CN104569831A - Electric quantity prompting method - Google Patents
Electric quantity prompting method Download PDFInfo
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- CN104569831A CN104569831A CN201410717670.5A CN201410717670A CN104569831A CN 104569831 A CN104569831 A CN 104569831A CN 201410717670 A CN201410717670 A CN 201410717670A CN 104569831 A CN104569831 A CN 104569831A
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Abstract
The embodiment of the invention discloses an electric quantity prompting method. The electric quantity prompting method comprises the following steps: acquiring a current electric quantity state of a battery, wherein the current electric quantity state comprises current residual electric quantity, current consumed electric quantity, the percentage of the current residual electric quantity to the total electric quantity, or the percentage of the current consumed electric quantity to the total electric quantity; adjusting the size of a control in a display interface according to the current electric quantity state; displaying the adjusted control to prompt the electric quantity state of the battery. Through the adoption of the embodiment of the invention, the electric quantity state of the battery of a user can be prompted, and the experience of the user is improved.
Description
Technical field
The present invention relates to electronic technology field, particularly relate to a kind of electric quantity reminding method.
Background technology
Along with the application of terminal is more and more extensive, in routine use terminal procedures, the consumption of electricity is also more and more faster, the display of state of charge is also just essential, terminal shows the icon of similar battery usually above display interface, by the state of charge of the form display battery of lattice number or number percent, the mode of terminal demonstration state of charge is comparatively single, can not the state of charge of obvious reminding subscriber terminal, and Consumer's Experience is lower.
Summary of the invention
The embodiment of the present invention provides a kind of electric quantity reminding method, can point out the state of charge of user's battery, promotes Consumer's Experience.
Embodiments provide a kind of electric quantity reminding method, comprising:
Obtain the current power state of battery, the number percent that described current power state comprises current residual electricity, current consumes power, current residual electricity account for total electricity, or current consumes power accounts for the number percent of total electricity;
According to described current power state, the size of control in adjustment display interface;
Control after display adjustment, to point out the state of charge of described battery.
Implement the embodiment of the present invention, obtain the current power state of battery, according to current power state, the size of control in adjustment display interface, and the control after display adjustment, to point out the state of charge of battery, the state of charge of user's battery can be pointed out, promote Consumer's Experience further.
Accompanying drawing explanation
In order to be illustrated more clearly in the technical scheme of the embodiment of the present invention, below the accompanying drawing used required in describing embodiment is briefly described, apparently, accompanying drawing in the following describes is some embodiments of the present invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
Fig. 1 is the schematic flow sheet of a kind of electric quantity reminding method provided in first embodiment of the invention;
Fig. 2 is the schematic flow sheet of a kind of electric quantity reminding method provided in second embodiment of the invention;
Fig. 3 is the schematic flow sheet of a kind of electric quantity reminding method provided in third embodiment of the invention;
Fig. 4 A is the interface schematic diagram of a kind of control display provided in first embodiment of the invention;
Fig. 4 B is the interface schematic diagram of a kind of capacity prompt provided in first embodiment of the invention;
Fig. 4 C is the interface schematic diagram of a kind of capacity prompt provided in second embodiment of the invention;
Fig. 4 D is the interface schematic diagram of a kind of capacity prompt provided in third embodiment of the invention;
Fig. 5 is the structural representation of a kind of terminal provided in first embodiment of the invention;
Fig. 6 is the structural representation of the adjustment unit of Fig. 5 in first embodiment of the invention;
Fig. 7 is the structural representation of the adjustment unit of Fig. 5 in second embodiment of the invention;
Fig. 8 is the structural representation of a kind of terminal provided in second embodiment of the invention.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, be clearly and completely described the technical scheme in the embodiment of the present invention, obviously, described embodiment is the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.
The embodiment of the invention discloses a kind of electric quantity reminding method, the current power state of battery can be obtained, according to current power state, the size of control in adjustment display interface, and the control after display adjustment, to point out the state of charge of battery, the state of charge of user's battery can be pointed out, promote Consumer's Experience further.
The number percent that the current power state that the embodiment of the present invention is mentioned to can comprise current residual electricity, current consumes power, current residual electricity account for total electricity, or current consumes power accounts for the number percent of total electricity.Wherein, the unit of current residual electricity and current consumes power can be milliampere mA.Current residual electricity and current consumes power are added total electricity that can obtain battery.
The control that the embodiment of the present invention is mentioned to can comprise application icon and/or window member etc., application icon is contact icon or micro-letter icon etc. such as, window member is toolbar, taskbar or search button etc. such as, does not specifically limit by the embodiment of the present invention.
The electric quantity reminding method that the embodiment of the present invention is mentioned to may operate in the terminals such as mobile phone, panel computer, PC (personal computer, personal computer) or Worn type smart machine.
Refer to Fig. 1, Fig. 1 is the schematic flow sheet of a kind of electric quantity reminding method provided in first embodiment of the invention, and the electric quantity reminding method as shown in the figure in the embodiment of the present invention can comprise:
S101, obtains the current power state of battery, the number percent that current power state comprises current residual electricity, current consumes power, current residual electricity account for total electricity, or current consumes power accounts for the number percent of total electricity.
Terminal can obtain the current power state of battery, the number percent that wherein current power state can comprise current residual electricity, current consumes power, current residual electricity account for total electricity, or current consumes power accounts for the number percent of total electricity.Such as, current residual electricity can be 600mA, and when total electricity of battery is 2000mA, current consumes power can be 1400mA, the number percent that current residual electricity accounts for total electricity can be 30%, and the number percent that current consumes power accounts for total electricity can be 70%.
Optionally, terminal can monitor the voltage of battery, and obtains the current power state of battery by the electricity computing method preset.Terminal also according to the discharge scenario of battery, can obtain the state of charge that different voltage is corresponding, and monitors the voltage of battery, obtains the state of charge that this voltage is corresponding, as the current power state of battery.Terminal also by the battery control chip preset, can read the current power state of battery.Concrete not by the restriction of the embodiment of the present invention.
S102, according to current power state, the size of control in adjustment display interface.
Terminal can according to current power state, the size of control in adjustment display interface.Such as current power state comprises current residual electricity, and when current residual electricity is less, the size of control can reduce by terminal; When current residual electricity is larger, the size of control can be amplified by terminal, and optionally, when current residual electricity is larger, terminal also can keep the size constancy of control.Wherein, the control in display interface can comprise application icon or window member etc., such as contact icon, toolbar or search button etc.
In an alternative embodiment, current power state comprises current residual electricity when accounting for the number percent of total electricity, terminal can judge whether the number percent that current residual electricity accounts for total electricity is less than default power threshold, when the number percent that current residual electricity accounts for total electricity is less than default power threshold, the size of control in adjustment display interface; When the number percent that current residual electricity accounts for total electricity is greater than or equal to default power threshold, delete the current power state got.Exemplary, default power threshold can be 50%, if the number percent that the current residual electricity that terminal gets accounts for total electricity is 30%, then terminal can determine that the number percent that current residual electricity accounts for total electricity is less than default power threshold, and then the size of control in adjustment display interface.
In an alternative embodiment, terminal can obtain the state of charge of the battery that the last time gets, and current power state and the last state of charge got is compared, according to comparative result, and the size of adjustment control.
Further alternative, current power state can comprise current residual electricity, the state of charge that the last time gets can comprise the dump energy that the last time gets, terminal can according to comparative result, the size of control reduced, wherein comparative result is the dump energy that current residual electricity is less than that the last time gets.Optionally, comparative result is current residual electricity when being greater than the dump energy that the last time gets, and terminal can keep the size constancy of control.
Further alternative, current power state can comprise current residual electricity, the state of charge that the last time gets can comprise the dump energy that the last time gets, terminal can according to comparative result, the size of control amplified, wherein comparative result is the dump energy that current residual electricity is greater than that the last time gets.Comparative result is current residual electricity when equaling the dump energy that the last time gets, and terminal keeps the size constancy of control, and continues the dump energy of monitoring battery.Such as, the dump energy that gets of terminal the last time can be 700mA, and current residual electricity is 600mA, then terminal can determine that current residual electricity is less than the dump energy that the last time gets, namely battery is in discharge condition, and then the size of control can reduce by terminal.And for example, the current residual electricity that terminal gets is 600mA, and the dump energy that the last time gets is 500mA, then terminal can determine that current residual electricity is greater than the dump energy that the last time gets, and then the size of control can be amplified by terminal.
It is to be noted, state of charge in the embodiment of the present invention is including but not limited to dump energy, also can for consumes power, dump energy account for total electricity number percent or consumes power account for the number percent etc. of total electricity, such as, current power state is the number percent that current residual electricity accounts for total electricity, the state of charge that the last time gets is the number percent that the dump energy got the last time accounts for total electricity, specifically not by the restriction of the embodiment of the present invention.
In an alternative embodiment, current power state can comprise current residual electricity and account for the number percent that the number percent of total electricity or current consumes power account for total electricity, then terminal can calculate the size of the control after adjustment in the following manner:
n＝[1-|m-a|*b]*S
Wherein, n is the size of the control after described adjustment, and m is for presetting power threshold, and a is described current power state, and b is weighted value, and S is the Source size of described control, | m-a| is the absolute value of m-a.
Such as, a is the number percent that current residual electricity accounts for total electricity, and m is 50%, b is 2, and when a is 45%, the control after the adjustment that terminal gets is of a size of 9/10S; When a is 40%, the control after the adjustment that terminal gets is of a size of 4/5S; When a is 35%, the control after the adjustment that terminal gets is of a size of 7/10S.Namely the number percent that the dump energy of battery accounts for total electricity often reduces 5%, then in display interface, the size of control reduces 10%, and the number percent that the dump energy of battery accounts for total electricity often increases by 5%, then in display interface, the size of control amplifies 10%.
And for example, a is the number percent that current consumes power accounts for total electricity, and m is 50%, b is 2, and when a is 55%, the control after the adjustment that terminal gets is of a size of 9/10S; When a is 60%, the control after the adjustment that terminal gets is of a size of 4/5S; When a is 65%, the control after the adjustment that terminal gets is of a size of 7/10S.Namely the number percent that the consumes power of battery accounts for total electricity often increases by 5%, then in display interface, the size of control reduces 10%, and the number percent that the consumes power of battery accounts for total electricity often reduces 5%, then in display interface, the size of control amplifies 10%.
It is pointed out that default power threshold in the embodiment of the present invention is including but not limited to 50%, weighted value is including but not limited to 2, and research staff can revise accordingly in conjunction with different scene.
In an alternative embodiment, the electricity that terminal can be searched belonging to current power state is interval, and wherein electricity interval the state of charge of battery is carried out segmentation draw, and the electricity interval belonging to current power state, the size of adjustment control.Further alternative, terminal can obtain the resize ratio of the interval corresponding control of electricity belonging to current power state, and according to the resize ratio of control, the size of adjustment control.
| Electricity is interval | [0,5) | [5,10) | … | [30,35) | [35,40) | … | [45,50) |
| Resize ratio | 1/11 | 2/11 | … | 6/11 | 7/11 | … | 10/11 |
Exemplary electricity is interval can be as implied above with the corresponding relation of the resize ratio of control, current power state comprises the number percent that current residual electricity accounts for total electricity, electricity interval can comprise [0,5), [5,10) ... [45,50) etc., wherein be greater than or equal to 0%, and the dump energy being less than 5% interval of the electricity belonging to number percent that accounts for total electricity for [0,5), the burst length in each electricity interval is 5.Such as, the number percent that current residual electricity accounts for total electricity is 30%, then the electricity interval belonging to current power state be [30,35), the resize ratio of the interval corresponding control of this electricity is 6/11, and then the adjusted size of control in display interface can be 6/11 times of Source size by terminal.The embodiment of the present invention avoid the state of charge of battery have less floating time, terminal needs to repeat S101 ~ S103, and can promote data-handling efficiency, resource utilization is higher.
It is to be noted, the corresponding relation of the electricity interval in the embodiment of the present invention and the resize ratio of control is including but not limited to aforesaid way, electricity is interval including but not limited to aforesaid way, such as electricity is interval can be interval for the electricity of battery being carried out divide the electricity obtained, electricity length of an interval degree is including but not limited to aforesaid way, and research staff can revise accordingly in conjunction with different scene.
In an alternative embodiment, the size of control can comprise the size in the size of the viewing area of control and the manipulation region of control.
For the interface schematic diagram of the control display shown in Fig. 4 A, in the display interface of terminal, control is of a size of Source size, and wherein control can comprise music application icon and Video Applications icon, the size of application icon and the measure-alike of corresponding operating area.
In an alternative embodiment, terminal can adjust the size of the viewing area of control, keeps the size constancy of the operating area of control.For the interface schematic diagram of the capacity prompt shown in Fig. 4 B, the display interface of terminal comprises the first picture and second picture, wherein the first picture comprises at least one control, second picture comprises operating area corresponding to each control, terminal can control the first picture, to adjust the size of the viewing area of control in the first picture, keep the size constancy of each operating area in second picture.The embodiment of the present invention can keep the size constancy of the operating area of control, does not affect user and uses this control, and user can enter the operating instructions at the operating area of control, and terminal performs corresponding operation according to operational order, promotes Consumer's Experience.
In an alternative embodiment, terminal can adjust the size of the viewing area of control and the size of operating area.For the interface schematic diagram of the capacity prompt shown in Fig. 4 C, the size of the size of the viewing area of control in display interface and operating area can reduce by terminal, such as the size of music application icon and Video Applications icon is reduced, the size of the operating area of music control and the operating area of video control is reduced simultaneously.The size of the viewing area of control and the size of operating area reduce by the embodiment of the present invention, force user control terminal to connect charging equipment, to avoid the loss of data run in terminal.
In an alternative embodiment, terminal can hide the part viewing area of control, keeps the size constancy of the operating area of control.For the interface schematic diagram of the capacity prompt shown in Fig. 4 D, terminal can hide the part viewing area of music application icon and Video Applications icon, the top of such as music application icon and the top of Video Applications icon, keep the size constancy of the operating area of music control and video control.The embodiment of the present invention can keep the size constancy of the operating area of control, does not affect user and uses this control, and user can enter the operating instructions at the operating area of control, and terminal performs corresponding operation according to operational order, promotes Consumer's Experience.
S103, the control after display adjustment, to point out the state of charge of battery.
Terminal can show the control after adjustment, to point out the state of charge of battery after adjusting the size of control in display interface.
In an alternative embodiment, while the control after terminal demonstration adjustment, the viewing area of the control before adjustment can be shown.Such as, terminal can above the control after display adjustment, the viewing area of control before the display adjustment that suspends, and to point out user control size to there occurs change, is convenient to user's state of charge of electrolytic cell directly perceived.
In an alternative embodiment, terminal can detect battery and whether be in charged state, when battery is in charged state, is Source size by the adjusted size of control, and shows control corresponding to Source size.Such as terminal is charged by power supply adaptor or by USB (universal serial bus) (the Universal Serial Bus of computing machine, USB) interface charging, terminal can detect that battery is in charged state, and then is Source size by the adjusted size of control, and shows this control.For the interface schematic diagram of the control display shown in Fig. 4 A, terminal can show music application icon and Video Applications icon, wherein the size of application icon and the measure-alike of corresponding operating area, and music control and video control are of a size of Source size.
In the electric quantity reminding method shown in Fig. 1, if current residual electricity is less than default power threshold, then adjust the size of control in display interface, and the control after display adjustment, to point out the dump energy of battery, promote Consumer's Experience.
Refer to Fig. 2, Fig. 2 is the schematic flow sheet of a kind of electric quantity reminding method provided in second embodiment of the invention, and the electric quantity reminding method as shown in the figure in the embodiment of the present invention can comprise:
S201, obtains the current residual electricity of battery.
Terminal can obtain the current residual electricity of battery, and such as, current residual electricity can be 600mA.Optionally, terminal can monitor the voltage of battery, and obtains the current residual electricity of battery by the electricity computing method preset.Terminal also according to the discharge scenario of battery, can obtain the dump energy that different voltage is corresponding, and monitors the voltage of battery, obtains the dump energy that this voltage is corresponding, as the current residual electricity of battery.Terminal also by the battery control chip preset, can read the current residual electricity of battery.Concrete not by the restriction of the embodiment of the present invention.
S202, obtains the last dump energy getting battery.
Terminal can also obtain the dump energy that the last time gets battery.
In an alternative embodiment, terminal can judge whether current residual electricity is less than default power threshold, when current residual electricity is less than default power threshold, obtains the last dump energy getting battery; When current residual electricity is greater than or equal to default power threshold, delete the current residual electricity got.Wherein the last dump energy got is the dump energy got before terminal obtains current residual electricity.Exemplary, default power threshold can be 1000mA, and when the current residual electricity that terminal gets is 600mA, terminal can determine that current residual electricity is less than default power threshold, and then obtains the last dump energy got.
S203, compares current residual electricity and the last dump energy got.
Current residual electricity and the last dump energy got can compare by terminal.Such as, the current residual electricity that terminal gets is 600mA, and the dump energy that the last time gets is 700mA, then terminal can determine that current residual electricity is less than the dump energy that the last time gets, and namely battery is in discharge condition.
S204, according to comparative result, reduces the size of control, and comparative result is the dump energy that current residual electricity is less than that the last time gets.
The size of control according to comparative result, can reduce by terminal, and wherein comparative result can be less than for current residual electricity the dump energy that the last time gets.Wherein, the control in display interface can comprise application icon or window member etc., such as contact icon, toolbar or search button etc.
In an alternative embodiment, the electricity that terminal can be searched belonging to current residual electricity is interval, and wherein electricity interval the electricity of battery is carried out segmentation draw, and the electricity interval belonging to current residual electricity, the size of adjustment control.Further alternative, terminal can obtain the resize ratio of the interval corresponding control of electricity belonging to current residual electricity, and according to the resize ratio of control, the size of adjustment control.
| Electricity is interval | [0,100) | [100,200) | … | [600,700) | [700,800) | … | [900,1000) |
| Resize ratio | 1/11 | 2/11 | … | 6/11 | 7/11 | … | 10/11 |
Exemplary electricity is interval can be as implied above with the corresponding relation of the resize ratio of control, electricity interval can comprise [0,100), [100,200) ... [900,1000) etc., be wherein greater than or equal to 0mA, and the interval of the electricity belonging to dump energy being less than 100mA is [0,100), the burst length in each electricity interval is 100, and default power threshold is 1000mA.Such as, the dump energy that the last time gets is 730mA, then the control of terminal demonstration is of a size of 7/11 times of Source size, current residual electricity is 650mA, electricity interval then belonging to current residual electricity is [600,700), the resize ratio of the interval corresponding control of this electricity is 6/11, and then the adjusted size of control in display interface can be 6/11 times of Source size by terminal.When the embodiment of the present invention avoids the dump energy of battery often to change 1mA, terminal needs to repeat S201 ~ S205, and can promote data-handling efficiency, resource utilization is higher.
It is pointed out that the burst length in the electricity interval in the embodiment of the present invention is including but not limited to 100, the interval corresponding resize ratio of each electricity is including but not limited to aforesaid way, and research staff can revise accordingly in conjunction with different scene.
In an alternative embodiment, the size of control can comprise the size in the size of the viewing area of control and the manipulation region of control.Terminal can reduce the size of the viewing area of control, keeps the size constancy of the operating area of control.For the interface schematic diagram of the capacity prompt shown in Fig. 4 B, the display interface of terminal comprises the first picture and second picture, wherein the first picture comprises at least one control, second picture comprises operating area corresponding to each control, terminal can control the first picture, to reduce the size of the viewing area of control in the first picture, keep the size constancy of each operating area in second picture.The embodiment of the present invention can keep the size constancy of the operating area of control, does not affect user and uses this control, and user can enter the operating instructions at the operating area of control, and terminal performs corresponding operation according to operational order, promotes Consumer's Experience.
In an alternative embodiment, terminal can adjust the size of the viewing area of control and the size of operating area.For the interface schematic diagram of the capacity prompt shown in Fig. 4 C, the size of the size of the viewing area of control in display interface and operating area can reduce by terminal, such as the size of music application icon and Video Applications icon is reduced, the size of the operating area of music control and the operating area of video control is reduced simultaneously.The size of the viewing area of control and the size of operating area reduce by the embodiment of the present invention, force user control terminal to connect charging equipment, to avoid the loss of data run in terminal.
In an alternative embodiment, terminal can hide the part viewing area of control, keeps the size constancy of the operating area of control.For the interface schematic diagram of the capacity prompt shown in Fig. 4 D, terminal can hide the part viewing area of music application icon and Video Applications icon, the top of such as music application icon and the top of Video Applications icon, keep the size constancy of the operating area of music control and video control.The embodiment of the present invention can keep the size constancy of the operating area of control, does not affect user and uses this control, and user can enter the operating instructions at the operating area of control, and terminal performs corresponding operation according to operational order, promotes Consumer's Experience.
S205, the control after display adjustment, to point out the dump energy of battery.
Terminal can show the control after adjustment, to point out the dump energy of user's battery, so that user control terminal connects charging equipment, avoids the loss of the data run in terminal.
In an alternative embodiment, while the control after terminal demonstration adjustment, the viewing area of the control before adjustment can be shown.Such as, terminal can above the control after display adjustment, the viewing area of control before the display adjustment that suspends, and to point out user control size to there occurs change, is convenient to user's dump energy of electrolytic cell directly perceived.
It is to be noted, the embodiment of the present invention is including but not limited to the current residual electricity obtaining battery, such as, terminal can obtain the current consumes power of battery, obtains the last consumes power getting battery, current consumes power and the last consumes power got is compared, when current consumes power is less than the consumes power that the last time gets, the size of control reduced, the control after display adjustment, to point out the consumes power of battery.
In the electric quantity reminding method shown in Fig. 2, if current residual electricity is less than the dump energy that the last time gets, then the size of control is reduced, the control after display adjustment, to point out the dump energy of battery, promote Consumer's Experience.
Refer to Fig. 3, Fig. 3 is the schematic flow sheet of a kind of electric quantity reminding method provided in third embodiment of the invention, and the electric quantity reminding method as shown in the figure in the embodiment of the present invention can comprise:
S301, obtains the current residual electricity of battery.Specifically can with reference to the S201 in embodiment above, the embodiment of the present invention repeats no more.
S302, obtains the last dump energy getting battery.
In an alternative embodiment, terminal can judge whether current residual electricity is less than default power threshold, when current residual electricity is less than default power threshold, obtains the last dump energy getting battery; When current residual electricity is greater than or equal to default power threshold, delete the current residual electricity got.Exemplary, default power threshold can be 1000mA, and when the current residual electricity that terminal gets is 600mA, terminal can determine that current residual electricity is less than default power threshold, and then obtains the last dump energy got.Wherein the last dump energy got is the dump energy got before terminal obtains current residual electricity.Exemplary, default power threshold can be 1000mA, and the current residual electricity that terminal gets is 600mA, and terminal can determine that current residual electricity is less than default power threshold, and then obtains the last dump energy getting battery.
S303, compares current residual electricity and the last dump energy got.
Current residual electricity and the last dump energy got can compare by terminal.Such as, the current residual electricity that terminal gets is 600mA, and the dump energy that the last time gets is 500mA, then terminal can determine that current residual electricity is greater than the dump energy that the last time gets.
S304, according to comparative result, amplifies the size of control, and comparative result is the dump energy that current residual electricity is greater than that the last time gets.
The size of control according to comparative result, can be amplified by terminal, and wherein comparative result can be greater than for current residual electricity the dump energy that the last time gets.Wherein, the control in display interface can comprise application icon or window member etc., such as contact icon, toolbar or search button etc.
In an alternative embodiment, the electricity that terminal can be searched belonging to current residual electricity is interval, and wherein electricity interval the electricity of battery is carried out segmentation draw, and the electricity interval belonging to current residual electricity, the size of adjustment control.Further alternative, terminal can obtain the resize ratio of the interval corresponding control of electricity belonging to current residual electricity, and according to the resize ratio of control, the size of adjustment control.
| Electricity is interval | [0,100) | [100,200) | … | [600,700) | [700,800) | … | [900,1000) |
| Resize ratio | 1/11 | 2/11 | … | 6/11 | 7/11 | … | 10/11 |
Exemplary electricity is interval can be as implied above with the corresponding relation of the resize ratio of control, electricity interval can comprise [0,100), [100,200) ... [900,1000) etc., be wherein greater than or equal to 0mA, and the interval of the electricity belonging to dump energy being less than 100mA is [0,100), the burst length in each electricity interval is 100, and default power threshold is 1000mA.Such as, the dump energy that the last time gets is 530mA, then the control of terminal demonstration is of a size of 5/11 times of Source size, current residual electricity is 650mA, electricity interval then belonging to current residual electricity is [600,700), the resize ratio of the interval corresponding control of this electricity is 6/11, and then the adjusted size of control in display interface can be 6/11 times of Source size by terminal.When the embodiment of the present invention avoids the dump energy of battery often to change 1mA, terminal needs to repeat S201 ~ S205, and can promote data-handling efficiency, resource utilization is higher.
It is pointed out that the burst length in the electricity interval in the embodiment of the present invention is including but not limited to 100, the interval corresponding resize ratio of each electricity is including but not limited to aforesaid way, and research staff can revise accordingly in conjunction with different scene.
In an alternative embodiment, the size of control can comprise the size in the size of the viewing area of control and the manipulation region of control.Terminal can amplify the size of the viewing area of control, keeps the size constancy of the operating area of control.For the interface schematic diagram of the capacity prompt shown in Fig. 4 B, the display interface of terminal comprises the first picture and second picture, wherein the first picture comprises at least one control, second picture comprises operating area corresponding to each control, terminal can control the first picture, to amplify the size of the viewing area of control in the first picture, keep the size constancy of each operating area in second picture.
In an alternative embodiment, terminal can adjust the size of the viewing area of control and the size of operating area.For the interface schematic diagram of the capacity prompt shown in Fig. 4 C, the size of the size of the viewing area of control in display interface and operating area can be amplified by terminal, such as the size of music application icon and Video Applications icon is amplified, the size of the operating area of music control and the operating area of video control is amplified simultaneously.
In an alternative embodiment, the part that terminal can recover control hides viewing area, keeps the size constancy of the operating area of control.For the interface schematic diagram of the capacity prompt shown in Fig. 4 D, the part that terminal can recover music application icon and Video Applications icon hides viewing area, the middle part of such as music application icon and the middle part of Video Applications icon, keep the size constancy of the operating area of music control and video control.
S305, the control after display adjustment, to point out the dump energy of battery.
Terminal can show the control after adjustment, to point out the dump energy of user's battery.
In an alternative embodiment, while the control after terminal demonstration adjustment, the viewing area of the control before adjustment can be shown.Such as, terminal can above the control after display adjustment, the viewing area of control before the display adjustment that suspends, and to point out user control size to there occurs change, is convenient to user's dump energy of electrolytic cell directly perceived.
It is to be noted, the embodiment of the present invention is including but not limited to the current residual electricity obtaining battery, such as, terminal can obtain the current consumes power of battery, obtains the last consumes power getting battery, current consumes power and the last consumes power got is compared, when current consumes power is greater than the consumes power that the last time gets, the size of control amplified, the control after display adjustment, to point out the consumes power of battery.
In the electric quantity reminding method shown in Fig. 3, if current residual electricity is greater than the dump energy that the last time gets, then the size of control is amplified, the control after display adjustment, to point out the dump energy of battery, promote Consumer's Experience.
Refer to Fig. 5, Fig. 5 is the structural representation of a kind of terminal provided in first embodiment of the invention, wherein the terminal 500 that provides of the embodiment of the present invention is corresponding with the method shown in Fig. 1, for the executive agent based on the electric quantity reminding method shown in Fig. 1, terminal 500 as shown in the figure in the embodiment of the present invention at least can comprise state of charge acquiring unit 510, adjustment unit 520 and display unit 530, wherein:
State of charge acquiring unit 510, for obtaining the current power state of battery, the number percent that wherein current power state can comprise current residual electricity, current consumes power, current residual electricity account for total electricity, or current consumes power accounts for the number percent of total electricity.Such as, current residual electricity can be 600mA, and when total electricity of battery is 2000mA, current consumes power can be 1400mA, the number percent that current residual electricity accounts for total electricity can be 30%, and the number percent that current consumes power accounts for total electricity can be 70%.
Optionally, state of charge acquiring unit 510 can monitor the voltage of battery, and obtains the current power state of battery by the electricity computing method preset.State of charge acquiring unit 510 also according to the discharge scenario of battery, can obtain the state of charge that different voltage is corresponding, and monitors the voltage of battery, obtains the state of charge that this voltage is corresponding, as the current power state of battery.State of charge acquiring unit 510 also by the battery control chip preset, can read the current power state of battery.Concrete not by the restriction of the embodiment of the present invention.
Adjustment unit 520, for according to current power state, adjusts the size of control in display interface.Such as current power state comprises current residual electricity, and when current residual electricity is less, the size of control can reduce by adjustment unit 520; When current residual electricity is larger, the size of control can be amplified by adjustment unit 520, and optionally, when current residual electricity is larger, adjustment unit 520 also can keep the size constancy of control.Wherein, the control in display interface can comprise application icon or window member etc., such as contact icon, toolbar or search button etc.
Optionally, current power state comprises current residual electricity when accounting for the number percent of total electricity, adjustment unit 520 can judge whether the number percent that current residual electricity accounts for total electricity is less than default power threshold, when the number percent that current residual electricity accounts for total electricity is less than default power threshold, the size of control in adjustment display interface; When the number percent that current residual electricity accounts for total electricity is greater than or equal to default power threshold, delete the current power state got.Exemplary, default power threshold can be 50%, if the current residual electricity that state of charge acquiring unit 510 gets is 30%, then adjustment unit 520 can determine that current residual electricity is less than default power threshold, and then adjusts the size of control in display interface.
Display unit 530, for showing the control after adjustment, to point out the state of charge of described battery.
Optionally, display unit 530 can show the viewing area of the control before adjustment while showing the control after adjustment.Such as, display unit 530 can above the control after display adjustment, the viewing area of control before the display adjustment that suspends, and to point out user control size to there occurs change, is convenient to user's state of charge of electrolytic cell directly perceived.
As the optional embodiment of one, the adjustment unit 520 in the embodiment of the present invention can as shown in Figure 6, comprise further:
Electricity acquiring unit 610, gets the state of charge of described battery for obtaining the last time.
Comparing unit 620, for comparing current power state and the last state of charge got.
First adjustment unit 630, for according to comparative result, adjusts the size of control.
Further alternative, current power state can comprise current residual electricity, the state of charge that the last time gets can comprise the dump energy that the last time gets, then the first adjustment unit 630, for according to comparative result, the size of control reduced, wherein comparative result can be less than for current residual electricity the dump energy that the last time gets.Optionally, comparative result is current residual electricity when being greater than the dump energy that the last time gets, and the first adjustment unit 630 can keep the size constancy of control.
Further alternative, current power state can comprise current residual electricity, the state of charge that the last time gets can comprise the dump energy that the last time gets, then the first adjustment unit 630, for according to comparative result, the size of control amplified, wherein comparative result can be greater than for current residual electricity the dump energy that the last time gets.Comparative result is current residual electricity when equaling the dump energy that the last time gets, and the first adjustment unit 630 keeps the size constancy of control.
Such as, the dump energy that electricity acquiring unit 610 the last time gets can be 700mA, the current residual electricity that state of charge acquiring unit 510 gets is 600mA, then the first adjustment unit 630 can determine that current residual electricity is less than the dump energy that the last time gets, namely battery is in discharge condition, and current residual electricity is lower, and then the size of control is reduced.And for example, the current residual electricity that state of charge acquiring unit 510 gets is 600mA, it is 600mA that electricity acquiring unit 610 gets the dump energy that the last time gets, then the first adjustment unit 630 can determine that current residual electricity is greater than the dump energy that the last time gets, and then the size of control is amplified.
It is to be noted, state of charge in the embodiment of the present invention is including but not limited to dump energy, also can for consumes power, dump energy account for total electricity number percent or consumes power account for the number percent etc. of total electricity, such as, current power state is the number percent that current residual electricity accounts for total electricity, the state of charge that the last time gets is the number percent that the dump energy got the last time accounts for total electricity, specifically not by the restriction of the embodiment of the present invention.
As the optional embodiment of one, current power state can comprise current residual electricity and account for the number percent that the number percent of total electricity or current consumes power account for total electricity, then adjustment unit 520 can calculate the size of the control after described adjustment in the following manner:
n＝[1-|m-a|*b]*S
Wherein, n is the size of the control after described adjustment, and m is for presetting power threshold, and a is described current power state, and b is weighted value, and S is the Source size of described control, | m-a| is the absolute value of m-a.
Such as, a is the number percent that current residual electricity accounts for total electricity, and m is 50%, b is 2, and when a is 45%, the control after the adjustment that adjustment unit 520 gets is of a size of 9/10S; When a is 40%, the control after the adjustment that adjustment unit 520 gets is of a size of 4/5S; When a is 35%, the control after the adjustment that adjustment unit 520 gets is of a size of 7/10S.Namely the number percent that the dump energy of battery accounts for total electricity often reduces 5%, then in display interface, the size of control reduces 10%, and the number percent that the dump energy of battery accounts for total electricity often increases by 5%, then in display interface, the size of control amplifies 10%.
And for example, a is the number percent that current consumes power accounts for total electricity, and m is 50%, b is 2, and when a is 55%, the control after the adjustment that adjustment unit 520 gets is of a size of 9/10S; When a is 60%, the control after the adjustment that adjustment unit 520 gets is of a size of 4/5S; When a is 65%, the control after the adjustment that adjustment unit 520 gets is of a size of 7/10S.Namely the number percent that the consumes power of battery accounts for total electricity often increases by 5%, then in display interface, the size of control reduces 10%, and the number percent that the consumes power of battery accounts for total electricity often reduces 5%, then in display interface, the size of control amplifies 10%.
It is pointed out that default power threshold in the embodiment of the present invention is including but not limited to 50%, weighted value is including but not limited to 2, and research staff can revise accordingly in conjunction with different scene.
As the optional embodiment of one, the size of control can comprise the size in the size of the viewing area of control and the manipulation region of control.
For the interface schematic diagram of the control display shown in Fig. 4 A, when current residual electricity is greater than or equal to default power threshold, in the display interface of terminal 500, control is of a size of Source size, wherein control can comprise music application icon and Video Applications icon, and the size of application icon is identical with the area size of corresponding operating area.
As the optional embodiment of one, adjustment unit 520, for adjusting the size of the viewing area of control, keeps the size constancy of the operating area of control.For the interface schematic diagram of the capacity prompt shown in Fig. 4 B, the display interface of terminal 500 comprises the first picture and second picture, wherein the first picture comprises at least one control, second picture comprises operating area corresponding to each control, adjustment unit 520 can control the first picture, to adjust the size of the viewing area of control in the first picture, keep the size constancy of each operating area in second picture.The embodiment of the present invention can keep the size constancy of the operating area of control, does not affect user and uses this control, and user can enter the operating instructions at the operating area of control, and terminal performs corresponding operation according to operational order, promotes Consumer's Experience.
As the optional embodiment of one, adjustment unit 520, for the size of the size and operating area that adjust the viewing area of control.For the interface schematic diagram of the capacity prompt shown in Fig. 4 C, the size of the size of the viewing area of control in display interface and operating area can reduce by adjustment unit 520, such as the size of music application icon and Video Applications icon is reduced, the size of the operating area of music control and the operating area of video control is reduced simultaneously.The size of the viewing area of control and the size of operating area reduce by the embodiment of the present invention, force user control terminal 500 to connect charging equipment, to avoid the loss of data run in terminal.
As the optional embodiment of one, adjustment unit 520, for the part viewing area of hiding control, keeps the size constancy of the operating area of control.For the interface schematic diagram of the capacity prompt shown in Fig. 4 D, adjustment unit 520 can hide the part viewing area of music application icon and Video Applications icon, the top of such as music application icon and the top of Video Applications icon, keep the size constancy of the operating area of music control and video control.The embodiment of the present invention can keep the size constancy of the operating area of control, does not affect user and uses this control, and user can enter the operating instructions at the operating area of control, and terminal performs corresponding operation according to operational order, promotes Consumer's Experience.
As the optional embodiment of one, the adjustment unit 520 in the embodiment of the present invention can as shown in Figure 7, comprise further:
Search unit 710, interval for the electricity searched belonging to current power state, electricity interval the state of charge of battery is carried out segmentation draw.
Second adjustment unit 720, interval for the electricity belonging to current power state, the size of adjustment control.
Further alternative, the second adjustment unit 720, for obtaining the resize ratio of control corresponding to electricity, and according to the resize ratio of control, the size of adjustment control.
| Electricity is interval | [0,5) | [5,10) | … | [30,35) | [35,40) | … | [45,50) |
| Resize ratio | 1/11 | 2/11 | … | 6/11 | 7/11 | … | 10/11 |
Exemplary electricity is interval can be as implied above with the corresponding relation of the resize ratio of control, current power state comprises the number percent that current residual electricity accounts for total electricity, electricity interval can comprise [0,5), [5,10) ... [45,50) etc., wherein be greater than or equal to 0%, and the dump energy being less than 5% interval of the electricity belonging to number percent that accounts for total electricity for [0,5), the burst length in each electricity interval is 5, and default power threshold is 50%.Such as, the number percent that the current residual electricity that current electric quantity acquiring unit 510 gets accounts for total electricity is 30%, then search unit 710 and can determine that the electricity interval belonging to current power state is [30,35), the resize ratio of the interval corresponding control of this electricity is 6/11, and then the adjusted size of control in display interface can be 6/11 times of Source size by the second adjustment unit 720.The embodiment of the present invention avoid the state of charge of battery have less floating time, terminal needs to repeat S101 ~ S103, and can promote data-handling efficiency, resource utilization is higher.
It is to be noted, the corresponding relation of the electricity interval in the embodiment of the present invention and the resize ratio of control is including but not limited to aforesaid way, electricity is interval including but not limited to aforesaid way, such as electricity is interval can be interval for the electricity of battery being carried out divide the electricity obtained, electricity length of an interval degree is including but not limited to aforesaid way, and research staff can revise accordingly in conjunction with different scene.
As the optional embodiment of one, the terminal 500 in the embodiment of the present invention can also comprise:
Whether detecting unit 540, be in charged state for detecting battery.
The adjusted size of control, also for when battery is in charged state, is Source size by adjustment unit 520.
Display unit 530, also for showing control.
Such as terminal 500 is charged by power supply adaptor or by USB (universal serial bus) (the Universal Serial Bus of computing machine, USB) interface charging, detecting unit 540 can detect that battery is in charged state, the adjusted size of control is Source size by adjustment unit 520, and display unit 530 shows control.For the interface schematic diagram of the control display shown in Fig. 4 A, display unit 530 can show music application icon and Video Applications icon, wherein the size of application icon is identical with the area size of corresponding operating area, and music control and video control are of a size of Source size.
In the terminal shown in Fig. 5, state of charge acquiring unit 510 obtains the current power state of battery, and adjustment unit 520 is according to current power state, the size of control in adjustment display interface, display unit 530 shows the control after adjustment, to point out the dump energy of battery, promotes Consumer's Experience.
Refer to Fig. 8, Fig. 8 is the structural representation of a kind of terminal provided in second embodiment of the invention.Terminal 800 described in the embodiment of the present invention comprises: at least one output unit 830; At least one processor 810, such as CPU; With storer 840, above-mentioned output unit 830, processor 810 are connected by bus 820 with storer 840.
Wherein, above-mentioned output unit 830 specifically can be the display screen of terminal, for exporting, showing control.
Above-mentioned storer 840 can be high-speed RAM storer, also can be non-labile storer (non-volatile memory), such as magnetic disk memory.Above-mentioned storer 840 is for storing batch processing code, and above-mentioned output unit 830 and processor 810, for calling the program code stored in storer 840, perform and operate as follows:
Processor 810, for obtaining the current power state of battery.The number percent that wherein current power state can comprise current residual electricity, current consumes power, current residual electricity account for total electricity, or current consumes power accounts for the number percent of total electricity.
Processor 810, for according to current power state, adjusts the size of control in display interface.
Output unit 830, for showing the control after adjustment, to point out the state of charge of described battery.Wherein control can comprise application icon and/or window member.
As the optional embodiment of one, processor 810 adjusts the size of control in display interface, specifically can comprise:
Obtain the last state of charge getting described battery.
The state of charge that described current power state and described the last time get is compared.
According to described comparative result, adjust the size of described control.
As the optional embodiment of one, current power state comprises current residual electricity, and the state of charge that described the last time gets comprises the dump energy that the last time gets, then processor 810 is according to described comparative result, adjust the size of described control, be specifically as follows:
According to comparative result, the size of control reduced, wherein comparative result is the dump energy that current residual electricity is less than that the last time gets.
As the optional embodiment of one, current power state comprises current residual electricity, and the state of charge that described the last time gets comprises the dump energy that the last time gets, then processor 810 is according to described comparative result, adjust the size of described control, be specifically as follows:
According to comparative result, the size of control amplified, wherein comparative result is the dump energy that current residual electricity is greater than that the last time gets.
As the optional embodiment of one, current power state can comprise current residual electricity and account for the number percent that the number percent of total electricity or current consumes power account for total electricity, then processor 810 can calculate the size of the control after described adjustment in the following manner:
n＝[1-|m-a|*b]*S
Wherein, n is the size of the control after described adjustment, and m is for presetting power threshold, and a is described current power state, and b is weighted value, and S is the Source size of described control, | m-a| is the absolute value of m-a.
As the optional embodiment of one, the size of control can comprise the size in the size of the viewing area of described control and the manipulation region of described control, then processor 810 adjusts the size of control in display interface, specifically can comprise:
Adjust the size of the viewing area of described control, keep the size constancy of the operating area of described control.
Or, adjust the size of the viewing area of described control and the size of operating area.
Or, hide the part viewing area of described control, keep the size constancy of the operating area of described control.
As the optional embodiment of one, processor 810 adjusts the size of control in display interface, specifically can comprise:
The electricity searched belonging to described current power state is interval, and described electricity interval the state of charge of described battery is carried out segmentation draw.
Electricity belonging to described current power state is interval, adjusts the size of described control.
Further alternative, storer 840 is also for storing the resize ratio of the interval corresponding control of each electricity, then the electricity of processor 810 belonging to described current power state is interval, adjusts the size of described control, specifically can comprise:
Obtain in storer 840 resize ratio of the interval corresponding described control of the described electricity stored;
According to the resize ratio of described control, adjust the size of described control.
As the optional embodiment of one, whether processor 810, be also in charged state for detecting described battery.
The adjusted size of described control, also for when described battery is in charged state, is Source size by processor 810.
Output unit 830, also for showing described control.
Concrete, the terminal 800 introduced in the embodiment of the present invention can in order to implement the part or all of flow process in the electric quantity reminding method embodiment of composition graphs 1 of the present invention, Fig. 2 or Fig. 3 introduction.
One of ordinary skill in the art will appreciate that all or part of flow process realized in above-described embodiment method, that the hardware that can carry out instruction relevant by computer program has come, described program can be stored in computer read/write memory medium, this program, when performing, can comprise the flow process of the embodiment as above-mentioned each side method.Wherein, described storage medium can be magnetic disc, CD, read-only store-memory body (Read-Only Memory, ROM) or random store-memory body (Random Access Memory, RAM) etc.
It should be noted that, in the above-described embodiments, the description of each embodiment is all emphasized particularly on different fields in certain embodiment, there is no the part described in detail, can see the associated description of other embodiments.Secondly, those skilled in the art also should know, the embodiment described in instructions all belongs to preferred embodiment, and involved action and module might not be that the embodiment of the present invention is necessary.
Step in embodiment of the present invention method can be carried out order according to actual needs and be adjusted, merges and delete.
Unit in embodiment of the present invention terminal can carry out merging, divide and deleting according to actual needs.
Unit described in the embodiment of the present invention, universal integrated circuit can be passed through, such as CPU (CentralProcessing Unit, central processing unit), or realized by ASIC (Application Specific IntegratedCircuit, special IC).
Above the electric quantity reminding method that the embodiment of the present invention provides is described in detail, apply specific case herein to set forth principle of the present invention and embodiment, the explanation of above embodiment just understands method of the present invention and core concept thereof for helping; Meanwhile, for one of ordinary skill in the art, according to thought of the present invention, all will change in specific embodiments and applications, in sum, this description should not be construed as limitation of the present invention.
Claims (10)
1. an electric quantity reminding method, is characterized in that, comprising:
Obtain the current power state of battery, the number percent that described current power state comprises current residual electricity, current consumes power, current residual electricity account for total electricity, or current consumes power accounts for the number percent of total electricity;
According to described current power state, the size of control in adjustment display interface;
Control after display adjustment, to point out the state of charge of described battery.
2. the method for claim 1, is characterized in that, described according to described current power state, and in adjustment display interface, the size of control comprises:
Obtain the last state of charge getting described battery;
The state of charge that described current power state and described the last time get is compared;
According to described comparative result, the size of control described in adjustment display interface.
3. method as claimed in claim 2, it is characterized in that, described current power state comprises current residual electricity, and the state of charge that described the last time gets comprises the dump energy that the last time gets;
Described according to described comparative result, described in adjustment display interface, the size of control comprises:
According to described comparative result, the size of described control reduced, described comparative result is the dump energy that described current residual electricity is less than that described the last time gets.
4. method as claimed in claim 2, it is characterized in that, described current power state comprises current residual electricity, and the state of charge that described the last time gets comprises the dump energy that the last time gets;
Described according to described comparative result, described in adjustment display interface, the size of control comprises:
According to described comparative result, the size of described control amplified, described comparative result is the dump energy that described current residual electricity is greater than that described the last time gets.
5. the method for claim 1, is characterized in that, described current power state comprises current residual electricity and accounts for the number percent that the number percent of total electricity or current consumes power account for total electricity;
The size of the control after described adjustment can calculate in the following manner:
n＝[1-|m-a|*b]*S
Wherein, n is the size of the control after described adjustment, and m is for presetting power threshold, and a is described current power state, and b is weighted value, and S is the Source size of described control, | m-a| is the absolute value of m-a.
6. the method for claim 1, is characterized in that, the size of described control comprises the size in the size of the viewing area of described control and the manipulation region of described control;
In described adjustment display interface, the size of control comprises:
Adjust the size of the viewing area of described control, keep the size constancy of the operating area of described control;
Or adjust the size of viewing area and the size of operating area of described control;
Or hide the part viewing area of described control, keep the size constancy of the operating area of described control.
7. the method for claim 1, is characterized in that, described according to described current power state, and in adjustment display interface, the size of control comprises:
The electricity searched belonging to described current power state is interval, and described electricity interval the state of charge of described battery is carried out segmentation draw;
Electricity belonging to described current power state is interval, the size of control described in adjustment display interface.
8. method as claimed in claim 7, is characterized in that, described electricity belonging to described current power state is interval, and described in adjustment display interface, the size of control comprises:
Obtain the resize ratio of the interval corresponding described control of described electricity;
According to the resize ratio of described control, the size of control described in adjustment display interface.
9. the method for claim 1, is characterized in that, also comprises:
Detect described battery and whether be in charged state;
When described battery is in charged state, be Source size by the adjusted size of described control;
Show described control.
10. the method for claim 1, is characterized in that, described control comprises application icon or window member.
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