CN106225176A - Operation of air conditioner control method - Google Patents
Operation of air conditioner control method Download PDFInfo
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- CN106225176A CN106225176A CN201610713198.7A CN201610713198A CN106225176A CN 106225176 A CN106225176 A CN 106225176A CN 201610713198 A CN201610713198 A CN 201610713198A CN 106225176 A CN106225176 A CN 106225176A
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Abstract
The invention discloses a kind of operation of air conditioner control method, described method includes performing once or being alternately performed following autoclaving process and low temperature automatically cleaning process: described autoclaving process includes that controlling air-conditioning heating runs；Described low temperature automatically cleaning process includes: air-conditioning elder generation processed indoor set frosting runs indoor set defrost again and runs.The application present invention, it is achieved that the automatically cleaning of air conditioner sterilizing dedusting processes.
Description
Technical field
The invention belongs to air-conditioning technique field, specifically, relate to air-conditioning, more specifically, relate to one
Operation of air conditioner control method.
Background technology
After air-conditioning is placed for a long time or used, indoor apparatus of air conditioner can exist substantial amounts of dust and dirt.These dust and dirt are attached to
On the heat exchanger of indoor set, on the one hand can reduce the heat exchange property of heat exchanger, cause household air-conditioner to decline.On the other hand, dirt
Dirt adheres to easy breed bacteria, forms mildew.Additionally, under cooling operation mode, indoor set coil pipe is in the environment of humidity.And
Existing major part family or office, be fitted with heating installation, and winter is without opening operation of air conditioner heating mode.Therefore, existing greatly
Part air-conditioning is intended merely to refrigerating operaton.And indoor set heat exchanger is in the environment of humidity for a long time, also can breed bacteria.This
A little antibacterials and mildew can produce abnormal flavour in unit, and can circulate in indoor propagation along with air.As cleared up not in time, serious prestige
Coerce the health of air conditioner user.
Summary of the invention
It is an object of the invention to provide a kind of operation of air conditioner control method, it is achieved the automatically cleaning of air conditioner sterilizing dedusting processes.
For achieving the above object, the present invention uses following technical proposals to be achieved:
A kind of operation of air conditioner control method, described method includes performing once or be alternately performed following autoclaving process and low
Temperature automatically cleaning process:
Described autoclaving process includes: controls air-conditioning heating and runs；
Described low temperature automatically cleaning process includes: controls the indoor set frosting of air-conditioning elder generation and runs the operation of indoor set defrost again.
Method as above, described autoclaving process also includes:
Control indoor apparatus of air conditioner to set more than the state that the heats continuous service at least the first of the first setting coil temperature with coil temperature
Fix time.
Method as above, described autoclaving process also includes:
The rotating speed of control room inner blower is less than setting speed.
Method as above, described method includes: first carry out described autoclaving process, is exiting described high temperature sterilize
After process, then perform described low temperature automatically cleaning process.
Method as above, described low temperature automatically cleaning process also includes:
Persistently obtain real-time indoor set coil temperature and real-time indoor air humidity, according to known heat pamp and room air
The corresponding relation of humidity obtains the heat pamp corresponding with described real-time indoor air humidity, as real-time heat pamp, root
The change corresponding with described real-time indoor air humidity is obtained with the corresponding relation of indoor air humidity according to the known defrost time
The frost time, as the real-time defrost time；
Perform indoor set frosting and control process；
Timing is started when described real-time indoor set coil temperature is reduced to the second setting coil temperature, and during as the first timing
Between；
During performing described frosting control, if meeting: described real-time indoor set coil temperature is more than the 3rd setting coil pipe temperature
Degree and described first timing time reach described real-time heat pamp, exit described frosting and control process, switch to indoor set
Frost control process；
During performing described defrosting control, if meeting: described real-time indoor set coil temperature is less than the 4th setting coil pipe temperature
Degree and defrost time reach the described real-time defrost time, exit described defrosting control process；
Described second sets coil temperature sets coil temperature and sets coil temperature less than the described 4th more than the described 3rd,
Described 4th sets coil temperature sets coil temperature less than described first.
Method as above, described method also includes:
Perform described frosting control during, if meet described first timing time be not up to described real-time heat pamp but
Described real-time indoor set coil temperature is not more than the described 3rd and sets coil temperature, then exit described frosting and control process, switching
To described defrosting control process.
Method as above, described method also includes:
During performing described defrosting control, if meeting the described defrost time to be not up to the described real-time defrost time but described
Indoor set coil temperature sets coil temperature not less than the described 4th in real time, then exit described defrosting control process.
Method as above, described heat pamp with in the corresponding relation of indoor air humidity, indoor air humidity with
Humidity range characterizes；Heat pamp known to described basis obtains and described real-time indoor with the corresponding relation of indoor air humidity
The heat pamp that air humidity is corresponding, as real-time heat pamp, specifically includes:
Described real-time room air is determined according to the humidity range in the described heat pamp corresponding relation with indoor air humidity
Humidity range belonging to humidity, obtains the heat pamp that the humidity range belonging to described real-time indoor air humidity is corresponding, as
The heat pamp corresponding with described real-time indoor air humidity.
Method as above, the described defrost time with in the corresponding relation of indoor air humidity, indoor air humidity with
Humidity range characterizes；The defrost time known to described basis obtains and described real-time indoor with the corresponding relation of indoor air humidity
The defrost time that air humidity is corresponding, as the real-time defrost time, specifically include:
Described real-time room air is determined according to the humidity range in the corresponding relation with indoor air humidity of the described defrost time
Humidity range belonging to humidity, obtains the defrost time that the humidity range belonging to described real-time indoor air humidity is corresponding, as
The defrost time corresponding with described real-time indoor air humidity.
Compared with prior art, advantages of the present invention and good effect be: the operation of air conditioner control method that the present invention provides,
The antibacterial etc. that the autoclaving process run by performing air-conditioning heating is killed on indoor machine evaporation and evaporator coil is harmful to
Microorganism；By performing the low temperature automatically cleaning process of first frosting defrost again, device and evaporator coil can not only be evaporated
Clean, it is also possible to reduce harmful microbe activity and the survival abilities such as antibacterial, play suppression harmful microbe effect；Above-mentioned
Two processes can perform once, it is also possible to is alternately performed, it is achieved thereby that process the automatically cleaning of air conditioner sterilizing dedusting.
After reading in conjunction with the accompanying the detailed description of the invention of the present invention, the other features and advantages of the invention will become more clear
Chu.
Accompanying drawing explanation
Fig. 1 is the flow chart of one embodiment of operation of air conditioner control method of the present invention.
Detailed description of the invention
In order to make the purpose of the present invention, technical scheme and advantage clearer, below with reference to drawings and Examples,
The present invention is described in further detail.
Referring to Fig. 1, this figure show the flow chart of one embodiment of operation of air conditioner control method of the present invention.
As it is shown in figure 1, the method for this embodiment include following step formed control process:
Step 11: perform autoclaving process.
Specifically, it is to control air-conditioning heating to run.Implementing that air-conditioning heating runs is referred to prior art.
Step 12: after exiting autoclaving process, performs low temperature automatically cleaning process.
Specifically, it is to control the indoor set frosting of air-conditioning elder generation to run the operation of indoor set defrost again.First indoor set frosting runs
The automatically cleaning process that indoor set defrost runs again is referred to prior art and realizes.
In this embodiment, the autoclaving process first passing through execution air-conditioning heating operation kills indoor machine evaporation and steaming
Send out the harmful microorganisms such as antibacterial on device coil pipe, the most again by performing the low temperature automatically cleaning process of first frosting defrost again, to steaming
Send out device and evaporator coil is carried out, harmful microbe activity and the survival abilities such as antibacterial can also be reduced simultaneously, play
Suppression harmful microbe effect.Thus, it is achieved that the automatically cleaning of air conditioner sterilizing dedusting is processed.
The control that above-described embodiment have employed and first carries out autoclaving process, performs the self-cleaning process of low temperature again.At sky
Regulation and control system can be only performed once the control of the two process, it is also possible to perform repeatedly.Further, first high temperature also it is not limited to
Sterilizing low temperature automatically cleaning again, it is also possible to first low temperature automatically cleaning high temperature sterilize again.That is, autoclaving process and low temperature automatically cleaning mistake
Journey can be alternately performed.
As preferred embodiment, the autoclaving process of step 11 also includes: control indoor apparatus of air conditioner with coil pipe temperature
Degree is more than the state that heats continuous service at least the first setting time of the first setting coil temperature.First setting coil temperature is
The temperature know, prestored, can be read easily by airconditioning control module.Preferably, first coil temperature height is set
Coil temperature when air-conditioning normal heating operation, but the allowed maximum temperature that normally works not above coil pipe.Such as,
One sets coil temperature as 60 DEG C.Can use pid control mode control indoor apparatus of air conditioner using first set coil temperature as
Target coil pipe temperature stabilization ran at least the first setting time.First setting time was also a value known, that prestore, can
To be read easily by airconditioning control module.Its concrete value can weigh sterilizing ability and air conditioning energy consumption is foundation.Example
As, first sets the time as 30min.
As preferred embodiment, the autoclaving process of step 11 also includes: the rotating speed of control room inner blower is less than
Setting speed, to avoid high temperature to affect indoor environment temperature, causes user uncomfortable.Setting speed be also known, prestore
A value, can be read easily by airconditioning control module.It is furthermore preferred that setting speed is 0 or corresponding to faint wind
Rotating speed.
As preferred embodiment, the low temperature automatically cleaning process of step 12, use the process with following step real
Existing: step 21: persistently to obtain real-time indoor set coil temperature and real-time indoor air humidity, obtain and real-time indoor air humidity
Corresponding heat pamp, as real-time heat pamp, obtains the defrost time corresponding with real-time indoor air humidity, as
The defrost time in real time.
Indoor set coil temperature refers to according to setting the current coil temperature of indoor set that sample frequency constantly gets in real time,
Indoor air humidity refers to according to the present air set in the air-conditioning place indoor environment that sample frequency constantly gets in real time
Humidity.The obtaining means of coil temperature and indoor air humidity can use prior art to realize, and is not specifically addressed at this.
After the real-time indoor air humidity obtained, close according to known heat pamp is corresponding with indoor air humidity
System obtains the heat pamp corresponding with real-time indoor air humidity, as real-time heat pamp；According to the known defrost time
The defrost time corresponding with real-time indoor air humidity is obtained, during as real-time defrost with the corresponding relation of indoor air humidity
Between.Wherein, the corresponding relation of the corresponding relation of heat pamp and indoor air humidity and defrost time and indoor air humidity
The most known, prestore, can be read easily by airconditioning control module.And, the two corresponding relation is by air-conditioning
Research staff is tested by substantial amounts of Work condition analogue, combining with theoretical analysis and practical experience are determined, and can be by awarding
Power is modified.
Step 22: perform indoor set frosting and control process；It is reduced to the second setting coil pipe at real-time indoor set coil temperature
The timing of the first timing time is started during temperature；Meeting real-time indoor set coil temperature more than the 3rd setting coil temperature and the
One timing time reaches real-time heat pamp, exits frosting and controls process, switches to indoor set defrosting control process.
Perform indoor set frosting control process to carry out with step 21 simultaneously.What indoor set frosting controlled is implemented as
Prior art, is not specifically addressed at this.During performing indoor set frosting control, still carry out in step 21 and persistently obtain
The process of indoor set coil temperature in real time.
During performing indoor set frosting control, also the real-time indoor set coil temperature obtained is compared judgement.
Start timing when real-time indoor set coil temperature is reduced to the second setting coil temperature, and using this timing as the first timing time
Between.Wherein, second to set coil temperature be that reflection indoor set starts a coil temperature of frosting, be known, prestore
, can be read easily by airconditioning control module.And, its value is real by substantial amounts of Work condition analogue by air-conditioning research staff
Test, combining with theoretical analysis and practical experience are determined, and can be modified by mandate.Preferably, second coil pipe is set
Temperature is 0 DEG C.That is, when real-time indoor set coil temperature is reduced to 0 DEG C, it is determined that indoor set coil pipe starts frosting, then, from
What this moment started the first timing time sign of timing is actual heat pamp.
During performing frosting control, if meeting real-time indoor set coil temperature more than the 3rd setting coil temperature
And first timing time reach real-time heat pamp, exit frosting control process, switch to indoor set defrosting control process.In real time
Heat pamp is heat pamp corresponding with indoor air humidity in real time determined by step 21.3rd sets coil temperature
Set coil temperature less than second, be the reflection the most relatively low temperature of coil temperature, the most known, prestore,
Can be read easily by airconditioning control module.And, its value is by the experiment of substantial amounts of Work condition analogue, knot by air-conditioning research staff
Conjunction theory analysis and practical experience are determined, and can be modified by mandate.Preferably, the 3rd coil temperature is set
For-15 DEG C.That is, during performing frosting control, if indoor set coil temperature is always more than the 3rd setting coil temperature,
Show that coil pipe frosting velocity is normal, then, when the first timing time namely actual heat pamp reach real-time heat pamp it
After, it is determined that frosting is abundant.For the adverse effect avoiding excessive frosting to bring, exit frosting and control process, and switch to indoor set
Defrosting control process, performs step 23.
Step 23: during performing defrosting control, if meeting real-time indoor set coil temperature less than the 4th setting coil pipe
Temperature and defrost time reach the real-time defrost time, exit defrosting control process.
4th set coil temperature as more than second set coil temperature a temperature, be used for whether reflect coil temperature
Higher.4th design temperature is also temperature known, that prestore, can be read easily by airconditioning control module.And,
Its value is tested by substantial amounts of Work condition analogue by air-conditioning research staff, combining with theoretical analysis and practical experience are determined,
And can be modified by mandate.Preferably, the 4th coil temperature is set as 10 DEG C.Performing indoor set defrosting control process
In, still the real-time indoor set coil temperature obtained is compared judgement.If during defrosting control, indoor set coil pipe
Temperature less than the 4th setting coil temperature, shows that coil pipe defrost speed is normal always.So, reach real-time in the actual defrost time
After the defrost time, it is determined that defrost is abundant, exits defrost process.
Above-described embodiment perform air conditioner low temperature automatically cleaning control time, it is contemplated that different humidity environment lower coil pipe frosting velocity and
The difference of defrost speed, determines self-cleaning heat pamp and defrost time in real time, and combines coil pipe according to indoor air humidity
Temperature determines whether to exit Frost formation process and defrost process, it is possible to accurately controls frosting and defrost, effectively prevent
System pressure that degree frosting or excessively defrost cause and the cleaning that energy consumption is excessive, frosting is inadequate or defrost causes not are insufficient etc.
The generation of problem.
As preferred embodiment, during low temperature automatically cleaning runs control, also include: controlled performing frosting
Cheng Zhong, if satisfied first timing time is not up to real-time heat pamp but indoor set coil temperature is not more than the 3rd setting in real time
Coil temperature, then exit frosting and control process, switch to defrosting control process.That is, at heat pamp knot also not up in real time
During the frost time, if it is decided that indoor set coil temperature has been less than the 3rd setting coil temperature in real time, shows that coil temperature declines relatively
Greatly, frosting velocity is very fast.For avoiding excessive frosting and reducing frosting energy consumption, then exit Frost formation process, terminate frosting in advance.
Further preferably include: during performing defrosting control, if meeting the defrost time to be not up to the real-time defrost time but real
Time indoor set coil temperature not less than the 4th setting coil temperature, also exit defrosting control process.It is to say, in the defrost time
Not up to during the real-time defrost time, if it is decided that indoor set coil temperature has been more than the 4th setting coil temperature in real time, shows dish
Pipe temperature rises relatively big, defrost speed.For avoiding excessive defrost and reducing defrost energy consumption, then exit defrost process, carry
Front end defrost.
As preferred embodiment, for convenience, quickly determine real-time heat pamp, for heat pamp and Interior Space
In the corresponding relation of air humidity degree, indoor air humidity characterizes with humidity range.So, according to known heat pamp and Interior Space
The corresponding relation of air humidity degree obtains the heat pamp corresponding with real-time indoor air humidity, as real-time heat pamp, specifically
Including:
Determine belonging to real-time indoor air humidity according to the humidity range in the heat pamp corresponding relation with indoor air humidity
Humidity range, obtain the heat pamp that the humidity range belonging to real-time indoor air humidity is corresponding, as with real-time Interior Space
The heat pamp that air humidity degree is corresponding.
It is furthermore preferred that heat pamp is corresponding sheet form with the corresponding relation of indoor air humidity, by the way of tabling look-up
Obtain the heat pamp corresponding with real-time indoor air humidity, as real-time heat pamp.
Same, for convenience of, quickly determine the real-time defrost time, the corresponding relation of defrost time and indoor air humidity
In, indoor air humidity characterizes with humidity range.So, according to the corresponding relation of known defrost time Yu indoor air humidity
Obtain the defrost time corresponding with real-time indoor air humidity, as the real-time defrost time, specifically include:
Determine belonging to real-time indoor air humidity according to the humidity range in the defrost time corresponding relation with indoor air humidity
Humidity range, obtain the defrost time that the humidity range belonging to real-time indoor air humidity is corresponding, as with real-time Interior Space
The defrost time that air humidity degree is corresponding.
It is furthermore preferred that the defrost time is corresponding sheet form with the corresponding relation of indoor air humidity, by the way of tabling look-up
Obtain the defrost time corresponding with real-time indoor air humidity, as the real-time defrost time.
Above example is only in order to illustrate technical scheme, rather than is limited；Although with reference to aforementioned reality
Execute example the present invention has been described in detail, for the person of ordinary skill of the art, still can be to aforementioned enforcement
Technical scheme described in example is modified, or wherein portion of techniques feature is carried out equivalent；And these are revised or replace
Change, do not make the essence of appropriate technical solution depart from the spirit and scope of claimed technical solution of the invention.
Claims (9)
1. an operation of air conditioner control method, it is characterised in that described method includes performing once or be alternately performed following height
Temperature sterilization process and low temperature automatically cleaning process:
Described autoclaving process includes: controls air-conditioning heating and runs；
Described low temperature automatically cleaning process includes: controls the indoor set frosting of air-conditioning elder generation and runs the operation of indoor set defrost again.
Method the most according to claim 1, it is characterised in that described autoclaving process also includes:
Control indoor apparatus of air conditioner to set more than the state that the heats continuous service at least the first of the first setting coil temperature with coil temperature
Fix time.
Method the most according to claim 1, it is characterised in that described autoclaving process also includes:
The rotating speed of control room inner blower is less than setting speed.
Method the most according to claim 1, it is characterised in that described method includes: first carry out described autoclaving process,
After exiting described autoclaving process, then perform described low temperature automatically cleaning process.
Method the most according to any one of claim 1 to 4, it is characterised in that described low temperature automatically cleaning process also includes:
Persistently obtain real-time indoor set coil temperature and real-time indoor air humidity, according to known heat pamp and room air
The corresponding relation of humidity obtains the heat pamp corresponding with described real-time indoor air humidity, as real-time heat pamp, root
The change corresponding with described real-time indoor air humidity is obtained with the corresponding relation of indoor air humidity according to the known defrost time
The frost time, as the real-time defrost time；
Perform indoor set frosting and control process；
Timing is started when described real-time indoor set coil temperature is reduced to the second setting coil temperature, and during as the first timing
Between；
During performing described frosting control, if meeting: described real-time indoor set coil temperature is more than the 3rd setting coil pipe temperature
Degree and described first timing time reach described real-time heat pamp, exit described frosting and control process, switch to indoor set
Frost control process；
During performing described defrosting control, if meeting: described real-time indoor set coil temperature is less than the 4th setting coil pipe temperature
Degree and defrost time reach the described real-time defrost time, exit described defrosting control process；
Described second sets coil temperature sets coil temperature and sets coil temperature less than the described 4th more than the described 3rd,
Described 4th sets coil temperature sets coil temperature less than described first.
Method the most according to claim 5, it is characterised in that described method also includes:
Perform described frosting control during, if meet described first timing time be not up to described real-time heat pamp but
Described real-time indoor set coil temperature is not more than the described 3rd and sets coil temperature, then exit described frosting and control process, switching
To described defrosting control process.
Method the most according to claim 5, it is characterised in that described method also includes:
During performing described defrosting control, if meeting the described defrost time to be not up to the described real-time defrost time but described
Indoor set coil temperature sets coil temperature not less than the described 4th in real time, then exit described defrosting control process.
Method the most according to claim 5, it is characterised in that described heat pamp and the corresponding relation of indoor air humidity
In, indoor air humidity characterizes with humidity range；Heat pamp known to described basis and the corresponding relation of indoor air humidity
Obtain the heat pamp corresponding with described real-time indoor air humidity, as real-time heat pamp, specifically include:
Described real-time room air is determined according to the humidity range in the described heat pamp corresponding relation with indoor air humidity
Humidity range belonging to humidity, obtains the heat pamp that the humidity range belonging to described real-time indoor air humidity is corresponding, as
The heat pamp corresponding with described real-time indoor air humidity.
Method the most according to claim 5, it is characterised in that described defrost time and the corresponding relation of indoor air humidity
In, indoor air humidity characterizes with humidity range；Defrost time known to described basis and the corresponding relation of indoor air humidity
Obtain the defrost time corresponding with described real-time indoor air humidity, as the real-time defrost time, specifically include:
Described real-time room air is determined according to the humidity range in the corresponding relation with indoor air humidity of the described defrost time
Humidity range belonging to humidity, obtains the defrost time that the humidity range belonging to described real-time indoor air humidity is corresponding, as
The defrost time corresponding with described real-time indoor air humidity.
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