CN103807968B - A kind of air-conditioner progress control method and system - Google Patents
A kind of air-conditioner progress control method and system Download PDFInfo
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- CN103807968B CN103807968B CN201210438853.4A CN201210438853A CN103807968B CN 103807968 B CN103807968 B CN 103807968B CN 201210438853 A CN201210438853 A CN 201210438853A CN 103807968 B CN103807968 B CN 103807968B
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Abstract
The present invention is applicable to field of refrigeration equipment control, it is provided that a kind of air-conditioner progress control method and system.nullIn the present invention，By determining whether to update air-conditioner operation curve data according to control signal，If desired air-conditioner operation curve data are updated，Then between the front operation time running control data and running between the rear operation time run and control data, are controlled data the time of running in air-conditioner operation curve data to be updated and run according to the air-conditioner operation curve Data Control air-conditioner after renewal，If need not update air-conditioner operation curve data，Then run according to air-conditioner host real-time time and the air-conditioner operation curve Data Control air-conditioner corresponding with real-time seasonal indicia，And then reach on the premise of need not user setup, carry out air-conditioner operation curve data record，The operation making air-conditioning is more fitted the use habit of user and actual demand，And different air-conditioner operation curve data can be called to control the operation of air-conditioner according to seasonal variations.
Description
Technical field
The invention belongs to field of refrigeration equipment control, particularly relate to a kind of air-conditioner progress control method and system.
Background technology
At present, air-conditioner run general the most all according to user by the control signal that remote controller sends realize temperature,
Wind speed, timing and the regulation of cold and hot mode of operation.But, freeze at the commonly used air-conditioner of user
Or during heating, use remote controller to send control signal with control owing to being adjusted being required for user every time
The operation of air-conditioner processed, therefore can cause complex operation and the problem of waste user time.
In order to solve the problems referred to above, prior art provides a kind of air-conditioner that controls and according to user-defined curve runs
Method, the method first stores self-defined operation curve according to user at the temperature value set by each time period,
Then in units of each hour, temperature is carried out the jump of increasing or decreasing according to this self-defined operation curve
Formula adjusts, although so can carry out automatically adjusting air-conditioner after temperature is arranged user to run the temperature of output
Value, but owing to it adjusts the time span of temperature relatively greatly, and temperature adjusts and lacks smooth transition, thus actual
On be not that the actual demand following user carries out temperature regulation, and user is at all seasons for the temperature of air-conditioning
The requirement of degree output is the most different, and air-conditioner can only be controlled by the method according to single custom curve,
Air-conditioner cannot be controlled according to different operation curves according to seasonal variations.
Summary of the invention
It is an object of the invention to provide a kind of air-conditioner progress control method, it is intended to solve prior art and deposited
The actual demand that cannot follow user carry out temperature regulation, and cannot be according to seasonal variations according to different
The problem that air-conditioner is controlled by operation curve.
The present invention is achieved in that a kind of air-conditioner progress control method, and described air-conditioner runs controlling party
Method comprises the following steps:
Operation according to user sends corresponding control signal；
Receive described control signal, and empty according to the real-time time information updating included in described control signal
Adjust main frame real-time time, determine the real-time seasonal indicia that described air-conditioner host real-time time is corresponding；
When described control signal also comprises temperature control command, blast velocity control order and cold and hot mode control commands
And when default memory space has existed air-conditioner operation curve data, according to described air-conditioner host real-time time
With institute in the air-conditioner operation curve data corresponding with described real-time seasonal indicia with the renewal of described control signal
State the corresponding operation of air-conditioner host real-time time and control data, and the user generating correspondence controls labelling, and
Described user is controlled labelling be stored in default memory space；
Control data according to the operation corresponding with described air-conditioner host real-time time, run at described air-conditioner
Curve data has user control labelling and operation time less than and closest to described air-conditioner host real-time time
Between control data front operation and in described air-conditioner operation curve data, there is user and control labelling
And run the time more than and closest to described air-conditioner host real-time time rear run control data to described
Time of running in air-conditioner operation curve data is between described operation time and the institute controlling data in front operation
The all operation control data stated between the rear operation time run and control data are updated；
Run according to the air-conditioner operation curve Data Control air-conditioner after updating.
In described air-conditioner progress control method, in the described control signal of described reception, and according to described control
Real-time time information updating air-conditioner host real-time time included in signal, determines that described air-conditioner host is real-time
After the step of the real-time seasonal indicia that the time is corresponding further comprising the steps of:
When described control signal also comprises temperature control command, blast velocity control order and cold and hot mode control commands
And when default memory space does not exist air-conditioner operation curve data, by corresponding with described control signal
Run control data and be stored in pre-as the air-conditioner operation curve data corresponding with described real-time seasonal indicia
If in memory space；
With described air-conditioning master in the air-conditioner operation curve data corresponding to described and described real-time seasonal indicia
The corresponding operation of machine real-time time controls data and adds a user and control labelling；
Control Data Control air-conditioner according to the operation corresponding with described control signal to run.
In described air-conditioner progress control method, in the described control signal of described reception, and according to described control
Real-time time information updating air-conditioner host real-time time included in signal, determines that described air-conditioner host is real-time
After the step of the real-time seasonal indicia that the time is corresponding further comprising the steps of:
When described control signal only comprise described real-time time information and model of memory control command and preset deposit
In storage space when there are air-conditioner operation curve data, according to described air-conditioner host real-time time and with institute
The air-conditioner operation curve Data Control air-conditioner stating real-time seasonal indicia corresponding runs and sends out accordingly
Light is pointed out.
In described air-conditioner progress control method, in the described control signal of described reception, and according to described control
Real-time time information updating air-conditioner host real-time time included in signal, determines that described air-conditioner host is real-time
After the step of the real-time seasonal indicia that the time is corresponding further comprising the steps of:
When described control signal only comprises real-time time information and model of memory control command and presets storage sky
When there are not air-conditioner operation curve data between, control air-conditioner according to air-conditioner default control data and run
And alert luminous prompting accordingly.
The present invention also aims to provide a kind of air-conditioner operation control system, described air-conditioner runs and controls
System includes:
Control signal generates with sending module, control signal receives and processing module, operation control data and update
Module, the first operation curve data update module, the first air-conditioner operation control module and memory element；
Described control signal generates with sending module for sending corresponding control signal according to the operation of user；
Described control signal receives and is used for receiving described control signal with processing module, and controls letter according to described
Real-time time information updating air-conditioner host real-time time included in number, determines when described air-conditioner host is real-time
Between corresponding real-time seasonal indicia；
Described operation controls data update module for also comprising temperature control command, wind when described control signal
There is air-conditioner operation curve number in speed control command and cold and hot mode control commands and described memory element
According to time, update and described real-time seasonal indicia pair according to described air-conditioner host real-time time and described control signal
Operation corresponding with described air-conditioner host real-time time in the air-conditioner operation curve data answered controls data,
And the user generating correspondence controls labelling, and described user is controlled labelling it is stored in described memory element；
Described first operation curve data update module is for according to relative with described air-conditioner host real-time time
The operation answered controls data, has user in described air-conditioner operation curve data when controlling labelling and run
Between less than and control data and at described air-conditioning closest to described air-conditioner host real-time time front operation
Device operation curve data have user and controls labelling and operation time more than also closest to described air-conditioner host
The operation time in rear operation control data are to described air-conditioner operation curve data of real-time time is between institute
State front run control data the operation time and described rear run control data the operation time between
All control data of running are updated；
Described first air-conditioner operation control module is for according to the air-conditioner operation curve data control after updating
Air-conditioner processed runs；
Described memory element is used for storing air-conditioner operation curve data.
Described air-conditioner operation control system also includes:
Second operation curve data update module, for when described control signal also comprise temperature control command,
There is not air-conditioner operation curve in blast velocity control order and cold and hot mode control commands and described memory element
During data, the operation corresponding with described control signal is controlled data as with described real-time seasonal indicia pair
The air-conditioner operation curve data answered are stored in default memory space；
Control labelling generation module, run song for the air-conditioner corresponding to described and described real-time seasonal indicia
Operation control data corresponding with described air-conditioner host real-time time in line data are added a user and are controlled mark
Note；
Second air-conditioner operation control module, for controlling number according to the operation corresponding with described control signal
Run according to controlling air-conditioner；
3rd air-conditioner operation control module, for only comprising described real-time time information when described control signal
With when there are air-conditioner operation curve data in model of memory control command and described memory element, according to institute
State air-conditioner host real-time time and the air-conditioner operation curve data control corresponding with described real-time seasonal indicia
Air-conditioner processed runs and carries out corresponding luminous prompting；
4th air-conditioner operation control module, for only comprising real-time time information and note when described control signal
Recall time mode control commands and described memory element do not exist air-conditioner operation curve data, according to air-conditioner
Default control data controls air-conditioner and runs and alert luminous prompting accordingly.
In the present invention, by determining whether to update air-conditioner according to the command type included in control signal
Operation curve data, if desired update air-conditioner operation curve data, then to described air-conditioner operation curve number
The operation time controlling data is run with described at rear operation control number between described front according to the middle operation time
According to the operation time between all operation control data be updated and according to update after air-conditioner run
Curve data controls the operation of air-conditioner, if need not update air-conditioner operation curve data, then according to air-conditioning
Main frame real-time time and the air-conditioner operation curve Data Control air-conditioner corresponding with real-time seasonal indicia
Run, and then reach to carry out air-conditioner operation curve data record on the premise of user is configured need not,
The operation making air-conditioner is more fitted the use habit of user and actual demand, and can call according to seasonal variations
Different air-conditioner operation curve data are to control the operation of air-conditioner, thus solve existing for prior art
The actual demand that cannot follow user carry out temperature regulation, and cannot be according to seasonal variations according to different fortune
The problem that air-conditioner is controlled by row curve.
Accompanying drawing explanation
Fig. 1 is the flowchart of the air-conditioner progress control method that the embodiment of the present invention provides；
Fig. 2 is the flowchart of the air-conditioner progress control method that the embodiment of the present invention provides；
Fig. 3 is the flowchart of the air-conditioner progress control method that the embodiment of the present invention provides；
Fig. 4 is the flowchart of the air-conditioner progress control method that the embodiment of the present invention provides；
Fig. 5 is that the air-conditioner involved by air-conditioner progress control method that the embodiment of the present invention provides runs song
The schematic diagram of line data；
Fig. 6 is that the air-conditioner involved by air-conditioner progress control method that the embodiment of the present invention provides runs song
The schematic diagram of line data；
Fig. 7 is that the air-conditioner involved by air-conditioner progress control method that the embodiment of the present invention provides runs song
The schematic diagram of line data；
Fig. 8 is that the air-conditioner involved by air-conditioner progress control method that the embodiment of the present invention provides runs song
The schematic diagram of line data；
Fig. 9 is the structure chart of the air-conditioner operation control system that the embodiment of the present invention provides.
Detailed description of the invention
In order to make the purpose of the present invention, technical scheme and advantage clearer, below in conjunction with accompanying drawing and reality
Execute example, the present invention is further elaborated.Only should be appreciated that specific embodiment described herein
Only in order to explain the present invention, it is not intended to limit the present invention.
In embodiments of the present invention, by determining whether to update according to the command type included in control signal
Air-conditioner operation curve data, if desired update air-conditioner operation curve data, then to air-conditioner operation curve
Time of running in data controls the time of running of data and in the rear fortune running control data between front operation
All operations between the row time control data and are updated and according to the air-conditioner operation curve number after updating
According to the operation of control air-conditioner, if need not update air-conditioner operation curve data, then real according to air-conditioner host
Time time and the operation of the air-conditioner operation curve Data Control air-conditioner corresponding with real-time seasonal indicia, enter
And reach to carry out air-conditioner operation curve data record on the premise of user is configured need not, make air-conditioning
The operation of device is more fitted the use habit of user and actual demand, and can call different according to seasonal variations
Air-conditioner operation curve data are to control the operation of air-conditioner.
What Fig. 1 showed the air-conditioner progress control method that the embodiment of the present invention provides realizes flow process, in order to just
In explanation, illustrate only the part relevant to the embodiment of the present invention, details are as follows:
In step sl, corresponding control signal is sent according to the operation of user.
Wherein, control signal includes real-time time information, temperature control command, blast velocity control order, cold and hot
Mode control commands and model of memory control command, according to the difference of the operation that user is carried out, control signal
Included in order also can be different, but be bound to include real-time time information.
In step s 2, receive control signal, and believe according to the real-time time included in this control signal
Breath updates air-conditioner host real-time time, determines the real-time seasonal indicia that air-conditioner host real-time time is corresponding.Wherein,
The temporal information that real-time time information was made up of year, month, day, hour, min, second, such as 20 days 19 June
Time 30 points, so air-conditioner host real-time time also by year, month, day, hour, min, second formed time
Between information；Seasonal indicia includes labelling in spring, labelling in summer, labelling in autumn and labelling in winter, spring in real time
Season labelling, labelling in summer, labelling in autumn and labelling in winter respectively corresponding four different numerals or letter mark
Note, such as 1,2,3,4 or A, B, C, D.
In embodiments of the present invention, the real-time seasonal indicia that above-mentioned determination air-conditioner host real-time time is corresponding
Step particularly as follows:
Call from default memory space accordingly according to month information entrained in air-conditioner host real-time time
Real-time seasonal indicia.
Such as, when month information entrained in air-conditioner host real-time time is June, the most correspondingly from presetting
Memory space calls labelling B in summer.
In step s3, temperature control command, blast velocity control order and cold and hot mould are also comprised when control signal
When formula control command and default memory space have existed air-conditioner operation curve data, real according to air-conditioner host
Time time and control signal update in the air-conditioner operation curve data corresponding with real-time seasonal indicia with air-conditioning
The corresponding operation of main frame real-time time controls data, and the user generating correspondence controls labelling, and by this use
Family controls labelling and is stored in default memory space.
Wherein, temperature control command, blast velocity control order and cold and hot mode control commands comprise temperature control respectively
Data processed, wind speed type control data and cold and hot mode control data；Each real-time seasonal indicia (i.e. spring
Labelling, labelling in summer, labelling in autumn and labelling in winter) the corresponding one group of air-conditioner operation curve data of difference,
So presetting, memory space is preserved four groups of air-conditioner operation curve data, often group air-conditioner operation curve number
Controlling data according to comprising multiple operation, each operation that the plurality of operation controls in data controls data correspondence one
Individual air-conditioner host real-time time, and each run control data all comprise the operation time, Temperature control data,
Wind speed type control data and cold and hot mode control data, Temperature control data is concrete temperature value, unit
For degree Celsius, wind speed type control data includes that high wind type control data, type of stroke control data and low
Wind type control data, cold and hot mode control data includes fast-refrigerating mode control data, refrigeration mode control
Data processed and heating mode control data；User controls labelling for the fortune being updated according to control signal
Row controls data and is marked, and user control to be marked at generation after can follow corresponding operation and control number
According to being stored in default memory space, it can be digital or alphabetical that user controls labelling, and each operation controls number
According to user to control labelling be to use different numerals or letter to make a distinction.
In step s 4, data are controlled according to the operation corresponding with air-conditioner host real-time time, at air-conditioning
Device operation curve data have user control labelling and operation time less than and real-time closest to air-conditioner host
Time front run control data and have in air-conditioner operation curve data user control labelling and
The operation time is more than and running air-conditioner in rear control data of running closest to air-conditioner host real-time time
Time of running in curve data controls the operation time of data between front operation and controls data rear operation
The operation time between all operation control data be updated.Wherein, front run control data and
Rear operation controls data and all includes operation time, Temperature control data, wind speed type control data and cold and hot
Mode control data；The time interval controlled between data of running in air-conditioner operation curve data is very
Clock.
Step S4 specifically includes following steps:
S401. search in the air-conditioner operation curve data be stored in default memory space and there is user's control
Labelling processed and run the time less than and closest to this air-conditioner host real-time time front run control data.
S402. search in the air-conditioner operation curve data be stored in default memory space and there is user's control
Labelling processed and run the time more than and closest to this air-conditioner host real-time time rear run control data.
S403. number is controlled according to the temperature controlled in data of running corresponding with air-conditioner host real-time time
The first temperature gap is calculated according to at the front Temperature control data controlled in data that runs, and according to this first temperature
Degree mathematic interpolation the first temperature change value, and update air-conditioner operation song one by one according to this first temperature change value
Line data are run the time between front run control data operation time and air-conditioner host real-time time it
Between all operation control data Temperature control data.
S404. number is controlled according to the temperature controlled in data of running corresponding with air-conditioner host real-time time
The second temperature gap is calculated according to at the rear Temperature control data controlled in data that runs, and according to this second temperature
Degree mathematic interpolation the second temperature change value, and update air-conditioner operation song one by one according to this second temperature change value
Line data are run the time between rear run control data operation time and air-conditioner host real-time time it
Between all operation control data Temperature control data.
S405. by the time of running in air-conditioner operation curve data between the rear operation running control data
All operations between time and air-conditioner host real-time time control the wind speed type control data of data and cold
Heat pattern controls data and is updated to the wind speed that run in control data corresponding with air-conditioner host real-time time
Type control data and cold and hot mode control data.
Wherein, step S403 particularly as follows:
The first temperature gap Δ t is calculated according to following formulaf:
Δtf=td-tf (1)
Wherein, tdThe Temperature control data controlled in data is run for corresponding with air-conditioner host real-time time,
tfFor at the front Temperature control data running and controlling in data.
The first temperature change value t is calculated again according to following formulasf:
Work as Td>TfTime,
Work as Td＜ TfWhen≤24,
Wherein, TdFor air-conditioner host real-time time, TfFor at the front operation time running control data, TdWith
TfAll by hour in units of.
According to the first temperature change value tsfUpdate one by one in air-conditioner operation curve data the time of running between
The front all operations run between operation time and the air-conditioner host real-time time controlling data control data
Temperature control data.
Wherein, step S404 particularly as follows:
The second temperature gap Δ t is calculated according to following formulab:
Δtb=tb-td (4)
Wherein, tbFor at the rear Temperature control data running and controlling in data.
The second temperature change value t is calculated again according to following formulasb:
Work as Td＜ TbWhen≤24,
Work as Tb＜ TdTime,
Wherein, TbFor rear run control data the operation time, its by hour in units of.
According to the second temperature change value tsbUpdate one by one in air-conditioner operation curve data the time of running between
The rear all operations run between operation time and the air-conditioner host real-time time controlling data control data
Temperature control data.
In step s 5, run according to the air-conditioner operation curve Data Control air-conditioner after updating.
Upon step s 2, as in figure 2 it is shown, the embodiment of the present invention provide air-conditioner progress control method
Further comprising the steps of:
In step s 6, temperature control command, blast velocity control order and cold and hot mould are also comprised when control signal
When formula control command and default memory space do not exist air-conditioner operation curve data, will be with control signal phase
Corresponding control data of running are stored in as the air-conditioner operation curve data corresponding with real-time seasonal indicia
Preset in memory space；
In the step s 7, in the air-conditioner operation curve data corresponding with real-time seasonal indicia with air-conditioning master
The operation control data that machine real-time time is corresponding are added a user and are controlled labelling；
In step s 8, control Data Control air-conditioner according to the operation corresponding with control signal to run.
Upon step s 2, as it is shown on figure 3, the embodiment of the present invention provide air-conditioner progress control method
Further comprising the steps of:
In step s 9, real-time time information and model of memory control command and pre-are only comprised when control signal
If memory space has existed air-conditioner operation curve data, according to air-conditioner host real-time time and with reality
Time air-conditioner operation curve Data Control air-conditioner corresponding to seasonal indicia run and carry out corresponding luminescence and carry
Show.
Upon step s 2, as shown in Figure 4, the air-conditioner progress control method that the embodiment of the present invention provides
Also include step S10, in step slo, when control signal only comprises real-time time information and model of memory
When control command and default memory space do not exist air-conditioner operation curve data, according to air-conditioner acquiescence control
Data Control air-conditioner processed runs and alerts luminous prompting accordingly.
Below in conjunction with instantiation, above-mentioned air-conditioner progress control method is described further:
Assume that labelling in spring, labelling in summer, labelling in autumn, labelling in winter are respectively A, B, C, D, control
Real-time time information included in signal processed is 19:00 on October 20th, 2012, then air-conditioner host is real
Time also to follow this real-time time information updating be 19:00 on October 20th, 2012 time, and from presetting
Memory space calls labelling D in winter.When control signal also comprises temperature control command, blast velocity control order
And when cold and hot mode control commands and default memory space do not exist air-conditioner operation curve data, will be with control
The corresponding operation of signal processed controls data and (includes operation time, Temperature control data, wind speed Type Control
Data and cold and hot mode control data) protect as the air-conditioner operation curve data corresponding with real-time seasonal indicia
It is stored in default memory space, and to corresponding with air-conditioner host real-time time in air-conditioner operation curve data
Operation control data are added a user and are controlled labelling, it is assumed that the temperature that now user is arranged by control signal is
22 DEG C, wind speed is high wind, and cold and hot pattern is fast-refrigerating, then as it is shown in figure 5, air-conditioner operation curve number
All of Temperature control data, wind speed type control data and the cold and hot pattern control run in control data according to
Data processed respectively for temperature be 22 DEG C, wind speed be high wind, cold and hot pattern be fast-refrigerating, and time of operation
Control data for the operation of 19:00 also there is a user to control labelling C1.
After having there are above-mentioned air-conditioner operation curve data in default memory space, it is assumed that air-conditioner is 2012
On October 20,20:00 receive again the temperature control command in control signal, and control signal,
Blast velocity control order and cold and hot mode control commands are distinguished the Temperature control data of correspondence, wind speed Type Control
Data and cold and hot mode control data respectively temperature are 24 DEG C, wind speed is apoplexy, cold and hot pattern is refrigeration,
Air-conditioner operation curve data are then run the operation that the time is 20:00 control data and can be updated to temperature and be
24 DEG C, the operation control data that wind speed is apoplexy and cold and hot pattern is refrigeration, can generate a user simultaneously and control
Labelling C2 is attached to the operation that this operation time is 20:00 and controls in data, additionally, due to the time of operation
Operation for 20:00 controls the controlling data front operation and be aforesaid in rear control data of running of data
The operation time be the operation of 19:00 control data (i.e. temperature be 22 DEG C, wind speed be that high wind, cold and hot pattern are
Fast-refrigerating), then for being that operation between 19:00 to 20:00 controls data and carries out as follows from the operation time
Update:
The first temperature gap Δ t is calculated according to formula (1)f=td-tf=24 DEG C-22 DEG C=2 DEG C, due to Td=20,
Tf=19, Td>Tf, so calculate first temperature change value t of every ten minutes according to formula (2)sf:
The most as shown in Figure 6, according to the first temperature change value tsfUpdate one by one in air-conditioner operation curve data
The all operations between 19:00 and 20:00 of the operation time control the Temperature control data of data, due to
tsfFor on the occasion of, so between 19:00 to 20:00 run control data Temperature control data according to tsf
Incrementally update that (Temperature control data is to round up and the minimum principle being accurate to 0.1 DEG C is carried out more
Newly, as 22.33 DEG C then value be 22.3 DEG C), but wind speed type control data and cold and hot mode control data are protected
Hold constant；For being that operation between 20:00 to 19:00 controls data and updates as follows from the operation time:
The second temperature gap Δ t is calculated according to formula (4)b=tb-td=22 DEG C-24 DEG C=-2 DEG C, due to
Td=20, Tb=19, Tb＜ Td, so calculate second variations in temperature of every ten minutes according to formula (6)
Value tsb:
The most as shown in Figure 6, according to the second temperature change value tsbUpdate one by one in air-conditioner operation curve data
The all operations between 20:00 and 19:00 of the operation time control the Temperature control data of data, due to
tsbFor negative value, so running between 20:00 and 19:00 controls the Temperature control data of data according to tsb
Update with decreasing fashion that (Temperature control data is to round up and the minimum principle being accurate to 0.1 DEG C is carried out more
Newly, so being to carry out Temperature control data renewal within every 70 minutes, to successively decrease in the way of 0.1 DEG C at this moment), and
Wind speed type control data and cold and hot mode control data are also followed the operation that the operation time is 20:00 and are controlled number
According to being updated and be stored in default memory space.
Assume air-conditioner on October 20th, 2012 23:00 receive again control signal, and control signal
In temperature control command, blast velocity control order and cold and hot mode control commands distinguished correspondence temperature control
Data, wind speed type control data and cold and hot mode control data respectively temperature are 24 DEG C, wind speed is low wind,
Cold and hot pattern is refrigeration, then run the operation that the time is 23:00 in air-conditioner operation curve data and control data
The operation that temperature is 24 DEG C, wind speed is low wind and cold and hot pattern is refrigeration can be updated to and control data, can simultaneously
Generate a user to control labelling C3 and be attached to operation that this operation time is 23:00 and control in data, additionally,
The operation time be 23:00 run control data front run control data be the aforesaid operation time to be
The operation of 20:00 control data (i.e. temperature be 24 DEG C, wind speed be apoplexy, cold and hot pattern be refrigeration), and
(i.e. temperature is to be, in rear operation control data, the operation control data that the aforesaid operation time is 19:00
22 DEG C, wind speed be high wind, cold and hot pattern be fast-refrigerating), then for being 20:00 to 23:00 from the operation time
Between operation control data update as follows:
The first temperature gap Δ t is calculated according to formula (1)f=td-tf=24 DEG C-24 DEG C=0 DEG C, due to Td=23,
Tf=20, Td>Tf, so calculate first temperature change value t of every ten minutes according to formula (2)sf:
Then as it is shown in fig. 7, according to the first temperature change value tsfUpdate one by one in air-conditioner operation curve data
The all operations between 20:00 and 23:00 of the operation time control the Temperature control data of data, due to
tsfIt it is 0 DEG C, so the Temperature control data that running between 20:00 to 23:00 controls data all updates
It is 24 DEG C, but wind speed type control data and cold and hot mode control data keep constant；For from the time of operation
Control data for the operation between 23:00 to 19:00 to update as follows:
The second temperature gap Δ t is calculated according to formula (4)b=tb-td=22 DEG C-24 DEG C=-2 DEG C, due to
Td=23, Tb=19, Tb＜ Td, so calculate second variations in temperature of every ten minutes according to formula (6)
Value tsb:
Then as it is shown in fig. 7, according to the second temperature change value tsbUpdate one by one in air-conditioner operation curve data
The all operations between 23:00 and 19:00 of the operation time control the Temperature control data of data, due to
tsbFor negative value, so running between 23:00 and 19:00 controls the Temperature control data of data according to tsb
Update with decreasing fashion that (Temperature control data is to round up and the minimum principle being accurate to 0.1 DEG C is carried out more
Newly, so being to carry out Temperature control data renewal within every 60 minutes, to successively decrease in the way of 0.1 DEG C at this moment), and
Wind speed type control data and cold and hot mode control data are also followed the operation that the operation time is 23:00 and are controlled number
According to being updated and be stored in default memory space.
Assume air-conditioner on October 21st, 2012 7:00 receive again in control signal, and control signal
Temperature control command, blast velocity control order and cold and hot mode control commands distinguished correspondence temperature control number
According to, wind speed type control data and cold and hot mode control data respectively temperature be 26 DEG C, wind speed be low wind,
Cold and hot pattern is refrigeration, then run the operation that the time is 7:00 in air-conditioner operation curve data and control data
The operation that temperature is 26 DEG C, wind speed is low wind and cold and hot pattern is refrigeration can be updated to and control data, can simultaneously
Generate a user to control labelling C4 and be attached to operation that this operation time is 7:00 and control in data, additionally,
The operation time be 7:00 run control data front run control data be the aforesaid operation time to be
The operation of 23:00 control data (i.e. temperature be 24 DEG C, wind speed be low wind, cold and hot pattern be refrigeration), and
(i.e. temperature is to be, in rear operation control data, the operation control data that the aforesaid operation time is 19:00
22 DEG C, wind speed be high wind, cold and hot pattern be fast-refrigerating), then for being 23:00 to 7:00 from the operation time
Between operation control data update as follows:
The first temperature gap Δ t is calculated according to formula (1)f=td-tf=26 DEG C-24 DEG C=2 DEG C, due to Td=7,
Tf=23, Td＜ Tf≤ 24, so calculate first temperature change value t of every ten minutes according to formula (3)sf:
The most as shown in Figure 8, according to the first temperature change value tsfUpdate one by one in air-conditioner operation curve data
The all operations between 23:00 and 7:00 of the operation time control the Temperature control data of data, due to tsf
For on the occasion of, so between 23:00 to 7:00 run control data Temperature control data according to tsfWith
Incremental manner update (Temperature control data to round up and the minimum principle being accurate to 0.1 DEG C is updated,
So being to be incremented by the way of 0.1 DEG C by every 30 minutes to carry out Temperature control data renewal at this moment), but wind speed
Type control data and cold and hot mode control data keep constant；For being 7:00 to 19:00 from the operation time
Between operation control data update as follows:
The second temperature gap Δ t is calculated according to formula (4)b=tb-td=22 DEG C-26 DEG C=-4 DEG C, due to
Td=7, Tb=19, Td＜ Tb≤ 24, so calculate the second temperature change of every ten minutes according to formula (5)
Change value tsb:
The most as shown in Figure 8, according to the second temperature change value tsbUpdate one by one in air-conditioner operation curve data
The all operations between 7:00 and 19:00 of the operation time control the Temperature control data of data, due to tsb
For negative value, so running between 7:00 and 19:00 controls the Temperature control data of data according to tsbWith
Decreasing fashion update (Temperature control data to round up and the minimum principle being accurate to 0.1 DEG C is updated,
So being to carry out Temperature control data renewal within every 20 minutes, to successively decrease in the way of 0.1 DEG C at this moment), and wind speed
Type control data and cold and hot mode control data are also followed the operation control data that the operation time is 7:00 and are entered
Row is updated and stored in presetting in memory space.
Control signal received by assuming only comprises real-time time information (22:00 on October 22nd, 2012)
With when there are above-mentioned air-conditioner operation curve data in model of memory control command and default memory space, then
Air-conditioner is according to running time 22:00 and the above-mentioned air-conditioner operation curve data corresponding with labelling D in winter
Control air-conditioner run and carry out corresponding luminous prompting.
One of ordinary skill in the art will appreciate that all or part of step realizing in above-described embodiment method
The program that can be by completes with the hardware that instruction is relevant, and described program can be stored in a computer can
Reading in storage medium, described storage medium, such as ROM/RAM, disk, CD etc..
Fig. 9 shows the structure of the air-conditioner operation control system that the embodiment of the present invention provides, for the ease of saying
Bright, illustrate only the part relevant to the embodiment of the present invention, details are as follows:
Air-conditioner operation control system includes:
Control signal generates to receive with sending module 100, control signal and controls with processing module 200, operation
Data update module the 300, first operation curve data update module the 400, first air-conditioner runs and controls mould
Block 500 and memory element 600.
Control signal generates with sending module 100 for sending corresponding control signal according to the operation of user.
Control signal receives and is used for receiving control signal with processing module 200, and according to institute in this control signal
The real-time time information updating air-conditioner host real-time time comprised, determines the reality that air-conditioner host real-time time is corresponding
Time seasonal indicia.
Run and control data update module 300 for also comprising temperature control command, wind speed control when control signal
When there are air-conditioner operation curve data in system order and cold and hot mode control commands and memory element 600,
Update the air-conditioner corresponding with real-time seasonal indicia according to air-conditioner host real-time time with control signal and run song
Operation corresponding with air-conditioner host real-time time in line data controls data, and the user generating correspondence controls
Labelling, and user is controlled labelling be stored in memory element 600.
First operation curve data update module 400 is for according to the fortune corresponding with air-conditioner host real-time time
Row control data, have in air-conditioner operation curve data user control labelling and operation time less than and
Controlling data front operation and having in air-conditioner operation curve data close to air-conditioner host real-time time
There is user to control labelling and the operation time is more than and controlling rear operation closest to air-conditioner host real-time time
Data in air-conditioner operation curve data run the time between front run control data the operation time with
All operations between the rear operation time run and control data control data and are updated.
First air-conditioner operation control module 500 is for according to the air-conditioner operation curve Data Control after updating
Air-conditioner runs.
Memory element 600 is used for storing air-conditioner operation curve data.
Further, the first operation curve data update module 400 includes:
Data searching unit 401 is controlled, for transporting at the air-conditioner being stored in memory element 600 front operation
Row curve data is searched have user control labelling and operation time less than and real closest to this air-conditioner host
Time the time front run control data；
Data searching unit 402 is controlled, for transporting at the air-conditioner being stored in memory element 600 rear operation
Row curve data is searched have user control labelling and operation time more than and real closest to this air-conditioner host
Time the time rear run control data；
First Temperature control data updating block 403, for according to corresponding with air-conditioner host real-time time
Run the Temperature control data controlled in data and calculate at the front Temperature control data controlled in data that runs
First temperature gap, and calculate the first temperature change value according to this first temperature gap, and according to this first temperature
Degree changing value updates one by one and runs the time in air-conditioner operation curve data between front operation control data
All operations between operation time and air-conditioner host real-time time control the Temperature control data of data.
Second Temperature control data updating block 404, for according to corresponding with air-conditioner host real-time time
Run the Temperature control data controlled in data and calculate at the rear Temperature control data controlled in data that runs
Second temperature gap, and calculate the second temperature change value according to this second temperature gap, and according to this second temperature
Degree changing value updates one by one and runs the time in air-conditioner operation curve data between rear operation control data
All operations between operation time and air-conditioner host real-time time control the Temperature control data of data；
Wind speed and cold and hot control data updating unit 405, for by when running in air-conditioner operation curve data
Between control all operation controls running between time and air-conditioner host real-time time of data between rear operation
The wind speed type control data of data processed and cold and hot mode control data are updated to and air-conditioner host real-time time
Corresponding runs the wind speed type control data and cold and hot mode control data controlled in data.
Above-mentioned air-conditioner operation control system also includes:
Second operation curve data update module 700, control labelling generation module the 800, second air-conditioner fortune
Row control module the 900, the 3rd air-conditioner operation control module 1000 and the 4th air-conditioner operation control module
1100。
Second operation curve data update module 700 is for also comprising temperature control command, wind when control signal
There is not air-conditioner operation curve number in speed control command and cold and hot mode control commands and default memory space
According to time, corresponding with control signal operation is controlled data as the air-conditioner corresponding with real-time seasonal indicia
Operation curve data are stored in memory element 600.
Control labelling generation module 800 for the air-conditioner operation curve corresponding with described real-time seasonal indicia
Operation control data corresponding with air-conditioner host real-time time in data are added a user and are controlled labelling.
Second air-conditioner operation control module 900 is for controlling data according to the operation corresponding with control signal
Control air-conditioner to run.
3rd air-conditioner operation control module 1000 is for only comprising real-time time information and note when control signal
Recall time mode control commands and memory element 600 have existed air-conditioner operation curve data, according to air-conditioning master
Machine real-time time and the air-conditioner operation curve Data Control air-conditioner corresponding with real-time seasonal indicia run
And carry out corresponding luminous prompting.
4th air-conditioner operation control module 1100 is for only comprising real-time time information and note when control signal
Recall time mode control commands and memory element 600 do not exist air-conditioner operation curve data, according to air-conditioner
Default control data controls air-conditioner and runs and alert luminous prompting accordingly.
Further, the 3rd air-conditioner operation control module 1000 includes:
First air-conditioner runs control unit 1001, for only comprising real-time time information and note when control signal
Recall time mode control commands and memory element 600 have existed air-conditioner operation curve data, according to air-conditioning master
Machine real-time time and the air-conditioner operation curve Data Control air-conditioner corresponding with real-time seasonal indicia run；
First memory work mode annunciations unit 1002, for running control unit 1001 according to the first air-conditioner
Duty carry out corresponding luminous prompting.
Further, the 4th air-conditioner operation control module 1100 includes:
Second air-conditioner runs control unit 1101, for only comprising real-time time information and note when control signal
Recall time mode control commands and memory element 600 do not exist air-conditioner operation curve data, according to air-conditioner
Default control data controls air-conditioner and runs；
Second memory work mode annunciations unit 1102, for running control unit 1101 according to the second air-conditioner
Duty alert luminous prompting accordingly.
In actual applications, it is to be built in air-conditioning remote control that control signal generates with sending module 100, and
Owing to its control signal sent includes model of memory control command, therefore can be individually in air-conditioning remote control
One model of memory button is set and generates model of memory control for Trig control signal generation with sending module 100
System order, actually control signal generate with sending module 100 comprise microprocessor, wireless transmission unit with
And it is additionally provided with conventional display circuit on clock unit, and air-conditioning remote control for showing real-time time, temperature
The information such as degree, wind speed, cold and hot pattern；Control signal receives can in air conditioner host machine with processing module 200
Comprise radio receiving unit and clock unit, and control signal receives and believes according to this control with processing module 200
Real-time time information updating air-conditioner host real-time time included in number also determines air-conditioner host real-time time
The function of corresponding real-time seasonal indicia can be completed by the microprocessor in air conditioner host machine, runs and controls data
More new module the 300, first operation curve data update module the 400, first air-conditioner operation control module 500,
Second operation curve data update module 700, control labelling generation module the 800, second air-conditioner run control
Molding block the 900, first air-conditioner runs control unit 1001 and the second air-conditioner runs control unit 1101
Can be all integrated in the microprocessor of air conditioner host machine, the first memory work mode annunciations unit 1002 He
Second memory work mode annunciations unit 1102 can synthesize the luminous prompting circuit of air conditioner host machine (such as
LED reminding module), memory element 600 can be memorizer in air conditioner host machine (such as EPROM and
EEPROM)。
In embodiments of the present invention, by determining whether to update according to the command type included in control signal
Air-conditioner operation curve data, if desired update air-conditioner operation curve data, then to air-conditioner operation curve
Time of running in data controls the time of running of data and in the rear fortune running control data between front operation
All operations between the row time control data and are updated and according to the air-conditioner operation curve number after updating
According to the operation of control air-conditioner, if need not update air-conditioner operation curve data, then real according to air-conditioner host
Time time and the operation of the air-conditioner operation curve Data Control air-conditioner corresponding with real-time seasonal indicia, enter
And reach to carry out air-conditioner operation curve data record on the premise of user is configured need not, make air-conditioning
The operation of device is more fitted the use habit of user and actual demand, and can call different according to seasonal variations
Air-conditioner operation curve data with control air-conditioner operation, thus solve existing for prior art cannot
The actual demand following user carries out temperature regulation, and cannot be according to seasonal variations according to different operation curves
The problem that air-conditioner is controlled.
The foregoing is only presently preferred embodiments of the present invention, not in order to limit the present invention, all at this
Any amendment, equivalent and the improvement etc. made within bright spirit and principle, should be included in the present invention
Protection domain within.
Claims (10)
1. an air-conditioner progress control method, it is characterised in that described air-conditioner progress control method bag
Include following steps:
Operation according to user sends corresponding control signal；
Receive described control signal, and empty according to the real-time time information updating included in described control signal
Adjust main frame real-time time, determine the real-time seasonal indicia that described air-conditioner host real-time time is corresponding；
When described control signal also comprises temperature control command, blast velocity control order and cold and hot mode control commands
And when default memory space has existed air-conditioner operation curve data, according to described air-conditioner host real-time time
With institute in the air-conditioner operation curve data corresponding with described real-time seasonal indicia with the renewal of described control signal
State the corresponding operation of air-conditioner host real-time time and control data, and the user generating correspondence controls labelling, and
Described user is controlled labelling be stored in default memory space；
Control data according to the operation corresponding with described air-conditioner host real-time time, run at described air-conditioner
Curve data has user control labelling and operation time less than and closest to described air-conditioner host real-time time
Between control data front operation and in described air-conditioner operation curve data, there is user and control labelling
And run the time more than and closest to described air-conditioner host real-time time rear run control data to described
Time of running in air-conditioner operation curve data is between described operation time and the institute controlling data in front operation
The all operation control data stated between the rear operation time run and control data are updated；
Run according to the air-conditioner operation curve Data Control air-conditioner after updating.
2. air-conditioner progress control method as claimed in claim 1, it is characterised in that in described reception
Described control signal, and real according to the real-time time information updating air-conditioner host included in described control signal
Time the time, also include after determining the step of the real-time seasonal indicia that described air-conditioner host real-time time is corresponding with
Lower step:
When described control signal also comprises temperature control command, blast velocity control order and cold and hot mode control commands
And when default memory space does not exist air-conditioner operation curve data, by corresponding with described control signal
Run control data and be stored in pre-as the air-conditioner operation curve data corresponding with described real-time seasonal indicia
If in memory space；
With described air-conditioning master in the air-conditioner operation curve data corresponding to described and described real-time seasonal indicia
The corresponding operation of machine real-time time controls data and adds a user and control labelling；
Control Data Control air-conditioner according to the operation corresponding with described control signal to run.
3. air-conditioner progress control method as claimed in claim 1, it is characterised in that in described reception
Described control signal, and real according to the real-time time information updating air-conditioner host included in described control signal
Time the time, also include after determining the step of the real-time seasonal indicia that described air-conditioner host real-time time is corresponding with
Lower step:
When described control signal only comprise described real-time time information and model of memory control command and preset deposit
In storage space when there are air-conditioner operation curve data, according to described air-conditioner host real-time time and with institute
The air-conditioner operation curve Data Control air-conditioner stating real-time seasonal indicia corresponding runs and sends out accordingly
Light is pointed out.
4. air-conditioner progress control method as claimed in claim 1, it is characterised in that in described reception
Described control signal, and real according to the real-time time information updating air-conditioner host included in described control signal
Time the time, also include after determining the step of the real-time seasonal indicia that described air-conditioner host real-time time is corresponding with
Lower step:
When described control signal only comprises real-time time information and model of memory control command and presets storage sky
When there are not air-conditioner operation curve data between, control air-conditioner according to air-conditioner default control data and run
And alert luminous prompting accordingly.
5. air-conditioner progress control method as claimed in claim 1, it is characterised in that described basis with
The corresponding operation of described air-conditioner host real-time time controls data, in described air-conditioner operation curve data
Have user control labelling and operation time less than and closest to described air-conditioner host real-time time in front fortune
Go and control data and in described air-conditioner operation curve data, there is user to control labelling and operation time
More than also described air-conditioner is run in rear control data of running closest to described air-conditioner host real-time time
Time of running in curve data runs the operation time controlling data with described in rear operation between described front
The step that all operation control data between the operation time of control data are updated specifically includes following
Step:
The air-conditioner operation curve data be stored in default memory space are searched and there is user controls labelling
And run the time less than and closest to this air-conditioner host real-time time front run control data；
The air-conditioner operation curve data be stored in default memory space are searched and there is user controls labelling
And run the time more than and closest to this air-conditioner host real-time time rear run control data；
The Temperature control data and institute controlled in data is run according to corresponding with air-conditioner host real-time time
State and calculate the first temperature gap at the front Temperature control data controlled in data that runs, and according to described first temperature
Degree mathematic interpolation the first temperature change value, and update air-conditioner operation one by one according to described first temperature change value
Time of running in curve data runs the operation time controlling data and air-conditioner host real-time time between front
Between all operation control data Temperature control data；
According to corresponding with air-conditioner host real-time time run the Temperature control data controlled in data and
The rear Temperature control data controlled in data that runs calculates the second temperature gap, and according to this second temperature gap
Calculate the second temperature change value, and update air-conditioner operation curve number one by one according to described second temperature change value
According to the middle operation time between rear operation time and the air-conditioner host real-time time running control data
All Temperature control data running control data；
By in air-conditioner operation curve data run the time between rear run control data the operation time with
All operations between air-conditioner host real-time time control the wind speed type control data of data and cold and hot pattern
Control data and be updated to the wind speed type control that run in control data corresponding with air-conditioner host real-time time
Data processed and cold and hot mode control data.
6. an air-conditioner operation control system, it is characterised in that described air-conditioner operation control system bag
Include:
Control signal generates with sending module, control signal receives and processing module, operation control data and update
Module, the first operation curve data update module, the first air-conditioner operation control module and memory element；
Described control signal generates with sending module for sending corresponding control signal according to the operation of user；
Described control signal receives and is used for receiving described control signal with processing module, and controls letter according to described
Real-time time information updating air-conditioner host real-time time included in number, determines when described air-conditioner host is real-time
Between corresponding real-time seasonal indicia；
Described operation controls data update module for also comprising temperature control command, wind when described control signal
There is air-conditioner operation curve number in speed control command and cold and hot mode control commands and described memory element
According to time, update and described real-time seasonal indicia pair according to described air-conditioner host real-time time and described control signal
Operation corresponding with described air-conditioner host real-time time in the air-conditioner operation curve data answered controls data,
And the user generating correspondence controls labelling, and described user is controlled labelling it is stored in described memory element；
Described first operation curve data update module is for according to relative with described air-conditioner host real-time time
The operation answered controls data, has user in described air-conditioner operation curve data when controlling labelling and run
Between less than and control data and at described air-conditioning closest to described air-conditioner host real-time time front operation
Device operation curve data have user and controls labelling and operation time more than also closest to described air-conditioner host
The operation time in rear operation control data are to described air-conditioner operation curve data of real-time time is between institute
State front run control data the operation time and described rear run control data the operation time between
All control data of running are updated；
Described first air-conditioner operation control module is for according to the air-conditioner operation curve data control after updating
Air-conditioner processed runs；
Described memory element is used for storing air-conditioner operation curve data.
7. air-conditioner operation control system as claimed in claim 6, it is characterised in that described air-conditioner
Operation control system also includes:
Second operation curve data update module, for when described control signal also comprise temperature control command,
There is not air-conditioner operation curve in blast velocity control order and cold and hot mode control commands and described memory element
During data, the operation corresponding with described control signal is controlled data as with described real-time seasonal indicia pair
The air-conditioner operation curve data answered are stored in default memory space；
Control labelling generation module, run song for the air-conditioner corresponding to described and described real-time seasonal indicia
Operation control data corresponding with described air-conditioner host real-time time in line data are added a user and are controlled mark
Note；
Second air-conditioner operation control module, for controlling number according to the operation corresponding with described control signal
Run according to controlling air-conditioner；
3rd air-conditioner operation control module, for only comprising described real-time time information when described control signal
With when there are air-conditioner operation curve data in model of memory control command and described memory element, according to institute
State air-conditioner host real-time time and the air-conditioner operation curve data control corresponding with described real-time seasonal indicia
Air-conditioner processed runs and carries out corresponding luminous prompting；
4th air-conditioner operation control module, for only comprising real-time time information and note when described control signal
Recall time mode control commands and described memory element do not exist air-conditioner operation curve data, according to air-conditioner
Default control data controls air-conditioner and runs and alert luminous prompting accordingly.
8. air-conditioner operation control system as claimed in claim 6, it is characterised in that described first fortune
Row curve data more new module includes:
Data searching unit is controlled, for running song at the air-conditioner being stored in described memory element front operation
Line data are searched have user control labelling and operation time less than and real-time closest to described air-conditioner host
Time front run control data；
Data searching unit is controlled, for running song at the air-conditioner being stored in described memory element rear operation
Line data are searched have user control labelling and operation time more than and real-time closest to described air-conditioner host
Time rear run control data；
First Temperature control data updating block, for according to the operation corresponding with air-conditioner host real-time time
Control the Temperature control data in data and calculate first at the front Temperature control data controlled in data that runs
Temperature gap, and calculate the first temperature change value according to described first temperature gap, and according to described first temperature
Degree changing value updates one by one and runs the time in air-conditioner operation curve data between front operation control data
All operations between operation time and described air-conditioner host real-time time control the Temperature control data of data；
Second Temperature control data updating block, for according to the operation corresponding with air-conditioner host real-time time
Control the Temperature control data in data and calculate second at the rear Temperature control data controlled in data that runs
Temperature gap, and calculate the second temperature change value according to described second temperature gap, and according to described second temperature
Degree changing value updates one by one and runs the time in air-conditioner operation curve data between described at rear operation control number
According to all operations run between time and described air-conditioner host real-time time control the temperature of data and control
Data；
Wind speed and cold and hot control data updating unit, for being situated between running the time in air-conditioner operation curve data
In described in the rear all fortune run between the operation time and the described air-conditioner host real-time time that control data
Wind speed type control data and the cold and hot mode control data of row control data are updated to and described air-conditioner host
What real-time time was corresponding runs the wind speed type control data and cold and hot mode control data controlled in data.
9. air-conditioner operation control system as claimed in claim 7, it is characterised in that the described 3rd is empty
Device operation control module is adjusted to include:
First air-conditioner runs control unit, for only comprising real-time time information and note when described control signal
Recall time mode control commands and described memory element have existed air-conditioner operation curve data, according to air-conditioning master
Machine real-time time and the air-conditioner operation curve Data Control air-conditioner corresponding with real-time seasonal indicia run；
First memory work mode annunciations unit, for running the work of control unit according to described first air-conditioner
Corresponding luminous prompting is carried out as state.
10. air-conditioner operation control system as claimed in claim 7, it is characterised in that the described 4th is empty
Device operation control module is adjusted to include:
Second air-conditioner runs control unit, for only comprising real-time time information and note when described control signal
Recall time mode control commands and described memory element do not exist air-conditioner operation curve data, according to air-conditioner
Default control data controls air-conditioner and runs；
Second memory work mode annunciations unit, for running the work of control unit according to described second air-conditioner
Luminous prompting is alerted accordingly as state.
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