CN104729011A

CN104729011A - Air conditioner controller and air conditioner control method

Info

Publication number: CN104729011A
Application number: CN201310728775.6A
Authority: CN
Inventors: 杨都; 金国华; 吴贵; 肖焕明; 叶铁英; 吴兴初; 贺小林
Original assignee: Gree Electric Appliances Inc of Zhuhai
Current assignee: Gree Electric Appliances Inc of Zhuhai
Priority date: 2013-12-24
Filing date: 2013-12-24
Publication date: 2015-06-24
Anticipated expiration: 2033-12-24
Also published as: CN104729011B

Abstract

The invention discloses an air conditioner controller and an air conditioner control method. The air conditioner control method comprises the following steps: acquiring an identifier of a target air conditioner, wherein the target air conditioner is an air conditioner to be controlled, the number of the air conditioners is one or more, and the air conditioner corresponding to the identifier is searched through the identifier of the target air conditioner; acquiring preset control parameters corresponding to the identification; and controlling the searched air conditioner by adopting the control parameters. By the method and the device, the effect of controlling the mode of the air conditioner to adapt to the operation and use place based on the identification of the air conditioner is achieved.

Description

Controller of air conditioner and air-conditioner control method

Technical field

The present invention relates to air-conditioner field, in particular to a kind of controller of air conditioner and air-conditioner control method.

Background technology

At present, in the related, major part controller cannot mark IP according to field of employment to air-conditioner, and although minority controller can mark IP according to field of employment to air-conditioner, but the air-conditioner IP of mark is only for the convenient field of employment identifying air-conditioner, that is, air-conditioner IP is only for showing the corresponding relation of field of employment and air-conditioner.

The state needed is run because controller of air conditioner cannot control air-conditioner according to air-conditioner IP, if therefore user's using air-condition device, it needs each to air-conditioner open and close machine, and manually setting need operational mode, wind speed, temperature, sweep the wind parameter such as whether.

Such controller of air conditioner intelligence degree is not strong, fundamentally can not reduce the manually operated number of times of user, and then have impact on Consumer's Experience, reduce the market competitiveness.

Cannot control according to air-conditioner IP the problem that air-conditioner runs the state needed for controller of air conditioner in correlation technique, not yet propose effective solution at present.

Summary of the invention

Main purpose of the present invention is to provide a kind of controller of air conditioner and air-conditioner control method, cannot control the problem that air-conditioner runs the state needed to solve controller of air conditioner in correlation technique according to air-conditioner IP.

To achieve these goals, according to an aspect of the present invention, a kind of air-conditioner control method is provided.This air-conditioner control method comprises: the mark obtaining target air-conditioner, and wherein, target air-conditioner is the air-conditioner needing to control; By the air-conditioner that the identifier lookup of target air-conditioner is corresponding with mark; Obtain the controling parameters corresponding with mark pre-set; And adopt controling parameters to control the air-conditioner found.

Further, adopt controling parameters to carry out control to the air-conditioner found to comprise: the operational factor obtaining an air-conditioner at interval of preset time period; Based on operational factor, default operational factor is optimized, the default operational factor be optimized; And adopt controling parameters to control the default operational factor of the air-conditioner running optimizatin found.

Further, based on operational factor, default operational factor is being optimized, after the default operational factor be optimized, air-conditioner control method also comprises: the mark of default operational factor to the air-conditioner found according to optimizing is modified, and obtains amended mark; Wherein, modifying according to the mark of default operational factor to the air-conditioner found optimized, after obtaining amended mark, if searched the air-conditioner found, then search based on amended mark.

Further, adopt controling parameters to carry out the first control to the air-conditioner found, after employing controling parameters carries out the first control to the air-conditioner found, air-conditioner control method also comprises: detect the operational factor whether having user to set; And if the operational factor that user sets detected, according to the controling parameters corresponding with the operational factor that user sets, the second control is carried out to air-conditioner.

Further, after detecting the operational factor whether having user to set, air-conditioner control method also comprises: the operational factor obtaining user's setting; And based on the operational factor of user's setting, default operational factor is optimized, the default operational factor be optimized, wherein, in the operational factor set based on user, default operational factor is optimized, after the default operational factor be optimized, the controling parameters corresponding with the operational factor that user sets is adopted to control the default operational factor of the air-conditioner running optimizatin found.

Further, after the mark obtaining target air-conditioner, air-conditioner control method also comprises: the mark in the mark of target air-conditioner and the presets list contrasted, obtain comparing result; According to the mark of comparing result modifying target air-conditioner, obtain the mark of amended target air-conditioner; The air-conditioner corresponding with mark by the identifier lookup of target air-conditioner comprises: identify corresponding air-conditioner by the identifier lookup of amended target air-conditioner with amended, obtain the controling parameters corresponding with mark pre-set to comprise: obtain the controling parameters corresponding with the mark of amended target air-conditioner pre-set, adopt controling parameters to carry out control to the air-conditioner found and comprise: adopt the controling parameters corresponding with the mark of amended target air-conditioner pre-set to controlling with the corresponding air-conditioner of amended mark of finding.

Further, the mark in the mark of target air-conditioner and the presets list contrasted, after obtaining comparing result, air-conditioner control method also comprises: the mark of adding target air-conditioner according to comparing result, obtains the mark of the target air-conditioner added, add the default operational factor corresponding with the mark of the target air-conditioner added according to comparing result, obtain the default operational factor of adding, the air-conditioner corresponding with mark by the identifier lookup of target air-conditioner comprises: by the air-conditioner that the identifier lookup of the target air-conditioner added is corresponding with the mark of interpolation, obtain the controling parameters corresponding with mark pre-set to comprise: obtain the controling parameters corresponding with the mark of the target air-conditioner added pre-set, controling parameters is adopted to carry out control to the air-conditioner found and comprise: what adopt the controling parameters corresponding with the mark of the target air-conditioner added pre-set to control to find runs the default operational factor of adding with the corresponding air-conditioner of mark of interpolation.

To achieve these goals, according to a further aspect in the invention, a kind of controller of air conditioner is provided.This controller of air conditioner comprises: air-conditioner comprises one or more, the first acquiring unit, and for obtaining the mark of target air-conditioner, wherein, target air-conditioner is the air-conditioner needing to control; Search unit, for the air-conditioner that the identifier lookup by target air-conditioner is corresponding with mark; Second acquisition unit, for obtaining the controling parameters corresponding with mark pre-set; And control unit, for adopting controling parameters, the air-conditioner found is controlled.

Further, control unit comprises: acquisition module, for obtaining the operational factor of an air-conditioner at interval of preset time period; Optimize module, for being optimized default operational factor based on operational factor, the default operational factor be optimized; And first control module, for the default operational factor adopting controling parameters to control the air-conditioner running optimizatin found.

Further, controller of air conditioner also comprises: first optimizes unit, for being optimized default operational factor based on operational factor, after the default operational factor be optimized, the mark of default operational factor to the air-conditioner found according to optimizing is modified, and obtains amended mark; Wherein, modifying according to the mark of default operational factor to the air-conditioner found optimized, after obtaining amended mark, if search unit also for searching the air-conditioner found, then search based on amended mark.

Further, control unit comprises the second control module and the 3rd control module, second control module carries out the first control for adopting controling parameters to the air-conditioner found, controller of air conditioner also comprises: detecting unit, after the first control being carried out to the air-conditioner found at employing controling parameters, detect the operational factor whether having user to set; And if the 3rd control module is used for the operational factor that user sets being detected, and carries out the second control according to the controling parameters corresponding with the operational factor that user sets to air-conditioner.

Further, controller of air conditioner also comprises: the 3rd acquiring unit, for after detecting the operational factor whether having user to set, obtains the operational factor of user's setting; And second optimizes unit, operational factor for setting based on user is optimized default operational factor, the default operational factor be optimized, wherein, control unit is also for being optimized default operational factor in the operational factor set based on user, after the default operational factor be optimized, the controling parameters corresponding with the operational factor that user sets is adopted to control the default operational factor of the air-conditioner running optimizatin found.

Further, controller of air conditioner also comprises: contrast unit, for after the mark obtaining target air-conditioner, contrasts the mark in the mark of target air-conditioner and the presets list, obtain comparing result; Amendment unit, for the mark according to comparing result modifying target air-conditioner, obtains the mark of amended target air-conditioner; Search unit and also identify corresponding air-conditioner for the identifier lookup by amended target air-conditioner with amended, second acquisition unit is also for obtaining the controling parameters corresponding with the mark of amended target air-conditioner pre-set, and control unit is also for adopting the controling parameters corresponding with the mark of amended target air-conditioner pre-set to controlling with the corresponding air-conditioner of amended mark of finding.

Further, controller of air conditioner also comprises: the first adding device, for the mark in the mark of target air-conditioner and the presets list being contrasted, after obtaining comparing result, add the mark of target air-conditioner according to comparing result, obtain the mark of the target air-conditioner added, second adding device, for adding the default operational factor corresponding with the mark of the target air-conditioner added according to comparing result, obtain the default operational factor of adding, search unit also for air-conditioner that the identifier lookup of target air-conditioner by adding is corresponding with the mark of interpolation, second acquisition unit is also for obtaining the controling parameters corresponding with the mark of the target air-conditioner added pre-set, control unit also runs the default operational factor of adding for what adopt the controling parameters corresponding with the mark of target air-conditioner of adding pre-set to control to find with the corresponding air-conditioner of mark of interpolation.

By the present invention, adopt the mark obtaining target air-conditioner, wherein, target air-conditioner is the air-conditioner needing to control, and air-conditioner comprises one or more; By the air-conditioner that the identifier lookup of target air-conditioner is corresponding with mark; Obtain the controling parameters corresponding with mark pre-set; And adopt controling parameters to control the air-conditioner found, solve controller of air conditioner in correlation technique and cannot control the problem of the state that air-conditioner operation needs according to air-conditioner IP, and then reach the effect controlling the pattern that it runs and field of employment adapts based on air-conditioner mark.

Accompanying drawing explanation

The accompanying drawing forming a application's part is used to provide a further understanding of the present invention, and schematic description and description of the present invention, for explaining the present invention, does not form inappropriate limitation of the present invention.In the accompanying drawings:

Fig. 1 is the schematic diagram of the structure of controller of air conditioner according to a first embodiment of the present invention;

Fig. 2 be identify according to the air-conditioner of the embodiment of the present invention, the schematic diagram of the relation of controller controling parameters and air-conditioner operational factor;

Fig. 3 is the schematic diagram of the structure of controller of air conditioner according to a second embodiment of the present invention;

Fig. 4 is the schematic diagram of the structure of controller of air conditioner according to a third embodiment of the present invention;

Fig. 5 is the schematic diagram of the structure of controller of air conditioner according to a fourth embodiment of the present invention;

Fig. 6 is the flow chart of air-conditioner control method according to a first embodiment of the present invention;

Fig. 7 is the flow chart of air-conditioner control method according to a second embodiment of the present invention;

Fig. 8 is the flow chart of air-conditioner control method according to a third embodiment of the present invention; And

Fig. 9 is the flow chart of air-conditioner control method according to a fourth embodiment of the present invention.

Detailed description of the invention

It should be noted that, when not conflicting, the embodiment in the application and the feature in embodiment can combine mutually.Below with reference to the accompanying drawings and describe the present invention in detail in conjunction with the embodiments.

Better the present invention program is understood in order to make those skilled in the art, below in conjunction with the accompanying drawing in the embodiment of the present invention, to being clearly and completely described in the embodiment of the present invention, obviously, described embodiment is only the embodiment of a part of the present invention, instead of whole embodiments.Based on the embodiment in the present invention, the every other embodiment obtained under those of ordinary skill in the art do not make creative work prerequisite, all should belong to protection scope of the present invention.

It should be noted that, term " first ", " second " etc. in description of the present invention and claims and above-mentioned accompanying drawing are for distinguishing similar object, and need not be used for describing specific order or precedence.Should be appreciated that the data used like this can be exchanged in the appropriate case, so as embodiments of the invention described herein can with except here diagram or describe those except order implement.In addition, term " comprises " and " having " and their any distortion, and intention is to cover not exclusive comprising.

It should be noted that, the present invention can be applied to the air-conditioning equipments such as multi-gang air-conditioner device, domestic central air conditioner and vertical air conditioner.Preferably, it can be applied to the air-conditioning equipment with multi-gang air-conditioner device, domestic central air conditioner etc. with multiple air-conditioner extension set.Like this, multiple air-conditioner can be controlled and run the pattern adapted with field of employment respectively.

According to embodiments of the invention, provide a kind of controller of air conditioner, this controller of air conditioner is used for controlling air-conditioner based on air-conditioner mark and runs the pattern adapted with field of employment.

Fig. 1 is the schematic diagram of the structure of controller of air conditioner according to a first embodiment of the present invention.

As shown in Figure 1, this controller of air conditioner comprises: the first acquiring unit 10, search unit 20, second acquisition unit 30 and control unit 40.

First acquiring unit 10 is for obtaining the mark of target air-conditioner, and wherein, target air-conditioner is the air-conditioner needing to control.

The mark obtaining target air-conditioner can be the mark obtaining one or more target air-conditioner, and air-conditioner can be multi-gang air-conditioner or be household central air conditioner.Air-conditioner can comprise one or more air-conditioning internal machine, and all air-conditioning internal machines can be stored in air-conditioning internal machine list, and the air-conditioning internal machine in this air-conditioning internal machine list may be displayed on the display screen of controller of air conditioner.The display screen of controller can be LCDs.

Air-conditioning internal machine in air-conditioning internal machine list all has the mark pre-set, this mark pre-set is relevant with the field of employment of air-conditioner, such as, an air-conditioner comprises 4 air-conditioning internal machines, it is separately positioned in parlor, restaurant, meeting room and office, then the mark of 4 air-conditioning internal machines can be respectively parlor, restaurant, meeting room and office.

It should be noted that, the mark of different air-conditioning internal machines can be identical, but the air-conditioning internal machine of different mark correspondences generally runs different operational factors, and namely different marks correspond to different operational factors, wherein, operational factor needs to adapt with the use occasion of air-conditioning internal machine.Like this.The operational factor that air-conditioning internal machine runs and use occasion adapts of the different fields of employment of air-conditioner can be controlled by the mark of air-conditioner, improve the intelligentized control method of air-conditioner, and then improve the Experience Degree of user.

Particularly, the mark of target air-conditioner can be obtained in the following manner:

Mode one, obtains the mark of target air-conditioner from the identification database preset.

Wherein, identification database may be used for storing all air-conditioner marks.Air-conditioner mark can be the title of air-conditioner field of employment, such as, and parlor, restaurant, meeting room, office etc.; Or air-conditioner mark can be the label with certain rule.Air-conditioner mark in identification database can be added, deleted, amendment etc.

Mode two, obtains the mark of the target air-conditioner of user's input.

User can pass through the mark of the character input modes input target air-conditioners such as key board, touch keyboard, touch-screen; And/or user can input the mark of target air-conditioner by phonetic entry mode; And/or user can by the mark of the body language input target air-conditioners such as gesture.

It should be noted that, the mark of user's input can be the mark prestored in identification database, may not be the mark prestored in identification database.If the mark of user's input is the mark prestored in identification database, then the mark of target air-conditioner can with the marking matched success prestored.If the mark of user's input is not the mark prestored in identification database, then the mark of target air-conditioner can not with the marking matched success prestored.

Search unit 20 for by the identifier lookup of the target air-conditioner air-conditioner corresponding with mark.

Preferably, before the air-conditioner that the identifier lookup by target air-conditioner is corresponding with mark, the corresponding relation of air-conditioner mark and air-conditioner can be obtained.After getting air-conditioner mark and the corresponding relation of air-conditioner, can according to the corresponding relation obtained, and by the identifier lookup of target air-conditioner with identify corresponding air-conditioner.

It should be noted that, air-conditioner mark can preset with the corresponding relation of air-conditioner, and can be stored in the first relation list.

Second acquisition unit 30 is for obtaining the controling parameters corresponding with mark pre-set.

Preferably, before obtaining the controling parameters corresponding with mark pre-set, the corresponding relation of mark and controling parameters can be obtained.After the corresponding relation getting mark and controling parameters, according to the corresponding relation of mark with controling parameters, the controling parameters corresponding with the mark of target air-conditioner pre-set can be obtained.

Preferably, the controling parameters pre-set can be stored in controling parameters database.Controling parameters can be the parameter of control model, and such as, identify corresponding with air-conditioners such as parlor, restaurant, meeting room, offices, controling parameters can be parlor mode parameter, restaurant mode parameter, meeting room mode parameter, office's mode parameter etc.Different controling parameters can carry out different control to air-conditioner.

Control unit 40 controls the air-conditioner found for adopting controling parameters.

Preferably, before employing controling parameters controls the air-conditioner found, first the corresponding relation of controling parameters and operational factor can be obtained, then, corresponding operational factor can be found to the corresponding relation of operational factor according to controling parameters, then, the air-conditioner that controling parameters can be adopted to control to find runs and finds corresponding operational factor.Whether etc. operational factor can comprise the relevant parameter (temperature, wind speed, sweep wind) of operational mode, the on-off state and time parameter etc. of air-conditioning.

Such as, with parlor mode parameter, operational factor can be parlor cooling operation mode parameter, parlor cooling operation mode parameter, parlor air-supply operational mode parameter etc.

Wherein, operational factor can preset, and is stored in operational parameter data storehouse.The parameter that operational factor can comprise the on-off state of air-conditioner, the switching on and shutting down time of wind and air-conditioner etc. is swept in operational mode, design temperature, wind speed setting, setting.It should be noted that, above-mentioned parameter is not identical according to the difference of the mark of the air-conditioner of its correspondence.

Like this, because air-conditioner mark comprises the field of employment information of air-conditioner, therefore, the controling parameters corresponded is obtained according to air-conditioner mark, and control air-conditioner operation corresponding to the mark operational factor corresponding with controling parameters based on controling parameters, achieve the object according to air-conditioner mark intelligentized control method air-conditioner, reach and control based on air-conditioner mark the effect that it runs the pattern adapted with field of employment.

Particularly, air-conditioner, mark, controling parameters and operational factor are (to freeze, heat and blow similar with it, just optimum configurations is different) corresponding relation can (to be arranged on the air-conditioner in parlor, restaurant, meeting room, office) as shown in table 1, wherein, the relation of mark, controling parameters and operational factor is as shown in Figure 2:

Table 1

Such as, when obtain be designated " office " time, air-conditioner 4 can be searched by " office ", and can obtain pre-set controling parameters " environment temperature reaches preset value D or the available machine time reaches 10 minutes " adopt above-mentioned controling parameters can control air-conditioner 4 operate in " open state: wind blade horizontal blast; sweep air blade wide-angle and sweep wind, temperature setting D1; Stable state: wind blade is 10 degree of direction air-supplies upwards, sweep air blade Wide blowing angle, temperature setting D2 ".

After the corresponding controling parameters of selection, can judge according to indoor environment temperature, select running refrigerating or heat or the operational factor of air supply pattern.

Particularly, to select the controling parameters of parlor control model to be specifically addressed the present invention:

Wherein, the operation characteristic of the air-conditioner in parlor is fast cooling or heats up, and is set to the operation of low noise state.T ring represents environment temperature, and T1 represents the first preset temperature, and T2 represents the second preset temperature, and T1 is greater than T2.

After the controling parameters selecting parlor control model, air-conditioner enters the running status of parlor pattern, and runs the parameter preset of parlor pattern.Before the parameter preset running parlor pattern, preferably, can testing environment temperature T ring, and judge the relation of T ring and the first preset temperature T1 and the second preset temperature T2.Particularly, following three kinds of situations can be comprised:

Situation one, when T ring is more than or equal to T1, can controls air-conditioner and enter refrigeration mode, and running refrigerating mode parameter.

Wherein, in cooling mode, when air-conditioner is " open state pattern ", can controls wind blade horizontal direction and blow wind, sweep air blade and just dry, the superpower wind shelves of ventilation unit (air-conditioner comprises ventilation unit) run, and the first default room temperature is 25 DEG C; When air-conditioner is " steady operational status pattern ", can controls wind blade and upwards blow wind in 10 ° of directions, sweep air blade and just dry, the low wind shelves of ventilation unit run, and the second default room temperature is 27 DEG C.When environment temperature reaches the first default room temperature 25 DEG C or the air-conditioner available machine time reaches 10 minutes, air-conditioner can be controlled and proceeded to " steady operational status pattern " by " open state pattern ".

Situation two, when T ring is more than or equal to T2 and is less than T1, can control air-conditioner and enter air supply pattern, and run air supply pattern parameter.

Wherein, under air supply pattern, can control wind blade horizontal direction and blow wind, sweep air blade and just dry, the low wind shelves of ventilation unit run.

Situation three, when T ring is less than T2, can controls air-conditioner and enter heating mode, and run heating mode parameter.

Wherein, in a heating mode, when air-conditioner is " open state pattern ", can controls the downward 10 ° of directions of wind blade and blow wind, sweep air blade and just dry, the superpower wind shelves of ventilation unit (air-conditioner comprises ventilation unit) run, and the 3rd default room temperature is 21 DEG C; When air-conditioner is " steady operational status pattern ", can controls the downward 5 ° of directions of wind blade and blow wind, sweep air blade and just dry, ventilation unit apoplexy shelves run, and the 4th default room temperature is 19 DEG C.When environment temperature reaches the 3rd default room temperature 21 DEG C or the air-conditioner available machine time reaches 20 minutes, air-conditioner can be controlled and proceeded to " steady operational status pattern " by " open state pattern ".

It should be noted that, the control mode of the control model that other marks are corresponding is identical with the control mode of above-mentioned control model, and the difference of control model corresponding to different identification is that the default operational factor that it controls is different, this default operational factor is relevant with the environment that air-conditioner is arranged, and meets the feature of the environment that air-conditioner is arranged.

Like this, set its mark according to the environment for use of air-conditioner, and after air-conditioner start, air-conditioner can be controlled according to its mark and enter the preset running mode corresponding with this mark, therefore, air-conditioner can by running the state that best operational mode makes environment for use reach comfortable.

Fig. 3 is the schematic diagram of the structure of controller of air conditioner according to a second embodiment of the present invention.

As shown in Figure 3, this embodiment can as preferred embodiment embodiment illustrated in fig. 1, the controller of air conditioner of this embodiment comprise the first embodiment the first acquiring unit 10, search unit 20, second acquisition unit 30 and control unit 40, wherein, control unit 40 comprises acquisition module 401, optimizes module 402 and the first control module 403.

First acquiring unit 10, search unit 20 and the effect of second acquisition unit 30 and identical in the first embodiment, do not repeat them here.

Acquisition module 401 is for obtaining the operational factor of an air-conditioner at interval of preset time period.

Preset time period can be arbitrary, and such as, the time cycle can be 30 minutes.Time cycle can pass through timer sets, when timer reaches preset time period, obtains the operational factor of an air-conditioner.The operational factor of air-conditioner can comprise one or more.Such as, operational factor can be actual temperature T1 on the evaporimeter of air conditioner room unit and target temperature T, the running frequency P of cooler compressor and the wind speed V etc. of indoor set.

Optimize module 402 for being optimized default operational factor based on operational factor, the default operational factor be optimized.

Can relatively or to operational factor and default operational factor calculate, wherein, according to relatively or result of calculation optimization preset operational factor, and the default operational factor optimized is stored in operational parameter data storehouse, wherein, the operational factor optimized is corresponding with controling parameters, this controling parameters can be optimised before controling parameters corresponding to operational factor.

It should be noted that, relevant with actual operational factor with the computing rule that default operational factor calculates to operational factor, its operation rule of different operational factors is different.

Such as, can detect indoor environment temperature every preset time period T is T1, and the actual temperature on indoor machine evaporation is T2, and the preset temperature of evaporimeter is T, and wherein, the preset temperature T of evaporimeter is the environment temperature preset.The running frequency of preset compressor and the wind speed of indoor set can be optimized in the following manner:

Mode one, before reaching at indoor environment temperature the temperature preset (indoor refrigeration cool-down stage):

When T2 is greater than T, the running frequency of compressor can be improved, and/or reduce the wind speed of indoor set.

When T2 equals T, the running frequency of compressor can be kept constant, and/or keep the wind speed of indoor set constant.

When T2 is less than T, the running frequency of compressor can be reduced, and/or improve the wind speed of indoor set.

This optimal way is in order to control T2 and T value is identical, and can control the wind speed of indoor set due to this optimal way, makes more cold for refrigeration, reaches the effect of economize energy.

Mode two, after indoor environment temperature reaches the temperature preset (indoor temperature keeps the stage):

When T2 is more than or equal to T, the running frequency of compressor can be kept constant, and/or keep the wind speed of indoor set constant.

This optimal way is in order to control T2 is greater than or equal to T value, and can control the wind speed of indoor set due to this optimal way, makes more cold for refrigeration, reaches the effect of economize energy.In addition, the wind speed of indoor set can be optimized according to the humidity of room air, thus control the moisture removal of air-conditioner, make the humidity of indoor environment meet the requirement of user to comfort level.

It should be noted that, the running frequency after change and indoor set wind speed are the operational factor of optimization, the operational factor of this optimization can be stored in operational factor list, and control the operational factor of air-conditioner running optimizatin.It should be noted that, after service data optimization, controling parameters is corresponding with the service data optimized.In addition, the operational factor controlling air-conditioner running optimizatin can comprise instant control air-conditioner running optimizatin operational factor and after air-conditioner is restarted, according to the corresponding relation of controling parameters with the service data optimized, control the operational factor of air-conditioner running optimizatin.

The default operational factor of the first control module 403 for adopting controling parameters to control the air-conditioner running optimizatin found.

While obtaining default operational factor, controling parameters can be adopted to control the default operational factor of the above-mentioned air-conditioner running optimizatin found.The default operational factor of running optimizatin can save the energy of air-conditioner consumption.

Preferably, based on operational factor, default operational factor is being optimized, after the default operational factor be optimized, controller of air conditioner can also comprise the first optimization unit, first optimizes unit is used for modifying according to the mark of default operational factor to the air-conditioner found of optimization, obtains amended mark.

Particularly, default operational factor in the default operational factor that can contrast optimization and the operational factor list of establishing in advance, if there is the parameter equal or close with the default operational factor optimized in operational factor list, then can revise the mark of air-conditioner, and amended air-conditioner be designated mark corresponding with the equal or close parameter of default operational factor optimized in operational factor list.Search with the corresponding relation of controling parameters, mark the mark that default operational factor is corresponding with this according to default operational factor, or search with the corresponding relation of mark the mark that default operational factor is corresponding with this according to default operational factor, after finding corresponding mark, using the mark that finds as the mark corresponding with the default operational factor optimized.Such as, air-conditioner be designated parlor, after optimizing, its operational factor is similar with the default operational factor of the air-conditioner that is designated office, and therefore, that can revise air-conditioner is designated office.

Wherein, modifying, after obtaining amended mark, if will air-conditioner be searched, then based on amended identifier lookup air-conditioner according to the mark of default operational factor to the air-conditioner found optimized.

Like this, can modified logo be passed through, control air-conditioner and run operational factor corresponding to amended mark, reach the effect matched with the field of employment of user and use habit.

Fig. 4 is the schematic diagram of the structure of controller of air conditioner according to a third embodiment of the present invention.

As shown in Figure 4, this embodiment can as preferred embodiment embodiment illustrated in fig. 1, the controller of air conditioner of this embodiment except comprise the first embodiment the first acquiring unit 10, search except unit 20, second acquisition unit 30 and control unit 40, also comprise detecting unit 50, wherein, control unit 40 comprises the second control module 404 and the 3rd control module 405.

Second control module 404 carries out the first control for adopting controling parameters to the air-conditioner found.

First controls can be adopt the controling parameters corresponding with the mark of air-conditioner, to by the identifier lookup of this air-conditioner to the control carried out of air-conditioner.Such as, if air-conditioner be designated parlor, then first control can be the control of parlor pattern.

Detecting unit 50 is for detecting the operational factor whether having user to set.

The operational factor of user's setting can be the parameter inputted by key board, touch keyboard, touch-screen etc., and the operational factor of user's setting can comprise environment temperature, operational mode, operating air velocity, sweep the parameters such as wind state.Wherein, if the operational factor not having user to set detected, then run the parameter according to identifying the operational mode determined.

If the 3rd control module 405, for the operational factor that user sets being detected, carries out the second control according to the controling parameters corresponding with the operational factor that user sets to air-conditioner.

Such as, air-conditioner be designated parlor, identify according to this parlor, the operational factor that air-conditioner runs parlor pattern can be controlled, but after being through the operation of a period of time, the operational factor of office's pattern that user sets being detected, the second control can be carried out according to the controling parameters of office's pattern to air-conditioner, wherein, second to control as office's control model here.

Preferably, the operational factor that user sets can be stored in customer data base accordingly with the mark of air-conditioner.This customer data base, except storing the operational factor of user's setting, can also store the information such as environment temperature when user sets the time of operational factor and sets operational factor.

Preferably, after detecting the operational factor whether having user to set, this controller of air conditioner can also comprise: the 3rd acquiring unit and second optimizes unit.

3rd acquiring unit is for obtaining the operational factor of user's setting.

The operational factor of one or more of user setting can be obtained from customer data base, preferably, the operational factor of the up-to-date setting of user can be obtained.The quantity obtaining operational factor can be determined by computational methods, and computational methods can the operational mode corresponding according to the operational factor of user's setting be determined.

Second optimizes unit is used for being optimized default operational factor based on the operational factor of user's setting, the default operational factor be optimized.

Particularly, after the operational factor A1 obtaining user's setting, the operational mode that user sets can be determined, and the operational factor A2 that this operational mode that acquisition presets is corresponding, operational factor A1 and the operational factor A2 that presets is compared, computing, the operational factor A3 be optimized, preferably, the operational factor A3 of optimization can be stored in operational parameter data storehouse, and mark corresponding to the operational factor A3 of this optimization mark corresponding with operational factor A2 is identical.

Wherein, in the operational factor set based on user, default operational factor is optimized, after the default operational factor be optimized, the controling parameters corresponding with the operational factor that user sets is adopted to control the default operational factor of the air-conditioner running optimizatin found.

Fig. 5 is the schematic diagram of the structure of controller of air conditioner according to a fourth embodiment of the present invention.

As shown in Figure 5, this embodiment can as preferred embodiment embodiment illustrated in fig. 1, the controller of air conditioner of this embodiment except comprise the first embodiment the first acquiring unit 10, search except unit 20, second acquisition unit 30 and control unit 40, also comprise contrast unit 60 and amendment unit 70.

The effect of the first acquiring unit 10 and identical in the first embodiment, do not repeat them here.

Contrast unit 60, for the mark in the mark of target air-conditioner and the presets list being contrasted, obtains comparing result.

After the mark obtaining target air-conditioner, mark in this mark and the presets list can be contrasted, obtain comparing result, this comparing result can comprise: the mark of (1) target air-conditioner does not exist in the presets list, (2) mark of target air-conditioner exists in the presets list, and certain in the mark of (3) target air-conditioner and the presets list identifies similar.When the mark of target air-conditioner does not exist in the presets list, can report an error, and recommend the identification information that can revise or suggestion user in identification database, add new mark to user, and in controling parameters database and operational parameter data storehouse, add corresponding controling parameters and operational factor respectively.When the mark of target air-conditioner exists in the presets list, can not process.When certain in the mark and the presets list of target air-conditioner identifies similar, the identification information of amendment can be recommended to user.

Amendment unit 70, for the mark according to comparing result modifying target air-conditioner, obtains the mark of amended target air-conditioner.

Search unit 20 and identify corresponding air-conditioner for the identifier lookup by amended target air-conditioner with amended.

Second acquisition unit 30 is for obtaining the controling parameters corresponding with the mark of amended target air-conditioner pre-set.

Control unit 40 adopts the controling parameters corresponding with the mark of amended target air-conditioner pre-set to controlling with the corresponding air-conditioner of amended mark of finding for controlling.

Preferably, the mark in the mark of target air-conditioner and the presets list contrasted, after obtaining comparing result, controller of air conditioner can also comprise: the first adding device and the second adding device.

First adding device is used for the mark of adding target air-conditioner according to comparing result, obtains the mark of the target air-conditioner added.

Particularly, while the mark of adding target air-conditioner, corresponding controling parameters can be added in controling parameters database, and add corresponding operational factor in operational parameter data storehouse.

Second adding device is used for adding the default operational factor corresponding with the mark of the target air-conditioner added according to comparing result, obtains the default operational factor of adding.

Search unit 20 for the air-conditioner corresponding with the mark of interpolation of the identifier lookup of target air-conditioner by adding.

Second acquisition unit 30 is for obtaining the controling parameters corresponding with the mark of the target air-conditioner added pre-set.

Control unit 40 runs the default operational factor of adding for what adopt the controling parameters corresponding with the mark of target air-conditioner of adding pre-set to control to find with the corresponding air-conditioner of mark of interpolation.

According to embodiments of the invention, provide a kind of air-conditioner control method, this air-conditioner control method is used for controlling air-conditioner based on air-conditioner mark and runs the pattern adapted with field of employment.This air-conditioner control method may operate on computer-processing equipment.It should be noted that, the air-conditioner control method that the embodiment of the present invention provides can be performed by the controller of air conditioner of the embodiment of the present invention, and the controller of air conditioner of the embodiment of the present invention also may be used for the air-conditioner control method performing the embodiment of the present invention.

Fig. 6 is the flow chart of air-conditioner control method according to a first embodiment of the present invention.

As shown in Figure 6, this air-conditioner control method comprises following step S602 to step S608:

Step S602, obtains the mark of target air-conditioner, and wherein, target air-conditioner is the air-conditioner needing to control.

The mark obtaining target air-conditioner can be the mark obtaining one or more target air-conditioner, and air-conditioner can be that multi-gang air-conditioner obtains or is household central air conditioner.Air-conditioner can comprise one or more air-conditioning internal machine, and all air-conditioning internal machines can be stored in air-conditioning internal machine list, and the air-conditioning internal machine in this air-conditioning internal machine list may be displayed on the display screen of controller of air conditioner.The display screen of controller can be LCDs.

Mode two, obtains the mark of the target air-conditioner of user's input.

Step S604, by the air-conditioner that the identifier lookup of target air-conditioner is corresponding with mark.

Step S606, obtains the controling parameters corresponding with mark pre-set.

Step S608, adopts controling parameters to control the air-conditioner found.

Particularly, air-conditioner, mark, controling parameters and operational factor are (to freeze, heat and blow similar with it, just optimum configurations is different) corresponding relation can (to be arranged on the air-conditioner in parlor, restaurant, meeting room, office) as shown in table 1 wherein, the relation of mark, controling parameters and operational factor is as shown in Figure 2.

Fig. 7 is the flow chart of air-conditioner control method according to a second embodiment of the present invention.

As shown in Figure 7, the method comprises following step S702 to step S712, and this embodiment can as preferred embodiment embodiment illustrated in fig. 6.

Step S702 to step S706, respectively with step S602 embodiment illustrated in fig. 6 to step S606, do not repeat them here.

Step S708, obtains the operational factor of an air-conditioner at interval of preset time period.

Step S710, is optimized default operational factor based on operational factor, the default operational factor be optimized.

Step S712, adopts controling parameters to control the default operational factor of the air-conditioner running optimizatin found.

Preferably, based on operational factor, default operational factor is being optimized, after the default operational factor be optimized, air-conditioner control method can also comprise: the mark of default operational factor to the air-conditioner found according to optimizing is modified, and obtains amended mark.

Fig. 8 is the flow chart of air-conditioner control method according to a third embodiment of the present invention.

As shown in Figure 8, the method comprises following step S802 to step S812, and this embodiment can as preferred embodiment embodiment illustrated in fig. 6.

Step S802 to step S806, respectively with step S602 embodiment illustrated in fig. 6 to step S606, do not repeat them here.

Step S808, adopts controling parameters to carry out the first control to the air-conditioner found.

Step S810, detects the operational factor whether having user to set.

The operational factor of user's setting can be the parameter inputted by key board, touch keyboard, touch-screen etc., and the operational factor of user's setting can comprise environment temperature, operational mode, operating air velocity, sweep the parameters such as wind state.Wherein, if the operational factor not having user to set detected, then run the parameter according to identifying the operational mode determined; If the operational factor that user sets detected, then perform step S812.

Step S812, if the operational factor that user sets detected, carries out the second control according to the controling parameters corresponding with the operational factor that user sets to air-conditioner.

Preferably, after detecting the operational factor whether having user to set, this air-conditioner control method can also comprise:

Step 11, obtains the operational factor of user's setting.

Step 12, the operational factor based on user's setting is optimized default operational factor, the default operational factor be optimized.

As shown in Figure 9, the method comprises following step S902 to step S912, and this embodiment can as preferred embodiment embodiment illustrated in fig. 6.

Step S902, with step S602 embodiment illustrated in fig. 6, does not repeat them here.

Step S904, contrasts the mark in the mark of target air-conditioner and the presets list, obtains comparing result.

Step S906, according to the mark of comparing result modifying target air-conditioner, obtains the mark of amended target air-conditioner.

Step S908, identifies corresponding air-conditioner by the identifier lookup of amended target air-conditioner with amended.

Step S910, obtains the controling parameters corresponding with the mark of amended target air-conditioner pre-set.

Step S912, adopts the controling parameters corresponding with the mark of amended target air-conditioner pre-set to controlling with the corresponding air-conditioner of amended mark of finding.

Preferably, the mark in the mark of target air-conditioner and the presets list contrasted, after obtaining comparing result, air-conditioner control method can also comprise:

Step 21, adds the mark of target air-conditioner according to comparing result, obtain the mark of the target air-conditioner added.

Step 22, adds the default operational factor corresponding with the mark of the target air-conditioner added according to comparing result, obtains the default operational factor of adding.

Step 23, by the air-conditioner that the identifier lookup of the target air-conditioner added is corresponding with the mark of interpolation.

Step 24, obtains the controling parameters corresponding with the mark of the target air-conditioner added pre-set.

Step 25, what adopt the controling parameters corresponding with the mark of target air-conditioner of adding pre-set to control to find runs the default operational factor of adding with the corresponding air-conditioner of mark of interpolation.

It should be noted that, can perform in the computer system of such as one group of computer executable instructions in the step shown in the flow chart of accompanying drawing, and, although show logical order in flow charts, but in some cases, can be different from the step shown or described by order execution herein.

Obviously, those skilled in the art should be understood that, above-mentioned of the present invention each module or each step can realize with general calculation element, they can concentrate on single calculation element, or be distributed on network that multiple calculation element forms, alternatively, they can realize with the executable program code of calculation element, thus, they can be stored and be performed by calculation element in the storage device, or they are made into each integrated circuit modules respectively, or the multiple module in them or step are made into single integrated circuit module to realize.Like this, the present invention is not restricted to any specific hardware and software combination.

The foregoing is only the preferred embodiments of the present invention, be not limited to the present invention, for a person skilled in the art, the present invention can have various modifications and variations.Within the spirit and principles in the present invention all, any amendment done, equivalent replacement, improvement etc., all should be included within protection scope of the present invention.

Claims

1. an air-conditioner control method, is characterized in that, air-conditioner comprises one or more, and described air-conditioner control method comprises:

Obtain the mark of target air-conditioner, wherein, described target air-conditioner is the air-conditioner needing to control;

Corresponding air-conditioner is identified with described by the identifier lookup of described target air-conditioner;

What acquisition pre-set identifies corresponding controling parameters with described; And

Described controling parameters is adopted to control the air-conditioner found.

2. air-conditioner control method according to claim 1, is characterized in that, adopts described controling parameters to carry out control to the air-conditioner found and comprises:

The operational factor of described air-conditioner is obtained once at interval of preset time period;

Based on described operational factor, default operational factor is optimized, the default operational factor be optimized; And

The air-conditioner found described in the control of described controling parameters is adopted to run the default operational factor of described optimization.

3. air-conditioner control method according to claim 2, is characterized in that, is being optimized default operational factor based on described operational factor, and after the default operational factor be optimized, described air-conditioner control method also comprises:

The mark of default operational factor to the described air-conditioner found according to described optimization is modified, and obtains amended mark;

Wherein, modify in the mark of default operational factor to the described air-conditioner found according to described optimization, after obtaining amended mark, if searched the described air-conditioner found, then search based on described amended mark.

4. air-conditioner control method according to claim 1, it is characterized in that, adopt described controling parameters to carry out the first control to the air-conditioner found, after the described controling parameters of employing carries out the first control to the air-conditioner found, described air-conditioner control method also comprises:

Detect the operational factor whether having user to set; And

If the operational factor that user sets detected, according to the controling parameters corresponding with the operational factor that described user sets, the second control is carried out to described air-conditioner.

5. air-conditioner control method according to claim 4, is characterized in that, after detecting the operational factor whether having user to set, described air-conditioner control method also comprises:

Obtain the operational factor of described user setting; And

The operational factor set based on described user is optimized default operational factor, the default operational factor be optimized,

Wherein, in the operational factor set based on described user, default operational factor is optimized, after the default operational factor be optimized, adopt the controling parameters corresponding with the operational factor that described user sets control described in the air-conditioner that finds run the default operational factor of described optimization.

6. air-conditioner control method according to claim 1, is characterized in that,

After the mark obtaining target air-conditioner, described air-conditioner control method also comprises:

Mark in the mark of described target air-conditioner and the presets list is contrasted, obtains comparing result;

Revise the mark of described target air-conditioner according to described comparing result, obtain the mark of amended target air-conditioner;

Identify corresponding air-conditioner by the identifier lookup of described target air-conditioner comprise with described: amended identify corresponding air-conditioner by the identifier lookup of described amended target air-conditioner with described,

Obtain pre-set identify corresponding controling parameters comprise with described: obtain the controling parameters corresponding with the mark of described amended target air-conditioner pre-set,

Adopt described controling parameters to carry out control to the air-conditioner found to comprise: the controling parameters corresponding with the mark of described amended target air-conditioner pre-set described in employing controls described that find and the corresponding air-conditioner of described amended mark.

7. air-conditioner control method according to claim 6, is characterized in that,

Mark in the mark of described target air-conditioner and the presets list contrasted, after obtaining comparing result, described air-conditioner control method also comprises:

Add the mark of described target air-conditioner according to described comparing result, obtain the mark of the target air-conditioner added;

Add the default operational factor corresponding with the mark of the target air-conditioner of described interpolation according to described comparing result, obtain the default operational factor of adding;

Identify corresponding air-conditioner by the identifier lookup of described target air-conditioner comprise with described: by the air-conditioner that the identifier lookup of the target air-conditioner of described interpolation is corresponding with the mark of described interpolation,

Obtain pre-set identify corresponding controling parameters comprise with described: obtain the controling parameters corresponding with the mark of target air-conditioner that is described interpolation that be that pre-set,

Adopt described controling parameters to carry out control to the air-conditioner found to comprise: what find described in the controling parameters corresponding with the mark of target air-conditioner that is described interpolation that be that pre-set described in employing controls runs the default operational factor of described interpolation with the corresponding air-conditioner of the mark of described interpolation.

8. a controller of air conditioner, is characterized in that, air-conditioner comprises one or more, and described controller of air conditioner comprises:

First acquiring unit, for obtaining the mark of target air-conditioner, wherein, described target air-conditioner is the air-conditioner needing to control;

Search unit, identify corresponding air-conditioner for the identifier lookup by described target air-conditioner with described;

Second acquisition unit, for obtain pre-set identify corresponding controling parameters with described; And

Control unit, controls the air-conditioner found for adopting described controling parameters.

9. controller of air conditioner according to claim 8, is characterized in that, described control unit comprises:

Acquisition module, for obtaining once the operational factor of described air-conditioner at interval of preset time period;

Optimize module, for being optimized default operational factor based on described operational factor, the default operational factor be optimized; And

First control module, for the default operational factor adopting the air-conditioner found described in the control of described controling parameters to run described optimization.

10. controller of air conditioner according to claim 9, is characterized in that, described controller of air conditioner also comprises:

First optimizes unit, for being optimized default operational factor based on described operational factor, after the default operational factor be optimized, the mark of default operational factor to the described air-conditioner found according to described optimization is modified, and obtains amended mark;

Wherein, modify in the mark of default operational factor to the described air-conditioner found according to described optimization, after obtaining amended mark, if described in search unit also for searching the described air-conditioner found, then search based on described amended mark.

11. controller of air conditioner according to claim 8, it is characterized in that, described control unit comprises the second control module and the 3rd control module, and described second control module carries out the first control for adopting described controling parameters to the air-conditioner found, and described controller of air conditioner also comprises:

Detecting unit, after carrying out the first control at the described controling parameters of employing to the air-conditioner found, detects the operational factor whether having user to set,

If described 3rd control module is used for the operational factor that user sets being detected, according to the controling parameters corresponding with the operational factor that described user sets, the second control is carried out to described air-conditioner.

12. controller of air conditioner according to claim 11, is characterized in that, described controller of air conditioner also comprises:

3rd acquiring unit, for after detecting the operational factor whether having user to set, obtains the operational factor of described user setting; And

Second optimizes unit, is optimized, the default operational factor be optimized for the operational factor set based on described user to default operational factor,

Wherein, described control unit is also for being optimized default operational factor in the operational factor set based on described user, after the default operational factor be optimized, adopt the controling parameters corresponding with the operational factor that described user sets control described in the air-conditioner that finds run the default operational factor of described optimization.

13. controller of air conditioner according to claim 8, is characterized in that,

Described controller of air conditioner also comprises: contrast unit, for after the mark obtaining target air-conditioner, contrasts the mark in the mark of described target air-conditioner and the presets list, obtain comparing result; Amendment unit, for revising the mark of described target air-conditioner according to described comparing result, obtains the mark of amended target air-conditioner,

Describedly search unit also for amended identifying corresponding air-conditioner by the identifier lookup of described amended target air-conditioner with described,

Described second acquisition unit also for obtaining the controling parameters corresponding with the mark of described amended target air-conditioner pre-set,

Described control unit also controls described that find and the corresponding air-conditioner of described amended mark for the controling parameters corresponding with the mark of described amended target air-conditioner that pre-set described in adopting.

14. controller of air conditioner according to claim 13, is characterized in that,

Described controller of air conditioner also comprises: the first adding device, for the mark in the mark of described target air-conditioner and the presets list is being contrasted, after obtaining comparing result, add the mark of described target air-conditioner according to described comparing result, obtain the mark of the target air-conditioner added; Second adding device, for adding the default operational factor corresponding with the mark of the target air-conditioner of described interpolation according to described comparing result, obtains the default operational factor of adding,

Describedly search unit also for the air-conditioner that the identifier lookup of the target air-conditioner by described interpolation is corresponding with the mark of described interpolation,

Described second acquisition unit also for obtaining the controling parameters corresponding with the mark of target air-conditioner that is described interpolation that be that pre-set,

What find described in the controling parameters corresponding with the mark of the target air-conditioner of described interpolation of described control unit also for pre-setting described in adopting controls runs the default operational factor of described interpolation with the corresponding air-conditioner of the mark of described interpolation.