CN105808038A - Information processing method and electronic equipment - Google Patents
Information processing method and electronic equipment Download PDFInfo
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- CN105808038A CN105808038A CN201410844251.8A CN201410844251A CN105808038A CN 105808038 A CN105808038 A CN 105808038A CN 201410844251 A CN201410844251 A CN 201410844251A CN 105808038 A CN105808038 A CN 105808038A
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Abstract
The invention provides an information processing method and electronic equipment. The method comprises the following steps: extracting N function modules from M function modules of a first interactive application program by an intelligent application management device in operation state according to a predetermined rule; self-learning the N function module to generate N first additional function modules and storing the N first additional function modules, wherein the N first additional function modules are associated with N additional function modules and the N first additional function modules are used for realizing functions same as that of the N function modules. In other words, the intelligent application management device can self-learn the functions in the first interactive application program and take the functions as own functions, so that the users can realize the functions of the first interactive application program through directly starting the intelligent application management device, thereby enabling the operations of the users to be more simple and convenient and the resource consumption of electronic equipment is reduced.
Description
Technical field
The application relates to electronic technology field, particularly relates to a kind of information processing method and electronic equipment.
Background technology
Along with electronic technology develops, various portable electric appts also get more and more, such as the portable electric appts such as mobile phone, panel computer.
Currently, having various different application program in electronic equipment, these application programs have different functions, such as adjust the application program of electronic equipment operational mode, adjust the application program of the display screen brightness of electronic equipment, be mainly used in the application program etc. of transmission data.
But, operation due to the variation of application program and complexity, thus when causing the application program that user uses the function of correspondence every time, it is required for finding out the application program of correspondence, and in this application program, find the function of correspondence, so not only use the complicated operation of application program, and also consume the resource in electronic equipment.
Summary of the invention
Embodiments provide a kind of control method and electronic equipment, in order to solve prior art uses the complicated operation of application program, and the problem also consuming resource in electronic equipment.
Its concrete technical scheme is as follows:
A kind of information processing method, is applied to electronic equipment, and described method includes:
Load intelligent use managing device, so that described intelligent use managing device is in running status；
By the described described intelligent use managing device being in running status:
Obtain the first interactive application installed in described electronic equipment；Having M functional module in described first interactive application, wherein, M is the positive integer be more than or equal to 1；
From described M functional module, N number of functional module is extracted according to pre-defined rule, wherein, 1≤N≤M；
N number of functional module described in self study generates and stores N number of first additional function modules；Described N number of first additional function modules is as the additional submodule of described intelligent use managing device；Described N number of first functional module associates with described N number of additional function modules, the function that described N number of first additional function modules is equivalent for realizing described N number of functional module.
Optionally, in described intelligent use managing device to when should have interactive interface, returning method also includes:
Control when a predetermined condition is satisfied to show interactive interface in the first area of the display screen of described electronic equipment；
Described display interface is positioned at the first area of described display screen, and described first area is the region on described display screen near the photographic head of described electronic equipment.
Optionally, the first area display interactive interface of the described display screen controlled when a predetermined condition is satisfied at described electronic equipment, including:
When described predetermined condition is the operation of described additional submodule, the first area controlling the display screen of described electronic equipment shows the described display interactive interface comprising described additional submodule corresponding icon；
After predetermined amount of time, close and show described display interactive interface.
Optionally, the first area display interactive interface of the described display screen controlled when a predetermined condition is satisfied at described electronic equipment, including:
When described predetermined condition is the first parameter obtaining for characterizing the first input operation by the sensor of electronic equipment, the first area controlling the display screen of described electronic equipment shows the described display interactive interface comprising described additional submodule corresponding icon；
When the sub-display interface showing additional submodule corresponding icon exists the second input operation, enable the function that described additional submodule is corresponding, and close described display interactive interface.
Optionally, from described M functional module, extract N number of functional module according to pre-defined rule, including:
Obtain described M functional module use frequency in preset time period；
The use frequency of each functional module is ranked up according to descending order；
Determining described N number of functional module according to the functional module using frequency to sort, wherein, the use frequency of described N number of functional module is more than the use frequency of other functional modules.
Optionally, after functional module N number of described in self study generates and store N number of first additional function modules, also include:
The first use state of described electronic equipment detected；
According to the corresponding relation between the state of use and display parameters, it is determined that described first uses the first display parameters that state is corresponding；
Start described additional submodule, and by described additional submodule, the display parameters of the display screen of described electronic equipment are adjusted to described first display parameters.
A kind of electronic equipment, described electronic equipment includes display screen, mainboard and be arranged on the intelligent use managing device on described mainboard, and described intelligent use managing device includes:
Acquisition module, for obtaining the first interactive application installed in described electronic equipment；Having M functional module in described first interactive application, wherein, M is the positive integer be more than or equal to 1；
Extraction module, for extracting N number of functional module according to pre-defined rule from described M functional module, wherein, 1≤N≤M；
Memory module, N number of functional module described in self study generates and stores N number of first additional function modules；Described N number of first additional function modules is as the additional submodule of described intelligent use managing device；Described N number of first functional module associates with described N number of additional function modules, the function that described N number of first additional function modules is equivalent for realizing described N number of functional module.
Optionally, described intelligent use managing device also includes:
Control module, for controlling the first area display interactive interface of the display screen at described electronic equipment when a predetermined condition is satisfied, described display interface is positioned at the first area of described display screen, and described first area is the region on described display screen near the photographic head of described electronic equipment.
Optionally, described control module, specifically for when described predetermined condition is the operation of described additional submodule, the first area controlling the display screen of described electronic equipment shows the described display interactive interface comprising described additional submodule corresponding icon；After predetermined amount of time, close and show described display interactive interface.
Optionally, described control module, being additionally operable to when described predetermined condition is the first parameter obtaining for characterizing the first input operation by the sensor of electronic equipment, the first area controlling the display screen of described electronic equipment shows the described display interactive interface comprising described additional submodule corresponding icon；When the sub-display interface showing additional submodule corresponding icon exists the second input operation, enable the function that described additional submodule is corresponding, and close described display interactive interface.
Optionally, described acquisition module, specifically for obtaining described M functional module use frequency in preset time period, the use frequency of each functional module is ranked up according to descending order, described N number of functional module is determined according to the functional module using frequency to sort, wherein, the use frequency of described N number of functional module is more than the use frequency of other functional modules.
Optionally, described intelligent use managing device also includes:
Processing module, for the first use state of described electronic equipment being detected, according to the corresponding relation between the state of use and display parameters, determine the first display parameters that described first use state is corresponding, start described additional submodule, and by described additional submodule, the display parameters of the display screen of described electronic equipment are adjusted to described first display parameters.
Embodiments provide a kind of information processing method, in the method, first this electronic equipment can load intelligent use managing device, the first interactive application installed in electronic equipment is obtained by being in the intelligent use managing device of running status, from M functional module of the first interactive application, N number of functional module is extracted according to pre-defined rule, the N number of functional module of self study generates and stores N number of first additional function modules, this N number of first additional function modules is as the additional submodule of intelligent use managing device, N number of first functional module associates with N number of additional function modules, the function that N number of first additional function modules is equivalent for realizing N number of functional module.That is, intelligent use managing device can function in self study the first interactive application in embodiments of the present invention, and using this function as the function self having, thus user just can either directly through the function enabling intelligent use managing device and realizing the first interactive application, and then make the operation of user more easy, and also reduce the resource-consuming problem of electronic equipment.
Accompanying drawing explanation
Fig. 1 is the flow chart of a kind of information processing method in the embodiment of the present invention；
Fig. 2 is one of schematic diagram showing interactive interface in the embodiment of the present invention；
Fig. 3 is the two of the schematic diagram showing interactive interface in the embodiment of the present invention；
Fig. 4 is the three of the schematic diagram showing interactive interface in the embodiment of the present invention；
Fig. 5 is the four of the schematic diagram showing interactive interface in the embodiment of the present invention；
Fig. 6 is the structural representation of intelligent use managing device in the embodiment of the present invention.
Detailed description of the invention
Embodiments provide a kind of information processing method, in the method, first this electronic equipment can load intelligent use managing device, the first interactive application installed in electronic equipment is obtained by being in the intelligent use managing device of running status, from M functional module of the first interactive application, N number of functional module is extracted according to desired trajectory, the N number of functional module of self study generates and stores N number of first additional function modules, this N number of first additional function modules is as the additional submodule of intelligent use managing device, N number of first functional module associates with N number of additional function modules, the function that N number of first additional function modules is equivalent for realizing N number of functional module.That is, intelligent use managing device can function in self study the first interactive application in embodiments of the present invention, and using this function as the function self having, thus user just can either directly through the function enabling intelligent use managing device and realizing the first interactive application, and then make the operation of user more easy, and also reduce the resource-consuming problem of electronic equipment.
Below by accompanying drawing and specific embodiment, technical solution of the present invention is described further.
The flow chart being illustrated in figure 1 in the embodiment of the present invention a kind of information processing method, first, the method is applied in an electronic equipment, this electronic equipment has included at least an intelligent use managing device, then this electronic equipment is by this intelligent use managing device of loading, so that intelligent use managing device is in running status, perform steps flow process by this intelligent use managing device:
S101, obtains the first interactive application installed in electronic equipment；
In embodiments of the present invention, intelligent use managing device can obtain the first interactive application by different modes, a kind of mode that can be through scanning obtains the first interactive application, another kind is then when an application program is installed, obtain the first interactive application based on pre-defined rule, illustrate below by the following two kinds situation to obtain the first interactive application installed in electronic equipment:
Situation one: obtain the first interactive application by scanning
After intelligent use managing device opened by electronic equipment, application program in electronic equipment will be scanned by intelligent use managing device, so that it is determined that the application program gone out in electronic equipment, then intelligent use managing device using the application program that gets as the first interactive application.Certainly the combination of the class application program that the first interactive application herein characterizes.
Situation two: based on pre-defined rule, determines the first interactive application in the electronic device
All application programs in electronic equipment are scanned, determine all application programs in electronic equipment, all of application program is determined to have and is adjusted function and/or control the application program of function then will have adjustment and/or control the application program of function as the first interactive application.Adjustment function herein can be understood as the partial parameters adjusting electronic equipment, or adjusts the running status of electronic equipment etc.；Controlling function can be control electronic equipment to export, or controls electronic equipment adjustment member operational factor, or some device controlled in electronic equipment responds etc..
Such as, litter cleaner in mobile phone, mobile phone brightness regulator etc. broadly fall into the application program adjusting and/or controlling function, operational mode adjustor also such as in notebook computer, volume controller, display mode controller etc. broadly fall into the application program adjusting and/or controlling function, and these application will be confirmed as the first interactive application.
Additionally, this intelligent use managing device obtains the program identification of each application program in electronic equipment, then intelligent use management will determine that whether the program identification obtained is predetermined program identification, if the program identification obtained is predetermined program identification, then intelligent use managing device will determine that the application program obtained is the first interactive application.
Such as, the application program of association's exploitation all contains a program identification, be assured that the application program of this application program association exploitation by this program identification, and in intelligent use managing device instruction be also that application program association developed is as the first interactive application.Therefore when intelligent use managing device gets the application program characterizing association's exploitation, then using this application program as the first interactive application.
By two kinds of above-mentioned situations, intelligent use managing device can determine the first interactive application in the electronic device.In general, first interactive application all has M functional module, wherein, each functional module has a function, such as, Fructus Solani melongenae passes this interactive application soon, just contains sending function module, receiving module, sharing function module etc., fast pass functional module corresponding be exactly the transfer function that passes soon of Fructus Solani melongenae, sharing function module is then the sharing function that corresponding Fructus Solani melongenae passes soon.
After M the functional module having in determining the first interactive application, intelligent use managing device will perform step S102.
S102, extracts N number of functional module according to pre-defined rule from M functional module；
In embodiments of the present invention, intelligent use managing device by pre-defined rule, will extract N number of functional module, such as extract 2 functional modules etc. in 4 functional modules in M functional module.In embodiments of the present invention, intelligent use managing device can extract N number of functional module by the following two kinds situation:
Situation one:
Obtain the use frequency in preset time period of M the functional module in the first interactive application, the use frequency of each functional module is ranked up according to descending order, according to the functional module using frequency to sort, determine N number of functional module.
Such as, the fast crossing of Fructus Solani melongenae contains sending function module, receiving module, sharing function module, the use frequency that intelligent use managing device is interior at 1 month by obtaining the Fructus Solani melongenae each functional module of fast crossing, sending function module correspondence uses frequency to be 100, the use frequency that receiving module is corresponding is 80, use frequency corresponding to sharing function module is 10, it is then sending function module according to using the descending order of frequency, receiving module, sharing function module, then intelligent use managing device will extract sending function module, receiving module, certainly, sharing function module will be dropped.It is to say, the functional module using frequency relatively low would not be extracted, this ensure that the practicality of the functional module extracted.
Situation two:
First interactive application will be resolved by this intelligent use managing device, it is determined that the corn module in the first interactive application one-tenth, then extract corn module in M functional module of the first interactive application.
Such as, in the interactive application that Fructus Solani melongenae passes soon, corn module is sending function module and receiving module, therefore intelligent use managing device is after resolving the interactive application that Fructus Solani melongenae passes soon, in the fast crossing of Fructus Solani melongenae, intelligent use managing device will determine that sending function module and receiving module are corn module, such intelligent use managing device will extract sending function module and receiving module in all functional modules passed soon at Fructus Solani melongenae.The corn module in each interactive application can be determined more accurately, thus ensureing that the corn module of each interactive application can both be extracted accurately by this kind of mode.
After intelligent use managing device extracts N number of functional module in M functional module of the first interactive application, this intelligent use managing device will perform S103.
S103, the N number of functional module of self study generates and stores N number of first additional function modules.
Owing to intelligent use managing device has extracted N number of functional module in M functional module of the first interactive application, therefore this N number of functional module will be carried out self study by intelligent use managing device, and N number of functional module at least can be carried out self study by following two ways by intelligent use managing device in embodiments of the present invention:
Mode one:
In this approach, extracting directly is gone out each self-corresponding program code of each functional module in N number of functional module by intelligent use managing device, then the program code extracted is added in the first additional function modules of self by intelligent use managing device, thus just corresponding N number of first additional function modules of generation, that is in the first additional function modules, save the same program code with N number of functional module, thus N number of first additional function modules has the function identical with N number of functional module, that is: the function that N number of first additional function modules is equivalent for realizing N number of functional module.That is N number of first functional module and N number of additional function modules are direct correlation.Wherein, the first additional function modules is as the additional submodule of intelligent use managing device.
Such as, this first interactive application is that Fructus Solani melongenae passes soon, N number of functional module that intelligent use managing device extracts respectively sending function module and receiving module, the program code that so intelligent use managing device will extract in sending function module, and the program code extracted is added in first additional function modules；Then the program code in receiving module is extracted, and the program code extracted is added in another first additional function modules, thus intelligent use managing device just contains first additional function modules with sending function, further comprises another first additional function modules with receive capabilities.Intelligent use managing device is thus made to have possessed the Core Feature that Fructus Solani melongenae passes soon.Certainly, this intelligent use managing device can be consistent with above-mentioned for the processing mode of other interactive application.
Mode two:
In this approach, the N number of functional module extracted will be resolved by intelligent use managing device, determining the software logic corresponding to each functional module in N number of functional module, software logic here is that is determine the hardware unit that the mode performed by each Implement of Function Module corresponding function and needs are transferred.After determining the software logic of each functional module, intelligent use managing device will generate the first corresponding additional function modules according to each software logic, thus just corresponding N number of first additional function modules of generation.Owing to the software logic in the first add-on module is identical with the software logic of the functional module extracted.Therefore N number of first additional function modules has the function identical with N number of functional module, it may be assumed that the function that N number of first additional function modules is equivalent for realizing N number of functional module.That is N number of first functional module is indirectly to associate with N number of additional function modules.Wherein, the first additional function modules is as the additional submodule of intelligent use managing device.
Such as, this first interactive application is that Fructus Solani melongenae passes soon, N number of functional module that intelligent use managing device extracts respectively sending function module and receiving module, intelligent use managing device part analyzes the software logic of sending function module, the software logic of sending module is: when sending data, transfer the Wireless Fidelity in electronic equipment (English: Wireless-Fidelity, it is called for short: Wi-Fi) module, then pass through Wi-Fi module and set up wireless connections with other electronic equipments, then send data to other electronic equipments.Now this intelligent use managing device will record this software logic, and using this software logic software logic as first additional function modules.Certainly, the software logic as another additional function modules that the software logic of receiving module is also corresponding.After preserving the software logic of sending function module and receiving module in the first additional function modules, the first additional function modules in this intelligent use managing device just has sending function and the receive capabilities that Fructus Solani melongenae passes soon.This mode can so that intelligent use managing device can the more easy function directly getting each interactive application.So that user can also use the Core Feature of each interactive application by easier mode.
Optionally, in embodiments of the present invention, the Core Feature of each application is possessed in above-mentioned intelligent use managing device, and in intelligent use managing device to when should have interactive interface, control when a predetermined condition is satisfied to show interactive interface in the first area of the display screen of electronic equipment, display interface is positioned at the first area of display screen, and first area is the display screen region near the photographic head of electronic equipment.
In embodiments of the present invention, this display interactive interface can show in the following two kinds situation:
Situation one:
When predetermined condition is additional submodule operation, the first area of the display screen controlling electronic equipment shows interactive interface, now this display interactive interface can be highlighted (as shown in Figure 2), it is shown that the first son display interactive interface in display interactive interface in fig. 2, this the first son display interactive interface is mainly used for prompting user and there is the operation of additional submodule, or prompting this intelligent use managing device of user is just in the Core Feature of self study interactive application.By display interactive interface corresponding for this intelligent use managing device will be shown in first area automatically, the additional submodule that user is known in intelligent use managing device can be made to be in the middle of operation, or intelligent use managing device is just in the Core Feature of self study interactive application to make user know.
After display interactive interface shows predetermined amount of time, closedown is shown this display interactive interface by electronic equipment.Briefly, this display interactive interface is after display a period of time, and this display interactive interface will turn off.Better experience so can to user.
Situation two:
When predetermined condition is the first parameter obtaining for characterizing the first input operation by the sensor of electronic equipment, the first area of the display screen controlling electronic equipment shows the display interactive interface comprising additional submodule corresponding icon.
When the sub-display interface showing additional submodule corresponding icon exists the second input operation, start the function that additional submodule is corresponding, and close display interactive interface.
Specifically, when user closes on the display screen of electronic equipment and there is the first predetermined operation in the first area of photographic head, by the first son display interactive interface of the display interactive interface shown in display Fig. 2 on the display screen of this electronic equipment, if there is predetermined operation in the first son display interactive interface shown in Fig. 2 in user, then this intelligent use managing device will directly display the second son display interactive interface, contain, in the second son display interactive interface, the icon (as shown in Figure 4) that each first additional function modules is corresponding.If user carries out the second predetermined operation in the first territory, icon display area shown in Fig. 4, the first additional function modules that this intelligent use managing device is corresponding by starting the first icon.
Situation three:
When electronic equipment detects user's predetermined touch operation on the display screen, or the prearranged gesture operation of user detected, the first son display interactive interface in the display interactive interface that this electronic equipment is corresponding by first showing intelligent use managing device, if user carries out predetermined touch operation in the first son display interactive interface, such as when clicking in the viewing area of the first son display interactive interface, this electronic equipment will display the second son display interactive interface (as shown in Figure 3).This second son display interactive interface and the first son display interactive interface nesting show, the center of the first son display interactive interface and the second son display interactive interface is consistent, in figure 3, the first son display interactive interface and the second son display interactive interface are the semicircular ring with phase concentric.
In the second son display interactive interface, show this intelligent use managing device corresponding function icon, such as " equipment " in Fig. 3, " application ", icons such as " functions ", when user carries out predetermined touch operation on a certain icon of the second son display interactive interface, display the 3rd is shown interactive interface (as shown in Figure 4) by this electronic equipment, when what such as user clicked is " application " icon in the second son display interactive interface, 3rd son display interactive interface is then shown that the application icon of each application that this intelligent use managing device self study is arrived.
When the user's a certain application icon in the 3rd son display interactive interface carries out subscribing touch control operation, display the 4th is shown interactive interface (as shown in Figure 5) by this electronic equipment, 4th son display interactive interface shows the icon of the first additional function modules that this application icon is corresponding, if user clicks the icon of a certain function, the first additional function modules that this intelligent use managing device is corresponding by starting this icon.Such as in Figure 5, when this user clicks first icon in the 4th son display interactive interface, then intelligent use managing device will start first function corresponding to the first additional function modules corresponding to icon.
By three kinds of above-mentioned situations, electronic equipment accurately can be illustrated in intelligent use managing device the icon of function corresponding to the additional submodule enabled for user, and user can by starting, to the operation that display icon is corresponding, the functional module that this icon is corresponding.Thus provide the user easier interface, also make user can enable, by easier operation, the function that each interactive application is corresponding.
Further, in embodiments of the present invention, when intelligent use managing device is after the N number of functional module of self study generates and store N number of first additional function modules, also include: the first use state of electronic equipment detected, here use state includes the attitude that electronic equipment is current, or the program run of electronic equipment etc..
Then according to the corresponding relation between use state and the display parameters of electronic equipment, it is determined that first uses the first display parameters that state is corresponding.Then the additional submodule in intelligent use managing device is started, and by additional submodule, the display parameters of the display screen of electronic equipment are adjusted to the first display parameters, in intelligent use managing device when the adjustment displaying parameter, the display screen of this electronic equipment can show the first son display interactive interface as shown in Figure 2, thus pointing out this intelligent use managing device to be currently running to user, and adjusting the display parameters of display screen, after display parameters adjustment completes, closedown is shown the first son display interactive interface by this intelligent use managing device.
Specifically, this intelligent use managing device has learnt display and has controlled application, it is the display parameters that the attitude according to electronic equipment adjusts the display screen of electronic equipment that this display controls the Core Feature of application, such as electronic equipment is when being in notebook state, this display controls application can be adjusted to the first display parameters by the display parameters of display screen, when electronic equipment is tent state, this display controls application can be adjusted to the second display parameters by the display parameters of display screen.
Therefore, after intelligent use managing device has learnt the corn module that this display controls application, when electronic equipment is in notebook state, the display parameters of the display screen of electronic equipment are adjusted to the first display parameters by this intelligent use managing device, if electronic equipment is in tent state, the display parameters of the display screen of electronic equipment are adjusted to the second display parameters by intelligent use managing device, certainly adjustment herein can be the process automatically adjusted, if user needs manual when being configured, can be operable to control the process of adjustment according to the explanation in above-mentioned situation two.
Certainly, also a kind of situation is, this display controls application can determine how, according to the application program run on electronic equipment, the display parameters adjusting display screen, such as, when what run on electronic equipment is the application program of video jukebox software, then show that controlling application can heighten the display brightness of display screen；If during the application program of music player software run on electronic equipment, then show that controlling application understands and be turned down by the display brightness of display screen.Therefore when intelligent use managing device learns the above-mentioned functions controlling application to display, this intelligent use managing device can be real-time monitoring electronic equipment on the operation of application, if run video jukebox software, then intelligent use managing device will heighten the display brightness of the display screen of electronic equipment, if run be music player software time, then intelligent use managing device will turn down the display brightness of the display screen of electronic equipment.Thus it is no longer necessary to the operation that user goes manual carrying out complicated, but intelligent use managing device the function enabling correspondence is adjusted voluntarily, so that using more facility by a function for application
Certainly, in intelligent use managing device when the adjustment displaying parameter, the display screen of this electronic equipment can show the first son display interactive interface as shown in Figure 2, thus pointing out this intelligent use managing device to be currently running to user, and adjusting the display parameters of display screen, after display parameters adjustment completes, closedown is shown the first son display interactive interface by this intelligent use managing device.
Embodiments provide a kind of information processing method, in the method, first this electronic equipment can load intelligent use managing device, the first interactive application installed in electronic equipment is obtained by being in the intelligent use managing device of running status, from M functional module of the first interactive application, N number of functional module is extracted according to pre-defined rule, the N number of functional module of self study generates and stores N number of first additional function modules, this N number of first additional function modules is as the additional submodule of intelligent use managing device, N number of first functional module associates with N number of additional function modules, the function that N number of first additional function modules is equivalent for realizing N number of functional module.That is, intelligent use managing device can function in self study the first interactive application in embodiments of the present invention, and using this function as the function self having, thus user just can either directly through the function enabling intelligent use managing device and realizing the first interactive application, and then make the operation of user more easy, and also reduce the resource-consuming problem of electronic equipment.
A kind of information processing method of the corresponding embodiment of the present invention, the embodiment of the present invention additionally provides a kind of electronic equipment, this electronic equipment includes display screen, mainboard, the intelligent use managing device that is arranged on mainboard, this intelligent use managing device can be the CPU on the mainboard of electronic equipment in embodiments of the present invention, or other on mainboard possess the hardware device processing data function.
The structural representation being illustrated in figure 6 in the embodiment of the present invention intelligent use managing device, including:
Acquisition module 601, for obtaining the first interactive application installed in described electronic equipment；Having M functional module in described first interactive application, wherein, M is the positive integer be more than or equal to 1；
Extraction module 602, for extracting N number of functional module according to pre-defined rule from described M functional module, wherein, 1≤N≤M；
Memory module 603, N number of functional module described in self study generates and stores N number of first additional function modules；Described N number of first additional function modules is as the additional submodule of described intelligent use managing device；Described N number of first functional module associates with described N number of additional function modules, the function that described N number of first additional function modules is equivalent for realizing described N number of functional module.
Further, this intelligent use managing device can also include:
Controlling module, specifically for when described predetermined condition is the operation of described additional submodule, the first area controlling the display screen of described electronic equipment shows the described display interactive interface comprising described additional submodule corresponding icon；After predetermined amount of time, close and show described display interactive interface.
Further, this control module, being additionally operable to when described predetermined condition is the first parameter obtaining for characterizing the first input operation by the sensor of electronic equipment, the first area controlling the display screen of described electronic equipment shows the described display interactive interface comprising described additional submodule corresponding icon；When the sub-display interface showing additional submodule corresponding icon exists the second input operation, enable the function that described additional submodule is corresponding, and close described display interactive interface.
Optionally, in embodiments of the present invention, acquisition module 601, specifically for obtaining described M functional module use frequency in preset time period, the use frequency of each functional module is ranked up according to descending order, determining described N number of functional module according to the functional module using frequency to sort, wherein, the use frequency of described N number of functional module is more than the use frequency of other functional modules.
Further, in embodiments of the present invention, this intelligent use managing device can also include:
Processing module, for the first use state of described electronic equipment being detected, according to the corresponding relation between the state of use and display parameters, determine the first display parameters that described first use state is corresponding, start described additional submodule, and by described additional submodule, the display parameters of the display screen of described electronic equipment are adjusted to described first display parameters.
Although having been described for the preferred embodiment of the application, but one of ordinary skilled in the art is once know basic creative concept, then these embodiments can be made other change and amendment.So, claims are intended to be construed to include preferred embodiment and fall into all changes and the amendment of the application scope.
Obviously, the application can be carried out various change and modification without deviating from spirit and scope by those skilled in the art.So, if these amendments of the application and modification belong within the scope of the application claim and equivalent technologies thereof, then the application is also intended to comprise these change and modification.
Claims (12)
1. an information processing method, it is characterised in that being applied to electronic equipment, described method includes:
Load intelligent use managing device, so that described intelligent use managing device is in running status；
By the described described intelligent use managing device being in running status:
Obtain the first interactive application installed in described electronic equipment；Having M functional module in described first interactive application, wherein, M is the positive integer be more than or equal to 1；
From described M functional module, N number of functional module is extracted according to pre-defined rule, wherein, 1≤N≤M；
N number of functional module described in self study generates and stores N number of first additional function modules；Described N number of first additional function modules is as the additional submodule of described intelligent use managing device；Described N number of first functional module associates with described N number of additional function modules, the function that described N number of first additional function modules is equivalent for realizing described N number of functional module.
2. the method for claim 1, it is characterised in that in described intelligent use managing device to when should have interactive interface, returning method also includes:
Control when a predetermined condition is satisfied to show interactive interface in the first area of the display screen of described electronic equipment；
Described display interface is positioned at the first area of described display screen, and described first area is the region on described display screen near the photographic head of described electronic equipment.
3. method as claimed in claim 2, it is characterised in that the first area display interactive interface of the described display screen controlled when a predetermined condition is satisfied at described electronic equipment, including:
When described predetermined condition is the operation of described additional submodule, the first area controlling the display screen of described electronic equipment shows the described display interactive interface comprising described additional submodule corresponding icon；
After predetermined amount of time, close and show described display interactive interface.
4. method as claimed in claim 2, it is characterised in that the first area display interactive interface of the described display screen controlled when a predetermined condition is satisfied at described electronic equipment, including:
When described predetermined condition is the first parameter obtaining for characterizing the first input operation by the sensor of electronic equipment, the first area controlling the display screen of described electronic equipment shows the described display interactive interface comprising described additional submodule corresponding icon；
When the sub-display interface showing additional submodule corresponding icon exists the second input operation, enable the function that described additional submodule is corresponding, and close described display interactive interface.
5. the method for claim 1, it is characterised in that extract N number of functional module from described M functional module according to pre-defined rule, including:
Obtain described M functional module use frequency in preset time period；
The use frequency of each functional module is ranked up according to descending order；
Determining described N number of functional module according to the functional module using frequency to sort, wherein, the use frequency of described N number of functional module is more than the use frequency of other functional modules.
6. the method for claim 1, it is characterised in that after functional module N number of described in self study generates and store N number of first additional function modules, also include:
The first use state of described electronic equipment detected；
According to the corresponding relation between the state of use and display parameters, it is determined that described first uses the first display parameters that state is corresponding；
Start described additional submodule, and by described additional submodule, the display parameters of the display screen of described electronic equipment are adjusted to described first display parameters.
7. an electronic equipment, described electronic equipment includes display screen, mainboard and be arranged on the intelligent use managing device on described mainboard, and described intelligent use managing device includes:
Acquisition module, for obtaining the first interactive application installed in described electronic equipment；Having M functional module in described first interactive application, wherein, M is the positive integer be more than or equal to 1；
Extraction module, for extracting N number of functional module according to pre-defined rule from described M functional module, wherein, 1≤N≤M；
Memory module, N number of functional module described in self study generates and stores N number of first additional function modules；Described N number of first additional function modules is as the additional submodule of described intelligent use managing device；Described N number of first functional module associates with described N number of additional function modules, the function that described N number of first additional function modules is equivalent for realizing described N number of functional module.
8. electronic equipment as claimed in claim 7, it is characterised in that described intelligent use managing device also includes:
Control module, for controlling the first area display interactive interface of the display screen at described electronic equipment when a predetermined condition is satisfied, described display interface is positioned at the first area of described display screen, and described first area is the region on described display screen near the photographic head of described electronic equipment.
9. electronic equipment as claimed in claim 8, it is characterized in that, described control module, specifically for when described predetermined condition is the operation of described additional submodule, the first area controlling the display screen of described electronic equipment shows the described display interactive interface comprising described additional submodule corresponding icon；After predetermined amount of time, close and show described display interactive interface.
10. electronic equipment as claimed in claim 8, it is characterized in that, described control module, being additionally operable to when described predetermined condition is the first parameter obtaining for characterizing the first input operation by the sensor of electronic equipment, the first area controlling the display screen of described electronic equipment shows the described display interactive interface comprising described additional submodule corresponding icon；When the sub-display interface showing additional submodule corresponding icon exists the second input operation, enable the function that described additional submodule is corresponding, and close described display interactive interface.
11. electronic equipment as claimed in claim 7, it is characterized in that, described acquisition module, specifically for obtaining described M functional module use frequency in preset time period, the use frequency of each functional module is ranked up according to descending order, determining described N number of functional module according to the functional module using frequency to sort, wherein, the use frequency of described N number of functional module is more than the use frequency of other functional modules.
12. electronic equipment as claimed in claim 7, it is characterised in that described intelligent use managing device also includes:
Processing module, for the first use state of described electronic equipment being detected, according to the corresponding relation between the state of use and display parameters, determine the first display parameters that described first use state is corresponding, start described additional submodule, and by described additional submodule, the display parameters of the display screen of described electronic equipment are adjusted to described first display parameters.
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