CN103955342A - Sudoko English keyboard - Google Patents
Sudoko English keyboard Download PDFInfo
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- CN103955342A CN103955342A CN201410206400.8A CN201410206400A CN103955342A CN 103955342 A CN103955342 A CN 103955342A CN 201410206400 A CN201410206400 A CN 201410206400A CN 103955342 A CN103955342 A CN 103955342A
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Abstract
The invention relates to a Sudoko English keyboard, in particular to a Sudoko English keyboard which is applied to touch screen intelligent terminal equipment, such as intelligent mobile phones and tablet computers. The Sudoko English keyboard consists of input keys and function keys, wherein each input key is divided into five areas, each area is provided with a character, each input key responds to five touch methods, the five areas of each input key respectively form the corresponding linking relationship with the five touch methods, and the touch methods are called to output the characters corresponding to the areas. The Sudoko English keyboard solves the problem of the traditional Sudoko keyboard that the input of one key cannot correspond to the output of one character, and realizes the effect that the input of each key can correspond to the output of one unique character; the mixed input mode of the traditional Sudoko English keyboard of the touch screen intelligent terminal is changed, and the accurate input of the Sudoko English keyboard of the intelligent terminal is realized.
Description
Affiliated technical field
The present invention is a kind of nine grids QWERTY keyboard.It is a kind of nine grids QWERTY keyboard being applied on the touch-screen such as smart mobile phone, panel computer intelligent terminal.
Background technology
At present, on the touch-screen such as smart mobile phone or panel computer intelligent terminal, conventionally use QWERTY full keyboard or traditional nine grids QWERTY keyboard.Use QWERTY full keyboard and use the same of QWERTY full keyboard at PC computer at touch-screen intelligent terminal, a character of the corresponding output of every input one key.But be subject to the impact of the factors such as smart mobile phone or panel computer interface be smaller, in the time that touch-screen intelligent terminal uses the input of QWERTY full keyboard, easily strike mistake.Increasing user trends towards using traditional nine grids QWERTY keyboard.
Traditional nine grids QWERTY keyboard is emitted on 26 alphabetical alphabet sequences of English on these 8 numerical keys of numerical key 2-8,3 or 4 letters of each key layout, the multiple characters of the corresponding output of every input one key.Traditional nine grids QWERTY keyboard only responds single " click " method, and it belongs to golygram mixed input mode, and it could not realize an independent character of the corresponding output of every input one key.Obviously, traditional nine grids QWERTY keyboard Shortcomings, need to be improved and enhanced.
Summary of the invention
Technical scheme to be solved by this invention is: for the deficiency of traditional nine grids QWERTY keyboard in current intelligent terminal, propose a kind of nine grids QWERTY keyboard.This nine grids QWERTY keyboard is inputted as used QWERTY full keyboard on touch-screen intelligent terminal, a character of the unique correspondence of the corresponding output of every input one key.
In order to realize technical scheme, a kind of nine grids QWERTY keyboard that the present invention proposes, this nine grids QWERTY keyboard is made up of enter key and function key two parts.Each the enter key in keyboard key is divided into 5 subregions by this nine grids QWERTY keyboard, is respectively " upper district ", " inferior segment " " left district ", " right district " and " middle district ".Each subregion of enter key can character of layout, and in each subregion, the character of layout can be English alphabet, numeral or english punctuation mark (comprising space).Each enter key can respond 5 kinds of touch control methods, except " click " method, also comprises " upper sliding ", " downslide ", " left cunning " and " right cunning " 4 kinds of touch control methods." upper sliding ", " downslide ", " left cunning " and " right cunning " and " click " these 5 kinds of touch control methods form corresponding linking relationship one by one with " upper district ", " inferior segment ", " left district ", " right district " and " middle district " in enter key subregion respectively successively, when input, call above-mentioned 5 kinds of touch control methods, i.e. the character of layout in link partitions corresponding to touch control method in exportable enter key.
Function key is made up of " Backspace key ", " "enter" key" ", " left shift key ", " right shift key " and " F1 ", " F2 ", " F3 " 3 Function Extension keys." Backspace key ", " "enter" key" ", " left shift key ", " right shift key " have some specific functions, " F1 ", " F2 ", " F3 " 3 Function Extension keys are for Function Extension, any input method of making based on this nine grids QWERTY keyboard, can be according to self-demand, utilize these Function Extension keys that specific function is set.
Technique effect of the present invention is: a kind of nine grids QWERTY keyboard that the present invention proposes, solve traditional nine grids keyboard and can not input a difficult problem for a character of the corresponding output of a key, realized the object of a character of the unique correspondence of the nine grids QWERTY keyboard corresponding output of every input one key.Various input methods of writing according to QWERTY full keyboard, can directly transplanting to this nine grids QWERTY keyboard.The present invention has changed the mixed input mode of touch-screen intelligent terminal tradition nine grids QWERTY keyboard, has realized the accurate input of intelligent terminal nine grids QWERTY keyboard.
Brief description of the drawings
Describe the present invention below in conjunction with accompanying drawing in detail by concrete embodiment:
Fig. 1 is the nine grids QWERTY keyboard subregion figure of detailed placement of the present invention.
Embodiment
One, keyboard layout
This nine grids QWERTY keyboard is made up of enter key and function key two parts.
The subregion of A, enter key and layout
Click keys, can be called enter key to the button of terminal device input character.The enter key of this nine grids QWERTY keyboard is made up of numerical key and symbolic key again.In enter key, the layout of 10 numerical keys is identical with the numerical key layout of conventional numeric mobile phone, at specific 4 keys of numeric keypad left column, is mainly used to layout english punctuation mark, and these 4 keys are called symbolic key.
In order to make the enter key on limited nine grids keyboard hold more character and can realize the corresponding character exporting unique correspondence of every input one key, this nine grids QWERTY keyboard is divided into 5 subregions each enter key key, and these 5 subregions are defined as respectively " upper district ", " inferior segment " " left district ", " right district " and " middle district ".Each subregion of enter key can character of layout, and in subregion, the character of institute's layout can be English alphabet, numeric character or english punctuation mark (comprising space).An enter key at most can 5 characters of layout.
The each Jian Ge of enter key zoning character is specific as follows:
(1) 10 numerical key Zhong Ge key zoning is specially:
Numerical key " 1 " key: " upper district " layout " 1 ", " left district " layout " a ", middle district layout " b ", " right district " layout " c ", " inferior segment " layout "! ";
Numerical key " 2 " key: " upper district " layout " 2 ", " left district " layout " d ", middle district layout " e ", " right district " layout " f ", " inferior segment " layout "@";
Numerical key " 3 " key: " upper district " layout " 3 ", " left district " layout " g ", middle district layout " h ", " right district " layout " i ", " inferior segment " layout " # ";
Numerical key " 4 " key: " upper district " layout " 4 ", " left district " layout " j ", middle district layout " k ", " right district " layout " l ", " inferior segment " layout " $ ";
Numerical key " 5 " key: " upper district " layout " 5 ", " left district " layout " m ", middle district layout " n ", " right district " layout " o ", " inferior segment " layout " % ";
Numerical key " 6 " key: " upper district " layout " 6 ", " left district " layout " p ", middle district layout " q ", " right district " layout " r ", " inferior segment " layout " ^ ";
Numerical key " 7 " key: " upper district " layout " 7 ", " left district " layout " s ", middle district layout " t ", " right district " layout " u ", " inferior segment " layout " & ";
Numerical key " 8 " key: " upper district " layout " 8 ", " left district " layout " v ", middle district layout " w ", " right district " layout " x ", " inferior segment " layout " * ";
Numerical key " 9 " key: " upper district " layout " 9 ", " left district " layout " y ", middle district layout " z ", " right district " layout " ' ", " inferior segment " layout " (";
Numerical key " 0 " key: " upper district " layout " 0 ", " left district " layout ", ", middle district layout " space ", " right district " layout ". ";
Table 1 is 5 zoning's contents table of 10 numerical keys of this nine grids QWERTY keyboard
Table 1
| Numerical key | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 0 |
| Upper district | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 0 |
| Left district | a | d | g | j | m | p | s | v | y | ， |
| Middle district | b | e | h | k | n | q | t | w | z | Space |
| Right district | c | f | i | l | o | r | u | x | ， | . |
| Inferior segment | ！ | @ | # | $ | ％ | ^ | & | * | ( | ? |
(2) 4 symbolic keys from top to bottom Ge Jian zoning are specially:
First key: " upper district " layout "+"; " middle district " layout "="; " right district " layout "/"; " inferior segment " layout "-";
Second key: " upper district " layout ": "; " middle district " layout "? " " right district " layout "; "; " inferior segment " layout " " ";
The 3rd key: " upper district " layout " < "; " middle district " layout " _ "; " right district " layout " "; " inferior segment " layout " > ";
The 4th key: " upper district " layout " { "; " middle district " layout " ["; " right district " layout "] "; " inferior segment " layout " } ";
(3) " the left district " of numerical key " 0 " key " inferior segment " and 4 each keys of symbolic key do not have any character of layout, belongs to user's customized subregion.
The layout of B, function key
Can realize the key of some specific function function key.In this nine grids QWERTY keyboard, function key is subregion not.Its concrete layout is:
Function key " Backspace " layout is on first key of numerical key " 3 " the key right side side of listing; Under " Enter " key, layout is in " Backspace " key below; At " Enter " key below, a Function Extension key of layout " F1 "; At numerical key " 0 " key left side Function Extension key of layout " F2 "; At numerical key " 0 " key right side Function Extension key of layout " F3 "; " Shift " key of " F2 " key left side layout, at " Shift " key of " F3 " key right side layout.
The function that " Enter " key, " Backspace " key and " Shift " key are realized is the same with the function that the QWERTY full keyboard using in PC computer has; " F1 " key, " F2 " key, " F3 " key are for Function Extension, any input method based on this nine grids QWERTY keyboard can be according to self-demand, utilize these Function Extension keys that specific function is set, such as: the functions such as phonetic function, input method switching, special symbol input, soft keyboard.
Two, the touch-control response method of button and with the linking relationship of enter key subregion
5 kinds of touch control methods of enter key response, these 5 kinds of touch control methods are specially:
A, click button and rebound rapidly with finger and leave button, be defined as " clicks " touch control method (abbreviation " click ").Every with finger " click " enter key once, once " click " touch-control event of enter key response;
B, with the lower button of finger point, finger continues to touch keyboard interface and then skids off to button top, is defined as " upper sliding " touch control method (being called for short " upper sliding ").Every with enter key of finger " upper sliding ", enter key response is " upper sliding " touch-control event once;
C, with the lower button of finger point, finger continues to touch keyboard interface and then skids off to button below, is defined as " downslides " touch control method (abbreviation " downslide ").Every with finger " downslide " enter key, once " downslide " touch-control event of enter key response;
D, with the lower button of finger point, finger continues to touch keyboard interface and then skids off to button left, is defined as " left cunning " touch control method (being called for short " left cunning ").Every with finger " left cunning " enter key, once " left cunning " touch-control event of enter key response;
E, with the lower button of finger point, finger continues to touch keyboard interface and then skids off to button is right-hand, is defined as " right cunning " touch control method (being called for short " right cunning ").Every with finger " right cunning " enter key, once " right cunning " touch-control event of enter key response.
5 subregions of 5 kinds of touch control methods of enter key and enter key form linking relationship one to one, and it is specially:
" upper sliding " corresponding link " upper district "; " downslide " corresponding link " inferior segment "; " left cunning " corresponding link " left district "; " right cunning " corresponding link " right district "; " click " corresponding link " middle district ".
Touch-control event of the every response of enter key, exports a character in a link partitions corresponding to touch control method.Table 1 is the touch control method of enter key chained list corresponding to enter key subregion
Table 2
Function key only responds single " click " method, and other touch control method sending to function key is all converted into " click " touch control method.
Claims (1)
1. a nine grids QWERTY keyboard, is characterized in that:
One, keyboard layout
Described nine grids QWERTY keyboard is made up of enter key and function key two parts; Enter key is made up of numerical key and symbolic key, and function key is made up of " Backspace key ", " "enter" key" ", " left shift key ", right " shift key " and " F1 key ", " F2 key ", " F3 key " 3 Function Extension keys;
In enter key, the layout of 10 numerical keys is identical with the numerical key layout of conventional numeric mobile phone, and at specific 4 keys of numeric keypad left column, these 4 keys are called symbolic key;
The each key of enter key is divided into 5 subregions, and these 5 subregions are defined as respectively " upper district ", " inferior segment " " left district ", " right district " and " middle district "; Each subregion of enter key can character of layout, and in subregion, the character of institute's layout can be English alphabet, numeric character or english punctuation mark (comprising space);
The each Jian Ge of enter key zoning character is specific as follows:
(1) 10 numerical key Zhong Ge key zoning is specially:
Numerical key " 1 " key: " upper district " layout " 1 ", " left district " layout " a ", middle district layout " b ", " right district " layout " c ", " inferior segment " layout "! ";
Numerical key " 2 " key: " upper district " layout " 2 ", " left district " layout " d ", middle district layout " e ", " right district " layout " f ", " inferior segment " layout "@";
Numerical key " 3 " key: " upper district " layout " 3 ", " left district " layout " g ", middle district layout " h ", " right district " layout " i ", " inferior segment " layout " # ";
Numerical key " 4 " key: " upper district " layout " 4 ", " left district " layout " j ", middle district layout " k ", " right district " layout " l ", " inferior segment " layout " $ ";
Numerical key " 5 " key: " upper district " layout " 5 ", " left district " layout " m ", middle district layout " n ", " right district " layout " o ", " inferior segment " layout " % ";
Numerical key " 6 " key: " upper district " layout " 6 ", " left district " layout " p ", middle district layout " q ", " right district " layout " r ", " inferior segment " layout " ^ ";
Numerical key " 7 " key: " upper district " layout " 7 ", " left district " layout " s ", middle district layout " t ", " right district " layout " u ", " inferior segment " layout " & ";
Numerical key " 8 " key: " upper district " layout " 8 ", " left district " layout " v ", middle district layout " w ", " right district " layout " x ", " inferior segment " layout " * ";
Numerical key " 9 " key: " upper district " layout " 9 ", " left district " layout " y ", middle district layout " z ", " right district " layout " ' ", " inferior segment " layout " (";
Numerical key " 0 " key: " upper district " layout " 0 ", " left district " layout ", ", middle district layout " space ", " right district " layout ". ";
(2) 4 symbolic keys from top to bottom Ge Jian zoning are specially:
First key: " upper district " layout "+"; " middle district " layout "="; " right district " layout "/"; " inferior segment " layout "-";
Second key: " upper district " layout ": "; " middle district " layout "? " " right district " layout "; "; " inferior segment " layout " " ";
The 3rd key: " upper district " layout " < "; " middle district " layout " _ "; " right district " layout " "; " inferior segment " layout " > ";
The 4th key: " upper district " layout " { "; " middle district " layout " ["; " right district " layout "] "; " inferior segment " layout " } ";
(3) " the left district " of numerical key " 0 " key " inferior segment " and 4 each keys of symbolic key do not have any character of layout, belongs to user's customized subregion;
The layout of B, function key
In this nine grids QWERTY keyboard, function key is subregion not, and its concrete layout is:
Function key " Backspace " layout is on first key of numerical key " 3 " the key right side side of listing; Under " Enter " key, layout is in " Backspace " key below; At " Enter " key below, a Function Extension key of layout " F1 "; At numerical key " 0 " key left side Function Extension key of layout " F2 "; At numerical key " 0 " key right side Function Extension key of layout " F3 "; " Shift " key of " F2 " key left side layout, at " Shift " key of " F3 " key right side layout;
Two, the touch-control response method of button and with the linking relationship of enter key subregion
5 kinds of touch control methods of each enter key response, these 5 kinds of touch control methods are specially:
A, click button and rebound rapidly with finger and leave button, be defined as " click " touch control method; Every with finger " click " enter key once, once " click " touch-control event of enter key response;
B, with the lower button of finger point, finger continues to touch keyboard interface and then skids off to button top, is defined as " upper sliding " touch control method; Every with enter key of finger " upper sliding ", enter key response is " upper sliding " touch-control event once;
C, with the lower button of finger point, finger continues to touch keyboard interface and then skids off to button below, is defined as " downslide " touch control method; Every with finger " downslide " enter key, once " downslide " touch-control event of enter key response;
D, with the lower button of finger point, finger continues to touch keyboard interface and then skids off to button left, is defined as " left cunning " touch control method; Every with finger " left cunning " enter key, once " left cunning " touch-control event of enter key response;
E, with the lower button of finger point, finger continues to touch keyboard interface and then skids off to button is right-hand, is defined as " right cunning " touch control method; Every with finger " right cunning " enter key, once " right cunning " touch-control event of enter key response;
5 kinds of touch control methods of described enter key and 5 subregions of enter key form linking relationship one to one, and it is specially:
" upper sliding " corresponding link " upper district "; " downslide " corresponding link " inferior segment "; " left cunning " corresponding link " left district "; " right cunning " corresponding link " right district "; " click " corresponding link " middle district ";
Touch-control event of the every response of enter key, exports a character in a link partitions corresponding to touch control method;
Function key only responds " click " method of clicking, and other touch control method sending to function key is all converted into " click " touch control method.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410206400.8A CN103955342A (en) | 2014-05-11 | 2014-05-11 | Sudoko English keyboard |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410206400.8A CN103955342A (en) | 2014-05-11 | 2014-05-11 | Sudoko English keyboard |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN103955342A true CN103955342A (en) | 2014-07-30 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201410206400.8A Pending CN103955342A (en) | 2014-05-11 | 2014-05-11 | Sudoko English keyboard |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104731366A (en) * | 2015-03-31 | 2015-06-24 | 苏州乐聚一堂电子科技有限公司 | Fast style-box input method |
| CN104965600A (en) * | 2015-07-03 | 2015-10-07 | 深圳市新方码电脑科技有限公司 | One-key multi-contact alphabetical keyboard |
| CN112256138A (en) * | 2020-10-22 | 2021-01-22 | 米环科技（长春）有限公司 | Keyboard with novel key position layout and input method applied to electronic equipment |
-
2014
- 2014-05-11 CN CN201410206400.8A patent/CN103955342A/en active Pending
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104731366A (en) * | 2015-03-31 | 2015-06-24 | 苏州乐聚一堂电子科技有限公司 | Fast style-box input method |
| CN104965600A (en) * | 2015-07-03 | 2015-10-07 | 深圳市新方码电脑科技有限公司 | One-key multi-contact alphabetical keyboard |
| CN104965600B (en) * | 2015-07-03 | 2017-11-28 | 深圳市新方码电脑科技有限公司 | One key multiconductor alphabetic keypad |
| CN112256138A (en) * | 2020-10-22 | 2021-01-22 | 米环科技（长春）有限公司 | Keyboard with novel key position layout and input method applied to electronic equipment |
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Application publication date: 20140730 |
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