CN108278732A - A kind of air conditioning control method, device, storage medium and air-conditioning - Google Patents

A kind of air conditioning control method, device, storage medium and air-conditioning Download PDF

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Publication number
CN108278732A
CN108278732A CN201810008387.3A CN201810008387A CN108278732A CN 108278732 A CN108278732 A CN 108278732A CN 201810008387 A CN201810008387 A CN 201810008387A CN 108278732 A CN108278732 A CN 108278732A
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China
Prior art keywords
air
temperature
conditioning
cleaning unit
purification
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CN201810008387.3A
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Chinese (zh)
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CN108278732B (en
Inventor
黎俊宇
刘佰兰
李坚
邓舟舟
张琪
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Gree Electric Appliances Inc of Zhuhai
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Gree Electric Appliances Inc of Zhuhai
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Priority to CN201810008387.3A priority Critical patent/CN108278732B/en
Publication of CN108278732A publication Critical patent/CN108278732A/en
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    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
    • Y02B30/00—Energy efficient heating, ventilation or air conditioning [HVAC]
    • Y02B30/70—Efficient control or regulation technologies, e.g. for control of refrigerant flow, motor or heating

Abstract

A kind of air conditioning control method of present invention offer, device, storage medium and air-conditioning, the method includes：Obtain the second temperature pace of change of the first temperature changing speed and this operation that the air-conditioning is run for the first time；According to first temperature changing speed and second temperature pace of change, judge whether the air cleaning unit for needing to open the air-conditioning.Scheme provided by the invention can for the first time be run according to air-conditioning reach target temperature temperature changing speed and this operation reach indoor and outdoor air interaction scenario residing for the temperature changing speed automatic discrimination air-conditioning of target temperature, to which it is determined whether to enable air cleaning units, indoor air quality is improved.

Description

A kind of air conditioning control method, device, storage medium and air-conditioning
Technical field
The present invention relates to control field more particularly to a kind of air conditioning control method, device, storage medium and air-conditionings.
Background technology
Air conditioner with air-cleaning function has air quality adjustment effect, but still has in practical applications Following disadvantage：(1) manual intervention air cleaning unit start-stop, and air cleaning unit longtime running, the ozone easily led to are needed Concentration is higher, and then is damaged to human body, is unsatisfactory for embodying the benefit of purification very well；(2) pass through air quality detecting device Detection air quality in real time, and then air cleaning unit is controlled, the input of hardware and software is higher, and air quality detecting device It is influenced by factors such as wind speed, room air situation cannot be accurately detected, cannot efficiently utilize air cleaning unit；To sum up, The existing air conditioner with air-cleaning function is difficult to intelligently, efficiently improve indoor air quality.
Invention content
It is a primary object of the present invention to overcome the defect of the above-mentioned prior art, provide a kind of air conditioning control method, device, Storage medium and air-conditioning need manual intervention air cleaning unit start-stop with solution and longtime running make human body in the prior art Cannot accurately detect indoor air regime at injury and air quality detecting device causes efficiently air purification to be utilized to fill The problem of setting.
One aspect of the present invention provides a kind of air conditioning control method, including：Obtain the first temperature that the air-conditioning is run for the first time Spend pace of change and the second temperature pace of change of this operation；Become according to first temperature changing speed and second temperature Change speed, judges whether the air cleaning unit for needing to open the air-conditioning.
Optionally, the first temperature changing speed that the air-conditioning is run for the first time is obtained, including：The air-conditioning is obtained to transport for the first time First difference and interior of first indoor environment temperature with first object temperature when the first temperature decline coefficient when row, booting Environment temperature reach the first object temperature first take；According to first temperature decline coefficient, first difference It is taken with described first, determines the first temperature changing speed of the air-conditioning；And/or obtain the of the air-conditioning this operation Two temperature changing speeds, including：Obtain the air-conditioning this operation when second temperature attenuation coefficient, booting when second Room in Environment temperature and the second difference and indoor environment temperature of the second target temperature reach the second of second target temperature and take； It is taken according to the second temperature attenuation coefficient, second difference and described second, determines that the second temperature of the air-conditioning becomes Change speed.
Optionally, first temperature decline coefficient is obtained, including：First when being run for the first time according to the air-conditioning is outdoor First absolute difference of environment temperature and the first object temperature determines first temperature decline coefficient, and/or, it obtains The second temperature attenuation coefficient, including：The second outdoor environment temperature and described second when according to this operation of the air-conditioning Second absolute difference of target temperature determines the second temperature attenuation coefficient.
Optionally, according to first temperature changing speed and second temperature pace of change, judge whether to need to open institute The air cleaning unit of air-conditioning is stated, including：When the second temperature pace of change is more than the of first temperature changing speed When one predetermined percentage, the air cleaning unit for needing to open the air-conditioning is determined；And/or when the second temperature changes speed Degree more than first temperature changing speed the second predetermined percentage, and less than or equal to the of first temperature changing speed When one predetermined percentage, determination need not open the air cleaning unit of the air-conditioning；Wherein, first predetermined percentage And/or second predetermined percentage is determined according to the current operational mode of the air-conditioning；The operational mode includes：Sleep mould Formula and/or general mode.
Optionally, the method further includes：When the second temperature pace of change is less than or equal to first temperature change When the second predetermined percentage of speed, the prompting for needing to close the doors and windows with ventilation equipment is sent out.
Optionally, when determination needs to open the air cleaning unit of the air-conditioning, further include：Determine the air purification Device current purification working time and/or purification interval time.
Optionally it is determined that the purification working time that the air cleaning unit is current, including：Receive the described of user setting The air cleaning unit current purification working time；And/or the basis purification working time of the air cleaning unit is obtained, As the purification working time；And/or determine the air cleaning unit current purification interval time, including：Obtain institute State the basis purification interval time of air cleaning unit；Interval time, first temperature change speed are purified according to the basis Degree and second pace of change determine the air cleaning unit current purification interval time；And/or according to the basis Interval time and the current number of users of the air-conditioning are purified, determines the air cleaning unit current purification interval time.
Optionally, the basis purification working time of the air cleaning unit is obtained, including：Sky where obtaining the air-conditioning Between space size and the air cleaning unit purification rate；According to the ratio of the space size and the purification rate Determine the basis purification working time of the air cleaning unit；And/or obtain the basic Clean room of the air cleaning unit Every the time, including：Obtain setting air quality threshold and preconfigured air quality change curve；According to the setting air Quality threshold and the air quality change curve determine the basis purification interval time of the air cleaning unit；And/or Interval time, first temperature changing speed and second pace of change, which are purified, according to the basis determines that the air is net Makeup is set current purification interval time, including：Interval time and the second temperature pace of change are purified according to the basis Residing percentage-proportion interval, determines the air at least one preset percentage section of first temperature changing speed Purifier current purification interval time；Wherein, the current purge interval time of the air cleaning unit is equal to described the The basis purification interval time of the corresponding preset multiple times in the preset percentage section residing for one temperature changing speed； At least one preset percentage section and its corresponding preset multiple are true according to the current operational mode of the air-conditioning Fixed, the operational mode includes：Sleep pattern and/or general mode.
Optionally, the space size in space where obtaining the air-conditioning, including：When being run for the first time according to the air-conditioning The first difference, the indoor environment temperature of the first indoor environment temperature and first object temperature when one temperature decline coefficient, booting The maximum cooling capacity or heating capacity for reaching the first time-consuming and air-conditioning unit interval of the first object temperature, determine institute The space size in space where stating air-conditioning.
Optionally, after indoor environment temperature reaches second target temperature, the air conditioning control method is just executed.
Another aspect of the present invention provides a kind of air conditioning control device, including：Acquiring unit, at the beginning of obtaining the air-conditioning First temperature changing speed of secondary operation and the second temperature pace of change of this operation；Judging unit, for according to First temperature changing speed and second temperature pace of change that acquiring unit obtains, judge whether to need to open the air-conditioning Air cleaning unit.
Optionally, the acquiring unit obtains the first temperature changing speed that the air-conditioning is run for the first time, including：It obtains The first indoor environment temperature when the first temperature decline coefficient when the air-conditioning is run for the first time, booting and first object temperature First difference and indoor environment temperature reach the first object temperature first take；It is according to first temperature damping Several, described first difference and described first takes, and determines the first temperature changing speed of the air-conditioning；And/or the acquisition is single Member obtains the second temperature pace of change of this operation of the air-conditioning, including：Obtain the second temperature when this operation of the air-conditioning The second difference and indoor environment temperature of the second indoor environment temperature and the second target temperature when degree attenuation coefficient, booting reach The second of second target temperature takes；According to the second temperature attenuation coefficient, second difference and second consumption When, determine the second temperature pace of change of the air-conditioning.
Optionally, the acquiring unit obtains first temperature decline coefficient, including：It is transported for the first time according to the air-conditioning First absolute difference of the first outdoor environment temperature and the first object temperature when row determines the first temperature damping system Number, and/or, the acquiring unit, obtaining the second temperature attenuation coefficient includes, and the when according to this operation of the air-conditioning Second absolute difference of two outdoor environment temperatures and second target temperature determines the second temperature attenuation coefficient.
Optionally, the judging unit is according to first temperature changing speed and second temperature pace of change, judgement The no air cleaning unit for needing to open the air-conditioning, including：When the second temperature pace of change is more than first temperature When the first predetermined percentage of pace of change, the air cleaning unit for needing to open the air-conditioning is determined；And/or when described Two temperature changing speeds are more than the second predetermined percentage of first temperature changing speed, and are less than or equal to first temperature When the first predetermined percentage of pace of change, determination need not open the air cleaning unit of the air-conditioning；Wherein, described first Predetermined percentage and/or second predetermined percentage are determined according to the current operational mode of the air-conditioning；The operational mode Including：Sleep pattern and/or general mode.
Optionally, described device further includes：Reminding unit, described in being less than or equal to when the second temperature pace of change When the second predetermined percentage of the first temperature changing speed, the prompting for needing to close the doors and windows with ventilation equipment is sent out.
Optionally, described device further includes：Determination unit needs to open the air-conditioning for working as the judging unit determination Air cleaning unit when, determine the air cleaning unit current purification working time and/or purification interval time.
Optionally, the determination unit determines the air cleaning unit current purification working time, including：It receives The air cleaning unit of the user setting current purification working time；And/or obtain the basis of the air cleaning unit The working time is purified, as the purification working time；And/or the determination unit, determine that the air cleaning unit is current Purification interval time, including：Obtain the basis purification interval time of the air cleaning unit；According to the basic Clean room The current Clean room of the air cleaning unit is determined every time, first temperature changing speed and second pace of change Every the time；And/or interval time and the current number of users of the air-conditioning are purified according to the basis, determine that the air is net Current purification interval time is set in makeup.
Optionally, the determination unit obtains the basis purification working time of the air cleaning unit, including：It obtains The purification rate of the space size and the air cleaning unit in space where the air-conditioning；According to the space size with it is described The ratio of purification rate determines the basis purification working time of the air cleaning unit；And/or the determination unit, it obtains The basis purification interval time of the air cleaning unit, including：Obtain setting air quality threshold and preconfigured air Mass-change curve；According to the setting air quality threshold and the air quality change curve, the air purification is determined The basis purification interval time of device；And/or the determination unit, interval time, first temperature are purified according to the basis Degree pace of change and second pace of change determine the air cleaning unit current purification interval time, including：According to The basis purification interval time and the second temperature pace of change are in at least one pre- of first temperature changing speed If residing percentage-proportion interval, determines the air cleaning unit current purification interval time in percentage-proportion interval；Wherein, institute The current purge interval time of air cleaning unit is stated equal to the preset percentage residing for first temperature changing speed The basis purification interval time of the corresponding preset multiple times in section；At least one preset percentage section and its difference Corresponding preset multiple determines that the operational mode includes according to the current operational mode of the air-conditioning：Sleep pattern and/or general Logical pattern.
Optionally, the determination unit, the space size in space where obtaining the air-conditioning, including：
The first indoor environment temperature when the first temperature decline coefficient when being run for the first time according to the air-conditioning, booting and the First difference of one target temperature, indoor environment temperature reach the list of the first time-consuming and described air-conditioning of the first object temperature The maximum cooling capacity or heating capacity of position time, the space size in space where determining the air-conditioning.
Optionally, after indoor environment temperature reaches second target temperature, the air conditioning control device is held Capable function.
Another aspect of the invention provides a kind of computer readable storage medium, is stored thereon with computer program, described The step of aforementioned any the method is realized when program is executed by processor.
Further aspect of the present invention provides a kind of air-conditioning, including processor, memory and storage on a memory can be The step of computer program run on processor, the processor realizes aforementioned any the method when executing described program.
Further aspect of the present invention provides a kind of air-conditioning, including aforementioned any air conditioning control device.
According to the technique and scheme of the present invention, the temperature changing speed for reaching target temperature and this are run for the first time according to air-conditioning Operation reaches indoor and outdoor air interaction scenario residing for the temperature changing speed automatic discrimination air-conditioning of target temperature, to judge whether Open air cleaning unit；And operating parameter when can for the first time be run according to air-conditioning determines space size where air-conditioning, with basis The space size determines that air cleaning unit carries out place space the working time of air purification, and according to air quality Change curve and setting air quality threshold determine the purification interval time of air cleaning unit, increase air quality without additional Detect hardware module so that air conditioner use environment air quality higher can improve indoor air quality, realize it is energy saving, Comfortably, healthy indoor environment, reduces the generation of respiratory disorder.
Description of the drawings
Attached drawing described herein is used to provide further understanding of the present invention, and constitutes the part of the present invention, this hair Bright illustrative embodiments and their description are not constituted improper limitations of the present invention for explaining the present invention.In the accompanying drawings：
Fig. 1 is the method schematic diagram of an embodiment of air conditioning control method provided by the invention；
Fig. 2 is the method schematic diagram of another embodiment of air conditioning control method provided by the invention；
Fig. 3 is the structural schematic diagram of an embodiment of air conditioning control device provided by the invention；
Fig. 4 is the structural schematic diagram of another embodiment of air conditioning control device provided by the invention.
Specific implementation mode
To make the object, technical solutions and advantages of the present invention clearer, below in conjunction with the specific embodiment of the invention and Technical solution of the present invention is clearly and completely described in corresponding attached drawing.Obviously, described embodiment is only the present invention one Section Example, instead of all the embodiments.Based on the embodiments of the present invention, those of ordinary skill in the art are not doing Go out the every other embodiment obtained under the premise of creative work, shall fall within the protection scope of the present invention.
It should be noted that term " first " in description and claims of this specification and above-mentioned attached drawing, " Two " etc. be for distinguishing similar object, without being used to describe specific sequence or precedence.It should be appreciated that using in this way Data can be interchanged in the appropriate case, so as to the embodiment of the present invention described herein can in addition to illustrating herein or Sequence other than those of description is implemented.In addition, term " comprising " and " having " and their any deformation, it is intended that cover It includes to be not necessarily limited to for example, containing the process of series of steps or unit, method, system, product or equipment to cover non-exclusive Those of clearly list step or unit, but may include not listing clearly or for these processes, method, product Or the other steps or unit that equipment is intrinsic.
Fig. 1 is the method schematic diagram of an embodiment of air conditioning control method provided by the invention.
As shown in Figure 1, according to one embodiment of present invention, the air conditioning control method includes at least step S110 and step Rapid S120.
Step S110 obtains the second temperature of the first temperature changing speed and this operation that the air-conditioning is run for the first time Pace of change.
First temperature changing speed includes：Reach the from booting to indoor environment temperature when the air-conditioning is run for the first time The temperature changing speed of one target temperature；The second temperature pace of change includes：The air-conditioning this operation when from booting to Indoor environment temperature reaches the temperature changing speed of the second target temperature.
Specifically, the first temperature changing speed that the air-conditioning of acquisition is run for the first time is air-conditioning for the first time in work at present mould First temperature changing speed run under formula, for example, the air-conditioning current operation mode is refrigeration mode, then described in acquisition First temperature changing speed that air-conditioning is run in cooling mode for the first time.Obtain the first temperature that the air-conditioning is run for the first time Pace of change specifically includes：Obtain the first temperature decline coefficient when the air-conditioning is run for the first time, the first indoor ring when being switched on The first difference and indoor environment temperature of border temperature and first object temperature reach the first of the first object temperature and take, i.e., Obtain the first indoor environment temperature when the first temperature decline coefficient, the booting that the air-conditioning is run under current operation mode for the first time The first difference and indoor environment temperature of degree and first object temperature reach the first of the first object temperature and take；According to institute State the first temperature decline coefficient, first difference and it is described first take, determine the first temperature changing speed of the air-conditioning. The first outdoor ring when first temperature decline coefficient can be run according to the air-conditioning first (under current operation mode) Border temperature and the first absolute difference of the first object temperature determine.In a specific embodiment, acquisition is pre-configured with Outdoor environment temperature and the absolute difference of target temperature and the mapping table or correspondence curve of temperature decline coefficient, root Determine that the first temperature of first (under the current operation mode) operation of air-conditioning declines according to the mapping table or correspondence curve Subtract coefficient, wherein the first outdoor environment temperature and the first absolute difference of the first object temperature the big by described first Temperature decline coefficient is bigger.
If the first indoor environment temperature when the air-conditioning is run under current operation mode for the first time and first object temperature The first difference be Δ T1, indoor environment temperature reaches the first of first object temperature and takes as t1, and the air-conditioning is being worked as the first time The first temperature decline coefficient when being run under preceding operating mode is ξ1, then the first temperature changing speed T_change1 of air-conditioning can It is obtained according to formula (1)：
T_change1=Δ T1/t1* ξ1 (1)
Obtain the air-conditioning this operation second temperature pace of change specifically include：When obtaining this operation of the air-conditioning Second temperature attenuation coefficient, booting when the second indoor environment temperature and the second target temperature the second difference and indoor environment Temperature reach second target temperature second take；According to the second temperature attenuation coefficient, second difference and institute It states second to take, determines the second temperature pace of change of the air-conditioning.The second temperature attenuation coefficient can be according to the sky The second absolute difference of the second outdoor environment temperature and second target temperature when this operation is adjusted to determine.A kind of specific In embodiment, the corresponding of preconfigured outdoor environment temperature and the absolute difference of target temperature and temperature decline coefficient is obtained Relation table or correspondence curve determine that air-conditioning operates in current work for the first time according to the mapping table or correspondence curve Second temperature attenuation coefficient under operation mode, wherein second outdoor environment temperature and the second of second target temperature The more big second temperature attenuation coefficient of absolute difference is bigger.If the air-conditioning this operation when the second indoor environment temperature with Second difference of the second target temperature is Δ T2, and indoor environment temperature reaches the second of the second target temperature and takes as t2, described Second temperature attenuation coefficient when this operation of air-conditioning is ξ2, then the first temperature changing speed T_change2 of air-conditioning can basis Formula (2) obtains：
T_change2=Δ T2/t2* ξ2 (2)
Step S120 judges whether to need to open according to first temperature changing speed and second temperature pace of change The air cleaning unit of the air-conditioning.
Specifically, when the second temperature pace of change is more than the first predetermined percentage of first temperature changing speed When, determine the air cleaning unit for needing to open the air-conditioning；When the second temperature pace of change is more than first temperature Second predetermined percentage of pace of change, and less than or equal to first temperature changing speed the first predetermined percentage when, really Surely the air cleaning unit of the air-conditioning need not be opened.For example, set the first predetermined percentage as 80%, the second predetermined percentage It is 60%, then when second temperature pace of change T_change2 meets T_change2 ＞ T_change1*80%, determines and need Open the air cleaning unit of the air-conditioning；When second temperature pace of change T_change2 meets T_change1*60% ＜ T_ When change2≤T_change1*80%, indoor and outdoor air interaction in room is good where judging air-conditioning, and it is net need not to open air Makeup is set.
Optionally, the method can also include：When the second temperature pace of change is less than or equal to first temperature When the second predetermined percentage of pace of change, the prompting for needing to close the doors and windows with ventilation equipment is sent out.For example, setting second predetermined hundred Divide than being 60%, when second temperature pace of change T_change2 meets T_change2≤T_change1*60%, to user Send out the prompting for needing to close the doors and windows with ventilation equipment.
First predetermined percentage and/or second predetermined percentage are true according to the current operational mode of the air-conditioning Fixed, the operational mode includes：Sleep pattern and/or general mode.For example, if the current operational mode of air-conditioning is general mode When, can first predetermined percentage and/or second predetermined percentage be set according to the example above；If air-conditioning is current When operational mode is sleep pattern, if the first predetermined percentage is 80%, the second predetermined percentage is 70%, then works as second temperature When pace of change T_change2 meets T_change2 ＞ T_change1*80%, determination needs the air for opening the air-conditioning net Makeup is set；When second temperature pace of change T_change2 meets T_change2≤T_change1*70%, issue the user with Need the prompting closed the doors and windows with ventilation equipment；When second temperature pace of change T_change2 meets T_change1*70% ＜ When T_change2≤T_change1*80%, indoor and outdoor air interaction in room is good where judging air-conditioning, need not open air Purifier.
Fig. 2 is the method schematic diagram of another embodiment of air conditioning control method provided by the invention.As shown in Fig. 2, being based on Above-described embodiment, when determination needs to open the air cleaning unit of the air-conditioning in the step s 120, after step S120 Further include step S130.
Step S130 determines the air cleaning unit when determination needs to open the air cleaning unit of the air-conditioning The current purification working time and/or purification interval time, when controlling the air cleaning unit according to the purification work Between and/or the purification interval time air purification is carried out to space where the air-conditioning.
Specifically, the basis purification interval time of the air cleaning unit can be obtained, purified according to the basis Interval time determines the air cleaning unit current purification interval time.
In a specific embodiment, according to it is described basis purify interval time, first temperature changing speed and Second pace of change determines the air cleaning unit current purification interval time.Specifically, net according to the basis Change interval time and the second temperature pace of change at least one preset percentage area of first temperature changing speed Between in residing percentage-proportion interval, determine the air cleaning unit current purification interval time.Wherein, the air purification The preset percentage section that the current purge interval time of device is equal to residing for first temperature changing speed is corresponding The basis purification interval time of preset multiple times.
For example, the basis for setting the air cleaning unit purifies interval time as T_pciinter, the first temperature change is fast Degree is T_change1, second temperature pace of change is T_change2, if at least one preset percentage section includes two A percentage-proportion interval, respectively (80%, 90%] and (90%, 100%], if when the first temperature changing speed is in second temperature Pace of change (80%, 90%] section when, determine the air cleaning unit current purification interval time be second temperature 2 times of pace of change, when the first temperature changing speed be in second temperature pace of change (90%, 100%] section when determine The air cleaning unit current purification interval time is 1 times of second temperature pace of change, that is, T_change1*80% ＜ When T_change2≤T_change1*90%, the air cleaning unit current purification interval time is 2*t_pciinter； When T_change1*90% ＜ T_change2≤T_change1*100%, the current Clean room of the air cleaning unit every when Between be t_pciinter.
Wherein, at least one preset percentage section and its corresponding preset multiple, work as according to the air-conditioning Preceding operational mode determines that the operational mode includes：Sleep pattern and/or general mode.If for example, the operation that air-conditioning is current When pattern is general mode, the setting of percentage-proportion interval can be carried out according to the example above；If the current operational mode of air-conditioning is When sleep pattern, if at least one preset percentage section includes two percentage-proportion intervals, respectively (80%, 90%] and (90%, 100%], if when the first temperature changing speed be in second temperature pace of change (80%, 90%] section when, determination The air cleaning unit current purification interval time is 1.5 times of second temperature pace of change, when the first temperature change speed Degree in second temperature pace of change (90%, 100%] section when determine the current Clean room of the air cleaning unit every Time is 0.8 times of second temperature pace of change, that is, when T_change1*80% ＜ T_change2≤T_change1*90%, The air cleaning unit current purification interval time is 1.5*t_pciinter；T_change1*90% ＜ T_change2 When≤T_change1*100%, the air cleaning unit current purification interval time is 0.8*t_pciinter.
In another embodiment specific implementation mode, interval time and the current user of the air-conditioning are purified according to the basis Number, determines the air cleaning unit current purification interval time.
For example, the current purification interval time t2_pciinter of the air cleaning unit can be obtained according to formula (3)：
T2_pciinter=(n-1)/a*t_pciinter (3)
Wherein t_pciinter is the basis purification interval time of air purifier, and n is the current user of the air-conditioning Number, a are according to the preconfigured parameter of empirical data.
In above two specific implementation mode, the basis purification interval time for obtaining the air cleaning unit specifically wraps It includes：Obtain setting air quality threshold and preconfigured air quality change curve；According to the setting air quality threshold With the air quality change curve, the basis purification interval time of the air cleaning unit is determined.
The air quality change curve is the air quality according to the air of the preconfigured unit volume of empirical data The curve changed over time, the setting air quality threshold need required when unlatching air cleaning unit reach to be preset Therefore the air quality numerical value arrived can be determined according to the air quality change curve when air purifier does not work, institute The air quality in space reaches the time needed for setting air quality threshold, i.e., the basis of the described air purifier where stating air-conditioning Purify interval time.
Determine that the air cleaning unit current purification working time may include following two realization methods：
(1) air cleaning unit of the user setting current purification working time is received.
User can be arranged empty by the control client (cell phone application) of air-conditioning remote control, Air-Conditioning Control Panel and air-conditioning The air purifying apparatus current purification working time.
(2) the basis purification working time for obtaining the air cleaning unit, using as the purification working time.
The basis purification working time for obtaining the air cleaning unit specifically includes：Space where obtaining the air-conditioning The purification rate of space size and the air cleaning unit；It is determined according to the ratio of the space size and the purification rate The basis purification working time of the air cleaning unit.
If the purification rate of the air cleaning unit be V_pcispeed (unit interval purification volume of air, such as Unit is m3/ min), the volume of air of the required purification of the air cleaning unit is V_air, then the air cleaning unit Basis purification working time T_pciwork=V_air/V_pcispeed, wherein the air of the required purification of air cleaning unit Volume V_air determines that V_air is proportional to the space size V in space residing for air-conditioning according to the space size V in space residing for air-conditioning Relationship, i.e. V_air=cV, wherein c is proportionality coefficient, then the basis purification working time T_pciwork of the air cleaning unit It can be obtained according to formula (4)：
T_pciwork=cV/V_pcispeed (4)
In the aforementioned basis purification working time for obtaining the air cleaning unit, or obtain the air cleaning unit In the step of basis purification interval time, the realization method of the space size in space specifically includes where obtaining the air-conditioning：Root The first indoor environment when according to the air-conditioning the first temperature decline coefficient (under current operation mode) when operation, booting for the first time Temperature and the first difference of first object temperature, indoor environment temperature reach the first of the first object temperature and take and described The maximum cooling capacity or heating capacity of the unit interval of air-conditioning, the space size in space where determining the air-conditioning.
For example, setting first temperature decline coefficient of the air-conditioning for the first time under current operation mode when operation as ξ1, described First difference of the first indoor environment temperature and first object temperature when air-conditioning is run under current operation mode for the first time is Δ T1, indoor environment temperature reach the first of first object temperature and take as t1, the maximum cooling capacity of the unit interval of the air-conditioning Or heating capacity is P (t_max), unit is (W/h), then air-conditioning to indoor environment temperature when booting from when reaching first object temperature Refrigerating capacity or heating capacity P=P (t_max) * t1, then the space size V in space where air-conditioning can be obtained according to formula (5)：
V=P/ (△ T1* ξ1)=P (t_max) * t1/ (△ T1* ξ1) (5)
Based on any of the above-described embodiment, after indoor environment temperature reaches second target temperature, above-mentioned sky is just executed Control method.
Specifically, when air-conditioning opens (the case where non-first operation), air-conditioning is with maximum refrigerating operaton or maximum heating fortune Row is to second target temperature, and when indoor environment temperature reaches the second target temperature, the compressor of air-conditioning is with constant frequency Operation executes any of the above-described air conditioning control method at this time.
Fig. 3 is the structural schematic diagram of an embodiment of air conditioning control device provided by the invention.As shown in figure 3, the sky Adjust control device 100 include：Acquiring unit 110 and judging unit 120.
Acquiring unit 110 is used to obtain the of the first temperature changing speed that the air-conditioning is run for the first time and this operation Two temperature changing speeds；First temperature changing speed that judging unit 120 is used to be obtained according to the acquiring unit and the Two temperature changing speeds judge whether the air cleaning unit for needing to open the air-conditioning.
First temperature changing speed includes：Reach the from booting to indoor environment temperature when the air-conditioning is run for the first time The temperature changing speed of one target temperature；The second temperature pace of change includes：The air-conditioning this operation when from booting to Indoor environment temperature reaches the temperature changing speed of the second target temperature.
Specifically, the first temperature changing speed that the air-conditioning that the acquiring unit 110 obtains is run for the first time is air-conditioning First temperature changing speed run under current operation mode for the first time, for example, the air-conditioning current operation mode is system Chill formula then obtains first temperature changing speed that the air-conditioning is run in cooling mode for the first time.The acquiring unit 110, which obtain the first temperature changing speed that the air-conditioning is run for the first time, can specifically include：When obtaining the air-conditioning and running for the first time The first temperature decline coefficient, booting when the first indoor environment temperature and first object temperature the first difference and indoor environment What temperature reached the first object temperature first takes, that is, obtain that the air-conditioning runs under current operation mode for the first time the The first difference and indoor environment temperature of the first indoor environment temperature and first object temperature when one temperature decline coefficient, booting Reach the first object temperature first takes；According to first temperature decline coefficient, first difference and described One takes, and determines the first temperature changing speed of the air-conditioning.
The acquiring unit 110 obtains first temperature decline coefficient, including：It is first (current according to the air-conditioning Under operating mode) operation when the first absolute difference of the first outdoor environment temperature and the first object temperature determine described the One temperature decline coefficient.In a specific embodiment, the acquiring unit 110 obtains preconfigured outdoor environment temperature With the absolute difference of target temperature and the mapping table of temperature decline coefficient or correspondence curve, according to the correspondence Table or correspondence curve determine the first temperature decline coefficient of first (under the current operation mode) operation of air-conditioning, wherein institute State the first outdoor environment temperature and the first object temperature more big first temperature decline coefficient of the first absolute difference more Greatly.
If the first indoor environment temperature when the air-conditioning is run under current operation mode for the first time and first object temperature The first difference be Δ T1, indoor environment temperature reaches the first of first object temperature and takes as t1, and the air-conditioning is being worked as the first time The first temperature decline coefficient when being run under preceding operating mode is ξ1, then the first temperature changing speed T_change1 of air-conditioning can It is obtained according to formula (1)：
T_change1=Δ T1/t1* ξ1 (1)
The acquiring unit 110 obtain the air-conditioning this operation second temperature pace of change can specifically include：It obtains Take second temperature attenuation coefficient when this operation of the air-conditioning, the second indoor environment temperature and the second target temperature when being switched on The second difference and indoor environment temperature reach second target temperature second take；Decayed according to the second temperature and is Several, described second difference and described second takes, and determines the second temperature pace of change of the air-conditioning.
The acquiring unit 110 obtains the second temperature attenuation coefficient, including：When according to this operation of the air-conditioning Second absolute difference of the second outdoor environment temperature and second target temperature determines the second temperature attenuation coefficient. In a kind of specific implementation mode, the absolute difference for obtaining preconfigured outdoor environment temperature and target temperature is with temperature damping Several mapping tables or correspondence curve determines that air-conditioning is run for the first time according to the mapping table or correspondence curve Second temperature attenuation coefficient under current operation mode, wherein second outdoor environment temperature and the second target temperature The more big second temperature attenuation coefficient of the second absolute difference of degree is bigger.
If the second difference of the second indoor environment temperature and the second target temperature when this operation of the air-conditioning is Δ T2, Indoor environment temperature reaches the second of the second target temperature and takes as t2, second temperature decaying system when this operation of the air-conditioning Number is ξ2, then the first temperature changing speed T_change2 of air-conditioning can be obtained according to formula (2)：
T_change2=Δ T2/t2* ξ2 (2)
The judging unit 120 judges whether to need according to first temperature changing speed and second temperature pace of change Open the air cleaning unit of the air-conditioning.
Specifically, when the second temperature pace of change is more than the first predetermined percentage of first temperature changing speed When, determine the air cleaning unit for needing to open the air-conditioning；When the second temperature pace of change is more than first temperature Second predetermined percentage of pace of change, and less than or equal to first temperature changing speed the first predetermined percentage when, really Surely the air cleaning unit of the air-conditioning need not be opened.For example, set the first predetermined percentage as 80%, the second predetermined percentage It is 60%, when second temperature pace of change T_change2 meets T_change2 ＞ T_change1*80%, determines and need to open Open the air cleaning unit of the air-conditioning；When second temperature pace of change T_change2 meets T_change1*60% ＜ T_ When change2≤T_change1*80%, indoor and outdoor air interaction in room is good where judging air-conditioning, and it is net need not to open air Makeup is set.
Optionally, the control device further includes：Reminding unit is less than or equal to for working as the second temperature pace of change When the second predetermined percentage of first temperature changing speed, the prompting for needing to close the doors and windows with ventilation equipment is sent out.For example, If the second predetermined percentage is 60%, when second temperature pace of change T_change2 meets T_change2≤T_change1* When 60%, the prompting for needing to close the doors and windows with ventilation equipment is issued the user with.
First predetermined percentage and/or second predetermined percentage are true according to the current operational mode of the air-conditioning Fixed, the operational mode includes：Sleep pattern and/or general mode.For example, if the current operational mode of air-conditioning is general mode When, can first predetermined percentage and/or second predetermined percentage be set according to the example above；If air-conditioning is current When operational mode is sleep pattern, if the first predetermined percentage is 80%, the second predetermined percentage is 70%, then works as second temperature When pace of change T_change2 meets T_change2 ＞ T_change1*80%, determination needs the air for opening the air-conditioning net Makeup is set；When second temperature pace of change T_change2 meets T_change2≤T_change1*70%, issue the user with Need the prompting closed the doors and windows with ventilation equipment；When second temperature pace of change T_change2 meets T_change1*70% ＜ When T_change2≤T_change1*80%, indoor and outdoor air interaction in room is good where judging air-conditioning, need not open air Purifier.
Fig. 4 is the structural schematic diagram of another embodiment of air conditioning control device provided by the invention.As shown in figure 4, described Air conditioning control device 100 further includes：Determination unit 130, for needing to open the air-conditioning when the determination of the judging unit 120 When air cleaning unit, the air cleaning unit current purification working time and/or purification interval time are determined.
The determination unit 130 can obtain the basis purification interval time of the air cleaning unit, according to the base Plinth purification interval time determines the air cleaning unit current purification interval time.
In a specific embodiment, the determination unit 130 purifies interval time, described first according to the basis Temperature changing speed and second pace of change determine the air cleaning unit current purification interval time.
Specifically, the determination unit 130 purifies interval time and the second temperature pace of change according to the basis Residing percentage-proportion interval, determines the air at least one preset percentage section of first temperature changing speed Purifier current purification interval time.Wherein, the current purge interval time of the air cleaning unit is equal to described the The basis purification interval time of the corresponding preset multiple times in the preset percentage section residing for one temperature changing speed.
For example, the basis for setting the air cleaning unit purifies interval time as T_pciinter, the first temperature change is fast Degree is T_change1, second temperature pace of change is T_change2, if at least one preset percentage section includes two A percentage-proportion interval, respectively (80%, 90%] and (90%, 100%], if when the first temperature changing speed is in second temperature Pace of change (80%, 90%] section when, the determination unit 130 determine the current Clean room of the air cleaning unit every Time is 2 times of second temperature pace of change, when the first temperature changing speed be in second temperature pace of change (90%, 100%] determination unit 130 determines that the air cleaning unit current purification interval time becomes for second temperature when section Change speed 1 times, that is, when T_change1*80% ＜ T_change2≤T_change1*90%, the air cleaning unit is worked as Preceding purification interval time is 2*t_pciinter；When T_change1*90% ＜ T_change2≤T_change1*100%, The air cleaning unit current purification interval time is t_pciinter.
Wherein, at least one preset percentage section and its corresponding preset multiple, work as according to the air-conditioning Preceding operational mode determines that the operational mode includes：Sleep pattern and/or general mode.If for example, the operation that air-conditioning is current When pattern is general mode, the setting of percentage-proportion interval can be carried out according to the example above；If the current operational mode of air-conditioning is When sleep pattern, if at least one preset percentage section includes two percentage-proportion intervals, respectively (80%, 90%] and (90%, 100%], if when the first temperature changing speed be in second temperature pace of change (80%, 90%] section when, determination The air cleaning unit current purification interval time is 1.5 times of second temperature pace of change, when the first temperature change speed Degree in second temperature pace of change (90%, 100%] section when determine the current Clean room of the air cleaning unit every Time is 0.8 times of second temperature pace of change, that is, when T_change1*80% ＜ T_change2≤T_change1*90%, The air cleaning unit current purification interval time is 1.5*t_pciinter；T_change1*90% ＜ T_change2 When≤T_change1*100%, the air cleaning unit current purification interval time is 0.8*t_pciinter.
In another embodiment specific implementation mode, the determination unit 130 purifies interval time and described according to the basis The current number of users of air-conditioning determines the air cleaning unit current purification interval time.
For example, the current purification interval time t2_pciinter of the air cleaning unit can be obtained according to formula (3)：
T2_pciinter=(n-1)/a*t_pciinter (3)
Wherein t_pciinter is the basis purification interval time of air purifier, and n is the current user of the air-conditioning Number, a are according to the preconfigured parameter of empirical data.
In above two specific implementation mode, the basis that the determination unit 130 obtains the air cleaning unit is net Change interval time specifically includes：Obtain setting air quality threshold and preconfigured air quality change curve；According to described Setting air quality threshold and the air quality change curve, determine the basic Clean room of the air cleaning unit every when Between.
The air quality change curve is the air quality according to the air of the preconfigured unit volume of empirical data The curve changed over time, the setting air quality threshold need required when unlatching air cleaning unit reach to be preset Therefore the air quality numerical value arrived can be determined according to the air quality change curve when air purifier does not work, institute The air quality in space reaches the time needed for setting air quality threshold, i.e., the basis of the described air purifier where stating air-conditioning Purify interval time.
The determination unit 130 determines the air cleaning unit current purification working time, may include following two Kind realization method：
(1) air cleaning unit of the user setting current purification working time is received.
User can be arranged empty by the control client (cell phone application) of air-conditioning remote control, Air-Conditioning Control Panel and air-conditioning The air purifying apparatus current purification working time.
(2) the basis purification working time for obtaining the air cleaning unit, using as the purification working time.
The basis purification working time for obtaining the air cleaning unit specifically includes：Space where obtaining the air-conditioning The purification rate of space size and the air cleaning unit；It is determined according to the ratio of the space size and the purification rate The basis purification working time of the air cleaning unit.
If the purification rate of the air cleaning unit be V_pcispeed (unit interval purification volume of air, such as Unit is m3/ min), the volume of air of the required purification of the air cleaning unit is V_air, then the air cleaning unit Basis purification working time T_pciwork=V_air/V_pcispeed, wherein the air of the required purification of air cleaning unit Volume V_air determines that V_air is proportional to the space size V in space residing for air-conditioning according to the space size V in space residing for air-conditioning Relationship, i.e. V_air=cV, wherein c is proportionality coefficient, then the basis purification working time T_pciwork of the air cleaning unit It can be obtained according to formula (4)：
T_pciwork=cV/V_pcispeed (4)
In the aforementioned basis purification working time for obtaining the air cleaning unit, or obtain the air cleaning unit In the step of basis purification interval time, the realization method of the space size in space specifically includes where obtaining the air-conditioning：Root The first indoor environment when according to the air-conditioning the first temperature decline coefficient (under current operation mode) when operation, booting for the first time Temperature and the first difference of first object temperature, indoor environment temperature reach the first of the first object temperature and take and described The maximum cooling capacity or heating capacity of the unit interval of air-conditioning, the space size in space where determining the air-conditioning.
For example, setting first temperature decline coefficient of the air-conditioning for the first time under current operation mode when operation as ξ1, described First difference of the first indoor environment temperature and first object temperature when air-conditioning is run under current operation mode for the first time is Δ T1, indoor environment temperature reach the first of first object temperature and take as t1, the maximum cooling capacity of the unit interval of the air-conditioning Or heating capacity is P (t_max), unit is (W/h), then air-conditioning to indoor environment temperature when booting from when reaching first object temperature Refrigerating capacity or heating capacity P=P (t_max) * t1, then the space size V in space where air-conditioning can be obtained according to formula (5)：
V=P/ (△ T1* ξ1)=P (t_max) * t1/ (△ T1* ξ1) (5)
Based on any of the above-described embodiment, after indoor environment temperature reaches second target temperature, the airconditioning control Device just executes performed function.
Specifically, when air-conditioning opens (the case where non-first operation), air-conditioning is with maximum refrigerating operaton or maximum heating fortune Row is to second target temperature, and when indoor environment temperature reaches the second target temperature, the compressor of air-conditioning is with constant frequency It runs, the air conditioning control device executes any of the above-described embodiment described function at this time.
The present invention also provides a kind of computer readable storage mediums corresponding to the air conditioning control method, are stored thereon with Computer program, the step of aforementioned any the method is realized when described program is executed by processor.
The present invention also provides a kind of air-conditioning corresponding to the air conditioning control method, including processor, memory and deposit The computer program that can be run on a processor on a memory is stored up, the processor is realized aforementioned any when executing described program The step of the method.
The present invention also provides a kind of air-conditionings corresponding to the air conditioning control device, including aforementioned any air-conditioning control Device processed.
Accordingly, scheme provided by the invention runs the temperature changing speed for reaching target temperature and this according to air-conditioning for the first time Secondary operation reaches indoor and outdoor air interaction scenario residing for the temperature changing speed automatic discrimination air-conditioning of target temperature, to judge Whether air cleaning unit is opened；And operating parameter when can for the first time be run according to air-conditioning determines space size where air-conditioning, with Determine that air cleaning unit carries out place space the working time of air purification according to the space size, and according to air Mass-change curve and setting air quality threshold determine the purification interval time of air cleaning unit, increase air without additional Quality testing hardware module so that air conditioner use environment air quality higher can improve indoor air quality, realize section Energy, comfortable, health indoor environment, reduce the generation of respiratory disorder.
Function described herein can hardware, by processor execute software, firmware or any combination thereof in implement. If implemented in the software executed by processor, computer can be stored in using function as one or more instructions or codes It is transmitted on readable media or via computer-readable media.Other examples and embodiment are wanted in the present invention and appended right It asks in the scope and spirit of book.For example, be attributed to the property of software, function described above can be used by processor, Hardware, firmware, hardwired appoint the software implementation that the combination of whichever executes in these.In addition, each functional unit can integrate Can also be that each unit physically exists alone in a processing unit, can also two or more units be integrated in In one unit.
In several embodiments provided herein, it should be understood that disclosed technology contents can pass through others Mode is realized.Wherein, the apparatus embodiments described above are merely exemplary, for example, the unit division, Ke Yiwei A kind of division of logic function, formula that in actual implementation, there may be another division manner, such as multiple units or component can combine or Person is desirably integrated into another system, or some features can be ignored or not executed.Another point, shown or discussed is mutual Between coupling, direct-coupling or communication connection can be INDIRECT COUPLING or communication link by some interfaces, unit or module It connects, can be electrical or other forms.
The unit illustrated as separating component may or may not be physically separated, and be filled as control The component set may or may not be physical unit, you can be located at a place, or may be distributed over multiple On unit.Some or all of unit therein can be selected according to the actual needs to achieve the purpose of the solution of this embodiment.
If the integrated unit is realized in the form of SFU software functional unit and sells or use as independent product When, it can be stored in a computer read/write memory medium.Based on this understanding, technical scheme of the present invention is substantially The all or part of the part that contributes to existing technology or the technical solution can be in the form of software products in other words It embodies, which is stored in a storage medium, including some instructions are used so that a computer Equipment (can be personal computer, server or network equipment etc.) execute each embodiment the method for the present invention whole or Part steps.And storage medium above-mentioned includes：USB flash disk, read-only memory (ROM, Read-Only Memory), arbitrary access are deposited Reservoir (RAM, Random Access Memory), mobile hard disk, magnetic disc or CD etc. are various can to store program code Medium.
Example the above is only the implementation of the present invention is not intended to restrict the invention, for those skilled in the art For member, the invention may be variously modified and varied.Any modification made by all within the spirits and principles of the present invention, Equivalent replacement, improvement etc., should be included within scope of the presently claimed invention.

Claims (23)

1. a kind of air conditioning control method, which is characterized in that including：
Obtain the second temperature pace of change of the first temperature changing speed and this operation that the air-conditioning is run for the first time；
According to first temperature changing speed and second temperature pace of change, judge whether the air for needing to open the air-conditioning Purifier.
2. according to the method described in claim 1, it is characterized in that,
The first temperature changing speed that the air-conditioning is run for the first time is obtained, including：
Obtain the first temperature decline coefficient when the air-conditioning is run for the first time, the first indoor environment temperature and the first mesh when being switched on It marks the first difference of temperature and indoor environment temperature reaches the first of the first object temperature and takes；
It is taken according to first temperature decline coefficient, first difference and described first, determines the first temperature of the air-conditioning Spend pace of change；
And/or
The second temperature pace of change of this operation of the air-conditioning is obtained, including：
Obtain the air-conditioning this operation when second temperature attenuation coefficient, booting when the second indoor environment temperature and the second mesh It marks the second difference of temperature and indoor environment temperature reaches the second of second target temperature and takes；
It is taken according to the second temperature attenuation coefficient, second difference and described second, determines the second temperature of the air-conditioning Spend pace of change.
3. according to the method described in claim 2, it is characterized in that,
First temperature decline coefficient is obtained, including：The first outdoor environment temperature when being run for the first time according to the air-conditioning with First absolute difference of the first object temperature determines first temperature decline coefficient,
And/or
The second temperature attenuation coefficient is obtained, including：According to the air-conditioning this operation when the second outdoor environment temperature with Second absolute difference of second target temperature determines the second temperature attenuation coefficient.
4. according to claim 1-3 any one of them methods, which is characterized in that according to first temperature changing speed and Two temperature changing speeds judge whether the air cleaning unit for needing to open the air-conditioning, including：
When the second temperature pace of change is more than the first predetermined percentage of first temperature changing speed, determines and need Open the air cleaning unit of the air-conditioning；
And/or
When second predetermined percentage of the second temperature pace of change more than first temperature changing speed, and it is less than or equal to When the first predetermined percentage of first temperature changing speed, determination need not open the air cleaning unit of the air-conditioning；
Wherein, first predetermined percentage and/or second predetermined percentage are according to the current operational mode of the air-conditioning It determines；The operational mode includes：Sleep pattern and/or general mode.
5. according to the method described in claim 4, it is characterized in that, further including：
When the second temperature pace of change is less than or equal to the second predetermined percentage of first temperature changing speed, send out Need the prompting closed the doors and windows with ventilation equipment.
6. method according to claim 4 or 5, which is characterized in that when the determining air purification for needing to open the air-conditioning When device, further include：
Determine the air cleaning unit current purification working time and/or purification interval time.
7. according to the method described in claim 6, it is characterized in that,
Determine the air cleaning unit current purification working time, including：
Receive the air cleaning unit of the user setting current purification working time；
And/or
The basis purification working time for obtaining the air cleaning unit, as the purification working time；
And/or
Determine the air cleaning unit current purification interval time, including：
Obtain the basis purification interval time of the air cleaning unit；
Interval time, first temperature changing speed and second pace of change, which are purified, according to the basis determines the sky Air purifying apparatus current purification interval time；And/or purify that interval time and the air-conditioning are current to be made according to the basis With number, the air cleaning unit current purification interval time is determined.
8. the method according to the description of claim 7 is characterized in that
The basis purification working time of the air cleaning unit is obtained, including：
The purification rate of the space size and the air cleaning unit in space where obtaining the air-conditioning；
When determining the basis purification work of the air cleaning unit according to the ratio of the space size and the purification rate Between；
And/or
The basis purification interval time of the air cleaning unit is obtained, including：
Obtain setting air quality threshold and preconfigured air quality change curve；
According to the setting air quality threshold and the air quality change curve, the basis of the air cleaning unit is determined Purify interval time；
And/or
Interval time, first temperature changing speed and second pace of change, which are purified, according to the basis determines the sky Air purifying apparatus current purification interval time, including：
According to the basis purify interval time and the second temperature pace of change first temperature changing speed extremely Residing percentage-proportion interval in a few preset percentage section, determine the current Clean room of the air cleaning unit every when Between；
Wherein, the current purge interval time of the air cleaning unit is equal to described residing for first temperature changing speed The basis purification interval time of the corresponding preset multiple times in preset percentage section；At least one preset percentage area Between and its corresponding preset multiple determine that the operational mode includes according to the current operational mode of the air-conditioning：Sleep Pattern and/or general mode.
9. according to the method described in claim 8, it is characterized in that, obtain the space size in space where the air-conditioning, including：
The first indoor environment temperature and the first mesh when the first temperature decline coefficient when being run for the first time according to the air-conditioning, booting When first difference of mark temperature, indoor environment temperature reach the unit of the first time-consuming and described air-conditioning of the first object temperature Between maximum cooling capacity or heating capacity, the space size in space where determining the air-conditioning.
10. according to claim 1-9 any one of them methods, which is characterized in that
After indoor environment temperature reaches second target temperature, the air conditioning control method is just executed.
11. a kind of air conditioning control device, which is characterized in that including：
Acquiring unit, the second temperature for obtaining the first temperature changing speed and this operation that the air-conditioning is run for the first time Pace of change；
Judging unit, first temperature changing speed and second temperature for being obtained according to the acquiring unit change speed Degree, judges whether the air cleaning unit for needing to open the air-conditioning.
12. according to the devices described in claim 11, which is characterized in that
The acquiring unit obtains the first temperature changing speed that the air-conditioning is run for the first time, including：
Obtain the first temperature decline coefficient when the air-conditioning is run for the first time, the first indoor environment temperature and the first mesh when being switched on It marks the first difference of temperature and indoor environment temperature reaches the first of the first object temperature and takes；
It is taken according to first temperature decline coefficient, first difference and described first, determines the first temperature of the air-conditioning Spend pace of change；
And/or
The acquiring unit obtains the second temperature pace of change of this operation of the air-conditioning, including：
Obtain the air-conditioning this operation when second temperature attenuation coefficient, booting when the second indoor environment temperature and the second mesh It marks the second difference of temperature and indoor environment temperature reaches the second of second target temperature and takes；
It is taken according to the second temperature attenuation coefficient, second difference and described second, determines the second temperature of the air-conditioning Spend pace of change.
13. device according to claim 12, which is characterized in that
The acquiring unit obtains first temperature decline coefficient, including：The first Room when being run for the first time according to the air-conditioning First absolute difference of external environment temperature and the first object temperature determines first temperature decline coefficient,
And/or
The acquiring unit, obtaining the second temperature attenuation coefficient includes, second Room when according to this operation of the air-conditioning Second absolute difference of external environment temperature and second target temperature determines the second temperature attenuation coefficient.
14. according to claim 11-13 any one of them devices, which is characterized in that the judging unit, according to described first Temperature changing speed and second temperature pace of change judge whether the air cleaning unit for needing to open the air-conditioning, including：
When the second temperature pace of change is more than the first predetermined percentage of first temperature changing speed, determines and need Open the air cleaning unit of the air-conditioning；
And/or
When second predetermined percentage of the second temperature pace of change more than first temperature changing speed, and it is less than or equal to When the first predetermined percentage of first temperature changing speed, determination need not open the air cleaning unit of the air-conditioning；
Wherein, first predetermined percentage and/or second predetermined percentage are according to the current operational mode of the air-conditioning It determines；The operational mode includes：Sleep pattern and/or general mode.
15. according to claim 11-14 any one of them devices, which is characterized in that further include：
Reminding unit, for making a reservation for when the second temperature pace of change is less than or equal to the second of first temperature changing speed When percentage, the prompting for needing to close the doors and windows with ventilation equipment is sent out.
16. device according to claim 15, which is characterized in that further include：Determination unit, for working as the judging unit When determination needs to open the air cleaning unit of the air-conditioning, the air cleaning unit current purification working time is determined And/or purification interval time.
17. device according to claim 16, which is characterized in that
The determination unit determines the air cleaning unit current purification working time, including：
Receive the air cleaning unit of the user setting current purification working time；
And/or
The basis purification working time for obtaining the air cleaning unit, as the purification working time；
And/or
The determination unit determines the air cleaning unit current purification interval time, including：
Obtain the basis purification interval time of the air cleaning unit；
Interval time, first temperature changing speed and second pace of change, which are purified, according to the basis determines the sky Air purifying apparatus current purification interval time；
And/or
According to the number of users that the basis purification interval time and the air-conditioning are current, determine that the air cleaning unit is current Purification interval time.
18. device according to claim 17, which is characterized in that
The determination unit obtains the basis purification working time of the air cleaning unit, including：
The purification rate of the space size and the air cleaning unit in space where obtaining the air-conditioning；
When determining the basis purification work of the air cleaning unit according to the ratio of the space size and the purification rate Between；
And/or
The determination unit obtains the basis purification interval time of the air cleaning unit, including：
Obtain setting air quality threshold and preconfigured air quality change curve；
According to the setting air quality threshold and the air quality change curve, the basis of the air cleaning unit is determined Purify interval time；
And/or
The determination unit purifies interval time, first temperature changing speed and second variation according to the basis Speed determines the air cleaning unit current purification interval time, including：
According to the basis purify interval time and the second temperature pace of change first temperature changing speed extremely Residing percentage-proportion interval in a few preset percentage section, determine the current Clean room of the air cleaning unit every when Between；
Wherein, the current purge interval time of the air cleaning unit is equal to described residing for first temperature changing speed The basis purification interval time of the corresponding preset multiple times in preset percentage section；At least one preset percentage area Between and its corresponding preset multiple determine that the operational mode includes according to the current operational mode of the air-conditioning：Sleep Pattern and/or general mode.
19. device according to claim 18, which is characterized in that the determination unit obtains space where the air-conditioning Space size, including：
The first indoor environment temperature and the first mesh when the first temperature decline coefficient when being run for the first time according to the air-conditioning, booting When first difference of mark temperature, indoor environment temperature reach the unit of the first time-consuming and described air-conditioning of the first object temperature Between maximum cooling capacity or heating capacity, the space size in space where determining the air-conditioning.
20. according to claim 11-19 any one of them devices, which is characterized in that
After indoor environment temperature reaches second target temperature, the air conditioning control device executes performed function.
21. a kind of computer readable storage medium, which is characterized in that be stored thereon with computer program, described program is handled The step of claim 1-10 any the method is realized when device executes.
22. a kind of air-conditioning, which is characterized in that can be transported on a processor on a memory including processor, memory and storage The step of capable computer program, the processor realizes claim 1-10 any the methods when executing described program.
23. a kind of air-conditioning, which is characterized in that include the air conditioning control device as described in claim 11-20 is any.
CN201810008387.3A 2018-01-04 2018-01-04 Air conditioner control method and device, storage medium and air conditioner Active CN108278732B (en)

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CN109291947A (en) * 2018-12-26 2019-02-01 新誉轨道交通科技有限公司 A kind of control method of refrigeration system, device, equipment and readable storage medium storing program for executing
CN109305184A (en) * 2018-12-28 2019-02-05 新誉轨道交通科技有限公司 A kind of method for regulating temperature, system and the readable storage medium storing program for executing of rail traffic air-conditioning
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