CN105700806A - Directional gesture input method and device for intelligent televisions or intelligent glasses - Google Patents
Directional gesture input method and device for intelligent televisions or intelligent glasses Download PDFInfo
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- CN105700806A CN105700806A CN201610018225.9A CN201610018225A CN105700806A CN 105700806 A CN105700806 A CN 105700806A CN 201610018225 A CN201610018225 A CN 201610018225A CN 105700806 A CN105700806 A CN 105700806A
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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
- G06F3/048—Interaction techniques based on graphical user interfaces [GUI]
- G06F3/0487—Interaction techniques based on graphical user interfaces [GUI] using specific features provided by the input device, e.g. functions controlled by the rotation of a mouse with dual sensing arrangements, or of the nature of the input device, e.g. tap gestures based on pressure sensed by a digitiser
- G06F3/0488—Interaction techniques based on graphical user interfaces [GUI] using specific features provided by the input device, e.g. functions controlled by the rotation of a mouse with dual sensing arrangements, or of the nature of the input device, e.g. tap gestures based on pressure sensed by a digitiser using a touch-screen or digitiser, e.g. input of commands through traced gestures
- G06F3/04883—Interaction techniques based on graphical user interfaces [GUI] using specific features provided by the input device, e.g. functions controlled by the rotation of a mouse with dual sensing arrangements, or of the nature of the input device, e.g. tap gestures based on pressure sensed by a digitiser using a touch-screen or digitiser, e.g. input of commands through traced gestures for inputting data by handwriting, e.g. gesture or text
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Abstract
The invention discloses a directional gesture input method and device for intelligent televisions or intelligent glasses. According to the method, the Speed Dial keyboards on the screens of the intelligent televisions or intelligent glasses are operated by utilizing the directional gestures, carried out by users through fingers on the touch screens of handheld intelligent terminals, so that the users can carry out speedy input conveniently on the touch screens like using a cross-screen input method, and the sights of the users do not leave the screens of the intelligent televisions or intelligent glasses all the time, thereby conveniently, rapidly and correctly realizing the touch blind operations of character input and function calling. The method comprises two parts: hardware and software, wherein the hardware comprises a touch type handheld intelligent terminal and an intelligent television or a pair of intelligent glasses, and real-time data exchange is carried out between the touch type handheld intelligent terminal and the intelligent television or the intelligent glasses; and the software comprises a keyboard display module, a data acquisition module, a gesture analysis module, a function obtaining module, a character obtaining module, a function calling module and a character input module.
Description
Technical field
The invention belongs to intelligent terminal's input technology field, be specifically related to a kind of method realizing the input of various character on intelligent television (including DTV STB, Set Top Box high definition player) or intelligent glasses and device；Described method and device apply also for desktop computer, notebook computer and vehicle-mounted computer。
Background technology
During viewing TV, people generally and keep certain distance between telescreen, it is impossible to as operation smart mobile phone, directly touch mode with hands and click the virtual key on screen；And using remote controller to input, operating procedure is complicated, input efficiency is low and mistake is not easily revised, and user cannot obtain satisfied input and experience。
The problems referred to above are solved preferably across screen input method。As long as people complete word input on the hand-held intelligent terminal such as smart mobile phone, panel computer, being then sent to TV, just completing the word input of TV, thus efficiently utilizing ease for use and the agility of hand-held intelligent terminal input method。
But, superiority due to the multiformity of TV user colony and TV giant-screen, people are more gladly directly inputted on the tv screen, one is able to look after the middle-aged and elderly people that vision is not so good, and two are able to the sight line avoiding people shuttles the discomfort caused between TV giant-screen and hand-held intelligent terminal the small screen。
Intelligent glasses is faced with an input difficult problem same with intelligent television。Adopt phonetic entry or body-sensing input, be all limited to that input that environmental factors causes is inaccurate and inconvenient operation, and adopt projected keyboard input or pinch how input, also cannot be inherently eliminated above-mentioned pain spot。
Summary of the invention
The purpose of the present invention to solve input the problems referred to above existing for word on intelligent television or intelligent glasses just, and provides a kind of orientation gesture input method for intelligent television or intelligent glasses and device；Utilize described method and device, people can be allowed to be conveniently carried out on the touchscreen rapidly inputting across screen input method such as use, the sight line of people can be allowed again all the time without departing from the screen of intelligent television or intelligent glasses, it is achieved thereby that the blind operation of touch of character input and funcall。
Described input method and device are mainly used in the non-touch screen electronic product such as intelligent television or intelligent glasses；Described input method and device utilize the orientation gesture that user's finger is made on hand-held intelligent terminal touch screen to carry out operation setting nine grids keyboard on intelligent television or intelligent glasses screen, thus convenient, fast, be accurately finished intelligent television or intelligent glasses character input。
In order to solve above-mentioned technical problem, technical scheme is as follows:
1 orientation gesture input device
A kind of orientation gesture input device for intelligent television or intelligent glasses, described device includes two parts of hardware and software。
1. hardware
The hardware of described device includes the touch hand-held intelligent terminal of as shown in Figure 1 and an intelligent TV set or an intelligent glasses, carries out Real Data Exchangs by transmission unit between described touch hand-held intelligent terminal and described intelligent TV set or intelligent glasses。
Described touch hand-held intelligent terminal includes but not limited to Trackpad and with the remote controller of touch screen, smart mobile phone, panel computer, intelligent watch, Intelligent bracelet, intelligence ring, Intelligent glove, as long as radio communication can be carried out with intelligent TV set or intelligent glasses, can set up applications, remote control input function can be realized according to this method。
Described transmission unit includes transmitting element and receives unit, includes but not limited to for one or more in WIFI, bluetooth, infrared ray, the router of radar wave communication, emitter, receptor。
2. software
The software of described device includes keyboard display module as shown in Figure 1, data acquisition module, gesture parsing module, character acquisition module, function acquisition module, character input module, function allocating module。
Further, described keyboard display module, for showing nine grids keyboard on intelligent television or intelligent glasses screen；
Described data acquisition module, for touch data produced by the touch operation on hand-held intelligent terminal touch screen of the user in real finger；
Described gesture parsing module, for resolving to the orientation gesture of correspondence and judging the type of orientation gesture by described touch data；
Described character acquisition module, for according to the corresponding relation between orientation set in advance gesture and character keys, it is determined that the target character key corresponding to described orientation gesture；
Described function acquisition module, for according to the corresponding relation between orientation set in advance gesture and function key, it is determined that the objective function key corresponding to described orientation gesture；
Described character input module, for inputting the character indicated on target character key；
Described function allocating module, the function indicated in invocation target function key。
2. orientation gesture input method
A kind of orientation gesture input method for intelligent television or intelligent glasses, described method utilizes the orientation gesture that user's finger is made on hand-held intelligent terminal touch screen to carry out the operation setting two nine grids keyboards on intelligent television or intelligent glasses screen。
Described orientation definition of gesture is people's straight line sliding movement along eight orientation on hand-held intelligent terminal touch screen；Eight described orientation include above hand-held intelligent terminal touch screen as shown in Figure 2, lower section, left, right, upper left side, lower left, upper right side and lower right。
Described nine grids keyboard includes nine grids keyboard A and nine grids keyboard B, wherein, the button of nine grids keyboard A is labeled with character and function, the button of nine grids keyboard B is labeled with option and function；Further, each button of described nine grids keyboard A is a signable character both, also signable multiple character, each button of nine palace keyboard B can only indicate at most an option, and each button of nine grids keyboard A and nine grids keyboard B can only indicate at most a function。
Described method includes step as shown in Figure 3:
A input method status is opened, and described keyboard display module shows nine grids keyboard on intelligent television or intelligent glasses screen, and wherein, current operation keyboard is defaulted as nine grids keyboard A；
Data acquisition module described in B detects touch data produced by the touch operation on the touchscreen of user's finger in real time；
Touch data is resolved to the orientation gesture of correspondence and judges the type of orientation gesture by gesture parsing module described in C；If described orientation gesture-type is sliding gesture, then call character acquisition module；If described orientation gesture-type is click on long-pressing gesture, then calling function acquisition module after gesture or sliding。
Described in D, character acquisition module is according to the corresponding relation between orientation set in advance gesture and character keys, it is determined that the target character key corresponding to described orientation gesture；Described function acquisition module is according to the corresponding relation between orientation set in advance gesture and function key, it is determined that the objective function key corresponding to described orientation gesture。
The character indicated on character input module input target character key described in E；The function indicated in described function allocating module invocation target function key。
Described character includes but not limited to letter, numeral, symbol and Chinese character, as long as the input that hand-held intelligent terminal can complete, can intelligent television or intelligent glasses be inputted。
Further, described letter includes but not limited to Chinese phonetic alphabet, English letter, French letter, Russian letter, Arabic letters, Portuguese letter, Spanish letter, Japanese letter, Korean alphabet, Italian letter, German letter, Greek letter, Latin alphabet, Dutch letter, Turkish letter, Swedish letter, Danish letter, Finnish letter, Indonesian letter；
Described numeral includes but not limited to Arabic numerals, Roman number；
Described symbol includes but not limited to punctuation mark, mathematical symbol, digital number, phonetic symbol, phonetic symbol, unit symbol, special symbol；
Described Chinese character includes but not limited to the complex form of Chinese characters, simplified Chinese character, variant Chinese character；
Described function includes but not limited to that the locking of number lock, capitalization, lower case locking, keyboard are hidden, rollback, deletion, space, carriage return, determined, Left Arrow, Right Arrow, the cursor that moves up, move down cursor, Page forward, backward page turning, return, exit。
Described method includes input character mode and overall input of character string mode one by one。
As it is shown on figure 3, when inputting character one by one, described step D also includes:
If the character quantity indicated on D01 target character key is one, then enter step E；
If the character quantity indicated on D02 target character key is multiple, orientation gesture input device automatically by current operation keyboard shift to nine grids keyboard B, then enter step B。
As shown in Figure 4, during overall input of character string, described step D also includes:
If the character in D11 character string does not also fully enter complete, then enter step B；
If the character in D12 character string has fully entered complete, orientation gesture input device automatically by current operation keyboard shift to nine grids keyboard B, then enter step B。
Described orientation gesture input method also includes character input rule and funcall rule:
1. character input rule
Described character input rule includes: finger does straight line sliding to a certain orientation on the touchscreen, when finger is lifted off touch screen, then inputs the character that the nine grids keyboard of current operation indicates on same orientation button；Further, also include:
Finger does straight line sliding on the touchscreen to upper left side, then the character that input nine grids keyboard upper left side button indicates；
Finger does straight line sliding on the touchscreen upward, then the character that above input nine grids keyboard, button indicates；
Finger does straight line sliding on the touchscreen to upper right side, then the character that input nine grids keyboard upper right side button indicates；
Finger does straight line sliding on the touchscreen to the left, then the character that input nine grids keyboard left button indicates；
Finger does straight line sliding on the touchscreen to the right, then the character that input nine grids keyboard right button indicates；
Finger on the touchscreen to the left lower section do straight line sliding, then the character that input nine grids keyboard lower left button indicates；
Finger does downwards straight line sliding on the touchscreen, then the character that below input nine grids keyboard, button indicates；
Finger does straight line sliding on the touchscreen to the right, then the character that input nine grids keyboard lower right button indicates。
2. funcall rule
Described funcall rule includes: with finger point touching screen, then call the function that the nine grids keyboard center key of current operation indicates；Doing straight line sliding to a certain orientation on the touchscreen with finger, sliding terminates rear finger without departing from touch screen, and length is pressed immediately, then call the function that the nine grids keyboard of current operation indicates on the button in same orientation；Further, also include:
Finger do straight line sliding to upper left side on the touchscreen after grow by, then call the function that the nine grids keyboard upper left side button of current operation indicates；
Finger do upward on the touchscreen to grow after straight line sliding by, then call the function that above the nine grids keyboard of current operation, button indicates；
Finger do straight line sliding to upper right side on the touchscreen after grow by, then call the function that the nine grids keyboard upper right side button of current operation indicates；
Finger do to the left on the touchscreen to grow after straight line sliding by, then call the function that the nine grids keyboard left button of current operation indicates；
Finger do to the right on the touchscreen to grow after straight line sliding by, then call the function that the nine grids keyboard right button of current operation indicates；
Finger on the touchscreen to the left lower section do to grow after straight line sliding by, then call the function that the nine grids keyboard lower left button of current operation indicates；
Finger do downwards on the touchscreen to grow after straight line sliding by, then call the function that below the nine grids keyboard of current operation, button indicates；
Finger do to the right on the touchscreen to grow after straight line sliding by, then call the function that the nine grids keyboard lower right button of current operation indicates。
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 the following describes is only some embodiments of the present invention, for those of ordinary skill in the art, under the premise 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 input device frame diagram；
Fig. 2 is eight straight line sliding orientation schematic diagrams disclosed by the invention；
Fig. 3 disclosed by the invention inputs character flow chart one by one on intelligent television or intelligent glasses；
Fig. 4 is overall input of character string flow chart on intelligent television or intelligent glasses disclosed by the invention；
The button that Fig. 5 is nine grids keyboard A disclosed in the embodiment of the present invention two indicates and orientation gesture comparison figure；
Fig. 6 is that the embodiment of the present invention two is disclosed inputs " good " schematic diagram one by one on intelligent television or intelligent glasses；
Fig. 7 is disclosed overall input " good " schematic diagram on intelligent television or intelligent glasses of the embodiment of the present invention two；
The button that Fig. 8 is nine grids keyboard B disclosed in the embodiment of the present invention three indicates and orientation gesture comparison figure；
Fig. 9 is that the embodiment of the present invention three is disclosed inputs " A " schematic diagram on intelligent television or intelligent glasses。
Detailed description of the invention
For making the purpose of the present invention, technical scheme and advantage clearly, below in conjunction with the drawings and specific embodiments, the invention will be further described。Described accompanying drawing is only for reference and illustrates to use, and does not constitute the restriction to scope of patent protection of the present invention。
Embodiment one
Embodiment one provides a kind of orientation gesture input device for intelligent television or intelligent glasses, and described device includes two parts of hardware and software。
The hardware of described device includes the touch hand-held intelligent terminal 10 of as shown in Figure 1 and an intelligent TV set or an intelligent glasses 20, carries out Real Data Exchangs by transmission unit between described touch hand-held intelligent terminal and described intelligent TV set or intelligent glasses。
Described touch hand-held intelligent terminal 10 includes but not limited to Trackpad and with the remote controller of touch screen, smart mobile phone, panel computer, intelligent watch, Intelligent bracelet, intelligence ring, Intelligent glove, as long as radio communication can be carried out with intelligent TV set or intelligent glasses, can set up applications, remote control input function can be realized according to this method；Further, described touch screen or Trackpad, it is used for detecting various gesture；For sake of convenience, touch screen alleged by the present invention includes Trackpad。
Described transmission unit includes transmitting element 50 and receives unit 60, includes but not limited to for one or more in WIFI, bluetooth, infrared ray, the router of radar wave communication, emitter, receptor。
The software of described device includes keyboard display module 100 as shown in Figure 1, data acquisition module 200, gesture parsing module 300, character acquisition module 400, function acquisition module 500, character input module 600 and function allocating module 700。
Described keyboard display module 100, for showing nine grids keyboard on intelligent television or intelligent glasses screen；Described nine grids keyboard includes nine grids keyboard A and nine grids keyboard B, and the two both can be alternately present on the same position of screen, it is possible to occur on the diverse location of screen simultaneously。
Described data acquisition module 200, for touch data produced by the touch operation on hand-held intelligent terminal touch screen of the user in real finger；Described touch data includes but not limited to when user's finger carries out touch operation on the touchscreen, the number of produced touch point (a usual finger touches and can produce a touch point), and the sliding trajectory that each touch point is on the touchscreen。
Described gesture parsing module 300, for resolving to the orientation gesture of correspondence and judging the type of orientation gesture by described touch data；Described orientation gesture-type includes clicking, grow after straight line sliding and straight line sliding by, straight line sliding length is long by rear straight line sliding by also can be deformed into, and the two is equivalent；Determination methods is according to each touch point sliding trajectory on described touch screen, calculates each touch point distance along touch screen sliding, if reach to set threshold value, then regards as sliding gesture, otherwise, then regards as click gesture or long-pressing gesture；According to finger static time time of staying on the touchscreen, if reach to set threshold value, then regard as long-pressing gesture, otherwise, then regard as click gesture。
Described character acquisition module 400, for according to the corresponding relation between orientation set in advance gesture and character keys, it is determined that the target character key corresponding to described orientation gesture；Wherein, described corresponding relation set in advance is the one-to-one relationship between touch screen orientation gesture and nine grids keypad character key click gesture；By described corresponding relation set in advance so that user can utilize orientation gesture on the touchscreen to click character keys corresponding on nine grids keyboard。
Described function acquisition module 500, for according to the corresponding relation between orientation set in advance gesture and function key, it is determined that the objective function key corresponding to described orientation gesture；Wherein, described corresponding relation set in advance is the one-to-one relationship between touch screen orientation gesture and nine grids keyboard function key click gesture；By described corresponding relation set in advance so that user can utilize orientation gesture on the touchscreen to click function key corresponding on nine grids keyboard。
Described character input module 600, for inputting the character indicated on target character key；If the character indicated on target character key is one, then directly input this character, otherwise, it is necessary to be operated by nine grids keyboard B to determine option。
Described function allocating module 700, the function indicated in invocation target function key。
Embodiment two
Embodiment two provides the method inputting English letter on intelligent television or intelligent glasses。
Described method includes letter key and indicates rule and letter input rule:
1. letter key indicates rule
As shown in Figure 5, it is preferable that, 26 English letters are indicated respectively on nine buttons of nine grids keyboard A, further, including:
English letter " a " " b " " c " is indicated on the upper left side button of nine grids keyboard A；
English letter " d " " e " " f " is indicated on the top button of nine grids keyboard A；
English letter " g " " h " " i " is indicated on the upper right side button of nine grids keyboard A；
English letter " j " " k " " l " is indicated on the left button of nine grids keyboard A；
English letter " m " " n " " o " is indicated on the right button of nine grids keyboard A；
English letter " p " " q " " r " " s " is indicated on the lower left button of nine grids keyboard A；
English letter " t " " u " " v " is indicated on the lower section button of nine grids keyboard A；
English letter " w " " x " " y " " z " is indicated on the lower right button of nine grids keyboard A。
2. letter input rule
As it is shown in figure 5, when current operation keyboard is nine grids keyboard A, described character input rule is refined as the English letter input rule in the present embodiment, including:
Finger on the touchscreen to upper left side sliding, then inputs English letter " a " " b " " c "；
Finger is sliding upward on the touchscreen, then input English letter " d " " e " " f "；
Finger on the touchscreen to upper right side sliding, then inputs English letter " g " " h " " i "；
Finger is sliding to the left on the touchscreen, then input English letter " j " " k " " l "；
Finger is sliding to the right on the touchscreen, then input English letter " m " " n " " o "；
Finger is lower section sliding to the left on the touchscreen, then input English letter " p " " q " " r " " s "；
Finger is sliding downwards on the touchscreen, then input English letter " t " " u " " v "；
Finger is sliding to the right on the touchscreen, then input English letter " w " " x " " y " " z "。
The example that utilize orientation gesture intelligent television or intelligent glasses on input English word " good " is given below。
First, adopt input character mode one by one to input English word " good ", as shown in Figure 6, be divided into nine steps:
Step S11: opening input method status, current operation keyboard is defaulted as nine grids keyboard A；
Step S12: finger is on the touchscreen to upper right side sliding, and current operation keyboard is switched to nine grids keyboard B immediately；Described nine grids keyboard B left button, on key and right button are labeled with English letter " g " " h " " i " respectively；
Step S13: finger is sliding to the left on the touchscreen, then input English letter " g "；Current operation keyboard is switched to nine grids keyboard A immediately；
Step S14: finger is sliding to the right on the touchscreen, current operation keyboard is switched to nine grids keyboard B immediately；Described nine grids keyboard B left button, on key and right button are labeled with English letter " m " " n " " o " respectively；
Step S15: finger is sliding to the right on the touchscreen, then input English letter " o "；Current operation keyboard is switched to nine grids keyboard A immediately；
Step S16: finger is sliding to the right on the touchscreen, current operation keyboard is switched to nine grids keyboard B immediately；Described nine grids keyboard B left button, on key and right button are labeled with English letter " m " " n " " o " respectively；
Step S17: finger is sliding to the right on the touchscreen, then input English letter " o "；Current operation keyboard is switched to nine grids keyboard A immediately；
Step S18: finger is sliding upward on the touchscreen, current operation keyboard is switched to nine grids keyboard B immediately；Described nine grids keyboard B left button, on key and right button are labeled with English letter " d " " e " " f " respectively；
Step S19: finger is sliding to the left on the touchscreen, then input English letter " d "。
What this example adopted is the English letter mode that inputs one by one, namely English letter " g " is first inputted, then English letter " o " is inputted, input English letter " o " again, recently enter English letter " d ", the input of each English letter will perform twice at operation, namely respectively operates once on nine grids keyboard A and nine grids keyboard B。
Secondly, overall input of character string mode is adopted to input English word " good ", as it is shown in fig. 7, be divided into six steps:
Step S21: opening input method status, current operation keyboard is defaulted as nine grids keyboard A；
Step S22: finger is on the touchscreen to upper right side sliding, to input English letter " g "；
Step S23: finger is sliding to the right on the touchscreen, to input English letter " o "；
Step S24: finger is sliding to the right on the touchscreen, to input English letter " o "；
Step S25: finger is sliding upward on the touchscreen, to input English letter " d "；
Step S26: finger point touching screen, then be call nine grids keyboard A central authorities " determination " key function, represent that the input of whole English letter is complete；Current operation keyboard is switched to nine grids keyboard B immediately, and 8 buttons of described nine grids keyboard B indicate 8 English word options；
Step S27: finger is sliding to the right on the touchscreen, then the English word options " good " indicated on input right button。
What this example adopted is overall input English word mode, namely first on nine grids keyboard A, the orientation gesture corresponding to each English letter has been gesticulated, gesticulate the orientation gesture determined corresponding to key again, after entering into nine grids keyboard B, utilize orientation gesture selected English word to input from several options (being likely to the English word being combined into)。
Embodiment three
Embodiment three provides the method for functional key on the nine grids keyboard of intelligent television or intelligent glasses。
Described method includes function key and indicates rule and function key operation rules:
1. function key indicates rule
Preferably, 17 kinds of functions commonly used in input operation are indicated on 9 buttons of nine grids keyboard A and nine grids keyboard B respectively, wherein " keyboard is hidden " function is indicated on the button of nine grids keyboard A and nine grids keyboard B simultaneously, and all the other 16 kinds of functions are indicated on the button of nine grids keyboard A or nine grids keyboard B respectively；Further, also include:
" keyboard is hidden " function is indicated on the upper left side button of nine grids keyboard A；
" number lock " function is indicated on the top button of nine grids keyboard A；
" rollback " function is indicated on the upper right side button of nine grids keyboard A；
" capitalization locking " function is indicated on the left button of nine grids keyboard A；
" will determine " that function is indicated in the center key of nine grids keyboard A；
" lower case locking " function is indicated on the right button of nine grids keyboard A；
" deletion " function is indicated on the lower left button of nine grids keyboard A；
" space " function is indicated on the lower section button of nine grids keyboard A；
" carriage return " function is indicated on the lower right button of nine grids keyboard A；
Function is indicated on the upper left side button of nine grids keyboard B " will to hide keyboard "；
" move up cursor " function is indicated on the top button of nine grids keyboard B；
Function " will be exited " be indicated on the upper right side button of nine grids keyboard B；
" Left Arrow " function is indicated on the left button of nine grids keyboard B；
" return " function is indicated in the center key of nine grids keyboard B；
" Right Arrow " function is indicated on the right button of nine grids keyboard B；
" Page forward " function is indicated on the lower left button of nine grids keyboard B；
Function is indicated on the lower section button of nine grids keyboard B " will to move down cursor "；
" backward page turning " function is indicated on the lower right button of nine grids keyboard B。
Further, described function, except with outside word expresses, it be also possible to use icon and expresses。
Preferably, as it is shown in figure 5, on nine grids keyboard A:
Use iconExpress described " keyboard is hidden " function；
Use iconExpress described " number lock " function；
Use iconExpress described " rollback " function；
Use iconExpress described " capitalization locking " function；
Use iconExpress described " determination " function；
Use iconExpress described " lower case locking " function；
Use iconExpress described " deletion " function；
Use iconExpress described " space " function；
Use iconExpress described " carriage return " function。
Preferably, as shown in Figure 8, on nine grids keyboard B:
Use iconExpress described " keyboard is hidden " function；
Use iconExpress described " move up cursor " function；
Use iconExpress described " exiting " function；
Use iconExpress described " Left Arrow " function；
Use iconExpress described " return " function；
Use iconExpress described " Right Arrow " function；
Use iconExpress described " Page forward " function；
Use iconExpress described " moving down cursor " function；
Use iconExpress described " backward page turning " function。
2. function key operation rules
As it is shown in figure 5, when current operation keyboard is nine grids keyboard A, described function key operation rules includes:
Finger grow after doing straight line sliding to upper left side on the touchscreen by, then click " keyboard hide " key of nine grids keyboard A；
Finger do upward on the touchscreen to grow after straight line sliding by, then click " number lock " key of nine grids keyboard A；
Finger do straight line sliding to upper right side on the touchscreen after grow by, then click nine grids keyboard A " rollback " key；
Finger do to the left on the touchscreen to grow after straight line sliding by, then click " capitalization locking " key of nine grids keyboard A；
Finger point touching screen, then click " determination " key of nine grids keyboard A；
Finger do to the right on the touchscreen to grow after straight line sliding by, then click " lower case locking " key of nine grids keyboard A；
Finger on the touchscreen to the left lower section do to grow after straight line sliding by, then click " deletion " key of nine grids keyboard A；
Finger do downwards on the touchscreen to grow after straight line sliding by, then click " space " key of nine grids keyboard A；
Finger do to the right on the touchscreen to grow after straight line sliding by, then click the enter key of nine grids keyboard A。
As shown in Figure 8, when current operation keyboard is nine grids keyboard B, described function key operation rules includes:
Finger grow after doing straight line sliding to upper left side on the touchscreen by, then click " keyboard hide " key of nine grids keyboard B；
Finger do upward on the touchscreen to grow after straight line sliding by, then click " move up cursor " key of nine grids keyboard B；
Finger do straight line sliding to upper right side on the touchscreen after grow by, then click nine grids keyboard B " exiting " key；
Finger do to the left on the touchscreen to grow after straight line sliding by, then click " Left Arrow " key of nine grids keyboard B；
Finger point touching screen, then click " return " key of nine grids keyboard B；
Finger do to the right on the touchscreen to grow after straight line sliding by, then click " Right Arrow " key of nine grids keyboard B；
Finger on the touchscreen to the left lower section do to grow after straight line sliding by, then click " Page forward " key of nine grids keyboard B；
Finger do downwards on the touchscreen to grow after straight line sliding by, then click " moving down cursor " key of nine grids keyboard B；
Finger do to the right on the touchscreen to grow after straight line sliding by, then click " backward page turning " key of nine grids keyboard B。
The example of input capitalization English letter " A " is given below, as it is shown in figure 9, include four steps:
Step S31: opening input method status, current operation keyboard is defaulted as nine grids keyboard A；
Step S32: finger is long after sliding to the left on the touchscreen to be pressed, and nine grids keyboard A is switched to capitalization keyboard from lower case keyboard immediately；
Step S33: finger is on the touchscreen to upper left side sliding；Current operation keyboard is switched to nine grids keyboard B immediately；Described nine grids keyboard B left button, on key and right button are labeled with capitalization " A " " B " " C " respectively；
Step S34: finger is sliding to the left on the touchscreen, then input capitalization " A "。
The orientation gesture that the present invention proposes, had both included user's action with finger point touching screen, and had also included user's finger and do the action of straight line sliding on the touchscreen, also included user by finger length by the action of touch screen。Because click action and length are also a kind of orientation gesture by action, its finger sliding orientation is perpendicular to touch screen plane, and from outside touch screen towards touch screen interior slip, so, orientation gesture is substantially that user's finger makes the gesture motion of straight line sliding along orientation, nine, space。
Click on the touchscreen, long by or when doing straight line sliding, user both can use single finger manipulation, it is possible to use multiple finger manipulations, as long as multiple finger keeps synchronization action。
Described orientation gesture is solely dependent upon finger sliding orientation on hand-held intelligent terminal touch screen, and unrelated with finger particular location on the touchscreen。That is, no matter user's finger be touch screen where on click, its recognition result is all the same；No matter user's finger is is slightly thin, and skidding distance is length is short, as long as sliding orientation is identical, its recognition result is too。
The sharpest edges of described orientation gesture input are, user is without being concerned about the where of finger point touching screen, only intuitively just can exactly the sliding orientation of control finger, therefore, the sight line of user is without leaving intelligent television or intelligent glasses screen to observe the touch operation of finger, feedback information according only to intelligent television or intelligent glasses screen adjusts the click of finger, sliding or long by action, is similar to touch system during keyboard typing。Which not only improves input operation speed and convenience, also reduce misoperation probability。
It should be understood that this method need not change the hardware configuration of existing hand-held intelligent terminal, only specific application program need to be installed on hand-held intelligent terminal；Equally, it is not required that change the hardware configuration of intelligent TV set or intelligent glasses, only specific application program need to be installed on intelligent TV set or intelligent glasses。
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 side 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, certainly the interest field of the present invention can not be limited with this, one of ordinary skill in the art will appreciate that all or part of flow process realizing above-described embodiment, and according to the equal change that the claims in the present invention are made, still fall within the content that the present invention contains。
Claims (8)
1. the orientation gesture input device for intelligent television or intelligent glasses, it is characterized in that, including a touch hand-held intelligent terminal, an intelligent TV set or an intelligent glasses, carry out Real Data Exchangs by transmission unit between described touch hand-held intelligent terminal and described intelligent TV set or intelligent glasses, also include:
Keyboard display module, for showing nine grids keyboard on intelligent television or intelligent glasses screen；
Data acquisition module, for touch data produced by the touch operation on hand-held intelligent terminal touch screen of the user in real finger；
Gesture parsing module, for resolving to the orientation gesture of correspondence and judging the type of orientation gesture by described touch data；
Character acquisition module, for according to the corresponding relation between orientation set in advance gesture and character keys, it is determined that the target character key corresponding to described orientation gesture；
Function acquisition module, for according to the corresponding relation between orientation set in advance gesture and function key, it is determined that the objective function key corresponding to described orientation gesture；
Character input module, for inputting the character indicated on target character key；
Function allocating module, the function indicated in invocation target function key。
2. a kind of orientation gesture input device for intelligent television or intelligent glasses according to claim 1, it is characterized in that, described handheld-type intelligent terminal includes but not limited to Trackpad and with the remote controller of touch screen, smart mobile phone, panel computer, intelligent watch, Intelligent bracelet, intelligence ring, Intelligent glove, described transmission unit includes transmitting element and receives unit, includes but not limited to for one or more in WIFI, bluetooth, infrared ray, the router of radar wave communication, emitter, receptor。
3. the orientation gesture input method for intelligent television or intelligent glasses, it is characterized in that, the orientation gesture that user's finger is made on hand-held intelligent terminal touch screen is utilized to carry out the operation setting two nine grids keyboards on intelligent television or intelligent glasses screen, including step:
A input method status is opened, and described keyboard display module shows nine grids keyboard on intelligent television or intelligent glasses screen, and wherein, current operation keyboard is defaulted as nine grids keyboard A；
Data acquisition module described in B detects touch data produced by the touch operation on the touchscreen of user's finger in real time；
Touch data is resolved to the orientation gesture of correspondence and judges the type of orientation gesture by gesture parsing module described in C；If described orientation gesture-type is sliding gesture, then call character acquisition module；If described orientation gesture-type is click on long-pressing gesture, then calling function acquisition module after gesture or sliding；
Described in D, character acquisition module is according to the corresponding relation between orientation set in advance gesture and character keys, it is determined that the target character key corresponding to described orientation gesture；Described function acquisition module is according to the corresponding relation between orientation set in advance gesture and function key, it is determined that the objective function key corresponding to described orientation gesture；
The character indicated on character input module input target character key described in E；The function indicated in described function allocating module invocation target function key。
4. a kind of orientation gesture input method for intelligent television or intelligent glasses according to claim 3, it is characterized in that, described nine grids keyboard includes nine grids keyboard A and nine grids keyboard B, wherein, the button of nine grids keyboard A is labeled with character and function, the button of nine grids keyboard B is labeled with option and function；Described character includes but not limited to letter, numeral, symbol and Chinese character, further, described letter includes but not limited to Chinese phonetic alphabet, English letter, French letter, Russian letter, Arabic letters, Portuguese letter, Spanish letter, Japanese letter, Korean alphabet, Italian letter, German letter, Greek letter, Latin alphabet, Dutch letter, Turkish letter, Swedish letter, Danish letter, Finnish letter, Indonesian letter；Described numeral includes but not limited to Arabic numerals, Roman number；Described symbol includes but not limited to punctuation mark, mathematical symbol, digital number, phonetic symbol, phonetic symbol, unit symbol, special symbol；Described Chinese character includes but not limited to the complex form of Chinese characters, simplified Chinese character, variant Chinese character；Described function includes but not limited to that the locking of number lock, capitalization, lower case locking, keyboard are hidden, rollback, deletion, space, carriage return, determined, Left Arrow, Right Arrow, the cursor that moves up, move down cursor, Page forward, backward page turning, return, exit。
5. a kind of orientation gesture input method for intelligent television or intelligent glasses according to claim 3, it is characterised in that one by one during input character, described step D also includes:
If the character quantity indicated on D01 target character key is one, then enter step E；
If the character quantity indicated on D02 target character key is multiple, orientation gesture input device automatically by current operation keyboard shift to nine grids keyboard B, then enter step B。
6. a kind of orientation gesture input method for intelligent television or intelligent glasses according to claim 3, it is characterised in that during overall input of character string, described step D also includes:
If the character in D11 character string does not also fully enter complete, then enter step B；
If the character in D12 character string has fully entered complete, orientation gesture input device automatically by current operation keyboard shift to nine grids keyboard B, then enter step B。
7. a kind of orientation gesture input method for intelligent television or intelligent glasses according to claim 3, it is characterized in that, on hand-held intelligent terminal touch screen, straight line sliding is done to a certain orientation with finger, when finger is lifted off touch screen, then the character that input nine grids keyboard indicates on same orientation button；Further, also include:
Finger does straight line sliding on the touchscreen to upper left side, then the character that input nine grids keyboard upper left side button indicates；
Finger does straight line sliding on the touchscreen upward, then the character that above input nine grids keyboard, button indicates；
Finger does straight line sliding on the touchscreen to upper right side, then the character that input nine grids keyboard upper right side button indicates；
Finger does straight line sliding on the touchscreen to the left, then the character that input nine grids keyboard left button indicates；
Finger does straight line sliding on the touchscreen to the right, then the character that input nine grids keyboard right button indicates；
Finger on the touchscreen to the left lower section do straight line sliding, then the character that input nine grids keyboard lower left button indicates；
Finger does downwards straight line sliding on the touchscreen, then the character that below input nine grids keyboard, button indicates；
Finger does straight line sliding on the touchscreen to the right, then the character that input nine grids keyboard lower right button indicates。
8. a kind of orientation gesture input method for intelligent television or intelligent glasses according to claim 3, it is characterised in that click hand-held intelligent terminal touch screen with finger, then call the function that the nine grids keyboard center key of current operation indicates；Finger does straight line sliding to a certain orientation on hand-held intelligent terminal touch screen, and sliding terminates rear finger without departing from touch screen, and length is pressed immediately, then call the function that the nine grids keyboard of current operation indicates on same orientation button；Further, also include:
Finger do straight line sliding to upper left side on the touchscreen after grow by, then call the function that the nine grids keyboard upper left side button of current operation indicates；
Finger do upward on the touchscreen to grow after straight line sliding by, then call the function that above the nine grids keyboard of current operation, button indicates；
Finger do straight line sliding to upper right side on the touchscreen after grow by, then call the function that the nine grids keyboard upper right side button of current operation indicates；
Finger do to the left on the touchscreen to grow after straight line sliding by, then call the function that the nine grids keyboard left button of current operation indicates；
Finger do to the right on the touchscreen to grow after straight line sliding by, then call the function that the nine grids keyboard right button of current operation indicates；
Finger on the touchscreen to the left lower section do to grow after straight line sliding by, then call the function that the nine grids keyboard lower left button of current operation indicates；
Finger do downwards on the touchscreen to grow after straight line sliding by, then call the function that below the nine grids keyboard of current operation, button indicates；
Finger do to the right on the touchscreen to grow after straight line sliding by, then call the function that the nine grids keyboard lower right button of current operation indicates。
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| CN201610018225.9A CN105700806A (en) | 2016-01-13 | 2016-01-13 | Directional gesture input method and device for intelligent televisions or intelligent glasses |
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| CN201610018225.9A CN105700806A (en) | 2016-01-13 | 2016-01-13 | Directional gesture input method and device for intelligent televisions or intelligent glasses |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106873796A (en) * | 2017-01-13 | 2017-06-20 | 河源市汉祖文化科技有限公司 | A kind of gesture input method and system based on three-stroke digital input method |
| CN107272881A (en) * | 2017-04-26 | 2017-10-20 | 北京新美互通科技有限公司 | A kind of data inputting method and device, entering method keyboard and electronic equipment |
| CN107704168A (en) * | 2017-09-21 | 2018-02-16 | 维沃移动通信有限公司 | A kind of application program launching method and mobile terminal |
| CN113031777A (en) * | 2021-03-26 | 2021-06-25 | 深圳市华杰智通科技有限公司 | Password input control device based on gesture recognition |
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2016
- 2016-01-13 CN CN201610018225.9A patent/CN105700806A/en active Pending
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106873796A (en) * | 2017-01-13 | 2017-06-20 | 河源市汉祖文化科技有限公司 | A kind of gesture input method and system based on three-stroke digital input method |
| CN106873796B (en) * | 2017-01-13 | 2019-11-26 | 河源市汉祖文化科技有限公司 | A kind of gesture input method and system based on three-stroke digital input method |
| CN107272881A (en) * | 2017-04-26 | 2017-10-20 | 北京新美互通科技有限公司 | A kind of data inputting method and device, entering method keyboard and electronic equipment |
| CN107272881B (en) * | 2017-04-26 | 2020-06-09 | 北京新美互通科技有限公司 | Information input method and device, input method keyboard and electronic equipment |
| CN107704168A (en) * | 2017-09-21 | 2018-02-16 | 维沃移动通信有限公司 | A kind of application program launching method and mobile terminal |
| CN113031777A (en) * | 2021-03-26 | 2021-06-25 | 深圳市华杰智通科技有限公司 | Password input control device based on gesture recognition |
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Application publication date: 20160622 |