CN103673194B - Air-conditioner and control method thereof - Google Patents
Air-conditioner and control method thereof Download PDFInfo
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- CN103673194B CN103673194B CN201210319931.9A CN201210319931A CN103673194B CN 103673194 B CN103673194 B CN 103673194B CN 201210319931 A CN201210319931 A CN 201210319931A CN 103673194 B CN103673194 B CN 103673194B
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Abstract
The invention discloses a kind of air-conditioner and control method thereof.Wherein, air-conditioner includes: the first acquiring unit, for when air-conditioner is under sleep pattern, obtains temperature parameter curve and the humidity parameter curve for regulating sleep pattern；Control unit, is connected with the first acquiring unit；Thermostat unit, is connected with control unit, for carrying out temperature regulation according to temperature parameter curve；And humidity adjustment unit, it is connected with control unit, for carrying out humidity regulation according to humidity parameter curve.By the present invention, solve the problem that the sleep pattern of air-conditioner is only capable of solely relying on temperature to be adjusted, and then reached to build comfortable sleep environment for user, improve user's sleep quality and the effect of air-conditioner practicality.
Description
Technical field
The present invention relates to air-conditioner field, in particular to a kind of air-conditioner and control method thereof.
Background technology
Air-conditioner of the prior art the most all has sleep pattern, and when user enters sleep state, air-conditioner provides a user with a kind of comfortable sleep environment by the sleep pattern of himself.But, the sleep pattern of existing air-conditioner is a kind of regulation based on ambient temperature, along with user increasingly payes attention to individual is able-bodied, this kind is based only on ambient temperature to carry out the air-conditioner of sleep pattern regulation and is increasingly insufficient for the comfortableness requirement of user, and then its practicality is also being reduced.
The problem being only capable of for the sleep pattern of air-conditioner in correlation technique solely relying on temperature to be adjusted, the most not yet proposes effective solution.
Summary of the invention
Present invention is primarily targeted at a kind of air-conditioner of offer and control method thereof, to solve the problem that in prior art, the sleep pattern of air-conditioner is only capable of solely relying on temperature to be adjusted.
To achieve these goals, according to an aspect of the invention, it is provided the control method of a kind of air-conditioner sleep mode, including: when air-conditioner is under sleep pattern, obtain temperature parameter curve and the humidity parameter curve for regulating sleep pattern；Control air-conditioner and carry out temperature regulation according to temperature parameter curve；And control air-conditioner carries out humidity regulation according to humidity parameter curve.
Further, control air-conditioner according to temperature parameter curve carry out temperature regulation include: detection indoor environment temperature；Calculating indoor environment temperature and the difference of the first temperature, wherein, the first temperature is indoor environment temperature during air-conditioner unlatching sleep pattern；Adjusting design temperature according to difference, wherein, design temperature is design temperature during air-conditioner unlatching sleep pattern；And control air-conditioner according to the design temperature operation after adjusting.
Further, design temperature T is adjusted by below equation02: T2=T02+(T01-T1), wherein, T2For the design temperature after adjusting, T01It is the first temperature, T1For indoor environment temperature.
Further, when air-conditioner is in refrigerating operaton, controls air-conditioner and include according to the design temperature operation after adjusting: judge that whether the design temperature after adjusting is more than indoor environment temperature；When judging the design temperature after adjusting more than indoor environment temperature, control air-conditioner and according to the design temperature refrigerating operaton after adjusting and stop temperature regulation；And when judging the design temperature after adjusting less than or equal to indoor environment temperature, control air-conditioner according to the design temperature refrigerating operaton after adjusting ambient temperature in sensing chamber again.
Further, when air-conditioner is in heating operation, controls air-conditioner and include according to the design temperature operation after adjusting: judge that whether the design temperature after adjusting is less than indoor environment temperature；When judging the design temperature after adjusting less than indoor environment temperature, control air-conditioner and according to the design temperature heating operation after adjusting and stop temperature regulation；And when judging the design temperature after adjusting more than or equal to indoor environment temperature, control air-conditioner according to the design temperature heating operation after adjusting ambient temperature in sensing chamber again.
Further, control air-conditioner to carry out humidity regulation according to humidity parameter curve and include: detection indoor air humidity；Relatively air humidity is preset humidity and second with first and is preset the size of humidity, and wherein, first presets humidity presets humidity more than second；When air humidity presets humidity more than first, control air-conditioner and close humidity regulation；And when air humidity presets humidity less than second, control air-conditioner and open humidity regulation.
Further, when air-conditioner is under sleep pattern, control method also includes: obtain for regulating the air cleaning parameter curve of sleep pattern, volume adjusting parameters curve and light adjustment parameter curve；And control air-conditioner carries out air cleaning according to air cleaning parameter curve, control air-conditioner and carry out music according to volume adjusting parameters curve, control air-conditioner and carry out light regulation according to light adjustment parameter curve.
Further, control air-conditioner to carry out air cleaning according to air cleaning curve and include: dust concentration in sensing chamber；Judge that whether dust concentration is more than preset concentration；And when judging that dust concentration is more than preset concentration, control air-conditioner and open air purification and regulation.
Further, controlling air-conditioner and carry out music according to volume adjusting parameters curve and include: obtain the first volume, wherein, the first volume is that the user that air-conditioner is corresponding when opening sleep pattern sets volume；Adjusting first volume at interval of the second Preset Time in the first Preset Time, wherein, the second Preset Time is less than the first Preset Time；Control the first volume after air-conditioner adjusts according to correspondence in the first Preset Time and carry out music；And control air-conditioner closedown volume adjusting in the finish time of the first Preset Time, or it is adjusted to preset the moment control air-conditioner stopping volume adjusting of volume and persistently play the finish time to the first Preset Time according to default volume in the first volume.
Further, controlling air-conditioner and adjust curve according to light and carry out light regulation and include: obtain the first brightness, wherein, the first brightness is that the user that air-conditioner is corresponding when opening sleep pattern sets brightness；Adjusting first brightness at interval of the 4th Preset Time in the 3rd Preset Time, wherein, the 4th Preset Time is less than the 3rd Preset Time；Control the first brightness after air-conditioner adjusted within the 3rd time according to correspondence to be illuminated；And control air-conditioner closedown light regulation in the finish time of the 3rd time, or it is adjusted to the moment control air-conditioner stopping light regulation of the first predetermined luminance in the first brightness and persistently illuminates the finish time to the 3rd time according to the first predetermined luminance.
Further, after light regulation closed by air-conditioner, control method also includes: the human motion distance of detection user；Judge that whether human motion distance is more than predeterminable range；And when judging human motion distance more than predeterminable range, control air-conditioner and be illuminated according to the second predetermined luminance.
Further, temperature parameter curve, humidity parameter curve, air cleaning parameter curve, volume adjusting parameters curve and light adjust parameter curve by User Defined setting.
Further, design temperature parameter curve, humidity parameter curve, air cleaning parameter curve, volume adjusting parameters curve and light adjust parameter curve in the following manner: receive the first start-up time, the first close moment and the first start-up time from user to the design temperature corresponding to each time period in the first close moment；Store the first start-up time, the first close moment and the first start-up time to the design temperature corresponding to each time period in the first close moment to form temperature parameter curve；Receive from the second start-up time, the second close moment and second start-up time of user to the setting humidity corresponding to each time period in the second close moment；Store the second start-up time, the second close moment and the second start-up time to the setting humidity corresponding to each time period in the second close moment to form humidity parameter curve；Receive the 3rd start-up time from user and the 3rd close moment；Store the 3rd start-up time and the 3rd close moment to form air cleaning parameter curve；Receive from the broadcast sound volume corresponding to each time period in the 4th start-up time, the 4th close moment and the 4th start-up time to the 4th close moment of user；Store in the 4th start-up time, the 4th close moment and the 4th start-up time to the 4th close moment the broadcast sound volume corresponding to each time period to form volume adjusting parameters curve；Receive from the brightness of illumination corresponding to each time period in the 5th start-up time, the 5th close moment and the 5th start-up time to the 5th close moment of user；And brightness of illumination corresponding to each time period adjusts parameter curve to form light in storage the 5th start-up time, the 5th close moment and the 5th start-up time to the 5th close moment.
Further, volume adjusting parameters curve also includes sleep awakening moment and the volume corresponding with the sleep awakening moment, wherein, control air-conditioner to carry out music according to volume adjusting parameters curve and include: control air-conditioner and carry out music in the sleep awakening moment according to the volume corresponding with the sleep awakening moment.
Further, the sleep awakening moment is determined in the following manner: obtaining the operation duration of current time air-conditioner, wherein, the initial time running duration is the moment that sleep pattern opened by air-conditioner；Judge whether to run duration equal to preset duration；And when judging to run duration equal to preset duration, determine that current time is the sleep awakening moment.
Further, light adjusts parameter curve and also includes getting up in the night to urinate and wake up the moment up and wake up moment corresponding brightness up with getting up in the night to urinate, wherein, control air-conditioner to adjust parameter curve according to light and carry out light regulation and include: control air-conditioner and wake up the moment up and wake up moment corresponding brightness up be illuminated according to getting up in the night to urinate getting up in the night to urinate.
Further, determine in the following manner to get up in the night to urinate and wake up the moment up: the human motion distance of detection current time user；Judge that whether human motion distance is more than predeterminable range；And when judging human motion distance more than predeterminable range, determine that current time wakes up the moment up for getting up in the night to urinate.Wherein, the detection to user's human motion distance can be detected by any one or more mode in infrared detection, microwave detection and sonar detection.
To achieve these goals, according to a further aspect in the invention, it is provided that a kind of air-conditioner, this air-conditioner is for performing the control method of any one air-conditioner that foregoing of the present invention is provided.
To achieve these goals, according to a further aspect in the invention, it is provided that a kind of air-conditioner, including: the first acquiring unit, for when air-conditioner is under sleep pattern, obtain temperature parameter curve and the humidity parameter curve for regulating sleep pattern；Control unit, is connected with the first acquiring unit；Thermostat unit, is connected with control unit, for carrying out temperature regulation according to temperature parameter curve；And humidity adjustment unit, it is connected with control unit, for carrying out humidity regulation according to humidity parameter curve.
Further, thermostat unit includes: temperature detection subelement, is used for detecting indoor environment temperature；Temperature Treatment subelement, for calculating indoor environment temperature and the difference of the first temperature, and adjust design temperature according to difference, wherein, first temperature is indoor environment temperature during air-conditioner unlatching sleep pattern, and design temperature is design temperature during air-conditioner unlatching sleep pattern；And temperature performs subelement, for running according to the design temperature after adjusting.
Further, Temperature Treatment subelement adjusts design temperature T by below equation02: T2=T02+(T01-T1), wherein, T2For the design temperature after adjusting, T01It is the first temperature, T1For indoor environment temperature.
Further, temperature performs subelement and includes: the first judge module, for judging that whether the design temperature after adjusting is more than indoor environment temperature；First control module, for when judging the design temperature after adjusting more than indoor environment temperature, controls air-conditioner and according to the design temperature refrigerating operaton after adjusting and stops temperature regulation；And second control module, for when judging the design temperature after adjusting less than or equal to indoor environment temperature, control air-conditioner according to the design temperature refrigerating operaton after adjusting ambient temperature in sensing chamber again.
Further, temperature performs subelement and includes: the second judge module, for judging that whether the design temperature after adjusting is less than indoor environment temperature；3rd control module, for when judging the design temperature after adjusting less than indoor environment temperature, controls air-conditioner and according to the design temperature heating operation after adjusting and stops temperature regulation；And the 4th control module, for when judging the design temperature after adjusting more than or equal to indoor environment temperature, control air-conditioner according to the design temperature heating operation after adjusting ambient temperature in sensing chamber again.
Further, temperature detection subelement is arranged on the remote controller of air-conditioner.
Further, humidity adjustment unit includes: Humidity Detection subelement, is used for detecting indoor air humidity；Humidity processes subelement, presets humidity and second with first preset the size of humidity for comparing air humidity, and wherein, first presets humidity presets humidity more than second；And humidity performs subelement, it is used for when air humidity presets humidity more than first controlling air-conditioner and closes humidity regulation, and humidity regulation opened by control air-conditioner when air humidity presets humidity less than second.
Further, air-conditioner also includes: second acquisition unit, for obtaining for regulating the air cleaning parameter curve of sleep pattern, volume adjusting parameters curve and light adjustment parameter curve；And parameter adjustment unit, for carrying out air cleaning according to air cleaning parameter curve, carry out music according to volume adjusting parameters curve, adjust parameter curve according to light and carry out light regulation.
Further, parameter adjustment unit includes: detection sub-unit, dust concentration in sensing chamber；Purified treatment subelement, is used for judging that whether dust concentration is more than preset concentration；And purify execution subelement, for when judging that dust concentration is more than preset concentration, open air purification and regulation.
Further, parameter adjustment unit includes that music processes subelement and music performs subelement, wherein, music processes subelement and music performs subelement and carries out music in the following manner: music processes subelement and obtains the first volume, wherein, the user that the first volume is corresponding when being air-conditioner unlatching sleep pattern sets volume；Music processes subelement and adjusts first volume at interval of the second Preset Time in the first Preset Time, and wherein, the second Preset Time is less than the first Preset Time；Music performs the first volume after subelement adjusts according to correspondence in the first Preset Time and carries out music；And music execution subelement controls air-conditioner in the finish time of the first Preset Time and closes volume adjusting, or it is adjusted to preset the moment control air-conditioner stopping volume adjusting of volume and persistently play the finish time to the first Preset Time according to default volume in the first volume.
Further, parameter adjustment unit includes that light processes subelement and LED shows subelement, wherein, light processes subelement and LED display subelement carries out light regulation in the following manner: light processes subelement and obtains the first brightness, wherein, the user that the first brightness is corresponding when being air-conditioner unlatching sleep pattern sets brightness；Light processes subelement and adjusts first brightness at interval of the 4th Preset Time in the 3rd Preset Time, and wherein, the 4th Preset Time is less than the 3rd Preset Time；The first brightness after LED display subelement adjusts according to correspondence in the 3rd Preset Time is illuminated；And LED display subelement is in the finish time closedown light regulation of the 3rd Preset Time, or it is adjusted to the moment stopping light regulation of the first predetermined luminance in the first brightness and persistently illuminates the finish time to the 3rd Preset Time according to the first predetermined luminance.
Further, air-conditioner also includes: detector unit, for detecting the human motion distance of user, wherein, light processes subelement and is additionally operable to judge whether human motion distance is more than predeterminable range, and LED display subelement is additionally operable to when judging human motion distance more than predeterminable range be illuminated according to the second predetermined luminance.
Further, temperature parameter curve, humidity parameter curve, air cleaning parameter curve, volume adjusting parameters curve and light adjust parameter curve by User Defined setting.
Further, air-conditioner also includes: first receives unit, is used for the reception the first start-up time, the first close moment and the first start-up time from user to the design temperature corresponding to each time period in the first close moment；First memory element, in storage the first start-up time, the first close moment and the first start-up time to the first close moment, the design temperature corresponding to each time period is to form temperature parameter curve；Second receives unit, is used for the reception the second start-up time, the second close moment and the second start-up time from user to the setting humidity corresponding to each time period in the second close moment；Second memory element, in storage the second start-up time, the second close moment and the second start-up time to the second close moment, the setting humidity corresponding to each time period is to form humidity parameter curve；3rd receives unit, for receiving the 3rd start-up time from user and the 3rd close moment；3rd memory element, for storing the 3rd start-up time and the 3rd close moment to form air cleaning parameter curve；4th receives unit, for receiving from the broadcast sound volume corresponding to each time period in the 4th start-up time, the 4th close moment and the 4th start-up time to the 4th close moment of user；4th memory element, in storage the 4th start-up time, the 4th close moment and the 4th start-up time to the 4th close moment, the broadcast sound volume corresponding to each time period is to form volume adjusting parameters curve；5th receives unit, for receiving from the brightness of illumination corresponding to each time period in the 5th start-up time, the 5th close moment and the 5th start-up time to the 5th close moment of user；And the 5th memory element, in storage the 5th start-up time, the 5th close moment and the 5th start-up time to the 5th close moment, the brightness of illumination corresponding to each time period adjusts parameter curve to form light.
By the present invention, use the air-conditioner including following structure: the first acquiring unit, for when air-conditioner is under sleep pattern, acquisition is for regulating temperature parameter curve and the humidity parameter curve of sleep pattern；Control unit, is connected with the first acquiring unit；Thermostat unit, is connected with control unit, for carrying out temperature regulation according to temperature parameter curve；And humidity adjustment unit, it is connected with control unit, for carrying out humidity regulation according to humidity parameter curve.By arranging thermostat unit and humidity adjustment unit in air-conditioner simultaneously, and control the two regulation unit run according to respective parameter curve, achieve and both in terms of temperature this ambient parameter of height, the sleep pattern of air-conditioner was controlled regulation, in terms of this ambient parameter of humidity size, sleep pattern to air-conditioner is controlled regulation again, solve the problem that the sleep pattern of air-conditioner is only capable of solely relying on temperature to be adjusted, and then reached to build comfortable sleep environment for user, improve user's sleep quality and the effect of air-conditioner practicality.
Accompanying drawing explanation
The accompanying drawing of the part constituting the application is used for providing a further understanding of the present invention, and the schematic description and description of the present invention is used for explaining the present invention, is not intended that inappropriate limitation of the present invention.In the accompanying drawings:
Fig. 1 is the schematic diagram of air-conditioner according to embodiments of the present invention；
Fig. 2 is the schematic diagram of air-conditioner according to the preferred embodiment of the invention；And
Fig. 3 is the flow chart of control method according to embodiments of the present invention.
Detailed description of the invention
It should be noted that in the case of not conflicting, the embodiment in the application and the feature in embodiment can be mutually combined.Describe the present invention below with reference to the accompanying drawings and in conjunction with the embodiments in detail.
Embodiments providing a kind of air-conditioner, the air-conditioner provided the embodiment of the present invention below is specifically introduced:
Fig. 1 is the schematic diagram of air-conditioner according to embodiments of the present invention, as it is shown in figure 1, the air-conditioner of this embodiment includes the first acquiring unit, control unit, thermostat unit and humidity adjustment unit.
Specifically, control unit is all connected with the first acquiring unit, thermostat unit and humidity adjustment unit, first acquiring unit obtains temperature parameter curve and the humidity parameter curve for regulating sleep pattern being stored in air-conditioner under air-conditioner is in sleep pattern time, and control thermostat unit and carry out temperature regulation according to temperature parameter curve, and control humidity adjustment unit and carry out humidity regulation according to humidity parameter curve.
By arranging thermostat unit and humidity adjustment unit in air-conditioner simultaneously, and control the two regulation unit run according to respective parameter curve, achieve and both in terms of temperature this ambient parameter of height, the sleep pattern of air-conditioner was controlled regulation, in terms of this ambient parameter of humidity size, sleep pattern to air-conditioner is controlled regulation again, solve the problem that the sleep pattern of air-conditioner is only capable of solely relying on temperature to be adjusted, and then reached to build comfortable sleep environment for user, improve user's sleep quality and the effect of air-conditioner practicality.
Further, thermostat unit includes that temperature detection subelement, Temperature Treatment subelement and temperature perform subelement, wherein, temperature detection subelement can be temperature-sensitive bag, for detecting indoor environment temperature, preferably, on the remote controller of the air-conditioner that temperature-sensitive bag is arranged, to reach the ambient temperature being accurately detected around user；Temperature Treatment subelement can be control chip on air-conditioner mainboard, it is connected with temperature detection subelement, for calculating indoor environment temperature and the difference of the first temperature, and adjust design temperature according to difference, wherein, first temperature is indoor environment temperature during air-conditioner unlatching sleep pattern, and design temperature is design temperature during air-conditioner unlatching sleep pattern；Temperature performs subelement and is connected with temperature control subelement, for running according to the design temperature after adjusting.Wherein, Temperature Treatment subelement passes through formula T2=T02+(T01-T1) adjust design temperature T02, wherein, T2For the design temperature after adjusting, T01It is the first temperature, T1For indoor environment temperature.When temperature execution subelement runs according to the design temperature after adjusting, also can to the design temperature after adjusting whether indoor environment temperature during more than refrigerating operaton or whether judge less than indoor environment temperature during heating operation, to avoid the occurrence of design temperature that when air-conditioner is in cooling operation mode temperature performance element performs higher than indoor environment temperature, or avoid the occurrence of the design temperature that temperature performance element performs when air-conditioner is in heating operation mode and be less than indoor environment temperature, specifically, temperature performs subelement and includes the first judge module, first control module and the second control module, wherein, first judge module is for judging that whether the design temperature after adjusting is more than indoor environment temperature；First control module, for when judging the design temperature after adjusting more than indoor environment temperature, controls air-conditioner and according to the design temperature refrigerating operaton after adjusting and no longer carries out temperature regulation；Second control module according to the design temperature refrigerating operaton after adjusting for controlling air-conditioner when judging the design temperature after adjusting less than or equal to indoor environment temperature and controls corresponding temperature detection part indoor environment temperature detects again to carry out temperature regulation again；Or temperature performs subelement and includes the second judge module, the 3rd control module and the 4th control module, and wherein, the second judge module is for judging that whether the design temperature after adjusting is less than indoor environment temperature；3rd control module, for when judging the design temperature after adjusting less than indoor environment temperature, controls air-conditioner and according to the design temperature heating operation after adjusting and no longer carries out temperature regulation；4th control module according to the design temperature heating operation after adjusting for controlling air-conditioner when judging the design temperature after adjusting more than or equal to indoor environment temperature and controls corresponding temperature detection part indoor environment temperature detects again to carry out temperature regulation again.
Further, humidity adjustment unit includes that Humidity Detection subelement, humidity process subelement and humidity performs subelement, and wherein, Humidity Detection subelement is used for detecting indoor air humidity；Humidity processes subelement and humidity execution subelement can be the parts in humidifier, humidifier can be single parts, can also be with air-conditioner one, humidity processes subelement can be with control chip in humidifier, preset humidity and second with first preset the size of humidity for comparing the air humidity that detects, wherein, first preset humidity and preset humidity more than second；Humidity performs subelement, for closing humidity adjusting function when air humidity presets humidity more than first, and opens humidity adjusting function when air humidity presets humidity less than second.
Preferably, the air-conditioner of the embodiment of the present invention can also be by arranging multiple different parameter adjustment unit, and control parameters regulation unit run according to respective parameter curve, depend on more ambient parameter with realization the sleep pattern of air-conditioner is adjusted, and then realize from sense of touch, olfactory sensation, vision and audition aspect are comprehensively adjusted, reach to provide the temperature meeting user, humidity, air quality, the sleep environment requirement such as light luminance and environmental volume, it should be noted that, above-mentioned multiple parameter adjustment unit can be two or more parameter adjustment unit.Hereinafter a kind of air-conditioner simultaneously including thermostat unit, humidity adjustment unit, volume broadcast unit, light regulation unit and air cleaning member is specifically described as the preferred embodiments of the present invention:
Fig. 2 is the schematic diagram of air-conditioner according to the preferred embodiment of the invention, as in figure 2 it is shown, the air-conditioner of the preferred embodiment mainly includes air conditioner host machine 10, music humidifier 20 and remote controller 30.Wherein, music humidifier 20 both can be the separate part being separated with air conditioner host machine 10, it is also possible to be the parts being integrated with air conditioner host machine 10.
Specifically, thermostat unit includes that temperature detection temperature-sensitive bag, Temperature Treatment subelement and temperature perform subelement, wherein, temperature-sensitive bag is arranged on remote controller 30, Temperature Treatment subelement is the Tactile control circuit being arranged on air conditioner host machine 10, Tactile control circuit is connected with the MCU control chip (that is, the oneth MCU control chip) of air conditioner host machine 10, and it is the haptic control apparatus being connected with Tactile control circuit being arranged on air conditioner host machine 10 that temperature performs subelement；Air cleaning member includes: detection sub-unit, purified treatment subelement and purification perform subelement, and wherein, detection sub-unit is dust concentration in sensing chamber；Purified treatment subelement is the olfactory sensation control circuit being connected with a MCU control chip being arranged on air conditioner host machine 10, and purifying and performing subelement is that the olfactory sensation being connected with olfactory sensation control circuit being arranged on air conditioner host machine 10 controls device；Humidity adjustment unit includes: Humidity Detection subelement, humidity process subelement and humidity performs subelement, and wherein, Humidity Detection subelement is used for detecting indoor air humidity；It is the humidification control circuit being arranged on music humidifier 20 that humidity processes subelement, the MCU control chip of humidification control circuit and music humidifier 20 is (i.e., 2nd MCU control chip) it is connected, it is the humidification control device being connected with humidification control circuit being arranged on music humidifier 20 that humidity performs subelement；Music unit includes playback process subelement and plays execution subelement, wherein, playing control and processing subelement is the audition control circuit being connected with the 2nd MCU control chip being arranged on music humidifier 20, and playing and performing subelement is that the audition that is connected with audition control circuit being arranged on music humidifier 20 controls device；Light regulation unit includes that light processes subelement and LED shows subelement, it is the visual spatial attention circuit being connected with a MCU control chip being arranged on air conditioner host machine 10 that light processes subelement, and LED display subelement is the visual control device being connected with visual spatial attention circuit being arranged on air conditioner host machine 10.
Air-conditioner also includes the detector unit of the human motion distance for detecting user, this detector unit can be infrared human body induction apparatus, when light process subelement according to receive when judging human motion distance more than predeterminable range from infrared human body induction apparatus signal, send trigger message and show subelement to LED, so that LED display subelement is illuminated according to the second predetermined luminance when human motion distance is more than predeterminable range.Wherein, detector unit can also be for carrying out the parts of human motion distance detection by microwave signal or sonar signal.
Wherein, parameter curve can be the parameter curve that air-conditioner system has set when dispatching from the factory, it is also possible to be user's parameter curve of sets itself when using air-conditioner.Parameters curve can be set by user by the case being arranged on remote controller or air conditioner indoor unit panel, specifically, air-conditioner also includes the first to the 5th reception unit and the first to the 5th memory element, wherein, the first reception unit is used for the reception the first start-up time, the first close moment and the first start-up time from user to the design temperature corresponding to each time period in the first close moment；First memory element in storage the first start-up time, the first close moment and the first start-up time to the first close moment design temperature corresponding to each time period to form temperature parameter curve；Second receives unit is used for the reception the second start-up time, the second close moment and the second start-up time from user to the setting humidity corresponding to each time period in the second close moment；Second memory element in storage the second start-up time, the second close moment and the second start-up time to the second close moment setting humidity corresponding to each time period to form humidity parameter curve；3rd receives unit for receiving the 3rd start-up time from user and the 3rd close moment；3rd memory element is for storing the 3rd start-up time and the 3rd close moment to form air cleaning parameter curve；4th receives unit for receiving from the broadcast sound volume corresponding to each time period in the 4th start-up time, the 4th close moment and the 4th start-up time to the 4th close moment of user；4th memory element in storage the 4th start-up time, the 4th close moment and the 4th start-up time to the 4th close moment broadcast sound volume corresponding to each time period to form volume adjusting parameters curve；5th receives unit for receiving from the brightness of illumination corresponding to each time period in the 5th start-up time, the 5th close moment and the 5th start-up time to the 5th close moment of user；And the 5th memory element brightness of illumination corresponding to each time period in storage the 5th start-up time, the 5th close moment and the 5th start-up time to the 5th close moment adjust parameter curve to form light.It should be noted that, it can be all the reception unit on air conditioner host machine 10 that first reception unit, the 3rd reception unit and the 5th receive unit, correspondingly, the first memory element, the 3rd memory element and the 5th memory element can be all the memory element carried in the first MCU control chip；It can be all the reception unit on music humidifier 20 that second reception unit and the 4th receives unit, and correspondingly, the second memory element and the 4th memory element can be all the memory element carried in the second MCU control chip.
By each regulation unit is arranged in air-conditioner, it is achieved that be comprehensively adjusted in terms of sense of touch, olfactory sensation, vision and audition, reached offer and met the sleep environments such as the temperature of user, humidity, air quality, light luminance and environmental volume.
The embodiment of the present invention additionally provides the control method of a kind of air-conditioner, this control method can be performed by any one air-conditioner that embodiment of the present invention foregoing is provided, and the control method of the air-conditioner provided the embodiment of the present invention below is specifically described:
Fig. 3 is the flow chart of control method according to embodiments of the present invention, as it is shown on figure 3, the control method of this embodiment comprises the steps that S302 is to step S306:
S302: when air-conditioner is under sleep pattern, obtains temperature parameter curve and the humidity parameter curve for regulating sleep pattern.
S304: control air-conditioner and carry out temperature regulation according to temperature parameter curve；
S306: controlling air-conditioner and carry out humidity regulation according to humidity parameter curve, wherein, step S304 and step S306 are in no particular order.
The control method of the embodiment of the present invention is by when sleep pattern opened by air-conditioner, obtain temperature parameter curve and humidity parameter curve, and control air-conditioner and carry out temperature regulation according to temperature parameter curve respectively, and carry out humidity regulation according to humidity parameter curve, achieve and both in terms of temperature this ambient parameter of height, the sleep pattern of air-conditioner was controlled regulation, in terms of this ambient parameter of humidity size, sleep pattern to air-conditioner is controlled regulation again, solve the problem that the sleep pattern of air-conditioner is only capable of solely relying on temperature to be adjusted, and then reached to build comfortable sleep environment for user, improve user's sleep quality and the effect of air-conditioner practicality.
Wherein, control air-conditioner to carry out, according to temperature parameter curve, the thermostat unit that temperature regulation specifically controls in air-conditioner and carry out temperature regulation according to temperature parameter curve, control air-conditioner and carry out, according to humidity parameter curve, the humidity adjustment unit that humidity regulation specifically controls in air-conditioner and carry out humidity regulation according to humidity parameter curve.The control method of the embodiment of the present invention can also obtain for regulating the air cleaning parameter curve of sleep pattern, volume adjusting parameters curve and light adjustment parameter curve；And the air cleaning member controlling air-conditioner carries out air cleaning according to air cleaning parameter curve, the music unit controlling air-conditioner carries out music according to volume adjusting parameters curve, and the light regulation unit controlling air-conditioner carries out light regulation according to light adjustment parameter curve.Parameters curve can be the parameter curve that air-conditioner system has set when dispatching from the factory, it is also possible to be user's parameter curve of sets itself when using air-conditioner.
During the parameter curve set when parameter curve is and dispatches from the factory, illustrate based on the regulation to air-conditioner sleep mode of every ambient parameter below in conjunction with each regulation unit according to the carrying out practically method of its respective parameter curve:
Thermostat unit according to temperature parameter curve motion particularly as follows:
Temperature temperature-sensitive bag on a remote control is set and carries out a temperature detection at interval of a period of time, wherein, the time that interval time has set when being and dispatch from the factory, can be the rational durations such as 30 minutes, carry out illustrating as a example by Primary regulation by thermostat unit: after a MCU control chip receives the indoor environment temperature detected from temperature temperature-sensitive bag, logical calculated indoor environment temperature and the difference of the first temperature according to its inner setting, wherein, first temperature is indoor environment temperature during air-conditioner unlatching sleep pattern, then by formula T2=T02+(T01-T1) adjust design temperature T02, wherein, T2For the design temperature after adjusting, T01It is the first temperature, T1For indoor environment temperature, finally, control haptic control apparatus and run according to the design temperature after adjusting.nullAs a example by whole control process: i.e.，When air-conditioner refrigerating operaton，The ambient temperature that setting temperature-sensitive bag detection human peripheral on a remote control feels issues a MCU control chip，Oneth MCU control chip carries out a liter height adjustment with reference to the ambient temperature received to design temperature，Then control air-conditioner to run according to the design temperature after adjusting，And again in sensing chamber ambient temperature so that design temperature is adjusted again，Until the design temperature after Tiao Zhenging is more than the ambient temperature detected，Now run according to the design temperature after last adjustment，And be no longer adjusted，Such as，When air-conditioner refrigerating operaton，The ambient temperature that air-conditioner receives when opening sleep pattern is 32 DEG C，The cryogenic temperature that user sets is as 27 DEG C，Design temperature 27 DEG C operation pressed by so air-conditioner，Detect after 0.5 hour that the ambient temperature that remote controller is sent declines 0.5 DEG C，The design temperature then adjusting air-conditioner rises 0.5 DEG C，Make air-conditioner according to 27.5 DEG C of operations，Until the design temperature after Tiao Zhenging is more than the ambient temperature detected，Stop regulation.When air conditioner heat-production runs, the ambient temperature that setting temperature-sensitive bag detection human peripheral on a remote control feels issues a MCU control chip, design temperature is carried out reducing adjustment by the oneth MCU control chip with reference to the ambient temperature received, then control air-conditioner to run according to the design temperature after adjusting, until the design temperature after Tiao Zhenging is more than the ambient temperature detected, stop regulation, such as, when air conditioner heat-production runs, often detect that the ambient temperature that remote controller is sent rises A DEG C, the design temperature then adjusting air-conditioner declines A DEG C, until the design temperature after Tiao Zhenging is less than the ambient temperature detected, stop regulation.
Air cleaning member according to air cleaning curve motion particularly as follows:
When oneth MCU control chip receives the house dust concentration from first detection module, it is judged that whether dust concentration is more than preset concentration, and when judging that dust concentration is more than preset concentration, controls air cleaning member and open.Assume when air-conditioner dispatches from the factory, to set a concentration value B, and using the 10% of B as preset concentration, then when dust concentration is more than 10%B, control to purify the ventilating unit unlatching performed in module by controlling to purify the circuit turn-on device of control module, PM2.5 filters the cleaning unit unlatchings such as unlatching, and anion, activated carbon, cold catalyst.
Humidity adjustment unit according to humidity parameter curve motion particularly as follows:
When 2nd MCU control chip receives the indoor air humidity from the second detection module, the air humidity relatively detected is preset humidity and second with first and is preset the size of humidity, wherein, a humidity value C is set when air-conditioner dispatches from the factory, first to preset humidity can be 60%C, second to preset humidity can be 40%C, if air humidity presets humidity more than first, then disconnects and controls humidification control device and close by controlling humidification control circuit；If air humidity presets humidity less than second, then control humidification control device by control humidification control circuit conducting and open.
Music unit according to volume adjust curve motion particularly as follows:
When sleep pattern opened by air-conditioner, 2nd MCU control chip first carries out music by remote controller or music and volume by the panel button setting of air-conditioner as initial volume (being assumed to be D) according to user, then at interval of second Preset Time, volume D is once adjusted in the first Preset Time, and control audition control circuit and audition and control device and carry out music according to the volume after adjusting, before terminating at the first Preset Time, volume D is adjusted to preset volume, then control audition control circuit and audition to control device and persistently carry out music according to default volume until the first Preset Time finish time, it is then shut off music；When in first Preset Time finish time, volume D is not also adjusted to preset under volume, the most directly controls audition control circuit and audition controls device and closes music.Wherein it is possible to can be at interval of the volume turning down 5%D for 5 minutes in the first Preset Time, it is also possible to turning down with the 5% of previous moment correspondence volume at interval of 5 minutes, the first Preset Time can be 1 hour.
Light regulation unit according to light adjust curve motion particularly as follows:
When sleep pattern opened by air-conditioner, oneth MCU control chip is first carried out LED according to user shown by remote controller or brightness (being assumed to be E) and light color by the panel button setting of air-conditioner, then in the 3rd Preset Time (when the initial time of the 3rd Preset Time is to open sleep pattern), a brightness is adjusted at interval of the 4th Preset Time, and control visual spatial attention circuit and visual control device according to adjust after brightness show, when brightness corresponding when opening sleep pattern at the 3rd Preset Time before terminating is adjusted to the first predetermined luminance, then control visual spatial attention circuit and visual control device persistently illuminated according to predetermined luminance to the 3rd Preset Time finish time, it is then shut off light regulation；When in the 3rd Preset Time finish time, brightness corresponding when opening sleep pattern is not also adjusted under the first predetermined luminance, the most directly controls visual spatial attention circuit and visual control device closes light regulation.Wherein, can be at interval of the brightness turning down 5%E for 5 minutes in the 3rd Preset Time, it is also possible to turned down with the 5% of previous moment corresponding brightness at interval of 5 minutes, the 3rd Preset Time can be 1 hour.
Further, when LED display module stops under regulation is closed, if the infrared human body induction apparatus of air-conditioner detects that the human motion distance of user is more than predeterminable range, now, controlling LED display module to open according to the second predetermined luminance until can't detect human motion time delay certain time to close light, wherein, the second predetermined luminance can be 10%E, predeterminable range can be 1m, and delay time can be 1 minute.
When the parameter curve that parameter curve is user's sets itself, user can carry out the setting of each parameter curve by button on remote controller or the button on air-conditioner panel, as a example by user carries out parameter curve setting by button on remote controller, illustrate air-conditioner respectively regulate the operation of unit: user arranges any time after any sleep pattern is opened by the keyboard on remote controller and respectively regulates the method for operation of unit, whether ventilation including any time opens, set temperature value, set humidity value, LED lamplight brightness and color, music and PM2.5 dedusting, anion is pure and fresh, activated carbon eliminates the unusual smell, the switch of the degerming grade of cold catalyst selects and tolerance kind selects.Such as button " illusion sleep " pattern, select " DIY setting ", optional 1 minute, 2 minutes ... 0.5 hour, 1 hour, 2 hours ... the users such as any time ventilation is opened, design temperature 27 DEG C, humidity 80%, LED lamplight illusion blueness, brightness 20, volume of music 20, PM2.5 dedusting is opened, anion closes, activated carbon is opened, cold catalyst is opened independently set；After user setup completes, the custom curve data set are stored in the memory chip that remote controller carries by remote controller；By the transmitter unit of remote controller, custom curve data are sent to by coded format the reception unit of air conditioner host machine；Custom curve data are saved in the MCU control chip of air conditioner host machine by the unit that receives of air conditioner host machine, according to custom curve data, predetermined operational factor is set by a MCU control chip in the corresponding time period afterwards, and controls air conditioner host machine by operational factor and do corresponding operating；Wherein, user can also set moment music unlatching of getting up by remote controller, it is achieved sleep music arousal function.
Further, when each parameter adjustment unit of air-conditioner runs according to the parameter curve of user's sets itself, when LED display module stops under regulation is closed, if the infrared human body induction apparatus of air-conditioner detects that the human motion distance of user is more than predeterminable range, now, equally control LED display module to open according to predetermined luminance, close light and realize intelligence until can't detect human motion time delay certain time and get up in the night to urinate function.
From above description, can be seen that, the control method of the embodiment of the present invention achieves and is comprehensively adjusted in terms of sense of touch, olfactory sensation, vision and audition, has reached offer and has met the sleep environments such as the temperature of user, humidity, air quality, light luminance and environmental volume.
Further, the control method of the air-conditioner that the above embodiment of the present invention is provided can also be extended to be controlled the working method under air-conditioner non-sleep pattern, reaches equally to provide the user the environment meeting temperature, humidity, air quality, light luminance and environmental volume.
It should be noted that, can perform in the computer system of such as one group of computer executable instructions in the step shown in the flow chart of accompanying drawing, and, although showing logical order in flow charts, but in some cases, can be to be different from the step shown or described by order execution herein.
Obviously, those skilled in the art should be understood that, each module of the above-mentioned present invention or each step can realize with general calculating device, they can concentrate on single calculating device, or it is distributed on the network that multiple calculating device is formed, alternatively, they can realize with calculating the executable program code of device, thus, can be stored in storing in device and be performed by calculating device, or they are fabricated to respectively each integrated circuit modules, or the multiple modules in them or step are fabricated to single integrated circuit module realize.So, the present invention is not restricted to the combination of any specific hardware and software.
The foregoing is only the preferred embodiments of the present invention, be not limited to the present invention, for a person skilled in the art, the present invention can have various modifications and variations.All within the spirit and principles in the present invention, any modification, equivalent substitution and improvement etc. made, should be included within the scope of the present invention.
Claims (12)
1. the control method of an air-conditioner sleep mode, it is characterised in that including:
When air-conditioner is under sleep pattern, obtain temperature parameter curve and the humidity parameter curve for regulating described sleep pattern；
Control described air-conditioner and carry out temperature regulation according to described temperature parameter curve；And
Control described air-conditioner and carry out humidity regulation according to described humidity parameter curve,
Wherein, control described air-conditioner according to described temperature parameter curve carry out temperature regulation include:
Detection indoor environment temperature；
Calculating described indoor environment temperature and the difference of the first temperature, wherein, described first temperature is indoor environment temperature during the described air-conditioner described sleep pattern of unlatching；
Adjusting design temperature according to described difference, wherein, described design temperature is design temperature during the described air-conditioner described sleep pattern of unlatching；And
Control described air-conditioner to run according to the design temperature after adjusting,
Wherein, described design temperature T is adjusted by below equation02:
T2=T02+(T01-T1),
Wherein, T2For the design temperature after adjusting, T01For described first temperature, T1For described indoor environment temperature.
Control method the most according to claim 1, it is characterised in that when described air-conditioner is in refrigerating operaton, controls described air-conditioner and includes according to the design temperature operation after adjusting:
Judge that whether the design temperature after adjusting is more than described indoor environment temperature；
When judging the design temperature after adjusting more than described indoor environment temperature, control described air-conditioner and according to the design temperature refrigerating operaton after adjusting and stop temperature regulation；And
When judging the design temperature after adjusting less than or equal to described indoor environment temperature, control described air-conditioner and according to the design temperature refrigerating operaton after adjusting and again detect described indoor environment temperature.
Control method the most according to claim 1, it is characterised in that when described air-conditioner is in heating operation, controls described air-conditioner and includes according to the design temperature operation after adjusting:
Judge that whether the design temperature after adjusting is less than described indoor environment temperature；
When judging the design temperature after adjusting less than described indoor environment temperature, control described air-conditioner and according to the design temperature heating operation after adjusting and stop temperature regulation；And
When judging the design temperature after adjusting more than or equal to described indoor environment temperature, control described air-conditioner and according to the design temperature heating operation after adjusting and again detect described indoor environment temperature.
Control method the most according to claim 1, it is characterised in that control described air-conditioner and carry out humidity regulation according to described humidity parameter curve and include:
Detection indoor air humidity；
Relatively described air humidity is preset humidity and second with first and is preset the size of humidity, and wherein, described first presets humidity presets humidity more than described second；
When described air humidity presets humidity more than described first, control described air-conditioner and close humidity regulation；And
When described air humidity presets humidity less than described second, control described air-conditioner and open humidity regulation.
Control method the most according to claim 1, it is characterised in that described temperature parameter curve and described humidity parameter curve are set by User Defined.
Control method the most according to claim 5, it is characterised in that set described temperature parameter curve and described humidity parameter curve in the following manner:
Receive the design temperature corresponding to each time period in the first start-up time, the first close moment and described first start-up time extremely described first close moment of described user；
Store described first start-up time, described first close moment and described first start-up time to the interior design temperature corresponding to each time period of described first close moment to form described temperature parameter curve；
Receive the setting humidity corresponding to each time period in the second start-up time, the second close moment and described second start-up time extremely described second close moment of described user；And
Store described second start-up time, described second close moment and described second start-up time to the interior setting humidity corresponding to each time period of described second close moment to form described humidity parameter curve.
7. an air-conditioner, it is characterised in that including:
First acquiring unit, for when air-conditioner is under sleep pattern, obtains temperature parameter curve and the humidity parameter curve for regulating described sleep pattern；
Control unit, is connected with described first acquiring unit；
Thermostat unit, is connected with described control unit, for carrying out temperature regulation according to described temperature parameter curve；And
Humidity adjustment unit, is connected with described control unit, for carrying out humidity regulation according to described humidity parameter curve,
Wherein, described thermostat unit includes:
Temperature detection subelement, is used for detecting indoor environment temperature；
Temperature Treatment subelement, for calculating described indoor environment temperature and the difference of the first temperature, and adjust design temperature according to described difference, wherein, described first temperature is indoor environment temperature during the described air-conditioner described sleep pattern of unlatching, and described design temperature is design temperature during the described air-conditioner described sleep pattern of unlatching；And
Temperature performs subelement, for running according to the design temperature after adjusting,
Wherein, described Temperature Treatment subelement adjusts described design temperature T by below equation02:
T2=T02+(T01-T1),
Wherein, T2For the design temperature after adjusting, T01For described first temperature, T1For described indoor environment temperature.
Air-conditioner the most according to claim 7, it is characterised in that described temperature performs subelement and includes:
First judge module, for judging that whether the design temperature after adjusting is more than described indoor environment temperature；
First control module, for when judging the design temperature after adjusting more than described indoor environment temperature, controls described air-conditioner and according to the design temperature refrigerating operaton after adjusting and stops temperature regulation；And
Second control module, for when judging the design temperature after adjusting less than or equal to described indoor environment temperature, controls described air-conditioner and according to the design temperature refrigerating operaton after adjusting and again detects described indoor environment temperature.
Air-conditioner the most according to claim 7, it is characterised in that described temperature performs subelement and includes:
Second judge module, for judging that whether the design temperature after adjusting is less than described indoor environment temperature；
3rd control module, for when judging the design temperature after adjusting less than described indoor environment temperature, controls described air-conditioner and according to the design temperature heating operation after adjusting and stops temperature regulation；And
4th control module, for when judging the design temperature after adjusting more than or equal to described indoor environment temperature, controls described air-conditioner and according to the design temperature heating operation after adjusting and again detects described indoor environment temperature.
Air-conditioner the most according to claim 7, it is characterised in that described temperature detection subelement is arranged on the remote controller of described air-conditioner.
11. air-conditioners according to claim 7, it is characterised in that described humidity adjustment unit includes:
Humidity Detection subelement, is used for detecting indoor air humidity；
Humidity processes subelement, presets humidity and second for relatively described air humidity with first and presets the size of humidity, and wherein, described first presets humidity presets humidity more than described second；And
Humidity execution subelement, closes humidity regulation for controlling described air-conditioner when described air humidity presets humidity more than described first, and controls described air-conditioner unlatching humidity regulation when described air humidity presets humidity less than described second.
12. air-conditioners according to claim 7, it is characterised in that described temperature parameter curve and described humidity parameter curve are set by User Defined, and described air-conditioner also includes:
First receives unit, for reception from the design temperature corresponding to each time period in the first start-up time, the first close moment and described first start-up time extremely described first close moment of described user；
First memory element, for storing described first start-up time, described first close moment and described first start-up time to the interior design temperature corresponding to each time period of described first close moment to form described temperature parameter curve；
Second receives unit, for reception from the setting humidity corresponding to each time period in the second start-up time, the second close moment and described second start-up time extremely described second close moment of described user；And
Second memory element, for storing described second start-up time, described second close moment and described second start-up time to the interior setting humidity corresponding to each time period of described second close moment to form described humidity parameter curve.
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| CN104534626B (en) * | 2014-12-31 | 2017-02-22 | 珠海格力电器股份有限公司 | Automatic control method, device and system for air-conditioner |
| CN105352131B (en) * | 2015-11-27 | 2019-01-08 | 国网北京市电力公司 | Air conditioning control method and device |
| CN106440249B (en) * | 2016-10-28 | 2019-07-19 | 美的集团武汉制冷设备有限公司 | Air-conditioner control method, device and air conditioner based on wearable device |
| CN106524406B (en) * | 2016-10-28 | 2019-06-28 | 美的集团武汉制冷设备有限公司 | Air-conditioner control method, device and air conditioner based on wearable device |
| CN106524407B (en) * | 2016-10-28 | 2019-07-19 | 美的集团武汉制冷设备有限公司 | Air-conditioner control method, device and air conditioner based on wearable device |
| CN106453666A (en) * | 2016-12-20 | 2017-02-22 | 四川长虹电器股份有限公司 | Gateway communication system based on dongle agent |
| CN106765970B (en) * | 2016-12-30 | 2020-03-06 | 美的集团武汉制冷设备有限公司 | Air conditioner and control method thereof |
| CN107289595A (en) * | 2017-07-25 | 2017-10-24 | 广东美的暖通设备有限公司 | The control method of air-conditioning |
| CN109425076B (en) * | 2017-12-13 | 2020-12-11 | 广东美的制冷设备有限公司 | Method and device for adjusting air conditioner and storage medium |
| CN110410959A (en) * | 2019-07-31 | 2019-11-05 | 长沙岁峰健康科技有限公司 | A kind of the temperature regulation-control model and its experimental method of air-conditioning of sleeping |
| CN112781196A (en) * | 2020-12-25 | 2021-05-11 | 珠海格力电器股份有限公司 | Air conditioner control method and device, storage medium and air conditioner |
| CN112880156B (en) * | 2021-01-29 | 2022-09-06 | 青岛海尔空调器有限总公司 | Control method and control device for air conditioner and air conditioner |
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| JP2005133986A (en) * | 2003-10-28 | 2005-05-26 | Hitachi Home & Life Solutions Inc | Air-conditioner |
| CN100385178C (en) * | 2005-09-12 | 2008-04-30 | 珠海格力电器股份有限公司 | Sleep operating mode of air conditioner |
| CN201237326Y (en) * | 2008-04-11 | 2009-05-13 | 宁波奥克斯空调有限公司 | Apparatus used for controlling sleeping mode of air conditioner |
| CN101261030A (en) * | 2008-04-11 | 2008-09-10 | 宁波奥克斯空调有限公司 | Device and method for controlling air-conditioner sleep mode |
| CN202734166U (en) * | 2012-08-31 | 2013-02-13 | 珠海格力电器股份有限公司 | Air conditioner |
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