CN105242795A - Method for inputting English letters by azimuth gesture - Google Patents
Method for inputting English letters by azimuth gesture Download PDFInfo
- Publication number
- CN105242795A CN105242795A CN201510670533.5A CN201510670533A CN105242795A CN 105242795 A CN105242795 A CN 105242795A CN 201510670533 A CN201510670533 A CN 201510670533A CN 105242795 A CN105242795 A CN 105242795A
- Authority
- CN
- China
- Prior art keywords
- straight line
- hand
- slippage
- key
- represent
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
Landscapes
- User Interface Of Digital Computer (AREA)
Abstract
The invention discloses a method for inputting English letters by an azimuth gesture. The core technology is that three sudoku keyboards are arranged on an intelligent terminal screen; 26 English letters are distributed on various key locations by referring to a QWE keyboard format; the currently operated sudoku keyboards are determined according to the number of fingers of touching a touch panel or a touch screen or the shape of a hand sliding in the air; and letter keys placed at different azimuths are clicked through gestures for carrying out linear sliding along different azimuths, so that people can conveniently, quickly and accurately input the English letters on the intelligent terminals such as an intelligent television, a vehicular computer and intelligent glasses.
Description
Invention field
The present invention discloses a kind of method utilizing orientation gesture inputting English letter, is mainly used in intelligent television field, also can be applicable to the terminal devices such as vehicle-mounted computer, intelligent glasses, intelligent watch, belongs to technical field of information communication.
Background technology
During viewing TV, people keep certain distance usually and between screen, cannot as operative intelligence mobile phone, directly touch mode with hand and click virtual key on screen, even if intelligent television screen to be made touch-screen, people also can not carry out inputting English letter by finger point touching screen.
At present, telepilot inputting English letter on intelligent television is adopted to mainly contain two kinds of modes: first kind of way is the movement being controlled cursor in TV screen by directionkeys, makes it move to one by one on predetermined letter key, then presses acknowledgement key; The second way marks each English alphabet successively on numerical key, according to the arrangement precedence of each English alphabet, determine its stroke, such as, numerical key " 5 " is distributed with English alphabet " JKL ", so, only hit numerical key " 5 " once, inputting English letter " J ", hit numerical key " 5 " continuously twice, inputting English letter " K ", hits numerical key " 5 " three times continuously, inputting English letter " L ".
Utilize above-mentioned two kinds of mode inputting English letters, all there is stroke too much, inconvenient operation, the problem that input efficiency is low.
For intelligent television is equipped with the large keyboard of wireless external letter, although solve the problems referred to above, but, people are often in leisure state when watching TV, not only can be seated, and can recumbency, stand, walk, even also can do things, at this moment hand inner end one keyboard can be very uneasy, inconvenient greatly.
In order to solve the problem, we have invented a kind of method utilizing orientation gesture inputting English letter, our finger is operated easily on the Trackpad of telepilot or on the touch-screen of smart mobile phone, intelligent watch, make our eyes when to beginning to when eventually keeping a close watch on TV screen, just can on intelligent television inputting English letter rapidly and accurately.
Further, we can also utilize orientation gesture, realize every empty inputting English letter, namely the hand of let us is aloft gesticulated, detected the track of state residing for hand and movement by camera, ultrasound wave, infrared ray or the intelligent watch worn, Intelligent bracelet, intelligent ring etc. in real time, thus match corresponding English alphabet.
" hand " concept, refers to the position relevant with hand as above, as " finger " " palm " " wrist " etc.
Summary of the invention
Core technology of the present invention is that the gesture by doing straight line slippage along different azimuth clicks the letter key be placed in different azimuth.
Research finds: people can accurately the basic gesture of control, except clicking, it is exactly straight line slippage, and straight line slippage has eight orientation: top, below, left, right, upper left side, lower left, upper right side and lower right, they correspond to the north on map, south, west, east, northwest, southwest, north-east and the southeast respectively.
Why adopt orientation gesture to carry out inputting English letter, be also that orientation gesture is convenient to gesture recognition system and is accurately identified, as long as people's click action or straight line slippage orientation are correct, its recognition result is exactly correct.
Orientation gesture why is adopted to carry out inputting English letter, also be that orientation gesture is convenient to people and is carried out blind operation, namely people do not see the Trackpad of telepilot, do not see the touch-screen of smart mobile phone or intelligent watch, do not see the hand gesticulated just aloft, can carry out gesture operation exactly intuitively yet.
Content of the present invention mainly comprises letter key distribution rule, orientation gesture clicks rule and Alphabet Gesture input flow process three parts.
1. letter key distribution rule
Eight letter keys corresponding in straight line slippage eight orientation, add the medial key corresponding to directly clicking, constitute nine grids keyboard structure.
The intelligent terminal screens such as intelligent television, vehicle-mounted computer, intelligent glasses arrange nine grids keyboard, according to order from top to bottom, from left to right, successively by nine key mapping called after upper left keys, upper key, upper key, left button, middle key, right button, left down key, lower key, right down key (see accompanying drawing 1).
On nine grids keyboard, each key mapping indicates an English alphabet, amount to signable nine letter keys.26 English keys then need to be indicated in 26 key mappings of three nine grids keyboards.
Convenient in order to describe, we will be in the nine grids keyboard of screen left referred to as left nine grids keyboard; To the middle nine grids keyboard of screen be in referred to as middle nine grids keyboard; To the nine grids keyboard of screen right be in referred to as right nine grids keyboard (see accompanying drawing 2).
With reference to QWE alphabetic keypad layout, and slightly do some adjustment, the English alphabet that three each key mappings of nine grids keyboard indicate is as described below (see accompanying drawing 3):
The upper left key of left nine grids keyboard indicates English alphabet " Q ";
The upper key of left nine grids keyboard indicates English alphabet " W ";
The upper key of left nine grids keyboard indicates English alphabet " E ";
The left button of left nine grids keyboard indicates English alphabet " A ";
In left nine grids keyboard, key indicates English alphabet " S ";
The right button of left nine grids keyboard indicates English alphabet " D ";
The left down key of left nine grids keyboard indicates English alphabet " Z ";
The lower key of left nine grids keyboard indicates English alphabet " X ";
The right down key of left nine grids keyboard indicates English alphabet " C ";
The upper left key of middle nine grids keyboard indicates English alphabet " R ";
The upper key of middle nine grids keyboard indicates English alphabet " T ";
The upper key of middle nine grids keyboard indicates English alphabet " Y ";
The left button of middle nine grids keyboard indicates English alphabet " F ";
In middle nine grids keyboard, key indicates English alphabet " G ";
The right button of middle nine grids keyboard indicates English alphabet " H ";
The left down key of middle nine grids keyboard indicates English alphabet " V ";
The lower key of middle nine grids keyboard indicates English alphabet " B ";
The right down key of middle nine grids keyboard indicates English alphabet " N ";
The upper left key of right nine grids keyboard indicates English alphabet " U ";
The upper key of right nine grids keyboard indicates English alphabet " I ";
The upper key of right nine grids keyboard indicates English alphabet " O ";
The left button of right nine grids keyboard indicates English alphabet " J ";
The right button of right nine grids keyboard indicates English alphabet " L ";
The left down key of right nine grids keyboard indicates English alphabet " M ";
The lower key of right nine grids keyboard indicates English alphabet " K ";
The right down key of right nine grids keyboard indicates English alphabet " P ".
With QWE keyboard unlike: the first, letter key " P " has been displaced to the 3rd last position of row from first row end, this is that position residing for letter key " P " is beyond the scope of three nine grids keyboards; The second, letter key " K " is moved on to the 3rd row from second row, its objective is and key in right nine grids keyboard will be available, to use it for anything else, such as, as space bar or acknowledgement key.
2. orientation gesture clicks rule
Orientation gesture refers to the gesture motion doing straight line slippage along eight orientation.Orientation gesture is clicked rule and is defined the action using the straight line gesture along different azimuth slippage to express certain key mapping on click nine grids keyboard.
Concrete regulation is as follows:
By the straight line gesture to upper left side slippage
represent the upper left key clicking nine grids keyboard;
The upper key clicking nine grids keyboard is represented by the straight line gesture (↑) of slippage upward;
By the straight line gesture to upper right side slippage
represent the upper key clicking nine grids keyboard;
The left button clicking nine grids keyboard is represented by the straight line gesture (←) of slippage to the left;
Represent by the click action perpendicular to above-mentioned each bar slippage straight line and click key in nine grids keyboard;
The right button clicking nine grids keyboard is represented by the straight line gesture (→) of slippage to the right;
By the straight line gesture of below slippage left
represent the left down key clicking nine grids keyboard;
The lower key clicking nine grids keyboard is represented by the straight line gesture (↓) of slippage downwards;
By the straight line gesture of slippage to the right
represent the right down key clicking nine grids keyboard.
Afore mentioned rules is effective for only having the TV screen of a nine grids keyboard, and for there being the TV screen of three nine grids keyboards to be invalid.Such as, the gesture to upper left side slippage will be clicked letter key " Q " " R " " U " simultaneously, thereby produces letter key and clicks interference.
Therefore, must subsidiary condition or ancillary rules, make each operation only for wherein certain nine grids keyboard.
When the touch-screen of the Trackpad of remote controller or operative intelligence mobile phone, intelligent watch, we specify: when touching Trackpad or touch-screen with a finger (hereinafter referred to as singly referring to), left nine grids keyboard is current keyboard, and namely orientation gesture operation is left nine grids keyboard; When touching Trackpad or touch-screen with two fingers (hereinafter referred to as two finger), middle nine grids keyboard is current keyboard simultaneously, and namely orientation gesture operation is middle nine grids keyboard; When touching Trackpad or touch-screen with three fingers (referring to hereinafter referred to as three), right nine grids keyboard is current keyboard, and namely orientation gesture operation is right nine grids keyboard simultaneously.
After two of operator fingers or three fingers touch Trackpad or touch-screen simultaneously, with identical speed towards the slippage of same orientation or stop slippage simultaneously, synchronous regime should be kept.
According to subsidiary condition as above, the orientation gesture for telepilot Trackpad or smart mobile phone, intelligent watch touch-screen is clicked rule and is:
Singly refer to do straight line slippage to upper left side on Trackpad or touch-screen
represent inputting English letter " Q ";
Singly refer to do straight line slippage (↑) upward on Trackpad or touch-screen, represent inputting English letter " W ";
Singly refer to do straight line slippage to upper right side on Trackpad or touch-screen
represent inputting English letter " E ";
Singly refer to do straight line slippage (←) to the left on Trackpad or touch-screen, represent inputting English letter " A ";
Single indication hits Trackpad or touch-screen, represents inputting English letter " S ";
Singly refer to do straight line slippage (→) to the right on Trackpad or touch-screen, represent inputting English letter " D ";
Singly refer to that straight line slippage is done in below on Trackpad or touch-screen left
represent inputting English letter " Z ";
Singly refer to do straight line slippage (↓) downwards on Trackpad or touch-screen, represent inputting English letter " X ";
Singly refer to do straight line slippage to the right on Trackpad or touch-screen
represent inputting English letter " C ";
Two finger does straight line slippage to upper left side on Trackpad or touch-screen
represent inputting English letter " R ";
Two finger does straight line slippage (↑) upward on Trackpad or touch-screen, represents inputting English letter " T ";
Two finger does straight line slippage to upper right side on Trackpad or touch-screen
represent inputting English letter " Y ";
Two finger does straight line slippage (←) to the left on Trackpad or touch-screen, represents inputting English letter " F ";
Two finger clicks Trackpad or touch-screen simultaneously, represents inputting English letter " G ";
Two finger does straight line slippage (→) to the right on Trackpad or touch-screen, represents inputting English letter " H ";
Two finger on Trackpad or touch-screen left below do straight line slippage
represent inputting English letter " V ";
Two finger does straight line slippage (↓) downwards on Trackpad or touch-screen, represents inputting English letter " B ";
Two finger does straight line slippage to the right on Trackpad or touch-screen
represent inputting English letter " N ";
Three refer to do straight line slippage to upper left side on Trackpad or touch-screen
represent inputting English letter " U ";
Three refer to do straight line slippage (↑) upward on Trackpad or touch-screen, represent inputting English letter " I ";
Three refer to do straight line slippage to upper right side on Trackpad or touch-screen
represent inputting English letter " O ";
Three refer to do straight line slippage (←) to the left on Trackpad or touch-screen, represent inputting English letter " J ";
Three refer to do straight line slippage (→) to the right on Trackpad or touch-screen, represent inputting English letter " L ";
Three refer to that straight line slippage is done in below on Trackpad or touch-screen left
represent inputting English letter " M ";
Three refer to do straight line slippage (↓) downwards on Trackpad or touch-screen, represent inputting English letter " K ";
Three refer to do straight line slippage to the right on Trackpad or touch-screen
represent inputting English letter " P ".
In camera, ultrasound wave, infra-red detection or when carrying out every empty gesture operation under wearing intelligent watch, Intelligent bracelet, intelligent ring testing conditions, we specify: when the back of the hand is towards operator, left nine grids keyboard is current keyboard, and namely orientation gesture operation is left nine grids keyboard; When fist eye is towards operator, middle nine grids keyboard is current keyboard, and namely orientation gesture operation is middle nine grids keyboard; When the palm of the hand is towards operator, right nine grids keyboard is current keyboard, and namely orientation gesture operation is right nine grids keyboard.
According to above-mentioned subsidiary condition, clicking rule for the orientation gesture under camera, ultrasound wave, infra-red detection or intelligent watch, Intelligent bracelet, intelligent ring testing conditions is:
Hand does straight line slippage to upper left side aloft
and the back of the hand is towards operator, represent inputting English letter " Q ";
Hand do straight line slippage (↑) upward aloft and the back of the hand towards operator, represent inputting English letter " W ";
Hand does straight line slippage to upper right side aloft
and the back of the hand is towards operator, represent inputting English letter " E ";
Hand do straight line slippage (←) to the left aloft and the back of the hand towards operator, represent inputting English letter " A ";
Hand do click action perpendicular to above-mentioned each bar slippage straight line aloft and the back of the hand towards operator, represent inputting English letter " S ";
Hand do straight line slippage (→) to the right aloft and the back of the hand towards operator, represent inputting English letter " D ";
Hand aloft left below do straight line slippage
and the back of the hand is towards operator, represent inputting English letter " Z ";
Hand do straight line slippage (↓) downwards aloft and the back of the hand towards operator, represent inputting English letter " X ";
Hand does straight line slippage aloft to the right
and the back of the hand is towards operator, represent inputting English letter " C ";
Hand does straight line slippage to upper left side aloft
and fist eye is towards operator, represent inputting English letter " R ";
Hand do straight line slippage (↑) upward aloft and fist eye towards operator, represent inputting English letter " T ";
Hand does straight line slippage to upper right side aloft
and fist eye is towards operator, represent inputting English letter " Y ";
Hand do straight line slippage (←) to the left aloft and fist eye towards operator, represent inputting English letter " F ";
Hand do click action perpendicular to above-mentioned each bar slippage straight line aloft and fist eye towards operator, represent inputting English letter " G ";
Hand do straight line slippage (→) to the right aloft and fist eye towards operator, represent inputting English letter " H ";
Hand aloft left below do straight line slippage
and fist eye is towards operator, represent inputting English letter " V ";
Hand do straight line slippage (↓) downwards aloft and fist eye towards operator, represent inputting English letter " B ";
Hand does straight line slippage aloft to the right
and fist eye is towards operator, represent inputting English letter " N ";
Hand does straight line slippage to upper left side aloft
and the palm of the hand is towards operator, represent inputting English letter " U ";
Hand do straight line slippage (↑) upward aloft and the palm of the hand towards operator, represent inputting English letter " I ";
Hand does straight line slippage to upper right side aloft
and the palm of the hand is towards operator, represent inputting English letter " O ";
Hand do straight line slippage (←) to the left aloft and the palm of the hand towards operator, represent inputting English letter " J ";
Hand do straight line slippage (→) to the right aloft and the palm of the hand towards operator, represent inputting English letter " L ";
Hand aloft left below do straight line slippage
and the palm of the hand is towards operator, represent inputting English letter " M ";
Hand do straight line slippage (↓) downwards aloft and the palm of the hand towards operator, represent inputting English letter " K ";
Hand does straight line slippage aloft to the right
and the palm of the hand is towards operator, represent inputting English letter " P ".
English alphabet gesture input method as above also can be used for Chinese phonetic alphabet, is exactly use English alphabet " V " to replace phonetic alphabet " ü " with unique difference of English alphabet.
3. Alphabet Gesture input flow process
Alphabet Gesture input system is made up of Alphabet Gesture identification module, Alphabet Gesture processing module, Alphabet Gesture load module.
Alphabet Gesture identification module detects morphological data residing for hand and sliding trajectory data in real time.
Alphabet Gesture processing module, according to the morphological data residing for above-mentioned hand, determines the current residing form of hand.
Alphabet Gesture processing module, according to the sliding trajectory data of above-mentioned hand, determines the straight line slippage orientation of hand.
Alphabet Gesture load module according to hand form determine the nine grids keyboard of current operation, then judge, with or without letter key in hand slippage orientation, if there is letter key, then to input the English alphabet that this letter key indicates; If without letter key, then do not input any English alphabet.
Accompanying drawing explanation
In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, be briefly described to the accompanying drawing used required in embodiment or description of the prior art below, apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
Accompanying drawing 1 is nine grids keyboard and key mapping name thereof.
Accompanying drawing 2 is layout and the name thereof of three nine grids keyboards.
Accompanying drawing 3 is the letter key distribution situation on three nine grids keyboards.
Accompanying drawing 4 is for utilizing orientation gesture inputting English letter " b " on telepilot Trackpad.
Accompanying drawing 5 is for utilizing orientation gesture inputting English letter " a " on smart mobile phone touch-screen.
Accompanying drawing 6 carrys out inputting English letter " t " for utilizing orientation gesture by wearing Intelligent bracelet.
Accompanying drawing 7 carrys out inputting English letter " m " for utilizing orientation gesture by ultrasound wave identification.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, carry out clearly, intactly describing to the technical scheme in the embodiment of the present invention, obviously, described embodiment is only the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, the every other embodiment that those of ordinary skill in the art obtain under the prerequisite of not making creative work, all belongs to the scope of protection of the invention.
Embodiment given below is all the English alphabet input carried out on intelligent television, does not affect these embodiment easily extensible on the terminal device such as vehicle-mounted computer, intelligent glasses.
Embodiment 1: utilize orientation gesture inputting English letter " b " on telepilot Trackpad
[gesture analysis]
English alphabet " b " is indicated on the lower key of middle nine grids keyboard.During telepilot Trackpad operates during nine grids keyboard, click rule according to orientation gesture, telepilot Trackpad should be touched with two fingers and operate.
[method of operating]
Two fingers touch telepilot Trackpad simultaneously, do straight line slippage downwards
english alphabet " b " (see accompanying drawing 4) is there is immediately in the input of intelligent television screen.
Embodiment 2: utilize orientation gesture inputting English letter " a " on smart mobile phone touch-screen
[gesture analysis]
English alphabet " a " indicates on the left button of left nine grids keyboard.When smart mobile phone touch-screen operates left nine grids keyboard, click rule according to orientation gesture, smart mobile phone touch-screen should be touched with a finger and operate.
[method of operating]
A finger touches smart mobile phone touch-screen, does straight line slippage (←) to the left, occurs English alphabet " a " (see accompanying drawing 5) immediately in the input of intelligent television screen.
Embodiment 3: utilize orientation gesture to carry out inputting English letter " t " by wearing Intelligent bracelet induction
[gesture analysis]
English alphabet " t " is indicated on the upper key of middle nine grids keyboard.When operating left nine grids keyboard by wearing Intelligent bracelet induction, click rule according to orientation gesture, should be at fist eye towards under the condition of operator, the hand of operator gesticulates orientation gesture aloft.
[method of operating]
That hand wearing Intelligent bracelet fists head, and fist eye, towards operator, does straight line slippage (↑) upward, occurs English alphabet " t " (see accompanying drawing 6) immediately in the input of intelligent television screen.
Embodiment 4: utilize orientation gesture to carry out inputting English letter " o " by ultrasound wave identification
[gesture analysis]
English alphabet " o " is indicated in the upper key of right nine grids keyboard.When operating right nine grids keyboard by ultrasound wave identification, click rule according to orientation gesture, should be under the condition of the palm of the hand towards operator, the hand of operator gesticulates orientation gesture aloft.
[method of operating]
Lift flat for that hand of operation, the palm of the hand, towards operator, does straight line slippage to upper right side
english alphabet " o " (see accompanying drawing 7) is there is immediately in the input of intelligent television screen.
One of ordinary skill in the art will appreciate that all or part of flow process realized in above-described embodiment, can be come by computer program instructions related hardware, described program can be stored in a computer-readable recording medium, this program, when performing, can comprise the flow process of the embodiment as 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).
Disclosedly above be only exemplary embodiments of 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 done, still belong to the content that the present invention is contained.
Claims (5)
1. utilize a method for orientation gesture inputting English letter, it is characterized in that, comprising:
Intelligent terminal screen arranges three nine grids keyboards, is from left to right defined as left nine grids keyboard, middle nine grids keyboard and right nine grids keyboard successively;
According to order from top to bottom, from left to right, successively by each key mapping called after upper left key, upper key, upper key, left button, middle key, right button, left down key, lower key, right down key in each nine grids keyboard;
Each key mapping of three nine grids keyboards identifies 26 English alphabets respectively;
Straight line slippage is done to certain orientation, generating direction gesture with hand;
Orientation gesture input systems detects the sliding trajectory data of morphological data residing for hand and hand in real time;
According to hand morphological data as above, the current residing form of orientation gesture input systems determination hand, confirms the nine grids keyboard of current operation accordingly;
According to sliding trajectory data as above, the straight line slippage orientation of orientation gesture input systems determination hand, judges in hand slippage orientation accordingly with or without letter key; If there is letter key, then input the English alphabet that this letter key indicates; If without letter key, then do not input any English alphabet.
2. orientation as claimed in claim 1 gesture input method, is characterized in that, each key mapping of three nine grids keyboards indicates 26 English alphabets respectively, also comprises:
The upper left key of left nine grids keyboard indicates English alphabet " Q ";
The upper key of left nine grids keyboard indicates English alphabet " W ";
The upper key of left nine grids keyboard indicates English alphabet " E ";
The left button of left nine grids keyboard indicates English alphabet " A ";
In left nine grids keyboard, key indicates English alphabet " S ";
The right button of left nine grids keyboard indicates English alphabet " D ";
The left down key of left nine grids keyboard indicates English alphabet " Z ";
The lower key of left nine grids keyboard indicates English alphabet " X ";
The right down key of left nine grids keyboard indicates English alphabet " C ";
The upper left key of middle nine grids keyboard indicates English alphabet " R ";
The upper key of middle nine grids keyboard indicates English alphabet " T ";
The upper key of middle nine grids keyboard indicates English alphabet " Y ";
The left button of middle nine grids keyboard indicates English alphabet " F ";
In middle nine grids keyboard, key indicates English alphabet " G ";
The right button of middle nine grids keyboard indicates English alphabet " H ";
The left down key of middle nine grids keyboard indicates English alphabet " V ";
The lower key of middle nine grids keyboard indicates English alphabet " B ";
The right down key of middle nine grids keyboard indicates English alphabet " N ";
The upper left key of right nine grids keyboard indicates English alphabet " U ";
The upper key of right nine grids keyboard indicates English alphabet " I ";
The upper key of right nine grids keyboard indicates English alphabet " 0 ";
The left button of right nine grids keyboard indicates English alphabet " J ";
The right button of right nine grids keyboard indicates English alphabet " L ";
The left down key of right nine grids keyboard indicates English alphabet " M ";
The lower key of right nine grids keyboard indicates English alphabet " K ";
The right down key of right nine grids keyboard indicates English alphabet " P ".
3. orientation as claimed in claim 1 gesture input method, is characterized in that, uses the straight line gesture along different azimuth slippage to express the action clicking certain key mapping on nine grids keyboard, also comprises:
By the straight line gesture to upper left side slippage
represent the upper left key clicking nine grids keyboard;
The upper key clicking nine grids keyboard is represented by the straight line gesture (↑) of slippage upward;
By the straight line gesture to upper right side slippage
represent the upper key clicking nine grids keyboard;
The left button clicking nine grids keyboard is represented by the straight line gesture (←) of slippage to the left;
The right button clicking nine grids keyboard is represented by the straight line gesture (→) of slippage to the right;
By the straight line gesture of below slippage left
represent the left down key clicking nine grids keyboard;
The lower key clicking nine grids keyboard is represented by the straight line gesture (↓) of slippage downwards;
By the straight line gesture of slippage to the right
represent the right down key clicking nine grids keyboard;
Represent by the click action perpendicular to above-mentioned each bar slippage straight line and click key in nine grids keyboard.
4. orientation as claimed in claim 1 gesture input method, is characterized in that, finger quantity and finger straight line slippage orientation according to carrying out touch operation on Trackpad or touch-screen represent each inputted English alphabet, also comprise:
Singly refer to do straight line slippage to upper left side on Trackpad or touch-screen
represent inputting English letter " Q ";
Singly refer to do straight line slippage (↑) upward on Trackpad or touch-screen, represent inputting English letter " W ";
Singly refer to do straight line slippage to upper right side on Trackpad or touch-screen
represent inputting English letter " E ";
Singly refer to do straight line slippage (←) to the left on Trackpad or touch-screen, represent inputting English letter " A ";
Single indication hits Trackpad or touch-screen, represents inputting English letter " S ";
Singly refer to do straight line slippage (→) to the right on Trackpad or touch-screen, represent inputting English letter " D ";
Singly refer to that straight line slippage is done in below on Trackpad or touch-screen left
represent inputting English letter " Z ";
Singly refer to do straight line slippage (↓) downwards on Trackpad or touch-screen, represent inputting English letter " X ";
Singly refer to do straight line slippage to the right on Trackpad or touch-screen
represent inputting English letter " C ";
Two finger does straight line slippage to upper left side on Trackpad or touch-screen
represent inputting English letter " R ";
Two finger does straight line slippage (↑) upward on Trackpad or touch-screen, represents inputting English letter " T ";
Two finger does straight line slippage to upper right side on Trackpad or touch-screen
represent inputting English letter " Y ";
Two finger does straight line slippage (←) to the left on Trackpad or touch-screen, represents inputting English letter " F ";
Trackpad or touch-screen are hit in two indication, represent inputting English letter " G ";
Two finger does straight line slippage (→) to the right on Trackpad or touch-screen, represents inputting English letter " H ";
Two finger on Trackpad or touch-screen left below do straight line slippage
represent inputting English letter " V ";
Two finger does straight line slippage (↓) downwards on Trackpad or touch-screen, represents inputting English letter " B ";
Two finger does straight line slippage to the right on Trackpad or touch-screen
represent inputting English letter " N ";
Three refer to do straight line slippage to upper left side on Trackpad or touch-screen
represent inputting English letter " U ";
Three refer to do straight line slippage (↑) upward on Trackpad or touch-screen, represent inputting English letter " I ";
Three refer to do straight line slippage to upper right side on Trackpad or touch-screen
represent inputting English letter " O ";
Three refer to do straight line slippage (←) to the left on Trackpad or touch-screen, represent inputting English letter " J ";
Three refer to do straight line slippage (→) to the right on Trackpad or touch-screen, represent inputting English letter " L ";
Three refer to that straight line slippage is done in below on Trackpad or touch-screen left
represent inputting English letter " M ";
Three refer to do straight line slippage (↓) downwards on Trackpad or touch-screen, represent inputting English letter " K ";
Three refer to do straight line slippage to the right on Trackpad or touch-screen
represent inputting English letter " P ".
5. orientation as claimed in claim 1 gesture input method, is characterized in that, carry out aloft when sky inputs, and the straight line slippage orientation according to the current residing form of hand and hand represents each inputted English alphabet, also comprises:
Hand does straight line slippage to upper left side aloft
and the back of the hand is towards operator, represent inputting English letter " Q ";
Hand do straight line slippage (↑) upward aloft and the back of the hand towards operator, represent inputting English letter " W ";
Hand does straight line slippage to upper right side aloft
and the back of the hand is towards operator, represent inputting English letter " E ";
Hand do straight line slippage (←) to the left aloft and the back of the hand towards operator, represent inputting English letter " A ";
Hand do click action perpendicular to above-mentioned each bar slippage straight line aloft and the back of the hand towards operator, represent inputting English letter " S ";
Hand do straight line slippage (→) to the right aloft and the back of the hand towards operator, represent inputting English letter " D ";
Hand aloft left below do straight line slippage
and the back of the hand is towards operator, represent inputting English letter " Z ";
Hand do straight line slippage (↓) downwards aloft and the back of the hand towards operator, represent inputting English letter " X ";
Hand does straight line slippage aloft to the right
and the back of the hand is towards operator, represent inputting English letter " C ";
Hand does straight line slippage to upper left side aloft
and fist eye is towards operator, represent inputting English letter " R ";
Hand do straight line slippage (↑) upward aloft and fist eye towards operator, represent inputting English letter " T ";
Hand does straight line slippage to upper right side aloft
and fist eye is towards operator, represent inputting English letter " Y ";
Hand do straight line slippage (←) to the left aloft and fist eye towards operator, represent inputting English letter " F ";
Hand do click action perpendicular to above-mentioned each bar slippage straight line aloft and fist eye towards operator, represent inputting English letter " G ";
Hand do straight line slippage (→) to the right aloft and fist eye towards operator, represent inputting English letter " H ";
Hand aloft left below do straight line slippage
and fist eye is towards operator, represent inputting English letter " V ";
Hand do straight line slippage (↓) downwards aloft and fist eye towards operator, represent inputting English letter " B ";
Hand does straight line slippage aloft to the right
and fist eye is towards operator, represent inputting English letter " N ";
Hand does straight line slippage to upper left side aloft
and the palm of the hand is towards operator, represent inputting English letter " U ";
Hand do straight line slippage (↑) upward aloft and the palm of the hand towards operator, represent inputting English letter " I ";
Hand does straight line slippage to upper right side aloft
and the palm of the hand is towards operator, represent inputting English letter " O ";
Hand do straight line slippage (←) to the left aloft and the palm of the hand towards operator, represent inputting English letter " J ";
Hand do straight line slippage (→) to the right aloft and the palm of the hand towards operator, represent inputting English letter " L ";
Hand aloft left below do straight line slippage
and the palm of the hand is towards operator, represent inputting English letter " M ";
Hand do straight line slippage (↓) downwards aloft and the palm of the hand towards operator, represent inputting English letter " K ";
Hand does straight line slippage aloft to the right
and the palm of the hand is towards operator, represent inputting English letter " P ".
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510670533.5A CN105242795A (en) | 2015-10-19 | 2015-10-19 | Method for inputting English letters by azimuth gesture |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510670533.5A CN105242795A (en) | 2015-10-19 | 2015-10-19 | Method for inputting English letters by azimuth gesture |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN105242795A true CN105242795A (en) | 2016-01-13 |
Family
ID=55040465
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510670533.5A Pending CN105242795A (en) | 2015-10-19 | 2015-10-19 | Method for inputting English letters by azimuth gesture |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN105242795A (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105630190A (en) * | 2016-02-22 | 2016-06-01 | 康志强 | Text input method and system of intelligent watch |
| 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 |
| CN113467615A (en) * | 2021-07-01 | 2021-10-01 | 精电(河源)显示技术有限公司 | Gesture processing method, device, equipment and storage medium |
-
2015
- 2015-10-19 CN CN201510670533.5A patent/CN105242795A/en active Pending
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105630190A (en) * | 2016-02-22 | 2016-06-01 | 康志强 | Text input method and system of intelligent watch |
| 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 |
| CN113467615A (en) * | 2021-07-01 | 2021-10-01 | 精电(河源)显示技术有限公司 | Gesture processing method, device, equipment and storage medium |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| US10719214B2 (en) | Enhanced 3D interfacing for remote devices | |
| US10948992B1 (en) | Ring human-machine interface | |
| US8619048B2 (en) | Method and device of stroke based user input | |
| US8059101B2 (en) | Swipe gestures for touch screen keyboards | |
| US20150220265A1 (en) | Information processing device, information processing method, and program | |
| US20090249258A1 (en) | Simple Motion Based Input System | |
| US20100164897A1 (en) | Virtual keypad systems and methods | |
| US20150123907A1 (en) | Information processing device, display form control method, and non-transitory computer readable medium | |
| CN105183174A (en) | Method for inputting Chinese characters by utilizing directional sliding gestures | |
| EP4307096A1 (en) | Key function execution method, apparatus and device, and storage medium | |
| CN105242795A (en) | Method for inputting English letters by azimuth gesture | |
| US20140191992A1 (en) | Touch input method, electronic device, system, and readable recording medium by using virtual keys | |
| US20230236673A1 (en) | Non-standard keyboard input system | |
| WO2016141306A1 (en) | User interface input method and system for handheld and mobile devices | |
| CN105700806A (en) | Directional gesture input method and device for intelligent televisions or intelligent glasses | |
| US11244138B2 (en) | Hologram-based character recognition method and apparatus | |
| CN204740560U (en) | Handheld signal output device | |
| CN107132919A (en) | A kind of Chinese-character stroke input method based on gesture | |
| CN115176224A (en) | Text input method, mobile device, head-mounted display device, and storage medium | |
| US9811167B2 (en) | Apparatus and method for inputting character based on hand gesture | |
| US20160274667A1 (en) | Apparatus and method for inputting character | |
| JP6605288B2 (en) | Data input device | |
| KR20180086393A (en) | Virtual keyboard realization system through linkage between computer(s) and/or smart terminal(s) | |
| CN107544678A (en) | A kind of Chinese character five-stroke input method based on gesture | |
| KR20180050592A (en) | Virtual keyboard realization system through linkage between computer(s) and/or smart terminal(s) |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| DD01 | Delivery of document by public notice |
Addressee: Pan Chaohuai Document name: Notification of Passing Preliminary Examination of the Application for Invention |
|
| WD01 | Invention patent application deemed withdrawn after publication | ||
| WD01 | Invention patent application deemed withdrawn after publication |
Application publication date: 20160113 |