CN105828143A - Method for controlling intelligent television through azimuth gestures and device thereof - Google Patents
Method for controlling intelligent television through azimuth gestures and device thereof Download PDFInfo
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- CN105828143A CN105828143A CN201610076605.8A CN201610076605A CN105828143A CN 105828143 A CN105828143 A CN 105828143A CN 201610076605 A CN201610076605 A CN 201610076605A CN 105828143 A CN105828143 A CN 105828143A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N21/00—Selective content distribution, e.g. interactive television or video on demand [VOD]
- H04N21/40—Client devices specifically adapted for the reception of or interaction with content, e.g. set-top-box [STB]; Operations thereof
- H04N21/47—End-user applications
- H04N21/472—End-user interface for requesting content, additional data or services; End-user interface for interacting with content, e.g. for content reservation or setting reminders, for requesting event notification, for manipulating displayed content
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N21/00—Selective content distribution, e.g. interactive television or video on demand [VOD]
- H04N21/40—Client devices specifically adapted for the reception of or interaction with content, e.g. set-top-box [STB]; Operations thereof
- H04N21/41—Structure of client; Structure of client peripherals
- H04N21/422—Input-only peripherals, i.e. input devices connected to specially adapted client devices, e.g. global positioning system [GPS]
- H04N21/42204—User interfaces specially adapted for controlling a client device through a remote control device; Remote control devices therefor
- H04N21/42206—User interfaces specially adapted for controlling a client device through a remote control device; Remote control devices therefor characterized by hardware details
- H04N21/42224—Touch pad or touch panel provided on the remote control
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/017—Gesture based interaction, e.g. based on a set of recognized hand gestures
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N21/00—Selective content distribution, e.g. interactive television or video on demand [VOD]
- H04N21/40—Client devices specifically adapted for the reception of or interaction with content, e.g. set-top-box [STB]; Operations thereof
- H04N21/41—Structure of client; Structure of client peripherals
- H04N21/4104—Peripherals receiving signals from specially adapted client devices
- H04N21/4126—The peripheral being portable, e.g. PDAs or mobile phones
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N21/00—Selective content distribution, e.g. interactive television or video on demand [VOD]
- H04N21/40—Client devices specifically adapted for the reception of or interaction with content, e.g. set-top-box [STB]; Operations thereof
- H04N21/41—Structure of client; Structure of client peripherals
- H04N21/422—Input-only peripherals, i.e. input devices connected to specially adapted client devices, e.g. global positioning system [GPS]
- H04N21/42204—User interfaces specially adapted for controlling a client device through a remote control device; Remote control devices therefor
-
- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N21/00—Selective content distribution, e.g. interactive television or video on demand [VOD]
- H04N21/40—Client devices specifically adapted for the reception of or interaction with content, e.g. set-top-box [STB]; Operations thereof
- H04N21/47—End-user applications
- H04N21/482—End-user interface for program selection
- H04N21/4823—End-user interface for program selection using a channel name
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- Human Computer Interaction (AREA)
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- Signal Processing (AREA)
- General Engineering & Computer Science (AREA)
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- Databases & Information Systems (AREA)
- Physics & Mathematics (AREA)
- General Physics & Mathematics (AREA)
- User Interface Of Digital Computer (AREA)
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Abstract
The invention discloses a method for controlling an intelligent television through azimuth gestures and a device thereof. The method comprises the azimuth gesture control flow, interface calling rules, card calling rules and button click rules. The device comprises an intelligent mobile terminal and the intelligent television. The intelligent mobile terminal is used for controlling the intelligent television. The device also comprises a data acquisition module, a gesture analysis module, an instruction acquisition module and an instruction transmitting module. The intelligent television also comprises an instruction receiving module and an instruction performing module. Azimuth gestures include a click gesture and a slide gesture, a double-clock gesture and a return gesture after sliding, and a long pressing gesture and a long pressing gesture after sliding. A user utilizes the three types of azimuth gestures to respectively control 9 interfaces of the intelligent television, 9 cards of the interfaces and 9 buttons of the cards. The user clicks any one of 729 buttons included in the 9 interfaces and at most gesticulates three azimuth gestures on the touch screen of the mobile intelligent terminal.
Description
Technical field
The invention belongs to intelligent television technical field, be specifically related to a kind of method and device utilizing orientation gesture manipulation intelligent television；It is also possible to apply the invention to the intelligent terminal such as intelligent glasses, intelligent helmet manipulation.
Background technology
Nowadays, intelligent television receives the favor of more and more user.On intelligent television, user, outside appreciating general television content, also can install and uninstall types of applications software voluntarily, expands TV functions the most sustainably and upgrade；Intelligent television is that user brings individualized experience that be different from traditional tv, that enrich.Along with being continuously increased of intelligent television function, remote controller manipulation becomes more and more loaded down with trivial details, more and more difficult, and the manipulation having severely impacted intelligent television is experienced.
In order to overcome the shortcoming of remote controller, multi-screen interactive technology becomes the developing direction of intelligent television manipulation.Multi-screen interactive technology utilizes the intelligent mobile terminals such as smart mobile phone, intelligent watch, panel computer to realize the manipulation to intelligent television.But, existing multi-screen interactive technology bring convenience to user with enjoyment while, also bring worried and painful to user.Because existing multi-screen interactive technology cannot allow user be immersed in intelligent television giant-screen always, user has to continuous changing role between the small screen " race of bowing " and giant-screen " new line race ".
Summary of the invention
The purpose of the present invention is just intended to solve intelligent television manipulation problem encountered, and provides a kind of method and device utilizing orientation gesture manipulation intelligent television.
It is contemplated that utilize the orientation gesture that user's finger is made on the touch screen of intelligent mobile terminal to operate the interface of intelligent television, card and button, so that user is on little micro-screen of intelligent mobile terminal, even on the screen of intelligence ring nail cover size, it is achieved the accurate prompt operation to intelligent television menu.
The orientation gesture manipulation that the present invention proposes is the most relevant with user's finger slip orientation on the touchscreen, and the particular location that touches touch screen with user's finger is unrelated, user just can determine that the sliding orientation of finger with sensation, gesticulates orientation gesture, thus completes various touch control operation like clockwork.Therefore, user is when utilizing intelligent mobile terminal manipulation intelligent television, it is not necessary to sight line is transferred on touch screen, but never takes one's eyes off intelligent television giant-screen.
Technical scheme is as follows:
One, orientation gesture manipulation principle
The orientation gesture that the gesture manipulation of described orientation is defined as utilizing user's finger to be made on the touch screen of intelligent mobile terminal is to operate the virtual interface of intelligent television, virtual card and virtual push button.
1. space, interface, card and button
9 virtual interfaces are set in the Virtual Space of intelligent television, each virtual interface arranges 9 virtual cards, each virtual card arranges 9 virtual push buttons, so, 1 virtual card includes 9 virtual push buttons, 1 virtual interface includes that 9 virtual cards and 81 virtual push buttons, 1 Virtual Space include 9 virtual interfaces, 81 virtual cards and 729 virtual push buttons.
In order to describe conveniently, Virtual Space is referred to as space by the present invention, and virtual interface is referred to as interface, virtual card is referred to as card, virtual push button is referred to as button.
1. interface
9 interfaces in described space use the arrangement mode of 3 row 3 row, generate nine grids space as shown in Figure 1.
Described nine grids space includes central interface A10, upper left side interface A 11, top interface A 12, upper right side interface A 13, left interface A 14, right interface A 15, lower left interface A 16, lower section interface A 17 and lower right interface A 18；
Further, described central interface A10, it is defined within the interface in described nine grids space center region；
Described upper left side interface A 11, is defined within the described upper left interface of central interface A10；
Described top interface A 12, is defined within the interface above described central interface A10；
Described upper right side interface A 13, is defined within the described top-right interface of central interface A10；
Described left interface A 14, is defined within the interface of described central interface A10 left；
Described right interface A 15, is defined within the interface of described central interface A10 right；
Described lower left interface A 16, is defined within the interface of described central interface A10 lower left；
Described lower section interface A 17, is defined within the interface below described central interface A10；
Described lower right interface A 18, is defined within the described bottom-right interface of central interface A10.
2. card
9 cards on described interface use the arrangement mode of 3 row 3 row, generate nine grids interface as shown in Figure 2.
Described nine grids interface includes central authorities card A20, upper left side card A21, top card A22, upper right side card A23, left card A24, right card A25, lower left card A26, lower section card A27 and lower right card A28；
Further, described central authorities card A20, it is defined within the card of central area, described nine grids interface；
Described upper left side card A21, is defined within the described central authorities upper left card of card A20；
Described top card A22, is defined within the card above described central authorities card A20；
Described upper right side card A23, is defined within the described central authorities top-right card of card A20；
Described left card A24, is defined within the card of described central authorities card A20 left；
Described right card A25, is defined within the card of described central authorities card A20 right；
Described lower left card A26, is defined within the card of described central authorities card A20 lower left；
Described lower section card A27, is defined within the card below described central authorities card A20；
Described lower right card A28, is defined within the described central authorities bottom-right card of card A20.
3. button
9 buttons on described card use the arrangement mode of 3 row 3 row, generate nine grids card as shown in Figure 3.
Described nine grids card includes centre button A30, upper left side button A31, top button A32, right top button A33, left button A34, right button A35, left bottom button A36, lower button A37 and right bottom button A38；
Further, described centre button A30, it is defined within the button of described nine grids card central area；
Described upper left side button A31, is defined within the upper left button of described centre button A30；
Described top button A32, is defined within the button above described centre button A30；
Described right top button A33, is defined within the top-right button of described centre button A30；
Described left button A34, is defined within the button of described centre button A30 left；
Described right button A35, is defined within the button of described centre button A30 right；
Described left bottom button A36, is defined within the button of described centre button A30 lower left；
Described lower button A37, is defined within the button below described centre button A30；
Described right bottom button A38, is defined within the bottom-right button of described centre button A30.
2. orientation gesture
Described orientation gesture includes click gesture B10 and sliding gesture B1 that user's finger made on the touch screen of intelligent mobile terminal, double-click gesture B20 and sliding after return long-pressing gesture B3 after gesture B2, long-pressing gesture B30 and sliding.
1. click gesture and sliding gesture
Described click gesture B10, is defined as the disposable click action that user's finger is made on described touch screen.
Described sliding gesture B1, is defined as the straight line sliding movement that user's finger is made on described touch screen along eight orientation；Described eight orientation include the upper left side of described touch screen, top, upper right side, left, right, lower left, lower section and lower right；Described eight orientation also can be set by the application program being arranged on intelligent mobile terminal.
Described sliding gesture B1 includes upper left side sliding gesture B11, top sliding gesture B12, upper right side sliding gesture B13, left sliding gesture B14, right sliding gesture B15, lower left sliding gesture B16, lower section sliding gesture B17 and lower right sliding gesture B18；
Further, described upper left side sliding gesture B11, it is defined as user's finger on described touch screen, makees the action of straight line sliding to upper left side；
Described top sliding gesture B12, is defined as user's finger and makees the action of straight line sliding on described touch screen upward；
Described upper right side sliding gesture B13, is defined as user's finger and makees the action of straight line sliding on described touch screen to upper right side；
Described left sliding gesture B14, is defined as user's finger and makees the action of straight line sliding on described touch screen to the left；
Described right sliding gesture B15, is defined as user's finger and makees the action of straight line sliding on described touch screen to the right；
Described lower left sliding gesture B16, be defined as user's finger on described touch screen to the left lower section make the action of straight line sliding；
Described lower section sliding gesture B17, is defined as user's finger and makees downwards the action of straight line sliding on described touch screen；
Described lower right sliding gesture B18, is defined as user's finger and makees the action of straight line sliding on described touch screen to the right.
2. gesture is returned after double-clicking gesture and sliding
Described double-click gesture B20, is defined as the double action quickly clicked on described touch screen of user's finger.
Returning gesture B2 after described sliding, be defined as user's finger and first make straight line sliding to a certain orientation on described touch screen, sliding terminates rear finger without departing from described touch screen, and makees the action of straight line sliding the most round about.
Return after described sliding and return gesture B28 after returning gesture B27 and lower right sliding after returning gesture B26, lower section sliding after returning gesture B25, lower left sliding after returning gesture B24, right sliding after returning gesture B23, left sliding after returning gesture B22, upper right side sliding after returning gesture B21, top sliding after gesture B2 includes upper left side sliding；
Further, returning gesture B21 after the sliding of described upper left side, be defined as user's finger and first make straight line sliding on described touch screen to upper left side, sliding terminates rear finger without departing from described touch screen, and makees the action of straight line sliding the most to the right；
Returning gesture B22 after the sliding of described top, be defined as user's finger and first make straight line sliding upward on described touch screen, sliding terminates rear finger without departing from described touch screen, and makees downwards the action of straight line sliding；
Returning gesture B23 after the sliding of described upper right side, be defined as user's finger and first make straight line sliding on described touch screen to upper right side, sliding terminates rear finger without departing from described touch screen, and side makees the action of straight line sliding the most to left down；
Returning gesture B24 after the sliding of described left, be defined as user's finger and first make straight line sliding to the left on described touch screen, sliding terminates rear finger without departing from described touch screen, and makees the action of straight line sliding the most to the right；
Returning gesture B25 after the sliding of described right, be defined as user's finger and first make straight line sliding to the right on described touch screen, sliding terminates rear finger without departing from described touch screen, and makees the action of straight line sliding the most to the left；
Return gesture B26 after the sliding of described lower left, be defined as user's finger on described touch screen first the most to the left lower section make straight line sliding, sliding terminates rear finger without departing from described touch screen, and the action of straight line sliding is made in top the most to the right；
Returning gesture B27 after the sliding of described lower section, be defined as user's finger and first make downwards straight line sliding on described touch screen, sliding terminates rear finger without departing from described touch screen, and makees the action of straight line sliding the most upward；
Returning gesture B28 after the sliding of described lower right, be defined as user's finger and first make straight line sliding to the right on described touch screen, sliding terminates rear finger without departing from described touch screen, and the action of straight line sliding is made in top the most to the left.
3. long-pressing gesture after long-pressing gesture and sliding
Described long-pressing gesture B30, is defined as user's finger and keeps with described touch screen contacting of certain time not move.
Long-pressing gesture B3 after described sliding, is defined as user's finger and first makees straight line sliding to a certain orientation on described touch screen, and sliding terminates rear finger without departing from described touch screen, and the long action pressed immediately.
Long-pressing gesture B38 after long-pressing gesture B37 and lower right sliding after long-pressing gesture B36, lower section sliding after long-pressing gesture B35, lower left sliding after long-pressing gesture B34, right sliding after long-pressing gesture B33, left sliding after long-pressing gesture B32, upper right side sliding after long-pressing gesture B31, top sliding after long-pressing gesture B3 includes upper left side sliding after described sliding；
Further, long-pressing gesture B31 after the sliding of described upper left side, it is defined as user's finger on described touch screen, first makees straight line sliding to upper left side, sliding terminates rear finger without departing from described touch screen, and the long action pressed immediately；
Long-pressing gesture B32 after the sliding of described top, is defined as user's finger and first makees straight line sliding upward on described touch screen, and sliding terminates rear finger without departing from described touch screen, and the long action pressed immediately；
Long-pressing gesture B33 after the sliding of described upper right side, is defined as user's finger and first makees straight line sliding on described touch screen to upper right side, and sliding terminates rear finger without departing from described touch screen, and the long action pressed immediately；
Long-pressing gesture B34 after the sliding of described left, is defined as user's finger and first makees straight line sliding to the left on described touch screen, and sliding terminates rear finger without departing from described touch screen, and the long action pressed immediately；
Long-pressing gesture B35 after the sliding of described right, is defined as user's finger and first makees straight line sliding to the right on described touch screen, and sliding terminates rear finger without departing from described touch screen, and the long action pressed immediately；
Long-pressing gesture B36 after the sliding of described lower left, be defined as user's finger on described touch screen first the most to the left lower section make straight line sliding, sliding terminates rear finger without departing from described touch screen, and the long action pressed immediately；
Long-pressing gesture B37 after the sliding of described lower section, is defined as user's finger and first makees downwards straight line sliding on described touch screen, and sliding terminates rear finger without departing from described touch screen, and the long action pressed immediately；
Long-pressing gesture B38 after the sliding of described lower right, is defined as user's finger and first makees straight line sliding to the right on described touch screen, and sliding terminates rear finger without departing from described touch screen, and the long action pressed immediately.
3. operating procedure
Described click gesture B10 and sliding gesture B1 are for operating 9 buttons on described card；Gesture B2 is returned for operating 9 cards on described interface after described double-click gesture B20 and sliding；After described long-pressing gesture B30 and sliding, long-pressing gesture B3 is for operating 9 interfaces in described space.
Utilize the either button that orientation gesture is clicked in described space in 729 buttons, at most need three step gesture operations；Step includes:
The first step: utilize long-pressing gesture B3 invocation target interface after long-pressing gesture B30 and sliding；Described target interface is defined as including the interface of the target button；Described the target button is defined as the button that user is to be clicked on；
Second step: utilize and return gesture B2 invocation target card after double-clicking gesture B20 and sliding；Described target card is defined as including the card of the target button；
3rd step: utilize click gesture B10 and sliding gesture B1 to click on the target button on current card.
If the target button is on current card, the 3rd step operation the most only need to be carried out；If the target button is in current interface, the most not on current card, then need to carry out second step and the operation of the 3rd step.
Described current interface is defined as the interface that user is operating；Described current card is defined as the card that user is operating；Described current card is changed by design styles such as size, color, pattern, decorative pattern, font, font sizes, will have significantly difference and eye-catching sign with other cards in current interface.
If what 729 buttons in space were expressed is 729 television channels, then, utilize described orientation gesture to select one channel of any of which, the most only need three step operations.
If what 729 buttons in space were expressed is 729 TV plays or 729 films, then, utilize one TV play of gesture program request any of which of described orientation or film, the most only need three step operations.
If what 81 buttons in current interface were expressed is 81 collection TV series, then, utilize described orientation gesture program request any of which one to collect TV series, the most only need two step operations.
If what 9 buttons in current card were expressed is 9 video website, then, utilize described orientation gesture to open one video website of any of which, only need single stepping.
Two, orientation gesture actuation means
A kind of device utilizing orientation gesture manipulation intelligent television；The concrete structure block diagram of described device as shown in Figure 4, including an intelligent mobile terminal, an intelligent television；Wherein, described intelligent mobile terminal is used for manipulating described intelligent television.
Real Data Exchangs is carried out by communication between described intelligent mobile terminal and described intelligent television；Described communication includes but not limited to the one in bluetooth connected mode, infrared connection mode, radio frequency connected mode, WIFI connected mode.
Described intelligent mobile terminal includes but not limited to the remote controller of band touch screen, Trackpad, smart mobile phone, panel computer, intelligent watch, Intelligent bracelet, intelligence ring, intelligence finger ring, Intelligent glove, intelligence necklace, intelligence necktie, artificial nails, nail applique, as long as radio communication can be carried out with described intelligent television, manipulation function can be realized according to this method with set up applications.
Described intelligent mobile terminal is provided with touch screen, and described touch screen is used for detecting orientation gesture；Described touch screen can use condenser type or resistance-type or voltage-type touch screen, as long as the touch situation of the single finger of user can be induced exactly；Described intelligent mobile terminal is provided with application program, and described application program includes data acquisition module, gesture parsing module, instruction acquisition module and instruction sending module；
Further, described data acquisition module, for touch data produced by detection user's finger touch operation on the touch screen of described intelligent mobile terminal in real time；
Described gesture parsing module, for resolving to the orientation gesture of correspondence by described touch data；
Described instruction acquisition module, for according to presetting corresponding relation, determines the intelligent television manipulation instruction corresponding with described orientation gesture, and described orientation gesture is converted to described manipulation instruction；
Described instruction sending module, the described manipulation for described instruction acquisition module being determined is instructed and is sent to described command reception module by communication in real time.
Described intelligent television is provided with application program, and described application program includes that command reception module and instruction perform module；
Further, described command reception module, the described manipulation instruction sended in real time by communication by described instruction sending module for reception, and described manipulation instruction is transferred to described instruction execution module；
Described instruction performs module, for performing the described manipulation instruction that described command reception module transfer comes.
Three, orientation gesture control method
A kind of method utilizing orientation gesture manipulation intelligent television；Described method includes that rule clicked on by orientation gesture manipulation flow process, interface calling rule, card calling rule and button.
1. orientation gesture manipulation flow process
Described orientation gesture manipulation flow process includes step as shown in Figure 5:
1. orientation gesture manipulation state is opened；
2. the wireless communication link between intelligent mobile terminal and intelligent television is set up；
The most described data acquisition module, touch data produced by the in real time finger of detection user touch operation on the touch screen of described intelligent mobile terminal；
The most described gesture parsing module, resolves to the orientation gesture of correspondence by described touch data；
The most described instruction acquisition module, according to presetting corresponding relation, determines the intelligent television manipulation instruction corresponding with described orientation gesture, and described orientation gesture is converted to described manipulation instruction；
The most described instruction sending module, the described manipulation instruction described instruction acquisition module confirmed is sent to described command reception module in real time by communication；
The most described command reception module, the described manipulation instruction that reception is sended over by communication in real time by described instruction sending module, and described manipulation instruction is transferred to described instruction execution module；
The most described instruction performs module, performs the described manipulation instruction that described command reception module transfer comes.
2. interface calling rule
Described interface call definition is that target interface is called, and is embodied in by the one-to-one relationship between pre-configured orientation gesture and interface call instruction, and user can utilize orientation gesture that target interface is set to current interface.
When carrying out interface call operation, the described orientation gesture in described orientation gesture manipulation flow process is long-pressing gesture B3 after long-pressing gesture B30 and sliding；Long-pressing gesture B38 after long-pressing gesture B37 and lower right sliding after long-pressing gesture B36, lower section sliding after long-pressing gesture B35, lower left sliding after long-pressing gesture B34, right sliding after long-pressing gesture B33, left sliding after long-pressing gesture B32, upper right side sliding after long-pressing gesture B31, top sliding after long-pressing gesture B3 includes upper left side sliding after described sliding.
When carrying out interface call operation, the described manipulation instruction in described orientation gesture manipulation flow process is interface call instruction；Described interface call instruction includes central interface call instruction C10, interface, upper left side call instruction C11, interface, top call instruction C12, interface, upper right side call instruction C13, interface, left call instruction C14, interface, right call instruction C15, interface, lower left call instruction C16, interface, lower section call instruction C17 and interface, lower right call instruction C18.
As illustrated in fig. 1, it is preferred that described corresponding relation includes:
Described long-pressing gesture B30 is corresponding with described central interface call instruction C10；
After the sliding of described upper left side, long-pressing gesture B31 is corresponding with interface, described upper left side call instruction C11；
After the sliding of described top, long-pressing gesture B32 is corresponding with interface, described top call instruction C12；
After the sliding of described upper right side, long-pressing gesture B33 is corresponding with interface, described upper right side call instruction C13；
After the sliding of described left, long-pressing gesture B34 is corresponding with interface, described left call instruction C14；
After the sliding of described right, long-pressing gesture B35 is corresponding with interface, described right call instruction C15；
After the sliding of described lower left, long-pressing gesture B36 is corresponding with interface, described lower left call instruction C16；
After the sliding of described lower section, long-pressing gesture B37 is corresponding with interface, described lower section call instruction C17；
After the sliding of described lower right, long-pressing gesture B38 is corresponding with interface, described lower right call instruction C18.
3. card calling rule
Described card call definition is that target card calls, and is embodied in by the one-to-one relationship between pre-configured orientation gesture and card call instruction, and user can utilize orientation gesture that target card is set to current card.
When carrying out card call operation, the described orientation gesture in described orientation gesture manipulation flow process is for returning gesture B2 after double-clicking gesture B20 and sliding；Return after described sliding and return gesture B28 after returning gesture B27 and lower right sliding after returning gesture B26, lower section sliding after returning gesture B25, lower left sliding after returning gesture B24, right sliding after returning gesture B23, left sliding after returning gesture B22, upper right side sliding after returning gesture B21, top sliding after gesture B2 includes upper left side sliding.
When carrying out card call operation, the described manipulation instruction in described orientation gesture manipulation flow process is card call instruction；Described card call instruction includes central authorities card call instruction C20, upper left side card call instruction C21, top card call instruction C22, upper right side card call instruction C23, left card call instruction C24, right card call instruction C25, lower left card call instruction C26, lower section card call instruction C27 and lower right card call instruction C28.
As shown in Figure 2, it is preferable that described corresponding relation includes:
Described double-click gesture B20 is corresponding with described central authorities card call instruction C20；
Gesture B21 is returned corresponding with described upper left side card call instruction C21 after the sliding of described upper left side；
Gesture B22 is returned corresponding with described top card call instruction C22 after the sliding of described top；
Gesture B23 is returned corresponding with described upper right side card call instruction C23 after the sliding of described upper right side；
Gesture B24 is returned corresponding with described left card call instruction C24 after the sliding of described left；
Gesture B25 is returned corresponding with described right card call instruction C25 after the sliding of described right；
Gesture B26 is returned corresponding with described lower left card call instruction C26 after the sliding of described lower left；
Gesture B27 is returned corresponding with described lower section card call instruction C27 after the sliding of described lower section；
Gesture B28 is returned corresponding with described lower right card call instruction C28 after the sliding of described lower right.
4. rule clicked on by button
Described button is clicked on and is defined as the target button click, is embodied in by the one-to-one relationship between pre-configured orientation gesture and button click commands, and user can utilize orientation gesture to click on the target button on current card.
When carrying out button clicking operation, the described orientation gesture in described orientation gesture manipulation flow process is click gesture B10 and sliding gesture B1；Described sliding gesture B1 includes upper left side sliding gesture B11, top sliding gesture B12, upper right side sliding gesture B13, left sliding gesture B14, right sliding gesture B15, lower left sliding gesture B16, lower section sliding gesture B17 and lower right sliding gesture B18.
When carrying out button clicking operation, the described manipulation instruction in described orientation gesture manipulation flow process is button click commands；Described button click commands includes centre button click commands C30, upper left side button click commands C31, top button click commands C32, right top button click commands C33, left button click commands C34, right button click commands C35, left bottom button click commands C36, lower button click commands C37 and right bottom button click commands C38.
As shown in Figure 3, it is preferable that described corresponding relation includes:
Described click gesture B10 is corresponding with described centre button click commands C30；
Described upper left side sliding gesture B11 is corresponding with described upper left side button click commands C31；
Described top sliding gesture B12 is corresponding with described top button click commands C32；
Described upper right side sliding gesture B13 is corresponding with described right top button click commands C33；
Described left sliding gesture B14 is corresponding with described left button click commands C34；
Described right sliding gesture B15 is corresponding with described right button click commands C35；
Described lower left sliding gesture B16 is corresponding with described left bottom button click commands C36；
Described lower section sliding gesture B17 is corresponding with described lower button click commands C37；
Described lower right sliding gesture B18 is corresponding with described right bottom button click commands C38.
Accompanying drawing explanation
In order to be illustrated more clearly that the embodiment of the present invention or technical scheme of the prior art, the accompanying drawing used required in embodiment or description of the prior art will be briefly described below, apparently, accompanying drawing in describing below is only some embodiments of the present invention, for those of ordinary skill in the art, on the premise of not paying creative work, it is also possible to obtain other accompanying drawing according to these accompanying drawings.
In the accompanying drawings, Fig. 1 is orientation disclosed by the invention gesture and nine grids space corresponding diagram；
Fig. 2 is orientation disclosed by the invention gesture and nine grids interface corresponding diagram；
Fig. 3 is orientation disclosed by the invention gesture and nine grids card corresponding diagram；
Fig. 4 is orientation disclosed by the invention gesture actuation means structured flowchart；
Fig. 5 is orientation disclosed by the invention gesture manipulation flow chart；
Fig. 6 is to utilize orientation gesture to select television channel schematic diagram A disclosed in the embodiment of the present invention three；
Fig. 7 is to utilize orientation gesture to select television channel schematic diagram B disclosed in the embodiment of the present invention three；
Fig. 8 is to utilize orientation gesture to select television channel schematic diagram C disclosed in the embodiment of the present invention three；
Fig. 9 is to utilize orientation gesture program request TV series schematic diagram A disclosed in the embodiment of the present invention four；
Figure 10 is to utilize orientation gesture program request TV series schematic diagram B disclosed in the embodiment of the present invention four；
Figure 11 is to utilize orientation gesture to click on video website button schematic diagram disclosed in the embodiment of the present invention five.
Detailed description of the invention
For making the purpose of the present invention, technical scheme and advantage clearer, the invention will be further described with specific embodiment below in conjunction with the accompanying drawings.Described accompanying drawing is only for reference and explanation uses, and does not constitute the restriction to scope of patent protection of the present invention.
Embodiment one
Embodiment one provides a kind of device utilizing orientation gesture manipulation intelligent television on intelligence ring；The concrete structure block diagram of described device as shown in Figure 4, including one intelligence ring 10, intelligent television 20；Wherein, described intelligence ring 10 is used for manipulating described intelligent television 20；Real Data Exchangs is carried out by WIFI communication mode between described intelligence ring 10 and described intelligent television 20.
Described intelligence ring 10 is provided with touch screen 30, and described touch screen 30 is used for detecting orientation gesture；Described touch screen 30 uses capacitive touch screen；Described intelligence ring 10 is provided with application program, and described application program includes data acquisition module 100, gesture parsing module 200, instruction acquisition module 300 and instruction sending module 400；
Further, described data acquisition module 100, for touch data produced by detection user's finger touch operation on the touch screen 30 of intelligence ring 10 in real time；
Described gesture parsing module 200, for resolving to the orientation gesture of correspondence by described touch data；
Described instruction acquisition module 300, for according to presetting corresponding relation, determines the intelligent television manipulation instruction corresponding with described orientation gesture, and described orientation gesture is converted to described manipulation instruction；
Described instruction sending module 400, the described manipulation for described instruction acquisition module 300 being confirmed is instructed and is sent to described command reception module 500 by communication in real time.
Described intelligent television 20 is provided with application program, and described application program includes that command reception module 500 and instruction perform module 600；
Further, described command reception module 500, the described manipulation instruction sended in real time by communication by described instruction sending module 400 for reception, and described manipulation instruction is transferred to described instruction execution module 600；
Described instruction performs module 600, for performing the described manipulation instruction that described command reception module 700 transmits.
Embodiment two
Embodiment two provides the flow process utilizing orientation gesture manipulation intelligent television in embodiment one on intelligence ring；As it is shown in figure 5, described flow process includes step:
Step S01: gesture manipulation state in orientation is opened；
Step S02: set up the WIFI communication connection between described intelligence ring 10 and described intelligent television 20；
Step S03: described data acquisition module 100, detects touch data produced by the touch operation on the touch screen 30 of described intelligence ring 10 of user's finger in real time；
Described touch data had both included the data that user's finger is generated when clicking, double-click or grow by described touch screen 30, also included the data that user's finger is generated during sliding on described touch screen 30；
Step S04: described gesture parsing module 200, resolves to the orientation gesture of correspondence by described touch data；
Step S05: described instruction acquisition module 300, according to presetting corresponding relation, determines the manipulation instruction of the described intelligent television 20 corresponding with described orientation gesture, and described orientation gesture is converted to described manipulation instruction；
Step S06: described instruction sending module 400, the described manipulation instruction described instruction acquisition module 500 determined is sent to described command reception module 700 in real time by WIFI communication mode；
Step S07: described command reception module 500, the described manipulation instruction that reception is sended over by WIFI communication mode in real time by described instruction sending module 400, and described manipulation instruction is transferred to described instruction execution module 600；
Step S08: described instruction performs module 600, performs the described manipulation instruction that described command reception module 500 transmits.
Embodiment three
Embodiment three provides and utilizes orientation gesture to select an example of television channel on intelligence ring.
Described television channel includes that the Chinese Central Television (CCTV), television station of all provinces, municipalities and autonomous regions amount to 729 channels.
The channel button of the Chinese Central Television (CCTV), the satellite TV channel button of each place television station are distributed on central interface A10；Preferably, described central interface A10 is defaulted as current interface.
On map of China, residing azimuth distribution is on corresponding direction interfaces, as shown in Figure 6 according to it for the channel button of television station of all provinces, municipalities and autonomous regions.
Further, upper left side interface A 11 is dispersed with the television channel button in Shaanxi, Ningxia, Shanxi, Henan；
Top interface A 12 is dispersed with the television channel button in Beijing, Tianjin, Hebei, Shandong；
Upper right side interface A 13 is dispersed with the television channel button in the Inner Mongol, Heilungkiang, Jilin, Liaoning；
Left interface A 14 is dispersed with the television channel button in Tibet, Qinghai, Xinjiang, Gansu；
Right interface A 15 is dispersed with the television channel button in Shanghai, Anhui, Jiangsu, Zhejiang；
Lower left interface A 16 is dispersed with the television channel button in Sichuan, Chongqing, Yunnan, Guizhou；
Lower section interface A 17 is dispersed with the television channel button in Guangxi, Jiangxi, Hunan, Hubei；
Lower right interface A 18 is dispersed with the television channel button in Fujian, Guangdong, Hong Kong, Hainan.
According to described interface calling rule, the concrete manipulation code of the present embodiment includes:
S10: to select television channel and the satellite TV channel of local tv station of the Chinese Central Television (CCTV), user's finger need to make long-pressing gesture B30, to call central interface A10 on the touch screen 30 of described intelligence ring 10；
S11: to select Shaanxi, Ningxia, Shanxi, the television channel in Henan, user's finger need to make upper left side sliding on described touch screen 30 after long-pressing gesture B31, to call upper left side interface A 11；
S12: to select Beijing, Tianjin, Hebei, the television channel in Shandong, user's finger need to make on described touch screen 30 above long-pressing gesture B32 after sliding, with interface A 12 above calling；
S13: to select the Inner Mongol, Heilungkiang, Jilin, the television channel in Liaoning, user's finger need to make upper right side sliding on described touch screen 30 after long-pressing gesture B33, to call upper right side interface A 13；
S14: to select Tibet, Qinghai, Xinjiang, the television channel in Gansu, user's finger need to make left sliding on described touch screen 30 after long-pressing gesture B34, to call left interface A 14；
S15: to select Shanghai, Anhui, Jiangsu, the television channel in Zhejiang, user's finger need to make right sliding on described touch screen 30 after long-pressing gesture B35, to call right interface A 15；
S16: to select Sichuan, Chongqing, Yunnan, the television channel in Guizhou, user's finger need to make lower left sliding on described touch screen 30 after long-pressing gesture B36, to call lower left interface A 16；
S17: to select Guangxi, Jiangxi, Hunan, the television channel in Hubei, user's finger need to make on described touch screen 30 below long-pressing gesture B37 after sliding, with interface A 17 below calling；
S18: to select Fujian, Guangdong, Hong Kong, the television channel in Hainan, user's finger need to make lower right sliding on described touch screen 30 after long-pressing gesture B38, to call lower right interface A 18.
Described interface includes 9 cards, is dispersed with same region or same type of 9 television channel buttons on each card.Such as, as shown in Figure 7, the central card A20 of central interface A10, upper left side card A21, above be dispersed with 45 channel buttons of the Chinese Central Television (CCTV) on card A22, left card A24 and lower left card A26, upper right side card A23, right card A25, lower section card A27 and the lower right card A28 of central interface A10 are dispersed with 36 satellite TV channel buttons of each place television station.
Below as a example by selecting to watch " BTV " channel.
Step S21: user's finger returns gesture B23 after making upper right side sliding on the touch screen 30 of described intelligence ring 10, and the upper right side card A23 on central interface is set to current card；
Step S22: user's finger makees click gesture B10 on described touch screen 30, clicks on centre button A30 being labeled with " BTV " on current card, as shown in Figure 8.
Embodiment four
Embodiment four provides the example utilizing orientation gesture video on demand serial " the Mi month passes " on intelligence ring.
A total of 81 collection of TV series " the Mi month passes ", 81 collection number buttons are distributed on 9 cards, as shown in Figure 9；In user's video on demand serial " the Mi month passes ", any collection, at most needs to carry out two step orientation gesture operations.
Such as, user takes program request TV series " the Mi month passes " the 61st collection.
Step S31: user's finger returns gesture B26 after making lower left sliding on the touch screen 30 of intelligence ring 10, then the lower left card A26 including " the 61st collection " button is set to current card；
Step S32: user's finger makees sliding gesture B16 in lower left on described touch screen 30, then click on current card the left bottom button A36 being labeled with " the 61st collection ", as shown in Figure 10.
Embodiment five
Embodiment five provides and utilizes orientation gesture to click on an example of video website button on intelligence ring.
As shown in figure 11, intelligent television 20 screen is dispersed with 8 video website buttons, wherein:
Upper left side button A31 is labeled with " quick worker sees sheet "；
" excellent cruel video " it is labeled with up on button A32；
Right top button A33 is labeled with " phoenix video "；
Left button A34 is labeled with " liking strange skill video "；
Right button A35 is labeled with " Tengxun's video "；
Left bottom button A36 is labeled with " broadcasting video soon "；
Lower button A37 is labeled with " happy regarding video "；
Right bottom button A38 is labeled with " the poly-power of PPTV ".
Clicking on rule according to described button, the concrete manipulation code of the present embodiment includes:
S41: user's finger makees upper left side sliding gesture B11 on the touch screen 30 of described intelligence ring 10, then click on upper left side button A31, enter " quick worker sees sheet " video website；
S42: user's finger make on described touch screen 30 above sliding gesture B12, then click on top button A32, enter " excellent cruel video " website；
S43: user's finger makees sliding gesture B13 in upper right side on described touch screen 30, then click on right top button A33, enter " phoenix video " website；
S44: user's finger makees sliding gesture B14 in left on described touch screen 30, then click on left button A34, enter " liking strange skill video " website；
S45: user's finger makees sliding gesture B15 in right on described touch screen 30, then click on right button A35, enter " Tengxun's video " website；
S46: user's finger makees sliding gesture B16 in lower left on described touch screen 30, then click on left bottom button A36, enter " broadcasting video soon " website；
S47: user's finger make on described touch screen 30 below sliding gesture B17, then click on lower button A37, enter " happy regard video " website；
S48: user's finger makees sliding gesture B18 in lower right on described touch screen 30, then click on right bottom button A38, enter " the poly-power of PPTV " website.
One of ordinary skill in the art will appreciate that all or part of flow process realizing in above-described embodiment, can be by what computer program instructions related hardware completed, described program can be stored in a computer-readable recording medium, this program is upon execution, it may include such as the flow process of the embodiment of above-mentioned each method.Wherein, described storage medium can be magnetic disc, CD, read-only store-memory body (Read-OnlyMemory, ROM) or random store-memory body (RandomAccessMemory, RAM).
The described above exemplary embodiments being only the present invention, can not limit the interest field of the present invention with this certainly；The interest field of the present invention, not only includes nine grids space, nine grids interface and nine grids card, also includes non-nine grids space, non-nine grids interface and non-nine grids card；Because no matter the space of intelligent television has the most complicated, always can be decomposed into several nine grids spaces and non-nine grids space；No matter the interface of intelligent television has the most complicated, always can be decomposed into several nine grids interfaces and non-nine grids interface；No matter the card of intelligent television has the most complicated, always can be decomposed into several nine grids cards and non-nine grids card；Described non-nine grids space, non-nine grids interface and non-nine grids card are laterally less than 3 rows, longitudinal arrangement modes less than 3 row, belong to described nine grids space, nine grids interface and the subset of nine grids card；One of ordinary skill in the art will appreciate that all or part of flow process realizing above-described embodiment, and made according to the claims in the present invention any amendment, replace on an equal basis, such as, to click and sliding gesture will be corresponding with interface call instruction, or corresponding with card call instruction, still fall within the content that the present invention is contained.
Claims (10)
1. the device utilizing orientation gesture manipulation intelligent television, it is characterised in that described device includes an intelligent mobile terminal, an intelligent television；Wherein, described intelligent mobile terminal is used for manipulating described intelligent television；Described intelligent mobile terminal is provided with touch screen, and described touch screen is used for detecting orientation gesture；Described intelligent mobile terminal is provided with application program, and described application program includes data acquisition module, gesture parsing module, instruction acquisition module and instruction sending module；
Further, described data acquisition module, for touch data produced by detection user's finger touch operation on the touch screen of intelligent mobile terminal in real time；
Described gesture parsing module, for resolving to the orientation gesture of correspondence by described touch data；
Described instruction acquisition module, for according to presetting corresponding relation, determines the intelligent television manipulation instruction corresponding with described orientation gesture, and described orientation gesture is converted into described manipulation instruction；
Described instruction sending module, the described manipulation for described instruction acquisition module being determined is instructed and is sent to described command reception module by communication in real time；
Described intelligent television is provided with application program, and described application program includes that command reception module and instruction perform module；
Further, described command reception module, the described manipulation instruction sended in real time by communication by described instruction sending module for reception, and described manipulation instruction is transferred to described instruction execution module；
Described instruction performs module, for performing the described manipulation instruction that described command reception module transfer comes.
A kind of device utilizing orientation gesture manipulation intelligent television the most according to claim 1, it is characterised in that carry out Real Data Exchangs by communication between described intelligent mobile terminal and described intelligent television, also include:
Described communication includes but not limited to the one in bluetooth connected mode, infrared connection mode, radio frequency connected mode, WIFI connected mode.
3. the method utilizing orientation gesture manipulation intelligent television, it is characterised in that described method utilizes orientation gesture that user's finger made on the touch screen of intelligent mobile terminal to manipulate intelligent television menu；Described method includes step:
1. orientation gesture manipulation state is opened；
2. the wireless communication link between intelligent mobile terminal and intelligent television is set up；
The most described data acquisition module, detects touch data produced by the touch operation on the touch screen of described intelligent mobile terminal of user's finger in real time；
The most described gesture parsing module, resolves to the orientation gesture of correspondence by described touch data；
The most described instruction acquisition module, according to presetting corresponding relation, determines the intelligent television manipulation instruction corresponding with described orientation gesture, and described orientation gesture is converted to described manipulation instruction；
The most described instruction sending module, the described manipulation instruction described instruction acquisition module determined is sent to described command reception module in real time by communication；
The most described command reception module, the described manipulation instruction that reception is sended over by communication in real time by described instruction sending module, and described manipulation instruction is transferred to described instruction execution module；
The most described instruction performs module, performs the described manipulation instruction that described command reception module transfer comes.
A kind of method utilizing orientation gesture manipulation intelligent television the most according to claim 3, it is characterized in that, described orientation gesture includes click gesture and sliding gesture that user's finger made on the touch screen of intelligent mobile terminal, double-click gesture and sliding after return long-pressing gesture after gesture, long-pressing gesture and sliding；
Further, described click gesture and sliding gesture are for operating nine buttons on intelligent television card；Wherein, described sliding gesture includes upper left side sliding gesture, top sliding gesture, upper right side sliding gesture, left sliding gesture, right sliding gesture, lower left sliding gesture, lower section sliding gesture and lower right sliding gesture；
Gesture is returned for operating nine cards on interface of intelligent television after described double-click gesture and sliding；Wherein, gesture is returned after returning gesture and lower right sliding after returning gesture, lower section sliding after return gesture, lower left sliding after return gesture returns gesture, right sliding after returning gesture, left sliding after returning gesture, upper right side sliding after returning gesture, top sliding after including upper left side sliding after described sliding；
After described long-pressing gesture and sliding, long-pressing gesture is for operating nine interfaces in intelligent television space；Wherein, long-pressing gesture after long-pressing gesture and lower right sliding after long-pressing gesture, lower section sliding after long-pressing gesture, lower left sliding after long-pressing gesture, right sliding after long-pressing gesture, left sliding after long-pressing gesture, upper right side sliding after long-pressing gesture, top sliding after long-pressing gesture includes upper left side sliding after described sliding.
A kind of method utilizing orientation gesture manipulation intelligent television the most according to claim 3, it is characterised in that described manipulation instruction includes interface call instruction, card call instruction and button click commands；Wherein:
Described interface call instruction includes central interface call instruction, interface, upper left side call instruction, interface, top call instruction, interface, upper right side call instruction, interface, left call instruction, interface, right call instruction, interface, lower left call instruction, interface, lower section call instruction and interface, lower right call instruction；
Described card call instruction includes central authorities' card call instruction, upper left side card call instruction, top card call instruction, upper right side card call instruction, left card call instruction, right card call instruction, lower left card call instruction, lower section card call instruction and lower right card call instruction；
Described button click commands includes centre button click commands, upper left side button click commands, top button click commands, right top button click commands, left button click commands, right button click commands, left bottom button click commands, lower button click commands and right bottom button click commands.
A kind of method utilizing orientation gesture manipulation intelligent television the most according to claim 3, it is characterized in that, after described default corresponding relation includes long-pressing gesture and sliding, long-pressing gesture returns gesture and the corresponding relation of card call instruction, click gesture and sliding gesture and the corresponding relation of button click commands after corresponding relation, double-click gesture and the sliding of interface call instruction.
Long-pressing gesture and the corresponding relation of interface call instruction after long-pressing gesture the most according to claim 6 and sliding, it is characterized in that, after utilizing described long-pressing gesture and sliding, described direction interfaces is set to the interface of user's current operation by long-pressing gesture, and described corresponding relation includes:
Described long-pressing gesture is corresponding with described central interface call instruction；
After the sliding of described upper left side, long-pressing gesture is corresponding with interface, described upper left side call instruction；
After the sliding of described top, long-pressing gesture is corresponding with interface, described top call instruction；
After the sliding of described upper right side, long-pressing gesture is corresponding with interface, described upper right side call instruction；
After the sliding of described left, long-pressing gesture is corresponding with interface, described left call instruction；
After the sliding of described right, long-pressing gesture is corresponding with interface, described right call instruction；
After the sliding of described lower left, long-pressing gesture is corresponding with interface, described lower left call instruction；
After the sliding of described lower section, long-pressing gesture is corresponding with interface, described lower section call instruction；
After the sliding of described lower right, long-pressing gesture is corresponding with interface, described lower right call instruction.
The corresponding relation of gesture and card call instruction is returned after double-click gesture the most according to claim 6 and sliding, it is characterized in that, returning gesture after utilizing described double-click gesture and sliding and described orientation card is set to the card of user's current operation, described corresponding relation includes:
Described double-click gesture is corresponding with described central card call instruction；
Gesture is returned corresponding with described upper left side card call instruction after the sliding of described upper left side；
Gesture is returned corresponding with described top card call instruction after the sliding of described top；
Gesture is returned corresponding with described upper right side card call instruction after the sliding of described upper right side；
Gesture is returned corresponding with described left card call instruction after the sliding of described left；
Gesture is returned corresponding with described right card call instruction after the sliding of described right；
Gesture is returned corresponding with described lower left card call instruction after the sliding of described lower left；
Gesture is returned corresponding with described lower section card call instruction after the sliding of described lower section；
Gesture is returned corresponding with described lower right card call instruction after the sliding of described lower right.
The corresponding relation of click gesture the most according to claim 6 and sliding gesture and button click commands, it is characterised in that utilizing described click gesture and sliding gesture that described orientation button is set to the button that user currently clicks on, described corresponding relation includes:
Described click gesture is corresponding with described centre button click commands；
Described upper left side sliding gesture is corresponding with described upper left side button click commands；
Described top sliding gesture is corresponding with described top button click commands；
Described upper right side sliding gesture is corresponding with described right top button click commands；
Described left sliding gesture is corresponding with described left button click commands；
Described right sliding gesture is corresponding with described right button click commands；
Described lower left sliding gesture is corresponding with described left bottom button click commands；
Described lower section sliding gesture is corresponding with described lower button click commands；
Described lower right sliding gesture is corresponding with described right bottom button click commands.
Intelligent mobile terminal the most according to any one of claim 1 to 4 includes but not limited to the remote controller of band touch screen, Trackpad, smart mobile phone, panel computer, intelligent watch, Intelligent bracelet, intelligence ring, intelligence finger ring, Intelligent glove, intelligence necklace, intelligence necktie, artificial nails, nail applique.
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| CN110928477A (en) * | 2019-11-18 | 2020-03-27 | 钟林 | Method and device for inputting operation instruction to intelligent terminal by using sliding gesture |
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| CN105228008A (en) * | 2015-09-17 | 2016-01-06 | 钟林 | A kind of orientation gesture that utilizes inputs instruction to manipulate the method for intelligent television |
| CN105607858A (en) * | 2016-01-21 | 2016-05-25 | 钟林 | Method and device for controlling intelligent watch or intelligent glasses through direction gestures |
| CN106095135A (en) * | 2016-06-08 | 2016-11-09 | 钟林 | A kind of method and device utilizing orientation gesture touch operation intelligent glasses |
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Application publication date: 20160803 |