CN104075409A - Air-conditioner operating parameter adjusting method and system - Google Patents
Air-conditioner operating parameter adjusting method and system Download PDFInfo
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- CN104075409A CN104075409A CN201410301257.0A CN201410301257A CN104075409A CN 104075409 A CN104075409 A CN 104075409A CN 201410301257 A CN201410301257 A CN 201410301257A CN 104075409 A CN104075409 A CN 104075409A
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Abstract
The invention discloses an air-conditioner operating parameter adjusting method. When detecting an operating parameter setting command, based on the operating parameter setting command, the air-conditioner performs the steps of: obtaining the corresponding target time point or the corresponding target time interval, further obtaining difference between current indoor temperature and first preset target temperature, determining a first operating parameter corresponding to the target time interval and the temperature difference according to the mapping relation among the preset temperature difference, the time interval and the operating parameter, and operating according to the first operating parameter, or determining a first operating parameter corresponding to the time interval between the target time point and the current time point and the obtained temperature difference and operating according to the first operating parameter; when reaching the target time point or the target time interval and detecting a preset audio signal, the air-conditioner operates according to a preset second operating parameter. The invention also discloses an air-conditioner operating parameter adjusting system. According to the air-conditioner operating parameter adjusting method, the operating parameter of the air-conditioner is more flexible to adjust.
Description
Technical field
The present invention relates to air-conditioner field, relate in particular to air-conditioner operational factor method of adjustment and system.
Background technology
Along with the development of speech recognition technology, increasing equipment adopts voice to control.The phonetic control command that for example air-conditioner can detecting real-time user be said, and carry out corresponding operation according to the phonetic control command detecting.Existing air-conditioner can arrange different operational modes according to user's demand, each operational mode is all to there being corresponding operational factor, when air-conditioner carries out the switching of operational mode, generally carry out the manual switchover of operational mode by remote controller, or carry out the switching of operational mode by sending phonetic control command, or carry out the switching of operational mode by the default time interval, the switching underaction of above-mentioned mode of operation; For example, existing air-conditioner has all designed the sleep pattern that adapts to sleep quality, and the corresponding operational factor of this sleep pattern can be arranged as required by user, more comfortable when people is slept.But present sleep pattern cannot be known the time that user gets up, generally adopt the mode of timing to exit sleep pattern, generally that operation is exited sleep pattern after 8 hours automatically, cannot exit sleep pattern according to the sleep quality of user's reality, also just cannot tackle the demand after user gets up, for example, user length of one's sleep early, post-set time also early, user has also just exited sleep pattern in bed, can cause user to be frozen and wake up or hot waking up, simultaneously in the time exiting sleep pattern, the running temperature that may directly change air-conditioner makes user be difficult to directly adapt to the variation of this operational factor, make the adjusting underaction of air-conditioner operational factor.
Summary of the invention
Main purpose of the present invention is to solve the technical problem of air-conditioner operational factor adjusting underaction.
For achieving the above object, a kind of air-conditioner operational factor method of adjustment provided by the invention, described air-conditioner operational factor method of adjustment comprises the following steps:
Detecting operational factor when instruction is set, air-conditioner arranges instruction based on described operational factor and obtains corresponding object time point or object time interval;
Described air-conditioner obtains the temperature difference between current indoor temperature and default first object temperature, and according to the mapping relations between default temperature difference, the time interval and operational factor, determine the object time interval and the first operational factor corresponding to temperature difference that get, and according to described the first operational factor operation, or determine the first operational factor corresponding to temperature difference that the object time getting puts the time interval between current point in time and gets, and according to described the first operational factor operation;
Arrive at described object time point or object time interval, and while detecting default audio signal, described air-conditioner is according to the second default operational factor operation.
Preferably, describedly arrive at described object time point or object time interval, and while detecting default audio signal, described air-conditioner is according to after the step of the second default operational factor operation, described air-conditioner operational factor method of adjustment also comprises:
Described air-conditioner is detected default pulse signal in real time or regularly, and wherein, the terminal that described pulse signal is carried by user is sent every default very first time interval;
Do not detect described pulse signal in the default very first time interval time, described air-conditioner shuts down or moves according to the 3rd default operational factor.
Preferably, described do not detect described pulse signal in the default very first time interval time, described air-conditioner shutdown or the step according to the 3rd default operational factor operation comprise:
Do not detect described pulse signal in the default very first time interval time, described air-conditioner continues the described pulse signal of detecting;
Do not detect described pulse signal within the second default time interval time, described air-conditioner shuts down or moves according to the 3rd default operational factor.
Preferably, describedly arrive at described object time point or object time interval, and while detecting default audio signal, described air-conditioner replaces with according to the step of the second default operational factor operation:
Arrive at described object time point or object time interval, and while detecting default audio signal, described air-conditioner shutdown.
Preferably, describedly arrive at described object time point or object time interval, and while detecting default audio signal, described air-conditioner comprises according to the step of the second default operational factor operation:
Arrive at described object time point or object time interval, and while detecting default audio signal, described air-conditioner obtains the temperature difference between described first object temperature and the second target temperature of presetting;
Described air-conditioner, according to the mapping relations between default temperature difference and operational factor, is determined corresponding the second operational factor of temperature difference getting, and according to described the second operational factor operation.
In addition, for achieving the above object, the present invention also provides a kind of air-conditioner operational factor adjustment System, and described air-conditioner operational factor adjustment System comprises:
Acquisition module, for detecting operational factor when instruction is set, arranges instruction based on described operational factor and obtains corresponding object time point or object time interval;
Operational factor adjusting module, for obtaining the temperature difference between current indoor temperature and default first object temperature, and according to the mapping relations between default temperature difference, the time interval and operational factor, determine the object time interval and the first operational factor corresponding to temperature difference that get, and according to described the first operational factor operation, or determine the first operational factor corresponding to temperature difference that the object time getting puts the time interval between current point in time and gets, and according to described the first operational factor operation;
The first processing module, for arriving at described object time point or object time interval, and while detecting default audio signal, according to the second default operational factor operation.
Preferably, described air-conditioner operational factor adjustment System also comprises:
Detecting module, for detecting default pulse signal in real time or regularly, wherein, the terminal that described pulse signal is carried by user is sent every default very first time interval;
Described the first processing module, also for do not detect described pulse signal in the default very first time interval time, shutdown or according to the 3rd default operational factor operation.
Preferably, described the first processing module comprises:
Detecting unit, for do not detect described pulse signal in the default very first time interval time, continues the described pulse signal of detecting;
Processing unit, for do not detect described pulse signal within the second default time interval time, shutdown or according to the first default operational factor operation.
Preferably, described the first processing module replaces with:
The second processing module, for arriving at described object time point or object time interval, and while detecting default audio signal, controls the air-conditioner shutdown at its place.
Preferably, described the first processing module comprises:
Acquiring unit, for arriving at described object time point or object time interval, and while detecting default audio signal, obtains the temperature difference between described first object temperature and the second target temperature of presetting;
Processing unit, for according to the mapping relations between default temperature difference and operational factor, determines corresponding the second operational factor of temperature difference getting, and according to described the second operational factor operation.
Air-conditioner operational factor method of adjustment and system that the present invention proposes, detecting operational factor when instruction is set, air-conditioner arranges instruction based on described operational factor and obtains corresponding object time point or object time interval, and according to the temperature difference between Current Temperatures and target temperature, and time interval between current point in time and object time point adjust the operational factor of air-conditioner, and arrive at described object time point or object time interval, and while detecting default audio signal, described air-conditioner is according to the second default operational factor operation, by repeatedly carrying out the adjustment of operational factor, make the adjustment of operational factor more flexible.
Brief description of the drawings
Fig. 1 is the hardware configuration schematic diagram that the present invention realizes the preferred embodiment of the air-conditioner of operational factor adjustment;
Fig. 2 is the high-level schematic functional block diagram of air-conditioner operational factor adjustment System preferred embodiment in Fig. 1;
Fig. 3 is the schematic flow sheet of air-conditioner operational factor method of adjustment of the present invention preferred embodiment.
Realization, functional characteristics and the advantage of the object of the invention, in connection with embodiment, are described further with reference to accompanying drawing.
Detailed description of the invention
Should be appreciated that specific embodiment described herein, only in order to explain the present invention, is not intended to limit the present invention.
With reference to Fig. 1, Fig. 1 is the hardware configuration schematic diagram that the present invention realizes the preferred embodiment of the air-conditioner of operational factor adjustment.
This air-conditioner 1 comprises processing unit 11, memory cell 12, timing unit 13, voice pick device 14, temperature detecting unit 15 and air-conditioner operational factor adjustment System 16.
Timing unit 13, for detecting operational factor when instruction is set, obtains current point in time, starts timing simultaneously.This timing unit, can arrange after instruction detecting operational factor, in real time or the current point in time of timing acquisition system clock, determines current point in time and the object time time interval between putting; Or timing unit 13 arranges after instruction detecting operational factor, described timing unit in real time or timing acquisition current point in time.
Memory cell 12, for storing this air-conditioner operational factor adjustment System 16 and service data thereof, the mapping relations between default temperature difference, the time interval and operational factor, and the second default operational factor.It is emphasized that this memory cell 12 can be both an independent storage device, can be also the general designation of multiple different storage devices, and therefore not to repeat here.
This processing unit 11, be used for calling and carry out air-conditioner operational factor adjustment System 16, and detecting operational factor when instruction is set, based on described operational factor, instruction is set and obtains corresponding object time point or object time interval, and call temperature detecting unit and obtain the temperature difference between Current Temperatures and default target temperature, and call in memory cell 12 temperature difference of storage, mapping relations between the time interval and operational factor, determine the object time interval and the first operational factor corresponding to temperature difference that get, and according to described the first operational factor operation, or determine the first operational factor corresponding to temperature difference that the object time getting puts the time interval between current point in time and gets, and according to described the first operational factor operation, simultaneously, control timing unit 13 in real time or timing acquisition current point in time, control voice pick device simultaneously and detect default audio signal, and in the time detecting default audio signal, determine whether current point in time mates with object time point, or whether the time interval between time point when definite current point in time and detecting operational factor arrange instruction mates with object time interval, when at current point in time, point mates with the object time, or between current point in time and the time point of detecting operational factor when instruction is set the time interval, mated at interval with the object time time, call the second operational factor of 12 storages in memory cell, and according to the second operational factor operation.This processing unit 11 and memory cell 12 can be respectively both independent unit, also can integrate, and formed a controller, and therefore not to repeat here.
The invention provides a kind of air-conditioner operational factor adjustment System.
With reference to Fig. 2, Fig. 2 is the high-level schematic functional block diagram of air-conditioner operational factor adjustment System preferred embodiment in Fig. 1.
It is emphasized that, to one skilled in the art, functional block diagram shown in Fig. 2 is only the exemplary plot of a preferred embodiment, and those skilled in the art, around the functional module of the air-conditioner operational factor adjustment System 16 shown in Fig. 2, can carry out supplementing of new functional module easily; The title of each functional module is self-defined title, only for auxiliary each program function piece of understanding this air-conditioner operational factor adjustment System 16, be not used in and limit technical scheme of the present invention, the core of technical solution of the present invention is, the function that the functional module of define name will be reached separately.
The present embodiment proposes a kind of air-conditioner operational factor adjustment System 16, comprising:
Acquisition module 161, for detecting operational factor when instruction is set, arranges instruction based on described operational factor and obtains corresponding object time point or object time interval;
In the present embodiment, this operational factor arranges instruction and can be the wireless signals such as audio signal, WIFI signal, radiofrequency signal, optical signal (as infrared signal), and this operational factor arranges instruction and can be sent by the terminal that sends preset audio signal.For example, the operational factor that alarm clock sends " after 5:00, alarm clock rings " or " 6:00 alarm clock rings " to air-conditioner arranges instruction; Or other terminal also can send operational factor to air-conditioner instruction is set, the operational factor that for example mobile phone sends " after 5:00, alarm clock rings " or " 6:00 alarm clock rings " to air-conditioner arranges instruction.
Operational factor adjusting module 162, for obtaining the temperature difference between current indoor temperature and default first object temperature, and according to the mapping relations between default temperature difference, the time interval and operational factor, determine the object time interval and the first operational factor corresponding to temperature difference that get, and according to described the first operational factor operation, or determine the first operational factor corresponding to temperature difference that the object time getting puts the time interval between current point in time and gets, and according to described the first operational factor operation;
In the present embodiment, operational factor adjusting module 162 can obtain current indoor temperature by temperature detecting unit, this temperature detecting unit can arrange with air-conditioner on, also can be arranged at other indoor position, and communicate by letter with air-conditioner, this temperature detecting unit can arrange one or more.This first operational factor (for example can be temperature curve parameter, moisture curve parameter, wind direction and wind speed parameter, operation time parameters and/or any suitable other operational factors, air-conditioning display brightness curve, air-conditioning Show Color parameter etc.), or be directly corresponding temperature, humidity and wind speed etc.
It will be understood by those skilled in the art that, for saving overhead, operational factor adjusting module 162 also can be in the time of default time interval of distance objective time point, obtain the temperature difference between current indoor temperature and target temperature, and according to the mapping relations between default temperature difference and operational factor, determine the first operational factor corresponding to temperature difference of obtaining, and according to described the first operational factor operation.Make air-conditioner not carry out immediately the adjustment of operational factor, energy consumption is lower.
The first processing module 163, for arriving at described object time point or object time interval, and while detecting default audio signal, according to the second default operational factor operation.
In the present embodiment, default audio signal can gather in several ways, as: a, by certain section audio signal by wireless transmission methods such as infrared, bluetooth or WIFI, or receive or the wire transmission mode such as serial line interface is uploaded to air-conditioner by USB, air-conditioner is preserved this audio signal receiving; B, audio-frequency playing terminal are play audio signal to be uploaded, for example, alarm clock is play one section of the tinkle of bells, or mobile phone is play one section of music, the voice pick device of air-conditioner is in the time receiving this audio signal, preserve this audio signal, more accurate for the audio signal that makes to receive, can carry out noise reduction process to the audio signal receiving.
Detecting module in air-conditioner is detected audio signal in real time or regularly, in the time detecting audio signal, the audio signal detecting and default audio signal are compared, now the audio signal detecting can be converted to corresponding waveform, the waveform of the audio signal prestoring and the waveform being converted to are compared simultaneously, the waveform of the audio signal prestoring be converted to Waveform Matching time, think that the audio signal detecting is default audio signal, now determine whether current time point mates with default time point, in the time that current time point mates with default time point, the first processing module 163 is according to the second default operational factor operation.
This second operational factor (for example can be temperature curve parameter, moisture curve parameter, wind direction and wind speed parameter, operation time parameters and/or any suitable other operational factors, air-conditioning display brightness curve, air-conditioning Show Color parameter etc.), or be directly corresponding temperature, humidity and wind speed etc.
In the present embodiment, described the first processing module 163 is also for arriving at described object time point or object time interval, and when detecting default audio signal, is left intact or according to other default operational factor operation.
The air-conditioner operational factor adjustment System that the present embodiment proposes, detecting operational factor when instruction is set, air-conditioner arranges instruction based on described operational factor and obtains corresponding object time point or object time interval, and according to the temperature difference between Current Temperatures and target temperature, and time interval between current point in time and object time point adjust the operational factor of air-conditioner, and arrive at described object time point or object time interval, and while detecting default audio signal, described air-conditioner is according to the second default operational factor operation, by repeatedly carrying out the adjustment of operational factor, make the adjustment of operational factor more flexible.
Further, for saving system energy consumption, described air-conditioner operational factor adjustment System 16 also comprises:
Detecting module, for detecting default pulse signal in real time or regularly, wherein, the terminal that described pulse signal is carried by user is sent every default very first time interval;
In the present embodiment, the pulse signal that the terminal that user carries sends can be voice signal, optical signal, WIFI signal or radiofrequency signal etc., this pulse signal is preferably high frequency voice signal, this high frequency voice signal people ear None-identified, can not produce noise effect to environment, can not produce larger radiation to user's health simultaneously.The terminal that this user carries with sound can be wrist-watch, and the users such as necklace and ring wear with sound.Detecting module is detecting pulse signal, this pulse signal detecting and the pulse signal prestoring can be compared, and in the time that this pulse signal detecting mates with the pulse signal prestoring, thinks and detects default pulse signal.In the time that default pulse signal is audio signal, when this pulse signal detecting is compared with the pulse signal prestoring, the pulse signal detecting can be converted to corresponding waveform, the waveform of the pulse signal prestoring and the waveform being converted to be compared simultaneously.
Described the first processing module 163, also for do not detect described pulse signal in the default very first time interval time, shutdown or according to the 3rd default operational factor operation.
In the present embodiment, the 3rd operational factor can be according to after some operational factor operation a period of time and shuts down, or operational factor curve, for example, the 3rd operational factor be temperature curve parameter, moisture curve parameter, wind direction and wind speed parameter, operation time parameters and/or any suitable other operational factors (for example, air-conditioning display brightness curve, air-conditioning Show Color parameter etc.), make the running temperature of air-conditioner slowly be adjusted to 0 or to default temperature, wind speed etc.
Further, the accuracy of adjusting for improving air-conditioner operational factor, described the first processing module 163 comprises:
Detecting unit, for do not detect described pulse signal in the default very first time interval time, continues the described pulse signal of detecting;
Processing unit, for do not detect described pulse signal within the second default time interval time, shutdown or according to the first default operational factor operation.
The pulse signal that the terminal of carrying due to user sends may be blocked, as optical signal cannot detect in the time being blocked.While not detecting described pulse signal in default very first time interval, described terminal continues the described pulse signal of detecting, to prevent that the angle that user is stood from existing shelter, make terminal cannot detect default pulse signal, while not detecting described pulse signal within the second default time interval, terminal closedown or according to the first default operational factor operation, while detecting described pulse signal, was left intact within second time interval.
Further, the flexibility of adjusting for improving operational factor, described the first processing module 163 replaces with:
The second processing module, for arriving at described object time point or object time interval, and while detecting default audio signal, controls the air-conditioner shutdown at its place.
It will be understood by those skilled in the art that, the flexibility of adjusting for improving air-conditioner operational factor, the described air-conditioner operational factor adjustment System based on audio signal also comprises determination module, or while arrival at some object time, interval object time, after comparing module is compared the audio signal detecting and default audio signal, in the time that the audio signal detecting is mated with default audio signal, determination module is determined the current operational factor adjustment type of air-conditioner, in current operational factor when to adjust type be the default first kind, its current operational factor is adjusted into default operational factor by the first processing module, and according to the operational factor operation after adjusting, in current operational factor when to adjust type be default Second Type, the air-conditioner at second its place of processing module control shutdown.
Further, described the first processing module 163 comprises:
Acquiring unit, for arriving at described object time point or object time interval, and while detecting default audio signal, obtains the temperature difference between described first object temperature and the second target temperature of presetting;
Processing unit, for according to the mapping relations between default temperature difference and operational factor, determines corresponding the second operational factor of temperature difference getting, and according to described the second operational factor operation.
In the present embodiment, first object temperature and the second target temperature can be set by user, for example, can set first object temperature and be the half of the second target temperature of presetting, can obtain corresponding first object temperature according to the second default target temperature.
With reference to Fig. 3, Fig. 3 is the schematic flow sheet of air-conditioner operational factor method of adjustment of the present invention preferred embodiment.
The air-conditioner operational factor method of adjustment that the present embodiment proposes, comprises the following steps:
Step S10, detecting operational factor when instruction is set, air-conditioner arranges instruction based on described operational factor and obtains corresponding object time point or object time interval;
In the present embodiment, this operational factor arranges instruction and can be the wireless signals such as audio signal, WIFI signal, radiofrequency signal, optical signal (as infrared signal), and this operational factor arranges instruction and can be sent by the terminal that sends preset audio signal.For example, the operational factor that alarm clock sends " after 5:00, alarm clock rings " or " 6:00 alarm clock rings " to air-conditioner arranges instruction; Or other terminal also can send operational factor to air-conditioner instruction is set, the operational factor that for example mobile phone sends " after 5:00, alarm clock rings " or " 6:00 alarm clock rings " to air-conditioner arranges instruction.
Step S20, described air-conditioner obtains the temperature difference between current indoor temperature and default first object temperature, and according to the mapping relations between default temperature difference, the time interval and operational factor, determine the object time interval and the first operational factor corresponding to temperature difference that get, and according to described the first operational factor operation, or determine the first operational factor corresponding to temperature difference that the object time getting puts the time interval between current point in time and gets, and according to described the first operational factor operation;
In the present embodiment, air-conditioner can obtain current indoor temperature by temperature detecting unit, this temperature detecting unit can arrange with air-conditioner on, also can be arranged at other indoor position, and communicate by letter with air-conditioner, this temperature detecting unit can arrange one or more.This first operational factor (for example can be temperature curve parameter, moisture curve parameter, wind direction and wind speed parameter, operation time parameters and/or any suitable other operational factors, air-conditioning display brightness curve, air-conditioning Show Color parameter etc.), or be directly corresponding temperature, humidity and wind speed etc.
It will be understood by those skilled in the art that, for saving overhead, step S20 is replaceable is: in the time of default time interval of distance objective time point, obtain the temperature difference between current indoor temperature and target temperature, and according to the mapping relations between default temperature difference and operational factor, determine the first operational factor corresponding to temperature difference of obtaining, and according to described the first operational factor operation.Make air-conditioner not carry out immediately the adjustment of operational factor, energy consumption is lower.
Step S30, arrives at described object time point or object time interval, and while detecting default audio signal, described air-conditioner is according to the second default operational factor operation.
In the present embodiment, default audio signal can gather in several ways, as: a, by certain section audio signal by wireless transmission methods such as infrared, bluetooth or WIFI, or receive or the wire transmission mode such as serial line interface is uploaded to air-conditioner by USB, air-conditioner is preserved this audio signal receiving; B, audio-frequency playing terminal are play audio signal to be uploaded, for example, alarm clock is play one section of the tinkle of bells, or mobile phone is play one section of music, the voice pick device of air-conditioner is in the time receiving this audio signal, preserve this audio signal, more accurate for the audio signal that makes to receive, can carry out noise reduction process to the audio signal receiving.
Detecting module in air-conditioner is detected audio signal in real time or regularly, in the time detecting audio signal, the audio signal detecting and default audio signal are compared, now the audio signal detecting can be converted to corresponding waveform, the waveform of the audio signal prestoring and the waveform being converted to are compared simultaneously, the waveform of the audio signal prestoring be converted to Waveform Matching time, think that the audio signal detecting is default audio signal, now determine whether current time point mates with default time point, in the time that current time point mates with default time point, air-conditioner is according to the second default operational factor operation.
This second operational factor (for example can be temperature curve parameter, moisture curve parameter, wind direction and wind speed parameter, operation time parameters and/or any suitable other operational factors, air-conditioning display brightness curve, air-conditioning Show Color parameter etc.), or be directly corresponding temperature, humidity and wind speed etc.
In the present embodiment, after step S20, described air-conditioner operational factor method of adjustment also comprises step: arrive at described object time point or object time interval, and be while detecting default audio signal, be left intact or move according to other default operational factor.
The air-conditioner operational factor method of adjustment that the present embodiment proposes, detecting operational factor when instruction is set, air-conditioner arranges instruction based on described operational factor and obtains corresponding object time point or object time interval, and according to the temperature difference between Current Temperatures and target temperature, and time interval between current point in time and object time point adjust the operational factor of air-conditioner, and arrive at described object time point or object time interval, and while detecting default audio signal, described air-conditioner is according to the second default operational factor operation, by repeatedly carrying out the adjustment of operational factor, make the adjustment of operational factor more flexible.
Further, for saving system energy consumption, after described step S30, described air-conditioner operational factor method of adjustment also comprises:
Step S40, described air-conditioner is detected default pulse signal in real time or regularly, and wherein, the terminal that described pulse signal is carried by user is sent every default very first time interval;
In the present embodiment, the pulse signal that the terminal that user carries sends can be voice signal, optical signal, WIFI signal or radiofrequency signal etc., this pulse signal is preferably high frequency voice signal, this high frequency voice signal people ear None-identified, can not produce noise effect to environment, can not produce larger radiation to user's health simultaneously.The terminal that this user carries with sound can be wrist-watch, and the users such as necklace and ring wear with sound.Detecting module is detecting pulse signal, this pulse signal detecting and the pulse signal prestoring can be compared, and in the time that this pulse signal detecting mates with the pulse signal prestoring, thinks and detects default pulse signal.In the time that default pulse signal is audio signal, when this pulse signal detecting is compared with the pulse signal prestoring, the pulse signal detecting can be converted to corresponding waveform, the waveform of the pulse signal prestoring and the waveform being converted to be compared simultaneously.
Step S50, do not detect described pulse signal in the default very first time interval time, described air-conditioner shuts down or moves according to the 3rd default operational factor.
In the present embodiment, the 3rd operational factor can be according to after some operational factor operation a period of time and shuts down, or operational factor curve, for example, the 3rd operational factor be temperature curve parameter, moisture curve parameter, wind direction and wind speed parameter, operation time parameters and/or any suitable other operational factors (for example, air-conditioning display brightness curve, air-conditioning Show Color parameter etc.), make the running temperature of air-conditioner slowly be adjusted to 0 or to default temperature, wind speed etc.
Further, the accuracy of adjusting for improving air-conditioner operational factor, described step S50 comprises:
Do not detect described pulse signal in the default very first time interval time, described air-conditioner continues the described pulse signal of detecting;
Do not detect described pulse signal within the second default time interval time, described air-conditioner shuts down or moves according to the 3rd default operational factor.
The pulse signal that the terminal of carrying due to user sends may be blocked, as optical signal cannot detect in the time being blocked.While not detecting described pulse signal in default very first time interval, described terminal continues the described pulse signal of detecting, to prevent that the angle that user is stood from existing shelter, make terminal cannot detect default pulse signal, while not detecting described pulse signal within the second default time interval, terminal closedown or according to the first default operational factor operation, while detecting described pulse signal, was left intact within second time interval.
Further, the flexibility of adjusting for improving operational factor, described step S30 replaces with:
Arrive at described object time point or object time interval, and while detecting default audio signal, described air-conditioner shutdown.
It will be understood by those skilled in the art that, the flexibility of adjusting for improving air-conditioner operational factor, after step S20, also comprise step, or arrive at some object time, interval object time, and while detecting default audio signal, determine that the current operational factor of air-conditioner is adjusted type, in current operational factor when to adjust type be the default first kind, perform step S30, described air-conditioner is according to the second default operational factor operation; In current operational factor when to adjust type be default Second Type, described air-conditioner shutdown.
Further, described step S30 comprises:
Arrive at described object time point or object time interval, and while detecting default audio signal, described air-conditioner obtains the temperature difference between described first object temperature and the second target temperature of presetting;
Described air-conditioner, according to the mapping relations between default temperature difference and operational factor, is determined corresponding the second operational factor of temperature difference getting, and according to described the second operational factor operation.
In the present embodiment, first object temperature and the second target temperature can be set by user, for example, can set first object temperature and be the half of the second target temperature of presetting, can obtain corresponding first object temperature according to the second default target temperature.
It should be noted that, in this article, term " comprises ", " comprising " or its any other variant are intended to contain comprising of nonexcludability, thereby the process, method, article or the system that make to comprise a series of key elements not only comprise those key elements, but also comprise other key elements of clearly not listing, or be also included as the intrinsic key element of this process, method, article or system.The in the situation that of more restrictions not, the key element being limited by statement " comprising ... ", and be not precluded within process, method, article or the system that comprises this key element and also have other identical element.
The invention described above embodiment sequence number, just to describing, does not represent the quality of embodiment.
Through the above description of the embodiments, those skilled in the art can be well understood to the mode that above-described embodiment method can add essential general hardware platform by software and realize, can certainly pass through hardware, but in a lot of situation, the former is better embodiment.Based on such understanding, the part that technical scheme of the present invention contributes to prior art in essence in other words can embody with the form of software product, this computer software product is stored in a storage medium (as ROM/RAM, magnetic disc, CD), comprise that some instructions (can be mobile phones in order to make a station terminal equipment, computer, server, air-conditioner, or the network equipment etc.) carry out the method described in each embodiment of the present invention.
These are only the preferred embodiments of the present invention; not thereby limit the scope of the claims of the present invention; every equivalent structure or conversion of equivalent flow process that utilizes description of the present invention and accompanying drawing content to do; or be directly or indirectly used in other relevant technical fields, be all in like manner included in scope of patent protection of the present invention.
Claims (10)
1. an air-conditioner operational factor method of adjustment, is characterized in that, described air-conditioner operational factor method of adjustment comprises the following steps:
Detecting operational factor when instruction is set, air-conditioner arranges instruction based on described operational factor and obtains corresponding object time point or object time interval;
Described air-conditioner obtains the temperature difference between current indoor temperature and default first object temperature, and according to the mapping relations between default temperature difference, the time interval and operational factor, determine the object time interval and the first operational factor corresponding to temperature difference that get, and according to described the first operational factor operation; Or, determine the first operational factor corresponding to temperature difference that the object time getting puts the time interval between current point in time and gets, and according to described the first operational factor operation;
Arrive at described object time point or object time interval, and while detecting default audio signal, described air-conditioner is according to the second default operational factor operation.
2. air-conditioner operational factor method of adjustment as claimed in claim 1, it is characterized in that, described in described object time point or object time interval arrival, and while detecting default audio signal, described air-conditioner is according to after the step of the second default operational factor operation, and described air-conditioner operational factor method of adjustment also comprises:
Described air-conditioner is detected default pulse signal in real time or regularly, and wherein, the terminal that described pulse signal is carried by user is sent every default very first time interval;
Do not detect described pulse signal in the default very first time interval time, described air-conditioner shuts down or moves according to the 3rd default operational factor.
3. air-conditioner operational factor method of adjustment as claimed in claim 2, is characterized in that, described do not detect described pulse signal in the default very first time interval time, and described air-conditioner shutdown or the step according to the 3rd default operational factor operation comprise:
Do not detect described pulse signal in the default very first time interval time, described air-conditioner continues the described pulse signal of detecting;
Do not detect described pulse signal within the second default time interval time, described air-conditioner shuts down or moves according to the 3rd default operational factor.
4. air-conditioner operational factor method of adjustment as claimed in claim 1, it is characterized in that, describedly arrive at described object time point or object time interval, and while detecting default audio signal, described air-conditioner replaces with according to the step of the second default operational factor operation:
Arrive at described object time point or object time interval, and while detecting default audio signal, described air-conditioner shutdown.
5. air-conditioner operational factor method of adjustment as claimed in claim 1, it is characterized in that, describedly arrive at described object time point or object time interval, and while detecting default audio signal, described air-conditioner comprises according to the step of the second default operational factor operation:
Arrive at described object time point or object time interval, and while detecting default audio signal, described air-conditioner obtains the temperature difference between described first object temperature and the second target temperature of presetting;
Described air-conditioner, according to the mapping relations between default temperature difference and operational factor, is determined corresponding the second operational factor of temperature difference getting, and according to described the second operational factor operation.
6. an air-conditioner operational factor adjustment System, is characterized in that, described air-conditioner operational factor adjustment System comprises:
Acquisition module, for detecting operational factor when instruction is set, arranges instruction based on described operational factor and obtains corresponding object time point or object time interval;
Operational factor adjusting module, for obtaining the temperature difference between current indoor temperature and default first object temperature, and according to the mapping relations between default temperature difference, the time interval and operational factor, determine the object time interval and the first operational factor corresponding to temperature difference that get, and according to described the first operational factor operation; Or, determine the first operational factor corresponding to temperature difference that the object time getting puts the time interval between current point in time and gets, and according to described the first operational factor operation;
The first processing module, for arriving at described object time point or object time interval, and while detecting default audio signal, according to the second default operational factor operation.
7. air-conditioner operational factor adjustment System as claimed in claim 6, is characterized in that, described air-conditioner operational factor adjustment System also comprises:
Detecting module, for detecting default pulse signal in real time or regularly, wherein, the terminal that described pulse signal is carried by user is sent every default very first time interval;
Described the first processing module, also for do not detect described pulse signal in the default very first time interval time, shutdown or according to the 3rd default operational factor operation.
8. air-conditioner operational factor adjustment System as claimed in claim 7, is characterized in that, described the first processing module comprises:
Detecting unit, for do not detect described pulse signal in the default very first time interval time, continues the described pulse signal of detecting;
Processing unit, for do not detect described pulse signal within the second default time interval time, shutdown or according to the first default operational factor operation.
9. air-conditioner operational factor adjustment System as claimed in claim 6, is characterized in that, described the first processing module replaces with:
The second processing module, for arriving at described object time point or object time interval, and while detecting default audio signal, controls the air-conditioner shutdown at its place.
10. air-conditioner operational factor adjustment System as claimed in claim 6, is characterized in that, described the first processing module comprises:
Acquiring unit, for arriving at described object time point or object time interval, and while detecting default audio signal, obtains the temperature difference between described first object temperature and the second target temperature of presetting;
Processing unit, for according to the mapping relations between default temperature difference and operational factor, determines corresponding the second operational factor of temperature difference getting, and according to described the second operational factor operation.
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