preset temperature T2, generates the second judged result；If second judges knot
Fruit is no, and environment temperature T is more than the second preset temperature T2, and now environment temperature T is in the higher section of temperature, performs step
S510, control indoor fan are continuously run with the 3rd rotating speed n3, it will be understood that room air and movement corresponding to the 3rd rotating speed n3
The heat exchange efficiency of air-conditioning is more than the heat exchange efficiency of room air and mobile air conditioner corresponding to the second rotating speed n2, and now refrigerating efficiency is most
Height, environment temperature T changes are most fast, environment temperature T is declined with most fast speed so that environment temperature T rapid decreases.Step
Rapid S512, judges whether environment temperature T is less than or equal to the first preset temperature T1, generates the 3rd judged result；If the 3rd judges
As a result it is no, environment temperature T is more than the first preset temperature T1 and is less than or equal to the second preset temperature T2, now environment temperature T
The section relatively low in temperature, performs step S514, and control indoor fan is continuously run with the second rotating speed n2, it will be understood that the
Two rotating speed n2 are more than the first rotating speed n1, i.e., the heat exchange efficiency of room air and mobile air conditioner is more than first corresponding to the second rotating speed n2
The heat exchange efficiency of room air and mobile air conditioner corresponding to rotating speed n1, now refrigerating efficiency is higher, and environment temperature T declines very fast.
If the 3rd judged result is yes, environment temperature T is less than or equal to the first preset temperature T1, and now environment temperature T is in temperature most
Low section, step S516 is performed, control indoor fan is closed after operating the very first time with the first rotating speed n1, on the one hand reduces room
The heat exchange efficiency of interior air and mobile air conditioner, refrigerating efficiency is reduced, prevent environment temperature T because reducing too fast and environment temperature T mistakes
It is low while environment temperature T is leveled off to design temperature Ts；On the other hand, it can reduce and level off to design temperature in environment temperature T
The energy consumption of mobile air conditioner during Ts, make mobile air conditioner more economical environment-protective.Wherein, the very first time corresponds to environment temperature T, environment temperature
Degree T is lower, and the very first time is shorter.
Step S518, judges whether environment temperature T is less than or equal to design temperature Ts, generates the 4th judged result；If the
Four judged results are yes, if the 4th judged result is yes, performs step S520, current outdoor is used as using the first outdoor fan rotating speed
Rotation speed of fan；Step S522, control outdoor fan are worked with current outdoor rotation speed of fan, and outdoor fan is turned with the first outdoor fan
Speed work, promotes the heat exchange of outdoor air and refrigerant；Step S524, it is spaced predetermined time interval；Step S526, judge environment temperature
Whether degree T and design temperature Ts difference is less than or equal to threshold value, generates the 5th judged result；If the 5th judged result is yes, i.e.,
When difference is less than or equal to threshold values, environment temperature T reaches requirement, step S528, keeps current outdoor rotation speed of fan constant, keeps
Outdoor fan with the first outdoor fan rotary speed working, environment temperature T is maintained in a stable scope, and subtract
The unnecessary energy consumption of few outdoor fan, makes mobile air conditioner more save；Step S528 is then performed, keeps current outdoor rotation speed of fan
It is constant；Otherwise difference is more than threshold values, and now environment temperature T is too high, performs step S530, improves current outdoor rotation speed of fan, adds
The heat exchange of strong outdoor air and refrigerant, so as to improve the heat exchange of room air and mobile air conditioner, increase the refrigeration effect of mobile air conditioner
Rate, make temperature rapid decrease and close to design temperature Ts.Step S532, judge that current outdoor rotation speed of fan is equal to outdoor fan
Maximum (top) speed, generate the 6th judged result；If the 6th judged result is yes, step S534 is performed, no longer changes current outdoor
Rotation speed of fan, so as to the variation tendency according to environment temperature T, the rotating speed of outdoor fan is adjusted, makes the refrigeration of mobile air conditioner
Efficiency is adjusted corresponding to environment temperature T variation tendency, is easy to maintain environment temperature T stable.
4th judged result fetches water motor speed as motor of currently fetching water after being, also to perform step S536 using first
Rotating speed；Step S538, control fetch water motor with motor speed work of currently fetching water, and outdoor fan is with the first outdoor fan rotating speed work
Make, promote the heat exchange of outdoor air and refrigerant；Step S540, it is spaced predetermined time interval；Step S542, judge environment temperature T
Whether it is less than or equal to threshold value with design temperature Ts difference, generates the 7th judged result；If the 7th judged result is yes, i.e. difference
During less than or equal to threshold values, environment temperature T reaches requirement, then performs step S544, keeps current motor speed of fetching water constant, protects
Hold outdoor fan with the first outdoor fan rotary speed working, environment temperature T is maintained in a stable scope, and
The unnecessary energy consumption of outdoor fan is reduced, mobile air conditioner is more saved；Otherwise step S546 is performed, improves current motor of fetching water
Rotating speed, strengthen the heat exchange of outdoor air and refrigerant, so as to improve the heat exchange of room air and mobile air conditioner, increase mobile air conditioner
Refrigerating efficiency, make temperature rapid decrease and close to design temperature Ts.Step S548, judges whether current motor speed of fetching water is equal to
Fetch water the maximum (top) speed of motor, generate the 8th judged result；If the 8th judged result is yes, step S550 is performed, is no longer changed
Become the current rotating speed of motor of fetching water.So as to the variation tendency according to environment temperature T, the rotating speed of outdoor fan is adjusted, makes movement
The refrigerating efficiency of air-conditioning is adjusted corresponding to environment temperature T variation tendency, is easy to maintain environment temperature T stable.
Embodiment 10：
On the basis of embodiment 1 to 9, in addition to：According to current time, it is determined whether close all display devices.
In this embodiment, it is daytime or night according to current time, or when whether being user's rest according to current time
Between, it is confirmed whether to close display device, so as to which when user is not concerned with display device, display device is closed, reduces aobvious
The energy consumption of showing device, makes mobile air conditioner more save.
Embodiment 11：
On the basis of embodiment 10, it is determined whether close all display devices and specifically include：If current time is in night
Late period, the then power source indicating device only in opening display device；And if current time is daytime period, open all aobvious
Showing device.
In the present embodiment, if current time is in the period at night, user is due to concern of the factor to air-conditioning parameter such as rests
Degree is not high, now the power source indicating device only in opening display device, i.e., only shows necessary information, and reducing display device need not
The energy consumption wanted.If current time is daytime period, all display devices, display device normal work are opened.
Embodiment 12：
On the basis of embodiment 1 to 11, in addition to：According to surrounding environment brightness, the brightness of regulation power supply instruction device.
In this embodiment, according to surrounding environment brightness, the brightness of regulation power supply instruction device can either be higher in brightness
When clearly illustrate the dump energy of power supply, the enough brightness that display device is turned down when brightness is relatively low of and can, reduce display device
Energy consumption, mobile air conditioner is more saved.
Embodiment 13：
On the basis of embodiment 1 to 12, in addition to：If the motor of the motor of indoor fan, outdoor fan and or beating
Hydroelectric machine is to determine frequency motor, then improves or reduce rotating speed, the rotating speed of outdoor fan or the rotating speed for motor of fetching water of indoor unit
It is that rotating speed, the rotating speed of outdoor fan or the rotating speed for motor of fetching water that indoor fan is adjusted by stepping are realized.
In the present embodiment, the motor of motor, outdoor fan when indoor fan and or motor of fetching water be to determine frequency motor
When, rotating speed, the rotating speed of outdoor fan or the rotating speed for motor of fetching water of indoor fan are adjusted by stepping, realizes and improves or reduce room
The rotating speed of the rotating speed of interior extension set, the rotating speed of outdoor fan or motor of fetching water.Make the motor of indoor fan, the motor of outdoor fan and
Motor of fetching water can carry out rotational speed regulation, so as to be adjusted to the refrigerating efficiency of mobile air conditioner corresponding to environment temperature T,
When environment temperature T is in different temperature ranges, the refrigerating efficiency of mobile air conditioner is also different, is easy to carry out environment temperature T
Adjustment.
Embodiment 14：
On the basis of embodiment 1 to 12, including：If the motor of the motor of indoor fan, outdoor fan and or fetching water
Motor is variable-frequency motor, then rotating speed, the rotating speed of outdoor fan or the rotating speed for motor of fetching water for improving or reducing indoor unit are
Realized by the rotating speed of the rotating speed of step-less adjustment indoor fan, the rotating speed of outdoor fan or motor of fetching water.
In the present embodiment, the motor of motor, outdoor fan when indoor fan and or motor of fetching water be variable-frequency motor
When, by the rotating speed of the rotating speed of step-less adjustment indoor fan, the rotating speed of outdoor fan or motor of fetching water, realize and improve or reduce
The rotating speed of the rotating speed of indoor unit, the rotating speed of outdoor fan or motor of fetching water.Can be according to environment temperature T using step-less adjustment
, can be by environment temperature T area when carrying out the rotational speed regulation of the rotating speed of indoor fan, the rotating speed of outdoor fan or motor of fetching water
Between divide more so that, environment temperature T transition during design temperature Ts is intended to is gentler, to environment temperature
The control for spending T is more accurate.
Embodiment 15：
Fig. 6 shows the structural representation of the control system of the present embodiment；
As shown in fig. 6, a kind of control system 600, for mobile air conditioner, for mobile air conditioner, mobile air conditioner includes fixed frequency
Compressor, control system include：
Detection unit 602, in cooling mode, obtaining the environment temperature T and environment of mobile air conditioner local environment
Humidity；
Judging unit 604, for judging whether environment temperature T be less than or equal to design temperature Ts and ambient humidity
In default humidity range；
Control unit 606, in the case of being less than design temperature Ts in environment temperature T, control invariable frequency compressor stops
Run and determine the temperature range residing for environment temperature T, and the fortune of the indoor fan according to temperature range control mobile air conditioner
Row mode.
In the present embodiment, the temperature of environment where detection unit 602 obtains mobile air conditioner in cooling mode, it is easy in time
Adjustment is responded with the running status of air-conditioning according to environment temperature T change.Whether judging unit 604 judges environment temperature T
Less than or equal to design temperature Ts and ambient humidity whether in default humidity range, when the judged result of judging unit 604 is
When being, i.e. when environment temperature T is less than design temperature Ts, now environment temperature T has been dropped to setting by mobile air conditioner by refrigeration
Below temperature Ts, and ambient humidity, in default humidity range, control unit 606 controls invariable frequency compressor out of service, one
Aspect stops promoting the process of refrigerant phase transformation and then slows down the heat exchange of refrigerant, and then reduces the refrigerating efficiency of mobile air conditioner, prevents
Refrigerating efficiency is higher to make environment temperature T and ambient humidity change comparatively fast, environment temperature T is maintained around design temperature Ts, together
When ambient humidity is maintained in default humidity range, be easy to keep environment temperature T and ambient humidity stable, improve relaxing for user
Appropriateness；On the other hand, invariable frequency compressor is out of service can reduce energy consumption, mobile air conditioner is leveled off to setting in environment temperature T
Energy consumption can be reduced during temperature Ts, makes mobile air conditioner energy consumption less.Control unit 606 determines the temperature residing for environment temperature T simultaneously
Spend section, it will be understood that corresponding to the temperature range residing for different environment temperature T, mobile air conditioner is in different work shapes
State, therefore control unit 606 controls the operational mode of the indoor fan of mobile air conditioner according to temperature range, so that environment temperature T
When higher can rapid decrease, can change when environment temperature T is relatively low slowly, and make environment when leveling off to design temperature Ts
Temperature T-phase can either make environment temperature T fast approaching design temperature Ts, and can enough prevents environment temperature T because declining to stabilization
Cause temperature too low soon.
What deserves to be explained is by making invariable frequency compressor out of service, it is less than or equal to design temperature Ts in environment temperature T
When change and slow down the refrigeration of mobile air conditioner, the unnecessary energy consumption of invariable frequency compressor can be reduced, increase the energy-conservation effect of mobile air conditioner
Fruit, it is simple and practical, it is easy to implement.Meanwhile simultaneously contrast_environment temperature T and ambient humidity are detected to determine whether to control mobile air conditioner
Invariable frequency compressor it is out of service, while consider ability environment temperature T and ambient humidity can improve the comfort level of user, improve and move
Adjustment effect of the dynamic air-conditioning to local environment.
Embodiment 16：
On the basis of embodiment 15, control unit is specifically used for：If environment temperature T is less than or equal to the first default temperature
T1 is spent, then controls indoor fan to be closed after operating the very first time with the first rotating speed n1；If environment temperature T is more than the first default temperature
Spend T1 and be less than or equal to the second preset temperature T2, then control indoor fan continuously to be run with the second rotating speed n2；If environment temperature
Degree T is more than the second preset temperature T2, then controls indoor fan continuously to be run with the 3rd rotating speed n3；Judging unit is additionally operable to, and is judged
According to environment temperature T and the first preset temperature T1, the second preset temperature T2 magnitude relationship, wherein the first rotating speed n1 is less than second
Rotating speed n2, the second rotating speed n2 are less than the 3rd rotating speed n3.
In the present embodiment, it will be understood that the first preset temperature T1 is less than the second preset temperature T2, therefore, if it is determined that single
Member judges that environment temperature T is less than or equal to the first preset temperature T1, and now environment temperature T is in the minimum section of temperature, control
Unit control room inner blower is closed after operating the very first time with the first rotating speed n1, on the one hand reduces room air and mobile air conditioner
Heat exchange efficiency, refrigerating efficiency is reduced, prevent that environment temperature T is too low while environment temperature T is become because reducing too fast and environment temperature T
It is bordering on design temperature Ts；On the other hand, the energy consumption of the mobile air conditioner when environment temperature T levels off to design temperature Ts can be reduced,
Make mobile air conditioner more economical environment-protective.Wherein, the very first time corresponds to environment temperature T, and environment temperature T is lower, and the very first time gets over
It is short.
If it is determined that unit judges environment temperature T is more than the first preset temperature T1 and is less than or equal to the second preset temperature
T2, now environment temperature T be in the relatively low section of temperature, control unit control indoor fan is continuously run with the second rotating speed n2,
It is appreciated that the second rotating speed n2 is more than the first rotating speed n1, i.e., the heat exchange of room air and mobile air conditioner corresponding to the second rotating speed n2
Efficiency is more than the heat exchange efficiency of room air and mobile air conditioner corresponding to the first rotating speed n1, and now refrigerating efficiency is higher, environment temperature
Spend T to decline comparatively fast, until judging unit judges that environment temperature T is less than or equal to the first preset temperature T1, control unit control room
Inner blower is closed after operating the very first time with the first rotating speed n1.Therefore, it is more than the first preset temperature T1 in environment temperature T and is less than
During the second preset temperature T2, indoor fan is continuously run with the second rotating speed n2, on the one hand, relative to indoor fan with the first rotating speed
The situation of n1 operatings, refrigerating efficiency is higher, and environment temperature T can be made quickly to decline, and enables environment temperature T convergences quickly
In design temperature Ts, on the other hand, situation about being operated relative to indoor fan with the 3rd rotating speed n3, unnecessary energy can be reduced
Source consumes, and mobile air conditioner is more saved.
If it is determined that unit judges environment temperature T is more than the second preset temperature T2, now it is higher to be in temperature by environment temperature T
Section, control unit control indoor fan continuously runs with the 3rd rotating speed n3, it will be understood that indoor corresponding to the 3rd rotating speed n3
The heat exchange efficiency of air room air corresponding more than the second rotating speed n2 with the heat exchange efficiency of mobile air conditioner and mobile air conditioner, now
Refrigerating efficiency highest, environment temperature T changes are most fast, environment temperature T is declined with most fast speed so that environment temperature T
Rapid decrease, and controlled when judging unit judges that environment temperature T is less than or equal to the second preset temperature T2 in unit control room
Blower fan is continuously run with the second rotating speed n2, until judging unit judges that environment temperature T is less than or equal to the first preset temperature T1, is controlled
Unit control room inner blower processed is closed after operating the very first time with the first rotating speed n1.In the present embodiment, only sentence in judging unit
When disconnected environment temperature T is more than the second preset temperature T2, control unit control indoor fan is continuously run with the 3rd rotating speed n3, so as to
The unnecessary energy consumption of mobile air conditioner is reduced, mobile air conditioner is more saved.
Embodiment 17：
Fig. 7 shows the structural representation of the control system of the present embodiment；
As shown in fig. 7, a kind of control system 700, for mobile air conditioner, for mobile air conditioner, mobile air conditioner includes fixed frequency
Compressor, control system include：
Detection unit 702, in cooling mode, obtaining the environment temperature T and environment of mobile air conditioner local environment
Humidity；
Judging unit 704, for judging whether environment temperature T be less than or equal to design temperature Ts and ambient humidity
In default humidity range；
Control unit 706, in the case of being less than design temperature Ts in environment temperature T, control invariable frequency compressor stops
Run and determine the temperature range residing for environment temperature T, and the fortune of the indoor fan according to temperature range control mobile air conditioner
Row mode；
Motor abort unit 708, for being less than or equal to design temperature Ts and ambient humidity default wet in environment temperature T
When in the range of degree, the motor reduction operation of fetching water of mobile air conditioner is controlled；
Abort unit 710 is shown, for being less than or equal to design temperature Ts and ambient humidity default wet in environment temperature T
When in the range of degree, the display device of mobile air conditioner is controlled to enter resting state.
In the present embodiment, the temperature of environment where detection unit 702 obtains mobile air conditioner in cooling mode, it is easy in time
Adjustment is responded with the running status of air-conditioning according to environment temperature T change.Whether judging unit 704 judges environment temperature T
Less than or equal to design temperature Ts and ambient humidity whether in default humidity range, when the judged result of judging unit 704 is
When being, i.e. when environment temperature T is less than design temperature Ts, now environment temperature T has been dropped to setting by mobile air conditioner by refrigeration
Below temperature Ts, and ambient humidity, in default humidity range, control unit 706 controls invariable frequency compressor out of service, one
Aspect stops promoting the process of refrigerant phase transformation and then slows down the heat exchange of refrigerant, and then reduces the refrigerating efficiency of mobile air conditioner, prevents
Refrigerating efficiency is higher to make environment temperature T and ambient humidity change comparatively fast, environment temperature T is maintained around design temperature Ts, together
When ambient humidity is maintained in default humidity range, be easy to keep environment temperature T and ambient humidity stable, improve relaxing for user
Appropriateness；On the other hand, invariable frequency compressor is out of service can reduce energy consumption, mobile air conditioner is leveled off to setting in environment temperature T
Energy consumption can be reduced during temperature Ts, makes mobile air conditioner energy consumption less.Control unit 706 determines the temperature residing for environment temperature T simultaneously
Spend section, it will be understood that corresponding to the temperature range residing for different environment temperature T, mobile air conditioner is in different work shapes
State, therefore control unit 706 controls the operational mode of the indoor fan of mobile air conditioner according to temperature range, so that environment temperature T
When higher can rapid decrease, can change when environment temperature T is relatively low slowly, and make environment when leveling off to design temperature Ts
Temperature T-phase can either make environment temperature T fast approaching design temperature Ts, and can enough prevents environment temperature T because declining to stabilization
Cause temperature too low soon.Motor abort unit 708 controls the outdoor fan fall-back of mobile air conditioner, on the one hand reduces movement
The heat exchange of air-conditioning and outdoor environment, and then the refrigerating efficiency of mobile air conditioner is reduced, the heat exchange of room air and mobile air conditioner is reduced,
Make environment temperature T changes gentle, reduce because environment temperature T changes the too fast possibility for causing environment temperature T too low, be easy to so that
Environment temperature T is maintained in a stable scope；On the other hand reduce mobile air conditioner and be less than or equal to setting in environment temperature T
The energy consumption of temperature Ts and ambient humidity when presetting in humidity range, makes mobile air conditioner more save.Simultaneously in judging unit 704
When judging that environment temperature T is less than or equal to design temperature Ts and ambient humidity is in default humidity range, mobile air conditioner has reached
Refrigeration target is arrived, user need not adjust the dispaly state of mobile air conditioner, and display abort unit 710 controls the display of mobile air conditioner
Device stops display or into resting state, reduces unnecessary energy consumption, saves the energy.
Embodiment 18：
On the basis of embodiment 15 to 17, meet n2=n1+100rpm between the first rotating speed n1 and the second rotating speed n2, the
It is 1100rpm~1300rpm to meet n3=n2+100rpm, the first rotating speed n1 between two rotating speed n2 and the 3rd rotating speed n3.
In the present embodiment, n2=n1+100rpm, the second rotating speed n2 and are met between the first rotating speed n1 and the second rotating speed n2
Meet n3=n2+100rpm between three rotating speed n3, so as to corresponding to the different temperature ranges residing for environment temperature T, lead to
The rotating speed of indoor fan is overregulated, controls the refrigerating efficiency of mobile air conditioner different, environment can either be made when environment temperature T is higher
Temperature T rapid decreases, and can is enough to prevent environment temperature T from causing temperature too low because decline is too fast when environment temperature T is relatively low, its
In, the first rotating speed n1 is 1100rpm~1300rpm.
Embodiment 19：
On the basis of embodiment 15 to 18, it is preferable that also include：Compressor start unit, environment is detected for working as
When temperature T is more than design temperature Ts, control invariable frequency compressor starts.
In this embodiment, when judging unit judges that environment temperature T is more than design temperature Ts, it is necessary to make ring by refrigeration
Border temperature T is reduced rapidly to around design temperature Ts, and compressor start unit control invariable frequency compressor starts, and promotes refrigerant and room
The heat exchange of inner air and outer air, and then increase the heat exchange of room air and mobile air conditioner, refrigerating efficiency is improved, makes environment temperature T fast
Speed declines until environment temperature T is close to design temperature Ts.
Embodiment 20：
On the basis of embodiment 15 to 19, in addition to：Compressor speed adjustment unit, under refrigeration mode, in environment temperature
T is spent less than in the case of design temperature Ts, and control invariable frequency compressor is with less than the operation of the frequency of preset frequency, wherein preset frequency
For 40Hz-50Hz.
In the present embodiment, in cooling mode, in the case that environment temperature T is less than design temperature Ts, compressor speed governing
Unit controls invariable frequency compressor now to meet refrigeration demand, and can is enough reduced to be run less than the frequency of preset frequency
The unnecessary energy consumption of invariable frequency compressor, so as to reduce the energy consumption of mobile air conditioner.
Wherein it is preferred to preset frequency 40Hz-50Hz.
Embodiment 21：
On the basis of embodiment 15 to 20, in addition to：Blower fan start unit, detect that environment temperature T is more than for working as
During design temperature Ts, outdoor fan startup or the fall forward of mobile air conditioner are controlled.
In this embodiment, when judging unit judges that environment temperature T is more than design temperature Ts, now environment temperature T mistakes
Height, the outdoor fan of blower fan start unit control mobile air conditioner starts or fall forward, increase mobile air conditioner change with outdoor air
Heat, and then increase the heat exchange of room air and refrigerant, the refrigerating efficiency of air-conditioning is improved, makes temperature rapid decrease and close setting temperature
Spend Ts.
Embodiment 22：
On the basis of embodiment 15 to 21, in addition to：Fan speed regulation unit, for being become according to environment temperature T change
Gesture, controls the rotating speed of outdoor fan, and fan speed regulation unit is specifically used for performing following steps：Step aa, fan speed regulation unit with
First outdoor fan rotating speed is as current outdoor rotation speed of fan；Step bb, the outer blower fan of fan speed regulation unit control room is to work as cup
Outer blower fan rotary speed working；Step cc, is spaced at predetermined time intervals, and judging unit judges environment temperature T and design temperature Ts difference
Value whether be less than or equal to threshold value, if less than or be equal to, then fan speed regulation unit holding current outdoor rotation speed of fan it is constant, otherwise
Fan speed regulation unit improves current outdoor rotation speed of fan；Step dd, repeat step bb and step cc, until current outdoor blower fan turns
Speed is equal to the maximum (top) speed of outdoor fan, and fan speed regulation unit no longer changes current outdoor rotation speed of fan.
In the present embodiment, fan speed regulation unit controls the rotating speed of outdoor fan, had according to environment temperature T variation tendency
Body, step aa, current outdoor rotation speed of fan is used as using the first outdoor fan rotating speed；Step bb, control outdoor fan is with current
Outdoor fan rotary speed working, outdoor fan promote the heat exchange of outdoor air and refrigerant with the first outdoor fan rotary speed working；Step
Cc, it is spaced at predetermined time intervals, whether detection environment temperature T and design temperature Ts difference is less than or equal to threshold value, it will be understood that
When environment temperature T is close to preset value, i.e., when difference is less than or equal to threshold values, environment temperature T reaches requirement, now need to only keep room
Outer blower fan with the first outdoor fan rotary speed working, environment temperature T is maintained in a stable scope, and reduce
The unnecessary energy consumption of outdoor fan, makes mobile air conditioner more save；If difference is more than threshold values, now environment temperature T is too high, improves
Current outdoor rotation speed of fan, strengthen the heat exchange of outdoor air and refrigerant, so as to improve the heat exchange of room air and mobile air conditioner, increase
Add the refrigerating efficiency of mobile air conditioner, make temperature rapid decrease and close to design temperature Ts.Step dd, repeat step bb and step
Cc, until maximum (top) speed of the current outdoor rotation speed of fan equal to outdoor fan, no longer change current outdoor rotation speed of fan.So as to
Enough variation tendencies according to environment temperature T, the rotating speed of outdoor fan is adjusted, the refrigerating efficiency of mobile air conditioner is corresponded to environment temperature
Degree T variation tendency is adjusted, and is easy to maintain environment temperature T stable.
Embodiment 23：
On the basis of embodiment 15 to 22, in addition to：Electric motor starting unit, detect that environment temperature T is more than for working as
During design temperature Ts, fetch water electric motor starting or the fall forward of mobile air conditioner are controlled.
In the present embodiment, when judging unit judges that environment temperature T is more than design temperature Ts, now environment temperature T is too high,
Electric motor starting unit controls fetch water electric motor starting or the fall forward of mobile air conditioner, increases cooling effect of the water to evaporator, from
And increase the temperature difference between evaporator and environment temperature T, and then strengthen the heat exchange of room air and evaporator, improve the system of air-conditioning
Cold efficiency, make temperature rapid decrease and close to design temperature Ts.
Embodiment 24：
On the basis of embodiment 15 to 23, in addition to：Electric machine speed regulation unit, for being become according to environment temperature T change
Gesture, controls the rotating speed for motor of fetching water, and blower fan adjustment unit is specifically used for performing following steps：Step aaa, fetched water motor with first
Rotating speed is as current motor speed of fetching water；Step bbb, control fetch water motor with motor speed work of currently fetching water；Step ccc,
Be spaced at predetermined time intervals, whether detection environment temperature T and design temperature Ts difference are less than or equal to threshold value, if less than or wait
In then the current motor speed of fetching water of holding is constant, otherwise improves current motor speed of fetching water；Step ddd, repeat step bbb and
Step ccc, until maximum (top) speed of the motor speed equal to motor of fetching water of currently fetching water, no longer change the current rotating speed of motor of fetching water.
In the present embodiment, electric machine speed regulation unit controls the rotating speed for motor of fetching water, had according to environment temperature T variation tendency
Body, step aaa, electric machine speed regulation unit are used as current motor speed of fetching water using the first motor speed of fetching water；Step bbb, motor
Speed adjustment unit control fetches water motor with motor speed work of currently fetching water, and motor of now fetching water is fetched water motor speed work with first
Make, cooling of fetching water is carried out to evaporator；Step ccc, is spaced at predetermined time intervals, and judging unit judges environment temperature T and setting
Whether temperature Ts difference is less than or equal to threshold value, it will be understood that when environment temperature T is close to preset value, i.e., difference is less than or equal to
During threshold values, environment temperature T reaches requirement, and now electric machine speed regulation unit need to only keep fetching water being fetched water motor speed with first of motor
Work, not only makes environment temperature T be maintained in a stable scope, and reduces the unnecessary energy consumption of motor of fetching water, and makes shifting
Dynamic air-conditioning more saves；If difference is more than threshold values, now environment temperature T is too high, and electric machine speed regulation unit improves current motor of fetching water
Rotating speed, increase the cooling effect fetched water to evaporator, so as to increase the temperature difference between evaporator and environment temperature T, Jin Erjia
The heat exchange of strong room air and evaporator, the refrigerating efficiency of air-conditioning is improved, make temperature rapid decrease and close to design temperature Ts.
Embodiment 25：
On the basis of embodiment 15 to 24, in addition to：Adjustment unit is shown, for according to current time, it is determined whether
Close all display devices；Detection unit is additionally operable to, and detects current time；Judging unit is additionally operable to, and is judged residing for current time
Period.
In the present embodiment, detection unit detection current time, judging unit judges the period residing for current time, so as to root
According to current time section, display adjustment unit is confirmed whether to close display device, so as to be not concerned with display dress in user
When putting, display device is closed, the energy consumption of display device is reduced, mobile air conditioner is more saved.
Embodiment 26：
On the basis of embodiment 25, display adjustment unit is specifically used for:If current time is in the period at night, only open
Open the power source indicating device in display device；And if current time is daytime period, opens all display devices；Judge single
Member is specifically used for, and judges whether current time is in the period at night.
In the present embodiment, whether the disconnected current time of judging unit is in the period at night, if the determination result is YES, currently now
Time is in the period at night, and user is not because the factors such as rest are high to the attention rate of air-conditioning parameter, now only opening display device
In power source indicating device, i.e., only show necessary information, reduce the unnecessary energy consumption of display device.If judged result is no,
Now current time is daytime period, then opens all display devices, display device normal work.
Embodiment 27：
On the basis of embodiment 15 to 26, in addition to：Brightness adjustment unit, for according to surrounding environment brightness, regulation
The brightness of power source indicating device；Detection unit is additionally operable to, and detects the brightness of surrounding environment.
In the present embodiment, detection unit detects the brightness of surrounding environment, and brightness adjustment unit is adjusted according to surrounding environment brightness
The brightness of power source indicating device is saved, the dump energy of power supply can either be clearly illustrated when brightness is higher, and can is enough in brightness
The brightness of display device is turned down when relatively low, the energy consumption of display device is reduced, mobile air conditioner is more saved.
Embodiment 28：
On the basis of embodiment 15 to 27, in addition to：Determine frequency speed adjustment unit, motor, outdoor for blower fan indoors
The motor of blower fan and or motor of fetching water be when determining frequency motor, the rotating speed of stepping regulation indoor fan, the rotating speed of outdoor fan,
Or the rotating speed for motor of fetching water.
In the present embodiment, the motor of motor, outdoor fan when indoor fan and or motor of fetching water be to determine frequency motor
When, determine rotating speed, the rotating speed of outdoor fan or the rotating speed for motor of fetching water of frequency speed adjustment unit stepping regulation indoor fan, realize and improve
Or reduce rotating speed, the rotating speed of outdoor fan or the rotating speed for motor of fetching water of indoor unit.Make motor, the outdoor fan of indoor fan
Motor and motor of fetching water can carry out rotational speed regulation, so as to correspond to environment temperature T to the refrigerating efficiency of mobile air conditioner
It is adjusted, when environment temperature T is in different temperature ranges, the refrigerating efficiency of mobile air conditioner is also different, is easy to environment
Temperature T is adjusted.
Embodiment 29：
On the basis of embodiment 15 to 27, in addition to：Frequency control unit, motor, outdoor for blower fan indoors
The motor of blower fan and or motor of fetching water when being variable-frequency motor, pass through the rotating speed of step-less adjustment indoor fan, outdoor fan
The rotating speed of rotating speed or motor of fetching water.
In the present embodiment, the motor of motor, outdoor fan when indoor fan and or motor of fetching water be variable-frequency motor
When, rotating speed, the rotating speed of outdoor fan or the rotating speed for motor of fetching water of frequency control unit step-less adjustment indoor fan, realization carry
Rotating speed, the rotating speed of outdoor fan or the rotating speed for motor of fetching water high or that reduce indoor unit.Can be in basis using step-less adjustment
, can be by environment when environment temperature T carries out the rotational speed regulation of the rotating speed of indoor fan, the rotating speed of outdoor fan or motor of fetching water
Temperature T interval division obtains more, so that, environment temperature T transition during design temperature Ts is intended to is gentler,
Control to environment temperature T is more accurate.
Embodiment 30：
A kind of computer-readable recording medium is present embodiments provided, is stored thereon with computer program, computer program
Realize that any of the above-described is used for the control method of mobile air conditioner when being executed by processor.
In the present embodiment, above-mentioned can be realized when the computer program in computer-readable recording medium is executed by processor
The control method of one, when environment temperature T is less than or equal to design temperature Ts and ambient humidity is in default humidity range, control
Invariable frequency compressor processed is out of service, and the operational mode of the indoor fan of mobile air conditioner can be controlled according to temperature range, reduces
Refrigerating efficiency, make environment temperature T and ambient humidity relatively stable, improve the comfort level of user；Temperature is reduced simultaneously in setting temperature
Mobile air conditioner unnecessary energy consumption when near Ts is spent, makes mobile air conditioner more energy-conserving and environment-protective.
Embodiment 31：
Present embodiments provide the control system for being used for mobile air conditioner in a kind of mobile air conditioner, including any of the above-described embodiment
System.
In the present embodiment, mobile air conditioner by using in any of the above-described embodiment be used for mobile air conditioner control system,
When environment temperature T is less than or equal to design temperature Ts and ambient humidity is in default humidity range, control invariable frequency compressor stops
Only run, and the operational mode of the indoor fan of mobile air conditioner can be controlled according to temperature range, reduce refrigerating efficiency, make environment
Temperature T and ambient humidity are relatively stable, improve the comfort level of user；Movement is empty when reducing temperature near design temperature Ts simultaneously
Unnecessary energy consumption is adjusted, makes mobile air conditioner more energy-conserving and environment-protective.
Technical scheme is described in detail above in association with accompanying drawing in the additional aspect of the present invention, passes through the skill of the present invention
Art scheme, when environment temperature T is less than or equal to design temperature Ts and ambient humidity is in default humidity range, fixed frequency is controlled to press
Contracting machine is out of service, and the operational mode of the indoor fan of mobile air conditioner can be controlled according to temperature range, reduces refrigerating efficiency,
Make environment temperature T and ambient humidity relatively stable, improve the comfort level of user；When reducing temperature near design temperature Ts simultaneously
The unnecessary energy consumption of mobile air conditioner, make mobile air conditioner more energy-conserving and environment-protective.
In the present invention, term " first ", " second ", " the 3rd " are only used for the purpose described, and it is not intended that instruction
Or imply relative importance；Term " multiple " then refers to two or more, is limited unless otherwise clear and definite.Term " installation ",
The term such as " connected ", " connection ", " fixation " all should be interpreted broadly, for example, " connection " can be fixedly connected or can
Dismantling connection, or be integrally connected；" connected " can be joined directly together, and can also be indirectly connected by intermediary.For this
For the those of ordinary skill in field, the concrete meaning of above-mentioned term in the present invention can be understood as the case may be.
In description of the invention, it is to be understood that the instruction such as term " on ", " under ", "left", "right", "front", "rear"
Orientation or position relationship are based on orientation shown in the drawings or position relationship, are for only for ease of the description present invention and simplification is retouched
State, rather than instruction or imply signified device or unit there must be specific direction, with specific azimuth configuration and operation,
It is thus impossible to it is interpreted as limitation of the present invention.
In the description of this specification, the description of term " one embodiment ", " some embodiments ", " specific embodiment " etc.
Mean to combine at least one reality that specific features, structure, material or the feature that the embodiment or example describe are contained in the present invention
Apply in example or example.In this manual, identical embodiment or reality are not necessarily referring to the schematic representation of above-mentioned term
Example.Moreover, description specific features, structure, material or feature can in any one or more embodiments or example with
Suitable mode combines.
The preferred embodiments of the present invention are these are only, are not intended to limit the invention, for those skilled in the art
For member, the present invention can have various modifications and variations.Any modification within the spirit and principles of the invention, being made,
Equivalent substitution, improvement etc., should be included in the scope of the protection.
Claims (36)
1. a kind of control method, for mobile air conditioner, it is characterised in that the mobile air conditioner includes invariable frequency compressor, the control
Method processed includes：
Under refrigeration mode, the environment temperature T and ambient humidity of the mobile air conditioner local environment are obtained；
When the environment temperature T is less than or equal to design temperature Ts and the ambient humidity is in default humidity range, control
The invariable frequency compressor is out of service and determines the temperature range residing for the environment temperature T；
The operational mode of the indoor fan of the mobile air conditioner is controlled according to the temperature range.
2. control method according to claim 1, it is characterised in that described that the movement is controlled according to the temperature range
The operational mode of the indoor fan of air-conditioning, is specifically included：
If environment temperature T is less than or equal to the first preset temperature T1, the indoor fan is controlled to be operated with the first rotating speed n1
Closed after the very first time；
If the environment temperature T is more than the first preset temperature T1 and is less than or equal to the second preset temperature T2, control
The indoor fan is continuously run with the second rotating speed n2；
If the environment temperature T is more than the second preset temperature T2, the indoor fan is controlled to connect with the 3rd rotating speed n3
Reforwarding row,
Wherein described first rotating speed n1 is less than the second rotating speed n2, and the second rotating speed n2 is less than the 3rd rotating speed n3.
3. control method according to claim 1, it is characterised in that also include：
When the environment temperature T is less than or equal to design temperature Ts and the ambient humidity is in default humidity range, control
The outdoor fan of the mobile air conditioner stops or fall-back.
4. control method according to any one of claim 1 to 3, it is characterised in that also include：
When the environment temperature T is less than or equal to design temperature Ts and the ambient humidity is in default humidity range, control
The motor of fetching water of the mobile air conditioner stops or fall-back.
5. control method according to any one of claim 1 to 4, it is characterised in that also include：
When the environment temperature T is less than or equal to design temperature Ts and the ambient humidity is in default humidity range, control
The display device of the mobile air conditioner stops display or into resting state.
6. the control method according to any one of claim 2 to 5, it is characterised in that the first rotating speed n1 and described
Meet n2=n1+100rpm between second rotating speed n2, meet n3=n2+ between the second rotating speed n2 and the 3rd rotating speed n3
100rpm, the first rotating speed n1 are 1100rpm~1300rpm.
7. control method according to any one of claim 1 to 6, it is characterised in that also include：
When detecting that the environment temperature T is more than design temperature Ts, the invariable frequency compressor is controlled to start.
8. control method according to any one of claim 1 to 7, it is characterised in that also include：
When detecting that the environment temperature T is more than the design temperature Ts, the outdoor fan of the mobile air conditioner is controlled to start
Or fall forward.
9. control method according to claim 8, it is characterised in that also include：Become according to the change of the environment temperature T
Gesture, the rotating speed of the outdoor fan is controlled, is specifically included：
Step aa, current outdoor rotation speed of fan is used as using the first outdoor fan rotating speed；
Step bb, the outdoor fan is controlled to be worked with the current outdoor rotation speed of fan；
Step cc, is spaced at predetermined time intervals, and whether the difference for detecting the environment temperature T and the design temperature Ts is less than etc.
In threshold value, if less than or be equal to, then keep the current outdoor rotation speed of fan constant, otherwise improve the current outdoor blower fan
Rotating speed；
Step dd, repeating said steps bb and the step cc, until the current outdoor rotation speed of fan is equal to the outdoor wind
The maximum (top) speed of machine, no longer change the current outdoor rotation speed of fan.
10. control method according to any one of claim 1 to 9, it is characterised in that also include：
When detecting that the environment temperature T is more than the design temperature Ts, the electric motor starting of fetching water of the mobile air conditioner is controlled
Or fall forward.
11. control method according to claim 10, it is characterised in that also include：According to the change of the environment temperature T
Trend, the rotating speed for motor of fetching water described in control, is specifically included：
Step aaa, current motor speed of fetching water is used as using the first motor speed of fetching water；
Step bbb, motor of fetching water described in control is with the current motor speed work of fetching water；
Step ccc, is spaced at predetermined time intervals, and whether the difference for detecting the environment temperature T and the design temperature Ts is less than
Equal to threshold value, if less than or be equal to, then keep the current motor speed of fetching water constant, otherwise improve the current electricity of fetching water
Machine rotating speed；
Step ddd, repeating said steps bbb and the step ccc, until the current motor speed of fetching water is equal to described fetch water
The maximum (top) speed of motor, the current rotating speed of motor of no longer being fetched water described in change.
12. the control method according to any one of claim 1 to 11, it is characterised in that also include：
Under refrigeration mode, the environment temperature T be less than the design temperature Ts in the case of, control the invariable frequency compressor with
Frequency less than preset frequency is run, wherein the preset frequency is 40Hz-50Hz.
13. the control method according to any one of claim 1 to 12, it is characterised in that also include：
According to current time, it is determined whether close all display devices.
14. control method according to claim 13, it is characterised in that described to determine whether to close all display device tools
Body includes：
If the current time is in the period at night, the power source indicating device in the display device is only opened；And
If the current time is daytime period, all display devices are opened.
15. control method according to claim 14, it is characterised in that also include：
According to surrounding environment brightness, the brightness of the power source indicating device is adjusted.
16. the control method according to any one of claim 3 to 15, it is characterised in that also include：
If the motor of the motor of the indoor fan, the outdoor fan or it is described fetch water motor determine frequency motor, raising or
The rotating speed for reducing the rotating speed of the indoor unit, the rotating speed of the outdoor fan or the motor of fetching water is to adjust institute by stepping
State the rotating speed realization of the rotating speed of indoor fan, the rotating speed of the outdoor fan or the motor of fetching water.
17. the control method according to any one of claim 3 to 15, it is characterised in that also include：
If the motor of the motor of the indoor fan, the outdoor fan or the motor of fetching water are variable-frequency motor, improve or
The rotating speed for reducing the rotating speed of the indoor unit, the rotating speed of the outdoor fan or the motor of fetching water is by step-less adjustment institute
The rotating speed of the rotating speed of indoor fan, the rotating speed of the outdoor fan or the motor of fetching water is stated to realize.
18. one kind control method, system, for mobile air conditioner, it is characterised in that the mobile air conditioner includes invariable frequency compressor, described
Control system includes：
Detection unit, under refrigeration mode, obtaining the environment temperature T and ambient humidity of the mobile air conditioner local environment；
Judging unit, for judging whether environment temperature T is less than or equal to design temperature Ts；And
Whether the ambient humidity is in default humidity range；
Control unit, for being less than or equal to design temperature Ts and the ambient humidity in default humidity in the environment temperature T
In the range of when, control the invariable frequency compressor out of service and determine the temperature range residing for the environment temperature T；And
The operational mode of the indoor fan of the mobile air conditioner is controlled according to the temperature range.
19. control system according to claim 18, it is characterised in that described control unit is specifically used for：
If environment temperature T is less than or equal to the first preset temperature T1, the indoor fan is controlled to be operated with the first rotating speed n1
Closed after the very first time；
If the environment temperature T is more than the first preset temperature T1 and is less than or equal to the second preset temperature T2, control
The indoor fan is continuously run with the second rotating speed n2；
If the environment temperature T is more than the second preset temperature T2, the indoor fan is controlled to connect with the 3rd rotating speed n3
Reforwarding row,
Wherein described first rotating speed n1 is less than the second rotating speed n2, and the second rotating speed n2 is less than the 3rd rotating speed n3.
20. the control system according to claim 18 or 19, it is characterised in that also include：
Blower fan abort unit, for being preset in the environment temperature T less than or equal to design temperature Ts and the ambient humidity
When in humidity range, outdoor fan stopping or the fall-back of the mobile air conditioner are controlled.
21. the control system according to any one of claim 18 to 20, it is characterised in that also include：
Motor abort unit, for being preset in the environment temperature T less than or equal to design temperature Ts and the ambient humidity
When in humidity range, outdoor fan stopping or the fall-back of the mobile air conditioner are controlled.
22. the control system according to any one of claim 18 to 21, it is characterised in that also include：
Abort unit is shown, for being preset in the environment temperature T less than or equal to design temperature Ts and the ambient humidity
When in humidity range, the display device of the mobile air conditioner is controlled to stop display or into resting state.
23. the control system according to any one of claim 19 to 22, it is characterised in that the first rotating speed n1 and institute
State and meet n2=n1+100rpm between the second rotating speed n2, meet n3=between the second rotating speed n2 and the 3rd rotating speed n3
N2+100rpm, the first rotating speed n1 are 1100rpm~1300rpm.
24. the control system according to any one of claim 18 to 23, it is characterised in that also include：
Compressor start unit, for when detecting that the environment temperature T is more than design temperature Ts, controlling the fixed frequency to compress
Machine starts.
25. the control system according to any one of claim 18 to 24, it is characterised in that also include：
Blower fan start unit, it is described mobile empty for when detecting that the environment temperature T is more than the design temperature Ts, controlling
The outdoor fan of tune starts or fall forward.
26. control system according to claim 25, it is characterised in that also include：
Fan speed regulation unit, for the variation tendency according to the environment temperature T, the rotating speed of the outdoor fan is controlled, it is described
Fan speed regulation unit is specifically used for performing following steps：
Step aa, current outdoor rotation speed of fan is used as using the first outdoor fan rotating speed；
Step bb, the outdoor fan is controlled to be worked with the current outdoor rotation speed of fan；
Step cc, is spaced at predetermined time intervals, and whether the difference for detecting the environment temperature T and the design temperature Ts is less than etc.
In threshold value, if less than or be equal to, then keep the current outdoor rotation speed of fan constant, otherwise improve the current outdoor blower fan
Rotating speed；
Step dd, repeating said steps bb and the step cc, until the current outdoor rotation speed of fan is equal to the outdoor wind
The maximum (top) speed of machine, no longer change the current outdoor rotation speed of fan.
27. the control system according to any one of claim 18 to 26, it is characterised in that also include：
Electric motor starting unit, it is described mobile empty for when detecting that the environment temperature T is more than the design temperature Ts, controlling
Fetch water electric motor starting or the fall forward adjusted.
28. control system according to claim 27, it is characterised in that also include：
Fan speed regulation unit, for the variation tendency according to the environment temperature T, the rotating speed for motor of being fetched water described in control is described
Blower fan adjustment unit is specifically used for performing following steps：
Step aaa, current motor speed of fetching water is used as using the first motor speed of fetching water；
Step bbb, motor of fetching water described in control is with the current motor speed work of fetching water；
Step ccc, is spaced at predetermined time intervals, and whether the difference for detecting the environment temperature T and the design temperature Ts is less than
Equal to threshold value, if less than or be equal to, then keep the current motor speed of fetching water constant, otherwise improve the current electricity of fetching water
Machine rotating speed；
Step ddd, repeating said steps bbb and the step ccc, until the current motor speed of fetching water is equal to described fetch water
The maximum (top) speed of motor, the current rotating speed of motor of no longer being fetched water described in change.
29. the control system according to any one of claim 18 to 28, it is characterised in that also include：
Compressor speed adjustment unit, under refrigeration mode, in the case where the environment temperature T is less than the design temperature Ts,
The invariable frequency compressor is controlled to be run less than the frequency of preset frequency, wherein the preset frequency is 40Hz-50Hz.
30. the control system according to any one of claim 18 to 29, it is characterised in that also include：
Adjustment unit is shown, for according to current time, it is determined whether close all display devices.
31. control system according to claim 30, it is characterised in that the display adjustment unit is specifically used for:
If the current time is in the period at night, the power source indicating device in the display device is only opened；And
If the current time is daytime period, all display devices are opened.
32. control system according to claim 31, it is characterised in that also include：
Brightness adjustment unit, for according to surrounding environment brightness, adjusting the brightness of the power source indicating device.
33. the control system according to any one of claim 20 to 32, it is characterised in that also include：
Frequency speed adjustment unit is determined, in the motor of the indoor fan, the motor of the outdoor fan and or the electricity of fetching water
Machine is when determining frequency motor, and stepping adjusts the rotating speed of the indoor fan, the rotating speed of the outdoor fan or the motor of fetching water
Rotating speed.
34. the control system according to any one of claim 20 to 32, it is characterised in that also include：
Frequency control unit, in the motor of the indoor fan, the motor of the outdoor fan and or the electricity of fetching water
When machine is variable-frequency motor, by the rotating speed of indoor fan described in step-less adjustment, the outdoor fan rotating speed or described fetch water
The rotating speed of motor.
35. a kind of computer-readable recording medium, is stored thereon with computer program, it is characterised in that the computer program
The control method as any one of claim 1 to 17 is realized when being executed by processor.
36. a kind of mobile air conditioner, it is characterised in that including the control system any one of claim 18 to 34.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711104639.4A CN107883544A (en) | 2017-11-10 | 2017-11-10 | Control method, control system, computer-readable recording medium and mobile air conditioner |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711104639.4A CN107883544A (en) | 2017-11-10 | 2017-11-10 | Control method, control system, computer-readable recording medium and mobile air conditioner |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN107883544A true CN107883544A (en) | 2018-04-06 |
Family
ID=61780013
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201711104639.4A Pending CN107883544A (en) | 2017-11-10 | 2017-11-10 | Control method, control system, computer-readable recording medium and mobile air conditioner |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109945392A (en) * | 2019-03-31 | 2019-06-28 | 广东美的制冷设备有限公司 | Progress control method, control device, air conditioner and computer readable storage medium |
| CN111637604A (en) * | 2018-07-06 | 2020-09-08 | 海信家电集团股份有限公司 | Air conditioner control method and air conditioner |
| WO2021077920A1 (en) * | 2019-10-25 | 2021-04-29 | 珠海格力电器股份有限公司 | Control method and apparatus of refrigeration device, and refrigeration device |
| CN114623557A (en) * | 2022-01-18 | 2022-06-14 | 广州云雷智能科技有限公司 | Environment temperature control method and device, terminal equipment and storage medium |
| CN115095919A (en) * | 2022-06-21 | 2022-09-23 | 宁波奥克斯电气股份有限公司 | Fixed-frequency movable air conditioner and energy saving method and energy saving device thereof |
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2017
- 2017-11-10 CN CN201711104639.4A patent/CN107883544A/en active Pending
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111637604A (en) * | 2018-07-06 | 2020-09-08 | 海信家电集团股份有限公司 | Air conditioner control method and air conditioner |
| CN111637606A (en) * | 2018-07-06 | 2020-09-08 | 海信家电集团股份有限公司 | Air conditioner control method and air conditioner |
| CN111637604B (en) * | 2018-07-06 | 2021-07-16 | 海信家电集团股份有限公司 | Air conditioner control method and air conditioner |
| CN111637606B (en) * | 2018-07-06 | 2021-09-24 | 海信家电集团股份有限公司 | Air conditioner control method and air conditioner |
| CN109945392A (en) * | 2019-03-31 | 2019-06-28 | 广东美的制冷设备有限公司 | Progress control method, control device, air conditioner and computer readable storage medium |
| WO2021077920A1 (en) * | 2019-10-25 | 2021-04-29 | 珠海格力电器股份有限公司 | Control method and apparatus of refrigeration device, and refrigeration device |
| CN114623557A (en) * | 2022-01-18 | 2022-06-14 | 广州云雷智能科技有限公司 | Environment temperature control method and device, terminal equipment and storage medium |
| CN115095919A (en) * | 2022-06-21 | 2022-09-23 | 宁波奥克斯电气股份有限公司 | Fixed-frequency movable air conditioner and energy saving method and energy saving device thereof |
| CN115095919B (en) * | 2022-06-21 | 2023-10-20 | 宁波奥克斯电气股份有限公司 | Fixed-frequency mobile air conditioner and energy saving method and energy saving device thereof |
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Application publication date: 20180406 |