CN107238179A

CN107238179A - Control method, conditioner, computer-readable recording medium and air conditioner

Info

Publication number: CN107238179A
Application number: CN201710444679.7A
Authority: CN
Inventors: 黎辉玲; 谭周衡; 陈新厂; 曾小朗
Original assignee: Midea Group Co Ltd; Midea Group Wuhan Refrigeration Equipment Co Ltd
Current assignee: Midea Group Co Ltd; Midea Group Wuhan Refrigeration Equipment Co Ltd
Priority date: 2017-06-13
Filing date: 2017-06-13
Publication date: 2017-10-10

Abstract

The control method of conditioner disclosed by the invention includes：Obtain indoor humidity；Calculate the difference between setting humidity and the indoor humidity；Determine whether the difference reaches predetermined critical, the predetermined critical includes a kind of multiple, operational mode of conditioner of each predetermined critical correspondence；With when it is determined that the difference reaches the predetermined critical, control the conditioner to be run with operational mode corresponding with the predetermined critical.Control method is realized to the control of indoor humidity to avoid the humidity of interior too low or too high by the way that setting humidity is compared to control conditioner to run with specific operational mode with the difference of indoor humidity with predetermined critical.The invention also discloses a kind of conditioner, computer-readable recording medium and air conditioner.

Description

Control method, conditioner, computer-readable recording medium and air conditioner

Technical field

The present invention relates to household electrical appliance technical field, and in particular to a kind of conditioner and its control method, calculating Machine readable storage medium storing program for executing and air conditioner.

Background technology

Conditioner is that refrigeration or heat-production functions are realized using air circulation.In the season heated, such as winter, Outdoor air themperature is very low, and conditioner needs to expend big energy to heat, and energy consumption is higher.

The content of the invention

Embodiments of the present invention provide a kind of conditioner and its control method, computer-readable recording medium And air conditioner.

The control method of the conditioner of embodiment of the present invention, the control method includes：

Obtain indoor humidity；

Calculate the difference between setting humidity and the indoor humidity；

Determine whether the difference reaches predetermined critical, the predetermined critical is each described to make a reservation for face including multiple A kind of operational mode of conditioner of dividing value correspondence；With

When it is determined that the difference reaches the predetermined critical, control the conditioner to make a reservation for face with described The corresponding operational mode operation of dividing value.

In some embodiments, the control method circulates execution in the given time.

In some embodiments, the conditioner includes humidification fan, dehumidifying fan and heater, the fortune Row mode includes operational factor, and the operational factor includes the rotating speed of humidification fan, the rotating speed for the fan that dehumidifies, the power of heater In one or more.

In some embodiments, the conditioner include humidification ion generator, dehumidifying ion generator and Heater, the operational mode includes operational factor, and the operational mode includes the power of humidification ion generator, and dehumidify ion One or more in the power of generator, the power of heater.

In some embodiments, the conditioner includes heater, and the heater is used to heat from described The outdoor wind that the outlet of conditioner is got in, the operational mode at least includes the first operational mode and the second operation Pattern, any one of operational mode includes the power of heater, the operational factors of the same race of multiple operational modes according to Secondary incremental, the control method includes：

The outlet temperature that sensing chamber's exogenous wind is got in from the outlet of the conditioner；

Compare the outlet temperature and the size of design temperature；

When the outlet temperature is more than the first predetermined temperature, the conditioner is controlled with the described first operation mould Formula is run, and the power of the heater in first operational mode is zero；With

When the outlet temperature is less than the second predetermined temperature, the conditioner is controlled with the described second operation mould Formula is run, and the power of the heater in second operational mode is more than zero, and second predetermined temperature is less than described the One predetermined temperature.

The conditioner of embodiment of the present invention, the conditioner includes：

Acquisition module, the acquisition module is used to obtain indoor humidity；

Computing module, the computing module is used to calculate the difference between setting humidity and the indoor humidity；

Determining module, the determining module is used to determine whether the difference reaches predetermined critical, the predetermined critical Value includes a kind of multiple, operational mode of conditioner of each predetermined critical correspondence；With

First control module, first control module is used for when it is determined that the difference reaches the predetermined critical, The conditioner is controlled to be run with operational mode corresponding with the predetermined critical.

In some embodiments, the acquisition module, the computing module, the determining module and the control module Circulation is performed in the given time.

In some embodiments, the conditioner includes heater, and the heater is used to heat from described The outdoor wind that the outlet of conditioner is got in, the operational mode at least includes the first operational mode and the second operation Pattern, any one of operational mode includes the power of heater, the operational factors of the same race of multiple operational modes according to Secondary incremental, the conditioner also includes：

Detection module, the detection module is used for what sensing chamber's exogenous wind was got in from the outlet of the conditioner Outlet temperature；

Comparison module, the comparison module is used to compare the outlet temperature and the size of design temperature；

Second control module, second control module is used for when the outlet temperature is more than the first predetermined temperature, control Make the conditioner to run with first operational mode, the power of the heater in first operational mode It is zero；With

3rd control module, the 3rd control module is used for when the outlet temperature is less than the second predetermined temperature, control Make the conditioner to run with second operational mode, the power of the heater in second operational mode More than zero, second predetermined temperature is less than first predetermined temperature.

The computer-readable recording medium of embodiment of the present invention, including the computer being used in combination with conditioner Program, the computer program can be executed by processor to complete the control method described in above-mentioned any one embodiment.

The air conditioner of embodiment of the present invention includes：

Conditioner；

One or more processors；

Memory；And

One or more programs, wherein one or more of programs are stored in the memory, and are configured By one or more of computing devices, described program is used to perform the control method described in above-mentioned any one embodiment Instruction.

In some embodiments, the air conditioner includes：

Sensible heat exchanger, the sensible heat exchanger is used for the heat of wind and outdoor wind in switch room；

Runner；

Air ducting, the air ducting is used to the indoor wind after the sensible heat exchanger being oriented to described turn Wheel；

Blower unit, the blower unit is used to the outdoor wind after the sensible heat exchanger being oriented to described turn Wheel；

The runner is used to dehumidify to the indoor wind after the sensible heat exchanger, and air ducting is used for will dehumidifying The indoor wind discharge afterwards is outdoor；

The runner is used to humidify the outdoor wind after the sensible heat exchanger, and blower unit is used for will humidification The outdoor wind afterwards is discharged to interior.

In some embodiments, area of space corresponding with the runner includes dehumidifying area and humidification area, the wind-guiding Device is used to the indoor wind after the sensible heat exchanger being oriented to the runner part corresponding with the dehumidifying area, The blower unit is used for the outdoor wind guiding after the sensible heat exchanger is corresponding with the humidification area described Runner part, when the runner is rotated, part or all in the runner part corresponding with the dehumidifying area enters institute State humidification area the moisture content on the runner part corresponding with the dehumidifying area is supplied to the outdoor by the runner Wind is humidified.

In some embodiments, the air ducting includes dehumidifying fan and except wet channel, and the dehumidifying fan is located at Described to remove in wet channel, the dehumidifying fan is arranged on the side opposite with the sensible heat exchanger of the runner；Or

The air ducting includes dehumidifying fan and except wet channel, and the dehumidifying fan is removed in wet channel positioned at described, institute Dehumidifying fan is stated to be arranged between the runner and the sensible heat exchanger；Or

The air ducting includes dehumidifying ion wind generator and except wet channel, and the dehumidifying ion wind generator is located at institute State except in wet channel, the dehumidifying ion wind generator be arranged on the runner between the sensible heat exchanger.

In some embodiments, the blower unit includes humidification fan and humidification passage, and the humidification fan is located at In the humidification passage, the humidification fan is arranged on the side opposite with the sensible heat exchanger of the runner；Or

The blower unit includes humidification fan and humidification passage, and the humidification fan is located in the humidification passage, institute Humidification fan is stated to be arranged between the runner and the sensible heat exchanger；Or

The blower unit includes humidification ion wind generator and humidification passage, and the humidification ion wind generator is located at institute State in humidification passage, the humidification ion wind generator is arranged on the side opposite with the sensible heat exchanger of the runner； Or

The blower unit includes humidification ion wind generator and humidification passage, and the humidification ion wind generator is located at institute State in humidification passage, the humidification ion wind generator is arranged between the runner and the sensible heat exchanger.

In some embodiments, the dehumidifying area also includes many height dehumidifying area, described to remove wet channel alternately round Through the multiple sub- dehumidifying area.

In some embodiments, the humidification area also include many height humidify area, the humidification passage be sequentially communicated to A few sub- humidification area, the heater and remaining the multiple sub- humidification area, the humidification passage alternating is round Through the multiple sub- humidification area.

Conditioner and its control method, the computer-readable recording medium and air conditioner of embodiment of the present invention, By the way that setting humidity is compared to control conditioner specifically to run with the difference of indoor humidity with predetermined critical Mode operation, and then realize to the control of indoor humidity to avoid the humidity of interior too low or too high.

The additional aspect and advantage of embodiments of the present invention will be set forth in part in the description, partly will be from following Description in become obvious, or recognized by the practice of embodiments of the present invention.

Brief description of the drawings

The above-mentioned and/or additional aspect and advantage of the present invention will become from description of the accompanying drawings below to embodiment is combined Obtain substantially and be readily appreciated that, wherein：

Fig. 1 is the schematic flow sheet of the control method of the conditioner of some embodiments of the invention；

Fig. 2 is the module diagram of the conditioner of some embodiments of the invention；

Fig. 3 is the schematic flow sheet of the control method of the conditioner of some embodiments of the invention；

Fig. 4 is the module diagram of the conditioner of some embodiments of the invention；

Fig. 5 is the dimensional structure diagram of the conditioner of some embodiments of the invention；With

Fig. 6 is the floor map of the runner of some embodiments of the invention.

Main element symbol description：

Conditioner 100, sensible heat exchanger 11, runner 12, dehumidifying area 121, sub- dehumidifying area 1212, humidification area 122, Son humidification area 1222, the first side 123, the second side 124, air ducting 13, dehumidifying fan 131, except wet channel 132, dehumidifying ion Generator 133, blower unit 14, humidification fan 141, humidification passage 142, humidification ion generator 143, heater 15, filtering Device 16, acquisition module 21, computing module 22, determining module 23, the first control module 24, detection module 25, comparison module 26, Two control modules 27, the 3rd control module 28.

Embodiment

Embodiments of the present invention are described below in detail, the example of the embodiment is shown in the drawings, wherein from beginning Same or similar element or element with same or like function are represented to same or similar label eventually.Below by ginseng The embodiment for examining accompanying drawing description is exemplary, is only used for explaining the present invention, and is not considered as limiting the invention.

In the description of the invention, it is to be understood that term " " center ", " longitudinal direction ", " transverse direction ", " length ", " width ", " thickness ", " on ", " under ", "front", "rear", "left", "right", " vertical ", " level ", " top ", " bottom ", " interior ", " outer ", " up time The orientation or position relationship of the instruction such as pin ", " counterclockwise " are, based on orientation shown in the drawings or position relationship, to be for only for ease of The description present invention and simplified description, rather than indicate or imply that the device or element of meaning must have specific orientation, Yi Te Fixed azimuth configuration and operation, therefore be not considered as limiting the invention.In addition, term " first ", " second " are only used for Purpose is described, and it is not intended that indicating or implying relative importance or the implicit quantity for indicating indicated technical characteristic. Thus, " first " is defined, one or more feature can be expressed or be implicitly included to the feature of " second ". In description of the invention, " multiple " are meant that two or more, unless otherwise specifically defined.

In the description of the invention, it is necessary to illustrate, unless otherwise clearly defined and limited, term " installation ", " phase Even ", " connection " should be interpreted broadly, for example, it may be being fixedly connected or being detachably connected, or be integrally connected；Can To be mechanical connection or electrical connection or can mutually communicate；Can be joined directly together, can also be by between intermediary Connect connected, can be connection or the interaction relationship of two elements of two element internals.For the ordinary skill of this area For personnel, the concrete meaning of above-mentioned term in the present invention can be understood as the case may be.

In the present invention, unless otherwise clearly defined and limited, fisrt feature second feature it " on " or it " under " Can directly it be contacted including the first and second features, it is not direct contact but by it that can also include the first and second features Between other characterisation contact.Moreover, fisrt feature second feature " on ", " top " and " above " to include first special Levy directly over second feature and oblique upper, or be merely representative of fisrt feature level height higher than second feature.Fisrt feature exists Second feature " under ", " lower section " and " following " fisrt feature that includes are immediately below second feature and obliquely downward, or be merely representative of Fisrt feature level height is less than second feature.

Following disclosure provides many different embodiments or example is used for realizing the different structure of the present invention.In order to Simplify disclosure of the invention, hereinafter the part and setting of specific examples are described.Certainly, they are only merely illustrative, and And purpose does not lie in the limitation present invention.In addition, the present invention can in different examples repeat reference numerals and/or reference letter, This repetition is for purposes of simplicity and clarity, between discussed various embodiments itself are not indicated and/or are set Relation.In addition, the invention provides various specific techniques and material example, but those of ordinary skill in the art can be with Recognize the application of other techniques and/or the use of other materials.

Fig. 1 and Fig. 2 is referred to, the control method of the conditioner 100 of embodiment of the present invention includes：

S1, obtains indoor humidity；

S2, calculates the difference between setting humidity and indoor humidity；

S3, determines whether difference reaches predetermined critical, and predetermined critical includes multiple, each predetermined critical correspondence one Plant the operational mode of conditioner 100；With

S4, when it is determined that difference reaches predetermined critical, control conditioner 100 is with corresponding with predetermined critical Operational mode is run.

The control method of above-mentioned conditioner 100 can be performed by conditioner 100, specifically, this hair The conditioner 100 of bright embodiment is used to control air conditioner.Conditioner 100 includes acquisition module 21, calculated Module 22, the control module 24 of determining module 23 and first, can be respectively used to perform step S1, step S2, step S3 and step S4. That is, acquisition module 21 is used to obtain indoor humidity.Computing module 22 is used to calculate between setting humidity and indoor humidity Difference.Determining module 23 is used to determine whether difference reaches predetermined critical, and predetermined critical is each to make a reservation for face including multiple A kind of operational mode of conditioner 100 of dividing value correspondence.First control module 24 is used for it is determined that difference reaches predetermined face During dividing value, control conditioner 100 is run with operational mode corresponding with predetermined critical.

The span for setting humidity can be 30%-60%, for example, the value of setting humidity can for 30%, 35%, 40%th, any one in 45%, 50%, 55% and 60%.Calculating the difference set between humidity and indoor humidity can be： Setting humidity subtracts the value or indoor humidity that indoor humidity obtains and subtracts the value that setting humidity is obtained.Predetermined critical can be 5%th, it is any number of in 2.5%, 0, -2.5%, -5%.

The operational mode of conditioner 100 is the work shape of one or more of conditioner 100 element (working condition includes state：Whether element works, the running parameter including operating power of element), conditioner 100 different operational modes have the effect of incomplete same humidification or drying to indoor humidity, that is to say, that air is adjusted Regulating device 100 works incomplete same on indoor humidity influence under different operational modes.The operation of conditioner 100 Pattern is relevant with predetermined critical, for example, an operational mode one predetermined critical of correspondence of conditioner 100, when When difference is from a preset threshold value changes (increaseing or decreasing) to another preset critical, the fortune of conditioner 100 Row state can be from a pattern switching (or change) to operational mode corresponding with another preset critical.

The conditioner 100 and its control method of embodiment of the present invention are by will set humidity and indoor humidity Difference is compared with predetermined critical to control conditioner 100 to be run with specific operational mode, and then is realized to interior The control of humidity with avoid interior humidity it is too low or too high.

In some embodiments, the control method of conditioner 100 circulates execution in the given time.Namely Say, acquisition module 21, computing module 22, determining module 23 and the control module 24 of conditioner 100 are in the given time Circulation is performed.

Specifically, the scheduled time can for 1 minute, 2 minutes, 5 minutes, 10 minutes, 15 minutes, 20 minutes, 25 minutes, 30 Minute, 1 hour or random time.The control method of conditioner 100 circulates execution and can be understood as in the given time： Step S1, step S2, step S3 and step S4 all repeat step S1, step S2, step S3 and step again after being performed both by Rapid S4.

In this way, conditioner 100 can adjust the operational mode of conditioner 100 in the given time, with Conditioner 100 is avoided to be worked all the time under an operational mode and cause indoor humidity to increase all the time or reduce all the time.

Referring to Fig. 5, in some embodiments, conditioner 100 includes humidification fan 141, dehumidifying fan 131 And heater 15, operational mode includes operational factor, and operational factor includes the rotating speed of humidification fan 141, turn of dehumidifying fan 141 One or more in speed, the power of heater 15.

Specifically, in conditioner 100 dehumidifying fan 131, humidification fan 141 and heater 15 can be controlled (or influence) indoor humidity, and dehumidifying fan 131, humidification fan 141 and heater 15 under different working condition to interior The influence of humidity is also differed, now, as long as rotating speed, the humidification fan 141 of the regulation dehumidifying fan 131 of conditioner 100 Rotating speed and heater 15 power in any one can be in control room humidity.

Fig. 3-5 are referred to, in some embodiments, conditioner 100 includes heater 15, and heater 15 is used for Heat the outdoor wind that is got in from the outlet of conditioner 100, operational mode is at least including the first operational mode and the Two operational modes, any one operational mode includes the power of heater 15, the operational factors of the same race of multiple operational modes according to Secondary incremental, control method includes：

S5, the outlet temperature that sensing chamber's exogenous wind is got in from the outlet of conditioner 100；

S6, compares outlet temperature and the size of design temperature；

S7, when outlet temperature is more than the first predetermined temperature, control conditioner 100 is transported with the first operation mode OK, the power of the heater 15 in the first operational mode is zero；With

S8, when outlet temperature is less than the second predetermined temperature, control conditioner 100 is transported in the second operating mode OK, the power of the heater 15 in the second operational mode is more than zero, and the second predetermined temperature is less than the first predetermined temperature.

The control method of above-mentioned conditioner 100 can be performed by conditioner 100.Conditioner 100 include detection module 25, comparison module 26, the second control module 27 and the 3rd control module 28, can be respectively used to perform step Rapid S5, step S6, step S7 and step S8.That is, detection module 25 is used for sensing chamber's exogenous wind from conditioner 100 The outlet temperature that gets in of outlet.Comparison module 26 is used to compare outlet temperature and the size of design temperature.Second control Module 27 is used for when outlet temperature is more than the first predetermined temperature, and control conditioner 100 is run with the first operation mode, The power of heater 15 in first operational mode is zero.3rd control module 28 is used for when outlet temperature is less than the second pre- constant temperature When spending, control conditioner 100 is run in the second operating mode, and the power of the heater 15 in the second operational mode is more than Zero, the second predetermined temperature is less than the first predetermined temperature.

Specifically, the first predetermined temperature is that the outdoor wind energy got in from the outlet of conditioner 100 enough reaches Maximum temperature, when the temperature of the outdoor wind is increased to the first predetermined temperature, the second control module 27 control air adjustment dress Put 100 to run with the first operation mode, because the power of the heater 15 in the first operational mode is zero (that is, heating Device 15 is stopped), thus the temperature of the outdoor wind can gradually reduce temperature to avoid the outdoor wind more than the first pre- constant temperature Degree.First predetermined temperature can be 60 degrees Celsius.

Second predetermined temperature is the lowest temperature that the outdoor wind energy got in from the outlet of conditioner 100 enough reaches Degree, when the temperature of the outdoor wind is reduced to the second predetermined temperature, the 3rd control module 28 controls conditioner 100 with the Two operational modes are run, because the power of the heater 15 in the second operational mode is more than zero, thus the temperature meeting of the outdoor wind Gradually rise to avoid the temperature of the outdoor wind from being less than the second predetermined temperature.Second predetermined temperature is less than the first predetermined temperature, the Two predetermined temperatures can be 50 degrees Celsius.

In this way, the control method of present embodiment can control the room got in from the outlet of conditioner 100 The temperature of exogenous wind, it is to avoid cause the too high or too low for temperature of interior due to the too high or too low for temperature of the outdoor wind.

The computer-readable recording medium of embodiment of the present invention includes the calculating being used in combination with conditioner 100 Machine program, computer program can be executed by processor to complete the control method of any of the above-described embodiment of the invention.

It is situated between it is pointed out that computer-readable recording medium can be the storage being built in conditioner 100 Matter or be plugged on conditioner 100 storage medium with can plugging.

For one of example, computer program can be executed by processor to complete the controlling party described in following steps Method：

S1, obtains indoor humidity；

S2, calculates the difference between setting humidity and indoor humidity；

Computer program can also be executed by processor to complete the control method described in following steps：

S6, compares outlet temperature and the size of design temperature；

The air conditioner of embodiment of the present invention include conditioner 100, one or more processors, memory and One or more programs, wherein one or more programs are stored in memory, and are configured by one or more processing Device is performed, and program is used for the instruction for performing the control method described in above-mentioned any one embodiment.

For one of example, program can be used for the instruction for performing the control method described in following steps：

S1, obtains indoor humidity；

S2, calculates the difference between setting humidity and indoor humidity；

Program can be also used for performing the instruction of the control method described in following steps：

S6, compares outlet temperature and the size of design temperature；

In some embodiments, the control method of embodiment of the present invention and conditioner 100 can be used for control System air conditioner and conditioner 100 as described below.

Referring to Fig. 5, in some embodiments, conditioner 100 includes sensible heat exchanger 11, runner 12, led Wind apparatus 13, blower unit 14, heater 15, humidity sensor 17 and temperature sensor 18.Sensible heat exchanger 11 is used to exchange The heat of indoor wind and outdoor wind.Air ducting 13 includes dehumidifying fan 131, and dehumidifying fan 131 is used to that Exchange of apparent heat will to be passed through Indoor wind after device 11 is oriented to runner 12.Blower unit 14 includes humidification fan 141, and humidification fan 141 is used to that sensible heat will to be passed through Outdoor wind after exchanger 11 is oriented to runner 12.Runner 12 is used to dehumidify to the indoor wind after sensible heat exchanger 11, wind-guiding Device 13 is used to the indoor wind after dehumidifying discharging outdoor.Runner 12 is used to add the outdoor wind after sensible heat exchanger 11 Wet, blower unit 14 is used to the outdoor wind after humidification being discharged to interior.Heater 15 is arranged on runner 12 and sensible heat exchanger 11 opposite sides, heater 15 is used for heating chamber exogenous wind.Humidity sensor 17 be arranged on sensible heat exchanger 11 with runner 12 Opposite side, humidity sensor 17 is used for the humidity for detecting the indoor wind for entering sensible heat exchanger 11.Temperature sensor 18 is set Put in the side opposite with runner 12 of heater 15, temperature sensor 18 is used for the temperature for detecting the outdoor wind got in.

Specifically, indoor wind is indoor air, and outdoor wind is outdoor air, and sensible heat exchanger 11 includes mutually isolated Two heat exchanger channels (not shown), indoor wind flows into sensible heat exchanger 11 from a heat exchanger channels respectively with outdoor wind, works as room When the temperature of interior wind is higher than the temperature of outdoor wind, temperature can be delivered to the outdoor wind of low temperature from the indoor hearsay of high temperature, thus outdoor Temperature can be raised under wind wind action indoors and indoor wind temperature under outdoor wind action can be reduced.Due to the temperature of indoor wind Wind can be condensed out part moisture content and because the humidity of the larger and outdoor wind of the humidity of indoor wind is smaller in room during degree reduction, work as interior It is distinguished and admirable through runner 12 when, the moisture content that indoor wind is carried can be absorbed by the part in runner 12, and when runner 12 is rotated, absorption has water Part or all of the runner 12 of part can be entered on the path of outdoor distinguished and admirable warp, now, and absorption has on the runner 12 of moisture content Moisture content be supplied to the outdoor wind for the runner 12 for having moisture content by absorption to be humidified.

The operational mode of conditioner 100 include the first operational mode, the second operational mode, the 3rd operational mode and 4th operational mode, the operational mode of conditioner 100 is the rotating speed of dehumidifying fan 131, the rotating speed of humidification fan 141 and The corresponding working condition of power of heater 15, refers to table 1, wherein, rotating speed RX1, RX2 and RX3 of the fan 131 that dehumidifies are successively Reduction, that is to say, that RX1>RX2>RX3；Rotating speed RJX1, RJX2 and RJX3 of humidification fan 141 are reduced successively, that is to say, that RJX1>RJX2>RJX3；Power P 1, P2 and the P3 of heater 15 are also reduced successively, that is to say, that P1>P2>P3.

When conditioner 100 is started working (for example, now the temperature of outdoor wind be 10 degree, humidity be 10%, it is indoor The temperature of wind is 60 degree, humidity is that 60%), conditioner 100 works with the first operation mode first, when indoor wind and room When exogenous wind carries out heat exchange by sensible heat exchanger 11 (for example, now the temperature of outdoor wind be 25 degree, humidity be 10%, room The temperature of interior wind is 45 degree, humidity is 60%), due to the rotating speed (RX1) of fan 131 and the rotating speed of humidification fan 141 of dehumidifying (RJX1) it is larger, thus indoor wind can not fully carry out heat exchange with outdoor wind and cause the temperature rise of outdoor wind less, And the unit interval (for example, 1 second) is larger by the volume of the outdoor wind of heater 15, thus heater 15 needs relatively high power It can be lifted the temperature of outdoor wind and arrive certain temperature (such as 60 degree).

When indoor wind and indoor wind pass through runner 12 (for example, now the temperature of outdoor wind be 25 degree, humidity be 25%, The temperature of indoor wind is 45 degree, humidity is 45%) the indoor wind by runner 12 and room due to the unit interval (such as 1 second) The air quantity of exogenous wind is larger, thus, what the indoor wind of unit volume (for example, 100 cubic centimetres) and outdoor wind were contacted with runner 12 Area is smaller and the time is shorter, and the moisture content of the indoor wind of unit volume (for example, 100 cubic centimetres) absorbs less by runner 12, And then the enough moisture content absorbed from runner 12 of outdoor wind energy of unit volume (for example, 100 cubic centimetres) is less.Therefore, Under one operational mode, the humidity of the outdoor wind got in is smaller, causes the humidity of interior and gradually reduces.When setting humidity and room Difference between interior humidity reach one of preset critical (preset critical is 5%, now indoor humidity for 55%) when, Control method control conditioner 100 performs the second operational mode；Otherwise, control method control conditioner 100 Perform the first operational mode.Due to the rotating speed of the rotating speed (RX2) and humidification fan 141 of the fan 131 that dehumidified in the second operational mode (RJX2) reduced compared with the first operational mode, thus, in the second operating mode, the outdoor of unit volume (100 cubic centimetres) The enough moisture content absorbed from runner 12 of wind energy increase compared with the first operational mode, thus, the humidity of interior in the second operating mode It is bigger (for example, indoor humidity is 59%) compared with humidity indoor under the first operational mode.

If under the second operational mode, when the difference between setting humidity and indoor humidity reaches other in which preset threshold Value (for example, another preset critical is 0%, and when now 60%) indoor humidity is, control method control conditioner 100 perform the 3rd operational mode；Otherwise, control method control conditioner 100 performs the second operational mode.Due to the 3rd The rotating speed (RJX3) of the rotating speed (RX3) and humidification fan 141 of dehumidifying fan 131 drops compared with the second operational mode in operational mode It is low, thus, under the 3rd operational mode, the enough water absorbed from runner 12 of outdoor wind energy of unit volume (100 cubic centimetres) Part compared with the increase of the second operational mode, thus, it is indoor wet under indoor humidity is compared with the second operational mode under the 3rd operational mode Degree is bigger (for example, indoor humidity is 64%).

If under the 3rd operational mode, when the difference between setting humidity and indoor humidity reaches wherein another preset threshold Value (for example, another preset critical is -5%, and when now 65%) indoor humidity is, control method control conditioner 100 perform the 4th operational mode；Otherwise, control method control conditioner 100 performs the 3rd operational mode.Due to the 4th Heater 15 is closed in operational mode, and then the outdoor wind got in will not be heated, thus, the moisture content in outdoor wind will not It is heated and causes moisture evaporation and the humidity of outdoor wind to reduce, in this way, humidity indoor under the 4th operational mode is compared with the 3rd Indoor humidity is bigger (for example, indoor humidity is 67%) under operational mode.That is, between setting humidity and indoor humidity Difference in the range of different preset criticals, control method can control air adjustment according to the corresponding operational mode of the scope Device 100 is run with the operational mode.

Table 1

Operational mode	The rotating speed of dehumidifying fan 131	The rotating speed of humidification fan 141	The power of heater 15
				First operational mode	RX1	RJX1	P1
Second operational mode	RX2	RJX2	P2
				3rd operational mode	RX3	RJX3	P3
4th operational mode	RX3	RJX3	Close

Referring to Fig. 5, the conditioner 100 of embodiment of the present invention includes sensible heat exchanger 11, runner 12, wind-guiding Device 13 and blower unit 14.Sensible heat exchanger 11 is used for the heat of wind and outdoor wind in switch room.Air ducting 13 is used for will Indoor wind after sensible heat exchanger 11 is oriented to runner 12.Blower unit 14 is used for the outdoor after sensible heat exchanger 11 Wind is oriented to runner 12.Runner 12 is used to dehumidify to the indoor wind after sensible heat exchanger 11, and air ducting 13 is used for will dehumidifying Indoor wind discharge afterwards is outdoor.Runner 12 is used to humidify the outdoor wind after sensible heat exchanger 11, and blower unit 14 is used for Outdoor wind after humidification is discharged to interior.

The air conditioner and the one side of conditioner 100 of embodiment of the present invention are made by setting sensible heat exchanger 11 Indoors wind with it is outdoor it is distinguished and admirable through sensible heat exchanger 11 when, the heat of indoor wind can be delivered in outdoor wind, improve follow-up use In the basal temperature of the outdoor wind heated, the energy is saved.On the other hand, air conditioner and conditioner 100 are by setting Runner 12, indoors wind with it is outdoor it is distinguished and admirable through runner 12 when, the moisture content in indoor wind can be absorbed by runner 12 and be supplied to outdoor Wind is humidified, thus the heat energy and moisture content that are carried during indoor wind discharge outdoor are less, and is discharged to the outdoor air temperature liter of interior Moisture content increase that is high and carrying, the energy and moisture content for reducing the indoor wind for being discharged to outdoor is wasted, and further saves the same of the energy When can also make it that the wind of indoor heating will not be too dry, improve the practical comfortableness of user.

The air conditioner of embodiment of the present invention includes housing (not shown) and conditioner 100, conditioner 100 are arranged in housing.

Referring to Fig. 5, the conditioner 100 of embodiment of the present invention includes sensible heat exchanger 11, runner 12, wind-guiding Device 13 and blower unit 14.

Sensible heat exchanger 11 includes two mutually isolated heat exchanger channels (not shown), and indoor wind is with outdoor wind respectively from one Individual heat exchanger channels flow into sensible heat exchanger 11, and when the temperature of indoor wind is higher than the temperature of outdoor wind, temperature can be from the room of high temperature Interior hearsay is delivered to the outdoor wind of low temperature, thus temperature can be raised under outdoor wind wind action indoors and indoor wind is in outdoor wind The lower temperature of effect can be reduced.If for example, the air quantity into the indoor wind of sensible heat exchanger 11 is 100m³/ h, temperature 26 are Celsius Degree, the air quantity into the outdoor wind of sensible heat exchanger 11 is 100m³/ h, temperature 5 for degree Celsius, indoor wind is with outdoor wind through overheat Amount, which is exchanged, makes the temperature of indoor wind be reduced to 16 degrees Celsius, and the temperature of outdoor wind is promoted to 15 degrees Celsius.

Runner 12 both can be used for, to the indoor wind dehumidifying after sensible heat exchanger 11, again can be used for passing through sensible heat Outdoor wind humidification after exchanger 11.The surface of runner 12 is provided with cellular multi-pore channel.In certain embodiments, multi-pore channel Surface be provided with dehumidizer, the dehumidification principle of dehumidizer is physics dehumidifying, that is to say, that dehumidizer can absorb moisture content but not It can be chemically reacted with water, for example, dehumidizer is activated carbon.

Air ducting 13 includes dehumidifying fan 131 and except wet channel 132, and dehumidifying fan 131, which is located at, to be removed in wet channel 132, Dehumidifying fan 131 is arranged on the side opposite with sensible heat exchanger 11 of runner 12.Except wet channel 132 be sequentially communicated it is indoor, aobvious Heat exchanger 11, runner 12 and outdoor, dehumidifying fan 131 are arranged on connection runner 12 with outdoor except in wet channel 132.Dehumidifying Passage 132 can be to have concrete shape and the pipeline of structure, for example, except wet channel 132 is circular pipe, conical pipeline.Dehumidifying Passage 132 can also be by air (indoor wind) flow formed without concrete shape and structure channel.

Blower unit 14 includes humidification fan 141 and humidification passage 142, and humidification fan 141 is located in humidification passage 142, Humidification fan 141 is arranged between runner 12 and sensible heat exchanger 11.Humidification passage 142 is sequentially communicated outdoor, sensible heat exchanger 11st, runner 12 and interior, humidification fan 141 are arranged in the humidification passage 142 of connection sensible heat exchanger 11 and runner 12.Humidification Passage 142 can be to have concrete shape and the pipeline of structure, for example, humidification passage 142 is circular pipe, conical pipeline.Humidification Passage 142 can also be by air (outdoor wind) flow formed without concrete shape and structure channel.

Fig. 5 and Fig. 6 is referred to, is included with the corresponding area of space of runner 12 (the changeless region in a locus) Dehumidify area 121 and humidification area 122, specifically, and the runner part for connecting and passing through for indoor wind with except wet channel 132 is dehumidifying area 121, the runner part for connecting and passing through for outdoor wind with humidification passage 142 is humidification area 122.

First, in the presence of air ducting 13 and blower unit 14, indoor wind is with outdoor wind respectively from sensible heat exchanger 11 two mutually isolated heat exchanger channels enter sensible heat exchanger 11 and heat exchange are carried out in sensible heat exchanger 11, if room The temperature of interior wind is more than the temperature of outdoor wind, and the temperature of indoor wind can be delivered on outdoor wind, thus the temperature reduction of indoor wind The temperature rise of outdoor wind, improves the basal temperature of outdoor wind simultaneously.

Then, due to indoor wind can be condensed out when temperature is reduced part moisture content and by indoor wind carry and indoor wind it is wet Degree is more than the humidity of outdoor wind, and when indoor wind is flowed into the corresponding runner part in dehumidifying area 121, runner 12 is contacted with interior wind The moisture content that wind is carried in constantly absorption chamber is understood until reaching saturation in surface (or dehumidizer).When runner 12 is rotated (with regarding for Fig. 6 Angular direction, runner 12 can be rotated clockwise or rotated counterclockwise), with the part in the corresponding runner part in dehumidifying area 121 Or humidification area 122 is fully entered, now, humidification passage 142 runner part corresponding with dehumidifying area 121 is connected, outdoor distinguished and admirable through removing During the corresponding runner part in wet area 121, because the humidity of outdoor wind is smaller and less than the surface of the dehumidifying corresponding runner part in area 121 Moisture content on the humidity of (or dehumidizer), the dehumidifying corresponding runner part in area 121 is supplied to be added by the outdoor wind of runner 12 It is wet.That is, because the humidity of indoor wind is more than the humidity of outdoor wind, when interior it is distinguished and admirable through runner 12 when, on runner 12 Dehumidizer constantly can absorb moisture content up to saturation from indoor wind；When outdoor it is distinguished and admirable through runner 12 when, due to the humidity of dehumidizer More than the humidity of outdoor wind, thus, outdoor wind energy is enough to be absorbed moisture content from dehumidizer and improves the humidity of outdoor wind.

The air conditioner and conditioner 100 of embodiment of the present invention also have the advantages that：First, wind-guiding dress Putting 13 includes dehumidifying fan 131 and except wet channel 132, is easy to indoor wind importing sensible heat exchanger 11, runner 12 successively and incites somebody to action Indoor wind is expelled to outdoor.

Second, blower unit 14 includes humidification fan 141 and humidification passage 142, is easy to outdoor wind importing sensible heat successively Outdoor wind is simultaneously expelled to interior by exchanger 11, runner 12.

In some embodiments, the air ducting 13 of above-mentioned embodiment can include dehumidifying fan 131 and dehumidifying is logical Road 132, dehumidifying fan 131 is located at except in wet channel 132, dehumidifying fan 131 is arranged between runner 12 and sensible heat exchanger 11. Except wet channel 132 is sequentially communicated interior, sensible heat exchanger 11, dehumidifying fan 131, runner 12 and outdoor, that is to say, that dehumidifying wind Fan 131 is arranged on connection sensible heat exchanger 11 with runner 12 except in wet channel 132.

In some embodiments, the air ducting 13 of above-mentioned embodiment can include dehumidifying ion wind generator 133 With except wet channel 132, dehumidifying ion wind generator 133 is located at except 132 in wet channel, dehumidifying ion wind generator 133 is arranged on Runner 12 between sensible heat exchanger 11.Except wet channel 132 is sequentially communicated interior, sensible heat exchanger 11, dehumidify ion Device 133, runner 12 and outdoor, that is to say, that dehumidifying ion generator 133 is arranged on connection sensible heat exchanger 11 and runner 12 Except in wet channel 132.The dehumidifying ion generator 133 of present embodiment indoor wind can both have been imported into sensible heat exchanger 11 and Indoor wind is simultaneously expelled to outdoor by runner 12, and dehumidifying ion generator 133 can also ionize the dust that wind is carried in simultaneously absorption chamber, Dust can be thus avoided to enter runner 12 and adsorb on runner 12 and then pollute runner 12.

In some embodiments, the blower unit 14 of above-mentioned embodiment includes humidification fan 141 and humidification passage 142, humidification fan 141 is located in humidification passage 142, and humidification fan 141 is arranged on the opposite with sensible heat exchanger 11 of runner 12 Side.Humidification passage 142 is sequentially communicated outdoor, sensible heat exchanger 11, runner 12, humidification fan 141 and interior, that is, Say, humidification fan 141 is arranged in connection runner 12 and indoor humidification passage 142.

In some embodiments, the blower unit 14 of above-mentioned embodiment may include to humidify the He of ion wind generator 143 Passage 142 is humidified, humidification ion wind generator 143 is located in humidification passage 142, humidification ion wind generator 143, which is arranged on, to be turned The side opposite with sensible heat exchanger 11 of wheel 12.Humidification passage 142 is sequentially communicated outdoor, sensible heat exchanger 11, runner 12, added Wet ion generator 143 and interior, that is to say, that humidification ion wind generator 143 is arranged on connection runner 12 and added with indoor In wet channel 142.Outdoor wind can both imported into sensible heat exchanger 11 and turn by the humidification ion generator 143 of present embodiment Outdoor wind is simultaneously drained into interior by wheel 12, and humidification ion generator 143 can also ionize the dust that simultaneously absorption chamber exogenous wind is carried, thus Dust can be avoided to get in and the air of interior is polluted.

In some embodiments, the blower unit 14 of above-mentioned embodiment may include to humidify the He of ion wind generator 143 Passage 142 is humidified, humidification ion wind generator 143 is located in humidification passage 142, humidification ion wind generator 143, which is arranged on, to be turned Between wheel 12 and sensible heat exchanger 11.Humidification passage 142 is sequentially communicated outdoor, sensible heat exchanger 11, humidification ion wind generator 143rd, runner 12 and interior, that is to say, that humidification ion wind generator 143 is arranged on connection sensible heat exchanger 11 and runner 12 Humidify in passage 142.The humidification ion generator 143 of present embodiment outdoor wind can both have been imported into sensible heat exchanger 11 and Outdoor wind is simultaneously drained into interior by runner 12, and humidification ion generator 143 can also ionize the dust that simultaneously absorption chamber exogenous wind is carried, because And dust can be avoided to enter runner 12 and adsorb on runner 12 and then pollute runner 12.

Referring to Fig. 5, in some embodiments, the dehumidifying area 121 of above-mentioned embodiment also includes many height dehumidifying area 1212, except wet channel 132 is alternately round through many height dehumidifying area 1212.That is, except wet channel 132 is sequentially communicated room Interior, sensible heat exchanger 11, runner 12 and outdoor, except the connection runner 12 of wet channel 132 part is included alternately round through multiple The son dehumidifying part of area 1212.Runner 12 include opposite the first side 123 and the second side 124 and the first side 123 compared with the second side 124 more Close to sensible heat exchanger 11, the first side 123 and the second side 124 are divided into some, sub- dehumidifying by many height dehumidifying areas 1212 The quantity in area 1212 can be two, three, four or any number of.

Except wet channel 132 alternately can be understood as through many height dehumidifying area 1212 round：Group dehumidifying area 1212 When quantity is two (the first son dehumidifying area 1212 of son dehumidifying area 1212 and second), except wet channel 132 is from the first son dehumidifying area 1212 the first side 123 is sequentially passed through to second side in second side the 124, second son dehumidifying area 1212 in the first son dehumidifying area 1212 124 and second son dehumidifying area 1212 the first side 123；The connection of wet channel 132 second son dehumidifying area is removed outside runner 12 1212 the first side 123 with it is outdoor so that positioned at runner 12 it is outer except wet channel 132 be located in runner 12 except wet channel 132 connects It is logical.The quantity in group dehumidifying area 1212 is three (son dehumidifying areas of first the 1212, second son dehumidifying area of son dehumidifying area 1212 and the 3rd 1212) when, except wet channel 132 sequentially passes through the second of first side the 123, first son dehumidifying area 1212 in the first son dehumidifying area 1212 The son dehumidifying area of first side the 123, the 3rd in second side the 124, second son dehumidifying area 1212 in the son dehumidifying area 1212 of side 124, second 1212 the first side 123 and second side 124 in the 3rd son dehumidifying area 1212；Outside runner 12 except the connection of wet channel 132 the Second side 124 in three son dehumidifying areas 1212 is with outdoor so that outer except wet channel 132 and removing in runner 12 positioned at runner 12 Wet channel 132 is connected.

The dehumidifying area 121 of present embodiment includes many height dehumidifying area 1212, adds the dehumidifying in dehumidifying area 121 The length of passage 132, and add indoor wind enter runner 12 number of times, and then add indoor wind with dehumidify area 121 contact Area, enable to enter the moisture content in the indoor wind in dehumidifying area 121 and fully dehumidified by runner 12, and then reduce indoor wind Moisture content is wasted, and can also make it that the wind of indoor heating will not be too dry while further saving the energy, improves user's practicality Comfortableness.

Referring to Fig. 5, in some embodiments, the conditioner 100 of above-mentioned embodiment also includes heater 15, heater 15 is arranged on humidification passage 142 and positioned at the side opposite with sensible heat exchanger 11 of runner 12.Namely Say, heater 15 is arranged in connection runner 12 and indoor humidification passage 142.

In this way, when outdoor wind carries out heat exchange with indoor wind in sensible heat exchanger 11, the temperature of outdoor wind raise but Still less than the temperature positioned at indoor air, the temperature of outdoor wind is enable by the heating of heater 15 when outdoor wind passes through heater 15 Enough it is promoted to consistent with the temperature of indoor air, it is to avoid reduction indoor temperature when indoor wind is discharged to interior.Certainly, this reality Applying the heater 15 of mode can also be arranged between sensible heat exchanger 11 and runner 12, that is, be arranged on connection Exchange of apparent heat In the humidification passage 142 of device 11 and runner 12.

Referring to Fig. 5, in some embodiments, the conditioner 100 of above-mentioned embodiment also includes heater 15, heater 15 is arranged on humidification passage 142 and positioned at the side opposite with sensible heat exchanger 11 of runner 12.Humidify area 122, which also include many height, humidifies area 1222, and humidification passage 142 is sequentially communicated at least one sub- humidification area 1222, the and of heater 15 Remaining many height humidification area 1222, humidification passage 142 alternately humidifies area 1222 through many height round.Runner 12 includes phase The first side 123 and the second side 124 and the first side 123 of the back of the body are compared with the second side 124 closer to sensible heat exchanger 11, and many height humidify area First side 123 and the second side 124 are divided into some by 1222, the quantity in sub- humidification area 1222 can for two, three, four It is individual or any number of.

Humidification passage 142 alternately can be understood as through many height humidification area 1222 round：Group humidification area 1222 When quantity is two (the first son humidifies son humidification area 1222 of area 1222 and second), humidification passage 142 humidifies area from the first son 1222 the first side 123 is sequentially passed through to second side 124 in the first son humidification area 1222, the son humidification of heater 15, second area 1222 the second side 124 and first side 123 in the second son humidification area 1222；The connection of humidification passage 142 the outside runner 12 Two sons humidify first side 123 in areas 1222 with interior so that positioned at the additional wet channel 142 of runner 12 and adding in runner 12 Wet channel 142 is connected.The quantity in group humidification area 1222 is three (first son humidification area the 1222, second son humidification and of area 1222 3rd son humidification area 1222) when, humidification passage 142 sequentially passes through first side the 123, first son humidification in the first son humidification area 1222 Second side 124 in area 1222, the first of second side the 124, second son humidification area 1222 in the son humidification of heater 15, second area 1222 First side 123 in the son humidification area 1222 of side the 123, the 3rd and second side 124 in the 3rd son humidification area 1222；Outside runner 12 The son humidification area 1222 of humidification passage 142 connection the 3rd the second side 124 with indoor so that positioned at the additional wet channel 142 of runner 12 Connected with the humidification passage 142 in runner 12.

Referring to Fig. 5, in some embodiments, the conditioner 100 of above-mentioned embodiment also includes filter 16, filter 16 is arranged on humidification passage 142 and positioned between runner 12 and sensible heat exchanger 11.That is, screen pack 16 are arranged in the humidification passage 142 of connection sensible heat exchanger 11 and runner 12.

In this way, when outdoor wind passes through filter 16, the dust that outdoor wind is carried can be filtered by filter 16, so reduce into Enter the dust of runner 12 and interior, it is to avoid dust pollutes runner 12 and indoor air.In some embodiments, screen pack 16 It can also be arranged on the outdoor humidification passage 142 with sensible heat exchanger 11 of connection.

Specifically, embodiment of the present invention can only meet above-mentioned one of embodiment or while meet above-mentioned multiple Embodiment, that is to say, that the embodiment that said one or multiple embodiments are combined falls within embodiment party of the present invention The protection domain of formula.

In the description of this specification, reference term " some embodiments ", " embodiment ", " some embodiment party The description of formula ", " exemplary embodiment ", " example ", " specific example " or " some examples " etc. means with reference to the embodiment party Formula or specific features, structure, material or the feature of example description are contained at least one embodiment or example of the present invention In.In this manual, identical embodiment or example are not necessarily referring to the schematic representation of above-mentioned term.Moreover, Specific features, structure, material or the feature of description can be in any one or more embodiments or example with suitable Mode combine.

In addition, term " first ", " second " are only used for describing purpose, and it is not intended that indicating or implying relative importance Or the implicit quantity for indicating indicated technical characteristic.Thus, define " first ", the feature of " second " can express or Implicitly include at least one described feature.In the description of the invention, " multiple " are meant that at least two, such as two, Three etc., unless otherwise specifically defined.

Although embodiments of the present invention have been shown and described above, it is to be understood that above-mentioned embodiment is Exemplary, it is impossible to limitation of the present invention is interpreted as, one of ordinary skill in the art within the scope of the invention can be right Above-mentioned embodiment is changed, changed, replacing and modification, and the scope of the present invention is limited by claim and its equivalent.

Claims

1. a kind of control method of conditioner, it is characterised in that the control method includes：

Obtain indoor humidity；

Calculate the difference between setting humidity and the indoor humidity；

Determine whether the difference reaches predetermined critical, the predetermined critical includes multiple, each predetermined critical A kind of operational mode of conditioner of correspondence；With

When it is determined that the difference reaches the predetermined critical, control the conditioner with the predetermined critical Corresponding operational mode operation.

2. control method according to claim 1, it is characterised in that the control method is circulated in the given time to be held OK.

3. control method according to claim 1, the conditioner includes humidification fan, dehumidifying fan and heating Device, the operational mode includes operational factor, it is characterised in that

The operational factor includes the rotating speed of humidification fan, the rotating speed for the fan that dehumidifies, the one or more in the power of heater.

4. control method according to claim 1, the conditioner includes humidification ion generator, dehumidifying ion Generator and heater, the operational mode include operational factor, it is characterised in that

The operational mode includes the power of humidification ion generator, the power for the ion generator that dehumidifies, in the power of heater One or more.

5. the control method according to claim 3 or 4, the conditioner includes heater, the heater is used The outdoor wind got in heating from the outlet of the conditioner, the operational mode at least includes the first operation mould Formula and the second operational mode, any one of operational mode include the power of heater, multiple operational modes it is same Plant operational factor incremented by successively, it is characterised in that the control method includes：

Compare the outlet temperature and the size of design temperature；

When the outlet temperature is more than the first predetermined temperature, the conditioner is controlled to be transported with first operational mode OK, the power of the heater in first operational mode is zero；With

When the outlet temperature is less than the second predetermined temperature, the conditioner is controlled to be transported with second operational mode OK, the power of the heater in second operational mode is more than zero, and it is pre- that second predetermined temperature is less than described first Constant temperature degree.

6. a kind of conditioner, it is characterised in that the conditioner includes：

Acquisition module, the acquisition module is used to obtain indoor humidity；

Determining module, the determining module is used to determine whether the difference reaches predetermined critical, the predetermined critical bag Include multiple, a kind of operational mode of conditioner of each predetermined critical correspondence；With

First control module, first control module is used for when it is determined that the difference reaches the predetermined critical, control The conditioner is run with operational mode corresponding with the predetermined critical.

7. conditioner according to claim 6, it is characterised in that the acquisition module, the computing module, institute State determining module and the control module circulates execution in the given time.

8. conditioner according to claim 6, it is characterised in that the conditioner includes humidification wind Fan, dehumidifying fan and heater, the operational mode include operational factor, and the operational factor includes the rotating speed of humidification fan, One or more in the rotating speed of dehumidifying fan, the power of heater.

9. conditioner according to claim 6, it is characterised in that the conditioner includes humidification ion Generator, dehumidifying ion generator and heater, the operational mode include operational factor, the operational mode include humidification from One or more in the power of electronic generator, the power for the ion generator that dehumidifies, the power of heater.

10. conditioner according to claim 8 or claim 9, it is characterised in that the conditioner includes heating Device, the heater is used to heat the outdoor wind got in from the outlet of the conditioner, and the operational mode is extremely Include the first operational mode and the second operational mode less, any one of operational mode includes the power of heater, multiple The operational factor of the same race of the operational mode is incremented by successively, and the conditioner also includes：

Detection module, the detection module is used for the outlet that sensing chamber's exogenous wind is got in from the outlet of the conditioner Temperature；

Second control module, second control module is used to, when the outlet temperature is more than the first predetermined temperature, control institute State conditioner to run with first operational mode, the power of the heater in first operational mode is Zero；With

3rd control module, the 3rd control module is used to, when the outlet temperature is less than the second predetermined temperature, control institute State conditioner to run with second operational mode, the power of the heater in second operational mode is more than Zero, second predetermined temperature is less than first predetermined temperature.

11. a kind of computer-readable recording medium, it is characterised in that including the computer journey being used in combination with conditioner Sequence, the computer program can be executed by processor to complete the control method described in claim 1-5 any one.

12. a kind of air conditioner, it is characterised in that including：

Conditioner；

One or more processors；

Memory；And

One or more programs, wherein one or more of programs are stored in the memory, and are configured by institute One or more processors execution is stated, described program is used for the finger that perform claim requires the control method described in 1-5 any one Order.

13. air conditioner according to claim 12, it is characterised in that the air conditioner includes：

Runner；

Air ducting, the air ducting is used to the indoor wind after the sensible heat exchanger being oriented to the runner；

Blower unit, the blower unit is used to the outdoor wind after the sensible heat exchanger being oriented to the runner；

The runner is used to dehumidify to the indoor wind after the sensible heat exchanger, and air ducting is used for after dehumidifying The indoor wind discharge is outdoor；

The runner is used to humidify the outdoor wind after the sensible heat exchanger, and blower unit is used for after humidification The outdoor wind is discharged to interior.

14. air conditioner according to claim 13, it is characterised in that area of space corresponding with the runner includes dehumidifying Area and humidification area, the air ducting are used to the indoor wind after the sensible heat exchanger being oriented to and the dehumidifying area The corresponding runner part, the blower unit is used to the outdoor wind after the sensible heat exchanger being oriented to and institute The corresponding runner part in humidification area is stated, when in runner rotation, the runner part corresponding with the dehumidifying area Part or all enter the humidification area with by the moisture content on the runner part corresponding with the dehumidifying area be supplied to by The outdoor wind of the runner is humidified.

15. the air conditioner according to claim 12 or 13, it is characterised in that the air ducting includes dehumidifying fan and removed Wet channel, the dehumidifying fan is located at described except in wet channel, and the dehumidifying fan is being arranged on the runner with the sensible heat The opposite side of exchanger；Or

The air ducting includes dehumidifying fan and except wet channel, and the dehumidifying fan is removed in wet channel positioned at described, described to remove Wet wind fan is arranged between the runner and the sensible heat exchanger；Or

The air ducting includes dehumidifying ion wind generator and except wet channel, and the dehumidifying ion wind generator is located at described remove In wet channel, it is described dehumidifying ion wind generator be arranged on the runner between the sensible heat exchanger.

16. the air conditioner according to claim 12 or 13, it is characterised in that the blower unit includes humidification fan and added Wet channel, the humidification fan is located in the humidification passage, and the humidification fan is being arranged on the runner with the sensible heat The opposite side of exchanger；Or

The blower unit includes humidification fan and humidification passage, and the humidification fan is located in the humidification passage, described to add Wet wind fan is arranged between the runner and the sensible heat exchanger；Or

The blower unit includes humidifying ion wind generator and humidification passage, and the humidification ion wind generator is located at described add In wet channel, the humidification ion wind generator is arranged on the side opposite with the sensible heat exchanger of the runner；Or

The blower unit includes humidifying ion wind generator and humidification passage, and the humidification ion wind generator is located at described add In wet channel, the humidification ion wind generator is arranged between the runner and the sensible heat exchanger.

17. air conditioner according to claim 15, it is characterised in that the dehumidifying area also includes many height dehumidifying area, institute State except wet channel alternately runs through the multiple sub- dehumidifying area round.

18. air conditioner according to claim 16, it is characterised in that the humidification area also includes many height and humidifies area, institute State humidification passage and be sequentially communicated at least one described sub- humidification area, the heater and remaining the multiple sub- humidification area, institute State humidification passage and alternately run through the multiple sub- humidification area round.