CN107101320A - Air conditioner and mobile terminal - Google Patents
Air conditioner and mobile terminal Download PDFInfo
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- CN107101320A CN107101320A CN201710132613.4A CN201710132613A CN107101320A CN 107101320 A CN107101320 A CN 107101320A CN 201710132613 A CN201710132613 A CN 201710132613A CN 107101320 A CN107101320 A CN 107101320A
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F11/00—Control or safety arrangements
- F24F11/30—Control or safety arrangements for purposes related to the operation of the system, e.g. for safety or monitoring
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F2110/00—Control inputs relating to air properties
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F2110/00—Control inputs relating to air properties
- F24F2110/10—Temperature
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F2110/00—Control inputs relating to air properties
- F24F2110/10—Temperature
- F24F2110/12—Temperature of the outside air
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- General Engineering & Computer Science (AREA)
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Abstract
The invention discloses a kind of air conditioner and mobile terminal, belong to air-conditioning technical field.Air conditioner mainly includes processor and transmitter, wherein, processor is used to obtain basic parameter and corrected parameter that the air conditioner required for calculating heat pump performance and heat exchange amount is run, calculate and determine heat pump performance and heat exchange amount etc., transmitter is used to send actual performance parameter and actual heat exchange amount to mobile terminal.The related performance information of air-conditioning by mobile terminals such as mobile phones can be pushed to user by invention air conditioner by said apparatus, user is set to know clear and definite air-conditioning real time execution parameter, the transparency of operation of air conditioner information is added, the man-machine interaction experience of air-conditioning products is improved.
Description
Technical field
The present invention relates to air-conditioning technical field, more particularly to air conditioner and mobile terminal.
Background technology
The level of informatization of current air conditioner product is not high, and its display function is very limited, be only able to display indoor temperature,
Design temperature and other functional symbols, do not have calculating and the in real time ginseng such as display refrigerating capacity, heating capacity and performance parameter
Several functions, and user is similarly more concerned about these deep layer subparameters of air conditioner, therefore such air conditioner product exists
The need for this current epoch for pursuing big data can not meet user at all, user can not obtain refrigerating capacity, heating capacity and
The key message of the relation air conditioner service ability such as performance parameter, have impact on the usage experience of air conditioner user, and this problem is also
The follow-up functions expanding of air-conditioning brings obstruction.
The content of the invention
The invention provides a kind of air conditioner and mobile terminal, it is intended to shows refrigerating capacity, heating capacity to user using mobile phone
And the parameter such as performance parameter.There is a basic understanding for some aspects of the embodiment to disclosure, shown below is letter
Single summary.The summarized section is not extensive overview, nor to determine key/critical component or describe these embodiments
Protection domain.Its sole purpose is that some concepts are presented with simple form, in this, as the preamble of following detailed description.
According to the first aspect of the invention there is provided a kind of air conditioner, air conditioner includes：Processor, for obtaining sky
The basic parameter and corrected parameter of device operation are adjusted, wherein, basic parameter includes compressor frequency parameter and temperature parameter, amendment ginseng
Number includes rotation speed of fan parameter and humidity parameter；And for determining initial performance parameter according to basic parameter, according to primality
Energy parameter and corrected parameter obtain actual performance parameter, and the actual heat exchange amount of air conditioner is determined according to actual performance parameter；Initially
Performance parameter is calculated according to equation below and obtained：COP0=-A*f+B*T+C, wherein, COP0For initial performance parameter, f is compression
Unit frequency parameter, T is temperature parameter, and A is the design factor of compressor frequency parameter, and B is the design factor of temperature parameter, and C is
Calculation constant；Transmitter, for sending actual performance parameter and actual heat exchange amount to mobile terminal.
Further, when air conditioner runs refrigeration mode, temperature parameter is outdoor circumstance temperature, and rotation speed of fan parameter is interior
Rotation speed of fan and outdoor fan rotating speed, humidity parameter is indoor humidity.
Further, processor is additionally operable to obtain the rated speed of indoor fan, the rated speed of outdoor fan and specified
Indoor specified humidity under operating mode；Processor is used to obtain actual performance parameter according to initial performance parameter and corrected parameter, wraps
Include：According to the rated speed of rotation speed of fan parameter, the rated speed of indoor fan and outdoor fan, the rotating speed of indoor fan is determined
The rotating speed correction of correction and outdoor fan；And according to the indoor specified humidity under humidity parameter and declared working condition, it is determined that
Air conditioner runs indoor relative humidity correction during refrigeration mode.
Further, the rotating speed correction of indoor fan is calculated according to equation below and obtained：RPMn=Npn* (RPM_tn-
RPM_gn), wherein, RPMn be indoor fan rotating speed correction, Npn for indoor fan rotating speed correction correction factor,
RPM_tn is indoor fan rotating speed, and RPM_gn is the rated speed of indoor fan；The rotating speed correction of outdoor fan is according to as follows
Formula is calculated and obtained：RPMw=NPw* (RPM_tw-RPM_gw), wherein, RPMw is the rotating speed correction of outdoor fan, and NPw is
The correction factor of the rotating speed correction of outdoor fan, RPM_tw is outdoor fan rotating speed, and RPM_gw is specified turn of outdoor fan
Speed；Indoor relative humidity correction when air conditioner runs refrigeration mode is calculated according to equation below to be obtained：Tn=Ntn* (T_
Tn-T_gn), wherein, Tn is indoor relative humidity correction, and Ntn is the correction factor of indoor relative humidity correction, and T_tn is
Indoor humidity, T_gn is the indoor specified humidity under declared working condition.
Further, processor is used to obtain actual performance parameter according to initial performance parameter and corrected parameter, including：It is empty
Adjust actual performance parameter during device operation refrigeration mode to calculate according to equation below to obtain：COPc=COP0+ RPMw+RPMn+Tn,
Wherein, COPc is actual performance parameter.
Further, processor is additionally operable to obtain input power of the air conditioner when running refrigeration mode；Processor is used for
The actual heat exchange amount of air conditioner is determined according to actual performance parameter, actual heat exchange amount includes refrigerating capacity, including：Air-conditioning is made in operation
Refrigerating capacity during chill formula is calculated according to equation below to be obtained：CC=COPc*Pc, wherein, CC is refrigerating capacity, and Pc is that air conditioner exists
Run input power during refrigeration mode.
Further, when air conditioner runs heating mode, temperature parameter is indoor circumstance temperature, and rotation speed of fan parameter is interior
Rotation speed of fan and outdoor fan rotating speed, humidity parameter is outside humidity.
Further, processor is additionally operable to obtain the rated speed of indoor fan, the rated speed of outdoor fan and specified
Outdoor specified humidity under operating mode；Processor is used to obtain actual performance parameter according to initial performance parameter and corrected parameter, wraps
Include：According to the rated speed of rotation speed of fan parameter, the rated speed of indoor fan and outdoor fan, the rotating speed of indoor fan is determined
The rotating speed correction of correction and outdoor fan；And according to the outdoor specified humidity under humidity parameter and declared working condition, it is determined that
Air conditioner runs outside relative humidity correction during heating mode.
Further, the rotating speed correction of indoor fan is calculated according to equation below and obtained：RPMn=Npn* (RPM_tn-
RPM_gn), wherein, RPMn be indoor fan rotating speed correction, Npn for indoor fan rotating speed correction correction factor,
RPM_tn is indoor fan rotating speed, and RPM_gn is the rated speed of indoor fan；The rotating speed correction of outdoor fan is according to as follows
Formula is calculated and obtained：RPMw=NPw* (RPM_tw-RPM_gw), wherein, RPMw is the rotating speed correction of outdoor fan, and NPw is
The correction factor of the rotating speed correction of outdoor fan, RPM_tw is outdoor fan rotating speed, and RPM_gw is specified turn of outdoor fan
Speed；Outside relative humidity correction when air conditioner runs heating mode is calculated according to equation below to be obtained：Tw=Ntw* (T_
Tw-T_gw), wherein, Tw is outside relative humidity correction, and Ntw is the correction factor of outside relative humidity correction, and T_tw is
Outside humidity, T_gw is the outdoor specified humidity under declared working condition.
Further, processor is used to obtain actual performance parameter according to initial performance parameter and corrected parameter, including：It is empty
Adjust actual performance parameter during device operation heating mode to calculate according to equation below to obtain：COPh=COP0+ RPMw+RPMn+Tw,
Wherein, COPh is actual performance parameter.
Further, processor is additionally operable to obtain input power of the air conditioner when running heating mode；Processor is used for
The actual heat exchange amount of air conditioner is determined according to actual performance parameter, actual heat exchange amount includes heating capacity, including：Air-conditioning is made in operation
Heating capacity during heat pattern is calculated according to equation below to be obtained：HC=COPh*Ph, wherein, HC is heating capacity, and Ph is that air conditioner exists
Run input power during heating mode.
According to the second aspect of the invention, a kind of mobile terminal is additionally provided, mobile terminal includes：Receiver, is used for
Actual performance parameter and actual heat exchange amount that air conditioner is sent are received, actual performance parameter and actual heat exchange amount are as follows
It is determined that：Initial performance parameter is determined according to basic parameter, actual performance parameter is obtained according to initial performance parameter and corrected parameter,
The actual heat exchange amount of air conditioner is determined according to actual performance parameter；Wherein, basic parameter includes compressor frequency parameter and temperature
Parameter, corrected parameter includes rotation speed of fan parameter and humidity parameter；Initial performance parameter is calculated according to equation below and obtained：COP0
=-A*f+B*T+C, wherein, COP0For initial performance parameter, f is compressor frequency parameter, and T is temperature parameter, and A is compressor
The design factor of frequency parameter, B is the design factor of temperature parameter, and C is calculation constant；Display, for showing real to user
Border performance parameter and actual heat exchange amount.
Further, when air conditioner runs refrigeration mode, temperature parameter is outdoor circumstance temperature, and rotation speed of fan parameter is interior
Rotation speed of fan and outdoor fan rotating speed, humidity parameter is indoor humidity.
Further, air conditioner is additionally operable to obtain the rated speed of indoor fan, the rated speed of outdoor fan and specified
Indoor specified humidity under operating mode；Actual performance parameter is obtained according to initial performance parameter and corrected parameter, including：According to blower fan
The rated speed of rotary speed parameter, the rated speed of indoor fan and outdoor fan, determines rotating speed correction and the room of indoor fan
The rotating speed correction of outer blower fan；According to the indoor specified humidity under humidity parameter and declared working condition, air conditioner operation refrigeration is determined
Indoor relative humidity correction during pattern.
Further, the rotating speed correction of indoor fan is calculated according to equation below and obtained：RPMn=Npn* (RPM_tn-
RPM_gn), wherein, RPMn be indoor fan rotating speed correction, Npn for indoor fan rotating speed correction correction factor,
RPM_tn is indoor fan rotating speed, and RPM_gn is the rated speed of indoor fan；The rotating speed correction of outdoor fan is according to as follows
Formula is calculated and obtained：RPMw=NPw* (RPM_tw-RPM_gw), wherein, RPMw is the rotating speed correction of outdoor fan, and NPw is
The correction factor of the rotating speed correction of outdoor fan, RPM_tw is outdoor fan rotating speed, and RPM_gw is specified turn of outdoor fan
Speed；Indoor relative humidity correction when air conditioner runs refrigeration mode is calculated according to equation below to be obtained：Tn=Ntn* (T_
Tn-T_gn), wherein, Tn is indoor relative humidity correction, and Ntn is the correction factor of indoor relative humidity correction, and T_tn is
Indoor humidity, T_gn is the indoor specified humidity under declared working condition.
Further, actual performance parameter is obtained according to initial performance parameter and corrected parameter, including：Air conditioner operation system
Actual performance parameter during chill formula is calculated according to equation below to be obtained：COPc=COP0+ RPMw+RPMn+Tn, wherein, COPc
For actual performance parameter.
Further, air conditioner is additionally operable to obtain input power of the air conditioner when running refrigeration mode；According to actual property
Energy parameter determines the actual heat exchange amount of air conditioner, and actual heat exchange amount includes refrigerating capacity, including：Air-conditioning run refrigeration mode when
Refrigerating capacity is calculated according to equation below and obtained：CC=COPc*Pc, wherein, CC is refrigerating capacity, and Pc is air conditioner in operation refrigeration mould
Input power during formula.
Further, when air conditioner runs heating mode, temperature parameter is indoor circumstance temperature, and rotation speed of fan parameter is interior
Rotation speed of fan and outdoor fan rotating speed, humidity parameter is outside humidity.
Further, air conditioner is additionally operable to obtain the rated speed of indoor fan, the rated speed of outdoor fan and specified
Outdoor specified humidity under operating mode；Actual performance parameter is obtained according to initial performance parameter and corrected parameter, including：According to blower fan
The rated speed of rotary speed parameter, the rated speed of indoor fan and outdoor fan, determines rotating speed correction and the room of indoor fan
The rotating speed correction of outer blower fan；According to the outdoor specified humidity under humidity parameter and declared working condition, determine that air conditioner operation is heated
Outside relative humidity correction during pattern.
Further, the rotating speed correction of indoor fan is calculated according to equation below and obtained：RPMn=Npn* (RPM_tn-
RPM_gn), wherein, RPMn be indoor fan rotating speed correction, Npn for indoor fan rotating speed correction correction factor,
RPM_tn is indoor fan rotating speed, and RPM_gn is the rated speed of indoor fan；The rotating speed correction of outdoor fan is according to as follows
Formula is calculated and obtained：RPMw=NPw* (RPM_tw-RPM_gw), wherein, RPMw is the rotating speed correction of outdoor fan, and NPw is
The correction factor of the rotating speed correction of outdoor fan, RPM_tw is outdoor fan rotating speed, and RPM_gw is specified turn of outdoor fan
Speed；Outside relative humidity correction when air conditioner runs heating mode is calculated according to equation below to be obtained：Tw=Ntw* (T_
Tw-T_gw), wherein, Tw is outside relative humidity correction, and Ntw is the correction factor of outside relative humidity correction, and T_tw is
Outside humidity, T_gw is the outdoor specified humidity under declared working condition.
Further, actual performance parameter is obtained according to initial performance parameter and corrected parameter, including：Air conditioner operation system
Actual performance parameter during heat pattern is calculated according to equation below to be obtained：COPh=COP0+ RPMw+RPMn+Tw, wherein, COPh
For actual performance parameter.
Further, air conditioner is additionally operable to obtain input power of the air conditioner when running heating mode；According to actual property
Energy parameter determines the actual heat exchange amount of air conditioner, and actual heat exchange amount includes heating capacity, including：Air-conditioning run heating mode when
Heating capacity is calculated according to equation below and obtained：HC=COPh*Ph, wherein, HC is heating capacity, and Ph is that air conditioner heats mould in operation
Input power during formula.
The air conditioner of the present invention, can be with by calculating parameters such as compressor frequency, temperature, rotation speed of fan and humidity
The performance parameter and refrigerating/heating amount during air conditioner running are obtained, and can be aobvious to user by mobile terminals such as mobile phones
Show relevant parameter information, user is got information about the service ability of air conditioner, improve the usage experience of user.
It should be appreciated that the general description of the above and detailed description hereinafter are only exemplary and explanatory, not
Can the limitation present invention.
Brief description of the drawings
Accompanying drawing herein is merged in specification and constitutes the part of this specification, shows the implementation for meeting the present invention
Example, and for explaining principle of the invention together with specification.
Fig. 1 is that each device of the air conditioner of the present invention according to an exemplary implementation transmits schematic diagram；
Fig. 2 is the workflow diagram of the air conditioner of the present invention according to an exemplary embodiment；
Fig. 3 is the device transmission schematic diagram of the mobile terminal of the present invention according to an exemplary embodiment；
Fig. 4 is the workflow diagram of the mobile terminal of the present invention according to an exemplary embodiment.
Embodiment
The following description and drawings fully show specific embodiments of the present invention, to enable those skilled in the art to
Put into practice them.Other embodiments can include structure, logic, electric, process and other changes.Embodiment
Only represent possible change.Unless explicitly requested, otherwise single components and functionality is optional, and the order operated can be with
Change.The part of some embodiments and feature can be included in or replace part and the feature of other embodiments.This hair
The scope of bright embodiment includes the gamut of claims, and claims is all obtainable equivalent
Thing.Herein, each embodiment individually or can be represented generally with term " invention ", and it is convenient that this is used for the purpose of,
And if in fact disclosing the invention more than one, the scope for being not meant to automatically limit the application is any single invention
Or inventive concept.Herein, such as first and second or the like relational terms be used only for by an entity or operation with
Another entity or operation make a distinction, without requiring or implying between these entities or operation there is any actual relation
Or order.Moreover, term " comprising ", "comprising" or any other variant thereof is intended to cover non-exclusive inclusion, so that
So that process, method or equipment including a series of key elements not only include those key elements, but also including being not expressly set out
Other key elements, or also include for this process, method or the intrinsic key element of equipment.In the feelings of not more limitations
Under condition, the key element limited by sentence "including a ...", it is not excluded that in the process including the key element, method or equipment
In also there is other identical element.Each embodiment herein is described by the way of progressive, and each embodiment is stressed
Be all between difference with other embodiment, each embodiment identical similar portion mutually referring to.For implementing
For example disclosed method, product etc., because it is corresponding with method part disclosed in embodiment, so the comparison of description is simple
Single, related part is referring to method part illustration.
As depicted in figs. 1 and 2, the invention provides a kind of air conditioner, in order to realize to heat pump performance and refrigerating/heating
The calculating and transmission of heat exchange amount during operation, air conditioner mainly include processor and transmitter, wherein, processor is mainly used in obtaining
Basic parameter and corrected parameter that air conditioner required for calculating heat pump performance and heat exchange amount is run, calculate and determine heat pump performance
And heat exchange amount etc., transmitter is mainly used in sending actual performance parameter and actual heat exchange amount to mobile terminal.Air-conditioning of the present invention
The related performance information of air-conditioning by mobile terminals such as mobile phones can be pushed to user by device by said apparatus, allow user
Know clear and definite air-conditioning real time execution parameter, add the transparency of operation of air conditioner information, improve the man-machine friendship of air-conditioning products
Mutually experience.
In an embodiment of the present invention, the basic parameter acquired in the processor of air conditioner include compressor frequency parameter and
Temperature parameter, wherein, compressor frequency parameter is the running frequency of the compressor for the outdoor unit for being arranged at air conditioner, temperature parameter
Including outdoor circumstance temperature and indoor circumstance temperature, outdoor circumstance temperature can be obtained by outdoor temperature sensor detection, and indoor circumstance temperature can pass through room
Interior temperature sensor detection is obtained, and the associated temperature parameter information such as outdoor circumstance temperature and indoor circumstance temperature is transmitted to processor.
In addition, the corrected parameter acquired in the processor of air-conditioning includes rotation speed of fan parameter and humidity parameter, wherein, blower fan
Rotary speed parameter includes being arranged at the rotating speed of the outdoor fan of outdoor unit and is arranged at the rotating speed of the indoor fan of indoor set, humidity ginseng
Number includes outside humidity and indoor humidity, and outside humidity can be detected by outside humidity sensor and obtained, and indoor humidity can be with
Obtained by the detection of indoor environment humidity sensor, and the relative humidity parameter informations such as outside humidity biography and indoor humidity are transmitted
To processor.
In an embodiment of the present invention, processor calculates the idiographic flow for determining heat pump performance and heat exchange amount：S201, root
Initial performance parameter is determined according to basic parameter；S202, actual performance parameter obtained according to initial performance parameter and corrected parameter；
S203, the actual heat exchange amount for determining according to actual performance parameter air conditioner.
In a upper embodiment, the flow of processor of the invention also includes step S204：According to initial performance parameter, really
Determine the initial heat exchange amount of air conditioner.Wherein, initial performance parameter is initial performance parameter determined by step S201, initial heat exchange
Measure as without the air-conditioning heat exchange amount of amendment, actual heat exchange amount when transmitter transmits operation of air conditioner to mobile client simultaneously and
Initial heat exchange amount, can more intuitively know rotation speed of fan and indoor and outdoor surroundingses humidity to operation of air conditioner performance and heat exchange amount
Influence.
Processor, can be by phase after the actual performance parameter, initial heat exchange amount and the actual heat exchange amount that determine air conditioner is calculated
Close data to be transferred to after transmitter, information of the transmitter receipt from processor, these parameter informations be sent to mobile terminal,
In order to which mobile terminal shows actual performance parameter, initial heat exchange amount and actual heat exchange amount to user.
In the step S201 performed by processor, initial performance parameter is calculated according to equation below and obtained：
COP0=-A*f+B*T+C,
Wherein, COP0For initial performance parameter, f is compressor frequency parameter, and T is temperature parameter, and A joins for compressor frequency
Several design factors, B is the design factor of temperature parameter, and C is calculation constant, according to air-conditioning model and operational mode not
Together, the parameter such as A, B and C involved by above-mentioned calculation formula can also modify and adjust as needed.
In above-described embodiment, processor is mainly used in performing the step S100 in the workflow diagram shown in Fig. 2：Obtain empty
Adjust the basic parameter and corrected parameter of device operation；And for performing step S201~S204 disclosed in embodiment；Transmitter
Then it is mainly used in performing step S300：Actual performance parameter and actual heat exchange amount are sent to mobile terminal.
In an embodiment of the present invention, due to air-conditioning in summer operation refrigeration mode and winter operation heating mode it is residing
Operating mode it is different, therefore the invention provides the handling process under two kinds of operating modes of cooling in summer and winter heating, idiographic flow
It is as follows：
Embodiment (one), air conditioner be in cooling in summer operating mode when, processor obtain air conditioner operation basic parameter
Include with the process of corrected parameter：The operational mode of air conditioner is determined, operational mode includes refrigeration mode；Run and make in air conditioner
During chill formula, the temperature parameter of acquisition is outdoor circumstance temperature, and compressor frequency parameter is the running frequency of compressor under current working,
Rotation speed of fan parameter is indoor fan rotating speed and outdoor fan rotating speed, and humidity parameter is indoor humidity.
Therefore in step s 201, calculation formula COP0T in=- A*f+B*T+C is outdoor circumstance temperature, and f is cooling condition
The running frequency of lower compressor.
Meanwhile, processor is additionally operable to obtain rated speed, the rated speed of outdoor fan and the declared working condition of indoor fan
Under indoor specified humidity；Wherein, the rated speed of indoor fan refers under the declared working condition of national regulations, tests specified work
The rated rotational frequency of the indoor fan used during condition；The rated speed of outdoor fan refers under the declared working condition of national regulations,
The rated rotational frequency of the outdoor fan used during test declared working condition；Therefore the indoor specified humidity acquired under declared working condition
Under the declared working condition of national regulations, to test the indoor standard humidity used during declared working condition.
In operation of air conditioner refrigeration mode, actual performance is obtained according to initial performance parameter and corrected parameter in step S202
Parameter, its idiographic flow includes：According to the rated speed of rotation speed of fan parameter, the rated speed of indoor fan and outdoor fan,
Wherein, rotation speed of fan parameter includes the indoor fan rotating speed and outdoor fan rotating speed in above-described embodiment, according to this four rotating speeds
Parameter can determine the rotating speed correction of indoor fan and the rotating speed correction of outdoor fan respectively；According to humidity parameter and specified work
Indoor specified humidity under condition, wherein, humidity parameter is the indoor humidity in above-described embodiment, according to indoor humidity and indoor volume
Determine indoor relative humidity correction when two parameters of humidity can determine that air conditioner operation refrigeration mode.
Obtained specifically, the rotating speed correction of indoor fan during operation of air conditioner refrigeration mode is calculated according to equation below：
RPMn=Npn* (RPM_tn-RPM_gn),
Wherein, RPMn is the rotating speed correction of indoor fan, and Npn is the correction factor of the rotating speed correction of indoor fan,
RPM_tn is indoor fan rotating speed, and RPM_gn is the rated speed of indoor fan；
The rotating speed correction of outdoor fan is calculated according to equation below and obtained：
RPMw=NPw* (RPM_tw-RPM_gw),
Wherein, RPMw is the rotating speed correction of outdoor fan, and NPw is the correction factor of the rotating speed correction of outdoor fan,
RPM_tw is outdoor fan rotating speed, and RPM_gw is the rated speed of outdoor fan；
In addition, indoor relative humidity correction when air conditioner runs refrigeration mode is calculated according to equation below and obtained：
Tn=Ntn* (T_tn-T_gn),
Wherein, Tn is indoor relative humidity correction, and Ntn is the correction factor of indoor relative humidity correction, and T_tn is
Indoor humidity, T_gn is the indoor specified humidity under declared working condition.
In the step S202 of embodiment, according to initial performance parameter and corrected parameter, air conditioner operation refrigeration mode is obtained
When actual performance parameter, its idiographic flow includes：Actual performance parameter during air conditioner operation refrigeration mode is according to following public affairs
Formula is calculated and obtained：
COPc=COP0+ RPMw+RPMn+Tn,
Wherein, COPc is actual performance parameter, COPOTo calculate the initial performance parameter of determination in step S201, RPMw,
RPMn and Tn is calculates obtained correction in above-described embodiment, the present invention only considers indoor wet in operation of air conditioner refrigeration mode
Degree, does not consider to pertain only to indoor relative humidity correction Tn in outside humidity, therefore the step.
In embodiment, processor is additionally operable to obtain input power of the air conditioner when running refrigeration mode；In step S203
Refrigerating capacity when the middle actual heat exchange amount that air conditioner is determined according to actual performance parameter is operation of air conditioner refrigeration mode, step
S203 idiographic flow includes：Refrigerating capacity of the air-conditioning when running refrigeration mode is calculated according to equation below to be obtained：
CC=COPc*Pc,
Wherein, CC is refrigerating capacity, and COPc is calculated the actual performance parameter of determination by above-mentioned steps S202, and Pc is air conditioner
Input power when running refrigeration mode.
Embodiment (two), air conditioner be in winter heating's operating mode when, processor obtain air conditioner operation basic parameter
Include with the process of corrected parameter：The operational mode of air conditioner is determined, operational mode includes heating mode；Run and make in air conditioner
During heat pattern, the temperature parameter of acquisition is indoor circumstance temperature, and compressor frequency parameter is the running frequency of compressor under current working,
Rotation speed of fan parameter is indoor fan rotating speed and outdoor fan rotating speed, and humidity parameter is outside humidity.
Therefore in step s 201, calculation formula COP0T in=- A*f+B*T+C is indoor circumstance temperature, and f is heating condition
The running frequency of lower compressor.
Meanwhile, processor is additionally operable to obtain rated speed, the rated speed of outdoor fan and the declared working condition of indoor fan
Under outdoor specified humidity；Wherein, the rated speed of indoor fan refers under the declared working condition of national regulations, tests specified work
The rated rotational frequency of the indoor fan used during condition；The rated speed of outdoor fan refers under the declared working condition of national regulations,
The rated rotational frequency of the outdoor fan used during test declared working condition；Therefore the outdoor specified humidity acquired under declared working condition
Under the declared working condition of national regulations, to test the outdoor standard humidity used during declared working condition.
In operation of air conditioner heating mode, actual performance is obtained according to initial performance parameter and corrected parameter in step S202
Parameter, its idiographic flow includes：According to the rated speed of rotation speed of fan parameter, the rated speed of indoor fan and outdoor fan,
Wherein, rotation speed of fan parameter includes the indoor fan rotating speed and outdoor fan rotating speed in above-described embodiment, according to this four rotating speeds
Parameter can determine the rotating speed correction of indoor fan and the rotating speed correction of outdoor fan respectively；According to humidity parameter and specified work
Outdoor specified humidity under condition, wherein, humidity parameter is the outside humidity in above-described embodiment, according to outside humidity and outdoor volume
Determine outside relative humidity correction when two parameters of humidity can determine that air conditioner operation heating mode.
Obtained specifically, the rotating speed correction of indoor fan is calculated according to equation below：
RPMn=Npn* (RPM_tn-RPM_gn),
Wherein, RPMn is the rotating speed correction of indoor fan, and Npn is the correction factor of the rotating speed correction of indoor fan,
RPM_tn is indoor fan rotating speed, and RPM_gn is the rated speed of indoor fan；
The rotating speed correction of outdoor fan is calculated according to equation below and obtained：
RPMw=NPw* (RPM_tw-RPM_gw),
Wherein, RPMw is the rotating speed correction of outdoor fan, and NPw is the correction factor of the rotating speed correction of outdoor fan,
RPM_tw is outdoor fan rotating speed, and RPM_gw is the rated speed of outdoor fan；
In addition, the outside relative humidity correction when air conditioner runs heating mode is calculated according to equation below and obtained：
Tw=Ntw* (T_tw-T_gw),
Wherein, Tw is outside relative humidity correction, and Ntw is the correction factor of outside relative humidity correction, and T_tw is
Outside humidity, T_gw is the outdoor specified humidity under declared working condition.
In the step S202 of embodiment, according to initial performance parameter and corrected parameter, air conditioner operation heating mode is obtained
When actual performance parameter, its idiographic flow includes：Actual performance parameter during air conditioner operation heating mode is according to following public affairs
Formula is calculated and obtained：
COPh=COP0+ RPMw+RPMn+Tw,
Wherein, COPh is actual performance parameter, COPOTo calculate the initial performance parameter of determination in step S201, RPMw,
RPMn and Tn is calculates obtained correction in above-described embodiment, the present invention only considers outdoor wet in operation of air conditioner heating mode
Degree, does not consider to pertain only to outside relative humidity correction Tw in indoor humidity, therefore the step.
In embodiment, processor is additionally operable to obtain input power of the air conditioner when running heating mode；In step S203
The actual heat exchange amount of the middle air conditioner according to determined by actual performance parameter is heating capacity, and its idiographic flow includes：Air-conditioning is in fortune
Heating capacity during row heating mode is calculated according to equation below to be obtained：
HC=COPh*Ph,
Wherein, HC is heating capacity, and COPh is calculated the actual performance parameter of determination by above-mentioned steps S202, and Ph is air conditioner
Input power when running heating mode.
In addition, in above-described embodiment (one) and embodiment (two), step S204 determines sky according to initial performance parameter
Adjust the initial heat exchange amount of device to be divided into initial refrigerating capacity and initial heating capacity, specifically calculate as follows：
In operation of air conditioner refrigeration mode, CCInitially=COP0* Pc, wherein, CCInitiallyFor initial refrigerating capacity, Pc is that air conditioner exists
Run input power during refrigeration mode；
In operation of air conditioner heating mode, HCInitially=COP0* Ph, wherein, HCInitiallyFor initial heating capacity, Ph is that air conditioner exists
Run input power during heating mode.
As shown in Figure 3 and Figure 4, present invention also offers a kind of mobile terminal, in order to realize to heat pump performance and refrigeration/
The function such as transmission and display of the information such as heat exchange amount during heating operation, mobile terminal mainly includes receiver and display, wherein
Receiver is mainly used in receiving actual performance parameter and actual heat exchange amount that air conditioner is sent, and display is mainly used in aobvious to user
Show actual performance parameter and actual heat exchange amount.Mobile terminal of the present invention can complete to join air-conditioning correlated performance by said apparatus
Several transmission, it is possible to which these parameter informations are pushed into user, is easy to user to understand the real time execution performance of air-conditioning.
Mobile terminal can be mobile phone or tablet personal computer etc., and mobile terminal can carry out data with one or more air conditioners
Communication, so as to realize the data interaction of the related operational factor of air-conditioning.
In embodiment, receiver is mainly used in performing the step S401 in the workflow diagram shown in Fig. 4：Receive air conditioner
The actual performance parameter and actual heat exchange amount of transmission；Display is mainly used in performing the step S402 disclosed in embodiment：Xiang Yong
Family shows actual performance parameter and actual heat exchange amount.
Wherein, the receiver of mobile terminal is received actual performance parameter and actual heat exchange amount, are the skies communicated
Device is adjusted to calculate determination according to the method disclosed in air conditioner embodiment above.
It should be appreciated that the invention is not limited in the flow and structure for being described above and being shown in the drawings,
And various modifications and changes can be being carried out without departing from the scope.The scope of the present invention is only limited by appended claim
System.
Claims (22)
1. a kind of air conditioner, it is characterised in that the air conditioner includes：
Processor, basic parameter and corrected parameter for obtaining air conditioner operation, wherein, the basic parameter includes compressor
Frequency parameter and temperature parameter, the corrected parameter include rotation speed of fan parameter and humidity parameter；And
For determining initial performance parameter according to basic parameter, reality is obtained according to the initial performance parameter and the corrected parameter
Border performance parameter, the actual heat exchange amount of air conditioner is determined according to the actual performance parameter；The initial performance parameter is according to such as
Lower formula is calculated and obtained：
COP0=-A*f+B*T+C,
Wherein, COP0For the initial performance parameter, f is the compressor frequency parameter, and T is the temperature parameter, and A is described
The design factor of compressor frequency parameter, B is the design factor of the temperature parameter, and C is calculation constant；
Transmitter, for sending the actual performance parameter and actual heat exchange amount to mobile terminal.
2. air conditioner according to claim 1, it is characterised in that
When the air conditioner runs refrigeration mode, the temperature parameter is outdoor circumstance temperature, and the rotation speed of fan parameter is interior
Rotation speed of fan and outdoor fan rotating speed, the humidity parameter are indoor humidity.
3. air conditioner according to claim 2, it is characterised in that
The processor is additionally operable to obtain the room under rated speed, the rated speed of outdoor fan and the declared working condition of indoor fan
Interior specified humidity；
The processor is used to obtain actual performance parameter according to the initial performance parameter and the corrected parameter, including：
According to the rated speed of the rotation speed of fan parameter, the rated speed of the indoor fan and the outdoor fan, it is determined that
The rotating speed correction of the indoor fan and the rotating speed correction of the outdoor fan；And
According to the indoor specified humidity under the humidity parameter and the declared working condition, the air conditioner operation refrigeration mode is determined
When indoor relative humidity correction.
4. air conditioner according to claim 3, it is characterised in that
The rotating speed correction of the indoor fan is calculated according to equation below and obtained：
RPMn=Npn* (RPM_tn-RPM_gn),
Wherein, RPMn is the rotating speed correction of the indoor fan, and Npn is the amendment system of the rotating speed correction of the indoor fan
Number, RPM_tn is the indoor fan rotating speed, and RPM_gn is the rated speed of the indoor fan；
The rotating speed correction of the outdoor fan is calculated according to equation below and obtained：
RPMw=NPw* (RPM_tw-RPM_gw),
Wherein, RPMw is the rotating speed correction of the outdoor fan, and NPw is the amendment system of the rotating speed correction of the outdoor fan
Number, RPM_tw is the outdoor fan rotating speed, and RPM_gw is the rated speed of the outdoor fan；
Indoor relative humidity correction during the air conditioner operation refrigeration mode is calculated according to equation below to be obtained：
Tn=Ntn* (T_tn-T_gn),
Wherein, Tn is the indoor relative humidity correction, and Ntn is the correction factor of the indoor relative humidity correction, T_
Tn is the indoor humidity, and T_gn is the indoor specified humidity under the declared working condition.
5. air conditioner according to claim 4, it is characterised in that the processor is used for according to the initial performance parameter
Actual performance parameter is obtained with the corrected parameter, including：
Actual performance parameter during the air conditioner operation refrigeration mode is calculated according to equation below to be obtained：
COPc=COP0+ RPMw+RPMn+Tn,
Wherein, COPc is the actual performance parameter.
6. air conditioner according to claim 5, it is characterised in that
The processor is additionally operable to obtain input power of the air conditioner when running refrigeration mode；
The processor is used for the actual heat exchange amount that air conditioner is determined according to the actual performance parameter, the actual heat exchange amount bag
Refrigerating capacity is included, including：
Refrigerating capacity of the air-conditioning when running refrigeration mode is calculated according to equation below to be obtained：
CC=COPc*Pc,
Wherein, CC is the refrigerating capacity, and Pc is input power of the air conditioner when running refrigeration mode.
7. air conditioner according to claim 1, it is characterised in that
When the air conditioner runs heating mode, the temperature parameter is indoor circumstance temperature, and the rotation speed of fan parameter is interior
Rotation speed of fan and outdoor fan rotating speed, the humidity parameter are outside humidity.
8. air conditioner according to claim 7, it is characterised in that
The processor is additionally operable to obtain the room under rated speed, the rated speed of outdoor fan and the declared working condition of indoor fan
Outer specified humidity；
The processor is used to obtain actual performance parameter according to the initial performance parameter and the corrected parameter, including：
According to the rated speed of the rotation speed of fan parameter, the rated speed of the indoor fan and the outdoor fan, it is determined that
The rotating speed correction of the indoor fan and the rotating speed correction of the outdoor fan；And
According to the outdoor specified humidity under the humidity parameter and the declared working condition, the air conditioner operation heating mode is determined
When outside relative humidity correction.
9. air conditioner according to claim 8, it is characterised in that
The rotating speed correction of the indoor fan is calculated according to equation below and obtained：
RPMn=Npn* (RPM_tn-RPM_gn),
Wherein, RPMn is the rotating speed correction of the indoor fan, and Npn is the amendment system of the rotating speed correction of the indoor fan
Number, RPM_tn is the indoor fan rotating speed, and RPM_gn is the rated speed of the indoor fan；
The rotating speed correction of the outdoor fan is calculated according to equation below and obtained：
RPMw=NPw* (RPM_tw-RPM_gw),
Wherein, RPMw is the rotating speed correction of the outdoor fan, and NPw is the amendment system of the rotating speed correction of the outdoor fan
Number, RPM_tw is the outdoor fan rotating speed, and RPM_gw is the rated speed of the outdoor fan；
Outside relative humidity correction during the air conditioner operation heating mode is calculated according to equation below to be obtained：
Tw=Ntw* (T_tw-T_gw),
Wherein, Tw is the outside relative humidity correction, and Ntw is the correction factor of the outside relative humidity correction, T_
Tw is the outside humidity, and T_gw is the outdoor specified humidity under the declared working condition.
10. air conditioner according to claim 9, it is characterised in that the processor is used to be joined according to the initial performance
Number and the corrected parameter obtain actual performance parameter, including：
Actual performance parameter during the air conditioner operation heating mode is calculated according to equation below to be obtained：
COPh=COP0+ RPMw+RPMn+Tw,
Wherein, COPh is the actual performance parameter.
11. air conditioner according to claim 10, it is characterised in that
The processor is additionally operable to obtain input power of the air conditioner when running heating mode；
The processor is used for the actual heat exchange amount that air conditioner is determined according to the actual performance parameter, the actual heat exchange amount bag
Heating capacity is included, including：
Heating capacity of the air-conditioning when running heating mode is calculated according to equation below to be obtained：
HC=COPh*Ph,
Wherein, HC is the heating capacity, and Ph is input power of the air conditioner when running heating mode.
12. a kind of mobile terminal, it is characterised in that the mobile terminal includes：
Receiver, actual performance parameter and actual heat exchange amount, the actual performance parameter and institute for receiving air conditioner transmission
Actual heat exchange amount is stated to determine as follows：Initial performance parameter is determined according to basic parameter, joined according to the initial performance
Number and the corrected parameter obtain actual performance parameter, and the actual heat exchange amount of air conditioner is determined according to the actual performance parameter；
Wherein, the basic parameter include compressor frequency parameter and temperature parameter, the corrected parameter include rotation speed of fan parameter and
Humidity parameter；The initial performance parameter is calculated according to equation below and obtained：
COP0=-A*f+B*T+C,
Wherein, COP0For the initial performance parameter, f is the compressor frequency parameter, and T is the temperature parameter, and A is described
The design factor of compressor frequency parameter, B is the design factor of the temperature parameter, and C is calculation constant；
Display, for showing the actual performance parameter and the actual heat exchange amount to user.
13. mobile terminal according to claim 12, it is characterised in that
When the air conditioner runs refrigeration mode, the temperature parameter is outdoor circumstance temperature, and the rotation speed of fan parameter is interior
Rotation speed of fan and outdoor fan rotating speed, the humidity parameter are indoor humidity.
14. the mobile terminal according to right wants 13, it is characterised in that
The air conditioner is additionally operable to obtain the room under rated speed, the rated speed of outdoor fan and the declared working condition of indoor fan
Interior specified humidity；
It is described that actual performance parameter is obtained according to the initial performance parameter and the corrected parameter, including：
According to the rated speed of the rotation speed of fan parameter, the rated speed of the indoor fan and the outdoor fan, it is determined that
The rotating speed correction of the indoor fan and the rotating speed correction of the outdoor fan；
According to the indoor specified humidity under the humidity parameter and the declared working condition, the air conditioner operation refrigeration mode is determined
When indoor relative humidity correction.
15. mobile terminal according to claim 14, it is characterised in that
The rotating speed correction of the indoor fan is calculated according to equation below and obtained：
RPMn=Npn* (RPM_tn-RPM_gn),
Wherein, RPMn is the rotating speed correction of the indoor fan, and Npn is the amendment system of the rotating speed correction of the indoor fan
Number, RPM_tn is the indoor fan rotating speed, and RPM_gn is the rated speed of the indoor fan；
The rotating speed correction of the outdoor fan is calculated according to equation below and obtained：
RPMw=NPw* (RPM_tw-RPM_gw),
Wherein, RPMw is the rotating speed correction of the outdoor fan, and NPw is the amendment system of the rotating speed correction of the outdoor fan
Number, RPM_tw is the outdoor fan rotating speed, and RPM_gw is the rated speed of the outdoor fan；
Indoor relative humidity correction during the air conditioner operation refrigeration mode is calculated according to equation below to be obtained：
Tn=Ntn* (T_tn-T_gn),
Wherein, Tn is the indoor relative humidity correction, and Ntn is the correction factor of the indoor relative humidity correction, T_
Tn is the indoor humidity, and T_gn is the indoor specified humidity under the declared working condition.
16. mobile terminal according to claim 15, it is characterised in that according to the initial performance parameter and the amendment
Parameter obtains actual performance parameter, including：
Actual performance parameter during the air conditioner operation refrigeration mode is calculated according to equation below to be obtained：
COPc=COP0+ RPMw+RPMn+Tn,
Wherein, COPc is the actual performance parameter.
17. mobile terminal according to claim 16, it is characterised in that
The air conditioner is additionally operable to obtain input power of the air conditioner when running refrigeration mode；
The actual heat exchange amount of air conditioner is determined according to the actual performance parameter, the actual heat exchange amount includes refrigerating capacity, including：
Refrigerating capacity of the air-conditioning when running refrigeration mode is calculated according to equation below to be obtained：
CC=COPc*Pc,
Wherein, CC is the refrigerating capacity, and Pc is input power of the air conditioner when running refrigeration mode.
18. mobile terminal according to claim 12, it is characterised in that
When the air conditioner runs heating mode, the temperature parameter is indoor circumstance temperature, and the rotation speed of fan parameter is interior
Rotation speed of fan and outdoor fan rotating speed, the humidity parameter are outside humidity.
19. mobile terminal according to claim 18, it is characterised in that
The air conditioner is additionally operable to obtain the room under rated speed, the rated speed of outdoor fan and the declared working condition of indoor fan
Outer specified humidity；
Actual performance parameter is obtained according to the initial performance parameter and the corrected parameter, including：
According to the rated speed of the rotation speed of fan parameter, the rated speed of the indoor fan and the outdoor fan, it is determined that
The rotating speed correction of the indoor fan and the rotating speed correction of the outdoor fan；
According to the outdoor specified humidity under the humidity parameter and the declared working condition, the air conditioner operation heating mode is determined
When outside relative humidity correction.
20. mobile terminal according to claim 19, it is characterised in that
The rotating speed correction of the indoor fan is calculated according to equation below and obtained：
RPMn=Npn* (RPM_tn-RPM_gn),
Wherein, RPMn is the rotating speed correction of the indoor fan, and Npn is the amendment system of the rotating speed correction of the indoor fan
Number, RPM_tn is the indoor fan rotating speed, and RPM_gn is the rated speed of the indoor fan；
The rotating speed correction of the outdoor fan is calculated according to equation below and obtained：
RPMw=NPw* (RPM_tw-RPM_gw),
Wherein, RPMw is the rotating speed correction of the outdoor fan, and NPw is the amendment system of the rotating speed correction of the outdoor fan
Number, RPM_tw is the outdoor fan rotating speed, and RPM_gw is the rated speed of the outdoor fan；
Outside relative humidity correction during the air conditioner operation heating mode is calculated according to equation below to be obtained：
Tw=Ntw* (T_tw-T_gw),
Wherein, Tw is the outside relative humidity correction, and Ntw is the correction factor of the outside relative humidity correction, T_
Tw is the outside humidity, and T_gw is the outdoor specified humidity under the declared working condition.
21. mobile terminal according to claim 20, it is characterised in that according to the initial performance parameter and the amendment
Parameter obtains actual performance parameter, including：
Actual performance parameter during the air conditioner operation heating mode is calculated according to equation below to be obtained：
COPh=COP0+ RPMw+RPMn+Tw,
Wherein, COPh is the actual performance parameter.
22. mobile terminal according to claim 21, it is characterised in that
The air conditioner is additionally operable to obtain input power of the air conditioner when running heating mode；
The actual heat exchange amount of air conditioner is determined according to the actual performance parameter, the actual heat exchange amount includes heating capacity, including：
Heating capacity of the air-conditioning when running heating mode is calculated according to equation below to be obtained：
HC=COPh*Ph,
Wherein, HC is the heating capacity, and Ph is input power of the air conditioner when running heating mode.
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| CN201710132613.4A CN107101320A (en) | 2017-03-07 | 2017-03-07 | Air conditioner and mobile terminal |
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| CN201710132613.4A CN107101320A (en) | 2017-03-07 | 2017-03-07 | Air conditioner and mobile terminal |
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