CN106375561A - Mobile terminal and method of detecting surplus use time thereof - Google Patents
Mobile terminal and method of detecting surplus use time thereof Download PDFInfo
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- CN106375561A CN106375561A CN201610757100.8A CN201610757100A CN106375561A CN 106375561 A CN106375561 A CN 106375561A CN 201610757100 A CN201610757100 A CN 201610757100A CN 106375561 A CN106375561 A CN 106375561A
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- 238000000034 method Methods 0.000 title abstract description 5
- 238000001514 detection method Methods 0.000 claims abstract description 32
- 230000005611 electricity Effects 0.000 claims description 18
- 230000000284 resting effect Effects 0.000 claims description 5
- 238000004364 calculation method Methods 0.000 abstract description 2
- 238000011160 research Methods 0.000 description 6
- 230000006870 function Effects 0.000 description 4
- 238000012423 maintenance Methods 0.000 description 4
- 238000013500 data storage Methods 0.000 description 2
- 238000010586 diagram Methods 0.000 description 2
- 230000002349 favourable effect Effects 0.000 description 2
- 238000012986 modification Methods 0.000 description 2
- 230000004048 modification Effects 0.000 description 2
- 238000012360 testing method Methods 0.000 description 2
- 230000007547 defect Effects 0.000 description 1
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- 239000012467 final product Substances 0.000 description 1
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04M—TELEPHONIC COMMUNICATION
- H04M1/00—Substation equipment, e.g. for use by subscribers
- H04M1/72—Mobile telephones; Cordless telephones, i.e. devices for establishing wireless links to base stations without route selection
- H04M1/725—Cordless telephones
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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
- G06F1/28—Supervision thereof, e.g. detecting power-supply failure by out of limits supervision
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Abstract
The present invention discloses a mobile terminal and a method of detecting surplus use time thereof. The detection method comprises the steps of identifying an application scenario of the mobile terminal; acquiring power consumption of the application scenario; determining surplus power of the mobile terminal; and calculating the surplus use time of the mobile terminal according to the power consumption and the surplus power. In the prior art, the mobile terminal usually displays only the surplus power, and cannot display accurate surplus use time, so that inconvenience is brought to the user. Through adoption of the method, the surplus use time of the mobile terminal is determined based on the application scenario of the mobile terminal, so that the problem in the prior art is solved. The method has the advantages of rapid calculation and accurate results.
Description
Technical field
The invention belongs to field of mobile terminals, the detection side of more particularly, to a kind of mobile terminal and its remaining use time
Method.
Background technology
The mobile terminals such as mobile phone, panel computer have become as the indispensable electronic equipment of people's everyday life, if
Mobile terminal does not have electricity suddenly, then can cause the inconvenience of user.Generally existing mobile terminal all can show remaining electricity, with
It is easy to user and voluntarily estimate the remaining use time of mobile terminal, but because user is likely to not know the power consumption of mobile terminal
Situation, even if so knowing remaining electricity, user also is difficult to estimate the remaining use time of correct mobile terminal.
In addition, also there being a small amount of mobile terminal can automatically show the remaining use time of mobile terminal, wherein, residue makes
Calculated in the following manner with the time and obtain:
When in advance the total electricity of mobile terminal being divided into several electricity intervals and estimates the use in each electricity interval
Between；
Determine that the electricity belonging to the current electric quantity of mobile terminal is interval；
Use time that is interval according to affiliated electricity and estimating, the remaining use time of estimation mobile terminal.
But, often precision is not high for the remaining use time being calculated using above-mentioned calculation, can make to user on the contrary
Become and mislead it is impossible to hold the use of mobile terminal well.
Content of the invention
The technical problem to be solved in the present invention is remaining in order to overcome mobile terminal in prior art generally only can show
Electricity, even if also precision is not high for the remaining use time of display, causes the defect of user's inconvenience, provides a kind of mobile terminal and its remain
The detection method of remaining use time.
The present invention is to solve above-mentioned technical problem by the following technical programs:
A kind of detection method of mobile terminal residue use time, described detection method includes:
The application scenarios of identification mobile terminal；
Obtain the power consumption of described application scenarios；
Determine the dump energy of described mobile terminal；
Calculate the remaining use time of described mobile terminal according to described power consumption and described dump energy.
The application scenarios based on mobile terminal for the technical program, in conjunction with the current service condition of mobile terminal, rapidly count
Calculate the remaining use time of mobile terminal, and the remaining use time calculating can reflect that mobile terminal is real exactly
The remaining use time on border.
It is preferred that the described power consumption obtaining described application scenarios includes:
Inquire about the power consumption of the application scenarios identifying from data base, described database purchase has described mobile terminal to exist
The power consumption of different application scene.
In the technical program, described detection method can further include: the step set up and update described data base.
Wherein, update described data base to include updating mobile terminal described in described data base in the power consumption of different application scene.
It is preferred that described application scenarios include off-duty application program, run a kind of application program or multiple application program
Combination；
The summation of the power consumption of application program that the power consumption of described application scenarios includes equal to described application scenarios.
It is preferred that the power consumption inquiring about the application scenarios identifying from data base includes:
Judge whether described data base is stored with the power consumption of the application scenarios identifying, if so, then from described data base
The power consumption of the application scenarios that middle inquiry identifies, if it is not, then the power consumption of the application scenarios according to described database purchase pushes away
The power consumption of the application scenarios identifying.
It is preferred that the power consumption of the application scenarios being identified according to the power consumption reckoning of the application scenarios of described database purchase
Amount includes:
In advance the application scenarios in described data base are classified according to function type, do not stored in the database
Have the application scenarios identifying power consumption when, search from described data base and belong to of a sort with the application scenarios identifying
Application scenarios, and using the power consumption of the application scenarios finding as the application scenarios identifying power consumption；
Or, identification is combined into by the computing mode adding deduct using the power consumption of the application scenarios of described database purchase
The power consumption of the application scenarios going out.
In the case of the power consumption deficiency of the application scenarios that described detection method can store in data base, calculate and do not deposit
The power consumption of the application scenarios of storage, reduces the data of storage in data base, and the test reducing the power consumption of different application scene becomes
This, increase the availability of described detection method.
It is preferred that described power consumption includes average current, it is flat that described residue use time is equal to described dump energy/described
All electric currents.
It is preferred that described detection method also includes:
When receiving the first request, point out described residue use time, described first asks for request switching application
Scene；
Judging whether to receive the first instruction, if so, then switching application scenarios, if it is not, then resting on current applied field
Scape.
Wherein, described first request and described first instruction are inputted by user, on the mobile terminal by carrying
Show, user can be well understood that the remaining use time of mobile terminal, and then determine whether to continue switching application scenarios.
The technical program can be user's intuitively prompting residue use time.
A kind of mobile terminal, comprising:
Identification module, for identifying the application scenarios of mobile terminal；
Acquisition module, for obtaining the power consumption of described application scenarios；
Dump energy module, for determining the dump energy of described mobile terminal；
Computing module, when the residue for calculating described mobile terminal according to described power consumption and described dump energy uses
Between.
It is preferred that described mobile terminal also includes:
Data base, be stored with the power consumption in different application scene for the described mobile terminal；
Described acquisition module is used for inquiring about the power consumption of the application scenarios identifying from data base.
In the technical program, described mobile terminal can further include: database maintenance module, described for setting up
Data base and the described data base of renewal.
It is preferred that described application scenarios include off-duty application program, run a kind of application program or multiple application program
Combination；
The summation of the power consumption of application program that the power consumption of described application scenarios includes equal to described application scenarios.
It is preferred that described acquisition module is additionally operable to judge whether described data base is stored with the consumption of the application scenarios identifying
Electricity, if so, then inquires about the power consumption of the application scenarios identifying from described data base, if it is not, then according to described data base
The power consumption of the application scenarios that the power consumption reckoning of the application scenarios of middle storage identifies.
It is preferred that the power consumption of the application scenarios being identified according to the power consumption reckoning of the application scenarios of described database purchase
Amount includes:
In advance the application scenarios in described data base are classified according to function type, do not stored in the database
Have the application scenarios identifying power consumption when, search from described data base and belong to of a sort with the application scenarios identifying
Application scenarios, and using the power consumption of the application scenarios finding as the application scenarios identifying power consumption；
Or, identification is combined into by the computing mode adding deduct using the power consumption of the application scenarios of described database purchase
The power consumption of the application scenarios going out.
It is preferred that described power consumption includes average current, it is flat that described residue use time is equal to described dump energy/described
All electric currents.
It is preferred that described mobile terminal also includes:
Reminding module, for when receiving the first request, pointing out described residue use time, described first asks to be used for
Request switching application scenarios；
Judge module, is used for judging whether to receive the first instruction, if so, then switches application scenarios, if it is not, then resting on
Current application scenarios.
On the basis of meeting common sense in the field, above-mentioned each optimum condition, can combination in any, obtain final product each preferable reality of the present invention
Example.
The positive effect of the present invention is: the present invention can move eventually to determine the application scenarios based on mobile terminal
The remaining use time at end, has and calculates quick, the accurate advantage of result.
Brief description
Fig. 1 is the flow chart of the detection method of mobile terminal residue use time of the embodiment of the present invention 1.
Fig. 2 is the flow chart of the detection method of mobile terminal residue use time of the embodiment of the present invention 2.
Fig. 3 is the block diagram of the mobile terminal of the embodiment of the present invention 3.
Fig. 4 is the block diagram of the mobile terminal of the embodiment of the present invention 4.
Specific embodiment
Further illustrate the present invention below by the mode of embodiment, but therefore do not limit the present invention to described reality
Apply among a scope.
Embodiment 1
A kind of detection method of mobile terminal residue use time, as shown in figure 1, described detection method includes:
The application scenarios of identification mobile terminal；
Obtain the power consumption of described application scenarios；
Determine the dump energy of described mobile terminal；
Calculate the remaining use time of described mobile terminal according to described power consumption and described dump energy.
Wherein, described application scenarios can reflect the current service condition of described mobile terminal, and such as mobile terminal is worked as
Front off-duty application program and only run operating system, mobile terminal is currently running one or two application program etc.；
The power consumption of described application scenarios can reflect that described mobile terminal is in the electricity that current service condition is consumed.
The detection method of the present embodiment can rapidly calculate mobile terminal in conjunction with the current service condition of mobile terminal
Remaining use time, and the remaining use time calculating can reflect that the actual residue of mobile terminal uses exactly
Time.
Embodiment 2
The detection method of the mobile terminal residue use time of the present embodiment is the remaining use of mobile terminal in embodiment 1
Refinement further in the detection method of time, the detection method of the mobile terminal residue use time of the present embodiment, as Fig. 2 institute
Show, comprising:
Step 001, set up and update the data storehouse.Described database purchase has the power consumption in different application scene for the mobile terminal
Amount.
Wherein, described application scenarios include off-duty application program, a kind of application program of operation or multiple application program
Combination.Off-duty application program refers to that the application program of running of mobile terminal is 0, has only run operating system；Run many
The combination planting application program refers to that mobile terminal has run multiple application programs simultaneously.
The summation of the power consumption of application program that the power consumption of application scenarios includes equal to described application scenarios；Mobile terminal
It is mobile terminal in the power consumption of a certain application scenarios in the power consumption running all application programs that this application scenarios includes
Summation.For example:
If application scenarios are off-duty application program, then mobile terminal is mobile terminal in the power consumption of this application scenarios
Only run the power consumption of operating system；
If application scenarios are to run a kind of application program, then mobile terminal is mobile whole in the power consumption of this application scenarios
The power consumption of this kind of application program is run at end；
If application scenarios are the combination running multiple application programs, then mobile terminal in the power consumption of this application scenarios is
Mobile terminal runs the power consumption of described multiple application program simultaneously.
In the present embodiment, described power consumption is specifically as follows average current, and mobile terminal is in the power consumption of different application scene
Amount is the average current in different application scene for the mobile terminal.Schematically show described data base below in table form
The described mobile terminal being stored with is in the average current of different application scene:
Table 1
Data in table 1 can be measured from by the above-mentioned application scenarios of actual motion on mobile terminals by research staff,
The data storage recording in the database, because different mobile terminals may in the power consumption of same application scenarios
Difference, research staff can measure for different mobile terminals.
In addition, the step updating the data storehouse in step 001 can update for timing or variable interval updates, concrete when updating
Can be communicated with remote server by network with mobile terminal, the data that research staff can update is placed on remote server
On, mobile terminal updates described data base by the data on sync data service device.
The detection method of the present embodiment is passed through described database purchase and is updated the different corresponding power consumption of application scenarios,
Provide good basis for follow-up step.
The application scenarios that step 002, the described mobile terminal of identification are run.
Step 003, judge that whether described data base is stored with the power consumption of the application scenarios identifying, if so, then executes
Step 004, if it is not, then execution step 005.
Step 004, inquire about the power consumption of the application scenarios identifying from described data base, then execution step 006.Example
As the application scenarios that step 002 is run after identifying described mobile terminal switching are the application scenarios 3 in table 1, then pass through
The inquiry of step 004 be applied scene 3 power consumption (average current) be ib.
Step 005, the consumption of the application program being identified according to the power consumption reckoning of the application scenarios of described database purchase
Electricity.The present embodiment specifically gives following two modes to realize step 005:
Application scenarios in described data base are classified by mode one in advance according to function type, in described data base
In be not stored with the application scenarios identifying power consumption when, search from described data base and belong to the application scenarios identifying
Of a sort application scenarios, and using the power consumption of the application scenarios finding as the application scenarios identifying power consumption.Example
As in advance application scenarios being divided into game class, video playback class, audio frequency broadcast message class, web page browsing class, chat class etc., wherein belong to
Application scenarios in video playback class include: only run the application scenarios of application program a and the applied field only running application program d
Scape, if the application scenarios that step 002 identifies are the application scenarios only running application program d, and does not store this kind of in data base
The power consumption of application scenarios, then this mode will be searched and the application scenarios only running application program d from described data base
Belong to the application scenarios of video playback class, only run the application scenarios of application program a, and only run application program a's
The power consumption of application scenarios is as the power consumption of the application scenarios only running application program d.
Mode two, the power consumption using the application scenarios of described database purchase is combined into by the computing mode adding deduct
The power consumption of the application scenarios identifying, is identified particular by being combined into using the application scenarios of described database purchase
Application scenarios, and then it is combined into what the power consumption of the application scenarios identifying was realized.The application scenarios that such as step 002 identifies
For running the application scenarios of application program b and c simultaneously, and in data base, do not store the power consumption of this kind of application scenarios, then this
Mode will be searched the application scenarios including running application program b from described data base and be included running answering of application program c
With scene or other related application scenarios, if find from described data base the application scenarios only running application program b and
Its power consumption and the application scenarios and its power consumption that only run application program c, then run the application of application program b and c simultaneously
The power consumption that the power consumption of scene is equal to the only application scenarios of operation application program b adds the application scenarios only running application program c
Power consumption, if find from described data base run the application scenarios of application program a, b and c and its power consumption and only simultaneously
Run application scenarios and its power consumption of application scenarios a, then run the power consumption of the application scenarios of application program b and c simultaneously
The power consumption being equal to the application scenarios of operation application program a, b and c simultaneously subtracts the power consumption only running the application scenarios of application program a
Amount.
The power consumption of the application scenarios that can be stored in data base by above two mode, described detection method is not enough
In the case of, calculate the power consumption of the application scenarios not stored, reduce the data of storage in data base, reduce different application scene
Power consumption testing cost, increase described detection method availability.
Step 006, determine the dump energy of described mobile terminal.Described dump energy specifically can be from described mobile terminal
Supply module (as battery etc.) obtain or from described mobile terminal record have described mobile terminal dump energy other
Device (as processor etc.) is upper to be obtained.
Step 007, the remaining use time according to described power consumption and the described dump energy described mobile terminal of calculating.Its
In, the formula calculating described residue use time is:
T=c/i
T is remaining use time；
C is dump energy；
I is power consumption (average current).
Step 008, when receiving the first request, point out described residue use time, described first asks for asking
Switching application scenarios.Described first request is inputted on mobile terminals by user, and that is, user can want to switch application scenarios
When input described first request；By pointing out described residue use time, user can be visually known the residue of mobile terminal
Use time, and then determine the need for continuing switching application scenarios.Specifically, prompting described residue use time can adopt
Various ways, such as the display screen display in mobile terminal represent word or the pattern of remaining use time, or pass through language
Sound reports remaining use time.In addition, when pointing out described residue use time in another embodiment of the present embodiment
Can also freely set, be for example set as switch application scenarios when point out described residue use time, or be set as every
Certain time interval prompting once remaining use time, or be set as being less than preset value (as 0.5 is little in remaining use time
When) when prompting residue use time etc..
Step 009, judge whether to receive the first instruction, if so, then switch application scenarios, if it is not, then resting on current
Application scenarios.Described first instruction is also to be inputted on mobile terminals by user, if user wants to continue to switch application scenarios,
Then input first instruction, mobile terminal receives the first instruction and then switches application scenarios, if user is not intended to continue switching application
Scene, then do not input the first instruction, mobile terminal do not receive the first instruction then remain in current application scenarios and not
Switch over.
The detection method of the present embodiment can quickly identify the application scenarios of mobile terminal, saves cpu resource, saves electricity
Can, in conjunction with the current service condition of mobile terminal, rapidly calculate the remaining use time of mobile terminal, and calculate
Remaining use time can reflect the actual remaining use time of mobile terminal exactly, is whether user switches application scenarios
Favourable reference is provided.
Embodiment 3
A kind of mobile terminal, as shown in Figure 3, comprising:
Identification module 101, for identifying the application scenarios of mobile terminal；
Acquisition module 102, for obtaining the power consumption of described application scenarios；
Dump energy module 103, for determining the dump energy of described mobile terminal；
Computing module 104, the residue for calculating described mobile terminal according to described power consumption and described dump energy makes
Use the time.
Wherein, described application scenarios can reflect the current service condition of described mobile terminal, and such as mobile terminal is worked as
Front off-duty application program and only run operating system, mobile terminal is currently running one or two application program etc.；
The power consumption of described application scenarios can reflect that described mobile terminal is in the electricity that current service condition is consumed.
The mobile terminal of the present embodiment can rapidly calculate mobile terminal in conjunction with the current service condition of mobile terminal
Remaining use time, and the remaining use time calculating can reflect that the actual residue of mobile terminal uses exactly
Time.
Embodiment 4
The mobile terminal of the present embodiment is the refinement further on the mobile terminal of embodiment 3, the movement of the present embodiment
Terminal, as shown in Figure 4, comprising: database maintenance module 201, identification module 202, acquisition module 203, dump energy module
204th, computing module 205 and reminding module 206.
Database maintenance module 201, is used for setting up data base and updates described data base.Described database purchase is
State the power consumption in different application scene for the mobile terminal.
Wherein, described application scenarios include off-duty application program, a kind of application program of operation or multiple application program
Combination.Off-duty application program refers to that the application program of running of mobile terminal is 0, has only run operating system；Run many
The combination planting application program refers to that mobile terminal has run multiple application programs simultaneously.
The summation of the power consumption of application program that the power consumption of application scenarios includes equal to described application scenarios；Mobile terminal
It is mobile terminal in the power consumption of a certain application scenarios in the power consumption running all application programs that this application scenarios includes
Summation.For example:
If application scenarios are off-duty application program, then mobile terminal is mobile terminal in the power consumption of this application scenarios
Only run the power consumption of operating system；
If application scenarios are to run a kind of application program, then mobile terminal is mobile whole in the power consumption of this application scenarios
The power consumption of this kind of application program is run at end；
If application scenarios are the combination running multiple application programs, then mobile terminal in the power consumption of this application scenarios is
Mobile terminal runs the power consumption of described multiple application program simultaneously.
In the present embodiment, described power consumption is specifically as follows average current, and mobile terminal is in the power consumption of different application scene
Amount is the average current in different application scene for the mobile terminal.
Data in described data base can be passed through the above-mentioned application scenarios of actual motion on mobile terminals by research staff and survey
Amount and obtain, the data storage recording in the database, because different mobile terminals is in the power consumption of same application scenarios
Amount may be different, and research staff can measure for different mobile terminals.
In addition, described database maintenance module 201 updates the data, storehouse can update for timing or variable interval updates, and is updating
When specifically can be communicated with remote server by network with mobile terminal, the data that research staff can update is placed on remotely
On server, mobile terminal updates described data base by the data on sync data service device.
The mobile terminal of the present embodiment passes through described database purchase and updates the different corresponding power consumption of application scenarios,
Provide good basis for follow-up step.
Identification module 202, for identifying the application scenarios that described mobile terminal is run.
Acquisition module 203, for judging whether described data base is stored with the power consumption of the application scenarios identifying, if
It is from described data base, then inquire about the power consumption of the application scenarios identifying, if it is not, then according to storage in described data base
The power consumption of the application scenarios that the power consumption reckoning of application scenarios identifies.Wherein, the applied field according to described database purchase
The power consumption of the application scenarios that the power consumption reckoning of scape identifies includes:
In advance the application scenarios in described data base are classified according to function type, do not stored in the database
Have the application scenarios identifying power consumption when, search from described data base and belong to of a sort with the application scenarios identifying
Application scenarios, and using the power consumption of the application scenarios finding as the application scenarios identifying power consumption；
Or, identification is combined into by the computing mode adding deduct using the power consumption of the application scenarios of described database purchase
The power consumption of the application scenarios going out.It is combined into the application identifying particular by using the application scenarios of described database purchase
Scene, and then it is combined into what the power consumption of the application scenarios identifying was realized.
Dump energy module 204, for determining the dump energy of described mobile terminal.Described dump energy specifically can be from
The supply module (as battery etc.) of described mobile terminal obtains or record has the surplus of described mobile terminal from described mobile terminal
The other devices (as processor etc.) of remaining electricity are upper to be obtained.
Computing module 205, the residue for calculating described mobile terminal according to described power consumption and described dump energy makes
Use the time.Wherein, the formula calculating described residue use time is:
T=c/i
T is remaining use time；
C is dump energy；
I is power consumption (average current).
Reminding module 206, for when receiving the first request, pointing out described residue use time, described first request
For request switching application scenarios.Described first request is inputted on mobile terminals by user, and that is, user can want to switch
Described first request is inputted during application scenarios；By pointing out described residue use time, user can be visually known mobile whole
The remaining use time at end, and then determine the need for continuing switching application scenarios.Specifically, prompting described residue use time
Can take various forms, for example the display screen display in mobile terminal represents word or the pattern of remaining use time, or
Person is by voice broadcast residue use time.In addition, when pointing out described remaining use in another embodiment of the present embodiment
Between moment can also freely set, be for example set as when switching application scenarios pointing out described residue use time, or set
It is set to every certain time interval prompting once remaining use time, or be set as being less than preset value in remaining use time
Prompting residue use time etc. when (as 0.5 hour).
Judge module 207, is used for judging whether to receive the first instruction, if so, then switches application scenarios, if it is not, then stopping
Stay current application scenarios.Described first instruction is also to be inputted on mobile terminals by user, if user wants to continue to switch
Application scenarios, then input first instruction, mobile terminal receives the first instruction and then switches application scenarios, if user is not intended to continue
Switching application scenarios, then do not input the first instruction, mobile terminal does not receive the first instruction and then remains in current application
Scene and do not switch over.
The mobile terminal of the present embodiment can quickly identify the application scenarios of mobile terminal, saves cpu resource, saves electricity
Can, in conjunction with the current service condition of mobile terminal, rapidly calculate the remaining use time of mobile terminal, and calculate
Remaining use time can reflect the actual remaining use time of mobile terminal exactly, is whether user switches application scenarios
Favourable reference is provided.
Mobile terminal in above-described embodiment 1-4 can be the equipment such as mobile phone, panel computer, have and be capable of above-mentioned shifting
The module of software and hardware of the detection method of dynamic terminal and its remaining use time, such as processor, memorizer etc..
Although the foregoing describing the specific embodiment of the present invention, it will be appreciated by those of skill in the art that these
It is merely illustrative of, protection scope of the present invention is defined by the appended claims.Those skilled in the art is not carrying on the back
On the premise of the principle and essence of the present invention, various changes or modifications can be made to these embodiments, but these changes
Each fall within protection scope of the present invention with modification.
Claims (14)
1. a kind of detection method of mobile terminal residue use time is it is characterised in that described detection method includes:
The application scenarios of identification mobile terminal；
Obtain the power consumption of described application scenarios；
Determine the dump energy of described mobile terminal；
Calculate the remaining use time of described mobile terminal according to described power consumption and described dump energy.
2. detection method as claimed in claim 1 is it is characterised in that the power consumption of the described application scenarios of described acquisition includes:
Inquire about the power consumption of the application scenarios identifying from data base, described database purchase has described mobile terminal in difference
The power consumption of application scenarios.
3. detection method as claimed in claim 1 or 2 it is characterised in that described application scenarios include off-duty application program,
Run a kind of application program or the combination of multiple application program；
The summation of the power consumption of application program that the power consumption of described application scenarios includes equal to described application scenarios.
4. detection method as claimed in claim 3 is it is characterised in that inquire about the consumption of the application scenarios identifying from data base
Electricity includes:
Judge that whether described data base is stored with the power consumption of the application scenarios identifying, if so, then looks into from described data base
Ask the power consumption of the application scenarios identifying, if it is not, then the power consumption of the application scenarios according to described database purchase calculates knowledge
The power consumption of the application scenarios not gone out.
5. detection method as claimed in claim 4 is it is characterised in that the power consumption of application scenarios according to described database purchase
Amount calculates that the power consumption of the application scenarios identifying includes:
In advance the application scenarios in described data base are classified according to function type, do not stored insighted in the database
During the power consumption of the application scenarios not gone out, the application scenarios searched from described data base and identify belong to of a sort application
Scene, and using the power consumption of the application scenarios finding as the application scenarios identifying power consumption；
Or, be combined into by the computing mode adding deduct using the power consumption of the application scenarios of described database purchase to identify
The power consumption of application scenarios.
6. it is characterised in that described power consumption includes average current, described residue makes detection method as claimed in claim 1
It is equal to described dump energy/described average current with the time.
7. detection method as claimed in claim 1 is it is characterised in that described detection method also includes:
When receiving the first request, point out described residue use time, described first asks for request switching application scenarios；
Judging whether to receive the first instruction, if so, then switching application scenarios, if it is not, then resting on current application scenarios.
8. a kind of mobile terminal is it is characterised in that include:
Identification module, for identifying the application scenarios of mobile terminal；
Acquisition module, for obtaining the power consumption of described application scenarios；
Dump energy module, for determining the dump energy of described mobile terminal；
Computing module, for calculating the remaining use time of described mobile terminal according to described power consumption and described dump energy.
9. mobile terminal as claimed in claim 8 is it is characterised in that described mobile terminal also includes:
Data base, be stored with the power consumption in different application scene for the described mobile terminal；
Described acquisition module is used for inquiring about the power consumption of the application scenarios identifying from data base.
10. mobile terminal as claimed in claim 8 or 9 is it is characterised in that described application scenarios include off-duty application journey
The combination of sequence, a kind of application program of operation or multiple application program；
The summation of the power consumption of application program that the power consumption of described application scenarios includes equal to described application scenarios.
11. mobile terminals as claimed in claim 10 are it is characterised in that described acquisition module is additionally operable to judge described data base
Whether the power consumption of the application scenarios that identify, if so, then inquire about the application scenarios identifying from described data base if being stored with
Power consumption, if it is not, the application scenarios then being identified according to the power consumption reckoning of the application scenarios of storage in described data base
Power consumption.
12. mobile terminals as claimed in claim 11 are it is characterised in that the consumption of application scenarios according to described database purchase
The power consumption of the application scenarios that computed quantity of electricity identifies includes:
In advance the application scenarios in described data base are classified according to function type, do not stored insighted in the database
During the power consumption of the application scenarios not gone out, the application scenarios searched from described data base and identify belong to of a sort application
Scene, and using the power consumption of the application scenarios finding as the application scenarios identifying power consumption；
Or, be combined into by the computing mode adding deduct using the power consumption of the application scenarios of described database purchase to identify
The power consumption of application scenarios.
It is characterised in that described power consumption includes average current, described residue makes 13. mobile terminals as claimed in claim 8
It is equal to described dump energy/described average current with the time.
14. mobile terminals as claimed in claim 8 are it is characterised in that described mobile terminal also includes:
Reminding module, for when receiving the first request, pointing out described residue use time, described first asks for asking
Switching application scenarios；
Judge module, is used for judging whether to receive the first instruction, if so, then switches application scenarios, if it is not, then resting on current
Application scenarios.
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