CN106842042A - It is a kind of that method, system and the electronic equipment calibrated are shown to electricity - Google Patents
It is a kind of that method, system and the electronic equipment calibrated are shown to electricity Download PDFInfo
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- CN106842042A CN106842042A CN201611234772.7A CN201611234772A CN106842042A CN 106842042 A CN106842042 A CN 106842042A CN 201611234772 A CN201611234772 A CN 201611234772A CN 106842042 A CN106842042 A CN 106842042A
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01R—MEASURING ELECTRIC VARIABLES; MEASURING MAGNETIC VARIABLES
- G01R35/00—Testing or calibrating of apparatus covered by the other groups of this subclass
- G01R35/005—Calibrating; Standards or reference devices, e.g. voltage or resistance standards, "golden" references
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- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01M—PROCESSES OR MEANS, e.g. BATTERIES, FOR THE DIRECT CONVERSION OF CHEMICAL ENERGY INTO ELECTRICAL ENERGY
- H01M10/00—Secondary cells; Manufacture thereof
- H01M10/42—Methods or arrangements for servicing or maintenance of secondary cells or secondary half-cells
- H01M10/48—Accumulators combined with arrangements for measuring, testing or indicating the condition of cells, e.g. the level or density of the electrolyte
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E60/00—Enabling technologies; Technologies with a potential or indirect contribution to GHG emissions mitigation
- Y02E60/10—Energy storage using batteries
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- Chemical Kinetics & Catalysis (AREA)
- Electrochemistry (AREA)
- General Chemical & Material Sciences (AREA)
- Secondary Cells (AREA)
- Tests Of Electric Status Of Batteries (AREA)
- Charge And Discharge Circuits For Batteries Or The Like (AREA)
Abstract
It is described to show that the method calibrated includes to electricity the invention discloses a kind of method, system and electronic equipment for being shown to electricity and being calibrated：Obtain the current voltage value and voltage value of battery；In standard voltage value, the incidence relation of standard electric value, the standard voltage value, the standard electric value of the correspondence current voltage value are searched, the standard electric value of future time point is further searched for according to the standard voltage value of the correspondence current voltage value, the standard electric value；By the variation tendency of the standard electric value of the voltage value to future time point, the display of the voltage value is corrected.Through the above way, the present invention can eliminate the positive negative error in battery charge and discharge process, electricity is shown accurately, strengthen user experience.
Description
Technical field
The invention belongs to cell art, it is more particularly to a kind of electricity is shown calibrated method, system with
And electronic equipment.
Background technology
In daily life, we are frequently encountered such case：Electricity is shown on mobile phone screen, but but suddenly certainly
Dynamic shutdown, or show that electricity was 1% some time on screen, but can still use feelings for a long time without shutting down
Condition.More than mobile phone, when using other electronic equipments such as panel computer, notebook computers, occurs which kind of situation all can
Have a strong impact on the experience of user.
By taking mobile phone as an example, in current mobile phone charge and discharge process, exist it is various due to, produce various electricity
Tankage error, these errors can constantly add up, and as a result cause actual battery capacity very big with the capacity volume variance of display, if
Correct not in time, may result in and electricity is shown on mobile phone screen, but actually cell voltage has arrived at shutdown voltage
And shut down suddenly, cause program that user is currently in use or data to be interrupted suddenly；Or there is battery actually also much
Electricity, but screen has shown that electricity for 0, has a strong impact on the normal of user and uses.
The content of the invention
The present invention solves the technical problem of providing a kind of method, system and electricity for being calibrated of being shown to electricity
Sub- equipment, can eliminate the positive negative error in battery charge and discharge process, electricity is shown accurately, strengthen Consumer's Experience.
In order to solve the above technical problems, one aspect of the present invention is to provide a kind of display to electricity carries out school
Accurate method, methods described includes：Obtain the current voltage value and voltage value of battery；In standard voltage value, Standard clectrical quantity
In the incidence relation of value, the standard voltage value, the standard electric value of the correspondence current voltage value are searched, according to correspondence
The standard voltage value of the current voltage value, the standard electric value further search for the standard of future time point
Charge value；By the variation tendency of the standard electric value of the voltage value to future time point, the current electricity is corrected
The display of value.
Wherein, the voltage value corrects described working as to the variation tendency of the standard electric value of future time point
The display of preceding charge value includes：The voltage value to the slope variation of the standard electric value of future time point is obtained to become
Gesture, by the voltage value according to being shown after the slope variation Long-term change trend.
Wherein, the standard voltage value, the incidence relation of standard electric value are battery discharge standard curves；
The standard voltage value of the foundation correspondence current voltage value, the standard electric value are further searched for
The standard electric value of future time point includes：
If the voltage value is more than the standard electric value of the correspondence current voltage value, described according to correspondence
The standard voltage value of current voltage value, the standard electric value further search for the Standard clectrical quantity of future time point
Value；
If the voltage value is less than the standard electric value of the correspondence current voltage value, described according to correspondence
The standard voltage value of current voltage value, the standard electric value further search for the Standard clectrical quantity of future time point
Value, and the standard electric value of future time point is similarly less than the voltage value.
Wherein, in the standard voltage value, the incidence relation of standard electric value, multiple future times searched are provided with
The step of point, display of the amendment voltage value, is carried out one by one in each future time point position.
In order to solve the above technical problems, another technical solution used in the present invention is to provide a kind of display to electricity carrying out
The system of calibration, the system includes：Module is obtained, the acquisition module is used to obtain the current voltage value and current electricity of battery
Value；Searching modul, the searching modul is used to search the standard voltage value, the standard of the correspondence current voltage value
The standard electric value of charge value and future time point；Correcting module, the correcting module is used to correct the current electricity
The display of value；Display module, the display module is used to show revised voltage value.
Wherein, the searching modul includes：
First searching unit, first searching unit is used in standard voltage value, the incidence relation of standard electric value,
Search the standard voltage value, the standard electric value of the correspondence current voltage value；
Second searching unit, second searching unit is described current for the correspondence found according to the first searching unit
The standard voltage value of magnitude of voltage, the standard electric value further search for the standard electric value of future time point.
Wherein, the standard voltage value, the incidence relation of standard electric value are battery discharge standard curves；
The searching modul also includes comparing unit, and the comparing unit is used for the magnitude relationship between comparing electrical value value；
If the voltage value is more than the standard electric value of the correspondence current voltage value, described according to correspondence
The standard voltage value of current voltage value, the standard electric value further search for the Standard clectrical quantity of future time point
Value；
If the voltage value is less than the standard electric value of the correspondence current voltage value, described according to correspondence
The standard voltage value of current voltage value, the standard electric value further search for the Standard clectrical quantity of future time point
Value, and the standard electric value of future time point is similarly less than the voltage value.
Wherein, also including memory module, the memory module is used to store comprising the standard voltage value, standard electric value
Incidence relation；
In the standard voltage value, the incidence relation of standard electric value, multiple future time points searched, institute are provided with
The step of stating the display for correcting the voltage value is carried out one by one in each future time point position.
Wherein, the correcting module specifically for：Obtain the standard electric of the voltage value to future time point
The slope variation trend of value, by the voltage value according to being shown after the slope variation Long-term change trend.
In order to solve the above technical problems, another technical solution used in the present invention is to provide a kind of electricity with display screen
Sub- equipment, the electronic equipment includes：Voltage detecting circuit, the current voltage value for obtaining battery；Electric quantity detecting circuit, uses
In the voltage value for obtaining the battery；Storage circuit, the standard voltage value that is stored with, the incidence relation number of standard electric value
According to；Process circuit, couples the voltage detecting circuit, electric quantity detecting circuit and storage circuit, in using for the battery
Cheng Zhong, reads the standard voltage value, the incidence relation data of standard electric value, searches the described of the correspondence current voltage value
Standard voltage value, the standard electric value, according to the standard voltage value, the Standard clectrical quantity of the correspondence current voltage value
Value further searches for the standard electric value of future time point；
By the variation tendency of the standard electric value of the voltage value to future time point, in the display screen
Correct the display of the voltage value.
The beneficial effects of the invention are as follows：The situation of prior art is different from, the current voltage value of battery and current is being obtained
After charge value, corresponding standard voltage value and standard electric value are found, further find the standard electric of future time point
Value, then by the variation tendency of voltage value to the standard electric value of future time point, so as to eliminate battery charging and discharging mistake
Positive negative error in journey, shows electricity and is corrected, and strengthens Consumer's Experience.
Brief description of the drawings
Fig. 1 is a kind of schematic flow sheet that the implementation method of method one calibrated is shown to electricity of the present invention；
Fig. 2 is a kind of schematic flow sheet that another implementation method of the method calibrated is shown to electricity of the present invention；
Fig. 3 is a kind of voltage and electric quantity change curve that the application scenarios of method one calibrated are shown to electricity of the present invention
Schematic diagram；
Fig. 4 is a kind of structural representation that the implementation method of system one calibrated is shown to electricity of the present invention；
Fig. 5 is the structural representation for showing the system calibrated in Fig. 4 to electricity；
Fig. 6 is a kind of structural representation of the implementation method of electronic equipment one with display screen of the present invention.
Specific embodiment
The present invention is described in detail with implementation method below in conjunction with the accompanying drawings.
Fig. 1 is referred to, Fig. 1 is that a kind of flow that the implementation method of method one calibrated is shown to electricity of the present invention is illustrated
Figure, comprises the following steps：
S101 obtains the current voltage value and voltage value of battery.
Wherein, the battery can be any electricity with display function and the electronic equipment that can carry out charge or discharge
Pond, such as mobile phone, panel computer, notebook computer and handheld device etc..
S102 searches the described of the correspondence current voltage value in standard voltage value, the incidence relation of standard electric value
Standard voltage value, the standard electric value, according to the standard voltage value, the Standard clectrical quantity of the correspondence current voltage value
Value further searches for the standard electric value of future time point.
S103 corrects described working as by the variation tendency of the voltage value to the standard electric value of future time point
The display of preceding charge value.
Wherein, voltage value to the variation tendency of the standard electric value of future time point is its slope variation trend, is obtained
After obtaining voltage value to the slope variation trend of the standard electric value of future time point, by the voltage value according to described
Shown after slope variation Long-term change trend.
Wherein, in standard voltage value, the incidence relation of standard electric value, multiple future times searched are provided with
The step of point, display of the above-mentioned amendment voltage value in each of the lower one time point position carry out one by one.
In an application scenarios, the battery to electronic equipment carries out complete discharge test in advance, records standard electric
The incidence relation that pressure and Standard clectrical quantity change with discharge time.During the use of electronic equipment, the current of battery is first obtained
Magnitude of voltage and voltage value, then find and current voltage value pair in standard voltage value, the incidence relation of standard electric value
The standard voltage value and standard electric value answered, it is then further in standard voltage value, standard according to the standard electric value for finding
The standard electric value of future time point is found in the incidence relation of charge value, then according to obtain voltage value and find
The standard electric value of future time point become obtaining voltage value to the slope variation of the standard electric value of future time point
Gesture, then by voltage value according to the display screen display after the slope variation Long-term change trend for obtaining in electronic equipment.Pass through
It is above-mentioned electricity is shown the method calibrated can eliminate battery discharge procedure in positive negative error, show electricity and repaiied
Just, user experience is strengthened.
Fig. 2 is referred to, in other embodiments, standard voltage value, the incidence relation of standard electric value are battery discharge marks
Directrix curve.Sets of relational data can be obtained from battery discharge standard curve, the data group can reflect each standard voltage value
And the dependency relation between standard electric value.Wherein, step S102 is specifically included：S201 is in standard voltage value, standard electric value
Incidence relation in, search the standard voltage value, the standard electric value of the correspondence current voltage value；S202 is according to right
The standard voltage value of the current voltage value, the standard electric value is answered to further search for the mark of future time point
Quasi- charge value；S203 contrasts the size of the standard electric value of voltage value and the correspondence current voltage value；If S204
The voltage value is more than the standard electric value of the correspondence current voltage value, then according to the correspondence current voltage value
The standard voltage value, the standard electric value further search for the standard electric value of future time point；If S205
The voltage value is less than the standard electric value of the correspondence current voltage value, then according to the correspondence current voltage value
The standard voltage value, the standard electric value further search for the standard electric value of future time point, it is and next
The standard electric value at time point is similarly less than the voltage value.
Fig. 3 is referred to, in an application scenarios, for smart mobile phone, its standard voltage value, standard electric value is being expressed
In the battery discharge standard curve of incidence relation, multiple future time points searched are set.In the use process of mobile phone
T1During time point, the current voltage value V of battery is first obtainedB1With voltage value QB1, then looked in battery discharge standard curve
To with current voltage value VB1Corresponding standard voltage value VA1With standard electric value QA1, then according to the standard electric value Q for findingA1
Future time point T is further found in battery discharge standard curve2Corresponding standard electric value QC2, by QB1With QA1Carry out
Compare, find QB1More than QA1, then voltage value Q is obtainedB1To T2The standard electric value Q at time pointC2Slope L1Change become
Gesture, then by voltage value QB1According to the slope L for obtaining1Variation tendency change after on the display screen of electronic equipment show
Show.When discharging into up to T2During time point, now because a variety of causes produces new error again, now reentry the electricity of battery T2
The current voltage value V of time point batteryB2With voltage value QB2, then found in battery discharge standard curve and current electricity
Pressure value VB2Corresponding standard voltage value VA2With standard electric value QA2, then according to the standard electric value Q for findingA2Further in electricity
Future time point T is found in tank discharge standard curve3Corresponding standard electric value QC3, by QB2With QA2It is compared discovery QB2
Less than QA2, now continue to compare QC3And QB2, find QC3More than QB2, it should further find T in battery discharge standard curve3
Future time point T4Corresponding standard electric value QC4, by QC4With QB2It is compared, finds QC4Less than QB2, then obtain current
Charge value QB2To T4The standard electric value Q at time pointC4Slope L2Variation tendency, then by voltage value QB2According to obtaining
Slope L2Variation tendency change after electronic equipment display screen display.Constantly repeated in battery discharge procedure above-mentioned
Show that the method calibrated, until discharge process is completed, eliminates the positive negative error in battery discharge procedure to electricity, make electricity
Display is corrected, and is not in the situation of the display electricity more than the display electricity at a upper time point of future time point, symbol
Close normal electric discharge experience.
In other embodiments, standard voltage value, the incidence relation of standard electric value are battery rechargeable standard curves.From electricity
Sets of relational data can be obtained in the rechargeable standard curve of pond, the data group can reflect each standard voltage value and standard electric value
Between dependency relation.Wherein, step S102 is specifically included：In standard voltage value, the incidence relation of standard electric value, search
The standard voltage value, the standard electric value of the correspondence current voltage value；According to the institute of the correspondence current voltage value
State the standard electric value that standard voltage value, the standard electric value further search for future time point；The current electricity of contrast
The size of the standard electric value of value and the correspondence current voltage value；If the voltage value is described less than correspondence working as
The standard electric value of preceding magnitude of voltage, then according to the standard voltage value, the standard electric of the correspondence current voltage value
Value further searches for the standard electric value of future time point；If the voltage value is more than the correspondence current electricity
The standard electric value of pressure value, then according to the standard voltage value, the standard electric value of the correspondence current voltage value
Further search for the standard electric value of future time point, and future time point the standard electric value also greater than institute
State voltage value.
For example, the T in battery charging process5During time point, current voltage value V when battery charges is obtained firstB5With
Voltage value QB5, then found out and V in battery rechargeable standard curveB5Corresponding standard voltage value VA5And Standard clectrical quantity
Value QA5, according to VA5And QA5Future time point T is further searched for out in battery rechargeable standard curve6Corresponding standard electric value
QC6.Work as QB5Less than QA5When, obtain voltage value QB5To T6The standard electric value Q at time pointC6Slope variation trend, then
By voltage value QB5According to the display screen display after the slope variation Long-term change trend for obtaining in electronic equipment.Work as QB5It is more than
QA5When, then compare QC6And QB5；Work as QC6Less than QB5When, obtain voltage value QB5To T6The standard electric value Q at time pointC6It is oblique
Rate variation tendency, then by voltage value QB5According to after the slope variation Long-term change trend for obtaining on the display screen of electronic equipment
Display；Work as QC6More than QB5When, then further find T in battery discharge standard curve6Future time point T7Corresponding mark
Quasi- charge value QC7, until ought sometime point TNCorresponding standard electric value QCNLess than QB5When, obtain voltage value QB5To TN
The standard electric value Q at time pointCNSlope variation trend, then by voltage value QB5According to the slope variation trend for obtaining
In the display screen display of electronic equipment after change.Be not in future time in battery charging process by the above method
The display electricity of point met normal charging experience less than the situation of the display electricity at a upper time point.
Fig. 4 is referred to, Fig. 4 is a kind of structural representation that the implementation method of system one calibrated is shown to electricity of the present invention
Figure, including with lower module：
Obtain module 31, current voltage value and voltage value for obtaining battery.
Searching modul 32, the standard voltage value, the standard electric value for searching the correspondence current voltage value
And the standard electric value of future time point.
Correcting module 33, the display for correcting the voltage value.
Wherein, correcting module 33 obtains the voltage value to the slope of the standard electric value of future time point and becomes
Change trend, by the voltage value according to being shown after the slope variation Long-term change trend.
Display module 34, for showing revised voltage value.
Incorporated by reference to Fig. 5, in other embodiments, searching modul 32 includes the first searching unit 321 and the second searching unit
322；First searching unit 321 is used in standard voltage value, the incidence relation of standard electric value, searches the correspondence current electricity
The standard voltage value of pressure value, the standard electric value；Second searching unit 322 is used to be looked into according to the first searching unit 321
The standard voltage value of the correspondence current voltage value for finding, the standard electric value further search for future time point
The standard electric value.
In other embodiments, standard voltage value, the incidence relation of standard electric value are battery discharge standard curves；Search
Module 32 includes comparing unit 323, and comparing unit 323 is used for the magnitude relationship between comparing electrical value value.
Specifically, if the voltage value is more than the standard electric value of the correspondence current voltage value, foundation
The standard voltage value of the correspondence current voltage value, the standard electric value are further searched for described in future time point
Standard electric value；
If the voltage value is less than the standard electric value of the correspondence current voltage value, described according to correspondence
The standard voltage value of current voltage value, the standard electric value further search for the Standard clectrical quantity of future time point
Value, and the standard electric value of future time point is similarly less than the voltage value.
In other embodiments, system also includes memory module 35, and the memory module 35 is used to store comprising the mark
The incidence relation of quasi- magnitude of voltage, standard electric value；In the standard voltage value, the incidence relation of standard electric value, multiple is provided with
The step of future time point searched, display of the amendment voltage value, is in each future time point position
Put is carried out one by one.The discharge and recharge standard curve and sets of relational data of battery for example, memory module 35 is stored with, each is used to look into
Interval between the adjacent time point looked for can be set with electricity units of percent or chronomere, naturally it is also possible to press
Set according to not fixed intervals.
In an application scenarios, memory module 35 is previously stored with for expressing its standard voltage value, standard electric value
The battery discharge standard curve of incidence relation, is set using 1% electricity as interlude point in battery discharge standard curve,
It is 100%, 99%, 88% ... ..., 2%, 1% i.e. in electricity, as time point when 0%.T in discharge process1Time
Point, obtains the current voltage value V that module 31 obtains battery firstB11With voltage value QB11, then look up in module 32
One searching unit 321 finds and current voltage value V in battery discharge standard curveB11Corresponding standard voltage value VA11And standard
Charge value QA11, then look up the Standard clectrical quantity that the second searching unit 322 in module 32 finds according to the first searching modul 321
Value QA11Future time point T is further found in battery discharge standard curve2Corresponding standard electric value QC12；Now, than
Compared with unit 323 by QB11With QA11It is compared, finds QB11More than QA11, then correcting module 33 obtain voltage value QB11To T2
The standard electric value Q at time pointC12Slope variation trend, then by voltage value QB11According to the slope variation trend for obtaining
Change.When discharging into up to T2During time point, now the electricity of battery now obtains module because a variety of causes produces new error
31 reentry T2The current voltage value V of time point batteryB12With voltage value QB12, then the first searching unit 321 is in battery
Found and current voltage value V in electric discharge standard curveB12Corresponding standard voltage value VA12With standard electric value QA12, then second
The standard electric value Q that searching unit 322 finds according to the first searching unit 321A12Further looked in battery discharge standard curve
To future time point T3Corresponding standard electric value QC13；Now, comparing unit 323 is by QB12With QA12It is compared discovery QB12
Less than QA12, further, comparing unit 323 continues to compare QC13And QB12, find QC13More than QB12；At this moment, the second searching unit
322 further should find T in battery discharge standard curve3Future time point T4Corresponding standard electric value QC14, will
QC14With QB12It is compared, finds QC14Less than QB12, then correcting module 33 obtain voltage value QB12To T4The mark at time point
Quasi- charge value QC14Slope variation trend, then by voltage value QB12According to the slope variation Long-term change trend for obtaining, when putting
Electricity reaches T4During time point, display module 34 is by the electricity Q after changeC14Shown.Constantly repeated in battery discharge procedure
It is above-mentioned to show that the method calibrated, until discharge process is completed, eliminates the positive negative error in battery discharge procedure to electricity, make
Electricity shows to be corrected, and obtains normal electric discharge experience.
Fig. 6 is referred to, Fig. 6 is the structural representation of electronic equipment one implementation method of the present invention with display screen, including
Voltage detecting circuit 501, electric quantity detecting circuit 502, storage circuit 503 and process circuit 504.
Wherein, electronic equipment can be mobile phone, panel computer, notebook computer and handheld device etc..
Voltage detecting circuit 501 is used to obtain the current voltage value of battery.
Electric quantity detecting circuit 502 is used to obtain the voltage value of the battery.
Storage circuit 503 is stored with standard voltage value, the incidence relation data of standard electric value.
Wherein, standard voltage value, the incidence relation data of standard electric value are the discharge and recharge standard curve and phase of battery
Data group is closed, be provided with many time points, and adjacent time point is set with electricity units of percent or chronomere
Interval, naturally it is also possible to set according to not fixed intervals.
Process circuit 504 couples the voltage detecting circuit 501, electric quantity detecting circuit 502 and storage circuit 503,
During the use of the battery, the standard voltage value, the incidence relation data of standard electric value are read, search correspondence described
The standard voltage value of current voltage value, the standard electric value, according to the standard electric of the correspondence current voltage value
Pressure value, the standard electric value further search for the standard electric value of future time point；By the voltage value under
The variation tendency of the standard electric value at one time point, corrects the display of the voltage value in the display screen.
Specifically, the battery in advance to electronic equipment carries out complete charge-discharge test, by normal voltage and Standard clectrical quantity
It is stored in storage circuit 503 with the incidence relation of discharge and recharge time change.When using electronic equipment, voltage detecting is first passed through
Circuit 501 obtains the current voltage value of battery, the voltage value of the battery is obtained by electric quantity detecting circuit 502, then
Process circuit 504 finds and current voltage value in standard voltage value, the incidence relation of standard electric value in storage circuit 503
Corresponding standard voltage value and standard electric value, the standard electric value that then process circuit 504 finds according to it further exist
The standard electric value of future time point is found in standard voltage value, the incidence relation of standard electric value in storage circuit 503, is located
Reason circuit 504 obtains the slope variation trend of voltage value to the standard electric value of future time point, then process circuit 504
By voltage value according to the display screen display after the slope variation Long-term change trend for obtaining in electronic equipment.By above-mentioned to electricity
The method calibrated of amount display can eliminate the positive negative error occurred in the battery charge and discharge process of electronic equipment, show electricity
Show and corrected, it is to avoid occur in user's use due to electricity it is inaccurate caused by problem.
In addition, in discharge process, the voltage value that electric quantity detecting circuit 502 is obtained have to be larger than process circuit 504
The corresponding standard voltage value of current voltage value, the standard electric value obtained according to voltage detecting circuit 501 are further electric in storage
The standard electric value of the future time point found in road 503.Can be ensured when discharging electronic equipment by the above method
Electricity show carry out be not in calibration process future time point problem of the electricity more than a upper time point, carried to user
For good experience.
And in charging process, the voltage value that electric quantity detecting circuit 502 is obtained is necessarily less than the foundation of process circuit 504
The corresponding standard voltage value of current voltage value, the standard electric value that voltage detecting circuit 501 is obtained are further in storage circuit 503
In the standard electric value of future time point that finds.Electricity when being charged to electronic equipment can be ensured by the above method
Display carry out be not in calibration process future time point problem of the electricity less than a upper time point, provide the user with good
Experience.
In several implementation methods provided by the present invention, it should be understood that disclosed many equipment moving tracks update
And tracing system, can realize by another way.For example, system embodiment described above is only schematic
, the division of the module or unit, only a kind of division of logic function can have other division side when actually realizing
Formula, such as multiple modules or unit can be combined or be desirably integrated into a system, and each functional module or unit can be with integrated
In a processing unit, or modules or unit are individually physically present, it is also possible to two or more modules
Or unit is integrated in a module or unit.
Embodiments of the present invention are the foregoing is only, the scope of the claims of the invention is not thereby limited, it is every using this
Equivalent structure or equivalent flow conversion that description of the invention and accompanying drawing content are made, or directly or indirectly it is used in other correlations
Technical field, is included within the scope of the present invention.
Claims (10)
1. it is a kind of that the method calibrated is shown to electricity, it is characterised in that including：
Obtain the current voltage value and voltage value of battery；
In standard voltage value, the incidence relation of standard electric value, the normal voltage of the correspondence current voltage value is searched
Value, the standard electric value, it is further according to the standard voltage value of the correspondence current voltage value, the standard electric value
Find the standard electric value of future time point；
By the variation tendency of the standard electric value of the voltage value to future time point, the voltage value is corrected
Display.
2. method according to claim 1, it is characterised in that the standard of the voltage value to future time point
The variation tendency of charge value, the display for correcting the voltage value includes：
The slope variation trend of the voltage value to the standard electric value of future time point is obtained, by the current electricity
Value after the slope variation Long-term change trend according to being shown.
3. method according to claim 1, it is characterised in that the standard voltage value, the incidence relation of standard electric value
It is battery discharge standard curve；
The standard voltage value of the foundation correspondence current voltage value, the standard electric value further search for next
The standard electric value at time point includes：
If the voltage value is more than the standard electric value of the correspondence current voltage value, described current according to correspondence
The standard voltage value of magnitude of voltage, the standard electric value further search for the standard electric value of future time point；
If the voltage value is less than the standard electric value of the correspondence current voltage value, described current according to correspondence
The standard voltage value of magnitude of voltage, the standard electric value further search for the standard electric value of future time point,
And the standard electric value of future time point is similarly less than the voltage value.
4. the method according to any one of claims 1 to 3, it is characterised in that the standard voltage value, standard electric value
In incidence relation, being provided with the step of multiple future time points searched, display of the amendment voltage value exists
Each future time point position is carried out one by one.
5. it is a kind of that the system calibrated is shown to electricity, it is characterised in that including：
Module is obtained, the acquisition module is used to obtain the current voltage value and voltage value of battery；
Searching modul, the searching modul is used to search the standard voltage value, the standard of the correspondence current voltage value
The standard electric value of charge value and future time point；
Correcting module, the correcting module is used to correct the display of the voltage value；
Display module, the display module is used to show revised charge value.
6. system according to claim 5, it is characterised in that the searching modul includes：
First searching unit, first searching unit is used in standard voltage value, the incidence relation of standard electric value, searches
The standard voltage value, the standard electric value of the correspondence current voltage value；
Second searching unit, second searching unit is used for the correspondence current voltage found according to the first searching unit
The standard voltage value of value, the standard electric value further search for the standard electric value of future time point.
7. system according to claim 6, it is characterised in that the standard voltage value, the incidence relation of standard electric value
It is battery discharge standard curve；
The searching modul also includes comparing unit, and the comparing unit is used for the magnitude relationship between comparing electrical value value；
If the current voltage value is more than the standard electric value of the correspondence current voltage value, described current according to correspondence
The standard voltage value of magnitude of voltage, the standard electric value further search for the standard electric value of future time point；
If the voltage value is less than the standard electric value of the correspondence current voltage value, described current according to correspondence
The standard voltage value of magnitude of voltage, the standard electric value further search for the standard electric value of future time point,
And the standard electric value of future time point is similarly less than the voltage value.
8. the system according to any one of claim 6 and 7, it is characterised in that also including memory module, the memory module
For storing the incidence relation comprising the standard voltage value, standard electric value；
In the standard voltage value, the incidence relation of standard electric value, multiple future time points searched are provided with, it is described to repair
The step of display of just described voltage value, is carried out one by one in each future time point position.
9. system according to claim 5, it is characterised in that the correcting module specifically for：
The slope variation trend of the voltage value to the standard electric value of future time point is obtained, by the current electricity
Value after the slope variation Long-term change trend according to being shown.
10. a kind of electronic equipment with display screen, it is characterised in that including：
Voltage detecting circuit, the current voltage value for obtaining battery；
Electric quantity detecting circuit, the voltage value for obtaining the battery；
Storage circuit, the standard voltage value that is stored with, the incidence relation data of standard electric value；
Process circuit, couples the voltage detecting circuit, electric quantity detecting circuit and storage circuit, in using for the battery
Cheng Zhong, reads the standard voltage value, the incidence relation data of standard electric value, searches the described of the correspondence current voltage value
Standard voltage value, the standard electric value, according to the standard voltage value, the Standard clectrical quantity of the correspondence current voltage value
Value further searches for the standard electric value of future time point；
By the variation tendency of the standard electric value of the voltage value to future time point, corrected in the display screen
The display of the voltage value.
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| CN108303651A (en) * | 2017-12-19 | 2018-07-20 | 福建联迪商用设备有限公司 | A kind of measurement method and terminal of battery capacity |
| CN109324295A (en) * | 2018-10-11 | 2019-02-12 | 杭州临安合星智能科技有限公司 | Electricity shows correction module and method |
| CN110650394A (en) * | 2019-08-30 | 2020-01-03 | 广东思派康电子科技有限公司 | Corresponding relationship establishment method, computer-readable storage medium and wireless earphone for earphone battery percentage interval and charging time |
| CN113791357A (en) * | 2021-11-16 | 2021-12-14 | 深圳维普创新科技有限公司 | Method and related device for intelligently correcting battery display electric quantity |
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| CN114609530A (en) * | 2020-12-09 | 2022-06-10 | 比亚迪股份有限公司 | Method, apparatus, device and medium for correcting battery state of charge |
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| CN115327405A (en) * | 2022-10-13 | 2022-11-11 | 深圳市爱图仕影像器材有限公司 | Battery power display method and device, electronic equipment and storage medium |
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