CN102075633A - Information prompt method and mobile terminal - Google Patents
Information prompt method and mobile terminal Download PDFInfo
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- CN102075633A CN102075633A CN2011100364042A CN201110036404A CN102075633A CN 102075633 A CN102075633 A CN 102075633A CN 2011100364042 A CN2011100364042 A CN 2011100364042A CN 201110036404 A CN201110036404 A CN 201110036404A CN 102075633 A CN102075633 A CN 102075633A
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Abstract
The embodiment of the invention discloses an information prompt method and a mobile terminal, and relates to the technical field of communication, which aims to improve the user experience of users on the mobile terminal. The method comprises the following steps of: acquiring an electric quantity surplus service time parameter of a battery of the mobile terminal; acquiring the surplus service time of the battery according to the electric quantity surplus service time parameter; and prompting the surplus service time of the battery. The embodiment of the invention is mainly used for various mobile terminals.
Description
Technical field
The present invention relates to communication technical field, relate in particular to a kind of information cuing method and portable terminal.
Background technology
At present, most portable terminals (for example mobile phone, panel computer) can both be to the operating position of its battery electric quantity of user prompt.Such as, on the display screen of portable terminal, can point out the mark that is used to represent battery electric quantity, when this mark is expired lattice, expression battery electric quantity abundance; When this mark is not full lattice, count the dump energy of reaction cell by the residuated lattice in this mark.Perhaps under the very low situation of battery electric quantity, portable terminal can send prompt tone, reminds user's battery electric quantity deficiency.
The inventor finds that in the process that realizes the embodiment of the invention there is following technological deficiency in prior art: existing technical scheme can't be the residue service time of user prompt battery of mobile terminal, make the user can't arrange affairs timely and reasonably, and then influence the experience of user portable terminal.
Summary of the invention
The embodiment of the invention provides a kind of information cuing method and portable terminal, to improve the experience of user to portable terminal.
The embodiment of the invention adopts following technical scheme:
A kind of information cuing method comprises:
Obtain electric weight residue parameter service time of battery of mobile terminal;
According to the residue service time of described electric weight residue parameter acquiring battery service time;
Point out the residue service time of described battery.
A kind of information indicating portable terminal comprises:
Parameter acquiring unit is used to obtain electric weight residue parameter service time of battery of mobile terminal;
Time acquisition unit is used for the residue service time according to described electric weight residue parameter acquiring battery service time;
Tip element is used to point out residue service time of described battery.
Information cuing method that the embodiment of the invention provides and portable terminal, the electric weight that obtains portable terminal remains parameter service time; According to the residue service time of described electric weight residue parameter acquiring battery service time; Point out the residue service time of described battery.Thereby, described portable terminal can be the residue service time of its battery of user prompt intuitively, and then make the user arrange affairs service time timely and reasonably according to described residue, reduced the loss that portable terminal shuts down in advance the user is caused because of the electric weight deficiency, improved the experience of user portable terminal.
Description of drawings
In order to be illustrated more clearly in the technical scheme of the embodiment of the invention, the accompanying drawing of required use is done an introduction simply in will describing embodiment below, apparently, accompanying drawing in describing below only is some embodiments of the present invention, for those of ordinary skills, under the prerequisite of not paying creative work, can also obtain other accompanying drawing according to these accompanying drawings.
Fig. 1 is the flow chart of the embodiment of the invention one information cuing method;
Fig. 2 is the flow chart of the embodiment of the invention two information cuing methods;
Fig. 3 is the schematic diagram of the embodiment of the invention three portable terminals;
Fig. 4 is the another schematic diagram of the embodiment of the invention three portable terminals.
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 is obtained under the creative work prerequisite.
As shown in Figure 1, the embodiment of the invention one provides a kind of information cuing method, comprises the steps:
Step 11, obtain electric weight residue parameter service time of battery of mobile terminal.
In the present embodiment, described electric weight residue parameter service time can comprise: have the service time of the stand-by time of the portable terminal of brand-new standard configuration battery, the battery time constant of portable terminal, the cell charging times of portable terminal, the battery dump energy percentage of portable terminal, the battery electric quantity interval of portable terminal, the at interval interior portable terminal of described battery electric quantity etc.
Wherein, above-mentioned parameter can be obtained according to the actual conditions of described portable terminal automatically by CPU (Central Processing Unit, the central processing unit) chip of portable terminal.Particularly, described brand-new standard configuration battery is meant the brand-new standard configuration battery of Full Charge Capacity, and the cell charging times of described portable terminal is that brand-new standard configuration battery is from dispatching from the factory to obtaining residue during service time, the number of times that has charged.The battery time constant of described portable terminal is according to changing the service life of battery, and for example, a brand-new standard configuration battery is at the first two years of back use that dispatches from the factory, and the battery time constant of described portable terminal is that 0.01, the three year this constant may be 0.02.The electric weight of the battery of described portable terminal is meant that at interval the absolute difference between the battery electric quantity neighbouring sample point accounts for the percentage of described battery Full Charge Capacity.The electric weight of the battery of described portable terminal can be set by user self at interval, and its set point can be arbitrary numerical value of 0-100%.The service time of the at interval interior portable terminal of described battery electric quantity, be meant that user was to the service time of portable terminal in each described battery electric quantity that described cpu chip obtains automatically at interval, in addition, described cpu chip also can obtain the concrete occupation mode of portable terminal in described service time automatically, and for example the user used the portable terminal reading electronic book 2 hours.
Step 12, portable terminal remain the residue service time of parameter acquiring battery service time according to described electric weight.
In the present embodiment, described residue may comprise the first residue service time or second residue service time service time, perhaps comprises the first residue service time and second residue service time simultaneously.
When described electric weight residue parameter service time comprised the battery dump energy percentage of cell charging times, portable terminal of battery time constant, the portable terminal of stand-by time, the portable terminal of the portable terminal that has brand-new standard configuration battery, described residue was first residue service time service time.Wherein, obtain described first the residue service time mode be,
T
1＝(T-n×a)×p (1)
Wherein, T
1Represent that described first remains service time, T represents the described stand-by time that has the portable terminal of brand-new standard configuration battery, n represents the cell charging times of described portable terminal, and a represents the battery time constant of described portable terminal, and p represents the battery dump energy percentage of described portable terminal.
When described electric weight residue parameter service time comprise portable terminal battery dump energy percentage, portable terminal battery electric quantity at interval, described battery electric quantity at interval in during service time of portable terminal, described residue is second to remain service time service time.Wherein, obtaining described second mode that remains service time is:
T
2＝p×t/L (2)
Wherein, T
2Expression second remains service time, and p represents the battery dump energy percentage of described portable terminal, and L represents the battery electric quantity interval of described portable terminal, and t represents the service time of the at interval interior portable terminal of described battery electric quantity.
When described electric weight residue parameter service time comprise cell charging times, the portable terminal of battery time constant, the portable terminal of stand-by time, the portable terminal of the portable terminal that has brand-new standard configuration battery battery dump energy percentage, portable terminal battery electric quantity at interval, described battery electric quantity at interval in during service time of portable terminal, described residue comprises that remain service time the first residue service time and second service time.
Wherein, obtaining described first mode that remains service time can be with reference to formula (1), and obtaining described second mode that remains service time can be with reference to formula (2).
Step 13, portable terminal are pointed out the residue service time of described battery.
By step 12, portable terminal is according to the residue of described electric weight residue parameter acquiring battery service time after service time, and then can point out described residue service time on its display screen.Wherein, as mentioned above, described residue may remain service time for the described first residue service time or described second service time, may comprise simultaneously that also remain service time the first residue service time and second.
Therefore, described portable terminal can point out first to remain service time, perhaps points out second to remain service time.Perhaps, further, for information more accurately is provided to the user, portable terminal can point out remain service time the described first residue service time and described second simultaneously.At this moment, remain service time the more described first residue service time of portable terminal and described second, when described first residue service time greater than described second residue during service time, with described first residue service time as the longest residue service time, remain service time as the shortest residue service time with described second; When described first residue service time less than described second residue during service time, will be described second residue service time as the longest residue service time, remain service time as the shortest residue service time with described first.
By above description as can be seen, described portable terminal can be the residue service time of its battery of user prompt intuitively, and then make the user arrange affairs service time timely and reasonably according to described residue, reduced the loss that portable terminal shuts down in advance the user is caused because of the electric weight deficiency, improved the experience of user portable terminal.
Below, describing in conjunction with embodiment shown in Figure 2 two is residue service time of how to point out battery capacity of mobile terminal.Wherein, be example to point out the longest residue service time and the shortest remaining time simultaneously.
As shown in Figure 2, the embodiment of the invention two provides a kind of information cuing method, comprises the steps:
Step 21, obtain electric weight residue parameter service time of battery of mobile terminal.
In the present embodiment, with the mobile phone is example, the stand-by time of supposing to have the mobile phone of brand-new standard configuration battery is 40h (hour, hour), the battery time constant of mobile phone is 0.01h, the cell charging times of mobile phone is 100, and the battery electric quantity that the user sets mobile phone is spaced apart 10%, and the operating position of the at interval interior mobile phone of the battery electric quantity of each mobile phone is as shown in table 1:
Table 1
| Battery electric quantity is (interval) at interval | The time (usedT) that mobile phone uses in interval |
| 100％-90％ | 4h (possible what all do not do) |
| 90％-80％ | (0.5h may be conversation 0.5 hour) |
| 80％-70％ | 1h (may surf the Net 20 minutes) |
| 70％-60％ | 2h (may send out 30 short messages) |
| 60％-50％ | 3h(......) |
| 50％-40％ | ...... |
| 40％-30％ | ...... |
| 30％-20％ | ...... |
| 20％-10％ | ...... |
| 10％-0％ | ...... |
As above shown in the table, the battery electric quantity interval that the cpu chip of mobile phone is set according to the user, automatically obtain the operating position of the at interval interior mobile phone of battery electric quantity, for example the user drops to 90% electric weight at battery of mobile phone what is not all done in this time period from 100% Full Charge Capacity, and the user drops to 80% electric weight at battery of mobile phone and conversed 0.5 hour in this time period from 90% electric weight.
Further, also can regularly count from last table, the user is the most frequent at which time period use mobile phone.Particularly, in a certain time limit, if mobile phone is the shortest service time in certain battery electric quantity interval, battery of mobile phone power consumption maximum in the time corresponding section during this time then is described, the user uses mobile phone the most frequent, and then drawing statistical conclusions, the user uses portable terminal the most frequent in the described time period in the described time limit.The wherein said time limit is any a period of time that is set by the user, and can be a week, also can be one month.
Step 22, portable terminal remain the residue service time of parameter acquiring battery service time according to described electric weight.
Particularly, in the present embodiment, T=40h, n=100, a=0.01, p=60% supposes to obtain the remaining battery service time that cell-phone battery electric-charge quantity is 60% o'clock mobile phone, with reference to table 1 as can be known, L=10%, t=2h obtains first residue T service time respectively according to formula (1) and formula (2)
1With second residue T service time
2, be specially:
T
1＝(T-n×a)×p＝(40-100×0.01)×60％＝23.4h
T
2＝p×t/L＝60％×2/10％＝12h
Especially, the remaining battery service time that portable terminal can only obtain the sampled point correspondence at interval according to its battery electric quantity, for example, if the battery electric quantity that the user sets described portable terminal is spaced apart 10%, so portable terminal can only obtain 10%, 20%, the residue service time of these 10 sampled point correspondences of 30%......100%.If the remaining battery service time that the user wants to obtain 25% battery dump energy correspondence, then should be with reference to the service time of the at interval interior portable terminal of 30%-40% battery electric quantity.
Step 23, portable terminal obtain the longest residue service time and the shortest residue service time.
In this step, remain service time the more described first residue service time of portable terminal and described second.When described first residue service time greater than described second residue during service time, will be described first residue service time as the longest residue service time, remain service time as the shortest residue service time with described second; When described first residue service time less than described second residue during service time, will be described second residue service time as the longest residue service time, remain service time as the shortest residue service time with described first.
Particularly, in the present embodiment, by step 22, mobile phone obtains first residue T service time respectively
1With second residue T service time
2Afterwards, T as can be known
1=23.4h, T
2=12h is because described T
1Greater than described T
2So portable terminal is judged described T
1Be the longest residue service time, described T
2Be the shortest residue service time.
Step 24, portable terminal point out remain service time the described first residue service time and described second simultaneously.
By step 23, portable terminal obtains the longest described residue service time and the shortest described residue after service time, so on its display screen the described first residue service time of prompting and described second residue service time.
By above description as can be seen, described portable terminal can be the longest residue service time and the shortest residue service time of its battery of user prompt intuitively, and then make the user according to the longest described residue service time and the shortest residue arranging affairs service time timely and reasonably, reduced the loss that portable terminal shuts down in advance the user is caused because of the electric weight deficiency, improved the experience of user portable terminal.
As shown in Figure 3, the embodiment of the invention three provides a kind of portable terminal, specifically comprises: parameter acquiring unit 31 is used to obtain electric weight residue parameter service time of battery of mobile terminal; Time acquisition unit 32 is used for the residue service time according to described electric weight residue parameter acquiring battery service time; Tip element 33 is used to point out residue service time of described battery.
Wherein, parameter acquiring unit 31 is used to obtain electric weight residue parameter service time of battery of mobile terminal.Wherein, described electric weight residue parameter service time can comprise: have stand-by time, the portable terminal of the portable terminal of brand-new standard configuration battery battery time constant, portable terminal battery charging times, portable terminal battery dump energy percentage, portable terminal battery electric weight at interval, the electric weight of described battery at interval in service time etc. of portable terminal.
When described electric weight residue parameter service time comprises: when having the battery dump energy percentage of cell charging times, portable terminal of battery time constant, the portable terminal of stand-by time, the portable terminal of the portable terminal of brand-new standard configuration battery, described residue was first residue service time service time, described time acquisition unit 32 is used to obtain described first and remains service time, but the description among the concrete obtain manner reference method embodiment.
When described electric weight residue parameter service time comprises: the battery dump energy percentage of portable terminal, the battery electric quantity of portable terminal at interval, described battery electric quantity at interval in during service time of portable terminal, described residue was second residue service time service time, described time acquisition unit 32 is used to obtain described second and remains service time, but the description among the concrete obtain manner reference method embodiment.
When described electric weight residue parameter service time comprises: the stand-by time that has the portable terminal of brand-new standard configuration battery, the battery time constant of portable terminal, the cell charging times of portable terminal, the battery dump energy percentage of portable terminal, the battery electric quantity of portable terminal at interval, described battery electric quantity at interval in during service time of portable terminal, described residue comprises that remain service time the first residue service time and second service time, described time acquisition unit 32 is obtained respectively and is remained service time described first residue service time and described second, but the description among the concrete obtain manner reference method embodiment.
Wherein, described Tip element 33 specifically is used to point out remain service time described first residue service time or second, perhaps points out remain service time the described first residue service time and described second simultaneously.
Wherein, in the present embodiment, but the description among the operation principle reference method embodiment one of described portable terminal.
By above description as can be seen, utilize the portable terminal of the embodiment of the invention can be intuitively to be the residue service time of its battery of user prompt, and then make the user arrange affairs service time timely and reasonably according to described residue, reduced the loss that portable terminal shuts down in advance the user is caused because of the electric weight deficiency, improved the experience of user portable terminal.
As shown in Figure 4, on basis shown in Figure 3, further, for information more accurately is provided to the user, described portable terminal also can comprise comparing unit 41, is used for remaining service time more described first residue service time and described second; Judging unit 42, be used for when described first residue service time greater than described second residue during service time, will be described first residue service time as the longest residue service time, remain service time as the shortest residue service time with described second; When described first residue service time less than described second residue during service time, will be described second residue service time as the longest residue service time, remain service time as the shortest residue service time with described first.
At this moment, described Tip element 33 also can be used for pointing out simultaneously remain service time described first residue service time and described second.
By above description as can be seen, described portable terminal can be the longest residue service time and the shortest residue service time of its battery of user prompt intuitively, and then make the user according to the longest described residue service time and the shortest residue arranging affairs service time timely and reasonably, reduced the loss that portable terminal shuts down in advance the user is caused because of the electric weight deficiency, improved the experience of user portable terminal.
In sum, a kind of information cuing method and portable terminal that the embodiment of the invention provides, the electric weight that obtains portable terminal remains parameter service time; According to the residue service time of described electric weight residue parameter acquiring battery service time; Point out the residue service time of described battery.Therefore, the information cuing method and the portable terminal that provide of the embodiment of the invention improved the experience of user to portable terminal.
The above; only be the specific embodiment of the present invention, but protection scope of the present invention is not limited thereto, anyly is familiar with those skilled in the art in the technical scope that the present invention discloses; can expect easily changing or replacing, all should be encompassed within protection scope of the present invention.Therefore, protection scope of the present invention should be as the criterion with the protection range of described claim.
Claims (12)
1. an information cuing method is characterized in that, comprising:
Obtain electric weight residue parameter service time of battery of mobile terminal;
According to the residue service time of described electric weight residue parameter acquiring battery service time;
Point out the residue service time of described battery.
2. method according to claim 1, it is characterized in that described electric weight residue parameter service time comprises: have the stand-by time of the portable terminal of brand-new standard configuration battery, the battery time constant of portable terminal, the cell charging times of portable terminal, the battery dump energy percentage of portable terminal; Described residue was first residue service time service time;
Described first mode that remains service time of obtaining is:
T
1＝(T-n×a)×p；
Wherein, T
1Represent that described first remains service time, T represents the described stand-by time that has the portable terminal of brand-new standard configuration battery, n represents the cell charging times of described portable terminal, and a represents the battery time constant of described portable terminal, and p represents the battery dump energy percentage of described portable terminal.
3. method according to claim 1 is characterized in that, described electric weight residue parameter service time comprises: the service time of the battery dump energy percentage of portable terminal, the battery electric quantity of portable terminal interval, the at interval interior portable terminal of described battery electric quantity; Described residue was second residue service time service time;
Described second mode that remains service time of obtaining is:
T
2＝p×t/L；
Wherein, T
2Expression second remains service time, and p represents the battery dump energy percentage of described portable terminal, and L represents the battery electric quantity interval of described portable terminal, and t represents the service time of the at interval interior portable terminal of described battery electric quantity.
4. method according to claim 1, it is characterized in that described electric weight residue parameter service time comprises: the service time that has the stand-by time of the portable terminal of brand-new standard configuration battery, the battery time constant of portable terminal, the cell charging times of portable terminal, the battery dump energy percentage of portable terminal, the battery electric quantity interval of portable terminal, the at interval interior portable terminal of described battery electric quantity; Described residue comprises service time: remain service time the first residue service time and second;
Described first mode that remains service time of obtaining is: T
1=(T-n * a) * p; Described second mode that remains service time of obtaining is: T
2=p * t/L;
Wherein, T
1Represent that described first remains service time, T
2Represent that described second remains service time, T represents the described stand-by time that has the portable terminal of brand-new standard configuration battery, n represents the cell charging times of described portable terminal, a represents the battery time constant of described portable terminal, p represents the battery dump energy percentage of described portable terminal, L represents the battery electric quantity interval of described portable terminal, and t represents the service time of the at interval interior portable terminal of described battery electric quantity.
5. method according to claim 4 is characterized in that, described residue according to described battery electric quantity parameter acquiring battery is after service time, and described method also comprises:
Remain service time the more described first residue service time and described second;
When described first residue service time greater than described second residue during service time, will be described first residue service time as the longest residue service time, remain service time as the shortest residue service time with described second; When described first residue service time less than described second residue during service time, will be described second residue service time as the longest residue service time, remain service time as the shortest residue service time with described first.
6. method according to claim 5 is characterized in that, the residue of the described battery of described prompting comprises service time:
Point out remain service time the described first residue service time and described second simultaneously.
7. a portable terminal is characterized in that, comprising:
Parameter acquiring unit is used to obtain electric weight residue parameter service time of battery of mobile terminal;
Time acquisition unit is used for the residue service time according to described electric weight residue parameter acquiring battery service time;
Tip element is used to point out residue service time of described battery.
8. portable terminal according to claim 7, it is characterized in that described electric weight residue parameter service time comprises: have the stand-by time of the portable terminal of brand-new standard configuration battery, the battery time constant of portable terminal, the cell charging times of portable terminal, the battery dump energy percentage of portable terminal; Described residue was first residue service time service time;
Described time acquisition unit is used to obtain described first and remains service time, and concrete mode is:
T
1＝(T-n×a)×p；
Wherein, T
1Represent that described first remains service time, T represents the described stand-by time that has the portable terminal of brand-new standard configuration battery, n represents the cell charging times of described portable terminal, and a represents the battery time constant of described portable terminal, and p represents the battery dump energy percentage of described portable terminal.
9. portable terminal according to claim 7, it is characterized in that described electric weight residue parameter service time comprises: the service time of the battery dump energy percentage of portable terminal, the battery electric quantity of portable terminal interval, the at interval interior portable terminal of described battery electric quantity; Described residue was second residue service time service time;
Described time acquisition unit is used to obtain described second and remains service time, and concrete mode is:
T
2＝p×t/L；
Wherein, T
2Expression second remains service time, and p represents the battery dump energy percentage of described portable terminal, and L represents the battery electric quantity interval of described portable terminal, and t represents the service time of the at interval interior portable terminal of described battery electric quantity.
10. portable terminal according to claim 7, it is characterized in that described electric weight residue parameter service time comprises: the service time that has the stand-by time of the portable terminal of brand-new standard configuration battery, the battery time constant of portable terminal, the cell charging times of portable terminal, the battery dump energy percentage of portable terminal, the battery electric quantity interval of portable terminal, the at interval interior portable terminal of described battery electric quantity; Described residue comprises service time: remain service time the first residue service time and second;
Described time acquisition unit is used to obtain the described first residue service time and described second residue service time, and concrete mode is:
T
1＝(T-n×a)×p，T
2＝p×t/L；
Wherein, T
1Represent that described first remains service time, T
2Represent that described second remains service time, T represents the described stand-by time that has the portable terminal of brand-new standard configuration battery, n represents the cell charging times of described portable terminal, a represents the battery time constant of described portable terminal, p represents the battery dump energy percentage of described portable terminal, L represents the battery electric quantity interval of described portable terminal, and t represents the service time of the at interval interior portable terminal of described battery electric quantity.
11. portable terminal according to claim 10 is characterized in that, described portable terminal also comprises:
Comparing unit is used for remaining service time more described first residue service time and described second;
Judging unit, be used for when described first residue service time greater than described second residue during service time, will be described first residue service time as the longest residue service time, remain service time as the shortest residue service time with described second; When described first residue service time less than described second residue during service time, will be described second residue service time as the longest residue service time, remain service time as the shortest residue service time with described first.
12. portable terminal according to claim 11 is characterized in that, described Tip element specifically is used for pointing out simultaneously remain service time described first residue service time and described second.
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| CN102591766A (en) * | 2011-12-31 | 2012-07-18 | 惠州Tcl移动通信有限公司 | Mobile equipment and method and system for carrying out prompt processing on power consumption of programs of mobile equipment |
| CN103323786A (en) * | 2013-06-24 | 2013-09-25 | 贝壳网际（北京）安全技术有限公司 | Method, device and equipment for detecting service life of battery |
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