CN103064490B - A kind of battery shares method and device - Google Patents
A kind of battery shares method and device Download PDFInfo
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- CN103064490B CN103064490B CN201110326138.7A CN201110326138A CN103064490B CN 103064490 B CN103064490 B CN 103064490B CN 201110326138 A CN201110326138 A CN 201110326138A CN 103064490 B CN103064490 B CN 103064490B
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Abstract
This application discloses a kind of shared method of battery and device, be applied in one first electronic equipment, described first electronic equipment has the first hardware system, the first battery and a connecting interface, wherein, described first battery provides electric power for described first hardware system, described method comprises: judge whether described connecting interface is connected with the second electronic equipment, produce a judged result; When described judged result represents that described connecting interface connects the second electronic equipment described in, obtain a parameter information; Obtain a standard information prestored, described standard information is for determining the strategy providing electric power of described first battery; Described parameter information and described standard information are processed, produces a result; According to the strategy of result instruction, control the first battery and provide electric power to the first electronic equipment and/or the second electronic equipment.The embodiment of the present application more reasonably can be carried out battery and be shared.
Description
Technical field
The application relates to the communications field, particularly relates to a kind of battery and shares method and device.
Background technology
Along with the development of terminal technology, the portable equipment at present around individual calculus emerges in an endless stream, such as smart mobile phone, notebook computer, panel computer etc.When can there is collaborative work (such as calculating) between these computing equipments, also there is the situation sharing battery.Such as, in device A, battery can share to equipment B, powers for device A and equipment B simultaneously.
General, during existing battery is shared, as long as device A is connected with equipment B, the battery in device A just shares to equipment B, and such as, when mobile phone is connected to the USB interface of computer, computer is powered to mobile phone by USB interface.
But, to in the research and practice process of prior art, present inventor finds, if what perform in device A is extremely important or urgent task, and task in the task relative device A performed in equipment B is unimportant or urgent time, the battery of device A is shared to equipment B, will inevitably the electricity of battery in consumer device A, thus the battery electric quantity existed in device A gradually reduces, finally cannot extremely important or urgent task performs smoothly in support equipment A hidden danger.Obviously, be similar to carry out in above-mentioned situation battery in device A share and unreasonable.
Summary of the invention
In view of this, the technical matters that the application will solve is, provides a kind of battery to share method and device, more reasonably can carry out battery and share.
For this reason, the embodiment of the present application adopts following technical scheme:
A kind of method that the embodiment of the present application provides battery to share, described method is applied in one first electronic equipment, and described first electronic equipment has the first hardware system, the first battery and a connecting interface, wherein, described first battery provides electric power for described first hardware system, and described method comprises:
Judge whether described connecting interface is connected with the second electronic equipment, produce a judged result;
When described judged result represents that described connecting interface connects the second electronic equipment described in, obtain a parameter information;
Obtain a standard information prestored, described standard information is for determining the strategy providing electric power of described first battery;
Described parameter information and described standard information are processed, produces a result;
When described result is designated as the first strategy, controls described first battery and keep described first power electronic equipment;
When described result is designated as the second strategy, control described first battery and keep described first power electronic equipment, described first battery is to described second power electronic equipment simultaneously;
When described result is designated as the 3rd strategy, control described first battery to described second power electronic equipment.
The device that the embodiment of the present application also provides a kind of battery to share, it is characterized in that, described application of installation is in one first electronic equipment, described first electronic equipment has the first hardware system, the first battery and a connecting interface, wherein, described first battery provides electric power for described first hardware system, and described device comprises:
First judging unit, for judging whether described connecting interface is connected with the second electronic equipment, produces a judged result;
Gain of parameter unit, during for representing that when described judged result described connecting interface connects the second electronic equipment described in, obtains a parameter information;
Standard information obtains unit, and for obtaining a standard information prestored, described standard information is for determining the strategy providing electric power of described first battery;
Processing unit, for processing described parameter information and described standard information, produces a result;
Supply control unit, during for being designated as the first strategy when described result, controlling described first battery and keeps described first power electronic equipment; When described result is designated as the second strategy, control described first battery and keep described first power electronic equipment, described first battery is to described second power electronic equipment simultaneously; When described result is designated as the 3rd strategy, control described first battery to described second power electronic equipment.
As can be seen from above-described embodiment, the embodiment of the present application is applied in one first electronic equipment, described first electronic equipment has the first hardware system, the first battery and a connecting interface, wherein, described first battery provides electric power for described first hardware system, described method comprises: judge whether described connecting interface is connected with the second electronic equipment, produce a judged result; When described judged result represents that described connecting interface connects the second electronic equipment described in, obtain a parameter information; Obtain a standard information prestored, described standard information is for determining the strategy providing electric power of described first battery; Described parameter information and described standard information are processed, produces a result; When described result is designated as the first strategy, controls described first battery and keep described first power electronic equipment; When described result is designated as the second strategy, control described first battery and keep described first power electronic equipment, described first battery is to described second power electronic equipment simultaneously; When described result is designated as the 3rd strategy, control described first battery to described second power electronic equipment.Application the embodiment of the present application, the result indicating Different Strategies is obtained according to parameter information and standard information, result according to instruction Different Strategies determines the power supply object of the first battery, thus solves the first battery in prior art and share irrational problem.
Accompanying drawing explanation
In order to be illustrated more clearly in the embodiment of the present application or technical scheme of the prior art, be briefly described to the accompanying drawing used required in embodiment or description of the prior art below, apparently, for those of ordinary skills, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
Fig. 1 is that method first embodiment schematic flow sheet shared by the application's battery;
Fig. 2 is that method second embodiment schematic flow sheet shared by the application's battery;
Fig. 3 is that method the 3rd embodiment schematic flow sheet shared by the application's battery;
Fig. 4 is that method the 4th embodiment schematic flow sheet shared by the application's battery;
Fig. 5 is that method the 5th embodiment schematic flow sheet shared by the application's battery;
Fig. 6 is the application's battery sharing means example structure schematic diagram;
Fig. 7 is the first example structure schematic diagram of processing unit in the application's battery sharing means;
Fig. 8 is the second example structure schematic diagram of processing unit in the application's battery sharing means;
Fig. 9 is the 3rd example structure schematic diagram of processing unit in the application's battery sharing means;
Figure 10 is the 4th example structure schematic diagram of processing unit in the application's battery sharing means.
Embodiment
The following embodiment of the application provides battery and shares method and device.
Technical scheme in the embodiment of the present application is understood better in order to make those skilled in the art person, and enable the above-mentioned purpose of the embodiment of the present application, feature and advantage become apparent more, below in conjunction with accompanying drawing, technical scheme in the embodiment of the present application is described in further detail.
Wherein, the application's battery shares method and application of installation in the first electronic equipment, and described first electronic equipment has the first hardware system, the first battery and a connecting interface, and wherein, described first battery provides electric power for described first hardware system; Described connecting interface is specifically as follows the hardware interface of entity, and can be also the interface of wireless connections, this connecting interface be for connecting the second electronic equipment.
Preferably, the second electronic equipment has the second hardware system and a connecting interface, and the connecting interface of the second electronic equipment coordinates with the connecting interface of the first electronic equipment, and the entity realizing two electronic equipments connects or wireless connections; Connecting interface in the application is mainly used in determining whether be in connection status between the first electronic equipment and the second electronic equipment, whether realizes other functions in actual applications and does not limit here.
In addition, the second battery can be comprised in the second electronic equipment; Or, second electronic equipment also can not comprise the second battery, and the second hardware system being only the second electronic equipment by the first battery in the first electronic equipment provides electric power, now, can realize being connected by described connecting interface between first battery and the second hardware system of the second electronic equipment, or, also can be connected by other Interface realization, not limit here.
Wherein, the first electronic equipment and the second electronic equipment can be two identical or different terminal devices, can pass through connecting interface collaborative work; Such as, described terminal device can be: the terminal device running windows operating system or (SuSE) Linux OS or Mac operating system on X86 hardware system, or, ARM hardware system runs the terminal device etc. of Android operation system or iOS operating system.
In a concrete application example, this first electronic equipment is preferred, be the equipment comprising main frame and display screen, also can be described as BASE equipment, this equipment is consistent with usual seen notebook computer or all-in-one profile, and the second electronic equipment can a preferably board being integrated with SOS, the slot of this board by the first electronic equipment is arranged, insert in this slot, be combined into the portable terminal device of dual system with the first electronic equipment.Wherein, described slot can corresponding described connecting interface.
In the application example that another is concrete, this first electronic equipment preferably (does not comprise the first hardware system containing the main process equipment of display screen and such as comprises X86 operating system, operation has the first operating system such as windows operating system), second electronic equipment preferably touches display device and (comprises the second operating system such as ARM operating system, run the second operating system such as Android operation system), preferably, second electronic equipment integrated display screen, first electronic equipment and the second electronic equipment are linked together by connecting interface and form dual system portable terminal device.Wherein, the first electronic equipment and the second electronic equipment can realize electric channel, data channel and stator channel etc. by this connecting interface; Such as in follow-up embodiment, described battery electric quantity can be transmitted by stator channel, in first electronic equipment, the electric energy of the first battery can be transferred to the second electronic equipment by electric channel, and the data messages such as the task that the first electronic equipment distributes to the second electronic equipment and the progress information that obtains from the second electronic equipment can be transmitted by data channel.
Fig. 1 is the first embodiment schematic flow sheet that method shared by the application's battery, and as shown in Figure 1, the method comprises:
Step 101: judge whether described connecting interface is connected with the second electronic equipment, produce a judged result;
Step 102: when described judged result represents that described connecting interface connects the second electronic equipment described in, obtain a parameter information;
Step 103: obtain a standard information prestored, described standard information is for determining the strategy providing electric power of described first battery;
Execution sequence is not had to limit between step 102 and step 103.
Step 104: described parameter information and described standard information are processed, produces a result;
Step 105: when described result is designated as the first strategy, controls described first battery and keeps described first power electronic equipment; When described result is designated as the second strategy, control described first battery and keep described first power electronic equipment, described first battery is to described second power electronic equipment simultaneously; When described result is designated as the 3rd strategy, control described first battery to described second power electronic equipment.
Wherein, in actual applications, not must use the first strategy, the second strategy and the 3rd strategy three kinds of strategies simultaneously, only can use one or both strategies wherein, not limit here.
Known based on the above embodiments, the result of instruction three kinds of Different Strategies is obtained according to parameter information and standard information, result according to instruction Different Strategies determines that the power supply object of the first battery is the first electronic equipment and/or the second electronic equipment, thus solves the first battery in prior art and share irrational problem.
Preferably, in the embodiment of the present application shown in Fig. 1, when described second electronic equipment comprises the second hardware system and the second battery, described second battery for described second hardware system electric power is provided time, described first battery can comprise described second power electronic equipment:
Control described first battery and provide electric power for described second hardware system, control described first battery simultaneously and described second battery is charged;
Or, control described first battery for described second hardware system and electric power be provided;
Or, control described first battery and described second battery charged.
Preferably, described first battery can also comprise described second power electronic equipment:
Obtain the electricity of the second battery, judge whether the electricity of the second battery is less than default power threshold;
When judging that the electricity of the second battery is less than default power threshold, perform the step that described first battery of described control charges to described second battery.
And, if the second electronic equipment comprises the second battery, when the first battery provides electric power for the second electronic equipment, the first battery can also while providing electric power for the second hardware system, be the second powered battery, thus reduce further the generation of the shared unreasonable situation of the first battery; Further, the electricity of the second battery can also be obtained, judge whether the electricity of the second battery is less than default power threshold, only when the electricity of the second battery is less than default power threshold, just perform the step that described first battery of described control charges to described second battery, thus reduce further the generation of the shared unreasonable situation of the first battery.
Preferably, parameter information described in the application can be: the electricity of the first battery and the electricity of the second battery; Described standard information can comprise: the difference threshold of two battery electric quantities;
Then described described parameter information and described standard information to be processed, produce a result and comprise:
Judge whether the difference between the electricity of the first battery and the electricity of the second battery is greater than described difference threshold;
When difference between the electricity of the first battery and the electricity of the second battery is greater than described difference threshold, produce the result of instruction second strategy;
When difference between the electricity of the first battery and the electricity of the second battery is not more than described difference threshold, produce the result of instruction first strategy.
Or parameter information described in the application can be: the electricity of the first battery and the electricity of the second battery; Described standard information can comprise: the fractional threshold of two battery electric quantities;
Then described described parameter information and described standard information to be processed, produce a result and comprise:
Judge whether the ratio between the electricity of the first battery and the electricity of the second battery is greater than described fractional threshold;
When ratio between the electricity of the first battery and the electricity of the second battery is greater than described fractional threshold, produce the result of instruction second strategy;
When ratio between the electricity of the first battery and the electricity of the second battery is not more than described fractional threshold, produce the result of instruction first strategy.
Preferably, in the first electronic equipment, the first operating system can have been run based on the first hardware system in the application; The second operating system can have been run based on the second hardware system in the second electronic equipment;
Now, described parameter information and standard information can have different implementations, are described in more detail below by way of the embodiment shown in Fig. 2 ~ Fig. 5.
See Fig. 2, share the second embodiment schematic flow sheet in method for the application's battery, wherein,
Step 201: judge whether described connecting interface is connected with the second electronic equipment, produce a judged result;
Step 202: when described judged result represents that described connecting interface connects the second electronic equipment described in, obtain a parameter information;
Wherein, described parameter information can comprise: the application of the first operating system and the application of the second operating system.
Wherein, described application can comprise: the application program of operating system and/or the process etc. of operating system, can specifically be arranged in actual applications.
Step 203: obtain a standard information prestored, described standard information is for determining the strategy providing electric power of described first battery.
Wherein, described standard information can comprise: the importance information that each application is corresponding.
In actual applications, standard information can be realized by the tables of data form preset, record in tables of data: the corresponding relation between application and importance information.
How other quantity of described significance level and each application carry out other division of significance level can independently set in actual applications, such as, importance information can be divided into basic, normal, high three kinds of importance information etc.; Then described standard information can such as shown in table 1:
Table 1
| Apply Names | Importance information |
| Background music is play | Low |
| Data calculate | High |
| Movie download | In |
Following steps 204 ~ step 207 realizes describedly processing described parameter information and described standard information, produces the step of a result.
Step 204: the importance information determining each application of the first operating system according to described standard information, and, the importance information of each application of the second operating system is determined according to described standard information.
Step 205: the importance information determining the first operating system according to the importance information of each application of the first operating system, and, the importance information of the second operating system is determined according to the importance information of each application of the second operating system.
Wherein, when the importance information of the importance information determination operation system of each application according to operating system, directly can find the importance information of the highest importance information as operating system from the importance information of each application of operating system, or, also can be that different importance information gives numerical value, importance information according to each application of operating system calculates the importance information etc. of importance information average as operating system, does not limit here.
Step 206: other height of significance level comparing two operating systems;
Step 207: when importance information higher than the second operating system of the importance information of the first operating system, produce the result of instruction first strategy; When the importance information of the first operating system is identical with the importance information of the second operating system, produce the result of instruction second strategy; When importance information lower than the second operating system of the importance information of the first operating system, produce the result of instruction the 3rd strategy.
Step 208: when described result is designated as the first strategy, controls described first battery and keeps described first power electronic equipment; When described result is designated as the second strategy, control described first battery and keep described first power electronic equipment, described first battery is to described second power electronic equipment simultaneously; When described result is designated as the 3rd strategy, control described first battery to described second power electronic equipment.
In this embodiment, obtain the application of the first operating system and the application of the second operating system, determine each importance information applied, and then determine the importance information of the first operating system and the second operating system, according to other height of significance level of two operating systems, determine the first battery powered object, thus the preferential power supply ensureing the operating system that importance information is high in two operating systems, make sharing of the first battery more reasonable.
Fig. 3 is the third embodiment schematic flow sheet that the application's battery shares in method, wherein,
Step 301: judge whether described connecting interface is connected with the second electronic equipment, produce a judged result;
Step 302: when described judged result represents that described connecting interface connects the second electronic equipment described in, obtain a parameter information;
Wherein, described parameter information can comprise: the application of the second operating system.
Step 303: obtain a standard information prestored, described standard information is for determining the strategy providing electric power of described first battery.
Wherein, described standard information can comprise: the importance information that application is corresponding.
Here, the realization of standard information refers to the description in step 302, does not repeat here.
Realize describedly processing described parameter information and described standard information below by way of step 304 ~ step 309, produce the step of a result.
Step 304: the importance information determining each application of the second operating system;
Step 305: judge whether there is the application of importance information higher than first level threshold value in described application;
Step 306: when there is the application of importance information higher than first level threshold value in described application, produces the result of instruction the 3rd strategy; Perform step 310;
Step 307: when there is not the application of importance information higher than first level threshold value in described application, judge the application whether existed in described application higher than second level threshold value; First level threshold value is greater than second level threshold value;
Step 308: when there is the application higher than second level threshold value, produces the result of instruction second strategy; Perform step 310;
Step 309: when there is not the application higher than second level threshold value, produces the result of instruction first strategy; Perform step 310;
Step 310: when described result is designated as the first strategy, controls described first battery and keeps described first power electronic equipment; When described result is designated as the second strategy, control described first battery and keep described first power electronic equipment, described first battery is to described second power electronic equipment simultaneously.
In this embodiment, obtain the application of the second operating system, determine each importance information applied, and then according to the importance information of each application in the second operating system and the relation between first level threshold value and second level threshold value, determine the first battery powered object, thus only when the importance of the second operating system application is higher than second level threshold value, the first battery is just the second power electronic equipment; And then when the importance of the second operating system application is higher than first level threshold value, the first battery is only the second power electronic equipment, thus makes sharing of the first battery more reasonable.
Fig. 4 is the 4th kind of embodiment schematic flow sheet that the application's battery shares in method, wherein,
Step 401: judge whether described connecting interface is connected with the second electronic equipment, produce a judged result;
Step 402: when described judged result represents that described connecting interface connects the second electronic equipment described in, obtain a parameter information;
Wherein, described parameter information can comprise: whether whether the first operating system receive the information of the result of this task to the information of the second operating system allocating task and the first operating system.
Step 403: obtain a standard information prestored, described standard information is for determining the strategy providing electric power of described first battery.
Described standard information comprises: whether whether the first operating system receive the corresponding relation between the processing result information of this task and strategy to the information of the second operating system allocating task and the first operating system; Concrete, can comprise: the first operating system is not to the corresponding relation between the second operating system allocating task and the first strategy, first operating system is to the second operating system allocating task and the corresponding relation do not received between the result of task and the second strategy, and the first operating system is to the second operating system allocating task and the corresponding relation received between the result of task and the first strategy.
Realize describedly processing described parameter information and described standard information below by way of step 404 ~ step 408, produce the step of a result.
Step 404: judge that whether the first operating system is to the second operating system allocating task;
Step 405: when the first operating system is not to the second operating system allocating task, produces the result of instruction first strategy; Perform step 409;
Step 406: when the first operating system is to the second operating system allocating task, judges whether the first operating system receives the result of this task;
Step 407: when the first operating system receives the result of this task, produces the result of instruction first strategy; Perform step 409;
Step 408: when the first operating system does not receive the result of this task, produces the result of instruction second strategy; Perform step 409;
Step 409: when described result is designated as the first strategy, controls described first battery and keeps described first power electronic equipment; When described result is designated as the second strategy, control described first battery and keep described first power electronic equipment, described first battery is to described second power electronic equipment simultaneously.
In this embodiment, obtain whether whether the first operating system receive the result of this task information to the information of the second operating system allocating task and the first operating system, and then according to this information, determine the first battery powered object, thus the first operating system is not to the second operating system allocating task and when receiving the result of task, first battery is just the second power electronic equipment, also namely shares to the second electronic equipment, thus makes sharing of the first battery more reasonable.
Preferably, in the embodiment shown in fig. 4, described parameter information can also comprise: the electricity of the second battery;
Now, described standard information specifically comprises: whether whether the electricity of the second battery, the first operating system receive the corresponding relation between the information of the result of this task and strategy to the information of the second operating system allocating task and the first operating system; This concrete corresponding relation can comprise:
First operating system is not to the corresponding relation between the second operating system allocating task and the first strategy; First operating system is less than the corresponding relation between default power threshold and the second strategy to the second operating system allocating task, the result not receiving task and the second battery electric quantity; First operating system is not less than the corresponding relation between default power threshold and the first strategy to the second operating system allocating task, the result not receiving task and the second battery electric quantity; First operating system is to the second operating system allocating task and the corresponding relation received between the result of task and the first strategy.
Now, step 408 also comprises:
First operating system to the second operating system allocating task and the first operating system does not receive the result of this task time, judge whether the electricity of the second battery is less than default power threshold;
When the electricity of the second battery is less than default power threshold, perform the step of the result of described generation instruction second strategy;
When the electricity of the second battery is not less than default power threshold, produce the result of instruction first strategy.
Now, in this embodiment, when only having the first operating system to be less than default power threshold to the second operating system allocating task, the result not receiving task and the electricity of the second battery, first battery is just the second power electronic equipment, also namely share to the second electronic equipment, thus make sharing of the first battery more reasonable.
Fig. 5 is the 5th kind of embodiment schematic flow sheet that the application's battery shares in method, wherein,
Step 501: judge whether described connecting interface is connected with the second electronic equipment, produce a judged result;
Step 502: when described judged result represents that described connecting interface connects the second electronic equipment described in, obtain a parameter information;
Wherein, described parameter information can comprise: the application number of the first operating system and the application number of the second operating system.
Step 503: obtain a standard information prestored, described standard information is for determining the strategy providing electric power of described first battery.
Described standard information can comprise: the application number of the first operating system and the corresponding relation between the application number of the second operating system and strategy; Concrete, can comprise: the application number of the first operating system is not 0 and the application number of the second operating system is 0, the corresponding relation between itself and the first strategy; The application number of the first operating system is not 0 and the application number of the second operating system is not 0, the corresponding relation between itself and the second strategy; The application number of the first operating system is 0 and the application number of the second operating system is not 0, the corresponding relation between itself and the 3rd strategy.
Realize describedly processing described parameter information and described standard information below by way of step 504 ~ step 505, produce the step of a result.
Step 504: whether the application number judging the first operating system is 0, and, judge whether the application number of the second operating system is 0;
Step 505: the application number of the first operating system is not the application number of the 0, second operating system when being 0, produces the result of instruction first strategy; The application number of the first operating system is not the application number of the 0, second operating system when not being 0, produces the result of instruction second strategy; The application number of the first operating system is the application number of the 0, second operating system when not being 0, produces the result of instruction the 3rd strategy.
Step 506: when described result is designated as the first strategy, controls described first battery and keeps described first power electronic equipment; When described result is designated as the second strategy, control described first battery and keep described first power electronic equipment, described first battery is to described second power electronic equipment simultaneously; When described result is designated as the 3rd strategy, control described first battery to described second power electronic equipment.
In this embodiment, whether be 0 according to the application number of the first operating system and the application number of the second operating system, determine the first battery powered object, thus only when the application number of the second operating system is not 0, first battery is just the second power electronic equipment, also the second electronic equipment is namely shared to, even when the application number of the first operating system is 0 and the application number of the second operating system is not 0, first battery is only the second electronic equipment and provides electric power, thus makes sharing of the first battery more reasonable.
Corresponding with the embodiment that method shared by the application's battery, present invention also provides the embodiment of battery sharing means.
See Fig. 6, be the first example structure schematic diagram of the application's battery sharing means, wherein,
First judging unit 610, for judging whether described connecting interface is connected with the second electronic equipment, produces a judged result;
Gain of parameter unit 620, during for representing that when described judged result described connecting interface connects the second electronic equipment described in, obtains a parameter information;
Standard information obtains unit 630, and for obtaining a standard information prestored, described standard information is for determining the strategy providing electric power of described first battery;
Processing unit 640, for processing described parameter information and described standard information, produces a result;
Supply control unit 650, during for being designated as the first strategy when described result, controlling described first battery and keeps described first power electronic equipment; When described result is designated as the second strategy, control described first battery and keep described first power electronic equipment, described first battery is to described second power electronic equipment simultaneously; When described result is designated as the 3rd strategy, control described first battery to described second power electronic equipment.
Preferably, described second electronic equipment comprises the second hardware system and the second battery, and described second battery provides electric power for described second hardware system;
Supply control unit 650 can realize described first battery in the following manner to described second power electronic equipment: control described first battery and provide electric power for described second hardware system, controls described first battery simultaneously and charges to described second battery; Or, control described first battery for described second hardware system and electric power be provided; Or, control described first battery and described second battery charged.
Preferably, as shown in Figure 6, this device can also comprise:
Electricity acquiring unit 660, for obtaining the electricity of the second battery, judges whether the electricity of the second battery is less than default power threshold;
Now, supply control unit 650 also for: when electricity acquiring unit judges that the electricity of the second battery is less than default power threshold, perform the step that described first battery of described control charges to described second battery.
Preferably, in the first electronic equipment, the first operating system can have been run based on the first hardware system; The second operating system can have been run based on the second hardware system in the second electronic equipment;
Now, under different parameter informations and standard information, the structure that realizes of described processing unit 640 is described in detail by Fig. 7 ~ 10.
Fig. 7 is that the first of processing unit 640 realizes structural representation, wherein,
Described parameter information can comprise: the application of the first operating system and the application of the second operating system;
Described standard information can comprise: the importance information that each application is corresponding;
Now, processing unit 640 can comprise:
First determines subelement 710, for determining the importance information of each application of the first operating system according to described standard information, and, the importance information of each application of the second operating system is determined according to described standard information;
Second determines subelement 720, importance information for each application according to the first operating system determines the importance information of the first operating system, further, the importance information of the second operating system is determined according to the importance information of each application of the second operating system;
Relatively subelement 730, for comparing other height of significance level of two operating systems;
First generating subunit 740, for when importance information higher than the second operating system of the importance information of the first operating system, produces the result of instruction first strategy; When the importance information of the first operating system is identical with the importance information of the second operating system, produce the result of instruction second strategy; When importance information lower than the second operating system of the importance information of the first operating system, produce the result of instruction the 3rd strategy.
When processing unit 640 is realized by the structure shown in Fig. 7, first generating subunit 740 is according to other height of the significance level of two operating systems, produce the result of instruction Different Strategies, thus supply control unit 650 determines the first battery powered object accordingly, the power supply of the operating system that importance information is high in preferential guarantee two operating system, makes sharing of the first battery more reasonable.
Fig. 8 is that the second of processing unit 640 realizes structural representation, wherein,
Described parameter information can comprise: the application of the second operating system;
Described standard information can comprise: the importance information that application is corresponding;
As shown in Figure 8, processing unit 640 comprises:
3rd determines subelement 810, for determining the importance information of each application of the second operating system;
Whether the first judgment sub-unit 820, exist the application of importance information higher than first level threshold value for judging in described application;
Second generating subunit 830, during for there is the application of importance information higher than first level threshold value in described application, produces the result of instruction the 3rd strategy;
Second judgment sub-unit 840, during for there is not the application of importance information higher than first level threshold value in described application, judges the application whether existed in described application higher than second level threshold value; First level threshold value is greater than second level threshold value;
3rd generating subunit 850, during for there is the application higher than second level threshold value, produces the result of instruction second strategy; When there is not the application higher than second level threshold value, produce the result of instruction first strategy.
When processing unit 640 is realized by the structure shown in Fig. 8, according to the importance information of each application in the second operating system and the relation between first level threshold value and second level threshold value, produce the result of instruction Different Strategies, thus supply control unit 650 determines the first battery powered object accordingly, only when the importance of the second operating system application is higher than second level threshold value, the first battery is the first electronic equipment and the second power electronic equipment; And then when the importance of the second operating system application is higher than first level threshold value, the first battery is only the second power electronic equipment, thus makes sharing of the first battery more reasonable.
Fig. 9 is that the third of processing unit 640 realizes structural representation, wherein,
Described parameter information can comprise: whether whether the first operating system receive the information of the result of this task to the information of the second operating system allocating task and the first operating system;
Described standard information can comprise: whether whether the first operating system receive the corresponding relation between the processing result information of this task and strategy to the information of the second operating system allocating task and the first operating system;
As shown in Figure 9, processing unit 640 can comprise:
3rd judgment sub-unit 910, for judging that whether the first operating system is to the second operating system allocating task;
4th generating subunit 920, during for the first operating system not to the second operating system allocating task, produces the result of instruction first strategy;
4th judgment sub-unit 930, during for the first operating system to the second operating system allocating task, judges whether the first operating system receives the result of this task;
5th generating subunit 940, when receiving the result of this task for the first operating system, produces the result of instruction first strategy; When first operating system does not receive the result of this task, produce the result of instruction second strategy.
Preferably, described parameter information can also comprise: the electricity of the second battery;
Described standard information specifically can comprise: whether whether the electricity of the second battery, the first operating system receive the corresponding relation between the information of the result of this task and strategy to the information of the second operating system allocating task and the first operating system;
Now, as shown in Figure 9, processing unit 640 also comprises:
5th judgment sub-unit 950, for the first operating system to the second operating system allocating task and the first operating system does not receive the result of this task time, judge whether the electricity of the second battery is less than default power threshold;
5th generating subunit 940 specifically for: when the electricity of the second battery is less than default power threshold, perform the step of the result of described generation instruction second strategy; When the electricity of the second battery is not less than default power threshold, produce the result of instruction first strategy.
When processing unit 640 is realized by the structure shown in Fig. 9, whether whether receive the information of the result of this task to the information of the second operating system allocating task and the first operating system according to the first operating system, produce the result of instruction Different Strategies, thus supply control unit 650 determines the first battery powered object accordingly, only in the first operating system to the second operating system allocating task and when not receiving the result of task, first battery is just the second power electronic equipment, also the second electronic equipment is namely shared to, thus make sharing of the first battery more reasonable.
Figure 10 is that the 4th kind of processing unit 640 realizes structural representation, wherein,
Described parameter information can comprise: the application number of the first operating system and the application number of the second operating system;
Described standard information can comprise: the application number of the first operating system and the corresponding relation between the application number of the second operating system and strategy;
As shown in Figure 10, processing unit 640 can comprise:
6th judgment sub-unit 1010, for judging whether the application number of the first operating system is 0, and, judge whether the application number of the second operating system is 0;
6th generating subunit 1020, the application number for the first operating system is not the application number of the 0, second operating system when being 0, produces the result of instruction first strategy; The application number of the first operating system is not the application number of the 0, second operating system when not being 0, produces the result of instruction second strategy; The application number of the first operating system is the application number of the 0, second operating system when not being 0, produces the result of instruction the 3rd strategy.
When processing unit 640 is realized by the structure shown in Figure 10, whether be 0 according to the application number of the first operating system and the application number of the second operating system, produce the result of instruction Different Strategies, thus supply control unit 650 determines the first battery powered object accordingly, only when the application number of the second operating system is not 0, first battery is just the second power electronic equipment, also the second electronic equipment is namely shared to, even when the application number of the first operating system is 0 and the application number of the second operating system is not 0, first battery is only the second electronic equipment and provides electric power, thus make sharing of the first battery more reasonable.
Those skilled in the art can be well understood to the mode that technology in the embodiment of the present invention can add required general hardware platform by software and realize.Based on such understanding, technical scheme in the embodiment of the present invention can embody with the form of software product the part that prior art contributes in essence in other words, this computer software product can be stored in storage medium, as ROM/RAM, magnetic disc, CD etc., comprising some instructions in order to make a computer equipment (can be personal computer, server, or the network equipment etc.) perform the method described in some part of each embodiment of the present invention or embodiment.
Each embodiment in this instructions all adopts the mode of going forward one by one to describe, between each embodiment identical similar part mutually see, what each embodiment stressed is the difference with other embodiments.Especially, for system embodiment, because it is substantially similar to embodiment of the method, so description is fairly simple, relevant part illustrates see the part of embodiment of the method.
Above-described embodiment of the present invention, does not form limiting the scope of the present invention.Any amendment done within the spirit and principles in the present invention, equivalent replacement and improvement etc., all should be included within protection scope of the present invention.
Claims (14)
1. the method that battery is shared, it is characterized in that, described method is applied in one first electronic equipment, described first electronic equipment has the first hardware system, the first battery and a connecting interface, wherein, described first battery provides electric power for described first hardware system, and described method comprises:
Judge whether described connecting interface is connected with the second electronic equipment, produce a judged result;
When described judged result represents that described connecting interface connects the second electronic equipment described in, obtain a parameter information;
Obtain a standard information prestored, described standard information is for determining the strategy providing electric power of described first battery;
Described parameter information and described standard information are processed, produces a result;
When described result is designated as the first strategy, controls described first battery and keep described first power electronic equipment;
When described result is designated as the second strategy, control described first battery and keep described first power electronic equipment, described first battery is to described second power electronic equipment simultaneously;
When described result is designated as the 3rd strategy, control described first battery to described second power electronic equipment;
Run based on the first hardware system in the first electronic equipment and have the first operating system; Run based on the second hardware system in the second electronic equipment and have the second operating system;
Described parameter information comprises: the application of the first operating system and the application of the second operating system;
Described standard information comprises: the importance information that each application is corresponding;
Described parameter information and described standard information are processed, produce a result and comprise:
The importance information of each application of the first operating system is determined according to described standard information, and, the importance information of each application of the second operating system is determined according to described standard information;
The importance information of the first operating system is determined according to the importance information of each application of the first operating system, and, the importance information of the second operating system is determined according to the importance information of each application of the second operating system;
Relatively other height of significance level of two operating systems;
When importance information higher than the second operating system of the importance information of the first operating system, produce the result of instruction first strategy;
When the importance information of the first operating system is identical with the importance information of the second operating system, produce the result of instruction second strategy;
When importance information lower than the second operating system of the importance information of the first operating system, produce the result of instruction the 3rd strategy.
2. method according to claim 1, is characterized in that, described second electronic equipment comprises the second hardware system and the second battery, and described second battery provides electric power for described second hardware system;
Described first battery comprises described second power electronic equipment:
Control described first battery and provide electric power for described second hardware system, control described first battery simultaneously and described second battery is charged;
Or, control described first battery for described second hardware system and electric power be provided;
Or, control described first battery and described second battery charged.
3. method according to claim 2, is characterized in that, also comprises:
Obtain the electricity of the second battery, judge whether the electricity of the second battery is less than default power threshold;
When judging that the electricity of the second battery is less than default power threshold, perform the step that described first battery of described control charges to described second battery.
4. the method according to any one of claims 1 to 3, is characterized in that, running based on the first hardware system in the first electronic equipment has the first operating system; Run based on the second hardware system in the second electronic equipment and have the second operating system;
Described parameter information comprises: the application of the second operating system;
Described standard information comprises: the importance information that application is corresponding;
Described described parameter information and described standard information to be processed, produce a result and comprise:
Determine the importance information of each application of the second operating system;
Judge in described application, whether to there is the application of importance information higher than first level threshold value;
When there is the application of importance information higher than first level threshold value in described application, produce the result of instruction the 3rd strategy;
When there is not the application of importance information higher than first level threshold value in described application, judge the application whether existed in described application higher than second level threshold value; First level threshold value is greater than second level threshold value;
When there is the application higher than second level threshold value, produce the result of instruction second strategy;
When there is not the application higher than second level threshold value, produce the result of instruction first strategy.
5. the method according to any one of claims 1 to 3, is characterized in that, running based on the first hardware system in the first electronic equipment has the first operating system; Run based on the second hardware system in the second electronic equipment and have the second operating system;
Described parameter information comprises: whether whether the first operating system receive the information of the result of this task to the information of the second operating system allocating task and the first operating system;
Described standard information comprises: whether whether the first operating system receive the corresponding relation between the processing result information of this task and strategy to the information of the second operating system allocating task and the first operating system;
Described described parameter information and described standard information to be processed, produce a result and comprise:
Judge that whether the first operating system is to the second operating system allocating task;
When first operating system is not to the second operating system allocating task, produce the result of instruction first strategy;
When first operating system is to the second operating system allocating task, judge whether the first operating system receives the result of this task;
When first operating system receives the result of this task, produce the result of instruction first strategy;
When first operating system does not receive the result of this task, produce the result of instruction second strategy.
6. method according to claim 5, is characterized in that, described parameter information also comprises: the electricity of the second battery;
Described standard information specifically comprises: whether whether the electricity of the second battery, the first operating system receive the corresponding relation between the information of the result of this task and strategy to the information of the second operating system allocating task and the first operating system;
Described described parameter information and described standard information to be processed, produce a result and also comprise:
First operating system to the second operating system allocating task and the first operating system does not receive the result of this task time, judge whether the electricity of the second battery is less than default power threshold;
When the electricity of the second battery is less than default power threshold, perform the step of the result of described generation instruction second strategy;
When the electricity of the second battery is not less than default power threshold, produce the result of instruction first strategy.
7. the method according to any one of claims 1 to 3, is characterized in that, running based on the first hardware system in the first electronic equipment has the first operating system; Run based on the second hardware system in the second electronic equipment and have the second operating system;
Described parameter information comprises: the application number of the first operating system and the application number of the second operating system;
Described standard information comprises: the application number of the first operating system and the corresponding relation between the application number of the second operating system and strategy;
Described described parameter information and described standard information to be processed, produce a result and comprise:
Whether the application number judging the first operating system is 0, and, judge whether the application number of the second operating system is 0;
The application number of the first operating system is not the application number of the 0, second operating system when being 0, produces the result of instruction first strategy;
The application number of the first operating system is not the application number of the 0, second operating system when not being 0, produces the result of instruction second strategy;
The application number of the first operating system is the application number of the 0, second operating system when not being 0, produces the result of instruction the 3rd strategy.
8. the device that battery is shared, it is characterized in that, described application of installation is in one first electronic equipment, described first electronic equipment has the first hardware system, the first battery and a connecting interface, wherein, described first battery provides electric power for described first hardware system, and described device comprises:
First judging unit, for judging whether described connecting interface is connected with the second electronic equipment, produces a judged result;
Gain of parameter unit, during for representing that when described judged result described connecting interface connects the second electronic equipment described in, obtains a parameter information;
Standard information obtains unit, and for obtaining a standard information prestored, described standard information is for determining the strategy providing electric power of described first battery;
Processing unit, for processing described parameter information and described standard information, produces a result;
Supply control unit, during for being designated as the first strategy when described result, controlling described first battery and keeps described first power electronic equipment; When described result is designated as the second strategy, control described first battery and keep described first power electronic equipment, described first battery is to described second power electronic equipment simultaneously; When described result is designated as the 3rd strategy, control described first battery to described second power electronic equipment;
Run based on the first hardware system in the first electronic equipment and have the first operating system; Run based on the second hardware system in the second electronic equipment and have the second operating system;
Described parameter information comprises: the application of the first operating system and the application of the second operating system;
Described standard information comprises: the importance information that each application is corresponding;
Processing unit comprises:
First determines subelement, for determining the importance information of each application of the first operating system according to described standard information, and, the importance information of each application of the second operating system is determined according to described standard information;
Second determines subelement, importance information for each application according to the first operating system determines the importance information of the first operating system, further, the importance information of the second operating system is determined according to the importance information of each application of the second operating system;
Relatively subelement, for comparing other height of significance level of two operating systems;
First generating subunit, for when importance information higher than the second operating system of the importance information of the first operating system, produces the result of instruction first strategy; When the importance information of the first operating system is identical with the importance information of the second operating system, produce the result of instruction second strategy; When importance information lower than the second operating system of the importance information of the first operating system, produce the result of instruction the 3rd strategy.
9. device according to claim 8, is characterized in that, described second electronic equipment comprises the second hardware system and the second battery, and described second battery provides electric power for described second hardware system;
Supply control unit realizes described first battery in the following manner to described second power electronic equipment:
Control described first battery and provide electric power for described second hardware system, control described first battery simultaneously and described second battery is charged;
Or, control described first battery for described second hardware system and electric power be provided;
Or, control described first battery and described second battery charged.
10. device according to claim 9, is characterized in that, also comprises:
Electricity acquiring unit, for obtaining the electricity of the second battery, judges whether the electricity of the second battery is less than default power threshold;
Second judging unit, during for judging that the electricity of the second battery is less than default power threshold, supply control unit performs the step that described first battery of described control charges to described second battery.
Device described in 11. any one of according to Claim 8 to 10, is characterized in that, running based on the first hardware system in the first electronic equipment has the first operating system; Run based on the second hardware system in the second electronic equipment and have the second operating system;
Described parameter information comprises: the application of the second operating system;
Described standard information comprises: the importance information that application is corresponding;
Processing unit comprises:
3rd determines subelement, for determining the importance information of each application of the second operating system;
Whether the first judgment sub-unit, exist the application of importance information higher than first level threshold value for judging in described application;
Second generating subunit, during for there is the application of importance information higher than first level threshold value in described application, produces the result of instruction the 3rd strategy;
Second judgment sub-unit, during for there is not the application of importance information higher than first level threshold value in described application, judges the application whether existed in described application higher than second level threshold value; First level threshold value is greater than second level threshold value;
3rd generating subunit, during for there is the application higher than second level threshold value, produces the result of instruction second strategy; When there is not the application higher than second level threshold value, produce the result of instruction first strategy.
Device described in 12. any one of according to Claim 8 to 10, is characterized in that, running based on the first hardware system in the first electronic equipment has the first operating system; Run based on the second hardware system in the second electronic equipment and have the second operating system;
Described parameter information comprises: whether whether the first operating system receive the information of the result of this task to the information of the second operating system allocating task and the first operating system;
Described standard information comprises: whether whether the first operating system receive the corresponding relation between the processing result information of this task and strategy to the information of the second operating system allocating task and the first operating system;
Processing unit comprises:
3rd judgment sub-unit, for judging that whether the first operating system is to the second operating system allocating task;
4th generating subunit, during for the first operating system not to the second operating system allocating task, produces the result of instruction first strategy;
4th judgment sub-unit, during for the first operating system to the second operating system allocating task, judges whether the first operating system receives the result of this task;
5th generating subunit, when receiving the result of this task for the first operating system, produces the result of instruction first strategy; When first operating system does not receive the result of this task, produce the result of instruction second strategy.
13. devices according to claim 12, is characterized in that, described parameter information also comprises: the electricity of the second battery;
Described standard information specifically comprises: whether whether the electricity of the second battery, the first operating system receive the corresponding relation between the information of the result of this task and strategy to the information of the second operating system allocating task and the first operating system;
Processing unit also comprises:
5th judgment sub-unit, for the first operating system to the second operating system allocating task and the first operating system does not receive the result of this task time, judge whether the electricity of the second battery is less than default power threshold;
5th generating subunit specifically for: when the electricity of the second battery is less than default power threshold, perform the step of the result of described generation instruction second strategy; When the electricity of the second battery is not less than default power threshold, produce the result of instruction first strategy.
Device described in 14. any one of according to Claim 8 to 10, is characterized in that, running based on the first hardware system in the first electronic equipment has the first operating system; Run based on the second hardware system in the second electronic equipment and have the second operating system;
Described parameter information comprises: the application number of the first operating system and the application number of the second operating system;
Described standard information comprises: the application number of the first operating system and the corresponding relation between the application number of the second operating system and strategy;
Processing unit comprises:
6th judgment sub-unit, for judging whether the application number of the first operating system is 0, and, judge whether the application number of the second operating system is 0;
6th generating subunit, the application number for the first operating system is not the application number of the 0, second operating system when being 0, produces the result of instruction first strategy; The application number of the first operating system is not the application number of the 0, second operating system when not being 0, produces the result of instruction second strategy; The application number of the first operating system is the application number of the 0, second operating system when not being 0, produces the result of instruction the 3rd strategy.
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| CN105098806B (en) | 2014-05-21 | 2018-05-04 | 华为技术有限公司 | Electric energy dispatching method and device, method for managing power supply and device |
| CN104135053A (en) * | 2014-08-06 | 2014-11-05 | 中国联合网络通信集团有限公司 | Electric quantity sharing method and device |
| CN104407883B (en) * | 2014-10-28 | 2017-12-29 | 联想(北京)有限公司 | A kind of control method and electronic equipment |
| CN107204077B (en) * | 2017-06-08 | 2020-02-04 | 郭宜萍 | Method for sharing mobile automobile battery |
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