CN104076897B - A kind of information processing method and electronic equipment - Google Patents
A kind of information processing method and electronic equipment Download PDFInfo
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- CN104076897B CN104076897B CN201310105354.8A CN201310105354A CN104076897B CN 104076897 B CN104076897 B CN 104076897B CN 201310105354 A CN201310105354 A CN 201310105354A CN 104076897 B CN104076897 B CN 104076897B
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Abstract
The embodiment of the present invention provides a kind of information processing method and electronic equipment, is related to electronic technology field, it is possible to increase Consumer's Experience.Its method is：A charge event is obtained, the charge event is used to characterize to charge to the battery；According to the charge event, the first current residual electricity of the battery is obtained；Based on first current residual electricity obtain one first prompt time, first prompt time be used for point out this charge event of user the battery is charged to saturation electricity from first current residual electricity required for time；First prompt time is shown, first prompt time is to prompt time determined by the actual time of the predetermined unit capacity charging of the battery according to last time charge event.Information processing method and electronic equipment provided in an embodiment of the present invention are used for information processing.
Description
Technical field
The present invention relates to electronic technology field, more particularly to a kind of information processing method and electronic equipment.
Background technology
In the prior art, prediction battery charge time is the static executeaaafunction value according to storing in electronic equipment to count
Calculate the charging interval needed for the uncharged part of battery.Common, with the aging of battery, battery charge time can be increasingly longer,
Therefore, the battery charge time still calculated using static executeaaafunction value is just inaccurate.Example, make in battery
After 1 year, aging can occur for battery, and the battery is carried when charging using the method for the prediction battery charge time of initialization
It is 2 hours the time required to showing user's charging, but after 2 hr, the battery electric quantity is not up to saturation electricity, the battery needs
The longer time reaches saturation electricity to charge.Therefore, it is this prediction battery charge time the method degree of accuracy it is relatively low, error compared with
Greatly, user can be caused can not accurately to plan the life of oneself, Consumer's Experience is poor.
The content of the invention
Embodiments of the invention provide a kind of information processing method and electronic equipment, it is possible to increase Consumer's Experience.
To reach above-mentioned purpose, embodiments of the invention are adopted the following technical scheme that：
On the one hand, the present invention provides a kind of information processing method, and applied to an electronic equipment, the electronic equipment includes one
Battery, including：
A charge event is obtained, the charge event is used to characterize to charge to the battery；
According to the charge event, the first current residual electricity of the battery is obtained；
One first prompt time is obtained based on first current residual electricity, first prompt time is used to point out to use
This charge event of family the battery is charged to saturation electricity from first current residual electricity required for time；
First prompt time is shown, first prompt time is to the pre- of the battery according to last time charge event
Prompt time determined by the actual time of order bit capacity charging.
Methods described also includes：
Calculate during this charge event from first current residual electricity be charged to saturation electricity in each institute
State the actual time of predetermined unit capacity；
With actual time of each predetermined unit capacity of this charge event update in the very first time table from
First current residual electricity is charged to the actual time corresponding to each predetermined unit capacity in saturation electricity, in order to
Actual time after each predetermined unit capacity during next charge event according to this charge event updates determines
The first prompt time of next time.
Methods described also includes：
Calculate during this charge event from first current residual electricity be charged to saturation electricity in M institute
The actual time of predetermined unit capacity is stated, the M is the positive integer more than or equal to 1；
The actual time of the predetermined unit capacity based on the M numbers obtains modifying factor；
Second prompt time is calculated based on the modifying factor；
First prompt time is updated with second prompt time, second prompt time is used to point out user sheet
Secondary charge event the battery is charged to saturation electricity from the second current residual electricity required for time, described second is current surplus
Remaining electricity is the battery electric quantity after the electricity of the first current residual electricity increase M predetermined unit capacity
Corresponding electricity.
The actual time of the predetermined unit capacity based on the M numbers, which obtains modifying factor, to be included：
The actual time of the M predetermined unit capacity described in last time charge event is obtained from the very first time table,
Determine the record charging interval T of the M predetermined unit capacity1；
Based on the actual time of the M predetermined unit capacity during this charge event, the M is determined
The actual charging interval T of the individual predetermined unit capacity2；
According to the formula for calculating the modifying factor, the modifying factor R, the public affairs of the calculating modifying factor are calculated
Formula is R=(T1+T2)/(2T1)。
It is described to be included based on the second prompt time of modifying factor calculating：
By first prompt time and record charging interval T1Difference be multiplied with the modifying factor, obtain described
Second prompt time.
On the one hand, the present invention provides a kind of electronic equipment, and the electronic equipment includes a battery, including：
First acquisition unit, for obtaining a charge event, the charge event is used to characterize to be filled to the battery
Electricity；
Second acquisition unit, for according to the charge event, obtaining the first current residual electricity of the battery；
3rd acquiring unit, for obtaining one first prompt time, described first based on first current residual electricity
Prompt time is used to point out this charge event of user that the battery is charged into saturation electricity from first current residual electricity
The required time；
Display unit, for showing first prompt time, first prompt time is according to last time charge event
To prompt time determined by the actual time of the predetermined unit capacity charging of the battery.
The electronic equipment also includes：
First computing unit, is charged to for being calculated during this charge event from first current residual electricity
The actual time of each predetermined unit capacity in saturation electricity；
First processing units, for updating institute with the actual time of each predetermined unit capacity of this charge event
State in very first time table from first current residual electricity be charged to saturation electricity in corresponding to each predetermined unit capacity
Actual time, each predetermined unit capacity during in order to next charge event according to this charge event updates
Actual time afterwards determines the first prompt time of next time.
The electronic equipment also includes：
Second computing unit, is charged to for being calculated during this charge event from first current residual electricity
The actual time of the M predetermined unit capacity in saturation electricity, the M is the positive integer more than or equal to 1；
4th acquiring unit, the actual time for the predetermined unit capacity based on the M numbers obtains modifying factor
Son；
3rd computing unit, for calculating the second prompt time based on the modifying factor；
Second processing unit, for updating first prompt time, second prompting with second prompt time
Time is used to point out this charge event of user to be charged to the battery required for saturation electricity from the second current residual electricity
Time, second current residual electricity is that the battery electric quantity is described by described M of first current residual electricity increase
Corresponding electricity after the electricity of predetermined unit capacity.
4th acquiring unit specifically for：
The actual time of the M predetermined unit capacity described in last time charge event is obtained from the very first time table,
Determine the record charging interval T of the M predetermined unit capacity1；
Based on the actual time of the M predetermined unit capacity during this charge event, the M is determined
The actual charging interval T of the individual predetermined unit capacity2；
According to the formula for calculating the modifying factor, the modifying factor R, the public affairs of the calculating modifying factor are calculated
Formula is R=(T1+T2)/(2T1)。
3rd computing unit specifically for：
By first prompt time and record charging interval T1Difference be multiplied with the modifying factor, obtain described
Second prompt time.
The present invention provides a kind of information processing method and electronic equipment, and the information processing method includes：Obtain a charging thing
Part, the charge event is used to characterize to charge to the battery；According to the charge event, the first of the battery is obtained
Current residual electricity；One first prompt time is obtained based on first current residual electricity, first prompt time is used for
Prompting this charge event of user the battery is charged to saturation electricity from first current residual electricity required for time；
First prompt time is shown, first prompt time is that the predetermined unit of the battery is held according to last time charge event
Measure prompt time determined by the actual time of charging.So, the predetermined unit of battery is held according to last time charge event
Measure the actual time of charging to calculate in this charge event, as first needed for the first current residual electricity is charged to saturation electricity
Prompt time, first prompt time is shown to user, with calculating battery using static executeaaafunction value in the prior art
The method in charging interval compares, and the degree of accuracy is higher, and error is smaller so that user can accurately plan the life of oneself, carry
High Consumer's Experience.
Brief description of the drawings
In order to illustrate more clearly about the embodiment of the present invention or technical scheme of the prior art, below will be to embodiment or existing
There is the accompanying drawing used required in technology description to be briefly described, it should be apparent that, drawings in the following description are only this
Some embodiments of invention, for those of ordinary skill in the art, on the premise of not paying creative work, can be with
Other accompanying drawings are obtained according to these accompanying drawings.
Fig. 1 is a kind of schematic flow sheet of information processing method provided in an embodiment of the present invention；
Fig. 2 is the schematic flow sheet of another information processing method provided in an embodiment of the present invention；
Fig. 3 is a kind of electronic equipment structural representation provided in an embodiment of the present invention；
Fig. 4 is another electronic devices structure schematic diagram provided in an embodiment of the present invention；
Fig. 5 is another electronic devices structure schematic diagram provided in an embodiment of the present invention.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is carried out clear, complete
Site preparation is described, it is clear that described embodiment is only a part of embodiment of the invention, rather than whole embodiments.It is based on
Embodiment in the present invention, it is every other that those of ordinary skill in the art are obtained under the premise of creative work is not made
Embodiment, belongs to the scope of protection of the invention.
The embodiment of the present invention provides a kind of information processing method, and described information processing method is applied in electronic equipment, institute
Stating electronic equipment includes a battery, as shown in figure 1, this method includes：
S101, one charge event of acquisition, the charge event is used to characterize to charge to the battery.
The charge event can connect external adapter for the electronic equipment and connect power supply, or the electricity
Sub- equipment uses wireless charging.
S102, according to the charge event, obtain the first current residual electricity of the battery.
It should be noted that the electric quantity consumption that first current residual electricity can be the battery is set to the electronics
The battery is corresponding surplus when the standby electricity pointed out when low electricity or automatic shutdown or user need to charge to the battery
Remaining electricity.
S103, one first prompt time obtained based on first current residual electricity, first prompt time is used for
Prompting this charge event of user the battery is charged to saturation electricity from first current residual electricity required for time.
The electricity of the saturation battery capacity indication battery is 100%.
S104, display first prompt time, first prompt time is to the electricity according to last time charge event
Prompt time determined by the actual time of the predetermined unit capacity charging in pond.
It should be noted that first prompt time in step S103 is obtained according to very first time table, it is described
Very first time table is stored in the database of the electronic equipment, the very first time table be used for record the battery electric quantity from
0% charging interval into saturation electricity corresponding to each predetermined unit capacity.Example, the predetermined unit capacity can be
1%, or 2%, 5% etc., in actual applications, can flexibly it be adjusted as needed.The very first time table
What is once recorded is the battery electric quantity from 0% charging interval into saturation electricity corresponding to each predetermined unit capacity, institute
State the capacity and adaptive charging of the battery when battery according to the charging interval corresponding to each predetermined unit capacity dispatches from the factory
The rated current of device calculates what is obtained, example, it is assumed that certain battery capacity is 1500mAH, and the standard configuration of the corresponding battery charges
Adapter rated current is 1000mA, wherein, mAH is the unit of battery capacity, and Chinese is MAH, and mA is the list of electric current
Position, Chinese is milliampere.The battery capacity is from the 0% time t for being charged to 100% needs0=[battery capacity × 3600
(s) (the mA)=5400s of]/charging adapter rated current=[1500mAH × 3600 (s)]/1000.Assuming that the predetermined unit
Capacity is 1%, then battery electric quantity often increases the charging interval t of 1% needs1=t0× 1/100=5400s × 1/100=54s；It is false
If the predetermined unit capacity is 5%, then battery electric quantity often increases the charging interval t of 5% needs2=t0× 5/100=5400s
× 5/100=270s.Example, the specified electricity of the capacity of the battery and charging adapter when the battery dispatches from the factory according to table 1
The predetermined unit capacity that stream calculation is obtained is that 5% very first time table, the i.e. cell charging times are 0.
Table 1
| Battery electric quantity | The time required to charging |
| 0%~5% | 270s |
| 5%~10% | 270s |
| 10%~15% | 270s |
| 15%~20% | 270s |
| 20%~25% | 270s |
| 25%~30% | 270s |
| 30%~35% | 270s |
| 35%~40% | 270s |
| 40%~45% | 270s |
| 45%~50% | 270s |
| ... | ... |
| 90%~95% | 270s |
| 95%~100% | 270s |
As shown in table 1, have recorded in table 1 battery electric quantity from 0% into saturation electricity battery electric quantity often increase by one
Charging interval corresponding to predetermined unit capacity 5%.As user, the 1st time is that the battery charges, it is assumed that described the first of acquisition is worked as
Preceding dump energy is 10%, and the method for obtaining the first prompt time based on first current residual electricity is as follows：Can be with according to table 1
Obtain by the battery from first current residual electricity 10% be charged to saturation electricity required for time for battery electric quantity by
11% starts to charge up to the time required for 15%, charges to 25% as the time required for 16% charges to 20%, by 21%
Required time ... and as the time sum required for 95% charges to 100%, because the battery is the 1st charging,
The battery electric quantity from 0% into saturation electricity, battery electric quantity often increases the charging corresponding to a predetermined unit capacity 5% when
Between it is equal, therefore, analysis can be obtained, the battery by first current residual electricity 10% charge to saturation electricity needs first
Prompt time t3=(100%-10%)/5% × 270s=4820s=4820s/60s=81m, i.e., the battery is by described first
The first prompt time that current residual electricity 10% charges to saturation electricity needs is 81 minutes, then, and display described first is carried
Show the time 81 minutes, first prompt time is used to point out in this charge event of user for 81 minutes, and battery is worked as by described first
Time required for preceding dump energy 10% is charged to saturation electricity is 81 minutes.
Particularly, because battery is a kind of chemical substance, thus it is also to have certain service life, in practical application, with
Charging times weigh the length of its service life.The discharge and recharge number of times of battery is directly connected to the life-span of battery, often fills once
Electricity, the life-span of battery just shortens.With the use of battery, the shortening of battery life, the speed of battery charging can also subtract
Slowly, battery charge time can extend.So, the speed of battery charging is change, the prediction battery charging provided in the present invention
In the method for time, corresponding charging required time is also dynamic change during battery charging.After battery is activated, with this
The actual time of each predetermined unit capacity of charge event is updated in the very first time table from first current residual electricity
Amount is charged to the actual time in saturation electricity corresponding to each predetermined unit capacity, to cause foundation during next charge event
Actual time after each predetermined unit capacity of this charge event updates determines the first next prompt time.
Example, when user is not to charge for the first time, the very first time table is according to filling that last time charge event is obtained
The time that each predetermined unit capacity charging needs in very first time table after electric time renewal, the very first time table after the renewal
Can be with unequal.This charging need time be according to the very first time table after the renewal obtain by the first current residual
The first prompt time that electricity is charged to required for saturation electricity.
So, the actual time charged according to last time charge event to the predetermined unit capacity of battery calculates this
In charge event, as the first prompt time needed for the first current residual electricity is charged to saturation electricity, described is shown to user
One prompt time, compared with method in the prior art using the static executeaaafunction value counting cell charging time, accurately
Degree is higher, and error is smaller so that user can accurately plan the life of oneself, improve Consumer's Experience.
It should be noted that the electronic equipment can be surplus with prompting user's battery electric quantity and charging for smart mobile phone etc.
The electronic product of remaining time function.
The embodiment of the present invention provides another information processing method, applied to electronic equipment, and the electronic equipment includes one
Battery, as shown in Fig. 2 including：
S201, one charge event of acquisition, the charge event is used to characterize to charge to the battery.
S202, according to the charge event, obtain the first current residual electricity of the battery.
Step S201 and step S202 particular content may be referred to the phase of step S101 and step S202 in embodiment one
Description is closed, be will not be repeated here.
S203, one first prompt time obtained based on first current residual electricity, first prompt time is used for
Prompting this charge event of user the battery is charged to saturation electricity from first current residual electricity required for time.
It should be noted that first prompt time is obtained according to very first time table.In each charge event knot
Shu Hou, the electronic equipment can utilize what is obtained during this charge event to be charged to saturation electricity from the first current residual electricity
In actual time corresponding to each predetermined unit capacity update the very first time table, to cause next charge event foundation
Actual time after each predetermined unit capacity of this charge event updates determines the first next prompt time.
Particularly, obtaining first prompt time includes following two situations：First in this charge event is worked as
Preceding dump energy is designated as the first electricity, and the first current residual electricity in last charge event is designated as into the second electricity.Work as institute
When stating the first electricity more than or equal to second electricity, obtained described in this charge event based on first current residual electricity
The first prompt time obtained is that the very first time table updated after being terminated according to last charge event is obtained, first prompting
Time is that from first electricity, the actual time of each scheduled unit capacity in the very first time table is added to
The time that saturation electricity is obtained；When first electricity is less than second electricity, institute is based on described in this charge event
Sum of the first prompt time of the first current residual electricity acquisition for the very first time and the second time is stated, the very first time is root
In the very first time table updated after terminating according to last charge event, from second electricity, by the very first time table
The actual time of each scheduled unit capacity is added to the time that saturation electricity is obtained, and second time is the very first time
In table from first electricity, the actual time of each scheduled unit capacity in the very first time table is added to described
The time that two electricity are obtained, the first electricity described in the very first time table to each scheduled unit between second electricity holds
The actual time of amount is to update obtained event after history charge event terminates, and the history charge event indicates that the charge event is
Last time or earlier before charge event.
Example, it is assumed that obtain a charge event, the event is (n+1)th charge event of certain battery, as shown in table 2,
Table 2 is the very first time table that battery updates that obtained predetermined unit capacity is 1% after n-th charge event terminates.
Table 2
| Battery electric quantity | The time required to charging |
| 0%~1% | 54s |
| 1%~2% | 54s |
| 2%~3% | 54s |
| 3%~4% | 54s |
| ... | ... |
| 20%~21% | 60s |
| 21%~22% | 61s |
| ... | ... |
| 29%~30% | 65s |
| 30%~31% | 65s |
| 31%~32% | 68s |
| ... | ... |
| 97%~98% | 70s |
| 98%~99% | 70s |
| 99%~100% | 70s |
For step S203, first, it is assumed that the first current residual electricity for obtaining battery in (n+1)th charge event is
30%, then, the first prompt time is obtained based on first current residual electricity 30%, that is, obtained in the very first time table
As the actual time corresponding to first current residual electricity 30% each predetermined unit capacity into saturation electricity
With, can be obtained by table 2, first prompt time be the very first time table in battery electric quantity by 30%~31% extremely
Sum the time required to 99%~100% corresponding charging, T is designated as by the time0。
Assuming that the first current residual electricity obtained in n-th charge event is 20%, terminate in n-th charge event
Afterwards, the electronic equipment is charged to saturation using being obtained during n-th charge event from first current residual electricity 20%
Actual time in electricity corresponding to each predetermined unit capacity updates the very first time table, therefore, for (n+1)th
For secondary charge event, battery electric quantity each scheduled unit capacity correspondence into saturation electricity by 20% in the very first time table
Charging needed for time be in the actual time obtained in n-th charge event, the very first time table battery electric quantity by 0%
Rise obtained in being history charge event to the time needed for the corresponding charging of each scheduled unit capacity in 19% it is true when
Between, the history charge event can be the charge event before the n-th charge event of the battery.
Another example, it is assumed that the first current residual electricity in n-th charge event is 50%, in n-th charging thing
After part terminates, the electronic equipment can utilize obtain during n-th charge event from first current residual electricity 50%
The actual time in saturation electricity corresponding to each predetermined unit capacity is charged to update the very first time table, therefore,
For (n+1)th charge event, battery electric quantity each booking list into saturation electricity by 50% in the very first time table
The actual time of first capacity be in the time obtained in n-th charge event, the very first time table battery electric quantity by 0% extremely
The actual time of each scheduled unit capacity is the time obtained in history charge event in 49%, and the history charge event can
Think the charge event before the n-th charge event of the battery.
It should be noted that the form of the very first time table can be adjusted flexibly, the embodiment of the present invention is exemplary
Explanation, but protection scope of the present invention is not limited thereto, and any one skilled in the art takes off in the present invention
In the technical scope of dew, change or replacement can be readily occurred in, should be all included within the scope of the present invention.
S204, calculating modifying factor.
Modifying factor is used to be modified first prompt time obtained from the very first time table, that is, is used for
Reduce and remind to the error in the battery charge time of user, improve the degree of accuracy of the battery charge time Forecasting Methodology.
Step S204 is specifically included：M described in last time charge event is obtained from the very first time table individual described predetermined
The actual time of unit capacity, determine the record charging interval T of the M predetermined unit capacity1；Based in this charging
The actual time of the M predetermined unit capacity during event, determine the reality of the M predetermined unit capacity
Border charging interval T2；According to the formula for calculating the modifying factor, the modifying factor R, the calculating modifying factor are calculated
The formula of son is R=(T1+T2)/(2T1)。
It is identical with step S203, in (n+1)th charge event, when first electricity is more than or equal to second electricity
When, the actual time that the M predetermined unit capacity described in last time charge event are obtained from the very first time table
To obtain the actual time of the M predetermined unit capacity chargings described in n-th charge event from the very first time table；
It is described to be obtained from the very first time table described in last time charge event when first electricity is less than second electricity
The actual time of the M predetermined unit capacity is individual to obtain M described in the charge event of history from the very first time table
The M predetermined units stored in the actual time of the predetermined unit capacity charging, i.e., described very first time table hold
The actual time that the actual time of amount charging can charge for the M predetermined unit capacity in history charge event.
Example, when first electricity is more than or equal to second electricity, it is assumed that obtained in n-th charge event
First current residual electricity is 20%, for (n+1)th charge event, and first current residual electricity is 30%, institute
State very first time table be according in n-th charge event from first current residual electricity be charged to saturation electricity in it is each described in
Actual time corresponding to predetermined unit capacity.The M is arbitrary positive integer, it is assumed that M=10, therefore, described from described the
The actual time that the M predetermined unit capacity described in last time charge event are obtained in one timetable is from the very first time
The actual time of 10 predetermined unit capacity in n-th charge event is obtained in table, be therefore, it can from the very first time
Obtained in table by first current residual electricity 30% to battery electric quantity for 40% 10 predetermined unit capacity it is true
Time, it is assumed that determine the record charging interval of described 10 predetermined unit capacity and be T1；Then record in (n+1)th reality
In the charging process of border, the battery electric quantity makes a reservation for by first current residual electricity 30% to 10 that battery electric quantity is 40%
The actual time of unit capacity and, it is assumed that in (n+1)th actual charging process, record obtain by first current residual
Electricity 30% is respectively t for the actual time of 40% 10 predetermined unit capacity to battery electric quantity11、t12、
t13......t20, to the actual time t of 10 predetermined unit capacity11、t12、t13......t20Summation, is obtained by described
First current residual electricity 30% to 10 predetermined unit capacity that battery electric quantity is 40% actual time and be T2；Most
Afterwards, by the T1With T2Substitute into the formula R=(T for calculating the modifying factor1+T2)/(2T1), it is assumed that calculating obtains described
Modifying factor R1.Particularly, now, the battery electric quantity is that first current residual electricity 30% and described 10 are described predetermined
The sum of unit capacity, because the predetermined unit capacity is 1%, therefore, the electricity of the current battery is 40%.
Particularly, when first electricity is less than second electricity, it is assumed that first obtained in n-th charge event
Current residual electricity is 50%, for (n+1)th charge event, and first current residual electricity is 30%, described the
One timetable be according in n-th charge event from first current residual electricity be charged to saturation electricity in it is each described predetermined
Actual time corresponding to unit capacity.The M be arbitrary positive integer, it is assumed that M=10, therefore, it is described from described first when
Between to obtain actual time of the M predetermined unit capacity described in last time charge event in table be from the very first time table
The actual time of 10 predetermined unit capacity in history charge event is obtained, the history charge event can be n-th
Charge event before charge event.It is described to be based on the M predetermined unit capacity during this charge event
Actual time, determine the actual charging interval T of the M predetermined unit capacity2And according to the calculating modifying factor
Formula, calculate the method for the modifying factor R with it is above-mentioned when first electricity is more than or equal to second electricity really
The fixed actual charging interval T2And the method for the modifying factor R is identical, will not be repeated here.
S205, the second prompt time of calculating, second prompt time are used to point out this charge event of user will be described
Battery be charged to saturation electricity from the second current residual electricity required for time, second current residual electricity be the battery
Electricity corresponding electricity after the electricity of the first current residual electricity increase M predetermined unit capacity.
Step S205 is specifically included：By first prompt time and record charging interval T1Difference and the amendment
Fac-tor, obtains second prompt time；The very first time table is electric from 0% to saturation for recording the battery electric quantity
Charging interval in amount corresponding to each predetermined unit capacity；The very first time table first record for the battery electric quantity
From 0% charging interval into saturation electricity corresponding to each predetermined unit capacity, corresponding to each predetermined unit capacity
Charging interval according to when dispatching from the factory the rated current of the capacity of the battery and charging adapter calculate what is obtained.
Example, for (n+1)th charge event, after calculating obtains the modifying factor, the battery electric quantity is
Change turns to the second current residual electricity, and second current residual electricity is the battery electric quantity by first current residual electricity
Corresponding electricity after the electricity of the amount M predetermined unit capacity of increase, for the embodiment of the present invention, this is second current surplus
Remaining electricity be first current residual electricity 30% increase the described 10 predetermined unit capacity (1% × 10) for electricity
Amount, i.e., described second current residual electricity is 40%.
By first prompt time and record charging interval T1Difference be multiplied with the modifying factor, obtain described
Second prompt time T3.First prompt time is obtained for T by step S2030, the record charging interval is T1, step
S204, which is calculated, obtains modifying factor for R, therefore second prompt time is T3Equal to (T0-T1)×R1。
S206, with second prompt time first prompt time is updated, show second prompt time.
Step display S205 calculates obtained the second prompt time T on the display interface of the electronic equipment3, with
It is easy to user to plan the life of oneself according to second prompt time, so, the electronic equipment reminds being somebody's turn to do to user
Time span needed for battery charging complete is more accurate, and the accurate time will bring many facilities to user so that user
The life of oneself can be accurately planned, for example, when can be charged according to battery behavior arrangement, when go on a journey etc..
S207, the renewal very first time table.
Step S207 is specifically included：Calculate and be charged to from first current residual electricity during this charge event
The actual time of each predetermined unit capacity in saturation electricity；With each predetermined unit capacity of this charge event
Actual time update in the very first time table from first current residual electricity be charged to saturation electricity in it is each described pre-
Actual time corresponding to order bit capacity, to cause during next charge event according to each described of this charge event
Actual time after predetermined unit capacity updates determines the first next prompt time.
Example, during (n+1)th charge event, the electronic equipment can calculate current surplus from described first
Remaining electricity 30% is charged to the actual time of each predetermined unit capacity charging of saturation electricity, then, is filled at described (n+1)th time
After electric event terminates, the actual time charged with each predetermined unit capacity of (n+1)th charge event updates described the
In one timetable from first current residual electricity be charged to saturation electricity in it is true corresponding to each predetermined unit capacity
Between in real time so that can hold in the n-th+2 times charge events according to each predetermined unit of (n+1)th charge event
Actual time after amount renewal determines the first prompt time of the n-th+2 times chargings.
The embodiment of the present invention provides a kind of information processing method, according to predetermined unit capacity of the last time charge event to battery
The actual time of charging is calculated in this charge event, is carried as first needed for the first current residual electricity is charged to saturation electricity
Show the time, recycle the modifying factor to calculate and update first prompt time, second prompt time is shown to user,
Compared with method in the prior art using the static executeaaafunction value counting cell charging time, the degree of accuracy is higher, error
It is smaller so that user can accurately plan the life of oneself, improve Consumer's Experience.
The embodiment of the present invention provides a kind of electronic equipment 1, as shown in figure 3, including：
First acquisition unit 11, for obtaining a charge event, the charge event is used to characterize to be carried out to the battery
Charging.
Second acquisition unit 12, for according to the charge event, obtaining the first current residual electricity of the battery.
3rd acquiring unit 13, for obtaining one first prompt time, described the based on first current residual electricity
One prompt time is used to point out this charge event of user that the battery is charged into saturation electricity from first current residual electricity
Time required for amount.
Display unit 14, for showing first prompt time, first prompt time is according to last time charging thing
Part is to prompt time determined by the actual time of the predetermined unit capacity charging of the battery.
So, the 3rd acquiring unit according to last time charge event the predetermined unit capacity of battery is charged it is true
Calculated between in real time in this charge event, the first current residual electricity obtained by the second acquisition unit is charged to saturation electricity
The first prompt time needed for amount, the display unit shows first prompt time to user, with using in the prior art
The method of static executeaaafunction value counting cell charging time compares, and the degree of accuracy is higher, and error is smaller so that user can be with
The life of oneself is accurately planned, Consumer's Experience is improved.
Further, as shown in figure 4, the electronic equipment 1 also includes：
First computing unit 15, fills for being calculated during this charge event from first current residual electricity
The actual time of each predetermined unit capacity into saturation electricity.
First processing units 16, for the actual time renewal with each predetermined unit capacity of this charge event
In the very first time table from first current residual electricity be charged to saturation electricity in each predetermined unit capacity institute it is right
The actual time answered, during in order to next charge event according to this charge event each predetermined unit capacity more
Actual time after new determines the first prompt time of next time.
Further, as shown in figure 5, the electronic equipment 1 also includes：
Second computing unit 17, fills for being calculated during this charge event from first current residual electricity
The actual time of the M predetermined unit capacity into saturation electricity, the M is the positive integer more than or equal to 1；
4th acquiring unit 18, the actual time for the predetermined unit capacity based on the M numbers is corrected
The factor；
3rd computing unit 19, for calculating the second prompt time based on the modifying factor；
Second processing unit 110, for updating first prompt time with second prompt time, described second carries
Show that the time is used to point out this charge event of user to be charged to the battery required for saturation electricity from the second current residual electricity
Time, second current residual electricity is that the battery electric quantity increases the M institute by first current residual electricity
State corresponding electricity after the electricity of predetermined unit capacity.
4th acquiring unit 18 specifically for：
The actual time of the M predetermined unit capacity described in last time charge event is obtained from the very first time table,
Determine the record charging interval T of the M predetermined unit capacity1；Based on the M during this charge event
The actual time of the predetermined unit capacity, determine the actual charging interval T of the M predetermined unit capacity2；According to meter
The formula of the modifying factor is calculated, the modifying factor R is calculated, the formula of the calculating modifying factor is R=(T1+T2)/
(2T1)。
3rd computing unit 19 specifically for：
By first prompt time and record charging interval T1Difference be multiplied with the modifying factor, obtain described
Second prompt time；The very first time table be used for record the battery electric quantity from 0% into saturation electricity each predetermined unit
Charging interval corresponding to capacity.
The embodiment of the present invention provides a kind of electronic equipment, and the 3rd acquiring unit is according to last time charge event to battery
The actual time of predetermined unit capacity charging is calculated in this charge event, and first obtained by the second acquisition unit is worked as
Preceding dump energy is charged to the first prompt time needed for saturation electricity, the display unit to user show first prompting when
Between, the modifying factor that the second processing unit recycles the 4th acquiring unit to obtain calculates renewal described first and carried
Show the time, second prompt time is shown to user, filled with calculating battery using static executeaaafunction value in the prior art
The method of electric time compares, and the degree of accuracy is higher, and error is smaller so that user can accurately plan the life of oneself, improves
Consumer's Experience.
One of ordinary skill in the art will appreciate that：Realizing all or part of step of above method embodiment can pass through
Programmed instruction related hardware is completed, and foregoing program can be stored in a computer read/write memory medium, the program
Upon execution, the step of including above method embodiment is performed；And foregoing storage medium includes：ROM, RAM, magnetic disc or light
Disk etc. is various can be with the medium of store program codes.
The foregoing is only a specific embodiment of the invention, but protection scope of the present invention is not limited thereto, any
Those familiar with the art the invention discloses technical scope in, change or replacement can be readily occurred in, should all be contained
Cover within protection scope of the present invention.Therefore, protection scope of the present invention should be based on the protection scope of the described claims.
Claims (10)
1. a kind of information processing method, applied to an electronic equipment, the electronic equipment includes a battery, it is characterised in that bag
Include：
A charge event is obtained, the charge event is used to characterize to charge to the battery；
According to the charge event, the first current residual electricity of the battery is obtained；
One first prompt time is obtained based on first current residual electricity, first prompt time is used to point out user sheet
Secondary charge event the battery is charged to saturation electricity from first current residual electricity required for time；
First prompt time is shown, first prompt time is the booking list to the battery according to last time charge event
Prompt time determined by the actual time of bit capacity charging；
Methods described also includes：
Calculate during this charge event from first current residual electricity be charged to saturation electricity in M it is described pre-
The actual time of order bit capacity, the M is the positive integer more than or equal to 1；
The actual time of the predetermined unit capacity based on the M numbers, which obtains modifying factor, to be included：From very first time table
The actual time of the M predetermined unit capacity described in last time charge event is obtained, the M predetermined unit capacity are determined
Record charging interval T1；Based on the actual time of the M predetermined unit capacity during this charge event,
Determine the actual charging interval T of the M predetermined unit capacity2；According to record charging interval T1With the actual charging interval
T2, calculate the modifying factor R.
2. according to the method described in claim 1, it is characterised in that methods described also includes：
Calculate during this charge event from first current residual electricity be charged to saturation electricity in it is each described pre-
The actual time of order bit capacity；
Updated with the actual time of each predetermined unit capacity of this charge event in very first time table from described first
Current residual electricity is charged to the actual time corresponding to each predetermined unit capacity in saturation electricity, in order to charging next time
Actual time after each predetermined unit capacity during event according to this charge event updates determines the of next time
One prompt time.
3. according to the method described in claim 1, it is characterised in that methods described also includes：
Second prompt time is calculated based on the modifying factor；
First prompt time is updated with second prompt time, second prompt time be used to pointing out user this fill
Electric event the battery is charged to saturation electricity from the second current residual electricity required for time, second current residual electricity
Measure increases correspondence after the electricity of the M predetermined unit capacity for the battery electric quantity by first current residual electricity
Electricity.
4. method according to claim 3, it is characterised in that
It is described according to record charging interval T1With actual charging interval T2, the modifying factor R is calculated, including：According to calculating
The formula of modifying factor, calculates the modifying factor R, the formula of the calculating modifying factor is R=(T1+T2)/(2T1)。
5. method according to claim 4, it is characterised in that described that second prompt time is calculated based on the modifying factor
Including：
By first prompt time and record charging interval T1Difference be multiplied with the modifying factor, obtain described second
Prompt time.
6. a kind of electronic equipment, the electronic equipment includes a battery, it is characterised in that including：
First acquisition unit, for obtaining a charge event, the charge event is used to characterize to charge to the battery；
Second acquisition unit, for according to the charge event, obtaining the first current residual electricity of the battery；
3rd acquiring unit, for obtaining one first prompt time, first prompting based on first current residual electricity
Time is used to point out this charge event of user to be charged to the battery needed for saturation electricity from first current residual electricity
The time wanted；
Display unit, for showing first prompt time, first prompt time is foundation last time charge event to institute
Prompt time determined by the actual time for the predetermined unit capacity charging for stating battery；
Second computing unit, saturation is charged to for being calculated during this charge event from first current residual electricity
The actual time of the M predetermined unit capacity in electricity, the M is the positive integer more than or equal to 1；
4th acquiring unit, the actual time for the predetermined unit capacity based on the M numbers obtains modifying factor, bag
Include：The actual time of the M predetermined unit capacity described in last time charge event is obtained from very first time table, the M is determined
The record charging interval T of the individual predetermined unit capacity1；Based on during this charge event the M it is described predetermined
The actual time of unit capacity, determine the actual charging interval T of the M predetermined unit capacity2；During according to record charging
Between T1With actual charging interval T2, calculate the modifying factor R.
7. electronic equipment according to claim 6, it is characterised in that the electronic equipment also includes：
First computing unit, saturation is charged to for being calculated during this charge event from first current residual electricity
The actual time of each predetermined unit capacity in electricity；
First processing units, during for updating first with the actual time of each predetermined unit capacity of this charge event
Between in table from first current residual electricity be charged to saturation electricity in true corresponding to each predetermined unit capacity when
Between, according to true after each predetermined unit capacity renewal of this charge event during in order to next charge event
Time determines the first prompt time of next time.
8. electronic equipment according to claim 6, it is characterised in that the electronic equipment also includes：
3rd computing unit, for calculating the second prompt time based on the modifying factor；
Second processing unit, for updating first prompt time, second prompt time with second prompt time
Time required for for pointing out this charge event of user that the battery is charged into saturation electricity from the second current residual electricity,
Second current residual electricity is that the battery electric quantity increases the M booking list by first current residual electricity
Corresponding electricity after the electricity of bit capacity.
9. electronic equipment according to claim 8, it is characterised in that
It is described according to record charging interval T1With actual charging interval T2, the modifying factor R is calculated, including：According to calculating
The formula of modifying factor, calculates the modifying factor R, the formula of the calculating modifying factor is R=(T1+T2)/(2T1)。
10. electronic equipment according to claim 9, it is characterised in that the 3rd computing unit specifically for：
By first prompt time and record charging interval T1Difference be multiplied with the modifying factor, obtain described second
Prompt time.
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106602158B (en) * | 2015-10-14 | 2020-01-07 | 上海汽车集团股份有限公司 | Battery charging time prediction method and device |
| CN106055458B (en) * | 2016-05-26 | 2018-10-26 | 深圳天珑无线科技有限公司 | A kind of charging reminding method, device and mobile device |
| CN108322601B (en) * | 2018-01-25 | 2021-03-02 | 维沃移动通信有限公司 | Reminding method and terminal |
| CN110426642B (en) * | 2019-08-07 | 2022-09-23 | 歌尔科技有限公司 | Method, device and equipment for acquiring electric quantity of electronic equipment in aging state and storage medium |
| CN110650394B (en) * | 2019-08-30 | 2020-08-28 | 广东思派康电子科技有限公司 | Computer-readable storage medium and wireless headset |
| CN110911770B (en) * | 2019-11-26 | 2023-06-27 | Oppo广东移动通信有限公司 | Charging method and equipment to be charged |
| CN111474482B (en) * | 2020-04-29 | 2022-08-16 | 珠海优特物联科技有限公司 | Electric quantity detection model establishing method, electric quantity detection device and electronic equipment |
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| CN87103529A (en) * | 1986-05-15 | 1987-11-25 | 菲利浦光灯制造公司 | Device for indicating charge status of battery |
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| CN102738871A (en) * | 2012-07-20 | 2012-10-17 | 腾讯科技（深圳）有限公司 | Charging treatment method and system for mobile device |
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| JP4365429B2 (en) * | 2007-07-24 | 2009-11-18 | トヨタ自動車株式会社 | Navigation device for displaying charging information and vehicle equipped with the device |
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| CN87103529A (en) * | 1986-05-15 | 1987-11-25 | 菲利浦光灯制造公司 | Device for indicating charge status of battery |
| CN102231548A (en) * | 2011-07-04 | 2011-11-02 | 上海工程技术大学 | Battery charging device with dynamic capacity-display and charge countdown functions and application thereof |
| CN102738871A (en) * | 2012-07-20 | 2012-10-17 | 腾讯科技（深圳）有限公司 | Charging treatment method and system for mobile device |
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