CN102981634A - 1-key and 2-key and 3-key vowel-free 9-key-29-letter key element silent pinyin adjusting input method - Google Patents

1-key and 2-key and 3-key vowel-free 9-key-29-letter key element silent pinyin adjusting input method Download PDF

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CN102981634A
CN102981634A CN2011103489603A CN201110348960A CN102981634A CN 102981634 A CN102981634 A CN 102981634A CN 2011103489603 A CN2011103489603 A CN 2011103489603A CN 201110348960 A CN201110348960 A CN 201110348960A CN 102981634 A CN102981634 A CN 102981634A
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刘金远
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Abstract

The invention relates to a 1-key and a 2-key and a 3-key vowel-free 9-key-29-letter key element silent pinyin adjusting input method. The 1-key and the 2-key and the 3-key vowel-free 9-key-29-letter key element silent pinyin adjusting input method is characterized in that vowel key elements are not distributed on the 1-key, the 2-key and the 3-key, 29-letter key elements, including 26 English letters and an ia letter, a ua letter and an io letter, are distributed on nine corresponding digital keys including 1,2,3,4,5,6,7,8 and 9, Chinese characters are inputted as pinyin, tones are not adopted by the Chinese characters, and the 1-key and the 2-key and the 3-key vowel-free 9-key-29-letter key element silent pinyin adjusting input method can carry out fusing of three input manners.

Description

123 keys without vowel 9 keys 29 letter key units without the tone spelling input method
Technical field
The present invention relates to a kind of can adopt on 123 key mappings without 26 English alphabets that distribute on 9 key mappings of vowel add ia, io, ua totally 29 letter key units without tone phonetic numeric key Chinese character coding input method.
Background technology
Now, widely used spelling input method on the phone, its defective is in the nine key schemes, on 123 key mappings vowel is arranged, and when being unfavorable for the sequence number code fetch, merges with other coded system; Application number is the Chinese of 200910139025.9 shared key-board and English code input method (26 digital audio code key element scheme), in its nine keys scheme, owing to adopted tone, single vowel will compile 2 yards, is not inconsistent with knowledge; Simple or compound vowel of a Chinese syllable aoe does not have corresponding being distributed on the same key mapping with initial consonant jqx; In the nine key schemes, if do not distribute vowel on 123 key mappings, do not adopt tone, simple or compound vowel of a Chinese syllable aoe is corresponding with initial consonant jqx to be distributed on the same key mapping, and defects just can overcome; Adopt 26 English alphabet keys units, simple or compound vowel of a Chinese syllable will be got at most 4 yards; If adopt 26 English alphabets to add ia, io, ua totally 29 letter key units, simple or compound vowel of a Chinese syllable is got at most 3 yards, can improve input efficiency.
Summary of the invention
123 keys provided by the invention without vowel 9 keys 29 letter key units without the tone spelling input method, it is characterized in that: vowel key unit does not distribute on 123 key mappings, 26 English alphabets are added ia, io, totally 29 letter key units of ua is distributed on 123,456,789 9 corresponding figure cases, wherein, be z on the figure case 1, b, y, be c on the figure case 2, p, w, be s on the figure case 3, m, ua, be a on the figure case 4, f, j, be o on the figure case 5, d, q is e on the figure case 6, t, x is h on the figure case 7, n, v, ia, be g on the figure case 8, l, i is k on the figure case 9, r, u, io; Letter shift order on the same key mapping can be changed; See Fig. 1.
Vowel key unit does not perhaps distribute on 123 key mappings, with 26 English alphabets add ia, io, ua totally 29 letter key units be distributed on 123,456,789 9 corresponding figure cases, wherein, be z, b, ia on the figure case 1, be c, p, io on the figure case 2, be s, m, ua on the figure case 3, be a, f, j on the figure case 4, be o, d, q on the figure case 5, be e, t, x on the figure case 6, being h, n, l, v on the figure case 7, is g, y, i on the figure case 8, is k, w, r, u on the figure case 9; Letter shift order on the same key mapping can be changed; See Fig. 2.
Vowel key unit does not perhaps distribute on 123 key mappings, with 26 English alphabets add ia, io, ua totally 29 letter key units be distributed on 123,456,789 9 corresponding figure cases, wherein, be z, b, ia on the figure case 1, be c, p, io on the figure case 2, be s, m, ua on the figure case 3, be a, f, j on the figure case 4, be o, d, q on the figure case 5, be e, t, x on the figure case 6, being h, n, y, v on the figure case 7, is g, l, i on the figure case 8, is k, r, w, u on the figure case 9; Letter shift order on the same key mapping can be changed; See Fig. 3.
Vowel key unit does not perhaps distribute on 123 key mappings, with 26 English alphabets add ia, ua, io, totally 29 letter key units are distributed on 123,456,789 9 corresponding figure cases, wherein, be z, b, y on the figure case 1, be c, p, w on the figure case 2, be s, m, ua on the figure case 3, be g, f, u, io on the figure case 4, be k, d, i on the figure case 5, be e, t, x on the figure case 6, being h, n, v, ia on the figure case 7, is a, l, j on the figure case 8, is o, r, q on the figure case 9; Letter shift order on the same key mapping can be changed; See Fig. 4.
Vowel key unit does not perhaps distribute on 123 key mappings, with 26 English alphabets add ia, ua, io totally 29 letter key units be distributed on 123,456,789 9 corresponding figure cases, wherein, be z, b, ia on the figure case 1, be c, p, io on the figure case 2, be s, m, ua on the figure case 3, be g, f, r, u on the figure case 4, be k, d, i on the figure case 5, be e, t, x on the figure case 6, being h, n, l, v on the figure case 7, is a, y, j on the figure case 8, is o, w, q on the figure case 9; Letter shift order on the same key mapping can be changed; See Fig. 5.
Vowel key unit does not perhaps distribute on 123 key mappings, with 26 English alphabets add ia, ua, io totally 29 letter key units be distributed on 123,456,789 9 corresponding figure cases, wherein, be z, b, ia on the figure case 1, be c, p, io on the figure case 2, be s, m, ua on the figure case 3, be g, f, w, u on the figure case 4, be k, d, i on the figure case 5, be e, t, x on the figure case 6, being h, n, y, v on the figure case 7, is a, l, j on the figure case 8, is o, r, q on the figure case 9; Letter shift order on the same key mapping can be changed; See Fig. 6.
It is the space on the figure case 0; ﹡ is complement code; Be punctuation mark on the Jian Wei ﹡.Key mapping # is upper to be separator '.
The sequence number of the initial of phonetic on key mapping also represents with alphabetical n with corresponding numeral, explains with sequence number; Stroke, numeral and other symbol are not listed ordering in; Initial in the phonetic is explained with initial; The second letter of initial consonant is explained with sound two.
Letter, complement code, separator, sequence number, space, the corresponding key mapping of affirmation are code and input key mapping.
The code taking principle of Chinese character input: the input of Chinese character, tone code is according to Scheme for the Chinese Phonetic Alphabet code fetch; Simple or compound vowel of a Chinese syllable ia, the ua of biliteral, io can only input respectively with two single-letters; In the simple or compound vowel of a Chinese syllable of trigram, four letters, the first two letter is ia, ua, io, with the input of biliteral key unit.
The tone code input mode one of Chinese character.
The tone code input of the Chinese character of zero initial:
Successively according to simple or compound vowel of a Chinese syllable, (n-1) individual complement code or separator, affirmation or space code fetch.
The tone code input of Chinese character: three kinds of coded systems merge
Successively according to initial, simple or compound vowel of a Chinese syllable, (n-1) individual complement code or separator, affirmation or space code fetch;
Successively according to initial, (n-1) individual complement code or separator, simple or compound vowel of a Chinese syllable, affirmation or space code fetch;
Successively according to initial, sequence number, simple or compound vowel of a Chinese syllable, affirmation or space code fetch.
Wherein, initial consonant is the tone code input of the Chinese character of zhchsh:
Successively according to initial, sound two, simple or compound vowel of a Chinese syllable, affirmation or space code fetch.
The syllable code mode one of Chinese character.
The tone code of the Chinese character of zero initial
=simple or compound vowel of a Chinese syllable, (n-1) individual complement code or separator
=initial, simple or compound vowel of a Chinese syllable.
The tone code of Chinese character
=initial, simple or compound vowel of a Chinese syllable, (n-1) individual complement code or separator
=initial, (n-1) individual complement code or separator, simple or compound vowel of a Chinese syllable
=initial, sequence number, simple or compound vowel of a Chinese syllable.
Initial consonant is the tone code of the Chinese character of zhchsh
=initial, sound two, simple or compound vowel of a Chinese syllable.
The tone code input mode two of Chinese character.
The tone code input of the Chinese character of zero initial:
Successively according to simple or compound vowel of a Chinese syllable, a n complement code or separator, affirmation or space code fetch.
The tone code input of Chinese character: three kinds of coded systems merge
Successively according to initial, simple or compound vowel of a Chinese syllable, a n complement code or separator, affirmation or space code fetch;
Successively according to initial, a n complement code or separator, simple or compound vowel of a Chinese syllable, affirmation or space code fetch;
Successively according to initial, sequence number, simple or compound vowel of a Chinese syllable, complement code or separator, affirmation or space code fetch.
Wherein, initial consonant is the tone code input of the Chinese character of zhchsh:
Successively according to initial, sound two, simple or compound vowel of a Chinese syllable, complement code or separator, affirmation or space code fetch.
The syllable code mode two of Chinese character.
The tone code of the Chinese character of zero initial
=simple or compound vowel of a Chinese syllable, a n complement code or separator.
The tone code of Chinese character
=initial, simple or compound vowel of a Chinese syllable, a n complement code or separator
=initial, a n complement code or separator, simple or compound vowel of a Chinese syllable
=initial, sequence number, simple or compound vowel of a Chinese syllable, complement code or separator.
Initial consonant is the tone code of the Chinese character of zhchsh
=initial, sound two, simple or compound vowel of a Chinese syllable, complement code or separator.
The tone code input mode one of word.Be applicable to syllable code mode one code fetch.
The word of four and above word is referred to as word on four.
The tone code of the tone code of two-character word=first word+second word+affirmation or space.
The initial of three words=first, second and third word, sequence number+affirmation or space.
Initial, sequence number+affirmation or the space of word on four=last word of the first word to the.
The tone code input mode two of word.Be applicable to syllable code mode two code fetches.
The word of four and above word is referred to as word on four.
The tone code of the tone code of two-character word=first word+second word+affirmation or space.
The initial of three words=first, second and third word, a n complement code or separator+affirmation or space;
The initial of=first, second and third word, sequence number+affirmation or space.
The initial of word on four=last word of the first word to the, a n complement code or separator+affirmation or space;
The initial of the last word of the=the first word to the, sequence number+affirmation or space.
Description of drawings
Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6 are numeric keypad enter key bitmap.
Embodiment
The present invention the following describes the enforcement example; Referring to Fig. 1.
The tone code input mode two of Chinese character.
The tone code input of the Chinese character of zero initial
=simple or compound vowel of a Chinese syllable, a n complement code or separator, affirmation or space.
The tone code input of Chinese character
=initial, simple or compound vowel of a Chinese syllable, a n complement code or separator, affirmation or space
=initial, a n complement code or separator, simple or compound vowel of a Chinese syllable, affirmation or space
=initial, sequence number, simple or compound vowel of a Chinese syllable, complement code or separator, affirmation or space.
Initial consonant is the tone code input of the Chinese character of zhchsh
=initial, sound two, simple or compound vowel of a Chinese syllable, complement code or separator, affirmation or space.
The for example tone code of (peace) input
=simple or compound vowel of a Chinese syllable an, (n=1) individual Bu Ma ﹡ or separator ', affirmation or space
=47 ﹡ confirm or the space
=47# confirms or the space.
The tone code input of (two)
=initial s, simple or compound vowel of a Chinese syllable uang, (n=1) individual Bu Ma ﹡ or separator ', affirmation or space
=3378 ﹡ confirm or the space
=3378# confirms or the space
=initial s, (n=1) individual Bu Ma ﹡ or separator ', simple or compound vowel of a Chinese syllable uang, affirmation or space
=3 ﹡ 378 confirm or the space
=3#378 confirms or the space
=initial s, sequence number 1, simple or compound vowel of a Chinese syllable uang, Bu Ma ﹡ or separator ', affirmation or space
=31378 ﹡ confirm or the space
=31378# confirms or the space
=initial s, sound two h, simple or compound vowel of a Chinese syllable uang, Bu Ma ﹡ or separator ', affirmation or space
=37378 ﹡ confirm or the space
=37378# confirms or the space.
The below states the enforcement example with the tone code input mode two of Chinese character; Referring to Fig. 5.
The tone code input mode two of word.Be applicable to syllable code mode two code fetches.
The word of four and above word is referred to as word on four.
The tone code of the tone code of two-character word=first word+second word+affirmation or space.
The initial of three words=first, second and third word, a n complement code or separator+affirmation or space;
The initial of=first, second and third word, sequence number+affirmation or space.
The initial of word on four=last word of the first word to the, a n complement code or separator+affirmation or space;
The initial of the last word of the=the first word to the, sequence number+affirmation or space.
For example browse
=initial l, (n=2) individual Bu Ma ﹡ or separator ', simple or compound vowel of a Chinese syllable iu+initial l, (n=2) individual Bu Ma ﹡ or separator ', simple or compound vowel of a Chinese syllable an+affirmation or space
=8 ﹡ ﹡ 89 8 ﹡ ﹡ 47 confirm or the space
=8##89 8##47 confirms or the space
=initial l, simple or compound vowel of a Chinese syllable iu, (n=2) individual Bu Ma ﹡ or separator '+initial l, simple or compound vowel of a Chinese syllable an, (n=2) individual Bu Ma ﹡ or separator '+confirm or the space
=889 ﹡ ﹡ 847 ﹡ ﹡ confirm or the space
=889## 847## confirms or the space
=initial l, sequence number 2, simple or compound vowel of a Chinese syllable iu, Bu Ma ﹡ or separator '+initial l, sequence number 2, simple or compound vowel of a Chinese syllable an, Bu Ma ﹡ or separator '+confirm or the space
=8289 ﹡ 8247 ﹡ confirm or the space
=8289# 8247# confirms or the space.
The Buddhist nunnery
=initial n, (n=2) individual Bu Ma ﹡ or separator '+initial g, (n=1) individual Bu Ma ﹡ or separator '+initial a, (n=1) individual Bu Ma ﹡ or separator '+confirm or the space
=7 ﹡ ﹡ 8 ﹡ 4 ﹡ confirm or the space
=7##8#4 # confirms or the space
=initial n, sequence number 2+initial g, sequence number 1+initial a, sequence number 1+affirmation or space
=72 81 41 confirm or the space.
A clear mirror hungs on high
=initial m, (n=2) individual Bu Ma ﹡ or separator '+initial j, (n=3) individual Bu Ma ﹡ or separator '+initial g, (n=1) individual Bu Ma ﹡ or separator '+initial x, (n=3) individual Bu Ma ﹡ or separator '+confirm or the space
=3 ﹡ ﹡ 4 ﹡ ﹡ ﹡ 8 ﹡ 6 ﹡ ﹡ ﹡ confirm or the space
=3##4###8#6### confirms or the space
=initial m, sequence number 2+initial j, sequence number 3+initial g, sequence number 1+initial x, sequence number 3+affirmation or space
=32438163 confirm or the space.
This input method is applicable to have at least the input in Chinese of the electronics of 10 numeric keys position.

Claims (1)

  1. A key without vowel 9 keys 29 letter key units without the tone spelling input method, it is characterized in that: vowel key unit does not distribute on 123 key mappings, 26 English alphabets are added ia, io, totally 29 letter key units of ua is distributed on 123,456,789 9 corresponding figure cases, wherein, be z on the figure case 1, b, y, be c on the figure case 2, p, w, be s on the figure case 3, m, ua, be a on the figure case 4, f, j, be o on the figure case 5, d, q is e on the figure case 6, t, x is h on the figure case 7, n, v, ia, be g on the figure case 8, l, i is k on the figure case 9, r, u, io; Letter shift order on the same key mapping can be changed; See Fig. 1;
    Vowel key unit does not perhaps distribute on 123 key mappings, with 26 English alphabets add ia, io, ua totally 29 letter key units be distributed on 123,456,789 9 corresponding figure cases, wherein, be z, b, ia on the figure case 1, be c, p, io on the figure case 2, be s, m, ua on the figure case 3, be a, f, j on the figure case 4, be o, d, q on the figure case 5, be e, t, x on the figure case 6, being h, n, l, v on the figure case 7, is g, y, i on the figure case 8, is k, w, r, u on the figure case 9; Letter shift order on the same key mapping can be changed; See Fig. 2;
    Vowel key unit does not perhaps distribute on 123 key mappings, with 26 English alphabets add ia, io, ua totally 29 letter key units be distributed on 123,456,789 9 corresponding figure cases, wherein, be z, b, ia on the figure case 1, be c, p, io on the figure case 2, be s, m, ua on the figure case 3, be a, f, j on the figure case 4, be o, d, q on the figure case 5, be e, t, x on the figure case 6, being h, n, y, v on the figure case 7, is g, l, i on the figure case 8, is k, r, w, u on the figure case 9; Letter shift order on the same key mapping can be changed; See Fig. 3;
    Vowel key unit does not perhaps distribute on 123 key mappings, with 26 English alphabets add ia, ua, io, totally 29 letter key units are distributed on 123,456,789 9 corresponding figure cases, wherein, be z, b, y on the figure case 1, be c, p, w on the figure case 2, be s, m, ua on the figure case 3, be g, f, u, io on the figure case 4, be k, d, i on the figure case 5, be e, t, x on the figure case 6, being h, n, v, ia on the figure case 7, is a, l, j on the figure case 8, is o, r, q on the figure case 9; Letter shift order on the same key mapping can be changed; See Fig. 4;
    Vowel key unit does not perhaps distribute on 123 key mappings, with 26 English alphabets add ia, ua, io totally 29 letter key units be distributed on 123,456,789 9 corresponding figure cases, wherein, be z, b, ia on the figure case 1, be c, p, io on the figure case 2, be s, m, ua on the figure case 3, be g, f, r, u on the figure case 4, be k, d, i on the figure case 5, be e, t, x on the figure case 6, being h, n, l, v on the figure case 7, is a, y, j on the figure case 8, is o, w, q on the figure case 9; Letter shift order on the same key mapping can be changed; See Fig. 5;
    Vowel key unit does not perhaps distribute on 123 key mappings, with 26 English alphabets add ia, ua, io totally 29 letter key units be distributed on 123,456,789 9 corresponding figure cases, wherein, be z, b, ia on the figure case 1, be c, p, io on the figure case 2, be s, m, ua on the figure case 3, be g, f, w, u on the figure case 4, be k, d, i on the figure case 5, be e, t, x on the figure case 6, being h, n, y, v on the figure case 7, is a, l, j on the figure case 8, is o, r, q on the figure case 9; Letter shift order on the same key mapping can be changed; See Fig. 6;
    It is the space on the figure case 0; ﹡ is complement code; Be punctuation mark on the Jian Wei ﹡; Key mapping # is upper to be separator ';
    The sequence number of the initial of phonetic on key mapping also represents with alphabetical n with corresponding numeral, explains with sequence number; Stroke, numeral and other symbol are not listed ordering in; Initial in the phonetic is explained with initial; The second letter of initial consonant is explained with sound two;
    Letter, complement code, separator, sequence number, space, the corresponding key mapping of affirmation are code and input key mapping;
    The code taking principle of Chinese character input: the input of Chinese character, tone code is according to Scheme for the Chinese Phonetic Alphabet code fetch; Simple or compound vowel of a Chinese syllable ia, the ua of biliteral, io can only input respectively with two single-letters; In the simple or compound vowel of a Chinese syllable of trigram, four letters, the first two letter is ia, ua, io, with the input of biliteral key unit;
    The tone code input mode one of Chinese character;
    The tone code input of the Chinese character of zero initial:
    Successively according to simple or compound vowel of a Chinese syllable, (n-1) individual complement code or separator, affirmation or space code fetch;
    The tone code input of Chinese character: three kinds of coded systems merge
    Successively according to initial, simple or compound vowel of a Chinese syllable, (n-1) individual complement code or separator, affirmation or space code fetch;
    Successively according to initial, (n-1) individual complement code or separator, simple or compound vowel of a Chinese syllable, affirmation or space code fetch;
    Successively according to initial, sequence number, simple or compound vowel of a Chinese syllable, affirmation or space code fetch;
    Wherein, initial consonant is the tone code input of the Chinese character of zhchsh:
    Successively according to initial, sound two, simple or compound vowel of a Chinese syllable, affirmation or space code fetch;
    The syllable code mode one of Chinese character;
    The tone code of the Chinese character of zero initial
    =simple or compound vowel of a Chinese syllable, (n-1) individual complement code or separator
    =initial, simple or compound vowel of a Chinese syllable;
    The tone code of Chinese character
    =initial, simple or compound vowel of a Chinese syllable, (n-1) individual complement code or separator
    =initial, (n-1) individual complement code or separator, simple or compound vowel of a Chinese syllable
    =initial, sequence number, simple or compound vowel of a Chinese syllable;
    Initial consonant is the tone code of the Chinese character of zhchsh
    =initial, sound two, simple or compound vowel of a Chinese syllable;
    The tone code input mode two of Chinese character;
    The tone code input of the Chinese character of zero initial:
    Successively according to simple or compound vowel of a Chinese syllable, a n complement code or separator, affirmation or space code fetch;
    The tone code input of Chinese character: three kinds of coded systems merge
    Successively according to initial, simple or compound vowel of a Chinese syllable, a n complement code or separator, affirmation or space code fetch;
    Successively according to initial, a n complement code or separator, simple or compound vowel of a Chinese syllable, affirmation or space code fetch;
    Successively according to initial, sequence number, simple or compound vowel of a Chinese syllable, complement code or separator, affirmation or space code fetch;
    Wherein, initial consonant is the tone code input of the Chinese character of zhchsh:
    Successively according to initial, sound two, simple or compound vowel of a Chinese syllable, complement code or separator, affirmation or space code fetch;
    The syllable code mode two of Chinese character;
    The tone code of the Chinese character of zero initial
    =simple or compound vowel of a Chinese syllable, a n complement code or separator;
    The tone code of Chinese character
    =initial, simple or compound vowel of a Chinese syllable, a n complement code or separator
    =initial, a n complement code or separator, simple or compound vowel of a Chinese syllable
    =initial, sequence number, simple or compound vowel of a Chinese syllable, complement code or separator;
    Initial consonant is the tone code of the Chinese character of zhchsh
    =initial, sound two, simple or compound vowel of a Chinese syllable, complement code or separator;
    The tone code input mode one of word; Be applicable to syllable code mode one code fetch;
    The word of four and above word is referred to as word on four;
    The tone code of the tone code of two-character word=first word+second word+affirmation or space;
    The initial of three words=first, second and third word, sequence number+affirmation or space;
    Initial, sequence number+affirmation or the space of word on four=last word of the first word to the;
    The tone code input mode two of word; Be applicable to syllable code mode two code fetches;
    The word of four and above word is referred to as word on four;
    The tone code of the tone code of two-character word=first word+second word+affirmation or space;
    The initial of three words=first, second and third word, a n complement code or separator+affirmation or space;
    The initial of=first, second and third word, sequence number+affirmation or space;
    The initial of word on four=last word of the first word to the, a n complement code or separator+affirmation or space;
    The initial of the last word of the=the first word to the, sequence number+affirmation or space.
CN2011103489603A 2011-11-08 2011-11-08 1-key and 2-key and 3-key vowel-free 9-key-29-letter key element silent pinyin adjusting input method Pending CN102981634A (en)

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CN101546229A (en) * 2009-05-07 2009-09-30 刘金远 Chinese and English digital input method (30 vocode key-element plan) of common-used keyboard
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Title
方贵明: "汉语拼音的短韵母编码与汉字输入", 《中文信息学报》, vol. 21, no. 1, 25 January 2007 (2007-01-25), pages 74 - 78 *

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