CN103323786A - Method, device and equipment for detecting service life of battery - Google Patents
Method, device and equipment for detecting service life of battery Download PDFInfo
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- CN103323786A CN103323786A CN2013102517361A CN201310251736A CN103323786A CN 103323786 A CN103323786 A CN 103323786A CN 2013102517361 A CN2013102517361 A CN 2013102517361A CN 201310251736 A CN201310251736 A CN 201310251736A CN 103323786 A CN103323786 A CN 103323786A
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F1/00—Details not covered by groups G06F3/00 - G06F13/00 and G06F21/00
- G06F1/26—Power supply means, e.g. regulation thereof
- G06F1/32—Means for saving power
- G06F1/3203—Power management, i.e. event-based initiation of a power-saving mode
- G06F1/3206—Monitoring of events, devices or parameters that trigger a change in power modality
- G06F1/3212—Monitoring battery levels, e.g. power saving mode being initiated when battery voltage goes below a certain level
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F1/00—Details not covered by groups G06F3/00 - G06F13/00 and G06F21/00
- G06F1/26—Power supply means, e.g. regulation thereof
- G06F1/32—Means for saving power
- G06F1/3203—Power management, i.e. event-based initiation of a power-saving mode
- G06F1/3206—Monitoring of events, devices or parameters that trigger a change in power modality
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- Y02D—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN INFORMATION AND COMMUNICATION TECHNOLOGIES [ICT], I.E. INFORMATION AND COMMUNICATION TECHNOLOGIES AIMING AT THE REDUCTION OF THEIR OWN ENERGY USE
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Abstract
The invention discloses a method for detecting the service life of a battery, which is applied to mobile intelligent equipment and comprises the following steps: receiving a battery service time detection instruction; acquiring a designated system function state parameter and an electric quantity parameter of the mobile intelligent equipment according to the battery service life detection instruction; calculating the usable time length of the whole equipment and/or the usable time length of a single function according to the designated system function state parameters and the electric quantity parameters; and outputting the calculation result. Meanwhile, the invention discloses a device and equipment for detecting the service life of a battery. The invention can calculate and display the usable time of the whole equipment and/or single function in real time according to the residual electric quantity, and is convenient for users to reasonably distribute and use the electric quantity.
Description
Technical field
The present invention relates to battery electric quantity detection technique field, particularly a kind of method, device and equipment that detects battery use duration.
Background technology
At present, intelligent movable equipment substantially all provides the measuring ability of battery electric quantity, and the testing result of this battery electric quantity shows in the status bar of the intelligent movable equipment mode with icon usually.For example, at status bar individual battery small icon is arranged, the ratio by institute's Fill Color in this small icon shows the dump energy that this intelligent movable equipment is current.
In the process of implementing prior art, there is following problem at least in inventor's invention prior art, for the user, can only know the ratio of dump energy and total electric weight by the detection method of prior art, for example, current residual 75% or 1/4 etc. can't be known concrete used duration according to shown dump energy, can not allow the user precisely reasonably arrange the use-pattern of intelligent movable equipment.
Summary of the invention
The embodiment of the invention provides a kind of method, device and equipment that battery uses duration that detects, and allows the user can know concrete available duration via, so that the user precisely reasonably arranges the use-pattern of intelligent movable equipment.
For achieving the above object, the embodiment of the invention provides a kind of method that battery uses duration that detects, and is applied in the intelligent movable equipment, and described method comprises:
Receiving battery uses duration to detect instruction;
Use duration to detect instruction according to described battery, obtain appointing system functional status parameter and the electrical parameter of described intelligent movable equipment; Wherein, comprise the indication information that the used duration that detects whole equipment and/or individual event function can be used duration in the described detection instruction; Described electrical parameter comprises and the corresponding 100% electric weight use of the model of described intelligent movable equipment duration, and current residual electric weight number percent;
Used duration and/or individual event function according to described appointing system functional status parameter and whole equipment of electrical parameter calculating can be used duration;
Export described result of calculation.
Wherein, described appointing system functional status parameter is appointing system function consumption coefficient sum;
The step of calculating the used duration of whole equipment according to described appointing system functional status and electrical parameter comprises:
Whole equipment can use duration=(100% electric weight uses duration) * dump energy number percent * (1+ appointing system function consumption coefficient sum) * dump energy coefficient;
Wherein,
Described 100% electric weight uses duration, be described intelligent movable equipment electric weight when being 100% whole equipment use duration;
Described dump energy number percent is the ratio of the current dump energy of described intelligent movable equipment and 100% electric weight;
Described appointing system function consumption coefficient is that the appointing system functional status is the electric quantity consumption ratio that increases when closing;
Described dump energy coefficient is the corresponding coefficient of dump energy scope.
Wherein, described appointing system functional status parameter is that the appointing system function can increase duration coefficient sum when closing;
Can use the step of duration to comprise according to described appointing system functional status parameter and electrical parameter calculating individual event function:
The individual event function can be used duration=(available duration via during electric weight 100%) * dump energy number percent * (intelligent movable equipment state coefficient+can increase when the appointing system function is closed duration coefficient sum);
Wherein,
Described 100% electric weight uses duration, be described intelligent movable equipment electric weight when being 100% the individual event function use duration;
Described dump energy number percent is the ratio of the current dump energy of described intelligent movable equipment and 100% electric weight;
Described appointing system function is closed and can be increased the duration coefficient, is that the appointing system functional status is the duration ratio that increases when closing;
Described intelligent movable equipment state coefficient is the coefficient value of determining according to experience according to the number of appointing system function.
Wherein, before calculating individual event function can be used duration, also comprise:
Whether the individual event function of judging available duration via to be calculated according to the systemic-function state is current available, if the individual event function is current unavailable, then can use the result of calculation of duration to be designated as 0 this individual event function, if the individual event function is current available, can use duration according to described appointing system functional status parameter and electrical parameter calculating individual event function again.
Wherein, the described step of obtaining the appointing system functional status parameter of intelligent movable equipment comprises:
Obtain the View view from described intelligent movable device state bar, obtain the appointing system functional status according to described View view;
Perhaps,
The application programming interface function that provides according to the operating system of intelligent movable equipment obtains the appointing system functional status;
Wherein, described systemic-function state represents by the systemic-function state parameter.
Wherein, the described step of obtaining intelligent movable equipment current residual electric weight number percent comprises:
Obtain the View view from the status bar of described intelligent movable equipment, obtain intelligent movable equipment current residual electric weight number percent according to described View view;
Perhaps,
The application programming interface function that provides according to the operating system of intelligent movable equipment obtains intelligent movable equipment current residual electric weight number percent.
Wherein, described appointing system function comprises following one of them or combination in any: WIFI, 3G, GPS, screen intensity, bluetooth at least.
Wherein, described individual event function comprise that WIFI online, 3G online, conversation, 3G conversation, film broadcast, Online Video broadcast, music, reading article, 2D game, 3D play, take pictures, recorded video, GPS navigation, FaceTime, bluetooth message, LED electric torch, voice memo or Siri.
The embodiment of the invention also provides a kind of device that battery uses duration that detects, and is applied in the intelligent movable equipment, and described device comprises:
Receiving element is used for receiving battery and uses duration to detect instruction;
Acquiring unit is used for using duration to detect instruction according to described battery, obtains appointing system functional status parameter and the electrical parameter of described intelligent movable equipment; Wherein, comprise the indication information that the used duration that detects whole equipment and/or individual event function can be used duration in the described detection instruction; Described electrical parameter comprises and the corresponding 100% electric weight use of the model of described intelligent movable equipment duration, and current residual electric weight number percent;
Computing unit is used for can using duration according to used duration and/or the individual event function of described appointing system functional status parameter and whole equipment of electrical parameter calculating;
Output unit is used for exporting described result of calculation.
Wherein, described computing unit comprises:
Whole equipment can use the duration calculation subelement, be used for calculating whole equipment and can use duration, wherein, whole equipment can use duration=(100% electric weight uses duration) * dump energy number percent * (1+ appointing system function consumption coefficient sum) * dump energy coefficient; Described 100% electric weight uses duration, be described intelligent movable equipment electric weight when being 100% whole equipment use duration; Described dump energy number percent is the ratio of the current dump energy of described intelligent movable equipment and 100% electric weight; Described appointing system function consumption coefficient is that the appointing system functional status is the electric quantity consumption ratio that increases when closing; Described dump energy coefficient is the corresponding coefficient of dump energy scope; Wherein, described appointing system functional status parameter is appointing system function consumption coefficient sum;
And/or,
Individual event function available duration via computation subunit, be used for calculating individual event function available duration via, wherein, individual event function can be used duration=(available duration via during electric weight 100%) * dump energy number percent * (intelligent movable equipment state coefficient+can increase when the appointing system function is closed duration coefficient sum); Described 100% electric weight uses duration, be described intelligent movable equipment electric weight when being 100% the individual event function use duration; Described dump energy number percent is the ratio of the current dump energy of described intelligent movable equipment and 100% electric weight; Described appointing system function is closed and can be increased the duration coefficient, is that the appointing system functional status is the duration ratio that increases when closing; Described intelligent movable equipment state coefficient is the coefficient value of determining according to experience according to the number of appointing system function, and wherein, described appointing system functional status parameter is that the appointing system function can increase duration coefficient sum when closing.
Wherein, described appointing system function comprises following one of them or combination in any: WIFI, 3G, GPS, screen intensity, bluetooth at least.
Wherein, described individual event function comprise that WIFI online, 3G online, conversation, 3G conversation, film broadcast, Online Video broadcast, music, reading article, 2D game, 3D play, take pictures, recorded video, GPS navigation, FaceTime, bluetooth message, LED electric torch, voice memo or Siri.
The embodiment of the invention also provides a kind of intelligent movable equipment, and described intelligent movable equipment comprises:
Storer is for appointing system functional status and the electrical parameter of storing described intelligent movable equipment;
Processor is used for receiving battery and uses duration to detect instruction; Use duration to detect instruction according to described battery, obtain appointing system functional status parameter and the electrical parameter of described intelligent movable equipment; Wherein, comprise the indication information that the used duration that detects whole equipment and/or individual event function can be used duration in the described detection instruction; Described electrical parameter comprises and the corresponding 100% electric weight use of the model of described intelligent movable equipment duration, and current residual electric weight number percent; Used duration and/or individual event function according to described appointing system functional status parameter and whole equipment of electrical parameter calculating can be used duration;
Display device is used for exporting described result of calculation.
As seen from the above technical solution, the detection battery that using the embodiment of the invention provides uses method, device and the equipment of duration, by obtaining appointing system functional status and the electrical parameter of intelligent movable equipment, can use duration according to used duration and/or the individual event function of the appointing system functional status parameter of obtaining and whole equipment of electrical parameter calculating.The embodiment of the invention can be regularly or real-time calculating and show the used duration of whole equipment and/or individual event function, and with the result of calculation output display to the user, allow the user can know concrete available duration via, use so that the user can rationally carry out the distribution of electric weight, be convenient to the use-pattern that the user precisely reasonably arranges intelligent movable equipment.Certainly, implement arbitrary product of the present invention or method and must not necessarily need to reach simultaneously above-described all advantages.
Description of drawings
In order to be illustrated more clearly in the technical scheme of the embodiment of the invention, the below will do to introduce simply to the accompanying drawing of required use among the embodiment, apparently, accompanying drawing in the following describes only is some embodiments of the present invention, for those of ordinary skills, under the prerequisite of not paying creative work, can also obtain according to these accompanying drawings other accompanying drawing.
Fig. 1 is a kind of method flow diagram that detects battery use duration according to the embodiment of the invention;
Fig. 2 is a kind of apparatus structure schematic diagram that detects battery use duration according to the embodiment of the invention;
Fig. 3 is a kind of device structure schematic diagram that detects battery use duration according to the embodiment of the invention.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the invention, the technical scheme in the embodiment of the invention is clearly and completely described, obviously, described embodiment only is the present invention's part embodiment, rather than whole embodiment.Based on the embodiment among the present invention, those of ordinary skills belong to the scope of protection of the invention not making the every other embodiment that obtains under the creative work prerequisite.
Referring to Fig. 1, it is a kind of method flow diagram that detects battery use duration according to the embodiment of the invention, and the present embodiment is applied to intelligent movable equipment, specifically comprises:
Step 101 receives battery and uses duration to detect instruction;
Here, it can be that intelligent movable equipment regularly sends that battery uses duration to detect instruction, also can be the instruction triggers according to the user, the application does not do restriction to the trigger timing and the triggering mode that detect instruction, that is to say, in this application, can regularly or detect in real time operation.
Above-mentioned indication information both can represent by different parameters, also can represent by the different numerical value of same parameters, did restriction among the application and to the concrete manifestation form of indication information.
Step 102 uses duration to detect instruction according to described battery, obtains appointing system functional status parameter and the electrical parameter of described intelligent movable equipment; Wherein, comprise the indication information that the used duration that detects whole equipment and/or individual event function can be used duration in the described detection instruction; Described electrical parameter comprises and the corresponding 100% electric weight use of the model of described intelligent movable equipment duration, and current residual electric weight number percent;
Above-mentioned appointing system function can comprise following one of them or combination in any: WIFI, 3G, GPS, screen intensity, bluetooth at least.In a preferred embodiment, the appointing system function can comprise above-mentioned five system's functions simultaneously.
Above-mentioned appointing system functional status is whether the systemic-function of appointment is in opening, and this systemic-function state can represent by the systemic-function state parameter, for example, for WIFI, the value of parameter A is 0, expression WIFI function is not opened, and the value of parameter A is that 1 expression WIFI function is opened; Again for example, corresponding 3G, the value of B parameter is 0, and expression 3G function is not opened, and the value of B parameter is that 1 expression 3G function is opened.
For the method for the appointing system functional status parameter of obtaining intelligent movable equipment, following several possible implementation is arranged:
Mode one: obtain the View view from described intelligent movable device state bar, obtain the appointing system functional status according to described View view.
For example, need to the state of WIFI be detected, whether open to confirm it.At this moment, can obtain from the status bar of intelligent movable equipment the View view, obtain the state parameter value of current WIFI by this View view.Here, according to prior art as can be known, the View view is a Virtual table, and its content is by query-defined.View comprises a series of denominative columns and rows data of being with.The table that number of lines and columns are quoted according to the inquiry that freely defines view, and when quoting view, dynamically generate.
Mode two: the api function that provides according to intelligent movable device operating system inside obtains appointing system functional status parameter;
For example, need to the state of WIFI be detected, whether open to confirm it.Usually, the WIFI that direct call operation internal system provides uses the api function of state, obtains the state parameter value of current WIFI.
More than be two kinds of possible implementations, the application does not do restriction to the method for the appointing system functional status parameter of obtaining intelligent movable equipment, and any method that can obtain appointing system functional status parameter can be applied among the application.
Above-mentioned electrical parameter comprises that 100% electric weight uses duration, and dump energy number percent.
Above-mentioned 100% electric weight uses duration relevant with the ardware model number of intelligent movable equipment, different equipment available duration via are different, available by user data statistics and in each environment test obtain the ardware model number of intelligent movable equipment and the corresponding relation of 100% electric weight use duration, and pre-stored this corresponding relation.
For dump energy number percent, following several possible implementation is arranged:
Mode one: from described intelligent movable device state bar obtain the View view, obtain electrical parameter according to described View view.
Concrete, obtain the View view from the status bar of intelligent movable equipment, obtain the dump energy number percent of current intelligent movable equipment by this View view.
Mode two: the api function that provides according to intelligent movable device operating system inside obtains electrical parameter;
Concrete, the api function of the dump energy that provides by the call operation internal system obtains the dump energy number percent of current intelligent movable equipment.
More than be two kinds of possible implementations, the application does not do restriction to the method for the dump energy number percent that obtains intelligent movable equipment, and any method that can obtain dump energy number percent can be applied among the application.
Step 103 can be used duration according to used duration and/or the individual event function of described appointing system functional status parameter and whole equipment of electrical parameter calculating;
Here, can use duration to describe respectively to used duration and the individual event function of calculating whole equipment:
When calculating the used duration of whole equipment, aforementioned appointing system functional status parameter is appointing system function consumption coefficient sum, and is concrete, and the step of calculating the used duration of whole equipment comprises:
Whole equipment can use duration=(100% electric weight uses duration) * dump energy number percent * (1+ appointing system function consumption coefficient sum) * dump energy coefficient; (1)
In the above-mentioned formula (1),
Described 100% electric weight uses duration, be described intelligent movable equipment electric weight when being 100% whole equipment use duration;
Described dump energy number percent is the ratio of the current dump energy of described intelligent movable equipment and 100% electric weight;
Described appointing system function consumption coefficient sum is that each appointing system functional status is the electric quantity consumption ratio sum that increases when closing;
Described dump energy coefficient is the corresponding coefficient of dump energy scope.
Need to prove, described appointing system function consumption coefficient sum is relevant with the systemic-function of appointment, if the systemic-function of appointment is different, the coefficient sum here is also different, for example,
If the appointing system function is WIFI+3G+GPS+ screen intensity state+bluetooth, the appointing system function consumption coefficient sum in the formula (1)=WIFI state parameter+3G state parameter+GPS state parameter+screen intensity state parameter+bluetooth state parameter then;
If the appointing system function is the WIFI+3G+ bluetooth, the appointing system function consumption coefficient sum in the formula (1)=WIFI state parameter+3G state parameter+bluetooth state parameter then.
When calculating the individual event function and can use duration, aforementioned appointing system functional status parameter is that the appointing system function can increase duration coefficient sum when closing, and is concrete, calculates the individual event function and can use the step of duration to comprise:
The individual event function can be used duration=(available duration via during electric weight 100%) * dump energy number percent * (intelligent movable equipment state coefficient+can increase when the appointing system function is closed duration coefficient sum); (2)
In the above-mentioned formula (2),
Described 100% electric weight uses duration, be described intelligent movable equipment electric weight when being 100% the individual event function use duration;
Described dump energy number percent is the ratio of the current dump energy of described intelligent movable equipment and 100% electric weight;
Described appointing system function can increase the duration coefficient when closing, and is that the appointing system functional status is the duration ratio that increases when closing;
Described intelligent movable equipment state coefficient is the coefficient value of determining according to experience according to the number of appointing system function.
Need to prove, described appointing system function can increase duration coefficient sum when closing be relevant with the systemic-function of appointment, if the systemic-function of appointment is different, the coefficient sum here is also different, for example,
If the appointing system function is WIFI+3G+GPS+ screen intensity state+bluetooth, can increase duration coefficient sum=WIFI state parameter+3G state parameter+GPS state parameter+screen intensity state parameter+bluetooth state parameter when then the appointing system function in the formula (2) is closed;
If the appointing system function is 3G+ screen intensity state+bluetooth, can increase duration coefficient sum=3G state parameter+screen intensity state parameter+bluetooth state parameter when then the appointing system function in the formula (2) is closed.
Above-mentioned individual event function comprises that WIFI online, 3G online, conversation, 3G conversation, film broadcast, Online Video broadcast, music, reading article, 2D game, 3D play, take pictures, recorded video, GPS (GPS) navigation, FaceTime, bluetooth message, LED electric torch, voice memo or Siri.
Step 104 is exported described result of calculation.
Concrete, with the result of calculation output display to the user, to inform the available duration via of whole or certain the individual event function of mobile intelligent terminal.
As seen, use the embodiment of the invention, can be regularly or real-time calculating and show the used duration of whole equipment and/or individual event function, and with the result of calculation output display to the user, allow the user can know concrete available duration via, use so that the user can rationally carry out the distribution of electric weight, be convenient to the use-pattern that the user precisely reasonably arranges intelligent movable equipment.
Need to prove, no matter current whether have application just to be in operation, and can use the available duration via that flow process shown in Figure 1 is calculated whole equipment.
Need to prove, for embodiment illustrated in fig. 1, the application does not limit the applied environment of this embodiment, for example, embodiment illustrated in fig. 1ly both can be applied to the IOS system, can be applied to Android (android) system yet, can also be applied to Saipan system etc.Certainly, may only can be applied to certain system for some implementation step, for example, utilize the view view to obtain required parameter and usually be applied to the IOS system, but this does not also mean that Fig. 1 overall flow can only be applied to the IOS system, for example, when overall flow shown in Figure 1 is applied to Android system, can adopt the mode of API to obtain required parameter fully.
Need to prove, can use the calculating of duration for the individual event function, some special processings are arranged, be specially, before calculating individual event function available duration via, judge according to the systemic-function state whether the individual event function of available duration via to be calculated is current available, if the individual event function is current unavailable, then can use the result of calculation of duration to be designated as 0 this individual event function, if the individual event function is current available, can use duration according to described appointing system functional status parameter and electrical parameter calculating individual event function again.
For example, need to calculate the available duration via of WIFI, or the available duration via of FaceTime, or the available duration via of Online Video broadcast, at this moment, judge first whether the WIFI function is opening, if its state is for opening, recycle above-mentioned formula (2) and calculate, if its state is not opened, then the available duration via of above-mentioned individual event function is 0.
Again for example, need to calculate the available duration via of 3G online or 3G conversation, at this moment, judge first whether the 3G function is opening, if its state recycles above-mentioned formula (2) to calculate for opening, if its state is not opened, then the available duration via of 3G online or 3G conversation all is 0.
Again for example, need to calculate the available duration via of bluetooth message, at this moment, judge first whether Bluetooth function is opening, if its state recycles above-mentioned formula (2) to calculate for opening, if its state is not opened, then the available duration via of bluetooth message is 0.
By above-mentioned to individual event function available duration via with judgement, can avoid the result of calculation not square with the fact, improved the accuracy of calculating.
Above-mentioned intelligent movable equipment can be iPhone4, iPhone5, and iPad, iTouch etc. have the equipment of ios system, also have the equipment of Android system, or have the equipment of Saipan system.
Technical scheme to the embodiment of the invention elaborates the below again as an example of iPhone4 example.
In the present embodiment, it is 15 hours that whole equipment 100% electric weight of iphone4 uses duration, and the appointing system function comprises WIFI, 3G, GPS, screen intensity and bluetooth; Hence one can see that,
Appointing system function consumption coefficient sum in the formula (1)=WIFI state parameter+3G state parameter+GPS state parameter+screen intensity state parameter+bluetooth state parameter.
Appointing system function in the formula (2) can increase duration coefficient sum=WIFI state parameter+3G state parameter+GPS state parameter+screen intensity state parameter+bluetooth state parameter when closing.
The individual event function of iphone4 comprises that WIFI online, 3G online, conversation, 3G conversation, film broadcast, Online Video broadcast, music, reading article, 2D game, 3D play, take pictures, recorded video, GPS navigation, FaceTime, bluetooth message, LED electric torch, voice memo and Siri.
Referring to table 1, it is that each appointing system functional status is the electric quantity consumption ratio that increases when closing in iphone4 equipment:
Table 1
Table 2 is corresponding coefficients of different dump energy scopes in iphone4 equipment:
Table 2
| The electric weight scope | The dump energy coefficient |
| 75% to 100% | 1 |
| 25% to 74% | 0.75 |
| 0%-24% | 0.5 |
Table 3 is in calculating iphone4 equipment during each individual event function available duration via, and each appointing system functional status is the duration ratio that increases when closing:
Table 3
Data in the table 1-table 3 all are according to user data, and the data that obtain in various possible environmental testings carry out that the comprehensive statistics analysis obtains afterwards, also, are empirical values, and this empirical value of different equipment is different.
Receive the computations of the used duration that detects whole equipment as iphone4 after, obtain appointing system functional status parameter and the electrical parameter of intelligent movable equipment, suppose that the result who obtains in the present embodiment is as follows:
It is 15 hours that iphone4 mobile phone 100% electric weight uses duration, current residual electric weight number percent is 50%, WIFI, the 3G and the screen intensity systemic-function state parameter that detect in the appointing system function are 1, the systemic-function state parameter of GPS, bluetooth and screen intensity is 0, that is to say that WIFI and 3G enable, screen intensity is for the brightest, and GPS and bluetooth are closed, then associative list 1 and table 2, according to formula (1):
Whole equipment can use duration=(100% electric weight uses duration) * dump energy number percent * (1+ appointing system function consumption coefficient sum) * dump energy coefficient; (1)
Carry out following calculating: wherein, appointing system function consumption coefficient sum=WIFI state parameter+3G state parameter+GPS state parameter+screen intensity state parameter+bluetooth state parameter.
Concrete,
The available duration via of iphone4=15*50%*(1+0+0+10%+10%+0) * 0.75=6.75 hour.
Receive the computations of the used duration that detects the Online Video broadcast as iphone4 after, obtain appointing system functional status parameter and the electrical parameter of intelligent movable equipment, suppose that the result who obtains in the present embodiment is as follows:
It is 8 hours that iphone4 mobile phone Online Video is play available duration via, current residual electric weight number percent is 50%, intelligent movable equipment state coefficient rule of thumb locates fixing 0.75, WIFI, the 3G and the screen intensity systemic-function state parameter that detect in the appointing system function are 1, GPS, bluetooth and screen intensity systemic-function state are 0, that is to say that WIFI and 3G enable, and screen intensity is for the brightest, GPS and bluetooth are closed, then
Whether the function of judging first the Online Video broadcast is available, concrete, judges whether the WIFI function opens, and judged result is for opening in the present embodiment, and then associative list 3, recycling formula (2)
The individual event function can be used duration=(available duration via during electric weight 100%) * dump energy number percent * (intelligent movable equipment state coefficient+appointing system function can increase duration coefficient sum); (2)
Carry out following calculating: wherein, can increase duration coefficient sum=WIFI state parameter+3G state parameter+GPS state parameter+screen intensity state parameter+bluetooth state parameter when the appointing system function is closed;
Concrete,
Iphone4 Online Video playing duration=8*50%*(0.75+(5%+0+4%+2%+0))=3.44 hours.
Like this, whole the equipment available duration via that calculates this iphone4 is 6.75 hours, and the Online Video playing duration is 3.44 hours.
Through experimental analysis as can be known, the on off state of WIFI, 3G, GPS, screen intensity and bluetooth is larger on the used duration impact of battery, and in the embodiment of the present application, system's appointed function is defined as above-mentioned five functions, the formula that both can guarantee to use the application provides calculates and can obtain accurately data, has avoided again too complex effects counting yield of computing formula itself.
Through Experimental Comparison as can be known, the final data that the computing method that using the embodiment of the invention provides obtain, accuracy than the final data that adopts prior art to obtain, can improve 20%-50%, thereby the incomparable superiority of the concrete prior art of computing method that adopts the embodiment of the invention to provide.
Use the embodiment of the invention, can calculate and show the used duration of whole equipment and/or individual event function, and with the result of calculation output display to the user, allow the user can know concrete available duration via, use so that the user can rationally carry out the distribution of electric weight, be convenient to the use-pattern that the user precisely reasonably arranges intelligent movable equipment.
Referring to Fig. 2, it is the structural representation of growth device 200 when detecting battery and use according to the embodiment of the invention a kind of, and the present embodiment is applied to intelligent movable equipment, specifically comprises: receiving element 210, acquiring unit 220, computing unit 230 and output unit 240.
Receiving element 210 is used for receiving battery and uses duration to detect instruction;
Acquiring unit 220 is used for using duration to detect instruction according to described battery, obtains appointing system functional status parameter and the electrical parameter of described intelligent movable equipment; Wherein, comprise the indication information that the used duration that detects whole equipment and/or individual event function can be used duration in the described detection instruction; Described electrical parameter comprises and the corresponding 100% electric weight use of the model of described intelligent movable equipment duration, and current residual electric weight number percent;
Above-mentioned computing unit 230 can specifically comprise:
Whole equipment can use duration calculation subelement (not shown), be used for calculating whole equipment and can use duration, wherein, whole equipment can use duration=(100% electric weight uses duration) * dump energy number percent * (1+ appointing system function consumption coefficient sum) * dump energy coefficient; Described 100% electric weight uses duration, be described intelligent movable equipment electric weight when being 100% whole equipment use duration; Described dump energy number percent is the ratio of the current dump energy of described intelligent movable equipment and 100% electric weight; Described appointing system function consumption coefficient is that the appointing system functional status is the electric quantity consumption ratio that increases when closing; Described dump energy coefficient is the corresponding coefficient of dump energy scope; Wherein, described appointing system functional status parameter is appointing system function consumption coefficient sum;
And/or,
Individual event function available duration via computation subunit (not shown), be used for calculating individual event function available duration via, wherein, individual event function can be used duration=(available duration via during electric weight 100%) * dump energy number percent * (intelligent movable equipment state coefficient+can increase when the appointing system function is closed duration coefficient sum); Described 100% electric weight uses duration, be described intelligent movable equipment electric weight when being 100% the individual event function use duration; Described dump energy number percent is the ratio of the current dump energy of described intelligent movable equipment and 100% electric weight; Described appointing system function is closed and can be increased the duration coefficient, is that the appointing system functional status is the duration ratio that increases when closing; Described intelligent movable equipment state coefficient is the coefficient value of determining according to experience according to the number of appointing system function, and wherein, described appointing system functional status parameter is that the appointing system function can increase duration coefficient sum when closing.
Described appointing system function comprises following one of them or combination in any: WIFI, 3G, GPS, screen intensity, bluetooth at least.
Described individual event function comprises that WIFI online, 3G online, conversation, 3G conversation, film broadcast, Online Video broadcast, music, reading article, 2D game, 3D play, take pictures, recorded video, GPS navigation, FaceTime, bluetooth message, LED electric torch, voice memo or Siri.
Use the device that the embodiment of the invention provides, can calculate and show the used duration of whole equipment and/or individual event function, and with the result of calculation output display to the user, allow the user can know concrete available duration via, use so that the user can rationally carry out the distribution of electric weight, be convenient to the use-pattern that the user precisely reasonably arranges intelligent movable equipment.
Referring to Fig. 3, it is a kind of structural representation that detects battery use duration equipment 300 according to the embodiment of the invention, and the present embodiment equipment 300 comprises: storer 310, processor 320 and display device 330.
Storer 310 is used for storing appointing system functional status and the electrical parameter of described intelligent movable equipment;
Processor 320 is used for receiving battery and uses duration to detect instruction; Use duration to detect instruction according to described battery, obtain appointing system functional status parameter and the electrical parameter of described intelligent movable equipment; Wherein, comprise the indication information that the used duration that detects whole equipment and/or individual event function can be used duration in the described detection instruction; Described electrical parameter comprises and the corresponding 100% electric weight use of the model of described intelligent movable equipment duration, and current residual electric weight number percent; Used duration and/or individual event function according to described appointing system functional status parameter and whole equipment of electrical parameter calculating can be used duration;
Display device 330 is used for exporting described result of calculation.
As seen, use the equipment that the embodiment of the invention provides, can be regularly or real-time calculating and show the used duration of whole equipment and/or individual event function, and with the result of calculation output display to the user, allow the user can know concrete available duration via, use so that the user can rationally carry out the distribution of electric weight, be convenient to the use-pattern that the user precisely reasonably arranges intelligent movable equipment.
Need to prove, for device and apparatus embodiments because its basic simlarity is in embodiment of the method, thus describe fairly simple, relevant part gets final product referring to the part explanation of embodiment of the method.
For the convenience of describing, be to be divided into various unit with function to describe respectively among the device embodiment.Certainly, when enforcement is of the present invention, can in same or a plurality of softwares and/or hardware, realize the function of each unit.
As seen through the above description of the embodiments, those skilled in the art can be well understood to the present invention and can realize by the mode that software adds essential general hardware platform.Based on such understanding, the part that technical scheme of the present invention contributes to prior art in essence in other words can embody with the form of software product, this computer software product can be stored in the storage medium, such as ROM/RAM, magnetic disc, CD etc., comprise that some instructions are with so that a computer equipment (can be personal computer, server, the perhaps network equipment etc.) carry out the described method of some part of each embodiment of the present invention or embodiment.
Need to prove, in this article, relational terms such as the first and second grades only is used for an entity or operation are separated with another entity or operational zone, and not necessarily requires or hint and have the relation of any this reality or sequentially between these entities or the operation.And, term " comprises ", " comprising " or its any other variant are intended to contain comprising of nonexcludability, thereby not only comprise those key elements so that comprise process, method, article or the equipment of a series of key elements, but also comprise other key elements of clearly not listing, or also be included as the intrinsic key element of this process, method, article or equipment.In the situation that not more restrictions, the key element that is limited by statement " comprising ... ", and be not precluded within process, method, article or the equipment that comprises described key element and also have other identical element.
The above is preferred embodiment of the present invention only, is not for limiting protection scope of the present invention.All any modifications of doing within the spirit and principles in the present invention, be equal to replacement, improvement etc., all be included in protection scope of the present invention.
Claims (13)
1. one kind is detected the method that battery uses duration, it is characterized in that, be applied in the intelligent movable equipment, described method comprises:
Receiving battery uses duration to detect instruction;
Use duration to detect instruction according to described battery, obtain appointing system functional status parameter and the electrical parameter of described intelligent movable equipment; Wherein, comprise the indication information that the used duration that detects whole equipment and/or individual event function can be used duration in the described detection instruction; Described electrical parameter comprises and the corresponding 100% electric weight use of the model of described intelligent movable equipment duration, and current residual electric weight number percent;
Used duration and/or individual event function according to described appointing system functional status parameter and whole equipment of electrical parameter calculating can be used duration;
Export described result of calculation.
2. method according to claim 1 is characterized in that,
Described appointing system functional status parameter is appointing system function consumption coefficient sum;
The step of calculating the used duration of whole equipment according to described appointing system functional status and electrical parameter comprises:
Whole equipment can use duration=(100% electric weight uses duration) * dump energy number percent * (1+ appointing system function consumption coefficient sum) * dump energy coefficient;
Wherein,
Described 100% electric weight uses duration, be described intelligent movable equipment electric weight when being 100% whole equipment use duration;
Described dump energy number percent is the ratio of the current dump energy of described intelligent movable equipment and 100% electric weight;
Described appointing system function consumption coefficient is that the appointing system functional status is the electric quantity consumption ratio that increases when closing;
Described dump energy coefficient is the corresponding coefficient of dump energy scope.
3. method according to claim 1 is characterized in that,
Described appointing system functional status parameter is that the appointing system function can increase duration coefficient sum when closing;
Can use the step of duration to comprise according to described appointing system functional status parameter and electrical parameter calculating individual event function:
The individual event function can be used duration=(available duration via during electric weight 100%) * dump energy number percent * (intelligent movable equipment state coefficient+can increase when the appointing system function is closed duration coefficient sum);
Wherein,
Described 100% electric weight uses duration, be described intelligent movable equipment electric weight when being 100% the individual event function use duration;
Described dump energy number percent is the ratio of the current dump energy of described intelligent movable equipment and 100% electric weight;
Described appointing system function is closed and can be increased the duration coefficient, is that the appointing system functional status is the duration ratio that increases when closing;
Described intelligent movable equipment state coefficient is the coefficient value of determining according to experience according to the number of appointing system function.
4. method according to claim 3 is characterized in that, before calculating individual event function can be used duration, also comprises:
Whether the individual event function of judging available duration via to be calculated according to the systemic-function state is current available, if the individual event function is current unavailable, then can use the result of calculation of duration to be designated as 0 this individual event function, if the individual event function is current available, can use duration according to described appointing system functional status parameter and electrical parameter calculating individual event function again.
5. method according to claim 1 is characterized in that, the described step of obtaining the appointing system functional status parameter of intelligent movable equipment comprises:
Obtain the View view from described intelligent movable device state bar, obtain the appointing system functional status according to described View view;
Perhaps,
The application programming interface function that provides according to the operating system of intelligent movable equipment obtains the appointing system functional status;
Wherein, described systemic-function state represents by the systemic-function state parameter.
6. method according to claim 1 is characterized in that, the described step of obtaining intelligent movable equipment current residual electric weight number percent comprises:
Obtain the View view from the status bar of described intelligent movable equipment, obtain intelligent movable equipment current residual electric weight number percent according to described View view;
Perhaps,
The application programming interface function that provides according to the operating system of intelligent movable equipment obtains intelligent movable equipment current residual electric weight number percent.
7. arbitrary described method is characterized in that according to claim 2-5, and described appointing system function comprises following one of them or combination in any: WIFI, 3G, GPS, screen intensity, bluetooth at least.
8. according to claim 1,3 or 4 described methods, it is characterized in that, described individual event function comprises that WIFI online, 3G online, conversation, 3G conversation, film broadcast, Online Video broadcast, music, reading article, 2D game, 3D play, take pictures, recorded video, GPS navigation, FaceTime, bluetooth message, LED electric torch, voice memo or Siri.
9. one kind is detected the device that battery uses duration, it is characterized in that, be applied in the intelligent movable equipment, described device comprises:
Receiving element is used for receiving battery and uses duration to detect instruction;
Acquiring unit is used for using duration to detect instruction according to described battery, obtains appointing system functional status parameter and the electrical parameter of described intelligent movable equipment; Wherein, comprise the indication information that the used duration that detects whole equipment and/or individual event function can be used duration in the described detection instruction; Described electrical parameter comprises and the corresponding 100% electric weight use of the model of described intelligent movable equipment duration, and current residual electric weight number percent;
Computing unit is used for can using duration according to used duration and/or the individual event function of described appointing system functional status parameter and whole equipment of electrical parameter calculating;
Output unit is used for exporting described result of calculation.
10. device according to claim 9 is characterized in that,
Described computing unit comprises:
Whole equipment can use the duration calculation subelement, be used for calculating whole equipment and can use duration, wherein, whole equipment can use duration=(100% electric weight uses duration) * dump energy number percent * (1+ appointing system function consumption coefficient sum) * dump energy coefficient; Described 100% electric weight uses duration, be described intelligent movable equipment electric weight when being 100% whole equipment use duration; Described dump energy number percent is the ratio of the current dump energy of described intelligent movable equipment and 100% electric weight; Described appointing system function consumption coefficient is that the appointing system functional status is the electric quantity consumption ratio that increases when closing; Described dump energy coefficient is the corresponding coefficient of dump energy scope; Wherein, described appointing system functional status parameter is appointing system function consumption coefficient sum;
And/or,
Individual event function available duration via computation subunit, be used for calculating individual event function available duration via, wherein, individual event function can be used duration=(available duration via during electric weight 100%) * dump energy number percent * (intelligent movable equipment state coefficient+can increase when the appointing system function is closed duration coefficient sum); Described 100% electric weight uses duration, be described intelligent movable equipment electric weight when being 100% the individual event function use duration; Described dump energy number percent is the ratio of the current dump energy of described intelligent movable equipment and 100% electric weight; Described appointing system function is closed and can be increased the duration coefficient, is that the appointing system functional status is the duration ratio that increases when closing; Described intelligent movable equipment state coefficient is the coefficient value of determining according to experience according to the number of appointing system function, and wherein, described appointing system functional status parameter is that the appointing system function can increase duration coefficient sum when closing.
11. device according to claim 10 is characterized in that, described appointing system function comprises following one of them or combination in any: WIFI, 3G, GPS, screen intensity, bluetooth at least.
12. device according to claim 10, it is characterized in that, described individual event function comprises that WIFI online, 3G online, conversation, 3G conversation, film broadcast, Online Video broadcast, music, reading article, 2D game, 3D play, take pictures, recorded video, GPS navigation, FaceTime, bluetooth message, LED electric torch, voice memo or Siri.
13. an intelligent movable equipment is characterized in that, described intelligent movable equipment comprises:
Storer is for appointing system functional status and the electrical parameter of storing described intelligent movable equipment;
Processor is used for receiving battery and uses duration to detect instruction; Use duration to detect instruction according to described battery, obtain appointing system functional status parameter and the electrical parameter of described intelligent movable equipment; Wherein, comprise the indication information that the used duration that detects whole equipment and/or individual event function can be used duration in the described detection instruction; Described electrical parameter comprises and the corresponding 100% electric weight use of the model of described intelligent movable equipment duration, and current residual electric weight number percent; Used duration and/or individual event function according to described appointing system functional status parameter and whole equipment of electrical parameter calculating can be used duration;
Display device is used for exporting described result of calculation.
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| CN201310251736.1A CN103323786B (en) | 2013-06-24 | 2013-06-24 | Method, device and equipment for detecting service life of battery |
| PCT/CN2014/080584 WO2014206270A1 (en) | 2013-06-24 | 2014-06-24 | Method, apparatus, and device for detecting length of time of use of battery |
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| CN201310251736.1A CN103323786B (en) | 2013-06-24 | 2013-06-24 | Method, device and equipment for detecting service life of battery |
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Also Published As
| Publication number | Publication date |
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| WO2014206270A1 (en) | 2014-12-31 |
| CN103323786B (en) | 2016-04-20 |
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