CN104361218B - The method and device of filter element replacing - Google Patents
The method and device of filter element replacing Download PDFInfo
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- CN104361218B CN104361218B CN201410596706.9A CN201410596706A CN104361218B CN 104361218 B CN104361218 B CN 104361218B CN 201410596706 A CN201410596706 A CN 201410596706A CN 104361218 B CN104361218 B CN 104361218B
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- 238000000034 method Methods 0.000 title claims abstract description 40
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- 238000009423 ventilation Methods 0.000 claims description 48
- 238000012544 monitoring process Methods 0.000 claims description 7
- 241000208340 Araliaceae Species 0.000 claims description 4
- 235000005035 Panax pseudoginseng ssp. pseudoginseng Nutrition 0.000 claims description 4
- 235000003140 Panax quinquefolius Nutrition 0.000 claims description 4
- 238000004140 cleaning Methods 0.000 claims description 4
- 235000008434 ginseng Nutrition 0.000 claims description 4
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- 230000003519 ventilatory effect Effects 0.000 description 2
- 239000002699 waste material Substances 0.000 description 2
- 241000894006 Bacteria Species 0.000 description 1
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Abstract
The disclosure is directed to the method and device of filter element replacing, the efficiency for improving filter element replacing saves human cost, and improves the accuracy for judging whether to update filter core.The method, for the equipment with filter core, including：When equipment is run, default parameter value of the parameter under current operating situation is determined, timing is carried out to the operation duration of equipment；According to the operation duration obtained by the parameter value of identified default parameter and timing, the accumulative operation duration of more new equipment；Judge whether updated accumulative operation duration is more than default service life duration；When updated accumulative operation duration is more than default service life duration, carry out and the relevant processing of filter element replacing.The disclosure can realize the automation that filter element replacing judges, improve operating efficiency, saved human cost；And when judging whether to need replacing filter core, it is contemplated that the influence of running environment increases the accuracy of judgement.
Description
Technical field
This disclosure relates to field of intelligent control technology more particularly to the method and device of filter element replacing.
Background technology
Currently, more and more equipment have filter core, such as air-conditioning and air purifier.Filter core in equipment, which has, to be used
The harmful substances such as dust, bacterium can be blown into air, be caused to human body if using filter core beyond service life by the service life
Harm.In the related technology, filter element replacing is carried out using the method for hand inspection.Operating personnel count or estimation operation duration, will
Compared with the service life duration for the filter core that operation duration provides when equipment is dispatched from the factory carries out roughly, to determine whether needing to update filter core.
Alternatively, staff inspects periodically the state of filter core, judged whether to need replacing filter core according to state of filter element.It lacks in the related technology
Be trapped in：First, operation needs hand inspection so that the inefficient operation of filter element replacing consumes human cost；Second, according to
Manually whether operation judges update filter core, and judgment accuracy is low, are replaced if not reaching service life, cause to provide
Source wastes, if do not replaced also beyond service life, harm is generated to health.
Invention content
To overcome the problems in correlation technique, the method that the embodiment of the present disclosure provides filter element replacing, for improving filter
The efficiency that core is replaced saves human cost, and improves the accuracy for judging whether to update filter core.
According to the first aspect of the embodiments of the present disclosure, a kind of method of filter element replacing is provided, the equipment for having filter core,
Including：
When equipment is run, determine default parameter value of the parameter under current operating situation, to the operation duration of equipment into
Row timing；
When the accumulative operation of the operation duration, more new equipment obtained by the parameter value of identified default parameter and timing
It is long；
Judge whether updated accumulative operation duration is more than default service life duration；
When updated accumulative operation duration is more than default service life duration, carry out and the relevant processing of filter element replacing.
In one embodiment, the parameter value for parameter being preset determined by the basis and the operation duration obtained by timing, more
The accumulative operation duration of new equipment, it may include：
According to the parameter value of identified default parameter, weight coefficient is determined；
After the weight coefficient is multiplied with the operation duration obtained by timing, it is added with the accumulative operation duration；
The accumulative operation duration is updated to obtained by addition and value.
In one embodiment, the parameter value of the default parameter includes multiple ranks,
The parameter value that parameter is preset determined by the basis, determines weight coefficient, it may include：
According to the rank of identified default parameter, default lose corresponding with the rank is searched in the table of comparisons is
Described preset is lost coefficient as weight coefficient by number；
Wherein, each rank for presetting parameter is stored in the table of comparisons and corresponding preset of each rank loses coefficient.
In one embodiment, the parameter value of the default parameter is numerical value,
The parameter value that parameter is preset determined by the basis, determines weight coefficient, it may include：
The numerical value of identified default parameter and the standard figures corresponding to default service life duration are divided by, by gained ratio
As weight coefficient.
In one embodiment, the parameter value that parameter is preset determined by the basis, determines weight coefficient, it may include：
When default parameter is at least two, show that each default parameter is corresponding according to the parameter value of each default parameter
Coefficient component；
According to the corresponding coefficient component of each default parameter, weight coefficient is determined.
In one embodiment, described when equipment is run, determine default parameter value of the parameter under current operating situation, it is right
The operation duration of equipment carries out timing, it may include：
In the case of operating condition changes in equipment operation, the operation front and back in variation of default parameter is determined respectively
In the case of parameter value, carry out timing respectively to changing the operation duration under front and back operating condition.
In one embodiment, the method may also include：
After detecting that the filter core of equipment is replaced, the accumulative operation duration of equipment is reset.
In one embodiment, the default parameter includes at least one of following parameter：
Air quality, ventilation quantity and purifying rate.
In one embodiment, the progress and the relevant processing of filter element replacing, it may include：
Carry out the prompt of filter element replacing；And/or
Show the position of the filter core needed replacing；And/or
User's use information of the equipment is sent to given server, user's use information includes the pre- of determination
If the parameter value of parameter and corresponding operation duration.
According to the second aspect of the embodiment of the present disclosure, a kind of device of filter element replacing is provided, the equipment for having filter core,
Including：
Monitoring modular, for when equipment is run, determining default parameter value of the parameter under current operating situation, to equipment
Operation duration carry out timing；
Update module, for the operation duration obtained by the parameter value of identified default parameter and timing, update is set
Standby accumulative operation duration；
Judgment module, for judging whether updated accumulative operation duration is more than default service life duration；
Processing module is used for when updated accumulative operation duration is more than default service life duration, progress and filter element replacing
Relevant processing.
In one embodiment, the update module, including：
Determination sub-module determines weight coefficient for the parameter value according to identified default parameter；
Computational submodule, after being used to the weight coefficient being multiplied with the operation duration obtained by timing, with the accumulative fortune
Row duration is added；
Submodule is updated, for the accumulative operation duration to be updated to obtained by addition and value.
In one embodiment, the parameter value of the default parameter includes multiple ranks,
The determination sub-module, it may include：
Searching unit is searched corresponding with the rank for the rank according to identified default parameter in the table of comparisons
It is default lose coefficient, default lose coefficient as weight coefficient using described；
Wherein, each rank for presetting parameter is stored in the table of comparisons and corresponding preset of each rank loses coefficient.
In one embodiment, the parameter value of the default parameter is numerical value,
The determination sub-module, it may include：
Computing unit is used for the numerical value of identified default parameter and the standard figures phase corresponding to default service life duration
It removes, using gained ratio as weight coefficient.
In one embodiment, the determination sub-module, it may include：
Coefficient component determination unit is used for when default parameter is at least two, according to the parameter value of each default parameter
Determine the corresponding coefficient component of each default parameter；
Weight coefficient determination unit, for according to the corresponding coefficient component of each default parameter, determining weight coefficient.
In one embodiment, the monitoring modular, it may include：
Submodule is monitored, in the case of changing for operating condition in being run in equipment, determines default parameter respectively
Parameter value under the front and back operating condition of variation carries out timing respectively to changing the operation duration under front and back operating condition.
In one embodiment, described device may also include：
Dump block, for after detecting that the filter core of equipment is replaced, the accumulative operation duration of equipment to be reset.
In one embodiment, the default parameter includes at least one of following parameter：
Air quality, ventilation quantity and purifying rate.
In one embodiment, the processing module, it may include：
First processing submodule, the prompt for carrying out filter element replacing；And/or
Second processing submodule, the position for showing the filter core needed replacing；And/or
Third handles submodule, for user's use information of the equipment to be sent to given server, the user
Use information includes the parameter value of determining default parameter and corresponding operation duration.
According to the third aspect of the embodiment of the present disclosure, a kind of device of filter element replacing is provided, including：
Processor；
Memory for storing processor-executable instruction；
Wherein, the processor is configured as：
When equipment is run, determine default parameter value of the parameter under current operating situation, to the operation duration of equipment into
Row timing；
When the accumulative operation of the operation duration, more new equipment obtained by the parameter value of identified default parameter and timing
It is long；
Judge whether updated accumulative operation duration is more than default service life duration；
When updated accumulative operation duration is more than default service life duration, carry out and the relevant processing of filter element replacing.
The technical scheme provided by this disclosed embodiment can include the following benefits：According to the parameter value of default parameter
With the accumulative operation duration of operation duration more new equipment, judge whether to need to update filter according to updated accumulative operation duration
Core so, it is possible to realize the automation that filter element replacing judges, improve operating efficiency, save human cost；And judging
When whether needing replacing filter core, it is contemplated that the influence of running environment increases the accuracy of judgement, avoids because not reaching use
Service life and replaced, the caused wasting of resources, and because not replaced also beyond service life, and caused by endanger.
It should be understood that above general description and following detailed description is only exemplary and explanatory, not
The disclosure can be limited.
Description of the drawings
The drawings herein are incorporated into the specification and forms part of this specification, and shows the implementation for meeting the disclosure
Example, and together with specification for explaining the principles of this disclosure.
Fig. 1 is the flow chart according to the method for the filter element replacing shown in an exemplary embodiment.
Fig. 2 is the flow chart according to the method for the filter element replacing shown in an exemplary embodiment one.
Fig. 3 is the flow chart according to the method for the filter element replacing shown in an exemplary embodiment two.
Fig. 4 is the flow chart according to the method for the filter element replacing shown in an exemplary embodiment three.
Fig. 5 is a kind of block diagram of the device of filter element replacing shown according to an exemplary embodiment.
Fig. 6 is the block diagram of the device of another filter element replacing shown according to an exemplary embodiment.
Fig. 7 is the block diagram of the device of another filter element replacing shown according to an exemplary embodiment.
Fig. 8 is the block diagram of the device of another filter element replacing shown according to an exemplary embodiment.
Specific implementation mode
Example embodiments are described in detail here, and the example is illustrated in the accompanying drawings.Following description is related to
When attached drawing, unless otherwise indicated, the same numbers in different drawings indicate the same or similar elements.Following exemplary embodiment
Described in embodiment do not represent all implementations consistent with this disclosure.On the contrary, they be only with it is such as appended
The example of the consistent device and method of some aspects be described in detail in claims, the disclosure.
Fig. 1 is a kind of flow chart of the method for filter element replacing shown according to an exemplary embodiment.As shown in Figure 1, should
The method of filter element replacing is used for the equipment with filter core, and in air-conditioning, air purifier and automobile, this method includes as follows
Step：
In step S101, when equipment is run, default parameter value of the parameter under current operating situation is determined, and pair set
Standby operation duration carries out timing.
Wherein, default parameter includes at least one of following parameter：
Air quality, ventilation quantity and purifying rate.
In one embodiment, step S101 may include：In the case of operating condition changes in equipment operation, respectively
Parameter value of the default parameter under the front and back operating condition of variation is determined, to changing the operation duration point under front and back operating condition
Timing is not carried out.
For example, in equipment operation, user changes ventilation quantity, in this case, determines before and after changing respectively
The numerical value of ventilation quantity, and timing is carried out respectively to changing front and back operation duration.In this way, in step s 102, according to ventilation quantity
The numerical value and operation duration of ventilation quantity after numerical value and operation duration and the ventilation quantity change of ventilation quantity before change, update
Accumulative operation duration.
In the present embodiment, the parameter value and operation duration for determining default parameter respectively according to the variation of operating condition, make
The calculating that must add up operation duration is associated with the variation of operating condition, improves and judges whether filter core needs replacing accurate
Property.
In step s 102, the operation duration obtained by the parameter value of identified default parameter and timing, update are set
Standby accumulative operation duration.
In one embodiment, step S102 may include following steps A1-A3：
In step A1, according to the parameter value of identified default parameter, determine weight coefficient.
In an exemplary illustration, the parameter value for presetting parameter includes multiple ranks, and step A1 may include：According to determining
Default parameter rank, searched in the table of comparisons it is corresponding with the rank determined it is default lose coefficient, lose coefficient by presetting
As weight coefficient.
Wherein, each rank for presetting parameter is stored in the table of comparisons and corresponding preset of each rank loses coefficient.
For example, it is air quality to preset parameter, and air quality is divided into three ranks, excellent, good, poor, is deposited in the table of comparisons
Three ranks and corresponding preset of three ranks for storing up air quality lose coefficient, respectively KIt is excellent、KIt is good、KDifference.According to determining
Air quality rank, searched in the table of comparisons it is corresponding with the rank determined it is default lose coefficient, lose coefficient by presetting
As weight coefficient；For example, the rank of identified air quality is excellent, searched in the table of comparisons excellent corresponding pre- with determination
If losing COEFFICIENT KIt is excellent, COEFFICIENT K is lost by defaultIt is excellentAs weight coefficient.
Herein, it is merely illustrative, when the parameter value of ventilatory capacity or purifying rate includes multiple ranks, the above method
Suitable for ventilatory capacity or purifying rate.
In an exemplary illustration, the parameter value for presetting parameter is numerical value, and step A1 may include：By identified default ginseng
The numerical value of amount is divided by with the standard figures corresponding to default service life duration, using gained ratio as weight coefficient.
For example, it is that ventilation quantity determines the number of ventilation quantity under current operating situation when equipment is run to preset parameter
Value, the numerical value of determining ventilation quantity and the numerical value of the standard ventilation amount corresponding to default service life duration is divided by, by gained ratio
As weight coefficient.Wherein, the numerical value for presetting the standard ventilation amount corresponding to service life duration can be that producer carries out service life duration
The numerical value of ventilation quantity used when evaluation and test.
Herein, it is merely illustrative, when the parameter value of air quality or purifying rate is numerical value, the above method is also suitable
In air quality or purifying rate.For example, the parameter value of air quality can be the content value of Inhalable Particulate, it will be true
The content value of fixed Inhalable Particulate is divided by with the standard content value corresponding to default service life duration, by gained ratio
As weight coefficient.
In addition, may include in step A1：When default parameter is at least two, according to the parameter value of each default parameter,
Determine the corresponding coefficient component of default parameter；According to the corresponding coefficient component of each default parameter, weight coefficient is determined.
For example, the corresponding coefficient component of each default parameter is multiplied, weight coefficient is obtained.
In step A2, after weight coefficient is multiplied with the operation duration obtained by timing, it is added with accumulative operation duration.
It is updated to obtained by addition and value in step A3, by accumulative operation duration.
For example, it updates as follows and adds up operation duration：
T=T+K × t
Wherein, T is accumulative operation duration, and K is weight coefficient, and t is operation duration.
In step s 103, judge whether updated accumulative operation duration is more than default service life duration.
In step S104, when updated accumulative operation duration is more than default service life duration, progress and filter element replacing
Relevant processing.
Above-mentioned steps S104 may include：Carry out the prompt of filter element replacing.For example, voice prompt is carried out in a device, or will
Warning light in equipment is into line flicker.
Above-mentioned steps S104 may also comprise：Show the position of the filter core needed replacing.For example, pop-up device figure in a device
Show, marks filter core position in the example shown.It so, it is possible that user is facilitated to replace or clean filter core.
Above-mentioned steps S104 may also comprise：User's use information of equipment is sent to given server, user uses letter
Breath includes the parameter value of determining default parameter and corresponding operation duration.
For example, given server is the server of equipment manufacturer, by the way that user's use information is sent to finger
Determine server so that production firm can determine advisory information according to user's use information, and to equipment or the terminal of user
Send the advisory information.For example, when being less than predetermined threshold value using duration, i.e., when the adduction of operation duration is less than predetermined threshold value,
It is analyzed using the shorter reason of duration according to user's use information, the end of equipment or user will be sent to the reason of analyzing
End；The filter core model or filter core parameter for being suitable for that user uses can also be determined according to user's use information, and determine the model
Filter core or filter core with the parameter, the service life duration under use situation before user determining is used into the longevity
Duration and filter core model or filter core parameter are ordered, equipment or the terminal of user are sent to.
The advantageous effect of the present embodiment is：According to the accumulative fortune of the parameter value of default parameter and operation duration more new equipment
Row duration judges whether to need to update filter core, so, it is possible to realize that filter element replacing judges according to updated accumulative operation duration
Automation, improve operating efficiency, saved human cost；And when judging whether to need replacing filter core, it is contemplated that fortune
The influence of row environment increases the accuracy of judgement, avoids being replaced because not reaching service life, caused resource
Waste, and because not replaced also beyond service life, and caused by harm.
In one embodiment, the above method may also include：After detecting that the filter core of equipment is replaced, by the accumulative of equipment
Operation duration is reset.In the present embodiment, using after detecting that filter core is replaced, automatic clear is carried out to accumulative operation duration,
It can so facilitate after filter core update, continue whether filter core needs newer judgement.Except method described in the embodiment,
Accumulative operation duration can also be zeroed out by way of manually；I.e. after staff has replaced filter core, it will set
Standby accumulative operation duration is reset.
Embodiment one
Fig. 2 is the flow chart according to the method for the filter element replacing shown in an exemplary embodiment one.As shown in Fig. 2, the filter
The method that core is replaced is used for the equipment with filter core, in air-conditioning, air purifier and automobile.The applied field of embodiment one
Jing Wei：Default parameter is air quality, and air quality is divided into three ranks, respectively excellent, good, poor；It is excellent in air quality
In the case of measure a length of T1 when the default service life；It is stored with the table of comparisons, three ranks of air quality, Yi Jisan are stored in the table of comparisons
Corresponding preset of a rank loses coefficient, respectively KIt is excellent、KIt is good、KDifference, set KIt is excellent=1, KIt is good=1.5, KDifference=2.Side in embodiment one
Method includes the following steps：
In step s 201, when equipment is run, rank of the air quality under current operating situation is determined, to equipment
Operation duration carries out timing.
In step S202, according to the rank of identified air quality, searched in the table of comparisons corresponding with the rank
It is default to lose coefficient, coefficient is lost as weight coefficient using default.
In step S203, after weight coefficient is multiplied with the operation duration obtained by timing, it is added with accumulative operation duration.
It is updated to obtained by addition and value in step S204, by accumulative operation duration.
In step S205, judge whether updated accumulative operation duration is more than default service life duration T1.
In step S206, when updated accumulative operation duration is more than default service life duration T1, filter element replacing is presented
Prompt.
The advantageous effect of the present embodiment is：When judging whether to need replacing filter core, it is contemplated that air in running environment
The influence of quality so that the judgement for whether needing replacing filter core meets that air quality is poorer, the shorter rule of filter element life duration,
The accuracy for increasing judgement avoids being replaced because not reaching service life, the caused wasting of resources, and because super
Go out service life not replace also, and caused by endanger.
Embodiment two
Fig. 3 is the flow chart according to the method for the filter element replacing shown in an exemplary embodiment two.As shown in figure 3, the filter
The method that core is replaced is used for the equipment with filter core, in air-conditioning, air purifier and automobile.The applied field of embodiment two
Jing Wei：Default parameter is ventilation quantity, and ventilation quantity is concrete numerical value, is operating in standard ventilation amount VMarkIn the case of, it measures default
A length of T2 when the service life.Method includes the following steps in embodiment two：
In step S301, when equipment is run, numerical value v of the ventilation quantity under current operating situation is determined, to equipment
Operation duration carries out timing.
In step s 302, by the numerical value v of identified ventilation quantity and standard ventilation amount VMarkIt is divided by, will be divided by gained ratio
As weight coefficient.
Wherein, weight coefficient=v/VMark。
In step S303, after weight coefficient is multiplied with the operation duration obtained by timing, it is added with accumulative operation duration.
In step s 304, accumulative operation duration is updated to obtained by addition and value.
In step S305, judge whether updated accumulative operation duration is more than default service life duration T2.
In step S306, when updated accumulative operation duration is more than default service life duration T2, filter element replacing is presented
Prompt.
The advantageous effect of the present embodiment is：When judging whether to need replacing filter core, it is contemplated that divulge information in running environment
The influence of amount so that the judgement for whether needing replacing filter core meets that ventilation quantity is bigger, the shorter rule of filter element life duration, increases
The accuracy judged, avoids being replaced because not reaching service life, the caused wasting of resources, and makes because exceeding
Do not replaced also with the service life, and caused by endanger.
Embodiment three
Fig. 4 is the flow chart according to the method for the filter element replacing shown in an exemplary embodiment three.As shown in figure 4, the filter
The method that core is replaced is used for the equipment with filter core, in air-conditioning, air purifier and automobile.The applied field of embodiment three
Jing Wei：Default parameter includes：Air quality, ventilation quantity and purifying rate；Air quality is divided into three ranks, respectively excellent, good,
Difference；Ventilation quantity and purifying rate are divided into concrete numerical value；It is excellent, using standard ventilation amount V operating in air qualityMarkAnd standard ventilation
Measure PMarkIn the case of, measure a length of T3 when the default service life；It is stored with the table of comparisons, three grades of air quality are stored in the table of comparisons
Not and corresponding preset of three ranks loses coefficient, respectively KIt is excellent、KIt is good、KDifference, set KIt is excellent=1, KIt is good=1.5, KDifference=2.Implement
Method includes the following steps in example three：
In step S401, when equipment is run, determine that numerical value v of the ventilation quantity under current operating situation, purifying rate amount exist
The rank of numerical value p and air quality under current operating situation under current operating situation carries out the operation duration of equipment
Timing.
In step S402, according to the parameter value of air quality, ventilation quantity and purifying rate, obtain air quality, logical respectively
Air quantity and the corresponding coefficient component of purifying rate.
For example, by the numerical value v of identified ventilation quantity and standard ventilation amount VMarkIt is divided by, will be divided by gained ratio v/VMarkAs
The corresponding coefficient component of ventilation quantity, by the numerical value p of identified purifying rate and standard cleaning rate PMarkIt is divided by, will be divided by gained ratio
p/PMarkAs the corresponding coefficient component of purifying rate, preset corresponding with the rank determined is searched in the table of comparisons and loses COEFFICIENT K,
COEFFICIENT K is lost by default, as the corresponding coefficient component of air quality.
It is multiplied in step S403, by air quality, ventilation quantity coefficient component corresponding with purifying rate, obtains weight system
Number.
Weight coefficient=(v/VMark)×(p/PMark) × K,
In step s 404, it after weight coefficient being multiplied with the operation duration obtained by timing, is added with accumulative operation duration.
It is updated to obtained by addition and value in step S405, by accumulative operation duration.
In step S406, judge whether updated accumulative operation duration is more than default service life duration T3.
In step S 407, it when updated accumulative operation duration is more than default service life duration T3, carries out with filter core more
Change relevant processing.
The advantageous effect of the present embodiment is：When judging whether to need replacing filter core, it is contemplated that a variety of in running environment
The influence of parameter so that the judgement more accuracy for whether needing replacing filter core avoids carrying out because not reaching service life
Replace, the caused wasting of resources, and because not replaced also beyond service life, and caused by harm.
Fig. 5 is a kind of block diagram of the device of filter element replacing shown according to an exemplary embodiment, and the device is for having
The equipment of filter core, in air-conditioning, air purifier and automobile, as shown in figure 5, device includes：
Monitoring modular 51 is configured as when equipment is run, and determines default parameter value of the parameter under current operating situation,
Timing is carried out to the operation duration of equipment；
Update module 52 is configured as the operation duration obtained by the parameter value of identified default parameter and timing, more
The accumulative operation duration of new equipment；
Judgment module 53 is configured as judging whether updated accumulative operation duration is more than default service life duration；
Processing module 54 is configured as when updated accumulative operation duration is more than default service life duration, progress and filter core
Replace relevant processing.
In one embodiment, as shown in fig. 6, update module 52, it may include：
Determination sub-module 61 is configured as, according to the parameter value of identified default parameter, determining weight coefficient；
Computational submodule 62 is configured as after weight coefficient is multiplied with the operation duration obtained by timing, when with accumulative operation
It is long to be added；
Update submodule 63 is configured as accumulative operation duration being updated to obtained by addition and value.
In one embodiment, the parameter value for presetting parameter includes multiple ranks,
Determination sub-module, it may include：
Searching unit is configured as the rank according to identified default parameter, is searched in the table of comparisons corresponding with the rank
It is default lose coefficient, lose coefficient as weight coefficient using default；
Wherein, each rank for presetting parameter is stored in the table of comparisons and corresponding preset of each rank loses coefficient.
In one embodiment, the parameter value for presetting parameter is numerical value,
Determination sub-module, it may include：
Computing unit is configured as the criterion numeral corresponding to the numerical value of identified default parameter and default service life duration
Value is divided by, using gained ratio as weight coefficient.
In one embodiment, as shown in fig. 7, determination sub-module 61, it may include：
Coefficient component determination unit 71 is configured as when default parameter is at least two, according to the ginseng of each default parameter
Magnitude determines the corresponding coefficient component of each default parameter；
Weight coefficient determination unit 72 is configured as, according to the corresponding coefficient component of each default parameter, determining weight system
Number.
In one embodiment, monitoring modular, it may include：
Monitoring submodule is configured as in the case of operating condition changes during equipment is run, determining default ginseng respectively
The parameter value under the front and back operating condition of variation is measured, is counted respectively to changing the operation duration under front and back operating condition
When.
In one embodiment, as shown in figure 8, device may also include：
Dump block 81 is configured as after detecting that the filter core of equipment is replaced, and the accumulative operation duration of equipment is clear
Zero.
In one embodiment, default parameter includes at least one of following parameter：
Air quality, ventilation quantity and purifying rate.
In one embodiment, processing module, it may include：
First processing submodule is configured for the prompt of filter element replacing；And/or
Second processing submodule is configured as the position for the filter core that display needs replacing；And/or
Third processing submodule is configured as user's use information of the equipment being sent to given server, the use
Family use information includes the parameter value of determining default parameter and corresponding operation duration.
The technical scheme provided by this disclosed embodiment can include the following benefits：According to the parameter value of default parameter
With the accumulative operation duration of operation duration more new equipment, judge whether to need to update filter according to updated accumulative operation duration
Core so, it is possible to realize the automation that filter element replacing judges, improve operating efficiency, save human cost；And judging
When whether needing replacing filter core, it is contemplated that the influence of running environment increases the accuracy of judgement, avoids because not reaching use
Service life and replaced, the caused wasting of resources, and because not replaced also beyond service life, and caused by endanger.
About the device in above-described embodiment, wherein modules execute the concrete mode of operation in related this method
Embodiment in be described in detail, explanation will be not set forth in detail herein.
A kind of device of filter element replacing, including：
Processor；
Memory for storing processor-executable instruction；
Wherein, processor is configured as：
When equipment is run, determine default parameter value of the parameter under current operating situation, to the operation duration of equipment into
Row timing；
When the accumulative operation of the operation duration, more new equipment obtained by the parameter value of identified default parameter and timing
It is long；
Judge whether updated accumulative operation duration is more than default service life duration；
When updated accumulative operation duration is more than default service life duration, carry out and the relevant processing of filter element replacing.
The processor can be configured as：According to the parameter value of identified default parameter, weight coefficient is determined；
After the weight coefficient is multiplied with the operation duration obtained by timing, it is added with the accumulative operation duration；
The accumulative operation duration is updated to obtained by addition and value.
The processor can be configured as：When the parameter value of default parameter includes multiple ranks, according to identified default
The rank of parameter, searched in the table of comparisons it is corresponding with the rank it is default lose coefficient, using it is described preset lose coefficient as
Weight coefficient；
Wherein, each rank for presetting parameter is stored in the table of comparisons and corresponding preset of each rank loses coefficient.
The processor can be configured as：When the parameter value of default parameter is numerical value, by the number of identified default parameter
Value is divided by with the standard figures corresponding to default service life duration, using gained ratio as weight coefficient.
The processor can be configured as：When default parameter is at least two, obtained according to the parameter value of each default parameter
Go out the corresponding coefficient component of each default parameter；According to the corresponding coefficient component of each default parameter, weight coefficient is determined.
The processor can be configured as：In the case of operating condition changes in equipment operation, determine respectively default
Parameter value of the parameter under the front and back operating condition of variation, is counted respectively to changing the operation duration under front and back operating condition
When.
The processor is also configured to：After detecting that the filter core of equipment is replaced, by the accumulative operation duration of equipment
It resets.
The processor can be configured as：Carry out the prompt of filter element replacing；And/or
Show the position of the filter core needed replacing；And/or
User's use information of the equipment is sent to given server, user's use information includes the pre- of determination
If the parameter value of parameter and corresponding operation duration.
A kind of non-transitorycomputer readable storage medium, when the instruction in the storage medium is by the equipment with filter core
Processor execute when so that equipment is able to carry out a kind of filter element replacing method, the method includes：
When equipment is run, determine default parameter value of the parameter under current operating situation, to the operation duration of equipment into
Row timing；
When the accumulative operation of the operation duration, more new equipment obtained by the parameter value of identified default parameter and timing
It is long；
Judge whether updated accumulative operation duration is more than default service life duration；
When updated accumulative operation duration is more than default service life duration, carry out and the relevant processing of filter element replacing.
The parameter value for presetting parameter determined by the basis and the operation duration obtained by timing, the accumulative fortune of more new equipment
Row duration, it may include：
According to the parameter value of identified default parameter, weight coefficient is determined；
After the weight coefficient is multiplied with the operation duration obtained by timing, it is added with the accumulative operation duration；
The accumulative operation duration is updated to obtained by addition and value.
The parameter value of the default parameter includes multiple ranks,
The parameter value that parameter is preset determined by the basis, determines weight coefficient, it may include：
According to the rank of identified default parameter, default lose corresponding with the rank is searched in the table of comparisons is
Described preset is lost coefficient as weight coefficient by number；
Wherein, each rank for presetting parameter is stored in the table of comparisons and corresponding preset of each rank loses coefficient.
The parameter value of the default parameter is numerical value,
The parameter value that parameter is preset determined by the basis, determines weight coefficient, it may include：
The numerical value of identified default parameter and the standard figures corresponding to default service life duration are divided by, by gained ratio
As weight coefficient.
The parameter value that parameter is preset determined by the basis, determines weight coefficient, it may include：
When default parameter is at least two, show that each default parameter is corresponding according to the parameter value of each default parameter
Coefficient component；
According to the corresponding coefficient component of each default parameter, weight coefficient is determined.
It is described to determine default parameter value of the parameter under current operating situation when equipment is run, when to the operation of equipment
It is long to carry out timing, it may include：
In the case of operating condition changes in equipment operation, the operation front and back in variation of default parameter is determined respectively
In the case of parameter value, carry out timing respectively to changing the operation duration under front and back operating condition.
The method may also include：
After detecting that the filter core of equipment is replaced, the accumulative operation duration of equipment is reset.
The progress and the relevant processing of filter element replacing, it may include：
Carry out the prompt of filter element replacing；And/or
Show the position of the filter core needed replacing；And/or
User's use information of the equipment is sent to given server, user's use information includes the pre- of determination
If the parameter value of parameter and corresponding operation duration.
Those skilled in the art will readily occur to its of the disclosure after considering specification and putting into practice disclosure disclosed herein
Its embodiment.This application is intended to cover any variations, uses, or adaptations of the disclosure, these modifications, purposes or
Person's adaptive change follows the general principles of this disclosure and includes the undocumented common knowledge in the art of the disclosure
Or conventional techniques.The description and examples are only to be considered as illustrative, and the true scope and spirit of the disclosure are by following
Claim is pointed out.
It should be understood that the present disclosure is not limited to the precise structures that have been described above and shown in the drawings, and
And various modifications and changes may be made without departing from the scope thereof.The scope of the present disclosure is only limited by the accompanying claims.
Claims (9)
1. a kind of method of filter element replacing, which is characterized in that for the equipment with filter core, including：
When equipment is run, determines default parameter value of the parameter under current operating situation, the operation duration of equipment is counted
When；
According to the operation duration obtained by the parameter value of identified default parameter and timing, the accumulative operation duration of more new equipment；
Judge whether updated accumulative operation duration is more than default service life duration；
When updated accumulative operation duration is more than default service life duration, progress and the relevant processing of filter element replacing,
The default parameter includes at least one of following parameter：
Air quality, ventilation quantity and purifying rate,
Determined by the basis when the accumulative operation of the parameter value of default parameter and the operation duration, more new equipment obtained by timing
It is long, including：
By the numerical value v of the identified ventilation quantity for numerical value and standard ventilation amount VMarkIt is divided by, will be divided by gained ratio v/VMarkAs
The corresponding coefficient component of ventilation quantity, by the numerical value p of the identified purifying rate for numerical value and standard cleaning rate PMarkIt is divided by, will be divided by
Gained ratio p/PMarkAs the corresponding coefficient component of purifying rate, lookup and the air quality that determination is numerical value in the table of comparisons
Corresponding preset of rank loses COEFFICIENT K ', lose COEFFICIENT K by default ' it is used as the corresponding coefficient component of air quality, by air matter
Amount, ventilation quantity coefficient component corresponding with purifying rate are multiplied, and weight coefficient is obtained according to the coefficient component of multiplication；
After the weight coefficient is multiplied with the operation duration obtained by timing, it is added with the accumulative operation duration；
The accumulative operation duration is updated to obtained by addition and value.
2. the method as described in claim 1, which is characterized in that it is described when equipment is run, determine that default parameter is transported currently
Parameter value in the case of row carries out timing to the operation duration of equipment, including：
In the case of operating condition changes in equipment operation, the default parameter operating condition front and back in variation is determined respectively
Under parameter value, carry out timing respectively to changing the operation duration under front and back operating condition.
3. the method as described in claim 1, which is characterized in that the method further includes：
After detecting that the filter core of equipment is replaced, the accumulative operation duration of equipment is reset.
4. the method as described in claim 1, which is characterized in that the progress and the relevant processing of filter element replacing, including：
Carry out the prompt of filter element replacing；And/or
Show the position of the filter core needed replacing；And/or
User's use information of the equipment is sent to given server, user's use information includes the default ginseng of determination
The parameter value of amount and corresponding operation duration.
5. a kind of device of filter element replacing, which is characterized in that for the equipment with filter core, including：
Monitoring modular, for when equipment is run, determining default parameter value of the parameter under current operating situation, to the fortune of equipment
Row duration carries out timing；
Update module is used for the operation duration obtained by the parameter value of identified default parameter and timing, more new equipment
Accumulative operation duration；
Judgment module, for judging whether updated accumulative operation duration is more than default service life duration；
Processing module, for when updated accumulative operation duration is more than default service life duration, carrying out related to filter element replacing
Processing,
The default parameter includes at least one of following parameter：
Air quality, ventilation quantity and purifying rate,
The update module, including：
Determination sub-module determines weight coefficient for the parameter value according to identified default parameter, including：It will be identified
For the numerical value v and standard ventilation amount V of the ventilation quantity of numerical valueMarkIt is divided by, will be divided by gained ratio v/VMarkAs the corresponding system of ventilation quantity
Number component, by the numerical value p of the identified purifying rate for numerical value and standard cleaning rate PMarkIt is divided by, will be divided by gained ratio p/PMarkMake
For the corresponding coefficient component of purifying rate, it is that the rank of air quality of numerical value is corresponding default to be searched in the table of comparisons with determination
Lose COEFFICIENT K ', lose COEFFICIENT K by default ' it is used as the corresponding coefficient component of air quality, by air quality, ventilation quantity and purification
The corresponding coefficient component of rate is multiplied, and weight coefficient is obtained according to the coefficient component of multiplication；
Computational submodule, after being used to the weight coefficient being multiplied with the operation duration obtained by timing, when with the accumulative operation
It is long to be added；
Submodule is updated, for the accumulative operation duration to be updated to obtained by addition and value.
6. device as claimed in claim 5, which is characterized in that the monitoring modular, including：
Submodule is monitored, in the case of changing for operating condition in being run in equipment, determines that default parameter is becoming respectively
Change the parameter value under front and back operating condition, timing is carried out respectively to changing the operation duration under front and back operating condition.
7. device as claimed in claim 5, which is characterized in that described device further includes：
Dump block, for after detecting that the filter core of equipment is replaced, the accumulative operation duration of equipment to be reset.
8. device as claimed in claim 5, which is characterized in that the processing module, including：
First processing submodule, the prompt for carrying out filter element replacing；And/or
Second processing submodule, the position for showing the filter core needed replacing；And/or
Third handles submodule, and for user's use information of the equipment to be sent to given server, the user uses
Information includes the parameter value of determining default parameter and corresponding operation duration.
9. a kind of device of filter element replacing, which is characterized in that including：
Processor；
Memory for storing processor-executable instruction；
Wherein, the processor is configured as：
When equipment is run, determines default parameter value of the parameter under current operating situation, the operation duration of equipment is counted
When；
According to the operation duration obtained by the parameter value of identified default parameter and timing, the accumulative operation duration of more new equipment；
Judge whether updated accumulative operation duration is more than default service life duration；
When updated accumulative operation duration is more than default service life duration, progress and the relevant processing of filter element replacing,
The default parameter includes at least one of following parameter：
Air quality, ventilation quantity and purifying rate,
Determined by the basis when the accumulative operation of the parameter value of default parameter and the operation duration, more new equipment obtained by timing
It is long, including：
By the numerical value v of the identified ventilation quantity for numerical value and standard ventilation amount VMarkIt is divided by, will be divided by gained ratio v/VMarkAs
The corresponding coefficient component of ventilation quantity, by the numerical value p of the identified purifying rate for numerical value and standard cleaning rate PMarkIt is divided by, will be divided by
Gained ratio p/PMarkAs the corresponding coefficient component of purifying rate, lookup and the air quality that determination is numerical value in the table of comparisons
Corresponding preset of rank loses COEFFICIENT K ', lose COEFFICIENT K by default ' it is used as the corresponding coefficient component of air quality, by air matter
Amount, ventilation quantity coefficient component corresponding with purifying rate are multiplied, and weight coefficient is obtained according to the coefficient component of multiplication；
After the weight coefficient is multiplied with the operation duration obtained by timing, it is added with the accumulative operation duration；
The accumulative operation duration is updated to obtained by addition and value.
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|---|---|---|---|
| CN201410596706.9A CN104361218B (en) | 2014-10-29 | 2014-10-29 | The method and device of filter element replacing |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410596706.9A CN104361218B (en) | 2014-10-29 | 2014-10-29 | The method and device of filter element replacing |
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| CN104361218A CN104361218A (en) | 2015-02-18 |
| CN104361218B true CN104361218B (en) | 2018-07-31 |
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