CN104361218A - Method and device for changing filter cartridge - Google Patents
Method and device for changing filter cartridge Download PDFInfo
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- CN104361218A CN104361218A CN201410596706.9A CN201410596706A CN104361218A CN 104361218 A CN104361218 A CN 104361218A CN 201410596706 A CN201410596706 A CN 201410596706A CN 104361218 A CN104361218 A CN 104361218A
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Abstract
The disclosure relates to a method and a device for changing a filter cartridge and aims at improving the filter cartridge change efficiency, lowering the labor cost and improving the accuracy in judging whether the filter cartridge is updated or not. The method is used for equipment with the filter cartridge and comprises the following steps: when the equipment runs, determining the reference value of a preset parameter under current running conditions and counting the running time of the equipment; updating the accumulative running time of the equipment according to the determined preset parameter reference value and the counted running time; judging whether the updated accumulative running time exceeds a preset service life or not; when the updated accumulative running time exceeds the preset service life, carrying out processing related to filter cartridge change. The disclosure can realize automation in judging whether the filter cartridge is changed or not, improve the operation efficiency and save the labor cost, and meanwhile, considers the influence of running environments when whether the filter cartridge is changed or not is judged and improves the judging accuracy.
Description
Technical field
The disclosure relates to field of intelligent control technology, particularly relates to method and the device of filter element replacing.
Background technology
At present, increasing equipment has filter core, such as air-conditioning and air purifier.Filter core in equipment has serviceable life, if exceed serviceable life to use filter core, then can be blown in air by the objectionable impurities such as dust, bacterium, work the mischief to human body.In correlation technique, filter element replacing adopts the method for hand inspection to carry out.Operating personnel's statistics or estimation run duration, are compared roughly by the life-span duration running the filter core provided when duration dispatches from the factory with equipment, judge whether to need to upgrade filter core.Or staff makes regular check on the state of filter core, judge whether to need more renew cartridge according to state of filter element.In correlation technique, defect is: the first, action need hand inspection, makes the inefficient operation of filter element replacing, consumes human cost; The second, rely on manual operation to judge whether to upgrade filter core, judgment accuracy is low, just changes serviceable life, cause the wasting of resources if do not reached, and does not also change if exceed serviceable life, then produce harm to health.
Summary of the invention
For overcoming Problems existing in correlation technique, disclosure embodiment provides the method for filter element replacing, for improving the efficiency of filter element replacing, saves human cost, and improves the accuracy judging whether to upgrade filter core.
According to the first aspect of disclosure embodiment, providing a kind of method of filter element replacing, for having the equipment of filter core, comprising:
When the apparatus is in operation, determine the value of consult volume of default parameter under current operating situation, timing is carried out to the operation duration of equipment;
According to the value of consult volume of determined default parameter and the operation duration of timing gained, the accumulative operation duration of updating the equipment;
Judge whether the accumulative operation duration after upgrading exceedes default life-span duration;
When the accumulative operation duration after upgrading exceedes default life-span duration, carry out the process relevant to filter element replacing.
In one embodiment, described according to the value of consult volume of determined default parameter and the operation duration of timing gained, the accumulative operation duration of updating the equipment, can comprise:
According to the value of consult volume of determined default parameter, determine weight coefficient;
After described weight coefficient is multiplied with the operation duration of timing gained, be added with described accumulative operation duration;
Described accumulative operation duration is updated to be added gained and value.
In one embodiment, the value of consult volume of described default parameter comprises multiple rank,
The described value of consult volume according to determined default parameter, determine weight coefficient, can comprise:
According to the rank of determined default parameter, search in the table of comparisons and corresponding with described rank defaultly lose coefficient, described presetting is lost coefficient as weight coefficient;
Wherein, store in the table of comparisons and preset each rank of parameter and corresponding default of each rank loses coefficient.
In one embodiment, the value of consult volume of described default parameter is numerical value,
The described value of consult volume according to determined default parameter, determine weight coefficient, can comprise:
Standard figures corresponding to the numerical value of determined default parameter and default life-span duration is divided by, using gained ratio as weight coefficient.
In one embodiment, the described value of consult volume according to determined default parameter, determine weight coefficient, can comprise:
When default parameter is at least two, draw according to the value of consult volume of each default parameter the coefficient component that each default parameter is corresponding;
The coefficient component corresponding according to each default parameter, determines weight coefficient.
In one embodiment, when the apparatus is in operation described, determine the value of consult volume of default parameter under current operating situation, timing is carried out to the operation duration of equipment, can comprise:
When ruuning situation changes in equipment runs, determine the value of consult volume under the ruuning situation of default parameter before and after change respectively, respectively timing is carried out to the operation duration under the ruuning situation before and after change.
In one embodiment, described method also can comprise:
After detecting that the filter core of equipment is replaced, the accumulative operation duration of equipment is reset.
In one embodiment, described default parameter comprises at least one in following parameter:
Air quality, ventilation and purifying rate.
In one embodiment, described in carry out the process relevant to filter element replacing, can comprise:
Carry out the prompting of filter element replacing; And/or
Display needs the position of the filter core changed; And/or
Information is used to send to given server the user of described equipment, the value of consult volume of the default parameter that described user uses information to comprise to determine and corresponding operation duration.
According to the second aspect of disclosure embodiment, providing a kind of device of filter element replacing, for having the equipment of filter core, comprising:
Monitoring modular, for when the apparatus is in operation, determines the value of consult volume of default parameter under current operating situation, carries out timing to the operation duration of equipment;
Update module, for according to the value of consult volume of determined default parameter and the operation duration of timing gained, the accumulative operation duration of updating the equipment;
Judge module, for judging whether the accumulative operation duration after upgrading exceedes default life-span duration;
Processing module, for when the accumulative operation duration after upgrading exceedes default life-span duration, carries out the process relevant to filter element replacing.
In one embodiment, described update module, comprising:
Determine submodule, for the value of consult volume according to determined default parameter, determine weight coefficient;
Calculating sub module, after being multiplied with the operation duration of timing gained by described weight coefficient, is added with described accumulative operation duration;
Upgrade submodule, for described accumulative operation duration is updated to be added gained and value.
In one embodiment, the value of consult volume of described default parameter comprises multiple rank,
Describedly determine submodule, can comprise:
Search unit, for the rank according to determined default parameter, search in the table of comparisons and corresponding with described rank defaultly lose coefficient, described presetting is lost coefficient as weight coefficient;
Wherein, store in the table of comparisons and preset each rank of parameter and corresponding default of each rank loses coefficient.
In one embodiment, the value of consult volume of described default parameter is numerical value,
Describedly determine submodule, can comprise:
Computing unit, for being divided by the standard figures corresponding to the numerical value of determined default parameter and default life-span duration, using gained ratio as weight coefficient.
In one embodiment, describedly determine submodule, can comprise:
Coefficient component determination unit, for when default parameter is at least two, determines according to the value of consult volume of each default parameter the coefficient component that each default parameter is corresponding;
Weight coefficient determining unit, for the coefficient component corresponding according to each default parameter, determines weight coefficient.
In one embodiment, described monitoring modular, can comprise:
Monitoring submodule, for when ruuning situation changes in equipment operation, determines the value of consult volume under the ruuning situation of default parameter before and after change respectively, carries out timing respectively to the operation duration under the ruuning situation before and after change.
In one embodiment, described device also can comprise:
Dump block, for after detecting that the filter core of equipment is replaced, resets the accumulative operation duration of equipment.
In one embodiment, described default parameter comprises at least one in following parameter:
Air quality, ventilation and purifying rate.
In one embodiment, described processing module, can comprise:
First process submodule, for carrying out the prompting of filter element replacing; And/or
Second process submodule, for showing the position of the filter core that needs are changed; And/or
3rd process submodule, for using information to send to given server the user of described equipment, the value of consult volume of the default parameter that described user uses information to comprise to determine and corresponding operation duration.
According to the third aspect of disclosure embodiment, a kind of device of filter element replacing is provided, comprises:
Processor;
For the storer of storage of processor executable instruction;
Wherein, described processor is configured to:
When the apparatus is in operation, determine the value of consult volume of default parameter under current operating situation, timing is carried out to the operation duration of equipment;
According to the value of consult volume of determined default parameter and the operation duration of timing gained, the accumulative operation duration of updating the equipment;
Judge whether the accumulative operation duration after upgrading exceedes default life-span duration;
When the accumulative operation duration after upgrading exceedes default life-span duration, carry out the process relevant to filter element replacing.
The technical scheme that embodiment of the present disclosure provides can comprise following beneficial effect: the accumulative operation duration of updating the equipment according to value of consult volume and the operation duration of default parameter, judge whether to need to upgrade filter core according to the accumulative operation duration after upgrading, so, the robotization that filter element replacing judges can be realized, improve operating efficiency, save human cost; And judge whether to need more renew cartridge time, consider the impact of running environment, add the accuracy of judgement, avoid changing because not reaching serviceable life, the wasting of resources caused, and also do not change because exceeding serviceable life, and the harm caused.
Should be understood that, it is only exemplary and explanatory that above general description and details hereinafter describe, and can not limit the disclosure.
Accompanying drawing explanation
Accompanying drawing to be herein merged in instructions and to form the part of this instructions, shows and meets embodiment of the present disclosure, and is used from instructions one and explains principle of the present disclosure.
Fig. 1 is the process flow diagram of the method for filter element replacing according to an exemplary embodiment.
Fig. 2 is the process flow diagram of the method for filter element replacing according to an exemplary embodiment one.
Fig. 3 is the process flow diagram of the method for filter element replacing according to an exemplary embodiment two.
Fig. 4 is the process flow diagram of the method for filter element replacing according to an exemplary embodiment three.
Fig. 5 is the block diagram of the device of a kind of filter element replacing according to an exemplary embodiment.
Fig. 6 is the block diagram of the device of another kind of filter element replacing according to an exemplary embodiment.
Fig. 7 is the block diagram of the device of another kind of filter element replacing according to an exemplary embodiment.
Fig. 8 is the block diagram of the device of another kind of filter element replacing according to an exemplary embodiment.
Embodiment
Here will be described exemplary embodiment in detail, its sample table shows in the accompanying drawings.When description below relates to accompanying drawing, unless otherwise indicated, the same numbers in different accompanying drawing represents same or analogous key element.Embodiment described in following exemplary embodiment does not represent all embodiments consistent with the disclosure.On the contrary, they only with as in appended claims describe in detail, the example of apparatus and method that aspects more of the present disclosure are consistent.
Fig. 1 is the process flow diagram of the method for a kind of filter element replacing according to an exemplary embodiment.As shown in Figure 1, the method for this filter element replacing is for having the equipment of filter core, and as in air-conditioning, air purifier and automobile, the method comprises the steps:
In step S101, when the apparatus is in operation, determine the value of consult volume of default parameter under current operating situation, and timing is carried out to the operation duration of equipment.
Wherein, default parameter comprises at least one in following parameter:
Air quality, ventilation and purifying rate.
In one embodiment, step S101 can comprise: when in equipment runs, ruuning situation changes, and determines the value of consult volume under the ruuning situation of default parameter before and after change respectively, carries out timing respectively to the operation duration under the ruuning situation before and after change.
For example, in equipment runs, user changes ventilation, in this case, determines the numerical value of the ventilation before and after changing respectively, and carries out timing respectively to the operation duration before and after changing.So, in step s 102, the numerical value of the ventilation before changing according to ventilation and run duration, and ventilation change after ventilation numerical value and run duration, upgrade and accumulative run duration.
In the present embodiment, determine the value of consult volume of default parameter respectively according to the change of ruuning situation and run duration, the accumulative operation calculating of duration being associated with the change of ruuning situation, improve and judge that filter core is the need of the accuracy changed.
In step s 102, according to the value of consult volume of determined default parameter and the operation duration of timing gained, the accumulative operation duration of updating the equipment.
In one embodiment, step S102 can comprise the steps A1-A3:
In steps A 1, according to the value of consult volume of determined default parameter, determine weight coefficient.
In an exemplary illustration, the value of consult volume presetting parameter comprises multiple rank, steps A 1 can comprise: according to the rank of determined default parameter, searches corresponding with the rank determined defaultly to lose coefficient in the table of comparisons, loses coefficient as weight coefficient using presetting.
Wherein, store in the table of comparisons and preset each rank of parameter and corresponding default of each rank loses coefficient.
For example, default parameter is air quality, and air quality is divided into three ranks, excellent, good, poor, stores three ranks of air quality in the table of comparisons, and corresponding default of three ranks loses coefficient, is respectively K
excellent, K
good, K
difference.According to the rank of determined air quality, searching in the table of comparisons and corresponding with the rank determined defaultly lose coefficient, losing coefficient as weight coefficient using presetting; Such as, the rank of determined air quality is excellent, search in the table of comparisons with determine excellent corresponding defaultly lose COEFFICIENT K
excellent, lose COEFFICIENT K by presetting
excellentas weight coefficient.
, be only exemplary illustration herein, when the value of consult volume of throughput or purifying rate comprises multiple rank, said method is also applicable to throughput or purifying rate.
In an exemplary illustration, the value of consult volume presetting parameter is numerical value, and steps A 1 can comprise: be divided by, the standard figures corresponding to the numerical value of determined default parameter and default life-span duration using gained ratio as weight coefficient.
For example, default parameter is ventilation, when equipment runs, determines the numerical value of ventilation under current operating situation, is divided by, the numerical value of the standard ventilation amount corresponding to the numerical value of the ventilation determined and default life-span duration using gained ratio as weight coefficient.Wherein, the numerical value presetting the standard ventilation amount corresponding to life-span duration can be, producer carries out the numerical value of ventilation used when life-span duration is evaluated and tested.
, be only exemplary illustration herein, when the value of consult volume of air quality or purifying rate is numerical value, said method is also applicable to air quality or purifying rate.Such as, the value of consult volume of air quality can be the content value of Inhalable Particulate, is divided by, the standard content value corresponding to the content value of the Inhalable Particulate determined and default life-span duration using gained ratio as weight coefficient.
In addition, can comprise in steps A 1: when default parameter is at least two, according to the value of consult volume of each default parameter, determine the coefficient component that default parameter is corresponding; The coefficient component corresponding according to each default parameter, determines weight coefficient.
Such as, coefficient component corresponding for each default parameter is multiplied, draws weight coefficient.
In steps A 2, weight coefficient is multiplied with the operation duration of timing gained after, be added with accumulative operation duration.
Be updated in steps A 3, by accumulative operation duration be added gained and value.
For example, accumulative operation duration is upgraded by following formula:
T＝T+K×t
Wherein, T runs duration for accumulative, and K is weight coefficient, and t is for running duration.
In step s 103, judge whether the accumulative operation duration after upgrading exceedes default life-span duration.
In step S104, when the accumulative operation duration after upgrading exceedes default life-span duration, carry out the process relevant to filter element replacing.
Above-mentioned steps S104 can comprise: the prompting carrying out filter element replacing.Such as, carry out voice message in a device, or the warning light in equipment is glimmered.
Above-mentioned steps S104 also can comprise: the position of the filter core that display needs are changed.Such as, pop-up device diagram, marks filter core position in the example shown in a device.So, user can be facilitated to change or clean filter core.
Above-mentioned steps S104 also can comprise: use information to send to given server the user of equipment, the value of consult volume of the default parameter that user uses information to comprise to determine and corresponding operation duration.
For example, given server is the server of device fabrication producer, by using information to send to given server user, making production firm information can be used to determine advisory information according to user, and sending this advisory information to the terminal of equipment or user.Such as, when length is less than predetermined threshold value when deployed, when namely running the adding and be less than predetermined threshold value of duration, according to the reason that user uses information analysis to go out to use duration shorter, the reason analyzed is sent to the terminal of equipment or user; Also information can be used to determine to be suitable for filter core model or the filter core parameter of user's use according to user, and determine the filter core of this model or there is the filter core of this parameter, duration in serviceable life under use situation before user, by the duration in serviceable life determined, and filter core model or filter core parameter, send to the terminal of equipment or user.
The beneficial effect of the present embodiment is: the accumulative operation duration of updating the equipment according to value of consult volume and the operation duration of default parameter, judge whether to need to upgrade filter core according to the accumulative operation duration after upgrading, so, the robotization that filter element replacing judges can be realized, improve operating efficiency, save human cost; And judge whether to need more renew cartridge time, consider the impact of running environment, add the accuracy of judgement, avoid changing because not reaching serviceable life, the wasting of resources caused, and also do not change because exceeding serviceable life, and the harm caused.
In one embodiment, said method also can comprise: after detecting that the filter core of equipment is replaced, and is reset by the accumulative operation duration of equipment.In the present embodiment, adopt after detecting that filter core is replaced, automatic clear is carried out to accumulative operation duration, so conveniently after filter core upgrades, filter core can be proceeded the need of the judgement upgraded.Except method described in this embodiment, also can be reset accumulative operation duration by mode manually; Namely, after staff has changed filter core, the accumulative operation duration of equipment is reset.
Embodiment one
Fig. 2 is the process flow diagram of the method for filter element replacing according to an exemplary embodiment one.As shown in Figure 2, the method for this filter element replacing for having the equipment of filter core, as in air-conditioning, air purifier and automobile.The application scenarios of embodiment one is: default parameter is air quality, and air quality is divided into three ranks, is respectively excellent, good, poor; Recording default life-span duration when air quality is excellent is T1; Store the table of comparisons, in the table of comparisons, store three ranks of air quality, and corresponding default of three ranks loses coefficient, is respectively K
excellent, K
good, K
difference, setting K
excellent=1, K
good=1.5, K
difference=2.In embodiment one, method comprises the steps:
In step s 201, when the apparatus is in operation, determine the rank of air quality under current operating situation, timing is carried out to the operation duration of equipment.
In step S202, according to the rank of determined air quality, searching in the table of comparisons and corresponding with this rank defaultly lose coefficient, losing coefficient as weight coefficient using presetting.
In step S203, weight coefficient is multiplied with the operation duration of timing gained after, be added with accumulative operation duration.
Be updated in step S204, by accumulative operation duration be added gained and value.
In step S205, judge whether the accumulative operation duration after upgrading exceedes default life-span duration T1.
In step S206, when the accumulative operation duration after upgrading exceedes default life-span duration T1, present the prompting of filter element replacing.
The beneficial effect of the present embodiment is: judge whether to need more renew cartridge time, consider the impact of air quality in running environment, the judgement the need of more renew cartridge is made to meet air quality poorer, the rule that filter element life duration is shorter, adding the accuracy of judgement, avoiding changing because not reaching serviceable life, the wasting of resources caused, and also do not change because exceeding serviceable life, and the harm caused.
Embodiment two
Fig. 3 is the process flow diagram of the method for filter element replacing according to an exemplary embodiment two.As shown in Figure 3, the method for this filter element replacing for having the equipment of filter core, as in air-conditioning, air purifier and automobile.The application scenarios of embodiment two is: default parameter is ventilation, and ventilation is concrete numerical value, is operating in standard ventilation amount V
markwhen, recording default life-span duration is T2.In embodiment two, method comprises the steps:
In step S301, when the apparatus is in operation, determine the numerical value v of ventilation under current operating situation, timing is carried out to the operation duration of equipment.
In step s 302, by the numerical value v of determined ventilation and standard ventilation amount V
markbe divided by, the gained ratio that will be divided by is as weight coefficient.
Wherein, weight coefficient=v/V
mark.
In step S303, weight coefficient is multiplied with the operation duration of timing gained after, be added with accumulative operation duration.
In step s 304, accumulative operation duration is updated to be added gained and value.
In step S305, judge whether the accumulative operation duration after upgrading exceedes default life-span duration T2.
In step S306, when the accumulative operation duration after upgrading exceedes default life-span duration T2, present the prompting of filter element replacing.
The beneficial effect of the present embodiment is: judge whether to need more renew cartridge time, consider the impact of ventilation in running environment, the judgement the need of more renew cartridge is made to meet ventilation larger, the rule that filter element life duration is shorter, adding the accuracy of judgement, avoiding changing because not reaching serviceable life, the wasting of resources caused, and also do not change because exceeding serviceable life, and the harm caused.
Embodiment three
Fig. 4 is the process flow diagram of the method for filter element replacing according to an exemplary embodiment three.As shown in Figure 4, the method for this filter element replacing for having the equipment of filter core, as in air-conditioning, air purifier and automobile.The application scenarios of embodiment three is: default parameter comprises: air quality, ventilation and purifying rate; Air quality is divided into three ranks, is respectively excellent, good, poor; Ventilation and purifying rate are divided into concrete numerical value; Operate in air quality be excellent, adopt standard ventilation amount V
markwith standard ventilation amount P
markwhen, recording default life-span duration is T3; Store the table of comparisons, in the table of comparisons, store three ranks of air quality, and corresponding default of three ranks loses coefficient, is respectively K
excellent, K
good, K
difference, setting K
excellent=1, K
good=1.5, K
difference=2.In embodiment three, method comprises the steps:
In step S401, when the apparatus is in operation, determine numerical value p under current operating situation of the numerical value v of ventilation under current operating situation, purifying rate amount and the rank of air quality under current operating situation, timing is carried out to the operation duration of equipment.
In step S402, according to the value of consult volume of air quality, ventilation and purifying rate, draw the coefficient component that air quality, ventilation and purifying rate are corresponding respectively.
Such as, by the numerical value v of determined ventilation and standard ventilation amount V
markbe divided by, will be divided by gained ratio v/V
markas the coefficient component that ventilation is corresponding, by the numerical value p of determined purifying rate and standard cleaning rate P
markbe divided by, will be divided by gained ratio p/P
markas the coefficient component that purifying rate is corresponding, search in the table of comparisons and corresponding with the rank determined defaultly lose COEFFICIENT K, lose COEFFICIENT K, as the coefficient component that air quality is corresponding by presetting.
Be multiplied in step S403, by coefficient component corresponding to air quality, ventilation and purifying rate, draw weight coefficient.
Weight coefficient=(v/V
mark) × (p/P
mark) × K,
In step s 404, weight coefficient is multiplied with the operation duration of timing gained after, be added with accumulative operation duration.
Be updated in step S405, by accumulative operation duration be added gained and value.
In step S406, judge whether the accumulative operation duration after upgrading exceedes default life-span duration T3.
In step S 407, when the accumulative operation duration after upgrading exceedes default life-span duration T3, the process relevant to filter element replacing is carried out.
The beneficial effect of the present embodiment is: judge whether to need more renew cartridge time, consider the impact of different kinds of parameters in running environment, make the judgement accuracy more the need of more renew cartridge, avoid changing because not reaching serviceable life, the wasting of resources caused, and also do not change because exceeding serviceable life, and the harm caused.
Fig. 5 is the block diagram of the device of a kind of filter element replacing according to an exemplary embodiment, and this device is for having the equipment of filter core, and as in air-conditioning, air purifier and automobile, as shown in Figure 5, device comprises:
Monitoring modular 51 is configured to when the apparatus is in operation, determines the value of consult volume of default parameter under current operating situation, carries out timing to the operation duration of equipment;
Update module 52 is configured to the operation duration of value of consult volume according to determined default parameter and timing gained, the accumulative operation duration of updating the equipment;
Judge module 53 is configured to judge whether the accumulative operation duration after upgrading exceedes default life-span duration;
Processing module 54 is configured to, when the accumulative operation duration after upgrading exceedes default life-span duration, carry out the process relevant to filter element replacing.
In one embodiment, as shown in Figure 6, update module 52, can comprise:
Determine that submodule 61 is configured to, according to the value of consult volume of determined default parameter, determine weight coefficient;
After calculating sub module 62 is configured to weight coefficient to be multiplied with the operation duration of timing gained, be added with accumulative operation duration;
Upgrade submodule 63 be configured to accumulative operation duration to be updated to be added gained and value.
In one embodiment, the value of consult volume presetting parameter comprises multiple rank,
Determine submodule, can comprise:
Search the rank that unit is configured to according to determined default parameter, searching in the table of comparisons and corresponding with this rank defaultly lose coefficient, losing coefficient as weight coefficient using presetting;
Wherein, store in the table of comparisons and preset each rank of parameter and corresponding default of each rank loses coefficient.
In one embodiment, the value of consult volume presetting parameter is numerical value,
Determine submodule, can comprise:
Computing unit is configured to the standard figures corresponding to the numerical value of determined default parameter and default life-span duration to be divided by, using gained ratio as weight coefficient.
In one embodiment, as shown in Figure 7, determine submodule 61, can comprise:
Coefficient component determination unit 71 is configured to, when default parameter is at least two, determine according to the value of consult volume of each default parameter the coefficient component that each default parameter is corresponding;
Weight coefficient determining unit 72 is configured to the coefficient component corresponding according to each default parameter, determines weight coefficient.
In one embodiment, monitoring modular, can comprise:
Monitoring submodule be configured to equipment run in ruuning situation change when, determine respectively default parameter change before and after ruuning situation under value of consult volume, to change before and after ruuning situation under operation duration carry out timing respectively.
In one embodiment, as shown in Figure 8, device also can comprise:
Dump block 81 is configured to after detecting that the filter core of equipment is replaced, and is reset by the accumulative operation duration of equipment.
In one embodiment, default parameter comprises at least one in following parameter:
Air quality, ventilation and purifying rate.
In one embodiment, processing module, can comprise:
First process submodule is configured to the prompting carrying out filter element replacing; And/or
Second process submodule is configured to show the position needing the filter core changed; And/or
3rd process submodule is configured to the user of described equipment to use information to send to given server, the value of consult volume of the default parameter that described user uses information to comprise to determine and corresponding operation duration.
The technical scheme that embodiment of the present disclosure provides can comprise following beneficial effect: the accumulative operation duration of updating the equipment according to value of consult volume and the operation duration of default parameter, judge whether to need to upgrade filter core according to the accumulative operation duration after upgrading, so, the robotization that filter element replacing judges can be realized, improve operating efficiency, save human cost; And judge whether to need more renew cartridge time, consider the impact of running environment, add the accuracy of judgement, avoid changing because not reaching serviceable life, the wasting of resources caused, and also do not change because exceeding serviceable life, and the harm caused.
About the device in above-described embodiment, wherein the concrete mode of modules executable operations has been described in detail in about the embodiment of the method, will not elaborate explanation herein.
A device for filter element replacing, comprising:
Processor;
For the storer of storage of processor executable instruction;
Wherein, processor is configured to:
When the apparatus is in operation, determine the value of consult volume of default parameter under current operating situation, timing is carried out to the operation duration of equipment;
According to the value of consult volume of determined default parameter and the operation duration of timing gained, the accumulative operation duration of updating the equipment;
Judge whether the accumulative operation duration after upgrading exceedes default life-span duration;
When the accumulative operation duration after upgrading exceedes default life-span duration, carry out the process relevant to filter element replacing.
This processor can be configured to: according to the value of consult volume of determined default parameter, determine weight coefficient;
After described weight coefficient is multiplied with the operation duration of timing gained, be added with described accumulative operation duration;
Described accumulative operation duration is updated to be added gained and value.
This processor can be configured to: when the value of consult volume of default parameter comprises multiple rank, according to the rank of determined default parameter, searches and corresponding with described rank defaultly loses coefficient, described presetting is lost coefficient as weight coefficient in the table of comparisons;
Wherein, store in the table of comparisons and preset each rank of parameter and corresponding default of each rank loses coefficient.
This processor can be configured to: when the value of consult volume of default parameter is numerical value, is divided by, the standard figures corresponding to the numerical value of determined default parameter and default life-span duration using gained ratio as weight coefficient.
This processor can be configured to: when default parameter is at least two, draw according to the value of consult volume of each default parameter the coefficient component that each default parameter is corresponding; The coefficient component corresponding according to each default parameter, determines weight coefficient.
This processor can be configured to: when in equipment runs, ruuning situation changes, and determines the value of consult volume under the ruuning situation of default parameter before and after change respectively, carries out timing respectively to the operation duration under the ruuning situation before and after change.
This processor also can be configured to: after detecting that the filter core of equipment is replaced, and is reset by the accumulative operation duration of equipment.
This processor can be configured to: the prompting carrying out filter element replacing; And/or
Display needs the position of the filter core changed; And/or
Information is used to send to given server the user of described equipment, the value of consult volume of the default parameter that described user uses information to comprise to determine and corresponding operation duration.
A kind of non-transitory computer-readable recording medium, when the instruction in described storage medium is performed by the processor of the equipment with filter core, make equipment can perform a kind of filter element replacing method, described method comprises:
When the apparatus is in operation, determine the value of consult volume of default parameter under current operating situation, timing is carried out to the operation duration of equipment;
According to the value of consult volume of determined default parameter and the operation duration of timing gained, the accumulative operation duration of updating the equipment;
Judge whether the accumulative operation duration after upgrading exceedes default life-span duration;
When the accumulative operation duration after upgrading exceedes default life-span duration, carry out the process relevant to filter element replacing.
Described according to the value of consult volume of determined default parameter and the operation duration of timing gained, the accumulative operation duration of updating the equipment, can comprise:
According to the value of consult volume of determined default parameter, determine weight coefficient;
After described weight coefficient is multiplied with the operation duration of timing gained, be added with described accumulative operation duration;
Described accumulative operation duration is updated to be added gained and value.
The value of consult volume of described default parameter comprises multiple rank,
The described value of consult volume according to determined default parameter, determine weight coefficient, can comprise:
According to the rank of determined default parameter, search in the table of comparisons and corresponding with described rank defaultly lose coefficient, described presetting is lost coefficient as weight coefficient;
Wherein, store in the table of comparisons and preset each rank of parameter and corresponding default of each rank loses coefficient.
The value of consult volume of described default parameter is numerical value,
The described value of consult volume according to determined default parameter, determine weight coefficient, can comprise:
Standard figures corresponding to the numerical value of determined default parameter and default life-span duration is divided by, using gained ratio as weight coefficient.
The described value of consult volume according to determined default parameter, determine weight coefficient, can comprise:
When default parameter is at least two, draw according to the value of consult volume of each default parameter the coefficient component that each default parameter is corresponding;
The coefficient component corresponding according to each default parameter, determines weight coefficient.
When the apparatus is in operation described, determine the value of consult volume of default parameter under current operating situation, timing is carried out to the operation duration of equipment, can comprise:
When ruuning situation changes in equipment runs, determine the value of consult volume under the ruuning situation of default parameter before and after change respectively, respectively timing is carried out to the operation duration under the ruuning situation before and after change.
Described method also can comprise:
After detecting that the filter core of equipment is replaced, the accumulative operation duration of equipment is reset.
Describedly carry out the process relevant to filter element replacing, can comprise:
Carry out the prompting of filter element replacing; And/or
Display needs the position of the filter core changed; And/or
Information is used to send to given server the user of described equipment, the value of consult volume of the default parameter that described user uses information to comprise to determine and corresponding operation duration.
Those skilled in the art, at consideration instructions and after putting into practice disclosed herein disclosing, will easily expect other embodiment of the present disclosure.The application is intended to contain any modification of the present disclosure, purposes or adaptations, and these modification, purposes or adaptations are followed general principle of the present disclosure and comprised the undocumented common practise in the art of the disclosure or conventional techniques means.Instructions and embodiment are only regarded as exemplary, and true scope of the present disclosure and spirit are pointed out by claim below.
Should be understood that, the disclosure is not limited to precision architecture described above and illustrated in the accompanying drawings, and can carry out various amendment and change not departing from its scope.The scope of the present disclosure is only limited by appended claim.
Claims (19)
1. a method for filter element replacing, is characterized in that, for having the equipment of filter core, comprising:
When the apparatus is in operation, determine the value of consult volume of default parameter under current operating situation, timing is carried out to the operation duration of equipment;
According to the value of consult volume of determined default parameter and the operation duration of timing gained, the accumulative operation duration of updating the equipment;
Judge whether the accumulative operation duration after upgrading exceedes default life-span duration;
When the accumulative operation duration after upgrading exceedes default life-span duration, carry out the process relevant to filter element replacing.
2. the method for claim 1, is characterized in that,
Described according to the value of consult volume of determined default parameter and the operation duration of timing gained, the accumulative operation duration of updating the equipment, comprising:
According to the value of consult volume of determined default parameter, determine weight coefficient;
After described weight coefficient is multiplied with the operation duration of timing gained, be added with described accumulative operation duration;
Described accumulative operation duration is updated to be added gained and value.
3. method as claimed in claim 2, is characterized in that,
The value of consult volume of described default parameter comprises multiple rank,
The described value of consult volume according to determined default parameter, determine weight coefficient, comprising:
According to the rank of determined default parameter, search in the table of comparisons and corresponding with described rank defaultly lose coefficient, described presetting is lost coefficient as weight coefficient;
Wherein, store in the table of comparisons and preset each rank of parameter and corresponding default of each rank loses coefficient.
4. method as claimed in claim 2, is characterized in that,
The value of consult volume of described default parameter is numerical value,
The described value of consult volume according to determined default parameter, determine weight coefficient, comprising:
Standard figures corresponding to the numerical value of determined default parameter and default life-span duration is divided by, using gained ratio as weight coefficient.
5. method as claimed in claim 2, is characterized in that,
The described value of consult volume according to determined default parameter, determine weight coefficient, comprising:
When default parameter is at least two, draw according to the value of consult volume of each default parameter the coefficient component that each default parameter is corresponding;
The coefficient component corresponding according to each default parameter, determines weight coefficient.
6. the method for claim 1, is characterized in that, when the apparatus is in operation described, determines the value of consult volume of default parameter under current operating situation, carries out timing, comprising the operation duration of equipment:
When ruuning situation changes in equipment runs, determine the value of consult volume under the ruuning situation of default parameter before and after change respectively, respectively timing is carried out to the operation duration under the ruuning situation before and after change.
7. the method for claim 1, is characterized in that, described method also comprises:
After detecting that the filter core of equipment is replaced, the accumulative operation duration of equipment is reset.
8. the method for claim 1, is characterized in that,
Described default parameter comprises at least one in following parameter:
Air quality, ventilation and purifying rate.
9. the method for claim 1, is characterized in that, described in carry out the process relevant to filter element replacing, comprising:
Carry out the prompting of filter element replacing; And/or
Display needs the position of the filter core changed; And/or
Information is used to send to given server the user of described equipment, the value of consult volume of the default parameter that described user uses information to comprise to determine and corresponding operation duration.
10. a device for filter element replacing, is characterized in that, for having the equipment of filter core, comprising:
Monitoring modular, for when the apparatus is in operation, determines the value of consult volume of default parameter under current operating situation, carries out timing to the operation duration of equipment;
Update module, for according to the value of consult volume of determined default parameter and the operation duration of timing gained, the accumulative operation duration of updating the equipment;
Judge module, for judging whether the accumulative operation duration after upgrading exceedes default life-span duration;
Processing module, for when the accumulative operation duration after upgrading exceedes default life-span duration, carries out the process relevant to filter element replacing.
11. devices as claimed in claim 10, is characterized in that,
Described update module, comprising:
Determine submodule, for the value of consult volume according to determined default parameter, determine weight coefficient;
Calculating sub module, after being multiplied with the operation duration of timing gained by described weight coefficient, is added with described accumulative operation duration;
Upgrade submodule, for described accumulative operation duration is updated to be added gained and value.
12. devices as claimed in claim 11, is characterized in that,
The value of consult volume of described default parameter comprises multiple rank,
Describedly determine submodule, comprising:
Search unit, for the rank according to determined default parameter, search in the table of comparisons and corresponding with described rank defaultly lose coefficient, described presetting is lost coefficient as weight coefficient;
Wherein, store in the table of comparisons and preset each rank of parameter and corresponding default of each rank loses coefficient.
13. devices as claimed in claim 11, is characterized in that,
The value of consult volume of described default parameter is numerical value,
Describedly determine submodule, comprising:
Computing unit, for being divided by the standard figures corresponding to the numerical value of determined default parameter and default life-span duration, using gained ratio as weight coefficient.
14. devices as claimed in claim 11, is characterized in that,
Describedly determine submodule, comprising:
Coefficient component determination unit, for when default parameter is at least two, determines according to the value of consult volume of each default parameter the coefficient component that each default parameter is corresponding;
Weight coefficient determining unit, for the coefficient component corresponding according to each default parameter, determines weight coefficient.
15. devices as claimed in claim 10, it is characterized in that, described monitoring modular, comprising:
Monitoring submodule, for when ruuning situation changes in equipment operation, determines the value of consult volume under the ruuning situation of default parameter before and after change respectively, carries out timing respectively to the operation duration under the ruuning situation before and after change.
16. devices as claimed in claim 10, it is characterized in that, described device also comprises:
Dump block, for after detecting that the filter core of equipment is replaced, resets the accumulative operation duration of equipment.
17. devices as claimed in claim 10, is characterized in that,
Described default parameter comprises at least one in following parameter:
Air quality, ventilation and purifying rate.
18. devices as claimed in claim 10, it is characterized in that, described processing module, comprising:
First process submodule, for carrying out the prompting of filter element replacing; And/or
Second process submodule, for showing the position of the filter core that needs are changed; And/or
3rd process submodule, for using information to send to given server the user of described equipment, the value of consult volume of the default parameter that described user uses information to comprise to determine and corresponding operation duration.
The device of 19. 1 kinds of filter element replacings, is characterized in that, comprising:
Processor;
For the storer of storage of processor executable instruction;
Wherein, described processor is configured to:
When the apparatus is in operation, determine the value of consult volume of default parameter under current operating situation, timing is carried out to the operation duration of equipment;
According to the value of consult volume of determined default parameter and the operation duration of timing gained, the accumulative operation duration of updating the equipment;
Judge whether the accumulative operation duration after upgrading exceedes default life-span duration;
When the accumulative operation duration after upgrading exceedes default life-span duration, carry out the process relevant to filter element replacing.
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