CN108168036B - Air conditioner system control method and air-conditioning system - Google Patents

Air conditioner system control method and air-conditioning system Download PDF

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Publication number
CN108168036B
CN108168036B CN201711418683.2A CN201711418683A CN108168036B CN 108168036 B CN108168036 B CN 108168036B CN 201711418683 A CN201711418683 A CN 201711418683A CN 108168036 B CN108168036 B CN 108168036B
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air
region
temperature
conditioning
control
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CN108168036A (en
Inventor
何志武
杨荣礼
刘启兴
喻春平
何勇
杨铎
骆亮
郑林贵
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Gree Electric Appliances Inc of Zhuhai
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Gree Electric Appliances Inc of Zhuhai
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Abstract

The present invention provides a kind of air conditioner system control method and air-conditioning system, and the air-conditioning has samming mode, and the control method includes: to obtain the environment temperature T in indoor x region under the samming modexAnd pass through the environment temperature T in the x regionxSamming temperature t is determined, according to the environment temperature T in the x regionxDetermine that the air supply parameter in the x region, x are the integer more than or equal to 2 with the samming temperature t.Air conditioner system control method and air-conditioning system in the application, it can automatically detect the temperature field in indoor environment, according to the indoor environment temperature field of temperature set by user and detection, adjust air supply direction and air supply velocity, with fast uniform indoor temperature field, make no longer there is the obvious temperature difference between indoor each region, user is made to experience the usage comfort for comfortably improving user in each region.

Description

Air conditioner system control method and air-conditioning system
Technical field
The present invention relates to field of air conditioning, and in particular to a kind of air conditioner system control method and air-conditioning system.
Background technique
Traditional air-conditioning system, the air supply direction and air-supply wind speed of indoor unit are all to be set for blowing according to user 's.When air-conditioning system is when carrying out refrigeration mode operation, the temperature of air-supply region is relatively low in indoor environment, and air-supply region is related to not The temperature in the region arrived is relatively high.When air-conditioning system is when heating mode is run, the temperature of air-supply region is inclined in indoor environment The temperature of height, the region that air-supply region is not related to is relatively low.The temperature field that this results in indoor environment is unbalanced, blow zones When the temperature in domain has had reached set temperature, set temperature is had not been reached yet in the temperature in remaining region, thus, user is indoors The temperature sensation of each position is inconsistent, causes poor user experience.
Summary of the invention
In view of this, one of the objects of the present invention is to provide the air-conditioning systems that one kind is capable of fast uniform room temperature field Control method and air-conditioning system.
In order to achieve the above objectives, the invention adopts the following technical scheme:
A kind of air conditioner system control method, the air-conditioning have samming mode, and the control method includes: in the samming Under mode, the environment temperature T in indoor x region is obtainedxAnd pass through the environment temperature T in the x regionxDetermine samming temperature t, According to the environment temperature T in the x regionxDetermine the air supply parameter in the x region with the samming temperature t, x be greater than or Integer equal to 2;
At interval of the second scheduled duration, the environment temperature T in primary indoor x region is obtainedxAnd determine the x region Air supply parameter will be as time environment temperature T in the indoor x region of acquisition when the air-conditioning system is in refrigerating statexn+1With The samming temperature t of previous determinationnIt is compared, if the environment temperature of all areas in the x region is all larger than samming temperature Spend tn, then control the air-conditioning system and run by the air supply parameter in the x region of previous determination, if in the x region In there are environment temperature be less than or equal to samming temperature tnRegion, then redefine the air supply parameter in the x region.
Preferably, the control method includes: that the air-conditioning is opened and enters the samming after running the first scheduled duration Mode.
It preferably, will be when time environment temperature in the indoor x region of acquisition when the air-conditioning system is in heating state Txn+1With the samming temperature t of previous determinationnIt is compared, if the environment temperature of all areas in the x region is respectively less than equal Temperature tn, then control the air-conditioning system and run by the air supply parameter in the x region of previous determination, if at the x There are environment temperatures to be greater than or equal to samming temperature t in regionnRegion, then redefine the air supply parameter in the x region.
Preferably, according to the environment temperature T in the x regionxThe method for determining samming temperature t includes:
Seek the environment temperature T in the x regionxAverage value as the samming temperature t.
Preferably, the air supply parameter includes air-supply wind direction and/or air-supply wind speed.
Preferably, the x region includes the first area with the air-conditioning face, and horizontally or vertically it is upper with The region of the first area side by side.
Preferably, when the air-conditioning system is in refrigeration mode, according to the environment temperature T in the x regionxWith it is described The relationship of samming temperature t, the method for determining the air supply parameter in x-th of region include:
Work as Tx≥t+Δt1When, it controls the air-conditioning system and improves blast intensity and blow towards the region;
Work as TxWhen < t, controls the air-conditioning system and maintain wind direction and wind speed constant;
As t≤Tx< t+ Δ t1When, it controls the air-conditioning system and maintains wind direction and wind speed constant, or the control air-conditioning system System maintains wind speed is constant to blow towards the region, or the control air-conditioning system reduces wind speed and blows towards the region;
Wherein, Δ t1For the first preset temperature.
Preferably, as t+ Δ t1≤Tx< t+ Δ t2When, it controls the air-conditioning and is blown with the first blast intensity;
Work as Tx≥t+Δt2When, it controls the air-conditioning and is blown with the second blast intensity;
Wherein, Δ t2For the second preset temperature.
Preferably, when the environment temperature for having x region in the x region is greater than or equal to t+ Δ t1When, described in control Air-conditioning system determines the priority blown to each region by the environment temperature height in the x region.
A kind of air-conditioning system is controlled using such as above-mentioned air conditioner system control method.
Air conditioner system control method and air-conditioning system in the application, can automatically detect the temperature field in indoor environment, According to the indoor environment temperature field of temperature set by user and detection, air supply direction and air supply velocity are adjusted, with fast uniform room Interior temperature field makes no longer there is the obvious temperature difference between indoor each region, experiences user comfortably in each region, Improve the usage comfort of user.
Detailed description of the invention
By referring to the drawings to the description of the embodiment of the present invention, the above and other purposes of the present invention, feature and Advantage will be apparent from, in the accompanying drawings:
Fig. 1 shows the flow chart of the application air conditioner system control method.
Specific embodiment
Below based on embodiment, present invention is described, it should be understood by one skilled in the art that provided herein Attached drawing is provided to the purpose of explanation, and attached drawing is not necessarily drawn to scale.
Unless the context clearly requires otherwise, "include", "comprise" otherwise throughout the specification and claims etc. are similar Word should be construed as the meaning for including rather than exclusive or exhaustive meaning;That is, be " including but not limited to " contains Justice.
This application provides a kind of control method of air-conditioning system, with fast uniform indoor temperature field, allow user indoors The temperature sensation of each region is not much different, and improves user's comforts of use.Below to air-conditioning system provided by the present application Specific control method is described in detail.
As shown in Figure 1, the air-conditioning have samming mode, operation of air conditioner for a period of time after, interior will appear temperature The non-uniform situation in field, at this point, the samming mode of air-conditioning brings into operation, in a short time, to make the temperature in indoor each region Degree is balanced.In a specific embodiment, the air-conditioning is opened and enters the samming mode after running the first scheduled duration, Wherein, first scheduled duration for example can be 5 minutes to 10 minutes.In another specific embodiment, when air-conditioning is opened When opening and running, the detection device being arranged on air-conditioning detects the temperature of indoor environment, upon reaching a predetermined temperature, described Air-conditioning enters samming mode operation, wherein the predetermined temperature is, for example, 2 DEG C to 4 DEG C lower than temperature set by user.
Further, the control method of the air-conditioning system is under the samming mode, to obtain indoor x region Environment temperature Tx, x is the integer more than or equal to 2, it is preferable that the x region includes the firstth area with the air-conditioning face Domain, and horizontally or vertically go up and the region of the first area side by side.In a specific embodiment, with wall-mounted For air-conditioning, wall-hanging air conditioner is hung on wall, and system obtains the environment temperature in 3 regions, and 3 regions include and the air-conditioning The first area of face, and the first area horizontally arranged side by side second area being located on the left of the first area, with And with the first area horizontally arranged side by side third region being located on the right side of the first area.The corresponding ring in 3 regions Border temperature is respectively T1、T2And T3, the control method in the application will be described in detail by taking three regions as an example below. It is, of course, understood that the quantity in the region of the position and selection in the region chosen can be adjusted, but quantity should not mistake More, position also should not be excessively remote.For example, the region chosen can also be the first area of the air-conditioning face, with described the The one region vertically arranged side by side second area being located above the first area, and vertically with the first area The third region being located at below the first area arranged side by side.
Specific control method of the air-conditioning under samming mode are as follows: at interval of the second scheduled duration, obtain primary interior first The environment temperature T in region1, the environment temperature T of second area2, the environment temperature T in third region3.Wherein, the second scheduled duration is 5 minutes to 25 minutes, environment temperature is obtained by using temperature-detecting device, it is preferable to use temperature sensor obtains environment temperature Degree.Temperature sensor can according to need quantity and the position in the region of detection, be arranged in a one-to-one correspondence.One can also be only arranged Temperature-detecting device, temperature-detecting device can be rotated, and the region detected in rotary course for needs is determined Position detection.
Obtaining T1、T2And T3Afterwards, to the temperature averaged in above three region as samming temperature t, by T1、T2 And T3It is compared respectively with samming temperature t.It is, of course, understood that the acquiring method of the samming temperature not only office It is limited to a kind of this method of trizonal environment temperature averaged, can also uses and the methods of variance is such as asked to seek Temperature t.Below with the environment temperature T in first area1For, control method and deterministic process are illustrated.When described When air-conditioning system is in refrigeration mode, according to the environment temperature T of the first area1With the relationship of the samming temperature t, determine The method of the air supply parameter of first area includes following several situations, wherein the air supply parameter includes air-supply wind direction and/or send Wind wind speed.Specific control method are as follows:
Work as T1≥t+Δt1When, illustrate under refrigerating state, the environment temperature in first area is higher by very than samming temperature More, there are the biggish temperature difference with remaining region for first area, need to allow the region fast cooling, therefore, control the sky at this time Adjusting system improves blast intensity and blows towards the region, so that more cold airs enter in the region, to the region In cool down.Also, working as has the environment temperature in more than one region to be greater than or equal to t+ Δ t in three regions1When, institute It states air-conditioning system and determines the priority blown to each region by the height of the environment temperature in region, for example, first towards temperature Highest region air-supply is re-directed towards the high region air-supply of temperature time.
Further, as t+ Δ t1≤T1< t+ Δ t2When, although illustrating the environment temperature T in first area1Than samming temperature T high, but the limitation being higher by are spent, at this point, the air-conditioning is blown with the first blast intensity.
Work as T1≥t+Δt2When, illustrate that the environment temperature in first area is more high than samming temperature, needs to carry out it Fast cooling, just can guarantee environment, there is no the larger temperature difference, are blown at this point, controlling the air-conditioning with the second blast intensity. In a specific embodiment, the intensity of wind speed of blowing includes high wind, apoplexy and gentle breeze, as t+ Δ t1≤T1< t+ Δ t2When, First blast intensity chooses apoplexy;Work as T1≥t+Δt2When, the second blast intensity selects high wind.
Work as T1When < t, illustrate that the temperature of first area is lower than samming temperature, it is no longer necessary to which more cold airs carry out it Cooling is bigger with the temperature difference in remaining region to prevent.Maintain wind direction and wind speed constant at this point, controlling the air-conditioning system.
As t≤T1< t+ Δ t1When, although illustrating that first area is higher than between mean temperature, with remaining region there are the temperature difference, But the existing temperature difference and little between remaining region.Therefore, can control the air-conditioning system maintains wind direction and wind speed constant, Or it controls the air-conditioning system and maintains wind speed is constant to blow towards the region, or the control air-conditioning system reduction wind speed direction should Region air-supply, so that the temperature in the region does not increase.Wherein, Δ t1For the first preset temperature, the described first default temperature Degree is 1 DEG C to 5 DEG C, it is further preferred that first preset temperature is 3 DEG C.Δt2It is pre- for the second preset temperature, described second If temperature is 1 DEG C to 5 DEG C, it is further preferred that second preset temperature is 3 DEG C.Control to second area and third region Method with it is above-mentioned identical to the control method of first area, details are not described herein.In addition, when air-conditioning system is in heating state When, it is also controlled using control method similar to the above, overall control thinking is constant, only by temperature range and samming temperature It is adjusted, also repeats no more herein.
Herein, it should be noted that will appear more special situation, such as user in control process in refrigerating state Under open window, a large amount of hot-airs enter interior, and entire indoor environment temperature is caused to increase or indoor personnel amount Increase suddenly, indoor environment temperature is caused to increase suddenly.At this point, temperature-detecting device is still at interval of the second scheduled duration to ring Border temperature carries out one-time detection, will be as time environment temperature T of the indoor first area of acquisition1n+1With the samming temperature of previous determination tnIt is compared, if the environment temperature of first area, second area and third region is all larger than samming temperature tn, then described in control Air-conditioning system is run by the air supply parameter of previous determination, that is, keeps previous air supply direction and air-supply wind speed is constant to blow. If there are the environment temperatures in a region to be less than or equal to samming temperature t in first area, second area and third regionn's Region, then illustrate that no special circumstances exist, then executes and redefine air-supply ginseng according to the environment temperature of each region of detection It counts and controls air-conditioning and blow according to the air supply parameter redefined, constantly repeat the above steps, until indoor environment temperature Reach until the temperature difference is not present in temperature set by user and each region.
It, will be as time environment temperature T of the indoor first area of acquisition when the air-conditioning system is in heating state1n+1With The samming temperature t of previous determinationnIt is compared, if the environment temperature of all areas is respectively less than samming temperature tn, then the sky is controlled Adjusting system is run by the air supply parameter of each region of previous determination, if there are the environment in any one region in three regions Temperature is greater than or equal to samming temperature tnRegion, then redefine the air supply parameter of each region, and install and to redefine Air supply parameter control air-conditioning is blown.
Preferably, under samming mode, air-conditioning system presses target temperature operation set by user, i.e. compressor frequency always Etc. other parameters press target temperature set by user and carry out conventional logic control, and it is real simply by air supply parameter is adjusted The homogenization of existing indoor environment temperature.
The application also proposed a kind of air-conditioning system, be controlled using air conditioner system control method as described above.This Temperature-detecting device is provided in air-conditioning system in application for detecting the environment temperature of indoor each region, temperature detection dress The number amount and type set are not particularly limited, as long as the environment temperature that can satisfy the multiple regions detected to needs detects .In a specific embodiment, air-conditioning system is in refrigerating state, on the indoor unit of the air-conditioning system in the application only It is provided with one group of wind deflector, at this point, when the temperature in second area and third region is above samming temperature, at this point, control This group of wind deflector is according to priority, such as second of blowing in second area and third region with the determination of the size of samming temperature gap The environment temperature in region is 3 DEG C higher than samming temperature, and the environment temperature in third region is 4 DEG C higher than samming temperature, then at this point, control Wind deflector is rotated blows to third region, after blowing and carrying out a period of time, then controls wind deflector and rotates to second area air-supply. In a preferred embodiment, the air-conditioning system includes the mutually independent wind deflector being correspondingly arranged with air-supply region quantity Group, for example indoor environment is divided into first area, second area and third region, then being correspondingly arranged on air conditioner indoor unit One wind-guiding board group, the second wind deflector combine third wind-guiding board group.At this point, if first area and second area meet air-supply item simultaneously When part, control the first wind-guiding board group rotation is blown towards first area, and the second wind deflector of control is blown towards region, it is no longer necessary to It is blown according to priority, even temperature effect is more preferable.
Herein, it should be noted that in the control method, air supply parameter includes air-supply wind speed and air-supply wind direction is one Kind specific embodiment, air supply parameter can also include the parameters such as such as supply air temperature.According to air-supply region in the application Selection is different, and there are many situations for air-supply wind direction, for example blow upward, blows, send towards left air-supply towards right air-supply towards centre downward Wind, towards left air-supply, left position refers to the position between left side and face air-conditioning, towards air-supply etc. in the right side.The wind speed of air-supply is each A air-conditioning can also have different set-up modes, and details are not described herein.
Air-conditioning system provided by the present application can automatically detect the temperature field in indoor environment, according to temperature set by user With the indoor environment temperature field of detection, air supply direction and air supply velocity are adjusted, with fast uniform indoor temperature field, is made indoor each No longer there is the obvious temperature difference between region, experience user comfortably in each region, the use for improving user is comfortable Degree.
Those skilled in the art will readily recognize that above-mentioned each preferred embodiment can be free under the premise of not conflicting Ground combination, superposition.
The above description is only a preferred embodiment of the present invention, is not intended to restrict the invention, for those skilled in the art For, the invention can have various changes and changes.All any modifications made within the spirit and principles of the present invention are equal Replacement, improvement etc., should all be included in the protection scope of the present invention.

Claims (10)

1. a kind of air conditioner system control method, which is characterized in that the air-conditioning has samming mode, and the control method includes: Under the samming mode, the environment temperature T in indoor x region is obtainedxAnd pass through the environment temperature T in the x regionxIt determines Samming temperature t, according to the environment temperature T in the x regionxDetermine that the air-supply in the x region is joined with the samming temperature t Number, x are the integer more than or equal to 2;
At interval of the second scheduled duration, the environment temperature T in primary indoor x region is obtainedxAnd determine the air-supply in the x region Parameter will be as time environment temperature T in the indoor x region of acquisition when the air-conditioning system is in refrigerating statexn+1With it is previous Determining samming temperature tnIt is compared, if the environment temperature of all areas in the x region is all larger than samming temperature tn, It then controls the air-conditioning system to run by the air supply parameter in the x region of previous determination, if existing in the x region Environment temperature is less than or equal to samming temperature tnRegion, then redefine the air supply parameter in the x region.
2. air conditioner system control method according to claim 1, which is characterized in that the control method includes: the sky It tunes to open and enters the samming mode after opening and running the first scheduled duration.
3. air conditioner system control method according to claim 1, which is characterized in that
It, will be as time environment temperature T in the indoor x region of acquisition when the air-conditioning system is in heating statexn+1With it is previous really Fixed samming temperature tnIt is compared, if the environment temperature of all areas in the x region is respectively less than samming temperature tn, then It controls the air-conditioning system to run by the air supply parameter in the x region of previous determination, if there are rings in the x region Border temperature is greater than or equal to samming temperature tnRegion, then redefine the air supply parameter in the x region.
4. air conditioner system control method according to claim 1, which is characterized in that according to the environment temperature in the x region Spend TxThe method for determining samming temperature t includes:
Seek the environment temperature T in the x regionxAverage value as the samming temperature t.
5. air conditioner system control method according to claim 1, which is characterized in that the air supply parameter includes air-supply wind direction And/or air-supply wind speed.
6. air conditioner system control method according to claim 1, which is characterized in that the x region includes and the sky The first area of levelling pair, and horizontally or vertically go up and the region of the first area side by side.
7. air conditioner system control method according to claim 1, which is characterized in that when the air-conditioning system is in refrigeration mould When formula, according to the environment temperature T in the x regionxWith the relationship of the samming temperature t, the air supply parameter in x-th of region is determined Method include:
Work as Tx≥t+Δt1When, it controls the air-conditioning system and improves blast intensity and blow towards the region;
Work as TxWhen < t, controls the air-conditioning system and maintain wind direction and wind speed constant;
As t≤Tx< t+ Δ t1When, it controls the air-conditioning system and maintains wind direction and wind speed constant, or the control air-conditioning system dimension It is constant towards region air-supply to hold wind speed, or controls the air-conditioning system and reduces wind speed towards region air-supply;
Wherein, Δ t1For the first preset temperature.
8. air conditioner system control method according to claim 7, which is characterized in that as t+ Δ t1≤Tx< t+ Δ t2When, control The air-conditioning is made to blow with the first blast intensity;
Work as Tx≥t+Δt2When, it controls the air-conditioning and is blown with the second blast intensity;
Wherein, Δ t2For the second preset temperature.
9. air conditioner system control method according to claim 7, which is characterized in that when having more than one in the x region The environment temperature in a region is greater than or equal to t+ Δ t1When, it is high by the environment temperature in the x region to control the air-conditioning system The priority that low determination is blown to each region.
10. a kind of air-conditioning system, which is characterized in that using as described in one of claim 1 to 9 air conditioner system control method into Row control.
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