CN104049217A - Detection method and device for use time of remaining capacity of battery - Google Patents
Detection method and device for use time of remaining capacity of battery Download PDFInfo
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- CN104049217A CN104049217A CN201410306983.1A CN201410306983A CN104049217A CN 104049217 A CN104049217 A CN 104049217A CN 201410306983 A CN201410306983 A CN 201410306983A CN 104049217 A CN104049217 A CN 104049217A
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Abstract
The invention discloses a detection method and device for use time of remaining capacity of a battery, and belongs to the field of electronic equipment. The method comprises the steps: obtaining all hardware modules applied to a current system of electronic equipment; obtaining the work mode of each hardware module and power consumption of each work mode; calculating the current total power consumption according to the current work mode of each hardware module; calculating the use time of the remaining capacity of the battery and displaying the use time according to the electric quantity and the current total power consumption. By adopting the method and device, the use time of the remaining capacity of the battery can be calculated in real time by the power consumption of the hardware modules, and accuracy is higher.
Description
Technical field
The present invention relates to electronic device field, relate in particular to a kind of battery dump energy detection method and the device of service time.
Background technology
The function of portable electric appts is more and more numerous and complicated, and power consumption is also increasing.General electronic equipment is all to adopt the bar graph of several lattice to show the number percent of dump energy, information service time of the dump energy that user cannot electron gain equipment like this.User especially uses the business people of intelligent mobile terminal, day by day needs to know at any time the use working time of battery dump energy, so that flexible management power available, thereby make rational use decision-making, to extend as far as possible where necessary system operation time.
At present, also some electronic equipment is predicted the time that can also use in the future by the use habit in counting user past, but because the follow-up application of user in reality is often different from use habit in the past, the operation that unpredictable user is follow-up; And the power consumption of each application module of various types is much on earth also has no basis.Therefore, can not calculate exactly the service time of dump energy.
Summary of the invention
In view of this, the technical problem to be solved in the present invention is to provide a kind of battery dump energy detection method and the device of service time, calculates inaccurate technical matters the service time of dump energy to solve.
It is as follows that the present invention solves the problems of the technologies described above adopted technical scheme:
According to an aspect of the present invention, the detection method of a kind of battery dump energy service time providing, is applied to electronic equipment, and the method comprises:
Obtain all hardware module that electronic equipment current system is applied to;
Obtain the power consumption under mode of operation and every kind of mode of operation of each hardware module;
According to the current total power consumption of work at present mode computation of each hardware module;
According to battery dump energy and current total power consumption, calculate battery dump energy service time and show.
Preferably, obtaining all hardware module that electronic equipment current system is applied to comprises:
Set up the hardware module set of electronic equipment;
Whether use in the version software of current system according to each hardware module in hardware module set, obtain the hardware module value set that current system is applied to.
Preferably, the power consumption of obtaining under mode of operation and every kind of mode of operation of each hardware module comprises:
Each hardware module is set up to mode of operation set;
To every kind of mode of operation, according to databook or the statistics power consumption of testing oneself, obtain the mode of operation power consumption set of each hardware module.
Preferably, comprise according to the current total power consumption of work at present mode computation of each hardware module:
According to the duty of operating system interface and hardware module, add up the work at present set of modes of each hardware module, and the current power consumption of each hardware module is calculated in set according to mode of operation power consumption;
The current power consumption of cumulative each hardware module, obtains current total power consumption.
Preferably, show that battery dump energy comprises service time: the service time that shows battery dump energy by time ball.
Preferably, after said method, also comprise: in the time detecting that time ball is clicked by user, display system current application module and shared hardware module, mode of operation and power consumption thereof, and provide option for closing application module and/or regulating hardware effort pattern.
According to another aspect of the present invention, the pick-up unit of a kind of battery dump energy service time providing, is applied to electronic equipment, and this device comprises:
Hardware module acquiring unit, all hardware module being applied to for obtaining electronic equipment current system;
Mode of operation power consumption acquiring unit, for obtaining the power consumption under mode of operation and every kind of mode of operation of each hardware module;
Current total power consumption determining unit, for according to the current total power consumption of work at present mode computation of each hardware module;
Service time, computing unit, for according to battery dump energy and current total power consumption, calculated battery dump energy service time;
Display unit, for showing battery dump energy service time.
Preferably, hardware module acquiring unit is specifically for the hardware module set of setting up electronic equipment; Whether use in the version software of current system according to each hardware module in hardware module set, obtain the hardware module value set that current system is applied to.
Preferably, mode of operation power consumption acquiring unit specifically for: each hardware module is set up to mode of operation set; To every kind of mode of operation, according to databook or the statistics power consumption of testing oneself, obtain the mode of operation power consumption set of each hardware module.
Preferably, current total power consumption determining unit specifically for: according to the duty of operating system interface and hardware module, add up the work at present set of modes of each hardware module, and the current power consumption of each hardware module is calculated in set according to mode of operation power consumption; The current power consumption of cumulative each hardware module, obtains current total power consumption.
Preferably, display unit specifically for: show service time of battery dump energy by time ball.
Preferably, display unit also for: in the time detecting that time ball is clicked by user, display system current application module and shared hardware module, mode of operation and power consumption thereof, and provide option for closing application module and/or regulating hardware effort pattern.
The invention provides a kind of battery dump energy detection method and the device of service time, compared with prior art, can be in real time according to the service time of the power consumption calculation battery dump energy of hardware module, accuracy is higher.In addition, also show service time by employing time ball, when user clicks the time when ball, point out which application module to cause the relatively power consumption of which hardware module, and provide option to close application module or regulate hardware effort pattern, more intuitive and convenient.
Brief description of the drawings
The process flow diagram of the detection method of Fig. 1 provides for the embodiment of the present invention battery dump energy service time;
The process flow diagram of the detection method of Fig. 2 provides for the preferred embodiment of the present invention a kind of battery dump energy service time;
The modular structure figure of the pick-up unit of Fig. 3 provides for the embodiment of the present invention battery dump energy service time.
Embodiment
In order to make technical matters to be solved by this invention, technical scheme and beneficial effect clearer, clear, below in conjunction with drawings and Examples, the present invention is further elaborated.Should be appreciated that specific embodiment described herein, only in order to explain the present invention, is not intended to limit the present invention.
Embodiment mono-
As shown in Figure 1, the detection method of the embodiment of the present invention provides a kind of battery dump energy service time, be applied to electronic equipment, electronic equipment includes but not limited to the portable electronic equipments such as mobile terminal, notebook computer, panel computer, and this comprises the following steps:
S101, obtain all hardware module that electronic equipment current system is applied to.
Particularly, the electric quantity consumption of electronic equipment all directly consumes by hardware, and the electric weight that the different working modes of hardware consumes is different, and the function that different application realizes is based upon in the combination of different hardware different working modes in fact.So can first set up the set of all hardware module of electronic equipment, then whether use in the version software of current system according to each hardware module in hardware module set, obtain the hardware module set that current system is applied to.
S102, obtain the power consumption under mode of operation and every kind of mode of operation of each hardware module.
Particularly, can first set up mode of operation set to each hardware module; Then to every kind of mode of operation, according to databook or the statistics power consumption of testing oneself, obtain the mode of operation power consumption set of each hardware module.
S103, according to the current total power consumption of work at present mode computation of each hardware module.
Particularly, according to the duty of operating system interface and hardware module, add up the work at present set of modes of each hardware module, and the current power consumption of each hardware module is calculated in set according to mode of operation power consumption; The current power consumption of cumulative each hardware module, can obtain current total power consumption.
S104, according to battery dump energy and current total power consumption, calculate battery dump energy service time and show.
Particularly, get the battery dump energy of electronic equipment by voltameter in real time, and calculate the service time of battery dump energy in conjunction with current total power consumption, and will be shown to user service time.
As a kind of preferred embodiment, the mode that show service time comprises: the service time that shows battery dump energy by time ball.Time is ball to be similar to 360 computer and to accelerate ball, is the service condition of internal memory but 360 acceleration ball shows.Further, in the time detecting that time ball is clicked by user, display system current application module and shared hardware module, mode of operation and power consumption thereof, and provide option for closing application module and/or regulating hardware effort pattern.In the time of some application modules of the every cleaning of user, the value of this dump energy ball service time is also upgraded once.Like this, can point out relatively power consumption of which hardware module which application module of user causes, and allow and can close to intuitive and convenient software or regulate hardware effort pattern so that economize on electricity.Such as having opened QQ, GPS, and some other application, be 5 hours 10 minutes excess time,, in the time that user clicks time ball and selects cleared up QQ or closed GPS, upgrades as stated above service time and again show.
Embodiment bis-
As shown in Figure 2, the preferred embodiment of the present invention describes as an example of mobile terminal example, the electric quantity consumption of mobile terminal all directly consumes by hardware, the electric weight that the different working modes of hardware consumes is different, the function that different application realizes is based upon in the combination of different hardware different working modes in fact, therefore can adopt following methods to detect battery dump energy service time:
S201, set up all hardware module collection of mobile terminal
Particularly, according to concrete mobile terminal model, its hardware module can form a set H:
H＝{H
1,H
2,…,H
i,…H
n}?n>0
Wherein, n is the sum of hardware module, and i is the natural number that is less than n, the element H of set
irepresent hardware module, for certain example of this set, such as: H
1can represent CPU, H
2can represent screen, H
3can represent certain sensor.
It should be noted that, if too complicated (such as CPU) of certain hardware module can in hardware module set, this hardware module be subdivided into less module, thereby layering calculated.
S202, obtain the hardware module value set that current system is applied to
Particularly, whether use in the version software of current system according to hardware module and set up corresponding hardware module value set h:
h＝{h
1,h
2,…,h
i,…h
n}?n>0
Wherein, the element h of set
ivalue is as follows:
S203, the mode of operation set of setting up each hardware module being applied to and corresponding power consumption set thereof
Particularly, for some hardware, it has different mode of operations, and its mode of operation can be constructed as follows set:
M＝{M
1,…,M
j,…,M
t}?t>0
Wherein, the sum that t is mode of operation, j is the natural number that is less than t, for certain example of this set, such as LED lamp, the simplest mode of operation is exactly two kinds: Kai Heguan.
For a certain hardware, its power consumption size is one to one with its mode of operation set M, therefore can set up following mode of operation power consumption set:
P＝{p
1,…,p
j,…,p
t}?t>0
Wherein, the sum that t is mode of operation, j is the natural number that is less than t, p
jrepresent to be operated in pattern M
jtime unit power consumption amount.
S204, obtain the mode of operation value set of the hardware module that current system is applied to, and calculate current total power consumption
Particularly, the corresponding value set m of set M:
m＝{m
1,…,m
j,…,m
t}?t>0
Wherein, the sum that t is mode of operation, j is the natural number that is less than t, the element m of set m
jvalue is as follows:
Like this, mobile terminal unit interval total power consumption q at a time can calculate by following formula:
Wherein, n represents the sum of hardware module, h
irepresent i current whether being applied to of hardware module, m
jrepresent current whether work of j kind mode of operation of i hardware module, p
jrepresent the power consumption of working under the j kind mode of operation of i hardware module.
S205, according to battery dump energy and current total power consumption, calculate service time of battery dump energy
Particularly, the battery dump energy of establishing current battery is Q, excess time T=Q/q, above-mentioned q substitution total power consumption formula is had:
S206, the service time of passing through time ball demonstration battery dump energy.
It should be noted that, for complicated hardware module (as CPU), can be divided into as the case may be less submodule, the method for calculating according to layering, can set up model and calculate according to above method for every layer.
Embodiment tri-
As shown in Figure 3, the embodiment of the present invention provides a kind of battery dump energy pick-up unit of service time, is applied to electronic equipment, and this device comprises:
Hardware module acquiring unit 101, all hardware module being applied to for obtaining electronic equipment current system.
Preferably, hardware module acquiring unit 101 is specifically for the hardware module set of setting up electronic equipment; Whether use in the version software of current system according to each hardware module in hardware module set, obtain the hardware module value set that current system is applied to.
Mode of operation power consumption acquiring unit 102, for obtaining the power consumption under mode of operation and every kind of mode of operation of each hardware module.
Preferably, mode of operation power consumption acquiring unit 102 specifically for: each hardware module is set up to mode of operation set; To every kind of mode of operation, according to databook or the statistics power consumption of testing oneself, obtain the mode of operation power consumption set of each hardware module.
Current total power consumption determining unit 103, for according to the current total power consumption of work at present mode computation of each hardware module.
Preferably, current total power consumption determining unit 103 specifically for: according to the duty of operating system interface and hardware module, add up the work at present set of modes of each hardware module, and the current power consumption of each hardware module is calculated in set according to mode of operation power consumption; The current power consumption of cumulative each hardware module, obtains current total power consumption.
Service time, computing unit 104, for according to battery dump energy and current total power consumption, calculated battery dump energy service time;
Display unit 105, for showing battery dump energy service time.
Whether for instance, hardware module acquiring unit 101 is set up hardware module set H, use set up corresponding hardware module value set h according to hardware module in the version software of current system:
H＝{H
1,H
2,…,H
i,…H
n}?n>0
h＝{h
1,h
2,…,h
i,…h
n}?n>0
Wherein, n is the sum of hardware module, and i is the natural number that is less than n, the element H of set
irepresent hardware module, for certain example of this set, such as: H
1can represent CPU, H
2can represent screen, H
3can represent certain sensor, the element h of set
ivalue is as follows:
Mode of operation power consumption acquiring unit 102, to each hardware, is set up its mode of operation set M, and sets up corresponding mode of operation power consumption set P:
M＝{M
1,…,M
j,…,M
t}?t>0
P＝{p
1,…,p
j,…,p
t}?t>0
Wherein, the sum that t is mode of operation, j is the natural number that is less than t, M
jrepresent j kind mode of operation, p
jrepresent to be operated in pattern M
jtime unit power consumption amount.
Current total power consumption determining unit 103 is calculated current total power consumption according to following formula:
m＝{m
1,…,m
j,…,m
t}?t>0
Wherein, n represents the sum of hardware module, h
irepresent i current whether being applied to of hardware module, m
jrepresent current whether work of j kind mode of operation of i hardware module, p
jrepresent the power consumption of working under the j kind mode of operation of i hardware module.The element m of set m
jvalue is as follows:
As a kind of preferred version of the embodiment of the present invention, display unit 105 specifically for: show service time of battery dump energy by time ball.Time is ball to be similar to 360 computer and to accelerate ball, is the service condition of internal memory but 360 acceleration ball shows.Further, display unit 105 also for: in the time detecting that time ball is clicked by user, display system current application module and shared hardware module, mode of operation and power consumption thereof, and provide option for closing application module and/or regulating hardware effort pattern.In the time of some application modules of the every cleaning of user, the value of this dump energy ball service time is also upgraded once.Like this, can point out relatively power consumption of which hardware module which application module of user causes, and allow and can close to intuitive and convenient software or regulate hardware effort pattern so that economize on electricity.Such as having opened QQ, GPS, and some other application, be 5 hours 10 minutes excess time,, in the time that user clicks time ball and selects cleared up QQ or closed GPS, upgrades as stated above service time and again show.
It should be noted that, the technical characterictic in said method embodiment, all corresponding being suitable for of this device, no longer repeats here.
In sum, the invention provides a kind of battery dump energy detection method and the device of service time, compared with prior art, can be in real time according to the service time of the power consumption calculation battery dump energy of hardware module, accuracy is higher.In addition, also show service time by employing time ball, when user clicks the time when ball, point out which application module to cause the relatively power consumption of which hardware module, and provide option to close application module or regulate hardware effort pattern, more intuitive and convenient.
One of ordinary skill in the art will appreciate that all or part of step realizing in above-described embodiment method is can control relevant hardware by program to complete, described program can be being stored in a computer read/write memory medium, described storage medium, as ROM/RAM, disk, CD etc.
With reference to the accompanying drawings of the preferred embodiments of the present invention, not thereby limit to interest field of the present invention above.Those skilled in the art do not depart from the scope and spirit of the present invention, and can have multiple flexible program to realize the present invention, such as can be used for another embodiment and obtain another embodiment as the feature of an embodiment.Allly using any amendment of doing within technical conceive of the present invention, be equal to and replace and improve, all should be within interest field of the present invention.
Claims (10)
1. the detection method of battery dump energy service time, is applied to electronic equipment, it is characterized in that, the method comprises:
Obtain all hardware module that electronic equipment current system is applied to;
Obtain the power consumption under mode of operation and every kind of mode of operation of each hardware module;
According to the current total power consumption of work at present mode computation of each hardware module;
According to battery dump energy and current total power consumption, calculate battery dump energy service time and show.
2. the detection method of battery dump energy according to claim 1 service time, is characterized in that, described in obtain all hardware module that electronic equipment current system is applied to and comprise:
Set up the hardware module set of electronic equipment;
Whether use in the version software of current system according to each hardware module in described hardware module set, obtain the hardware module set that current system is applied to.
3. the detection method of battery dump energy according to claim 1 service time, is characterized in that, described in the power consumption obtained under mode of operation and every kind of mode of operation of each hardware module comprise:
Each hardware module is set up to mode of operation set;
To every kind of mode of operation, according to databook or the statistics power consumption of testing oneself, obtain the mode of operation power consumption set of each hardware module.
4. the detection method of battery dump energy according to claim 3 service time, is characterized in that, the described current total power consumption of work at present mode computation according to each hardware module comprises:
According to the duty of operating system interface and hardware module, add up the work at present set of modes of each hardware module, and the current power consumption of each hardware module is calculated in set according to described mode of operation power consumption;
The current power consumption of cumulative each hardware module, obtains current total power consumption.
5. according to the arbitrary described battery dump energy of the claim 1-4 detection method of service time, it is characterized in that, described demonstration battery dump energy comprises service time: the service time that shows battery dump energy by time ball.
6. the detection method of battery dump energy according to claim 5 service time, is characterized in that, after described method, also comprises:
In the time detecting that described time ball is clicked by user, display system current application module and shared hardware module, mode of operation and power consumption thereof, and provide option for closing application module and/or regulating hardware effort pattern.
7. the pick-up unit of battery dump energy service time, is applied to electronic equipment, it is characterized in that, this device comprises:
Hardware module acquiring unit, all hardware module being applied to for obtaining electronic equipment current system;
Mode of operation power consumption acquiring unit, for obtaining the power consumption under mode of operation and every kind of mode of operation of each hardware module;
Current total power consumption determining unit, for according to the current total power consumption of work at present mode computation of each hardware module;
Service time, computing unit, for according to battery dump energy and current total power consumption, calculated battery dump energy service time;
Display unit, for showing described battery dump energy service time.
8. the pick-up unit of battery dump energy according to claim 7 service time, is characterized in that,
Described hardware module acquiring unit is specifically for the hardware module set of setting up electronic equipment; Whether use in the version software of current system according to each hardware module in described hardware module set, obtain the hardware module set that current system is applied to;
Described mode of operation power consumption acquiring unit specifically for: each hardware module is set up to mode of operation set; To every kind of mode of operation, according to databook or the statistics power consumption of testing oneself, obtain the mode of operation power consumption set of each hardware module;
Described current total power consumption determining unit specifically for: according to the duty of operating system interface and hardware module, add up the work at present set of modes of each hardware module, and the current power consumption of each hardware module is calculated in set according to described mode of operation power consumption; The current power consumption of cumulative each hardware module, obtains current total power consumption.
9. according to the pick-up unit of the battery dump energy service time described in claim 7 or 8, it is characterized in that, described display unit is specifically for service time of showing battery dump energy by time ball.
10. the pick-up unit of battery dump energy according to claim 9 service time, it is characterized in that, described display unit also for: in the time detecting that described time ball is clicked by user, display system current application module and shared hardware module, mode of operation and power consumption thereof, and provide option for closing application module and/or regulating hardware effort pattern.
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| CN201410306983.1A CN104049217B (en) | 2014-06-30 | 2014-06-30 | Battery dump energy uses the detection method and device of time |
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| CN201410306983.1A CN104049217B (en) | 2014-06-30 | 2014-06-30 | Battery dump energy uses the detection method and device of time |
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| CN106569582A (en) * | 2016-10-26 | 2017-04-19 | 上海与德信息技术有限公司 | Method and device for prompting remaining power consumption time of terminal |
| CN106708239A (en) * | 2015-11-12 | 2017-05-24 | 中国长城计算机深圳股份有限公司 | Method and device for adjusting power consumption |
| CN106774774A (en) * | 2016-11-30 | 2017-05-31 | 北京小米移动软件有限公司 | The electric quantity display method and device of end cell |
| CN107577150A (en) * | 2017-08-09 | 2018-01-12 | 移康智能科技（上海）股份有限公司 | A kind of electric quantity controlling method, electronic equipment and computer-readable recording medium |
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| CN108932048A (en) * | 2018-06-11 | 2018-12-04 | Oppo（重庆）智能科技有限公司 | Determine the method and Related product of battery available duration |
| CN109077659A (en) * | 2018-09-21 | 2018-12-25 | 珠海格力电器股份有限公司 | Method for displaying remaining working time, battery and dust collector using the same |
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