CN103311974A - Battery charge control method and device - Google Patents
Battery charge control method and device Download PDFInfo
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- CN103311974A CN103311974A CN2012100638583A CN201210063858A CN103311974A CN 103311974 A CN103311974 A CN 103311974A CN 2012100638583 A CN2012100638583 A CN 2012100638583A CN 201210063858 A CN201210063858 A CN 201210063858A CN 103311974 A CN103311974 A CN 103311974A
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Abstract
An embodiment of the invention provides a battery charge control method and device, which are applied to electronic equipment. The electronic equipment can be charged by using a plurality of different charging parameters, wherein the charging parameters at least contain a charging current and a charging voltage. The method comprises: detecting whether a first selection instruction of a user is received; if the first selection instruction of the user is received, searching a first charging parameter corresponding to the first selection instruction and controlling the charging of the battery based on the first charging parameter; if the first selection instruction of the user is not received, searching corresponding relations, which are obtained based on statistics of saved battery history usage information, between different charging time periods and different types of charging parameters; and determining a second charging parameter corresponding to a charging time period at the current time based on the corresponding relations and controlling the charging of the battery based on the second charging parameter. With the battery charge control method and device, the charging of the battery is effective controlled.
Description
Technical field
The present invention relates to electronic equipment charging technique field, relate in particular a kind of battery charging control method and device.
Background technology
Electronic equipment, particularly portable electronic equipment, various mobile electronic devices in the situation that do not connect power supply, typically use battery and power.Development along with electronic technology, the function of electronic equipment from strength to strength so that the time of electronic equipment under in running order is also more and more longer, therefore in order to guarantee the normal operation of electronic equipment, but and prolongs standby time, also more and more higher to the requirement of the battery of electronic equipment.
Existing electric device battery adopts rechargeable battery usually, such as lithium battery, nickel-cadmium cell etc., when battery is charged, normally direct power supply adaptor by connecting electronic equipment charges, being electronic equipment is adopting when connecting power supply and power by power supply adaptor, and the battery that namely can be electronic equipment charges.
Because the user has different requirements for rechargeable battery, for example battery capacity can be full of at short notice, perhaps in order to prolong the useful life of battery, hope can adopt that lower charging current is charged etc.And in the prior art, in order to realize different charge parameters, the user can select different power supply adaptors to realize, the intelligent charge battery also can be by revising different charge parameters from the communication of charging system, comprise charging voltage and charging current, it is single or compulsory that but this parameter adjustment is mode, and the purpose of this programme is to realize a kind of controlled charge parameter adjustment of intelligence, is the improvement on original mode.
Summary of the invention
In view of this, the invention provides a kind of battery charging control method and device, in order to solve the technical problem that can not realize in the prior art effective control of battery charging.
For achieving the above object, the invention provides following technical scheme:
A kind of battery charging control method is applied in the electronic equipment, and described electronic equipment can use a plurality of different charge parameters to charge, and described charge parameter comprises charging current and charging voltage at least, and described method comprises:
Detect the first selection instruction that whether receives the user;
If so, search the first charge parameter of corresponding described the first selection instruction, control described battery charging according to described the first charge parameter;
If not, the corresponding relation of the different charging interval sections that draw of the inquiry historical use information of battery of preserving and adding up and different charge parameter types;
Determine the second charge parameter of current time place charging interval section correspondence according to described corresponding relation, control described battery charging according to described the second charge parameter.
Preferably, the described charging according to described the first charge parameter control battery comprises:
According to described the first charge parameter, determine the first expectation battery capacity after described battery charges;
Whether more current battery capacity estimates battery capacity greater than described first;
If so, control described battery discharge and estimate battery capacity to described first;
If not, then control described battery according to described the first charge parameter and be charged to described the first expectation battery capacity.
Preferably, the described charging according to described the second charge parameter control battery comprises:
According to described the second charge parameter, determine the second expectation battery capacity after described battery charges;
Whether more current battery capacity estimates battery capacity greater than described second;
If so, control described battery discharge and estimate battery capacity to described second;
If not, then control described battery according to described the second charge parameter and be charged to described the second expectation battery capacity.
Preferably, the historical use information of described battery comprises charging interval section and the selected charge parameter type of charging interval section;
Then described different charging interval section is specifically obtained in the following manner from the corresponding relation of different charge parameter types:
For each charging interval section, add up the charge parameter type that identical charging interval section adopts, and the selection number of times of each charge parameter type;
In identical charging interval section, select the maximum charge parameter type of number of times as the charge parameter type of this charging interval section correspondence.
Preferably, described charge parameter comprises realizes that the short time charges to the quick charge parameter of Full Charge Capacity and can prolong the at a slow speed charge parameter of battery, and the historical use information of described battery comprises battery charging interval section and corresponding battery discharge time section thereof;
Then described different charging interval section is specifically added up in the following manner from the corresponding relation of different charge parameters and is drawn:
According to section discharge time of each charging interval section and correspondence thereof, determine to charge and finish the moment and the zero hour of discharge;
Calculate the described discharge zero hour and described charging and finish the time interval constantly;
When the described time interval less than first scheduled time, determine the corresponding described quick charge parameter of described charging interval section;
Interval greater than second scheduled time, determine the corresponding described at a slow speed charge parameter of described charging interval section when described.
A kind of battery charging control device is applied in the electronic equipment, and described electronic equipment can use a plurality of different charge parameters to charge, and described charge parameter comprises charging current and charging voltage at least, and described device comprises:
Detection module is for detection of the first selection instruction that whether receives the user;
The first charging module, be used for when described detection module when being, search the first charge parameter of described the first selection instruction of correspondence, control described battery according to described the first charge parameter and charge;
Enquiry module is used for when described detection module when being no, the different charging interval sections that the battery history use information that inquiry is preserved and adding up draws and the corresponding relation of different charge parameter types;
The second charging module is used for the second charge parameter that the described corresponding relation of foundation is determined current time place charging interval section correspondence, controls described battery charging according to described the second charge parameter.
Preferably, described the first charging module comprises:
The first determination module is used for according to described the first charge parameter, determines the first expectation battery capacity after described battery charges;
The first comparison module is used for more current battery capacity and whether estimates battery capacity greater than described first;
The first discharge submodule, be used for when described the first comparison module when being, control described battery discharge and arrive described the first expectation battery capacity;
The first charging submodule is used for controlling described battery according to described the first charge parameter and being charged to described the first expectation battery capacity when described the first comparison module when being no.
Preferably, described the second charging module comprises:
The second determination module is used for according to described the first charge parameter, determines the second expectation battery capacity after described battery charges;
The second comparison module is used for more current battery capacity and whether estimates battery capacity greater than described second;
The second discharge submodule, be used for when described the second comparison module when being, control described battery discharge and arrive described the second expectation battery capacity;
The second charging submodule is used for controlling described battery according to described the second charge parameter and being charged to described the second expectation battery capacity when described the second comparison module when being no.
Preferably, the historical use information of described battery comprises charging interval section and the selected charge parameter of charging interval section;
Then described device also comprises:
Statistical module is used for according to described historical use information, for each charging interval section, adds up the charge parameter type that adopts in the identical charging interval section, and the selection number of times of each charge parameter type;
Corresponding relation building module is used in the identical charging interval section, selects the maximum charge parameter type of number of times as the charge parameter type of this charging interval section correspondence.
Preferably, described charge parameter comprises realizes that the short time charges to the quick charge parameter of Full Charge Capacity and can prolong the at a slow speed charge parameter of battery, and the historical use information of described battery comprises battery charging interval section and corresponding battery discharge time section thereof;
Then described device also comprises:
Computing module is used for each charging interval section and corresponding section discharge time thereof according to described historical use information, determines that charging is finished constantly and discharge zero hour, and calculates the time interval that the moment is finished in described discharge zero hour and described charging;
Corresponding relation building module is used for working as the described time interval less than first scheduled time, determines the corresponding described quick charge parameter of described charging interval section; Interval greater than second scheduled time, determine the corresponding described at a slow speed charge parameter of described charging interval section when described.
Via above-mentioned technical scheme as can be known, compared with prior art, the invention provides a kind of battery charging control method and device, this charge control method specifically is applied in the electronic equipment, described electronic equipment can be according to different charge parameter control battery chargings, when battery is charged, if when detecting user's selection instruction, then according to charge parameter corresponding to user selection instruction battery is charged, if do not detect user's selection instruction, then the history of the described battery of foundation preserved of inquiry is used the corresponding relation of different charging interval sections that Information Statistics draw and different charge parameters, can determine the charge parameter of current time place charging interval section correspondence according to this corresponding relation, can charge to battery according to this charge parameter.By under different situations, selecting different charge parameters, automatically realized the effective control to the battery charging.
Description of drawings
In order to be illustrated more clearly in the embodiment of the invention or technical scheme of the prior art, the below will do to introduce simply to the accompanying drawing of required use in embodiment or the description of the Prior Art, apparently, accompanying drawing in the following describes only is embodiments of the invention, for those of ordinary skills, under the prerequisite of not paying creative work, can also obtain according to the accompanying drawing that provides other accompanying drawing.
Fig. 1 is the flow chart of a kind of battery charging control method embodiment 1 of the present invention;
Fig. 2 is the flow chart of a kind of battery charging control method embodiment 2 of the present invention;
Fig. 3 is the flow chart of a kind of battery charging control method embodiment 3 of the present invention;
Fig. 4 is the structural representation of a kind of battery charging control device embodiment 1 of the present invention;
Fig. 5 is the structural representation of a kind of battery charging control device embodiment 2 of the present invention;
Fig. 6 is the structural representation of a kind of battery charging control device embodiment 3 of the present invention.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the invention, the technical scheme in the embodiment of the invention is clearly and completely described, obviously, described embodiment only is the present invention's part embodiment, rather than whole embodiment.Based on the embodiment among the present invention, those of ordinary skills belong to the scope of protection of the invention not making the every other embodiment that obtains under the creative work prerequisite.
The embodiment of the invention discloses a kind of battery charging control method and device, specifically be applied in the electronic equipment, described electronic equipment can use a plurality of different charge parameters to charge, described charge parameter comprises charging current and charging voltage at least, when battery is charged, if receive the first selection instruction of user, then search the first charge parameter of corresponding described the first selection instruction, control described battery charging according to described the first charge parameter; If do not receive the first selection instruction of user, the corresponding relation of the different charging interval sections that draw of the inquiry historical use information of battery of preserving and adding up and different charge parameter types then; Determine the second charge parameter of current time place charging interval section correspondence according to described corresponding relation, control described battery charging according to described the second charge parameter.By the embodiment of the invention, realized effective control of battery charging.
Referring to Fig. 1, show the flow chart of a kind of battery charging control method embodiment 1 of the present invention, the described method of the present embodiment specifically is applied in the electronic equipment, and described electronic equipment can use a plurality of different charge parameters to charge, and described charge parameter comprises charging current and charging voltage.Described method can comprise:
Step 101: detect the first selection instruction that whether receives the user, if so, enter step 102, if not, enter step 103.
After electronic equipment starts, behind power supply adaptor connection power supply, namely can be electric device battery and charge, is described power electronic equipment by power supply.
In the present embodiment, described electronic equipment can use a plurality of different charge parameters to charge, and also is that electronic equipment charges according to charge parameter control battery, and described charge parameter comprises charging voltage and charging current.Charging voltage and charging current can refer to electronic equipment input voltage and input current to battery when battery is charged.Also be that electronic equipment can be controlled electric current and the voltage by the power supply adaptor input, and through inputing to battery after the corresponding conversion, be described battery charging.Charging voltage refers to the voltage that can reach after battery charging is finished if charging voltage reduces, then can affect the battery capacity after the battery charging is finished.
When using dissimilar charge parameter to charge as battery, be different on the impact of battery.The below illustrates:
The unit of battery capacity is mAh (MAH), and charging current represents with C, and 1C represents in the battery 1 hour the electric current required from full tele-release to sky.Suppose that it is 1300mAH that battery completely fills rear battery capacity, then charging current can be used, and for example 0.1C is 130mA, and 0.2C is 260mA etc. expression.
Then: when charging voltage is full charging voltage (being accessible voltage after battery is full of), when charging current is 0.5C～0.7C (this charging current according to different battery core performances and difference), be the parameter that charges normal of battery.
When charging voltage is full charging voltage, when charging current is 1C～1.5C (this charging current according to different battery core performances and difference), i.e. large electric current quick charge parameter, can realize the quick charge of battery, namely within the specific limits, when charging current was larger, the battery charging interval can be shorter.Under this quick charge parameter, can realize the quick charge of battery, but charging current is larger, can affect the useful life of battery.
When charging voltage is full charging voltage, when charging current was 0.2C～0.3C (according to different battery core performances and difference), namely little electric current is charge parameter at a slow speed, at this at a slow speed under the charge parameter, help to prolong the useful life of battery, but the charging interval that corresponding battery is full of will be elongated.
When charging voltage was lower than full charging voltage, charging current was 0.2C～0.3C, i.e. the health charge parameter of the little electric current of low-voltage, and under this health charge parameter, the battery capacity after the battery charging is finished can reduce, and namely the battery actual capacity is lower than completely filling capacity.Under this health charge parameter, more help to prolong the useful life of battery, but because battery capacity is directly proportional with power-on time, therefore can shorten the power-on time of battery.
Need to prove, above-mentionedly just for example understand charging voltage in the charge parameter and the design parameter scope of charging current, can specifically limit according to actual conditions by this parameter area according to the battery of battery.Generally, charging current is that 0.1C～0.2C is that little electric current charges at a slow speed, is the normal current charging at 0.2C～0.8C, is large electric current quick charge during greater than 0.8C.
Wherein, the first selection instruction refers to the different charge parameter that the user arranges according to electronic equipment, and when selecting suitable charge parameter and trigger transmission, this first selection instruction carries the charge parameter type.After electronic equipment connected power supply by power supply adaptor, the user can select different charge parameters to come battery is charged according to actual conditions.
User's charging option that can provide according to electronic equipment is for example selected the charge parameter type that needs, and for example charge parameter has at a slow speed namely triggered the first selection instruction, and this first selection instruction is carried the charge parameter type, i.e. charge parameter at a slow speed.
Step 102: search the first charge parameter of corresponding described the first selection instruction, according to the charging of described the first charge parameter control battery.
If receive described the first selection instruction, then search the first charge parameter that should the first selection instruction.Concrete, the corresponding relation of charge parameter type and concrete charge parameter can pre-save be arranged, the charge parameter type of carrying according to the first selection instruction namely should find first charge parameter of corresponding the type.
After finding this first charge parameter, electronic equipment can be installed this first charge parameter control battery charging, comprises that the adjustment power supply adaptor inputs to the electric current of electronic equipment, voltage etc.
Wherein, described stating according to the charging of described the first charge parameter control battery can comprise:
According to described the first charge parameter, determine the first expectation battery capacity after described battery charges.
Whether more current battery capacity estimates battery capacity greater than described first.
If so, control described battery discharge and estimate battery capacity to described first.
If not, then control described battery according to described the first charge parameter and be charged to described the first expectation battery capacity.
Described first estimates that battery capacity less than the battery full capacity, can be conducive to prolong the useful life of battery when remaining on the battery capacity that is lower than full capacity owing to battery capacity.For example during described the first charge parameter health charge parameter that is the little electric current of low-voltage, battery capacity after the battery charging that this health charge parameter is corresponding is finished is about completely fills 70% of capacity, then and if the current battery capacity of battery first is estimated battery capacity greater than this, then control battery discharge, for example using battery is described power electronic equipment, when battery capacity arrives described the first expectation battery capacity, then no longer continue discharge, be power electronic equipment by power supply again for example.So that during user selection low-voltage low current charge, can so that first of its life-span that helps that battery is kept estimate battery capacity.
Step 103: the different charging interval sections that the historical use information of the battery that inquiry is preserved and adding up draws and the corresponding relation of different charge parameter types.
When not receiving the first selection instruction, immediately battery is not charged, at first the history of the battery preserved of inquiry is used information and is added up the corresponding relation of the different charging interval sections that draw and different charge parameters.
In the present embodiment, the electronic equipment automatically history of the every primary cell of record uses information, charge information in the time of can comprising the battery charging and the use information after the charging, the charge parameter type that adopts when for example at every turn charging and charging interval section, the actual duration of charging, the charging in intervals of distance charging next time, the information such as powered battery duration after charging is finished.
Can add up the corresponding relation that draws different charging interval sections and different charge parameter types according to the history use information of described battery.
If inquiry is less than the corresponding relation of this charging interval section from different charge parameters, then can charge to battery according to predetermined charge parameter, described predetermined charge parameter can refer to the charge parameter that helps prolong battery, the at a slow speed charge parameter that for example the little electric current in the step 101 is corresponding or health charge parameter corresponding to the little electric current of low-voltage, can certainly adopt normal charge parameter, to keep the balance of battery life and battery-powered time.
Different charging interval sections can adopt multiple implementation from the arranging of corresponding relation of different charge parameter types, can introduce in detail among the embodiment below.
Step 104: determine the second charge parameter of current time place charging interval section correspondence according to described corresponding relation, control described battery charging according to described the second charge parameter.
According to current charging constantly, can determine which charging interval section it is positioned at, thereby can determine the second charge parameter of this charging interval section correspondence, can be according to this second charge parameter control battery charging.
Wherein, can comprise according to the charging of described the second charge parameter control battery:
According to described the second charge parameter, determine the second expectation battery capacity after described battery charges;
Whether more current battery capacity estimates battery capacity greater than described second;
If so, control described battery discharge and estimate battery capacity to described second;
If not, then control described battery according to described the second charge parameter and be charged to described the second expectation battery capacity.
When described the second charge parameter is the little electric current of low-voltage, then can control the battery charging according to above-mentioned steps.With the battery that further helps to prolong.
In the present embodiment, electronic equipment can use different charge parameters to charge as battery.The different charging interval sections that can use information add up to draw according to the first selection instruction of user or according to the history of battery and the corresponding relation of different charge parameters, the charge parameter that adopts when determining this charging, by under different situations, selecting different charge parameters, automatically realized the effective control to the battery charging.
Referring to Fig. 2, show the flow chart of a kind of battery charging control method embodiment 2 of the present invention, the described method of the present embodiment specifically is applied in the electronic equipment, and described electronic equipment can use a plurality of different charge parameters to charge, and described charge parameter comprises charging current and charging voltage.Described method can comprise:
Step 201: the history of obtaining the battery charging is used information.
Described historical use information can comprise charging interval section and the selected charge parameter type of charging interval section.Certainly can also comprise the actual duration of charging, the charging in intervals of distance charging next time, the information such as powered battery duration after charging is finished.
Battery when this history use information is the self registering each charging of electronic equipment uses information.
Step 202: for each charging interval section, the charge parameter type that the charging interval section of adding up identical adopts, and the selection number of times of each charge parameter type.
Step 203: in the same time section, select the maximum charge parameter type of number of times as the charge parameter type of this charging interval section correspondence.
Because each charging, electronic equipment all can record the use information of battery, and the historical use information of therefore described battery comprises a plurality of.The concrete battery that the electronic equipment record can be set uses the number of information, for example record the history use information above N battery after, can add up according to the operation of step 202 and step 203, and the every charging of battery is once, namely can re-start statistics.Can certainly the every charging of battery once namely add up, can be to add up behind the certain hour of interval.Within blanking time during each charging, can directly inquire about the corresponding relation of different charging interval sections that the last time counts and different charge parameters.
Because at every turn in same charging interval section, when for example 8:00～9:00 charges, may be because user's selection or other factors cause selected charge parameter type not identical, therefore for each charging interval section, add up selected charge parameter type in the identical charging interval section, and the selection number of times of each charge parameter type, with the charge parameter type of selecting the maximum charge parameter type of number of times as this charging interval section correspondence.Therefore can draw the corresponding charge parameter type of different charging interval sections, and operate the corresponding relation of this difference charging interval section and different charge parameter types
Described charging interval section refers to connect power supply at this section period inner electronic equipment, be power electronic equipment by power supply, and battery is in charged state, described electricity condition comprise that battery is charging and full capacity after keep the state of this full capacity.
In the present embodiment, step 201～step 203 can be the operation of carrying out in real time, also can be the operation of periodically carrying out, and also can be before each charging or the operation of carrying out after each charging.
Step 204: detect whether receive the first selection instruction of user, if enter step 205, if not, enter step 206.
Step 205: search the first charge parameter of corresponding described the first selection instruction, according to the charging of described the first charge parameter control battery.
Step 206: the history of the battery that inquiry is preserved is used information and is added up the corresponding relation of the different charging interval sections that draw and different charge parameter types;
Step 207: determine the second charge parameter of current time place charging interval section correspondence according to described corresponding relation, according to the charging of described the second charge parameter control battery.
A practical application of the embodiment of the invention can specifically be applied to control the charging of cells in notebook computer, especially for the working clan, all may use notebook computer every day, normal working hours notebook computer may connect power supply always, for example every day, 8:00 all can connect power supply by power supply adaptor with notebook computer, namely can charge for notebook computer.If all begin charging according to charge parameter 8:00 at a slow speed every day, the 12:00 charging is finished, and namely the electronic equipment deenergization connects.Then can add up the charge parameter type that draws this charging interval section correspondence of 8:00～12:00 and be charge parameter at a slow speed.Suppose that next 9:00 begins charging, its corresponding charge parameter also is charge parameter at a slow speed.
In the present embodiment, if do not receive the first selection instruction of user, the different charging interval sections that then draw according to statistics and the corresponding relation of charge parameter type are determined the charge parameter that the current time needs adopt, therefore determining and can drawing according to different charging interval sections and the selected charge parameter statistics of this charging interval section of the history that records of this corresponding relation realize the charging of automatic control electric pond.
Referring to Fig. 3, show the flow chart of a kind of battery charging control method embodiment 3 of the present invention, the described method of the present embodiment specifically is applied in the electronic equipment, and described electronic equipment can use a plurality of different charge parameters to charge, and described charge parameter comprises charging current and charging voltage.Described charge parameter comprises at least realizes that the short time charges to the quick charge parameter of Full Charge Capacity and can prolong the at a slow speed charge parameter of battery, and described method can comprise:
Step 301: the history of obtaining the battery charging is used information.
Described historical use information comprises battery charging interval section and corresponding battery discharge time section thereof.
Step 302: according to section discharge time of each charging interval section and correspondence thereof, determine to charge and finish the moment and the zero hour of discharge.
Described charging interval section is also namely expressed battery and is in the initial time under the charged state and stops the moment, also be that electronic equipment connects the initial time of power supply and stops the moment, 8:00～9:00 for example, the initial time that namely charges is 8:00, charging finish time is 9:00.Segment table illustrated battery and began discharging time and capacity emptying constantly described discharge time, and for example 12:00～14:00 electronic equipment is starting state, is its power supply by battery.
Step 303: calculate the described discharge zero hour and described charging and finish the time interval constantly.
Step 304: when the described time interval less than first scheduled time, determine the corresponding described quick charge parameter of described charging interval section.
The time interval also is after the battery charging is finished, namely to use described powered battery within first scheduled time less than first scheduled time.Expression need to use battery to be power electronic equipment as early as possible, determines that therefore the charge parameter type of this charging interval section correspondence is the quick charge parameter.
Zero hour of for example charging is 8:00, and charging is finished and constantly is 9:00, and described first scheduled time is 20 minutes, and discharge zero hour is 9:10, and the interior corresponding quick charge parameter of this charging interval section of 8:00～9:00 then is set.
Step 305: interval greater than second scheduled time, determine the corresponding described at a slow speed charge parameter of described charging interval section when described.
Interval greater than second scheduled time, after namely charging is finished, after second scheduled time, just use described battery, do not use immediately described battery after then the expression charging is finished, at a slow speed charge parameter of this charging interval section correspondence then is set.
Zero hour of for example charging is 8:00, and charging is finished and constantly is 12:00, and described first scheduled time is 3 hours, and discharge zero hour is 16:00, and at a slow speed charge parameter of the interior correspondence of this charging interval section of 8:00～12:00 then is set.
The history of described battery is used information, and only span is from the history use information of the last time of this statistics, and in the record that also can refer to preserve, the battery that same number is maximum uses information as the historical use information of the battery of this statistics usefulness.
The present embodiment, just with the quick charge parameter and at a slow speed charge parameter be set to that example illustrates.Select and specifically to set according to different actual conditions for other charge parameter.For example, when interval greater than first scheduled time and less than second scheduled time, this charging interval section correspondence then can be set charge normal parameter.
Certainly can also be set the 3rd scheduled time, if interval greater than the 3rd scheduled time, then can adopt the health charge parameter is the little electric current of low-voltage.
Step 306: detect whether receive the first selection instruction of user, if enter step 207, if not, enter step 208.
Step 307: search the first charge parameter of corresponding described the first selection instruction, according to the charging of described the first charge parameter control battery.
Step 308: the history of the battery that inquiry is preserved is used information and is added up the corresponding relation of the different charging interval sections that draw and different charge parameter types;
Step 309: determine the second charge parameter of current time place charging interval section correspondence according to described corresponding relation, according to the charging of described the second charge parameter control battery.
In the present embodiment, if do not receive the first selection instruction of user, the different charging interval sections that then draw according to statistics and the corresponding relation of charge parameter type are determined the charge parameter that the current time needs adopt, determining of this corresponding relation can according to the different charging interval sections of the history of record and the drawn historical charging of battery discharge time section finishes constantly and historical discharge is determined the zero hour, has therefore realized the charging in automatic control electric pond.
For aforesaid each embodiment of the method, for simple description, therefore it all is expressed as a series of combination of actions, but those skilled in the art should know, the present invention is not subjected to the restriction of described sequence of movement, because according to the present invention, some step can adopt other orders or carry out simultaneously.Secondly, those skilled in the art also should know, the embodiment described in the specification all belongs to preferred embodiment, and related action and module might not be that the present invention is necessary.
Corresponding with a kind of battery charging control method embodiment of the invention described above 1, referring to Fig. 4, the present invention also provides the structural representation of a kind of battery charging control device embodiment 1, described device specifically is applied in the electronic equipment, described electronic equipment can use a plurality of different charge parameters to charge, described charge parameter comprises charging current and charging voltage at least, and described device can comprise:
The first charging module 402, be used for when described detection module 401 when being, search the first charge parameter of corresponding described the first selection instruction, control battery according to described the first charge parameter and charge.
Wherein, described the first charging module 402 can specifically comprise:
The first determination module 4021 is used for according to described the first charge parameter, determines the first expectation battery capacity after described battery charges;
The first comparison module 4022 is used for more current battery capacity and whether estimates battery capacity greater than described first;
The first discharge submodule 4023, be used for when described the first comparison module 4022 when being, control described battery discharge and arrive described the first expectation battery capacity;
The first charging submodule 4024 is used for controlling described battery according to described the first charge parameter and being charged to described the first expectation battery capacity when described the first comparison module 4022 when being no.
The second charging module 404 is used for the second charge parameter that the described corresponding relation of foundation is determined current time place charging interval section correspondence, according to the charging of described the second charge parameter control battery.
Wherein, described the second charging module 404 can comprise:
The second determination module 4041 is used for according to described the first charge parameter, determines the second expectation battery capacity after described battery charges;
The second comparison module 4042 is used for more current battery capacity and whether estimates battery capacity greater than described second;
The second discharge submodule 4043, be used for when described the second comparison module 4042 when being, control described battery discharge and arrive described the second expectation battery capacity;
The second charging submodule 4044 is used for controlling described battery according to described the second charge parameter and being charged to described the second expectation battery capacity when described the second comparison module 4042 when being no.
In the present embodiment, electronic equipment can use different charge parameters to charge as battery.The different charging interval sections that described device can use information add up to draw according to the first selection instruction of user or according to the history of battery and the corresponding relation of different charge parameters, the charge parameter that adopts when determining the charging of this primary cell, by under different situations, selecting different charge parameters, automatically realized the effective control to the battery charging.
Corresponding with a kind of battery charging control method embodiment of the invention described above 2, referring to Fig. 5, the present invention also provides the structural representation of a kind of battery charging control device embodiment 2, described device specifically is applied in the electronic equipment, described electronic equipment can use a plurality of different charge parameters to charge, described charge parameter comprises charging current and charging voltage at least, described device can comprise detection module 501, the first charging module 502, enquiry module 503 and the second charging module 504, concrete functions of modules can be described referring to said apparatus embodiment 1, its said apparatus embodiment difference is, described device can also comprise:
The historical use information of described battery can comprise: charging interval section and the selected charge parameter of charging interval section.Certainly can also comprise the actual duration of charging, the charging in intervals of distance charging next time, the information such as powered battery duration after charging is finished.
Battery when this history use information is the self registering each charging of electronic equipment uses information.
Corresponding relation building module 505 is used in the identical charging interval section, selects the maximum charge parameter type of number of times as the charge parameter type of this charging interval section correspondence.
In the present embodiment, battery charging control device also comprises statistical module and corresponding relation building module, if do not receive the first selection instruction of user, then determine the charge parameter that the current time needs adopt by the corresponding relation of the different charging interval sections that draw according to statistics and charge parameter type, therefore determining and can drawing according to different charging interval sections and the selected charge parameter statistics of this charging interval section of the history that records of this corresponding relation realize the charging of automatic control electric pond.
Corresponding with a kind of battery charging control method embodiment of the invention described above 3, referring to Fig. 6, the present invention also provides the structural representation of a kind of battery charging control device embodiment 3, described device specifically is applied in the electronic equipment, described electronic equipment can use a plurality of different charge parameters to charge, described charge parameter comprises charging current and charging voltage at least, the described charge parameter type of the present embodiment comprises that at least the realization short time charges to the quick charge parameter and the at a slow speed charge parameter that can prolong battery of Full Charge Capacity, described device can comprise detection module 601, the first charging module 602, enquiry module 603 and the second charging module 604, concrete functions of modules can be described referring to said apparatus embodiment 1, its said apparatus embodiment difference is, described device can also comprise:
The historical use information of described battery can comprise: battery charging interval section and corresponding battery discharge time section thereof.
Corresponding relation building module 606 is used for working as the described time interval less than first scheduled time, determines the corresponding described quick charge parameter of described charging interval section; Interval greater than second scheduled time, determine the corresponding described at a slow speed charge parameter of described charging interval section when described.
Certain described corresponding relation building module can also be used for when described interval greater than described first scheduled time, during less than described second scheduled time, determine that described charging interval section correspondence charges normal parameter, during interval greater than the 3rd scheduled time, determine the corresponding described health charge parameter of described charging interval section when described.
In the present embodiment, battery charging control device also comprises computing module and corresponding relation building module, when not receiving the first selection instruction of user, the different charging interval sections that can draw according to statistics and the corresponding relation of charge parameter type are determined the charge parameter that the current time needs adopt, determining of this corresponding relation can according to the different charging interval sections of the history of record and the drawn historical charging of battery discharge time section finishes constantly and historical discharge is determined the zero hour, has therefore realized the charging in automatic control electric pond.
In addition, the present invention also provides a kind of electronic equipment, comprises battery charging control device described above.
Each embodiment adopts the mode of going forward one by one to describe in this specification, and what each embodiment stressed is and the difference of other embodiment that identical similar part is mutually referring to getting final product between each embodiment.For the disclosed device of embodiment, because it is corresponding with the disclosed method of embodiment, so description is fairly simple, relevant part partly illustrates referring to method and gets final product.
Need to prove, in this article, relational terms such as the first and second grades only is used for an entity or operation are separated with another entity or operating space, and not necessarily requires or hint and have the relation of any this reality or sequentially between these entities or the operation.And, term " comprises ", " comprising " or its any other variant are intended to contain comprising of nonexcludability, thereby not only comprise those key elements so that comprise process, method, article or the equipment of a series of key elements, but also comprise other key elements of clearly not listing, or also be included as the intrinsic key element of this process, method, article or equipment.In the situation that not more restrictions, the key element that is limited by statement " comprising ... ", and be not precluded within process, method, article or the equipment that comprises described key element and also have other identical element.
To the above-mentioned explanation of the disclosed embodiments, make this area professional and technical personnel can realize or use the present invention.Multiple modification to these embodiment will be apparent concerning those skilled in the art, and General Principle as defined herein can be in the situation that do not break away from the spirit or scope of the present invention, in other embodiments realization.Therefore, the present invention will can not be restricted to these embodiment shown in this article, but will meet the widest scope consistent with principle disclosed herein and features of novelty.
Claims (10)
1. a battery charging control method is characterized in that, is applied in the electronic equipment, and described electronic equipment can use a plurality of different charge parameters to charge, and described charge parameter comprises charging current and charging voltage at least, and described method comprises:
Detect the first selection instruction that whether receives the user;
If so, search the first charge parameter of corresponding described the first selection instruction, control described battery charging according to described the first charge parameter;
If not, the corresponding relation of the different charging interval sections that draw of the inquiry historical use information of battery of preserving and adding up and different charge parameter types;
Determine the second charge parameter of current time place charging interval section correspondence according to described corresponding relation, control described battery charging according to described the second charge parameter.
2. method according to claim 1 is characterized in that, the described charging according to described the first charge parameter control battery comprises:
According to described the first charge parameter, determine the first expectation battery capacity after described battery charges;
Whether more current battery capacity estimates battery capacity greater than described first;
If so, control described battery discharge and estimate battery capacity to described first;
If not, then control described battery according to described the first charge parameter and be charged to described the first expectation battery capacity.
3. method according to claim 1 is characterized in that, the described charging according to described the second charge parameter control battery comprises:
According to described the second charge parameter, determine the second expectation battery capacity after described battery charges;
Whether more current battery capacity estimates battery capacity greater than described second;
If so, control described battery discharge and estimate battery capacity to described second;
If not, then control described battery according to described the second charge parameter and be charged to described the second expectation battery capacity.
4. method according to claim 1 is characterized in that, the historical use information of described battery comprises charging interval section and the selected charge parameter type of charging interval section;
Then described different charging interval section is specifically obtained in the following manner from the corresponding relation of different charge parameter types:
For each charging interval section, add up the charge parameter type that identical charging interval section adopts, and the selection number of times of each charge parameter type;
In identical charging interval section, select the maximum charge parameter type of number of times as the charge parameter type of this charging interval section correspondence.
5. method according to claim 1, it is characterized in that, described charge parameter comprises realizes that the short time charges to the quick charge parameter of Full Charge Capacity and can prolong the at a slow speed charge parameter of battery, and the historical use information of described battery comprises battery charging interval section and corresponding battery discharge time section thereof;
Then described different charging interval section is specifically added up in the following manner from the corresponding relation of different charge parameters and is drawn:
According to section discharge time of each charging interval section and correspondence thereof, determine to charge and finish the moment and the zero hour of discharge;
Calculate the described discharge zero hour and described charging and finish the time interval constantly;
When the described time interval less than first scheduled time, determine the corresponding described quick charge parameter of described charging interval section;
Interval greater than second scheduled time, determine the corresponding described at a slow speed charge parameter of described charging interval section when described.
6. a battery charging control device is characterized in that, is applied in the electronic equipment, and described electronic equipment can use a plurality of different charge parameters to charge, and described charge parameter comprises charging current and charging voltage at least, and described device comprises:
Detection module is for detection of the first selection instruction that whether receives the user;
The first charging module, be used for when described detection module when being, search the first charge parameter of described the first selection instruction of correspondence, control described battery according to described the first charge parameter and charge;
Enquiry module is used for when described detection module when being no, the different charging interval sections that the battery history use information that inquiry is preserved and adding up draws and the corresponding relation of different charge parameter types;
The second charging module is used for the second charge parameter that the described corresponding relation of foundation is determined current time place charging interval section correspondence, controls described battery charging according to described the second charge parameter.
7. device according to claim 6 is characterized in that, described the first charging module comprises:
The first determination module is used for according to described the first charge parameter, determines the first expectation battery capacity after described battery charges;
The first comparison module is used for more current battery capacity and whether estimates battery capacity greater than described first;
The first discharge submodule, be used for when described the first comparison module when being, control described battery discharge and arrive described the first expectation battery capacity;
The first charging submodule is used for controlling described battery according to described the first charge parameter and being charged to described the first expectation battery capacity when described the first comparison module when being no.
8. device according to claim 6 is characterized in that, described the second charging module comprises:
The second determination module is used for according to described the first charge parameter, determines the second expectation battery capacity after described battery charges;
The second comparison module is used for more current battery capacity and whether estimates battery capacity greater than described second;
The second discharge submodule, be used for when described the second comparison module when being, control described battery discharge and arrive described the second expectation battery capacity;
The second charging submodule is used for controlling described battery according to described the second charge parameter and being charged to described the second expectation battery capacity when described the second comparison module when being no.
9. device according to claim 6 is characterized in that, the historical use information of described battery comprises charging interval section and the selected charge parameter of charging interval section;
Then described device also comprises:
Statistical module is used for according to described historical use information, for each charging interval section, adds up the charge parameter type that adopts in the identical charging interval section, and the selection number of times of each charge parameter type;
Corresponding relation building module is used in the identical charging interval section, selects the maximum charge parameter type of number of times as the charge parameter type of this charging interval section correspondence.
10. device according to claim 6, it is characterized in that, described charge parameter comprises realizes that the short time charges to the quick charge parameter of Full Charge Capacity and can prolong the at a slow speed charge parameter of battery, and the historical use information of described battery comprises battery charging interval section and corresponding battery discharge time section thereof;
Then described device also comprises:
Computing module is used for each charging interval section and corresponding section discharge time thereof according to described historical use information, determines that charging is finished constantly and discharge zero hour, and calculates the time interval that the moment is finished in described discharge zero hour and described charging;
Corresponding relation building module is used for working as the described time interval less than first scheduled time, determines the corresponding described quick charge parameter of described charging interval section; Interval greater than second scheduled time, determine the corresponding described at a slow speed charge parameter of described charging interval section when described.
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