CN102609283A - Information processing terminal and processing method thereof - Google Patents
Information processing terminal and processing method thereof Download PDFInfo
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- CN102609283A CN102609283A CN201210021933XA CN201210021933A CN102609283A CN 102609283 A CN102609283 A CN 102609283A CN 201210021933X A CN201210021933X A CN 201210021933XA CN 201210021933 A CN201210021933 A CN 201210021933A CN 102609283 A CN102609283 A CN 102609283A
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Abstract
An information processing terminal comprises an executive component, an operation and control component and a display component, wherein the executive component is used for installing and executing application programs, the operation and control component is used for controlling and operating the application programs in the executive component, the display component is used for displaying user interfaces of the application programs, and the operation and control component is connected into the executive component through a wired or wireless interface and serves as an external control device of the executive component. The executive component further comprises a preprocessing module and a running conversion module, wherein the preprocessing module is used for preprocessing the application programs, converting control signals generated by control modules arranged outside the operation and control component into control signals respectively needed by the application programs according to respective operation and control modes of the application programs, and generating respective preprocessing records of the application programs. The running conversion module is used for converting the control signals generated by the control modules of the operation and control component according to the respective preprocessing records of the application programs during running of the application programs, and finally executing the converted control signals for the application programs.
Description
Technical field
The present invention relates to a kind of information processing terminal and disposal route thereof; Be particularly related to a kind of terminal of carrying out information translation and processing through the touch operation of the specific region on the pairing touch-screen of root a tree name, the feasible application program of developing based on the intelligent mobile device of Android system can easily be transplanted on the TV set-top box.
Background technology
In recent years, comprise that based on the intelligent mobile device of Android system Android smart mobile phone and Android panel computer (Pad) quantity increases sharply, what increase sharply synchronously is the various application programs for these equipment developments.These application program overwhelming majority are controlled through the touch-screen that disposes on smart mobile phone or the panel computer.Realize through some specific regions on the touch screen like operations such as the brake in a lot of race car applications programs, drifts.Recently, some intelligent television boxes based on the Android system development also occurred, these TV boxs all can move the application program based on the Android system.Like the race car applications program that much on Android smart mobile phone or panel computer, can move, also can on Android intelligent television STB, move.Owing to these Android application program overwhelming majority all are to develop for the Android intelligence mobile device that has been equipped with touch-screen.When these program run are on Android intelligent television STB, owing to there has not been touch-screen, generally can only control through remote control equipment, control and have inconvenience.
In addition, when these program run are on intelligent mobile device, display screen towards might each be identical, the gravity sensing shaft and the axis of gyroscope of use also have nothing in common with each other.But when the operation of these programs is on android intelligent television STB and since television screen keep forever vertical towards, this causes different application programs need select gravity sensing shaft and axis of gyroscope different in the remote control equipment to control.Simultaneously; Each application program requires also possibly have nothing in common with each other to each gravity sensing shaft of use and the sensitivity of each axis of gyroscope; In order to make these application programs with a kind of controlling the unified experience of controlling arranged when peripheral hardware is controlled in use; Be necessary in operation during each application program, the sensitivity adjusting of each gravity sensing shaft and each axis of gyroscope is arrived the degree of suitable each application program.
How through telepilot, on the intelligent television STB perfect experience these enormous amount, originally be the application program that Android intelligence mobile device is developed, become a problem that ten minutes is urgent.
Summary of the invention
Goal of the invention of the present invention is: a kind of information processing terminal and disposal route are provided; Make application development manufacturer can use ready-made application program directly to open up STB market for intelligent mobile device exploitation; Need not be the version of Android STB developing special; Not increasing under the situation of cost of development fully, widened the market space.
The technical scheme that the present invention adopted is following:
A kind of information processing terminal comprises execution unit, is used for installing and executive utility; Operating element, the application program that is used for controlling and operating said execution unit; And display unit, being used to show each User Interface, said operating element inserts said execution unit through wired or wireless interface, as the external control devices of said execution unit; It is characterized in that: said operating element comprises one or more in the following control module: key-press module, gravity sensor module, gyro sensor module;
Said execution unit also comprises pre-processing module and operation modular converter;
Said pre-processing module is used for each application program is carried out pre-service; With the said control signal of controlling each control module generation of peripheral hardware; According to each application program control mode separately; Convert the needed separately control signal of each application program to, and generate each application program pre-service record separately;
Said operation modular converter is used for the operational process in each application program; According to each application program pre-service record separately; Control signal to each control module of said operating element produces is changed, and the control signal that the control signal after the conversion finally becomes each application program obtains carrying out.
According to the control module kind of said operating element configuration, said pre-processing module comprises one or more in the following conversion process:
A) key-press module conversion pre-service
With need replacing the screen area position that touches or click with button in each application program, carry out corresponding with the button that is used for substituting in the key-press module of operating element; The pre-service that generates is recorded as the corresponding relation of screen area position and button;
B) gravity sensor module converts pre-service
One or more axles of one or more gravity sensing shaft of using in each application program and the gravity sensor module of controlling peripheral hardware are carried out corresponding one by one, the corresponding relation that comprises one or more gravity axis is write down in the pre-service of generation.Or further set the sensitivity coefficient of each respective shaft; Or the sensitivity coefficient of each respective shaft
C) gyro sensor module converts pre-service
One or more axles of one or more gyroscope sensing shaft of using in each application program and the gyro sensor module of controlling peripheral hardware are carried out corresponding one by one, the corresponding relation that comprises one or more gyroscope sensing shaft is write down in the pre-service of generation.
Preferably, the pre-service of said step b) gravity sensor module converts further comprises, writes down the both forward and reverse directions of one or more each respective shaft of gravity sensor, and the pre-service record of generation comprises the both forward and reverse directions corresponding relation of each respective shaft.
Preferably, the pre-service of said step b) gravity sensor module converts further comprises the sensitivity coefficient of setting one or more each respective shaft of gravity sensor; The pre-service record that generates comprises the sensitivity coefficient corresponding relation of each respective shaft.
Preferably, said step C) pre-service of gyro sensor module converts comprises that further write down the both forward and reverse directions of one or more each respective shaft of gyro sensor, the pre-service record of generation comprises the both forward and reverse directions corresponding relation of each respective shaft.
Preferably, said step C) pre-service of gyro sensor module converts further comprises the sensitivity coefficient of setting one or more each respective shaft of gyro sensor; The pre-service record that generates comprises the sensitivity coefficient corresponding relation of each respective shaft.
Said display unit and said execution unit are integrated into an equipment, like panel computer, integral and intelligent televisor, integral type desktop computer etc.
Said execution unit is the intelligent television STB, adopts auspicious die microprocessor, the Flash storer, and operating system adopts the Android system, has HDMI output interface and a plurality of USB2.0 interface.
Said operating element is the air mouse telepilot, comprises 3 gravity sensors and 3 gyro sensors, and said air mouse telepilot communicates with the Dongle that is connected to said STB USB interface through wireless mode, thereby controls STB.
A kind of information processing method that is used for the information processing terminal, the said information processing terminal comprises execution unit, is used for installing and executive utility; Operating element, the application program that is used for controlling and operating said execution unit; And display unit, being used to show each User Interface, said operating element inserts said execution unit through wired or wireless interface, as the external control devices of said execution unit; Said operating element comprises one or more in the following control module: key-press module, gravity sensor module, gyro sensor module; It is characterized in that, comprise the steps:
Pre-treatment step; Be used for each application program is carried out pre-service; With the said control signal of controlling each control module generation of peripheral hardware; According to each application program control mode separately, convert the needed separately control signal of each application program to, and generate each application program pre-service record separately;
The operation switch process; Be used for operational process in each application program; According to each application program pre-service record separately, the control signal that each control module of controlling peripheral hardware produces to be changed, the control signal after the conversion finally becomes the control signal to each application program.
According to the control module kind of controlling peripheral configuration, said pre-treatment step comprises one or more in the following conversion pre-service:
A) key-press module conversion pre-service
With replacing the screen area position that touches or click with button in each application program, carry out corresponding with the button that is used for substituting in the key-press module of controlling peripheral hardware; The pre-service that generates is recorded as the corresponding relation of screen area position and button;
B) gravity sensor module converts pre-service
One or more axles of one or more gravity sensing shaft of using in each application program and the gravity sensor module of controlling peripheral hardware are carried out corresponding one by one, the pre-service of generation is recorded as the corresponding relation of one or more gravity axis;
C) gyro sensor module converts pre-service
One or more axles of one or more gyroscope sensing shaft of using in each application program and the gyro sensor module of controlling peripheral hardware are carried out corresponding one by one, the pre-service of generation is recorded as the corresponding relation of one or more gyroscope sensing shaft.
The pre-service of said step b) gravity sensor module converts further comprises, writes down the both forward and reverse directions of one or more each respective shaft of gravity sensor, and the pre-service record of generation comprises the both forward and reverse directions corresponding relation of each respective shaft.
The pre-service of said step b) gravity sensor module converts further comprises the sensitivity coefficient of setting one or more each respective shaft of gravity sensor; The pre-service record that generates comprises the sensitivity coefficient corresponding relation of each respective shaft.
Said step C) pre-service of gyro sensor module converts further comprises, writes down the both forward and reverse directions of one or more each respective shaft of gyro sensor, and the pre-service record of generation comprises the both forward and reverse directions corresponding relation of each respective shaft.
Said step C) pre-service of gyro sensor module converts further comprises the sensitivity coefficient of setting one or more each respective shaft of gyro sensor, and the pre-service record of generation comprises the sensitivity coefficient corresponding relation of each respective shaft.
Preferably; Said method further comprises; When an application program in different operation scenes; In the time of need carrying out different conversions to the control signal of controlling same control module generation on the peripheral hardware, the conversion pre-service corresponding with this control module will generate many group pre-service records in the pre-service record of this application program.
Preferably; Said method further comprises; In the operational process of an application program, select the employed one group of pre-service record of operation modular converter through manual operation many groups pre-service record corresponding from the pre-service record of this application program with certain control module of controlling peripheral hardware.
Said manual operation comprises button, phonetic order or menu selection.
Preferably; Said method further comprises; Each application program pre-service record separately is packaged into an installation kit with the form of file with the installation file of each application program and leaves on the server in application program shop; When application program is installed this installation kit from downloaded to Intelligent treatment equipment; Be stored in the catalogue of this application-specific after pre-service record wherein unpacks, when this application program was activated, the operation modular converter was loaded into Installed System Memory with the pre-service record of correspondence in this special-purpose catalogue.
Beneficial effect of the present invention is: (1) application development manufacturer can use ready-made application program for intelligent mobile device exploitation directly to open up STB market; Need not be the version of Android STB developing special; Not increasing under the situation of cost of development fully, widened the market space; (2) Android STB producer can find the application program of magnanimity very like a cork, has avoided the awkward situation that the suitable applications program is rare, can't open up STB market; (3) set-top box users can be enjoyed ready-made magnanimity Android application program on the one hand, simultaneously, because application development manufacturer need not increase any cost of development, has also reduced the use cost that televisor Android uses.
Description of drawings
Fig. 1 is the structural representation of execution unit STB of the present invention;
Fig. 2 is the key panel synoptic diagram of operating element air mouse telepilot of the present invention;
Fig. 3 for the present invention when the remote controller key among Fig. 2 faces up placement (about keep former direction), wherein each definition of 3 gravity sensors;
Fig. 4 for the present invention when the remote controller key among Fig. 2 faces up placement (about keep former direction), wherein each definition of 3 gyro sensors;
Fig. 5 is the User Interface synoptic diagram in one embodiment of the present of invention;
Fig. 6 is the User Interface synoptic diagram in an alternative embodiment of the invention;
Fig. 7 is User Interface scene 1 synoptic diagram among the 3rd embodiment of the present invention;
Fig. 8 is User Interface scene 2 synoptic diagram among the 3rd embodiment of the present invention.
Specific embodiment
Further specify the present invention below in conjunction with accompanying drawing and embodiment:
Like Fig. 1, Fig. 2, Fig. 3 and shown in Figure 4, a kind of information processing terminal comprises execution unit, is used for operating element, the application program that is used for controlling and operating said execution unit are installed and executive utility; And display unit, being used to show each User Interface, said operating element inserts said execution unit through wired or wireless interface, as the external control devices of said execution unit; Present embodiment adopts the intelligent television STB as execution unit, and this STB adopts the little RK2918 ARM of auspicious core Cortex-A8 processor, dominant frequency 1.2GHz; RAM 1GB, Flash storer 4GB, operating system adopts the Android 2.3.2 of system; Has HDMI output, 3 USB2.0 interfaces.STB inside is provided with 3 logic gravity sensing shaft YR1, YR2, YR3, and 3 logic gyroscope sensing shaft YT1, YT2, YT3.STB connects the high-definition liquid crystal televisor through HDMI output; Said operating element is the air mouse telepilot, and its key panel is as shown in Figure 2.3 gravity sensors of said air mouse telepilot band and 3 gyro sensors.When the remote controller key among Fig. 2 faced up placement (about keep former direction), each definition was as shown in Figure 3.Said air mouse telepilot communicates with the Dongle that is connected to the STB USB interface through wireless mode, thereby controls STB.
Owing to racing car gravity recreation A has been installed, racing car gravity recreation B, the application program of racing car gravity recreation C three bands touch operation and gravity sensing on said intelligent television STB.
Said execution unit also comprises pre-processing module and operation modular converter;
Said pre-processing module is used for the control signal that each control module of said operating element produces is carried out pre-service, converts thereof into and is input to the corresponding signal of control signal of each application program, and generate each application program pre-service record separately;
Said operation modular converter is used for the operational process in certain application program; Pre-service record according to this application program; Control signal to each control module of said operating element produces is changed, and the control signal that the control signal after the conversion finally becomes this application program obtains carrying out.
In the present embodiment, the pre-processing module to racing car gravity recreation A comprises the steps:
Do key-press module conversion pre-service earlier;
Operation racing car gravity recreation A on an Android panel computer, this User Interface is as shown in Figure 5.
Find that through debugging racing car gravity recreation A has 5 screen areas to replace touch-control with button, coordinate is respectively
C1(87，460)
C2(460，460)
C3(610，460)
C4(680，35)
C5(1000，460)
These 5 zone C 1～C5 are with the K1 on the air mouse telepilot, K5, and K6, K8, K7 is as substituting button.
The key-press module conversion pre-service of racing car gravity recreation A is write down as follows:
k1(87，460)
k5(460，460)
k6(610，460)
k8(680，35)
k7(1000，460)
Do the pre-service of gravity sensor module converts again.
On STB, move racing car gravity recreation A, and control with the air mouse telepilot.At this moment, the gravity sensing shaft data from telepilot are not done any conversion, therefore, from the data of 3 gravity axis RX1 of telepilot, RX2, RX3 directly as the data of YR1, YR2, YR3.
Find that through debugging this application program has used 2 gravity axis YR1, YR2 to control, inclined gravity axle YR1 (promptly corresponding RX1 axle) can make the racing car rotation direction of turning left or turn right, and inclined gravity axle YR2 (i.e. the RX2 axle of correspondence) can make racing car advance or retreat.
When being controlled with the air mouse telepilot, this recreation has user experience preferably; Need to use RX2 control racing car about turn to, use RX3 to control racing car and advance or retreat the promptly laterally flat telepilot of holding; Left-leaning telepilot makes racing car toward left steering; The Right deviation telepilot makes racing car toward turning right, and the telepilot that leans forward advances racing car, and the hypsokinesis telepilot is retreated racing car.
Therefore, when this program run, we need and will arrive STB internal logic gravity axis YR1 from the data-switching of telepilot gravity axis RX2, will arrive STB internal logic gravity axis YR2 from the data-switching of telepilot gravity axis RX3.
Be YR1=RX2, YR2=RX3.
Set-top box background operation switching software to telepilot gravity axis data in real time do above-mentioned conversion (be YR1=RX2, YR2=RX3) after, operation racing car gravity recreation A on STB once more.Find, the laterally flat telepilot of holding, left-leaning telepilot makes racing car toward right turn, and the Right deviation telepilot makes racing car toward turning left, and promptly the control direction of RX2 axle has been done instead, therefore, must be conversely with the data of RX2; Find that in addition the sensitivity of RX2 axle is too big, the RX2 that promptly tilts slightly just causes racing car to turn to significantly, makes that the user is difficult to control.So, must carry out the sensitivity reduction to the data of RX2 axle and handle.Parameter through revising the running background switching software is tested repeatedly, finds that sensitivity coefficient is 0.4 proper, confirms YR1=RX2* (1) * 0.4.
Further test finds that the data of RX3 axle need not be done further adjustment, and YR2=RX3 remains unchanged.
Like this, the pre-service of the gravity sensor module converts of racing car gravity recreation A is recorded as:
YR1＝RX2*(-1)*0.4
YR2＝RX3*(1)*1
At last, do the pre-service of gyro sensor module converts.
Operation racing car gravity recreation A on STB.Through test, find that racing car gravity recreation A does not adopt gyroscope sensing shaft data, therefore, corresponding gyro sensor module converts pre-service is recorded as sky.
The operation modular converter of present embodiment is an Android bottom service routine, be installed to the Android system after, behind each set-top-box opening, this service routine starts automatically, at system's running background.
The application program that the monitoring in real time of operation modular converter is activated.When an application program is activated; The operation modular converter retrieves the corresponding pre-service record of this application program immediately according to the process title of this application program, and according to the pre-service record of each control module conversion of telepilot; To the telepilot control signal of receiving, change in real time.
(1) receives that a button is depressed or during the incident of unclamping; It is when being used for replacing the button of screen area touch control operation that the operation modular converter is found this button from key-press module conversion pre-service record; Promptly according to corresponding coordinate in the pre-service record; Convert this incident into a respective coordinates zone screen touch incident, this incident is issued application program through the standard interface of Android system;
When (2) receiving the data of a gravity sensing shaft; The data that the operation modular converter is found this gravity sensing shaft from the pre-service of gravity sensor module converts record are employed program when using; Promptly convert the data of corresponding internal logic gravity sensing shaft into according to the pre-service record; These data are issued application program through the standard interface of Android system;
When (3) receiving the data of a gyroscope sensing shaft; The data that the operation modular converter is found this gyroscope sensing shaft from the pre-service of gyro sensor module converts record are employed program when using; Promptly convert the data of corresponding internal logic gyroscope sensing shaft into according to the pre-service record; These data are issued application program through the standard interface of Android system;
After racing car gravity recreation A was activated, the operation modular converter at first retrieved corresponding pre-service record, and prepared by the pre-service record telepilot control signal of receiving to be changed.
Receive the data of telepilot RX1 axle, do not do conversion;
Receive the data of telepilot RX2 axle, convert YR1 into, YR1=RX2* (1) * 0.4;
Receive the data of telepilot RX3 axle, convert YR2 into, YR2=RX3* (1) * 1;
Receive the data of gyroscope TX1, TX2, TX3 axle, do not do conversion;
In racing car gravity recreation A process, the data of RX1, RX2, RX3, TX1, TX2, TX3 can receive by the speed of 100 of per seconds, and the operation modular converter will be changed always in a manner described.
Various buttons are exemplified below by user's manual triggers:
Receive the incident that button K5 presses, convert the incident that screen (460,460) is located to touch into;
After a while, receive the incident that button K5 unclamps again, convert the incident that screen (460,460) locates to touch end into;
When racing car gravity recreation A withdrawed from, above-mentioned transfer process promptly finished.
C is activated when the recreation of racing car gravity, and the operation modular converter also at first retrieves corresponding pre-service record, and prepares by the pre-service record telepilot control signal of receiving to be changed.
For the data conversion treatment of gravity sensing shaft and gyroscope sensing shaft, similar conversion process to racing car gravity recreation A.
Different is, to the processing of key-press module conversion.The operation modular converter retrieves the pre-service record that racing car gravity recreation C has following 2 groups of key-press modules conversion
The 1st group:
k1(87，460)
k5(460，460)
k6(610，460)
k8(680，35)
k7(1000，460)
The 2nd group:
k1(300，510)
k2(446，510)
k3(680，510)
k4(680，30)
k5(900，510)
k6(81，460)
At the beginning, the operation modular converter uses the 1st group of pre-service record as the conversion foundation.At this moment, game running is in scene 1.
When game running arrived scene 2, the operator recognized that recreation has switched to new scene, and the function of button has had variation.So the operator has pressed ' X ' key on the telepilot.Operation is after modular converter receives ' X ' key, promptly begins to write down by the 2nd group of pre-service of key-press module conversion to carry out the button conversion.
Embodiment 2
Like Fig. 1, Fig. 2, Fig. 3 and shown in Figure 4, a kind of information processing terminal comprises execution unit, is used for operating element, the application program that is used for controlling and operating said execution unit are installed and executive utility; And display unit, being used to show each User Interface, said operating element inserts said execution unit through wired or wireless interface, as the external control devices of said execution unit; Present embodiment adopts the intelligent television STB as execution unit, and this STB adopts the little RK2918 ARM of auspicious core Cortex-A8 processor, dominant frequency 1.2GHz; RAM 1GB, Flash storer 4GB, operating system adopts the Android 2.3.2 of system; Has HDMI output, 3 USB2.0 interfaces.STB inside is provided with 3 logic gravity sensing shaft YR1, YR2, YR3, and 3 logic gyroscope sensing shaft YT1, YT2, YT3.STB connects the high-definition liquid crystal televisor through HDMI output; Said operating element is the air mouse telepilot, and its key panel is as shown in Figure 2.3 gravity sensors of said air mouse telepilot band and 3 gyro sensors.When the remote controller key among Fig. 2 faced up placement (about keep former direction), each definition was as shown in Figure 3.Said air mouse telepilot communicates with the Dongle that is connected to the STB USB interface through wireless mode, thereby controls STB.
Owing to racing car gravity recreation A has been installed, racing car gravity recreation B, the application program of racing car gravity recreation C three bands touch operation and gravity sensing on said intelligent television STB.
Said execution unit also comprises pre-processing module and operation modular converter;
Said pre-processing module is used for the control signal that each control module of said operating element produces is carried out pre-service, converts thereof into and is input to the corresponding signal of control signal of each application program, and generate each application program pre-service record separately;
Said operation modular converter is used for the operational process in certain application program; Pre-service record according to this application program; Control signal to each control module of said operating element produces is changed, and the control signal that the control signal after the conversion finally becomes this application program obtains carrying out.
In the present embodiment, the pre-processing module to racing car gravity recreation A comprises the steps:
Do key-press module conversion pre-service earlier.
Operation-racing car gravity recreation B on an Android panel computer, this application program user interface as shown in Figure 6.
Find that racing car gravity recreation B only has 1 screen area to replace touch-control with button, coordinate is C1 (1000,460), touches this zone and is used in game process, touching on the brake.
The C1 zone substitutes button with the K8 conduct.The key-press module conversion pre-service of racing car gravity recreation B is write down as follows:
K8，(1000，460)；
Do the pre-service of gravity sensor module converts again.
At last, do the pre-service of gyro sensor module converts.
Operation racing car gravity recreation B on STB.Through test, find that racing car gravity recreation B does not adopt gyroscope sensing shaft data, therefore, corresponding gyro sensor module converts pre-service is recorded as sky.
The operation modular converter of present embodiment is identical with embodiment 2.
Embodiment 3
Like Fig. 1, Fig. 2, Fig. 3 and shown in Figure 4, a kind of information processing terminal comprises execution unit, is used for operating element, the application program that is used for controlling and operating said execution unit are installed and executive utility; And display unit, being used to show each User Interface, said operating element inserts said execution unit through wired or wireless interface, as the external control devices of said execution unit; Present embodiment adopts the intelligent television STB as execution unit, and this STB adopts the little RK2918 ARM of auspicious core Cortex-A8 processor, dominant frequency 1.2GHz; RAM 1GB, Flash storer 4GB, operating system adopts the Android 2.3.2 of system; Has HDMI output, 3 USB2.0 interfaces.STB inside is provided with 3 logic gravity sensing shaft YR1, YR2, YR3, and 3 logic gyroscope sensing shaft YT1, YT2, YT3.STB connects the high-definition liquid crystal televisor through HDMI output; Said operating element is the air mouse telepilot, and its key panel is as shown in Figure 2.3 gravity sensors of said air mouse telepilot band and 3 gyro sensors.When the remote controller key among Fig. 2 faced up placement (about keep former direction), each definition was as shown in Figure 3.Said air mouse telepilot communicates with the Dongle that is connected to the STB USB interface through wireless mode, thereby controls STB.
Owing to racing car gravity recreation A has been installed, racing car gravity recreation B, the application program of racing car gravity recreation C three bands touch operation and gravity sensing on said intelligent television STB.
Said execution unit also comprises pre-processing module and operation modular converter;
Said pre-processing module is used for the control signal that each control module of said operating element produces is carried out pre-service, converts thereof into and is input to the corresponding signal of control signal of each application program, and generate each application program pre-service record separately;
Said operation modular converter is used for the operational process in certain application program; Pre-service record according to this application program; Control signal to each control module of said operating element produces is changed, and the control signal that the control signal after the conversion finally becomes this application program obtains carrying out.
In the present embodiment, the pre-processing module to racing car gravity recreation A comprises the steps:
Do key-press module conversion pre-service earlier.
Operation-racing car gravity trip C on an Android panel computer.Find that through debugging the user interface of racing car gravity recreation C has 2 scenes, need be all inequality with the screen touch zone that button replaces under these 2 scenes.The user interface of scene 1 is as shown in Figure 7, and the user interface of scene 2 is as shown in Figure 8.
We find that racing car gravity recreation C scene 1 has 5 screen areas to replace touch-control with button, and coordinate is respectively
C1(87，460)
C2(460，460)
C3(610，460)
C4(680，35)
C5(1000，460)
These 5 zone C 1～C5 use K1, K5, and K6, K8, K7 is as substituting button.
Racing car gravity recreation C scene 2 has 6 screen areas to replace touch-control with button, and coordinate is respectively
C1(300，510)
C2(446，510)
C3(680，510)
C4(680，30)
C5(900，510)
C6(81，460)
These 6 zone C 1～C6 use K1, K2, and K4, K3, K5, K8 is as substituting button.
The key-press module conversion pre-service of racing car gravity recreation C is write down as follows:
Pre-service record group number: 2 groups
The 1st group:
k1(87，460)
k2(460，460)
k3(610，460)
k4(680，35)
k5(1000，460)
The 2nd group:
k1(300，510)
k2(446，510)
k3(680，510)
k4(680，30)
k5(900，510)
k6(81，460)
The operation modular converter of present embodiment is identical with embodiment 2.
Embodiment 4
A kind of information processing method that is used for the information processing terminal, the said information processing terminal comprises execution unit, is used for installing and executive utility; Operating element, the application program that is used for controlling and operating said execution unit; And display unit, being used to show each User Interface, said operating element inserts said execution unit through wired or wireless interface, as the external control devices of said execution unit; Said operating element comprises one or more in the following control module: key-press module, gravity sensor module, gyro sensor module; Comprise the steps:
Pre-treatment step is used for carrying out pre-service to controlling each control module of peripheral hardware control signal that produces and the required conversion regime that carries out of control signal that is input to each application program, generates each application program pre-service record separately;
Said pre-treatment step comprises one or more in the following conversion pre-service:
A) key-press module conversion pre-service
With replacing the screen area position that touches or click with button in each application program, carry out corresponding with the button that is used for substituting in the key-press module of controlling peripheral hardware; The pre-service that generates is recorded as the corresponding relation of screen area position and button;
B) gravity sensor module converts pre-service
Carry out one by one corresponding with one or more axles of the gravity sensor module of controlling peripheral hardware one or more gravity sensing shaft of using in each application program; Or further write down the both forward and reverse directions of each respective shaft, or further set the sensitivity coefficient of each respective shaft;
The pre-service that generates is recorded as the corresponding relation of one or more gravity axis, the both forward and reverse directions of each respective shaft, or the sensitivity coefficient of each respective shaft
C) gyro sensor module converts pre-service
Carry out one by one corresponding with one or more axles of the gyro sensor module of controlling peripheral hardware one or more gyroscope sensing shaft of using in each application program; Or further write down the both forward and reverse directions of each respective shaft, or further set the sensitivity coefficient of each respective shaft; The pre-service that generates is recorded as the corresponding relation of one or more gyroscope sensing shaft, the both forward and reverse directions of each respective shaft, or the sensitivity coefficient of each respective shaft.
The operation switch process; Be used for operational process in certain application program; According to the pre-service record of this application program, the control signal that each control module of controlling peripheral hardware produces to be changed, the control signal after the conversion finally becomes the control signal to this application program.
Embodiment 5
A kind of information processing method that is used for the information processing terminal; All the other are identical with embodiment 2; Further comprise; When an application program in different operation scenes, need organizing the pre-service records conversion pre-service corresponding with this control module will generate in the pre-service record of this application program when controlling same control module produces on the peripheral hardware control signal and carry out different conversions more.
Embodiment 6
A kind of information processing method that is used for the information processing terminal; All the other are identical with embodiment 2; Further comprise; In the operational process of an application program, select the employed one group of pre-service record of operation modular converter through manual operation many groups pre-service record corresponding from the pre-service record of this application program with certain control module of controlling peripheral hardware.Said manual operation comprises button, phonetic order or menu selection.
Embodiment 7
A kind of information processing method that is used for the information processing terminal; All the other are identical with embodiment 2; Further comprise; Each application program pre-service record separately is packaged into an installation kit with the form of file with the installation file of each application program and leaves on the server in application program shop, and to Intelligent treatment equipment, pre-service wherein is stored in the catalogue of this application-specific after writing down and unpacking this installation kit from downloaded when application program is installed; When this application program was activated, the operation modular converter was loaded into Installed System Memory with the pre-service record of correspondence in this special-purpose catalogue.
Claims (19)
1. an information processing terminal comprises execution unit, is used for installing and executive utility; Operating element, the application program that is used for controlling and operating said execution unit; And display unit, being used to show each User Interface, said operating element inserts said execution unit through wired or wireless interface, as the external control devices of said execution unit; It is characterized in that: said operating element comprises one or more in the following control module: key-press module, gravity sensor module, gyro sensor module;
Said execution unit also comprises pre-processing module and operation modular converter;
Said pre-processing module is used for each application program is carried out pre-service; With the said control signal of controlling each control module generation of peripheral hardware; According to each application program control mode separately; Convert the needed separately control signal of each application program to, and generate each application program pre-service record separately;
Said operation modular converter is used for the operational process in each application program; According to each application program pre-service record separately; Control signal to each control module of said operating element produces is changed, and the control signal that the control signal after the conversion finally becomes each application program obtains carrying out.
2. the information processing terminal according to claim 1 is characterized in that, according to the control module kind of said operating element configuration, said pre-processing module comprises one or more in the following conversion process:
A) key-press module conversion pre-service
With need replacing the screen area position that touches or click with button in each application program, carry out corresponding with the button that is used for substituting in the key-press module of operating element; The pre-service that generates is recorded as the corresponding relation of screen area position and button;
B) gravity sensor module converts pre-service
One or more axles of one or more gravity sensing shaft of using in each application program and the gravity sensor module of controlling peripheral hardware are carried out corresponding one by one, the corresponding relation that comprises one or more gravity axis is write down in the pre-service of generation.
C) gyro sensor module converts pre-service
One or more axles of one or more gyroscope sensing shaft of using in each application program and the gyro sensor module of controlling peripheral hardware are carried out corresponding one by one, the corresponding relation that comprises one or more gyroscope sensing shaft is write down in the pre-service of generation.
3. the information processing terminal according to claim 2; It is characterized in that; The pre-service of said step b) gravity sensor module converts further comprises; Write down the both forward and reverse directions of one or more each respective shaft of gravity sensor, the pre-service record of generation comprises the both forward and reverse directions corresponding relation of each respective shaft.
4. according to the claim 2 or the 3 described information processing terminals, it is characterized in that the pre-service of said step b) gravity sensor module converts further comprises the sensitivity coefficient of setting one or more each respective shaft of gravity sensor; The pre-service record that generates comprises the sensitivity coefficient corresponding relation of each respective shaft.
5. the information processing terminal according to claim 2; It is characterized in that; Said step C) pre-service of gyro sensor module converts further comprises; Write down the both forward and reverse directions of one or more each respective shaft of gyro sensor, the pre-service record of generation comprises the both forward and reverse directions corresponding relation of each respective shaft.
6. according to the claim 2 or the 5 described information processing terminals, it is characterized in that said step C) pre-service of gyro sensor module converts further comprises the sensitivity coefficient of setting one or more each respective shaft of gyro sensor; The pre-service record that generates comprises the sensitivity coefficient corresponding relation of each respective shaft.
7. the information processing terminal according to claim 1 and 2 is characterized in that, said display unit and said execution unit are integrated into an equipment.
8. the information processing terminal according to claim 1 and 2 is characterized in that, said execution unit is the intelligent television STB; Adopt auspicious die microprocessor, the Flash storer, operating system adopts the Android system; Has HDMI output interface and a plurality of USB2.0 interface.
9. the information processing terminal according to claim 2; It is characterized in that; Said operating element is the air mouse telepilot; Comprise 3 gravity sensors and 3 gyro sensors, said air mouse telepilot communicates with the Dongle that is connected to said STB USB interface through wireless mode, thereby controls STB.
10. information processing method that is used for the information processing terminal, the said information processing terminal comprises execution unit, is used for installing and executive utility; Operating element, the application program that is used for controlling and operating said execution unit; And display unit, being used to show each User Interface, said operating element inserts said execution unit through wired or wireless interface, as the external control devices of said execution unit; Said operating element comprises one or more in the following control module: key-press module, gravity sensor module, gyro sensor module; It is characterized in that, comprise the steps:
Pre-treatment step; Be used for each application program is carried out pre-service; With the said control signal of controlling each control module generation of peripheral hardware; According to each application program control mode separately, convert the needed separately control signal of each application program to, and generate each application program pre-service record separately;
The operation switch process; Be used for operational process in each application program; According to each application program pre-service record separately, the control signal that each control module of controlling peripheral hardware produces to be changed, the control signal after the conversion finally becomes the control signal to each application program.
11. the information processing method that is used for the information processing terminal according to claim 10 is characterized in that: according to the control module kind of controlling peripheral configuration, said pre-treatment step comprises one or more in the following conversion pre-service:
A) key-press module conversion pre-service
With replacing the screen area position that touches or click with button in each application program, carry out corresponding with the button that is used for substituting in the key-press module of controlling peripheral hardware; The pre-service that generates is recorded as the corresponding relation of screen area position and button;
B) gravity sensor module converts pre-service
One or more axles of one or more gravity sensing shaft of using in each application program and the gravity sensor module of controlling peripheral hardware are carried out corresponding one by one, the pre-service of generation is recorded as the corresponding relation of one or more gravity axis;
C) gyro sensor module converts pre-service
One or more axles of one or more gyroscope sensing shaft of using in each application program and the gyro sensor module of controlling peripheral hardware are carried out corresponding one by one, the pre-service of generation is recorded as the corresponding relation of one or more gyroscope sensing shaft.
12. the information processing method that is used for the information processing terminal according to claim 11; It is characterized in that: the pre-service of said step b) gravity sensor module converts further comprises; Write down the both forward and reverse directions of one or more each respective shaft of gravity sensor, the pre-service record of generation comprises the both forward and reverse directions corresponding relation of each respective shaft.
13. the information processing method according to the claim 11 or the 12 described information processing terminals is characterized in that, the pre-service of said step b) gravity sensor module converts further comprises the sensitivity coefficient of setting one or more each respective shaft of gravity sensor; The pre-service record that generates comprises the sensitivity coefficient corresponding relation of each respective shaft.
14. the information processing method of the information processing terminal according to claim 11; It is characterized in that; Said step C) pre-service of gyro sensor module converts further comprises; Write down the both forward and reverse directions of one or more each respective shaft of gyro sensor, the pre-service record of generation comprises the both forward and reverse directions corresponding relation of each respective shaft.
15. information processing method according to the claim 11 or the 14 described information processing terminals; It is characterized in that; Said step C) pre-service of gyro sensor module converts further comprises the sensitivity coefficient of setting one or more each respective shaft of gyro sensor, and the pre-service record of generation comprises the sensitivity coefficient corresponding relation of each respective shaft.
16. the information processing method that is used for the information processing terminal according to claim 10; It is characterized in that: further comprise; When an application program in different operation scenes; In the time of need carrying out different conversions to the control signal of controlling same control module generation on the peripheral hardware, the conversion pre-service corresponding with this control module will generate many group pre-service records in the pre-service record of this application program.
17. the information processing method that is used for the information processing terminal according to claim 10; It is characterized in that: further comprise; In the operational process of an application program, select the employed one group of pre-service record of operation modular converter through manual operation many groups pre-service record corresponding from the pre-service record of this application program with certain control module of controlling peripheral hardware.
18. the information processing method that is used for the information processing terminal according to claim 17 is characterized in that: said manual operation comprises button, phonetic order or menu selection.
19. the information processing method that is used for the information processing terminal according to claim 10; It is characterized in that; Further comprise; Each application program pre-service record separately is packaged into an installation kit with the form of file with the installation file of each application program and leaves on the server in application program shop, and to Intelligent treatment equipment, pre-service wherein is stored in the catalogue of this application-specific after writing down and unpacking this installation kit from downloaded when application program is installed; When this application program was activated, the operation modular converter was loaded into Installed System Memory with the pre-service record of correspondence in this special-purpose catalogue.
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| CN201210021933XA CN102609283A (en) | 2012-01-31 | 2012-01-31 | Information processing terminal and processing method thereof |
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| CN201210021933XA CN102609283A (en) | 2012-01-31 | 2012-01-31 | Information processing terminal and processing method thereof |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103092640A (en) * | 2012-10-19 | 2013-05-08 | 张伟明 | Information processing system and processing method |
| CN103677787A (en) * | 2012-09-22 | 2014-03-26 | 深圳清华大学研究院 | Configuration interface and configuration file displaying method |
| CN103957461A (en) * | 2014-04-17 | 2014-07-30 | 海信集团有限公司 | Media play control method, terminal and system |
| CN106453666A (en) * | 2016-12-20 | 2017-02-22 | 四川长虹电器股份有限公司 | Gateway communication system based on dongle agent |
| CN110688049A (en) * | 2019-08-30 | 2020-01-14 | 华为技术有限公司 | Touch method and device, terminal equipment and storage medium |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20090141184A1 (en) * | 2007-11-30 | 2009-06-04 | Microsoft Corporation | Motion-sensing remote control |
| CN101504791A (en) * | 2009-02-23 | 2009-08-12 | 上海圈之圆网络科技有限公司 | Remote control device for multifunctional intelligent terminal |
| CN102023868A (en) * | 2010-12-20 | 2011-04-20 | 深圳瑞高信息技术有限公司 | Mobile terminal and control conversion method thereof |
| CN201993903U (en) * | 2011-01-25 | 2011-09-28 | 上海渐华科技发展有限公司 | Multifunctional remote control system |
-
2012
- 2012-01-31 CN CN201210021933XA patent/CN102609283A/en active Pending
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20090141184A1 (en) * | 2007-11-30 | 2009-06-04 | Microsoft Corporation | Motion-sensing remote control |
| CN101504791A (en) * | 2009-02-23 | 2009-08-12 | 上海圈之圆网络科技有限公司 | Remote control device for multifunctional intelligent terminal |
| CN102023868A (en) * | 2010-12-20 | 2011-04-20 | 深圳瑞高信息技术有限公司 | Mobile terminal and control conversion method thereof |
| CN201993903U (en) * | 2011-01-25 | 2011-09-28 | 上海渐华科技发展有限公司 | Multifunctional remote control system |
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103677787A (en) * | 2012-09-22 | 2014-03-26 | 深圳清华大学研究院 | Configuration interface and configuration file displaying method |
| CN103092640A (en) * | 2012-10-19 | 2013-05-08 | 张伟明 | Information processing system and processing method |
| WO2014059842A1 (en) * | 2012-10-19 | 2014-04-24 | Zhang Weiming | Information processing system and processing method therefor |
| CN103957461A (en) * | 2014-04-17 | 2014-07-30 | 海信集团有限公司 | Media play control method, terminal and system |
| CN106453666A (en) * | 2016-12-20 | 2017-02-22 | 四川长虹电器股份有限公司 | Gateway communication system based on dongle agent |
| CN110688049A (en) * | 2019-08-30 | 2020-01-14 | 华为技术有限公司 | Touch method and device, terminal equipment and storage medium |
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Application publication date: 20120725 |