CN109737685A - Multi-chamber's refrigeration control method, device and refrigerator - Google Patents
Multi-chamber's refrigeration control method, device and refrigerator Download PDFInfo
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Abstract
The present invention relates to a kind of multi-chamber's refrigeration control methods, which comprises obtains respectively to the temperature difference of refrigeration compartment, wherein the temperature difference is described to the room temperature angle value of refrigeration compartment and the difference of corresponding first preset temperature value；Described successively freezed to refrigeration compartment according to the sequence of each temperature difference to refrigeration compartment to each.The above method is by obtaining respectively to the temperature difference of refrigeration compartment, that is each difference to the room temperature angle value of refrigeration compartment and the first preset temperature value, numerical values recited respectively to the temperature difference of refrigeration compartment is ranked up, and the respectively refrigeration sequence to refrigeration compartment is obtained by this sequence, so that respectively there is a priority ranking to the refrigeration of refrigeration compartment, to respectively successively freezing to refrigeration compartment.It is each requested to the refrigeration of refrigeration compartment in such manner, it is possible to meet, and pointedly carries out separate refrigeration to refrigeration compartment to each, improved the speed of refrigeration, effectively improve whole refrigerating efficiency, conducive to the fresh-keeping of food and storage.
Description
Technical field
The present invention relates to refrigerator arts, more particularly to a kind of multi-chamber's refrigeration control method, device and refrigerator.
Background technique
Refrigerator has become one of essential household electrical appliance of people's daily life, and manufacturer is in order to realize that refrigerator has more
More functions, in addition to maintain it is traditional there are two compartments of refrigerating chamber and freezing chamber other than, also add such as temperature-changing chamber, drying
More compartments such as room have different storage condition requirements to meet real life demand and the different foods of people.It is this
Each compartment of the refrigerator of multi-chamber initiates refrigeration request to the control module of refrigerator according to the cryogenic temperature of setting, to realize system
It is cold.
The refrigeration control method of current refrigerator, synchronous together to freeze when multiple compartments request refrigeration, each compartment
The refrigerating capacity ratio of distribution is fixed.Specifically, the control module of refrigerator acquires the ambient temperature value of each compartment in real time, works as environment
Temperature value be greater than compartment refrigeration turn-on temperature when, indicate compartment have refrigeration request, control module control electrical part act into
Row refrigeration.When multiple compartments have refrigeration to request simultaneously, then multiple compartments freeze simultaneously.However certain compartment door is opened in user and is put
When entering the higher food of temperature, should between indoor environment temperature will rise rapidly, each compartment actual ambient temperature of refrigerator and
Turn-on temperature gap of freezing is larger, and the big compartment of the temperature difference then needs to distribute more refrigerating capacitys, to reduce rapidly temperature, according to
Existing refrigeration for refrigerator control method not only results in the biggish compartment cooling time of the temperature difference and lengthens, and refrigerating efficiency reduces, and can also
It is unfavorable for the fresh-keeping of food and storage.
Summary of the invention
Based on this, it is necessary to which refrigerating capacity distribution, refrigeration can be adjusted in due course according to the temperature difference size of each compartment by providing one kind
High-efficient, the much faster compartment refrigeration control method of refrigerating speed, device and refrigerator.
A kind of multi-chamber's refrigeration control method, which comprises
It obtains respectively to the temperature difference of refrigeration compartment, wherein the temperature difference is the room temperature angle value to refrigeration compartment
And the difference of corresponding first preset temperature value；
Described successively freezed to refrigeration compartment according to the sequence of each temperature difference to refrigeration compartment to each.
The sequence according to each temperature difference to refrigeration compartment is to each described in one of the embodiments,
In the step of successively freezing to refrigeration compartment, each refrigeration sequence to refrigeration compartment is according to each institute to refrigeration compartment
The sequence of temperature difference from large to small is stated to be ranked up.
The sequence according to each temperature difference to refrigeration compartment is to each described in one of the embodiments,
The step of successively freezing to refrigeration compartment include:
Obtain the refrigeration duration of current refrigeration compartment；
Detect whether the refrigeration duration is equal to the corresponding default refrigeration duration of the refrigeration compartment；
When the refrigeration duration default refrigeration duration corresponding equal to the refrigeration compartment, between the current refrigeration
Room stops refrigeration, and is freezed according to each refrigeration sequence to refrigeration compartment to next refrigeration compartment.
In one of the embodiments, the acquisition respectively temperature difference to refrigeration compartment the step of before further include:
Obtain the room temperature angle value of each compartment and the first preset temperature value of each compartment；
Whether the room temperature angle value for detecting the compartment is more than or equal to corresponding first preset temperature value；
When the room temperature angle value of the compartment is more than or equal to corresponding first preset temperature value, the compartment is made
For to refrigeration compartment.
In one of the embodiments, the acquisition respectively temperature difference to refrigeration compartment the step of after further include:
Determine that maximum temperature difference and minimum temperature are poor from each temperature difference to refrigeration compartment；
Whether the difference for detecting the maximum temperature difference and minimum temperature difference is more than or equal to preset difference value；
When the difference of the maximum temperature difference and minimum temperature difference is more than or equal to the preset difference value, institute is executed
The sequence according to each temperature difference to refrigeration compartment is stated to each described the step of successively freezing to refrigeration compartment.
Whether the difference of the detection maximum temperature difference and minimum temperature difference is greater than in one of the embodiments,
Or after the step of being equal to preset difference value further include:
When the difference of the maximum temperature difference and minimum temperature difference is less than the preset difference value, to each described wait freeze
Compartment carries out while freezing.
It is described when the difference of the maximum temperature difference and minimum temperature difference is less than described pre- in one of the embodiments,
If when difference, after each described the step of carrying out while freezing to refrigeration compartment further include:
Obtain the refrigeration compartment temperature value of each refrigeration compartment；
Whether detection refrigeration compartment temperature value is less than or equal to the second preset temperature value of the refrigeration compartment；
When refrigeration compartment temperature value is less than or equal to the second preset temperature value of the refrigeration compartment, to the refrigeration
Compartment stops refrigeration.
In one of the embodiments, the method also includes:
Detect it is each it is described to refrigeration compartment whether include freezing chamber；
When described when refrigeration compartment includes the freezing chamber, control compressor is opened.
A kind of multi-chamber's refrigeration control device, described device include: in one of the embodiments,
Refrigeration sequence obtains module, and the refrigeration for obtaining each compartment according to the temperature difference of each compartment is suitable
Sequence, wherein the temperature difference is the ambient temperature value of the compartment and the difference of default cryogenic temperature value；
Refrigeration module, for successively being freezed according to the refrigeration sequence to each compartment.
A kind of refrigerator in one of the embodiments, including memory, processor and storage on a memory and can located
The computer program run on reason device, the processor are realized described in any of the above-described embodiment when executing the computer program
Method the step of.
Above-mentioned multi-chamber's refrigeration control method, device and refrigerator, by obtain respectively to the temperature difference of refrigeration compartment, i.e., respectively to
The room temperature angle value of refrigeration compartment and the difference of the first preset temperature value, to respectively to the numerical values recited progress of the temperature difference of refrigeration compartment
Sequence, and the respectively refrigeration sequence to refrigeration compartment is obtained by this sequence, so that respectively there is one to the refrigeration of refrigeration compartment
Priority ranking, to respectively successively freezing to refrigeration compartment.In this way, can satisfy by the above method each to refrigeration compartment
Refrigeration request, and pointedly to it is each to refrigeration compartment carry out separate refrigeration, improve the speed of refrigeration, can effectively improve
Whole refrigerating efficiency, conducive to the fresh-keeping of food and storage.
Detailed description of the invention
Fig. 1 is the flow diagram of multi-chamber's refrigeration control method in an embodiment；
Fig. 2 is the flow diagram of multi-chamber's refrigeration control method in a specific embodiment；
Fig. 3 is the flow diagram of multi-chamber's refrigeration control method in a specific embodiment；
Fig. 4 is the structural block diagram of multi-chamber's refrigeration control device in an embodiment；
Fig. 5 is the internal structure chart of refrigerator in an embodiment.
Specific embodiment
It is with reference to the accompanying drawings and embodiments, right in order to which the objects, technical solutions and advantages of the application are more clearly understood
The application is further elaborated.It should be appreciated that specific embodiment described herein is only used to explain the application, not
For limiting the application.
In addition, term " first ", " second " are used for descriptive purposes only and cannot be understood as indicating or suggesting relative importance
Or implicitly indicate the quantity of indicated technical characteristic.Define " first " as a result, the feature of " second " can be expressed or
Implicitly include at least one this feature.In the description of the present invention, the meaning of " plurality " is at least two, such as two, three
It is a etc., unless otherwise specifically defined.
In one of the embodiments, as shown in Figure 1, providing a kind of multi-chamber's refrigeration control method, including following step
It is rapid:
Step 102, it obtains respectively to the temperature difference of refrigeration compartment, wherein the temperature difference is described between refrigeration compartment
The difference of room temperature angle value and corresponding first preset temperature value.
It wherein, is the compartment of the refrigerator with refrigeration demand to refrigeration compartment, in the present embodiment, only obtaining, there is refrigeration to need
The temperature difference for the compartment asked, without obtaining the temperature difference of the compartment without refrigeration demand, in such manner, it is possible to improve refrigerating efficiency.It is described
Temperature difference is described to the room temperature angle value of refrigeration compartment and the difference of corresponding first preset temperature value；Room temperature angle value is refrigerator
The temperature to refrigeration chamber that detects of detection device, the first preset temperature value is to freeze to the preset starting of refrigeration compartment
Program temperature value, difference can have the first same or different preset temperature value to refrigeration compartment.
Specifically, refrigerator detection device detect respectively to the real-time room temperature angle value of refrigeration compartment, and will carry respectively to
The signal of the compartment temperature value information of refrigeration compartment is sent to control module, and control module obtains the signal, and obtain respectively to
Corresponding first preset temperature value of refrigeration compartment, to respectively to the room temperature angle value of refrigeration compartment and corresponding first preset temperature value
Calculating difference is carried out, the temperature difference to refrigeration compartment is obtained.I.e. each waits for the corresponding room temperature angle value and one of refrigeration compartment
A first preset temperature value, each temperature difference to refrigeration compartment are the corresponding room temperature angle value of the compartment and the first preset temperature
The difference of value.A detection device is respectively arranged in each refrigerator compartment in one of the embodiments,.An implementation wherein
In example, the detection device is temperature sensor.
Step 104, according to the sequence of each temperature difference to refrigeration compartment to it is each it is described to refrigeration compartment successively
Refrigeration.
Specifically, it should be understood that when the quantity of refrigeration compartment only one when, then only freeze to the compartment；
When the quantity of refrigeration compartment is greater than one, then being respectively ranked up to the temperature difference of refrigeration compartment to acquisition, i.e., to respectively wait make
The difference of the room temperature angle value of cold compartment and corresponding first preset temperature value is ranked up, and is determined according to this sequence respectively wait make
The refrigeration sequence of cold compartment, to respectively successively freezing to refrigeration compartment.
In above-mentioned multi-chamber's refrigeration control method, the room temperature angle value of each compartment of real-time detection, by obtaining respectively wait freeze
The temperature difference of compartment, the i.e. each difference to the room temperature angle value of refrigeration compartment and the first preset temperature value, to respectively to refrigeration compartment
The numerical values recited of temperature difference is ranked up, and obtains the respectively refrigeration sequence to refrigeration compartment by this sequence, so that respectively wait make
The refrigeration of cold compartment has a priority ranking, to respectively successively freezing to refrigeration compartment, in this way, passing through above method energy
It is enough to meet each refrigeration request to refrigeration compartment, and separate refrigeration pointedly is carried out to refrigeration compartment to each, improve system
Cold speed can effectively improve whole refrigerating efficiency, conducive to the fresh-keeping of food and storage.
It should be understood that multi-chamber can be the situation of two compartments or more, need to freeze in more than two compartments
When, above-mentioned multi-chamber's refrigeration control method can be used and successively freezed to each compartment.
In one of the embodiments, at step 104, each refrigeration sequence to refrigeration compartment according to it is each it is described to
The sequence of the temperature difference of refrigeration compartment from large to small is ranked up.
In the present embodiment, according to the sequence of temperature difference from large to small to being respectively ranked up to refrigeration compartment, and according to this
Sequence to refrigeration compartment to respectively freezing.That is, the refrigeration to refrigeration compartment is sequentially and respectively to the temperature difference of refrigeration compartment
Sequence from large to small is identical.Specifically, when the temperature difference of refrigeration compartment is larger, i.e., room temperature angle value presets temperature with first
When the difference of angle value is larger, then it represents that the compartment needs to distribute more refrigerating capacitys, pre- to the compartment to reduce rapidly compartment temperature
If suitable compartment complete the compartment temperature of its function, avoid the function of influencing the compartment；When the temperature difference to refrigeration compartment compared with
Hour, then it represents that the refrigerating capacity that the compartment needs to distribute is smaller, and compared with the big compartment of temperature difference, and temperature difference lesser
Room temperature is smaller to the function effect of the compartment.Therefore, according to respectively determining to the sequence of the temperature difference of refrigeration compartment from large to small
Respectively to the refrigeration sequence of refrigeration compartment, preferentially freeze so that temperature difference is big to refrigeration compartment, separate refrigeration makes refrigerating capacity equal
The compartment is distributed to, the compartment temperature that compartment temperature completes its function to the preset suitable compartment of the compartment can be reduced rapidly,
After the compartment stops refrigeration, then the small refrigeration to refrigeration compartment of the more previous compartment of opening temperature difference, successively according to temperature difference by
Small sequence is arrived greatly completes multiple refrigeration to refrigeration compartment.
Step 104 includes: to obtain the refrigeration duration of current refrigeration compartment in one of the embodiments,；Described in detection
Whether refrigeration duration is equal to the corresponding default refrigeration duration of the refrigeration compartment；When the refrigeration duration is equal to the refrigeration compartment
When corresponding default refrigeration duration, refrigeration is stopped to the current refrigeration compartment, and according to each system to refrigeration compartment
Cold sequence freezes to next refrigeration compartment.
Specifically, current refrigeration compartment is to start the compartment to freeze according to refrigeration sequence, when refrigeration a length of refrigeration
The time span that compartment freezes.Timing is carried out to the cooling time of current refrigeration compartment, obtains the system of the refrigeration compartment
Cold duration, and detect whether the refrigeration duration is equal to the corresponding default refrigeration duration of the refrigeration compartment.When between the refrigeration
When the refrigeration duration of room is equal to the refrigeration compartment corresponding default refrigeration duration, then it represents that herein in refrigeration duration, between the refrigeration
Room passes through the compartment temperature for being reduced to the preset suitable compartment of the compartment to complete its function compartment temperature that freezes, then it represents that can
Terminate refrigeration.Also, according to determining refrigeration sequence, refrigerant sequence is started to next refrigeration compartment of the refrigeration compartment.In this way,
The adjacent refrigeration to refrigeration compartment in refrigeration sequence can effectively be switched in.
It is noted that each default refrigeration duration to refrigeration compartment is equal, and it can also be unequal, i.e., respectively wait freeze
The corresponding default refrigeration duration of compartment is equal, can also be unequal.Specifically, each wait freeze in one of the embodiments,
The default refrigeration duration of compartment is equal, in this way, each is made to wait for that the cooling time of refrigeration compartment is identical, can effectively improve system
Cold efficiency.In one of the embodiments, one to refrigeration compartment default refrigeration duration it is different, and respectively to the default of refrigeration compartment
Duration of freezing with corresponding temperature difference is positively correlated proportion function relationship, i.e., to the room temperature angle value of refrigeration compartment and corresponding the
The difference of one preset temperature value is bigger, should to refrigeration compartment default refrigeration duration it is bigger, advantageously allow this and filled to refrigeration compartment
Divide refrigeration.
In one of the embodiments, before step 102 further include: obtain each compartment room temperature angle value and it is each it is described between
First preset temperature value of room；Whether the room temperature angle value for detecting the compartment is more than or equal to corresponding first preset temperature
Value；When the room temperature angle value of the compartment be more than or equal to corresponding first preset temperature value when, using the compartment as to
Refrigeration compartment.
Specifically, each compartment is each compartment of refrigerator, that is to say, that each compartment has detection device, each
Detection device distinguishes the room temperature angle value of each compartment of real-time detection, and the compartment temperature value information that will carry each compartment
Signal be sent to the control module of refrigerator, control module obtains the signal, and it is corresponding first default to obtain each compartment
Temperature value, the first preset temperature value be compartment it is preset starting refrigerant sequence temperature value, different compartments can have it is identical or
The first different preset temperature value of person, when the room temperature angle value of compartment reaches the first preset temperature value, i.e. the room temperature of compartment
Angle value is more than or equal to the first preset temperature value, then it represents that compartment needs to start refrigerant sequence, reduces compartment temperature, to guarantee
Compartment plays the temperature of its function needs, i.e. compartment has a refrigeration request, control module will meet the compartment of above-mentioned condition as
To refrigeration compartment, to execute step 102, that is, obtain respectively to the room temperature angle value of refrigeration compartment and corresponding first preset temperature value
Difference.In one of the embodiments, described when the room temperature angle value of the compartment is more than or equal to corresponding first in advance
If when temperature value, the step of using the compartment as to refrigeration compartment after, execute step 102.
In addition, if when the room temperature angle value of the compartment detected is less than corresponding first preset temperature value, then it represents that
The compartment is requested without refrigeration, then excludes the compartment then not execute step 102 to the compartment as to refrigeration compartment.
In one of the embodiments, after step 102 further include: from each temperature difference to refrigeration compartment
Determine that maximum temperature difference and minimum temperature are poor；The difference for detecting the maximum temperature difference and minimum temperature difference whether be greater than or
Equal to preset difference value；When the difference of the maximum temperature difference and minimum temperature difference is more than or equal to the preset difference value,
Execute step 104.
Wherein, maximum temperature difference is the maximum temperature difference of numerical value in multiple temperature differences to refrigeration compartment, minimum
Temperature difference is the smallest temperature difference of numerical value in the temperature difference respectively to refrigeration compartment；Preset difference value is preset one, refrigerator
Difference judges the size relation between maximum temperature difference and the difference and this difference of minimum temperature difference.
Specifically, the control module of refrigerator and filters out maximum therein from acquisition respectively to the temperature difference of refrigeration compartment
Temperature difference and the smallest temperature difference two values, the two numerical value are calculated, obtain the difference of the two numerical value, and with it is pre-
If difference carries out size comparison, when the difference of maximum temperature difference and minimum temperature difference is more than or equal to preset difference value, then it represents that
Gap is larger between the temperature difference of compartment with maximum temperature difference and the temperature difference of the compartment with minimum temperature difference, using this
Multi-chamber's refrigeration control method of application is more than or equal to institute in the difference when the maximum temperature difference and minimum temperature difference
When stating preset difference value, step 104 is executed, the refrigeration for treating refrigeration compartment is ranked up, and the big compartment of temperature difference preferentially freezes, temperature
The small compartment of degree difference delays refrigeration, each compartment separate refrigeration, in this way, not only improving refrigerating speed, improves whole refrigeration effect
Rate, the fresh-keeping and storage of indoor food between also helping.
Whether the difference of the detection maximum temperature difference and minimum temperature difference is greater than in one of the embodiments,
Or after the step of being equal to preset difference value further include: described in being less than when the difference of the maximum temperature difference and minimum temperature difference
When preset difference value, to it is each it is described to refrigeration compartment carry out and meanwhile freeze.
Specifically, in order to which the control of compartment refrigerant sequence is better achieved, when the difference of maximum temperature difference and minimum temperature difference
When less than preset difference value, then it represents that the temperature of the temperature difference of the compartment with maximum temperature difference and the compartment with minimum temperature difference
Gap is smaller between difference, and the compartment with maximum temperature difference carries out the refrigerating capacity of refrigeration needs and the compartment with minimum temperature difference
The gap carried out between the refrigerating capacity of refrigeration needs is smaller.That is, at this point, if the refrigeration for treating refrigeration compartment carries out preferentially
Grade sequence cannot improve whole refrigerating efficiency to refrigeration compartment separate refrigeration in order to each instead, and consume compared with
More electric energy.Therefore, when there is above situation, i.e., when the difference of maximum temperature difference and minimum temperature difference is less than preset difference value,
Refrigerator control module control to respectively to refrigeration compartment carry out and meanwhile freeze, in this way, making multi-chamber's refrigeration control to refrigerator
More rationally.
It is described when the difference of the maximum temperature difference and minimum temperature difference is less than described pre- in one of the embodiments,
If when difference, after each described the step of carrying out while freezing to refrigeration compartment further include: obtain the refrigeration of each refrigeration compartment
Room temperature angle value；Whether detection refrigeration compartment temperature value is less than or equal to the second preset temperature value of the refrigeration compartment；When
When refrigeration compartment temperature value is less than or equal to the second preset temperature value of the refrigeration compartment, the refrigeration compartment is stopped making
It is cold.
Wherein, refrigeration compartment temperature value is real-time temperature value when each refrigeration compartment carries out while freezing, different systems
Cold compartment can have same or different refrigeration compartment temperature value；Second preset temperature value is to realize it according to different compartments
Temperature value required for function.It should be understood that the second preset temperature is less than the first preset temperature.
Specifically, when refrigerator is in, and each compartment is carried out while being freezed, the detection device of each refrigeration compartment detects real
When refrigeration compartment temperature value, and the signal for the refrigeration compartment temperature value information for carrying refrigeration compartment is sent to control mould
Block, control module compare each refrigeration compartment temperature value the second preset temperature value corresponding with each refrigeration compartment, work as refrigeration
When the cryogenic temperature value that compartment meets the refrigeration compartment is less than or equal to the second preset temperature value of the refrigeration compartment, then it represents that
The compartment temperature of the refrigeration compartment is reduced to the refrigeration compartment to realize temperature value required for its function by refrigerant sequence, at this point,
Without continuing to freeze, control module is then controlled to be stopped freezing the refrigeration compartment to the refrigeration compartment.
It should be understood that the refrigerator that above-mentioned multi-chamber's refrigeration control method is applicable in can be wind cooling refrigerator, it is also possible to
Direct cooling refrigerator.
The refrigerator with above-mentioned multi-chamber's refrigeration control method is wind cooling refrigerator in one of the embodiments,.The wind
The compartment of cold refrigerator includes freezing chamber and non-frozen room.
In one of the embodiments, the method also includes: detection it is each it is described to refrigeration compartment whether include freezing chamber；
When described when refrigeration compartment includes the freezing chamber, control compressor is opened.
In this step, freezing chamber realizes that refrigeration needs to start compressor, and whether control module detection respectively wraps to refrigeration compartment
Freezing chamber is included, when refrigeration compartment includes freezing chamber, then compressor unlatching is controlled, to freeze to freezing chamber.Also
It is to say, as long as including freezing chamber to refrigeration compartment, opens compressor and work.
It is noted that this step can be before step 102, step 104, it can also be in step 102, step 104
Later, it can also be carried out simultaneously with step 102, step 104.That is, this step does not influence step 102 and step 104
It carries out.If this step before step 102, step 104, judges before the refrigeration sequence for obtaining each compartment to refrigeration compartment
Whether include freezing chamber, opens compressor in advance and prepare for refrigeration work；If this step after step 102, step 104,
Compressor is then opened after the refrigeration sequence that each compartment has been determined, starts refrigeration work；If this step and step 102, step
104 carry out simultaneously, then when control module carries out the judgement of refrigeration sequence of each compartment, control module also carried out judging to
Whether refrigeration compartment includes freezing chamber, and two judgment steps are independent of each other.
Step 104 in one of the embodiments, further include: detection it is each it is described to refrigeration compartment whether include freezing chamber；
When described when refrigeration compartment includes the freezing chamber, control compressor is opened.Specifically, suitable according to freezing when each refrigeration compartment
When sequence is successively freezed, whether control module detection includes respectively freezing chamber to refrigeration compartment, when refrigeration compartment includes freezing chamber,
Control module when refrigeration compartment starts refrigerant sequence, is controlling compressor and is opening, in this way, making even if freezing chamber to first
Not as first refrigeration compartment in priority, compressor is also at working condition, can further increase whole system
Cold efficiency.
It should be understood that freezing chamber refer to average compartment temperature in 0 degree Celsius of compartment below, what non-frozen room referred to
It is average compartment of the compartment temperature at 0 degree Celsius or more.Specifically, refrigerating chamber, temperature-changing chamber etc. are non-frozen room.In wind cooling refrigerator
In, when any compartment needs to freeze, need to open blower；When the compartment for needing to freeze is freezing chamber, also need to open compressor,
It opens blower and compressor freezes to freezing chamber；When the compartment for needing to freeze is non-frozen room, also need to open needs
The air door of refrigeration compartment, without opening compressor, i.e., unlatching blower and the corresponding air door of compartment freeze to non-frozen room；When
When the compartment for needing to freeze includes freezing chamber and non-frozen room, then blower, compressor and air door are opened, i.e. unlatching blower, compression
Machine and the corresponding air door of compartment freeze to freezing chamber and non-frozen room.
It is described when the refrigeration duration default refrigeration corresponding equal to the refrigeration compartment in one of the embodiments,
When long, refrigeration is stopped to the current refrigeration compartment, and according to each refrigeration sequence to refrigeration compartment to next refrigeration
After the step of compartment is freezed further include:
When each refrigeration compartment is completed to freeze according to each refrigeration sequence when refrigeration compartment, returns and obtained described in executing
Take each compartment room temperature angle value and each compartment the first preset temperature value the step of.
Specifically, when each refrigeration compartment is completed to freeze according to each refrigeration sequence to refrigeration compartment, at this point, all
Refrigeration is completed in compartment with refrigeration request, so that the temperature of each compartment is reduced to the room temperature for being suitable for realizing its each function
The refrigeration of degree, epicycle is completed, then the detection device continuation of each compartment in real time detects the compartment temperature of each compartment, and
Control module is sent the signal to, judges whether to have to refrigeration compartment, to start the refrigeration work of a new round by control module
Make.
It is described in one of the embodiments, to be less than or equal to the second of the refrigeration compartment when refrigeration compartment temperature value
When preset temperature value, after stopping the step of freezing to the refrigeration compartment further include:
When completing refrigeration after each refrigeration compartment is freezed at the same time, returns and execute the compartment temperature for obtaining each compartment
The step of value and the first preset temperature value of each compartment.
Specifically, when each refrigeration compartment starts simultaneously at refrigeration, and the refrigeration compartment temperature value of each compartment be less than or
When the second preset temperature value corresponding equal to each refrigeration compartment, then it represents that refrigeration is completed, and is completed simultaneously in the last one refrigeration compartment
After stopping refrigeration, the refrigeration of epicycle is completed, then the detection device of each compartment continue in real time to the compartment temperature of each compartment into
Row detection, and control module is sent the signal to, judge whether to have to refrigeration compartment, to start a new round by control module
Refrigeration work.
In a wherein specific embodiment, as shown in Fig. 2, providing a kind of multi-chamber's refrigeration control method, the side
Method the following steps are included:
Step 202, the room temperature angle value of each compartment and the first preset temperature value of each compartment are obtained, step is executed
204。
Step 204, whether the room temperature angle value for detecting the compartment is more than or equal to corresponding first preset temperature value,
It is to then follow the steps 206.
Step 206, when the room temperature angle value of the compartment is more than or equal to corresponding first preset temperature value, by institute
It states compartment to be used as to refrigeration compartment, executes step 208.
Step 208, it obtains respectively to the temperature difference of refrigeration compartment.Wherein, the temperature difference is described between refrigeration compartment
The difference of room temperature angle value and corresponding first preset temperature value executes step 210.
Step 210, determine that maximum temperature difference and minimum temperature are poor from each temperature difference to refrigeration compartment.
Step 212, detect the maximum temperature difference and minimum temperature difference difference whether be more than or equal to it is default poor
Value, is to then follow the steps 214；Otherwise, step 222 is executed.
Step 214, according to the sequence of each temperature difference to refrigeration compartment to it is each it is described to refrigeration compartment successively
Refrigeration executes step 216.Wherein, each refrigeration sequence to refrigeration compartment is according to each temperature to refrigeration compartment
The sequence of degree difference from large to small is ranked up.
Step 216, the refrigeration duration of current refrigeration compartment is obtained, step 218 is executed.
Step 218, it detects whether the refrigeration duration is equal to the corresponding default refrigeration duration of the refrigeration compartment, is to hold
Row step 220；Otherwise, 216 are returned to step.
Step 220, when the refrigeration duration default refrigeration duration corresponding equal to the refrigeration compartment, to current institute
It states refrigeration compartment and stops refrigeration, and freezed according to each refrigeration sequence to refrigeration compartment to next refrigeration compartment.
Step 222, to it is each it is described to refrigeration compartment carry out simultaneously freeze, execution step 224.
Step 224, the refrigeration compartment temperature value of each refrigeration compartment is obtained, executes 226.
Step 226, whether detection refrigeration compartment temperature value is less than or equal to the second preset temperature of the refrigeration compartment
Value, is to then follow the steps 228；Otherwise, 224 are returned to step.
Step 228, right when refrigeration compartment temperature value is less than or equal to the second preset temperature value of the refrigeration compartment
The refrigeration compartment stops refrigeration.
Step 230, when it is each it is described when refrigeration compartment stop refrigeration when, return to step 204.
It should be understood that freezing chamber realizes that refrigeration needs to start compressor and blower, non-frozen room in wind cooling refrigerator
Refrigeration need to start blower and open air door, i.e., for non-frozen room compartment refrigeration, it is only necessary to open blower and the compartment pair
The air door answered, blower are set to freezing chamber, and each non-frozen room has an air door, and freezing chamber and non-frozen room pass through wind
Door unlatching and be connected to.In one embodiment, non-frozen room includes refrigerating chamber and temperature-changing chamber.
In a wherein specific embodiment, a kind of wind cooling refrigerator is provided, the wind cooling refrigerator includes freezing chamber, refrigeration
Room and temperature-changing chamber.
In order to further illustrate the concrete application of multi-chamber's refrigeration control method of the application, wherein one it is specific real
It applies in example, is refrigerating chamber and temperature-changing chamber to refrigeration compartment.As shown in figure 3, when refrigeration compartment is refrigerating chamber and temperature-changing chamber, it is more
Compartment refrigeration control method the following steps are included:
Step 302, the temperature difference of refrigerating chamber and temperature-changing chamber is obtained, step 304 is executed.Wherein, the temperature difference is described
To the room temperature angle value of refrigeration compartment and the difference of corresponding first preset temperature value.
Step 304, determine that maximum temperature difference and minimum temperature are poor from the temperature difference of refrigerating chamber and the temperature difference of temperature-changing chamber,
Execute step 306.
Step 306, detect the maximum temperature difference and minimum temperature difference difference whether be more than or equal to it is default poor
Value, is to then follow the steps 308；Otherwise, step 342 is executed.
Step 308, according to the sequence of each temperature difference to refrigeration compartment to it is each it is described to refrigeration compartment successively
Refrigeration executes step 310 when the temperature difference of refrigerating chamber is more than or equal to the temperature difference of temperature-changing chamber；Otherwise, step is executed
326。
Step 310, control blower and refrigeration door opening, execute step 312.
Step 312, the refrigeration duration of refrigerating chamber is obtained, step 314 is executed.
Step 314, whether the refrigeration duration for detecting refrigerating chamber is equal to the corresponding default refrigeration duration of refrigerating chamber, is to execute
Step 316；Otherwise, 312 are returned to step.
Step 316, when the refrigeration duration of refrigerating chamber default refrigeration duration corresponding equal to refrigerating chamber, control refrigeration air door
It closes, executes step 318.
Step 318, alternating temperature door opening is controlled, step 320 is executed.
Step 320, the refrigeration duration of temperature-changing chamber is obtained, step 322 is executed.
Step 322, whether the refrigeration duration for detecting temperature-changing chamber is equal to the corresponding default refrigeration duration of temperature-changing chamber, is to execute
Step 324；Otherwise, 320 are returned to step.
Step 324, when the refrigeration duration of temperature-changing chamber default refrigeration duration corresponding equal to temperature-changing chamber, alternating temperature air door is controlled
It closes, refrigeration terminates.
Step 326, blower and alternating temperature door opening are controlled, step 328 is executed.
Step 328, the refrigeration duration of temperature-changing chamber is obtained, step 330 is executed.
Step 330, whether the refrigeration duration for detecting temperature-changing chamber is equal to the corresponding default refrigeration duration of temperature-changing chamber, is to execute
Step 332；Otherwise, 328 are returned to step.
Step 332, when the refrigeration duration of temperature-changing chamber default refrigeration duration corresponding equal to temperature-changing chamber, alternating temperature air door is controlled
It closes, executes step 334.
Step 334, control refrigeration door opening, executes step 336.
Step 336, the refrigeration duration of refrigerating chamber is obtained, step 338 is executed.
Step 338, whether the refrigeration duration for detecting refrigerating chamber is equal to the corresponding default refrigeration duration of refrigerating chamber, is to execute
Step 340；Otherwise, 336 are returned to step.
Step 340, when the refrigeration duration of refrigerating chamber default refrigeration duration corresponding equal to refrigerating chamber, control refrigeration air door
It closes, refrigeration terminates.
Step 342, refrigerating chamber and temperature-changing chamber are carried out while is freezed, control blower, refrigeration air door and alternating temperature door opening,
Execute step 344.
Step 344, the refrigeration compartment temperature value of refrigerating chamber and temperature-changing chamber is obtained, executes 346.
Step 346, whether the refrigeration duration of detection refrigerating chamber or temperature-changing chamber is equal to refrigerating chamber or temperature-changing chamber is corresponding
Default refrigeration duration, is to then follow the steps 348；Otherwise, 344 are returned to step.
Step 348, when refrigerating chamber or temperature-changing chamber refrigeration compartment temperature value are less than or equal to refrigerating chamber or temperature-changing chamber
The second preset temperature value when, refrigeration is stopped to refrigerating chamber or temperature-changing chamber.
Step 350, when refrigerating chamber and temperature-changing chamber stop freezing, then refrigeration terminates.
It is in one of the embodiments, freezing chamber and refrigerating chamber to refrigeration compartment.When to refrigeration compartment be freezing chamber and
When refrigerating chamber, the step of multi-chamber's refrigeration control method embodiment as shown in Figure 3, is similar.Unlike, when refrigeration is opened, when
It is the case where freezing chamber first freezes, refrigerating chamber first freezes either while freezing, is required to control compressor and blower is opened.
Specifically, freezing chamber preferentially freezes in one of the embodiments, controls compressor and blower is opened, work as freezing
When the refrigeration duration of room is equal to freezing chamber corresponding default refrigeration duration, control refrigerates door opening, when the refrigeration of refrigerating chamber
When long default refrigeration duration corresponding equal to refrigerating chamber, control compressor, blower and refrigeration air door are closed.
Specifically, refrigerating chamber preferentially freezes in one of the embodiments, and control compressor, blower and refrigeration air door are opened
It opens, when the refrigeration duration of refrigerating chamber default refrigeration duration corresponding equal to refrigerating chamber, control refrigeration air door is closed, and works as freezing chamber
Refrigeration duration when being equal to the corresponding default refrigeration duration of freezing chamber, control compressor and blower closing.
It is freezing chamber, refrigerating chamber and temperature-changing chamber to refrigeration compartment in a wherein specific embodiment.When according to respectively to
The sequence of the temperature difference of refrigeration compartment from large to small determines refrigeration sequence are as follows: freezing chamber → refrigerating chamber (temperature-changing chamber) → temperature-changing chamber
When (refrigerating chamber), control control compressor and blower are opened, and freezing chamber first preferentially freezes, when the refrigeration duration of freezing chamber is equal to
When the corresponding default refrigeration duration of freezing chamber, control refrigeration (alternating temperature) door opening, refrigerating chamber (temperature-changing chamber) second preferentially freezes,
When the refrigeration duration of refrigerating chamber (temperature-changing chamber) default refrigeration duration corresponding equal to refrigerating chamber (temperature-changing chamber), control refrigeration (becomes
Temperature) air door closing, alternating temperature (refrigeration) door opening, temperature-changing chamber (refrigerating chamber) finally freezes, when the refrigeration of temperature-changing chamber (refrigerating chamber)
When duration is equal to temperature-changing chamber (refrigerating chamber) corresponding default refrigeration duration, control compressor, blower and alternating temperature (refrigeration) air door pass
It closes.
It is freezing chamber, refrigerating chamber and temperature-changing chamber to refrigeration compartment in a wherein specific embodiment.When according to respectively to
The sequence of the temperature difference of refrigeration compartment from large to small determines refrigeration sequence are as follows: refrigerating chamber (temperature-changing chamber) → freezing chamber → temperature-changing chamber
When (refrigerating chamber), control compressor, blower and refrigeration (alternating temperature) door opening, refrigerating chamber (temperature-changing chamber) first preferentially freeze, when
When the refrigeration duration of refrigerating chamber (temperature-changing chamber) is equal to refrigerating chamber (temperature-changing chamber) corresponding default refrigeration duration, control refrigerates (alternating temperature)
Air door is closed, at this point, compressor, blower are still within working condition, is freezed to freezing chamber, when the refrigeration duration of freezing chamber
When default refrigeration duration corresponding equal to freezing chamber, alternating temperature (refrigeration) door opening is controlled, temperature-changing chamber (refrigerating chamber) finally freezes,
When the refrigeration duration of temperature-changing chamber (refrigerating chamber) default refrigeration duration corresponding equal to temperature-changing chamber (refrigerating chamber), control compressor,
Blower and alternating temperature (refrigeration) air door are closed.
It is freezing chamber, refrigerating chamber and temperature-changing chamber to refrigeration compartment in a wherein specific embodiment.When according to respectively to
The sequence of the temperature difference of refrigeration compartment from large to small determines refrigeration sequence are as follows: refrigerating chamber (temperature-changing chamber) → temperature-changing chamber (refrigerating chamber) →
When freezing chamber, control compressor, blower and refrigeration (alternating temperature) door opening, refrigerating chamber (temperature-changing chamber) first preferentially freezes, when cold
When hiding the refrigeration duration of room (temperature-changing chamber) and being equal to refrigerating chamber (temperature-changing chamber) corresponding default refrigeration duration, control refrigerates (alternating temperature) wind
Door closing, alternating temperature (refrigeration) door opening, temperature-changing chamber (refrigerating chamber) second preferentially freezes, when the refrigeration of temperature-changing chamber (refrigerating chamber)
When long default refrigeration duration corresponding equal to temperature-changing chamber (refrigerating chamber), control alternating temperature (refrigeration) air door is closed, at this point, compressor,
Blower is still within working condition, finally freezes to freezing chamber, when the refrigeration duration of freezing chamber is corresponding equal to freezing chamber
When default refrigeration duration, controls compressor and blower is closed.
It is freezing chamber, refrigerating chamber and temperature-changing chamber to refrigeration compartment in a wherein specific embodiment.When three
When the difference of maximum temperature difference and minimum temperature difference when obtain in the temperature difference of refrigeration compartment is less than preset difference value, to respectively wait freeze
Compartment carries out while freezing, i.e. the no priority of three refrigeration to refrigeration compartment.At this point, control compressor, blower, refrigeration wind
Door and alternating temperature door opening, freezing chamber, refrigerating chamber and temperature-changing chamber carry out while freezing.When the refrigeration compartment temperature of each refrigeration compartment
When value is less than or equal to refrigeration compartment corresponding second preset temperature value, then stop freezing, and control compressor, blower,
It refrigerates air door and alternating temperature air door is closed.
Between should be understood that " multi-chamber " in multi-chamber's refrigeration control method can be two or more
Room." multi-chamber " also can include but is not limited to freezing chamber, refrigerating chamber and temperature-changing chamber in above-described embodiment.
It should be understood that although each step in the flow chart of Fig. 1 to Fig. 3 is successively shown according to the instruction of arrow,
But these steps are not that the inevitable sequence according to arrow instruction successively executes.Unless expressly state otherwise herein, these
There is no stringent sequences to limit for the execution of step, these steps can execute in other order.Moreover, Fig. 1 is into Fig. 3
At least part step may include that perhaps these sub-steps of multiple stages or stage are not necessarily same to multiple sub-steps
One moment executed completion, but can execute at different times, and the execution in these sub-steps or stage sequence is also not necessarily
Be successively carry out, but can at least part of the sub-step or stage of other steps or other steps in turn or
Alternately execute.
In one of the embodiments, as shown in figure 4, providing a kind of multi-chamber's refrigeration control device, including temperature difference
Obtain module 402 and refrigeration module 404, in which:
Temperature difference obtains module 402 for obtaining the respectively temperature difference to refrigeration compartment, wherein the temperature difference be described in
The difference of the room temperature angle value of refrigeration compartment and corresponding first preset temperature value.
Refrigeration module 404 be used for according to the sequence of each temperature difference to refrigeration compartment to it is each it is described wait freeze between
Successively freeze room.
Refrigeration module 404 is also used to each refrigeration sequence to refrigeration compartment according to each in one of the embodiments,
The sequence of the temperature difference to refrigeration compartment from large to small is ranked up.
In one of the embodiments, refrigeration module 404 include refrigeration duration acquiring unit, refrigeration duration detection unit and
Refrigeration control unit, in which:
Refrigeration duration acquiring unit is used to obtain the refrigeration duration of current refrigeration compartment.
Whether refrigeration duration detection unit is equal to that the refrigeration compartment is corresponding pre- to be equipped with for detecting the refrigeration duration
Cold duration.
Refrigeration control unit is used for when the refrigeration duration default refrigeration duration corresponding equal to the refrigeration compartment, right
The current refrigeration compartment stops refrigeration, and is carried out according to each refrigeration sequence to refrigeration compartment to next refrigeration compartment
Refrigeration.
Described device in one of the embodiments, further include: compartment temperature obtain module, compartment temperature detection module and
To refrigeration compartment judgment module, in which:
Compartment temperature obtains module and is used to obtain the room temperature angle value of each compartment and the first preset temperature of each compartment
Value.
Whether compartment temperature detection module is equal to that the refrigeration compartment is corresponding pre- to be equipped with for detecting the refrigeration duration
Cold duration.
It is used to be more than or equal to corresponding first in advance when the room temperature angle value of the compartment to refrigeration compartment judgment module
If when temperature value, using the compartment as to refrigeration compartment.
It includes temperature difference acquiring unit, minimax temperature difference that temperature difference, which obtains module 302, in one of the embodiments,
Acquiring unit and minimax temperature difference detection unit, in which:
Temperature difference acquiring unit is used to obtain each temperature difference to refrigeration compartment.
Minimax temperature difference acquiring unit is used to determine maximum temperature from each temperature difference to refrigeration compartment
Degree difference and minimum temperature are poor.
Minimax temperature difference detection unit be used to detect the maximum temperature difference and minimum temperature difference difference whether
More than or equal to preset difference value.
Described in refrigeration module 404 is also used to be more than or equal to when the difference of the maximum temperature difference and minimum temperature difference
When preset difference value, execute the sequence according to each temperature difference to refrigeration compartment to it is each it is described to refrigeration compartment according to
The step of secondary refrigeration.
Refrigeration module 404 is also used to when the maximum temperature difference and the minimum temperature are poor in one of the embodiments,
Difference be less than the preset difference value when, to it is each it is described to refrigeration compartment carry out and meanwhile freeze.
Refrigeration module 404 further includes refrigeration compartment temperature acquiring unit, refrigeration compartment temperature in one of the embodiments,
Detection unit and refrigeration stop unit, in which:
Refrigeration compartment temperature acquiring unit is used to obtain the refrigeration compartment temperature value of each refrigeration compartment；
Refrigeration compartment temperature detecting unit is for detecting whether refrigeration compartment temperature value is less than or equal between the refrigeration
Second preset temperature value of room.
The stop unit that freezes is used to be less than or equal to the second default temperature of the refrigeration compartment when refrigeration compartment temperature value
When angle value, the refrigeration compartment is stopped freezing.
Refrigeration module 404 further includes freezing chamber detection unit and compressor control unit in one of the embodiments,
In:
Freezing chamber detection unit for detect it is each it is described to refrigeration compartment whether include freezing chamber.
Compressor control unit is used for when described when refrigeration compartment includes the freezing chamber, and control compressor is opened.
Specific restriction about multi-chamber's refrigeration control device may refer to above for multi-chamber's refrigeration control method
Restriction, details are not described herein.Modules in above-mentioned multi-chamber's refrigeration control device can be fully or partially through software, hard
Part and combinations thereof is realized.Above-mentioned each module can be embedded in the form of hardware or independently of in the processor in computer equipment,
It can also be stored in a software form in the memory in computer equipment, execute the above modules in order to which processor calls
Corresponding operation.
A kind of refrigerator is provided in one of the embodiments, and internal structure chart can be as shown in Figure 5.The refrigerator packet
Include the processor and memory connected by system bus.Wherein, the processor of the refrigerator is for providing calculating and control ability.
The memory of the refrigerator includes non-volatile memory medium, built-in storage.The non-volatile memory medium be stored with operating system,
Computer program.The built-in storage provides ring for the operation of operating system and computer program in non-volatile memory medium
Border.To realize a kind of multi-chamber's refrigeration control method when the computer program is executed by processor.
It will be understood by those skilled in the art that structure shown in Fig. 5, only part relevant to application scheme is tied
The block diagram of structure, does not constitute the restriction for the refrigerator being applied thereon to application scheme, and specific refrigerator may include than figure
Shown in more or fewer components, perhaps combine certain components or with different component layouts.
There is provided a kind of refrigerator in one of the embodiments, including memory, processor and storage are on a memory and can
The computer program run on a processor, processor perform the steps of when executing computer program
It obtains respectively to the temperature difference of refrigeration compartment, wherein the temperature difference is the room temperature angle value to refrigeration compartment
And the difference of corresponding first preset temperature value；
Described successively freezed to refrigeration compartment according to the sequence of each temperature difference to refrigeration compartment to each.
It is also performed the steps of when processor executes computer program in one of the embodiments,
Each refrigeration sequence to refrigeration compartment according to each temperature difference to refrigeration compartment from large to small
Sequence is ranked up.
It is also performed the steps of when processor executes computer program in one of the embodiments,
Obtain the refrigeration duration of current refrigeration compartment；
Detect whether the refrigeration duration is equal to the corresponding default refrigeration duration of the refrigeration compartment；
When the refrigeration duration default refrigeration duration corresponding equal to the refrigeration compartment, between the current refrigeration
Room stops refrigeration, and is freezed according to each refrigeration sequence to refrigeration compartment to next refrigeration compartment.
It is also performed the steps of when processor executes computer program in one of the embodiments,
Obtain the room temperature angle value of each compartment and the first preset temperature value of each compartment；
Whether the room temperature angle value for detecting the compartment is more than or equal to corresponding first preset temperature value；
When the room temperature angle value of the compartment is more than or equal to corresponding first preset temperature value, the compartment is made
For to refrigeration compartment.
It is also performed the steps of when processor executes computer program in one of the embodiments,
Obtain each temperature difference to refrigeration compartment；
Determine that maximum temperature difference and minimum temperature are poor from each temperature difference to refrigeration compartment；
Whether the difference for detecting the maximum temperature difference and minimum temperature difference is more than or equal to preset difference value, when described
The difference of maximum temperature difference and minimum temperature difference be more than or equal to the preset difference value when, execute it is described according to it is each it is described to
The sequence of the temperature difference of refrigeration compartment is to each described the step of successively freezing to refrigeration compartment.
It is also performed the steps of when processor executes computer program in one of the embodiments,
When the difference of the maximum temperature difference and minimum temperature difference is less than the preset difference value, to each described wait freeze
Compartment carries out while freezing.
It is also performed the steps of when processor executes computer program in one of the embodiments,
Obtain the refrigeration compartment temperature value of each refrigeration compartment；
When refrigeration compartment temperature value is less than or equal to the second preset temperature value of the refrigeration compartment, to the refrigeration
Compartment stops refrigeration.
It is also performed the steps of when processor executes computer program in one of the embodiments,
Detect it is each it is described to refrigeration compartment whether include freezing chamber；
When described when refrigeration compartment includes the freezing chamber, control compressor is opened.
Those of ordinary skill in the art will appreciate that realizing all or part of the process in above-described embodiment method, being can be with
Relevant hardware is instructed to complete by computer program, the computer program can be stored in a non-volatile computer
In read/write memory medium, the computer program is when being executed, it may include such as the process of the embodiment of above-mentioned each method.Wherein,
To any reference of memory, storage, database or other media used in each embodiment provided herein,
Including non-volatile and/or volatile memory.Nonvolatile memory may include read-only memory (ROM), programming ROM
(PROM), electrically programmable ROM (EPROM), electrically erasable ROM (EEPROM) or flash memory.Volatile memory may include
Random access memory (RAM) or external cache.By way of illustration and not limitation, RAM is available in many forms,
Such as static state RAM (SRAM), dynamic ram (DRAM), synchronous dram (SDRAM), double data rate sdram (DDRSDRAM), enhancing
Type SDRAM (ESDRAM), synchronization link (Synchlink) DRAM (SLDRAM), memory bus (Rambus) direct RAM
(RDRAM), direct memory bus dynamic ram (DRDRAM) and memory bus dynamic ram (RDRAM) etc..
Each technical characteristic of above embodiments can be combined arbitrarily, for simplicity of description, not to above-described embodiment
In each technical characteristic it is all possible combination be all described, as long as however, the combination of these technical characteristics be not present lance
Shield all should be considered as described in this specification.
The several embodiments of the application above described embodiment only expresses, the description thereof is more specific and detailed, but simultaneously
It cannot therefore be construed as limiting the scope of the patent.It should be pointed out that coming for those of ordinary skill in the art
It says, without departing from the concept of this application, various modifications and improvements can be made, these belong to the protection of the application
Range.Therefore, the scope of protection shall be subject to the appended claims for the application patent.
Claims (10)
1. a kind of multi-chamber's refrigeration control method, which is characterized in that the described method includes:
Obtain respectively to the temperature difference of refrigeration compartment, wherein the temperature difference be the room temperature angle value to refrigeration compartment with it is right
The difference for the first preset temperature value answered；
Described successively freezed to refrigeration compartment according to the sequence of each temperature difference to refrigeration compartment to each.
2. multi-chamber's refrigeration control method according to claim 1, which is characterized in that it is described according to it is each it is described wait freeze between
The sequence of the temperature difference of room is in each described the step of successively freezing to refrigeration compartment, each refrigeration to refrigeration compartment
Sequence is ranked up according to the sequence of each temperature difference to refrigeration compartment from large to small.
3. multi-chamber's refrigeration control method according to claim 2, which is characterized in that it is described according to it is each it is described wait freeze between
The sequence of the temperature difference of room includes: to each described the step of successively freezing to refrigeration compartment
Obtain the refrigeration duration of current refrigeration compartment；
Detect whether the refrigeration duration is equal to the corresponding default refrigeration duration of the refrigeration compartment；
When the refrigeration duration default refrigeration duration corresponding equal to the refrigeration compartment, the current refrigeration compartment is stopped
Only freeze, and is freezed according to each refrigeration sequence to refrigeration compartment to next refrigeration compartment.
4. multi-chamber's refrigeration control method according to claim 1, which is characterized in that the acquisition is respectively to refrigeration compartment
Before the step of temperature difference further include:
Obtain the room temperature angle value of each compartment and the first preset temperature value of each compartment；
Whether the room temperature angle value for detecting the compartment is more than or equal to corresponding first preset temperature value；
When the room temperature angle value of the compartment be more than or equal to corresponding first preset temperature value when, using the compartment as to
Refrigeration compartment.
5. multi-chamber's refrigeration control method according to claim 1, which is characterized in that the acquisition is respectively to refrigeration compartment
After the step of temperature difference further include:
Determine that maximum temperature difference and minimum temperature are poor from each temperature difference to refrigeration compartment；
Whether the difference for detecting the maximum temperature difference and minimum temperature difference is more than or equal to preset difference value；
When the difference of the maximum temperature difference and minimum temperature difference is more than or equal to the preset difference value, described is executed
According to the sequence of each temperature difference to refrigeration compartment to each described the step of successively freezing to refrigeration compartment.
6. multi-chamber's refrigeration control method according to claim 5, which is characterized in that the detection maximum temperature difference
And after the step of whether difference of the minimum temperature difference is more than or equal to preset difference value further include:
When the difference of the maximum temperature difference and minimum temperature difference is less than the preset difference value, to each described to refrigeration compartment
It carries out while freezing.
7. multi-chamber's refrigeration control method according to claim 6, which is characterized in that it is described when the maximum temperature difference with
When the difference of the minimum temperature difference is less than the preset difference value, after each described the step of carrying out while freezing to refrigeration compartment
Further include:
Obtain the refrigeration compartment temperature value of each refrigeration compartment；
Whether detection refrigeration compartment temperature value is less than or equal to the second preset temperature value of the refrigeration compartment；
When refrigeration compartment temperature value is less than or equal to the second preset temperature value of the refrigeration compartment, to the refrigeration compartment
Stop refrigeration.
8. multi-chamber's refrigeration control method according to claim 1, which is characterized in that the method also includes:
Detect it is each it is described to refrigeration compartment whether include freezing chamber；
When described when refrigeration compartment includes the freezing chamber, control compressor is opened.
9. a kind of multi-chamber's refrigeration control device, which is characterized in that described device includes:
Refrigeration sequence obtains module, for obtaining the refrigeration sequence of each compartment according to the temperature difference of each compartment,
Wherein, the temperature difference is the ambient temperature value of the compartment and the difference of default cryogenic temperature value；
Refrigeration module, for successively being freezed according to the refrigeration sequence to each compartment.
10. a kind of refrigerator including memory, processor and stores the computer journey that can be run on a memory and on a processor
Sequence, which is characterized in that the processor realizes side described in any item of the claim 1 to 8 when executing the computer program
The step of method.
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