CN102184027B - Chinese input coding method based on five-element combination of phonetic codes and shape codes - Google Patents
Chinese input coding method based on five-element combination of phonetic codes and shape codes Download PDFInfo
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Abstract
The invention discloses a Chinese input coding method based on five-element combination of phonetic codes and shape codes, which is developed based on a ten-key decimal system and is an embodiment for claimed patent technical schemes with the application numbers of 201010228852.8 and 201010228843.9 in the aspect of coding the phonetic codes and the shape codes. The coding method has extremely high coding utilization ratio, has effective coding points the number of which is up to 4041 in ten thousands coding points of four codes, and is suitable for the situation that a wildcard character is used as the fifth starting key of a phrase, a * key is pressed once after a character is input, thus, the purposes of rapidly inputting multiword phrases and accommodating more phrases are achieved, and the coding method is also suitable for the GBK (Guo-Biao Kuozhan) large work bank; coding rules are fewer and regular and are easy to learn and master; and the codes are neat with fewer digits so that the input speed is higher and higher after the coding rules are mastered. The Chinese input coding method can be widely applied to electronic systems, such as cell phones, televisions, telephones, computers, cash registers and other electronic products with digital keyboards or virtual keyboards, in the fields of communication, information, network, management and the like.
Description
One, technical field:
Five-element's phonetic-stroke code Chinese input encoding method is a kind of Chinese input encoding method that adopts the corresponding two yards shape codes of two yards tone codes to distribute based on the ten key decimal systems.
Two, background technology:
Five-element's phonetic-stroke code Chinese input encoding method is that the applicant is the embodiment at the phonetic-stroke code encoding context of 201010228852.8 and 201010228843.9 patent of invention technical schemes to its application number that proposes before this.the applicant has proposed numeric keypad is divided into two in No. 201010228852.8 patented claim schemes, 1-5 is single district code, 6-0 distinguishes code for multiple pen, to reach the decimally purpose of coding input English word, single district code 1-5 is used for any of letter that input distributes, 1 distributes alphabetical ABCD, 2 distribute letter e FGH, 3 distribute alphabetical IJKLMN, 4 distribute alphabetical OPQRST, 5 distribute letter U VWXYZ, with vowel A, E, I, O, U distributes on each button, multiple pen district code 6-0 is used for input and distributes alphabetical two or three combination in any, 6 distribute alphabetical ABCD and 1 to match in twos, 7 distribute letter e FGH and 2 to match in twos, 8 distribute alphabetical IJKLMN and 3 to match in twos, 9 distribute alphabetical OPQRST and 4 to match in twos, 0 distributes letter U VWXYZ and 5 to match in twos, with vowel A, E, I, O, U distributes on each button, purpose is to make the formed monogram of multiple pen district's code comparatively balanced, the applicant has proposed numeric keypad is divided into two in No. 201010228843.9 patented claim schemes, 1-5 distinguishes code for multiple pen, 6-0 is single district code, the initial radical of 1 correspondence is the five-element's wood and Rolling eight, 2 corresponding initial radicals are the five-element's Huo Hekou (mouthful other mouth that is included into of field foot word), 3 corresponding initial radicals are the five-element's soil (scholar walks the red soil that is included into) and Lv, 4 corresponding initial radicals are the five-element's gold and Jin people Ren, 5 corresponding initial radicals are the five-element's water and the Rui day month, and wherein the radicals by which characters are arranged in traditional Chinese dictionaries order is 52: day+mouthful, 6-0 is single district code, corresponding stroke one Shu Pie, Ya.Five-element's phonetic-stroke code Chinese input encoding method will be implemented the embodiment that above-mentioned application number is 201010228852.8 and 201010228843.9 patent of invention technical schemes.
Three, summary of the invention:
Five-element's phonetic-stroke code Chinese input encoding method: five-element's phonetic-stroke code Chinese input encoding method is divided into 1-5 with the numeric keypad unification and is multiple pen district code, and 6-0 is single district code; Front two yards of five-element's phonetic-stroke code Chinese input encoding method is tone code, ü in the vowel simple or compound vowel of a Chinese syllable is incorporated in u, replace with v in spelling, single district 6-0 one in representing respectively place keyboard initial consonant b, p, m, f, d, t, n, l, g, k, h, j, q, x, z, c, s, r, w, y and simple or compound vowel of a Chinese syllable a, o, e, i, u, ü in spelling wherein, a multiple pen district 1-5 follows following rule in spelling:
1, the input code of initial consonant ch is multiple district's input code 1 of c, and the input code of initial consonant sh is that the multiple pen of s is distinguished input code 4, and the input code of initial consonant zh is that the multiple pen of z is distinguished input code 5.
2, the input code of simple or compound vowel of a Chinese syllable an and ang is multiple district's input code 1 of vowel simple or compound vowel of a Chinese syllable a, the input code of simple or compound vowel of a Chinese syllable en and eng is that the multiple pen of vowel simple or compound vowel of a Chinese syllable e is distinguished input code 2, the input code of simple or compound vowel of a Chinese syllable in and ing is that the multiple pen of vowel simple or compound vowel of a Chinese syllable i is distinguished input code 3, the input code of simple or compound vowel of a Chinese syllable ong is that the multiple pen of vowel simple or compound vowel of a Chinese syllable o is distinguished input code 4, and the input code of simple or compound vowel of a Chinese syllable un is that the multiple pen of vowel simple or compound vowel of a Chinese syllable u is distinguished input code 5.
3, the input code of simple or compound vowel of a Chinese syllable ia and ua is the single district input code 6 of a rear vowel simple or compound vowel of a Chinese syllable a, and it is multiple pen district code that initial consonant section is advanced by single district code, in case of initial consonant for multiple pen district code the input code of simple or compound vowel of a Chinese syllable ia and ua be multiple pen district yard 1.
4, the input code of simple or compound vowel of a Chinese syllable ie and ue is the single district input code 7 of a rear vowel simple or compound vowel of a Chinese syllable e, and it is multiple pen district code that initial consonant section is advanced by single district code, in case of initial consonant for multiple pen district code the input code of simple or compound vowel of a Chinese syllable ie and ue be multiple pen district yards 2.
5, the input code of simple or compound vowel of a Chinese syllable ai, ei and ui is the single district input code 8 of a rear vowel simple or compound vowel of a Chinese syllable i, and it is multiple pen district code that initial consonant section is advanced by single district code, in case of initial consonant for multiple pen district code the input code of simple or compound vowel of a Chinese syllable ai, ei and ui be multiple pen district yards 3.
6, the input code of simple or compound vowel of a Chinese syllable ao and uo is the single district input code 9 of a rear vowel simple or compound vowel of a Chinese syllable o, and it is multiple pen district code that initial consonant section is advanced by single district code, in case of initial consonant for multiple pen district code the input code of simple or compound vowel of a Chinese syllable ao and uo be multiple pen district yards 4.
7, the input code of simple or compound vowel of a Chinese syllable iu and ou is the single district input code 0 of a rear vowel simple or compound vowel of a Chinese syllable u, and it is multiple pen district code that initial consonant section is advanced by single district code, in case of initial consonant for multiple pen district code the input code of simple or compound vowel of a Chinese syllable iu and ou be multiple pen district yards 5.
8, the input code of simple or compound vowel of a Chinese syllable iao is multiple district's input code 4 of a rear vowel simple or compound vowel of a Chinese syllable o, initial consonant section is unified is that multiple pen is distinguished code, the input code of simple or compound vowel of a Chinese syllable ian and iang is that the multiple pen of a rear vowel simple or compound vowel of a Chinese syllable a is distinguished input code 1, initial consonant section distinguishes code for multiple pen, the input code of simple or compound vowel of a Chinese syllable iou is that the multiple pen of a rear vowel simple or compound vowel of a Chinese syllable u is distinguished input code 5, initial consonant section is multiple pen district code, and the input code of simple or compound vowel of a Chinese syllable iong is the multiple pen district input code 4 of a rear vowel simple or compound vowel of a Chinese syllable o, and initial consonant section is multiple pen district code.
9, the input code of simple or compound vowel of a Chinese syllable uai, uei, uan, uen, uang, ueng, van is multiple pen district input code 5, and initial consonant section is multiple pen district code.
10, for the input code a of the syllable of pure simple or compound vowel of a Chinese syllable be 66, ai is 68, an is 68, ang is 68, ao is 69, e is 77, ei is 78, en is 78, er is 79, o is 99, ou is 90.
11, for the input code hng of the syllable of pure initial consonant be 78, ng is 87.
Just 411 syllables can be assigned in 100 tone codes comparatively uniformly by above rule and go, and then form 92 efficient coding points, the Maximum constraint of the syllable number that each efficient coding point comprises is in 9.Five-element's phonetic-stroke code Chinese input encoding method does not know for only knowing pronunciation to transfer pure Pinyin Input to after two yards tone codes can be inputted in the word of font.Rear two yards of five-element's phonetic-stroke code Chinese input encoding method is shape code, coding rule is got head and the tail radicals by which characters are arranged in traditional Chinese dictionaries or the stroke of word, the five-element's allocative decision that proposes in No. 201010228843.9 patented claim schemes is followed in the division of radicals by which characters are arranged in traditional Chinese dictionaries or stroke, incorporates into for worm and two initial radicals of four prefixs in the five-element's multiple pen district input code 2.Five-element's phonetic-stroke code Chinese input encoding method for asterisk wildcard * key except the open key as punctuation mark, or the open key of phrase inputting, press the * key and enter the phrase inputting state after four yards phonetic-stroke codes of input, press again numerical key if any a plurality of candidate words and enter the two-character word group input state that starts with this word, press the * key and enter the three words group input states that start with this word, the rest may be inferred, and word one a * key is to reach quick input multiword phrase and the purpose of holding more phrases.
Four, embodiment:
Front two yards of five-element's phonetic-stroke code Chinese input encoding method is tone code, and according to above-mentioned rule, the syllable that each efficient coding number comprises is as described below:
11 is 1.bian; 2.chan; 3.chang; 4.dian;
12 is 1.chen; 2.cheng;
13 is 1.chai; 2.chui;
14 is 1.biao; 2.chao; 3.chong; 4.chuo; 5.diao;
15 is 1.cuan; 2.chuan; 3.chuang; 4.chou; 5.chun; 6.chuai; 7.duan;
16 is 1.cha; 2.dia;
17 is 1.bie; 2.che; 3.die;
18 is 1.bei; 2.bai 3.chi; 4.cai; 5.cui; 6.cei; 7.dei; 8.dui; 9.dai;
19 is 1.bao; 2.cao; 3.cuo; 4.dao; 5.duo;
10 is 1.cou; 2.chu; 3.dou; 4.diu;
61 is 1.ban; 2.bang; 3.can; 4.cang; 5.dan; 6.dang;
62 is 1.ben; 2.beng; 3.cen; 4.ceng; 5.den; 6.deng;
63 is 1.bin; 2.bing; 3.ding;
64 is 1.cong; 2.dong;
65 is 1.cun; 2.dun;
66 is 1.a; 2.ba; 3.ca; 4.da;
67 is 1.ce; 2.de;
68 is 1.ai; 2.an; 3.ang; 4.bi; 5.ci; 6.di;
69 is 1.ao; 2.bo;
60 is 1.bu; 2cu; 3.du;
25 is 1.guai; 2.guan; 3.guang; 4.huai; 5.huan; 6.huang;
26 is 1.gua; 2.hua;
28 is 1.fei; 2.gai; 3.gei; 4.gui; 5.hai; 6.hei; 7.hui;
29 is 1.gao; 2.guo; 3.hao; 4.huo;
20 is 1.fou; 2.gou; 3.hou;
71 is 1.fan; 2.fang; 3.gan; 4.gang; 5.han; 6.hang;
72 is 1.fen; 2.feng; 3.gen; 4.geng; 5.hen; 6.heng;
74 is 1.gong; 2.hong;
75 is 1.gun; 2.hun;
76 is 1.fa; 2.ga; 3.ha;
77 is 1.e; 2.ge; 3.he;
78 is 1.ei; 2.en; 3.hng;
79 is 1.er; 2.fo;
70 is 1.fu; 2.gu; 3.hu;
31 is 1.jian; 2.jiang; 3.lian; 4.liang; 5.mian; 6.nian; 7.niang;
34 is 1.jian; 2.jiang; 3.lian; 4.liang; 5.mian; 6.nian; 7.niang;
35 is 1.juan; 2.kuan; 3.kuang; 4.kuai; 5.luan; 6.nuan;
36 is 1.jia; 2.lia; 3.kua;
37 is 1.jie; 2.jue; 3.lie; 4.lve; 5.mie; 6.nie; 7.nve;
38 is 1.kai; 2.kui; 3.lai; 4.lei; 5.mai; 6.mei; 7.nai; 8.nei;
39 is 1.kuo; 2.kao; 3.lao; 4.luo; 5.mao; 6.nao; 7.nuo;
30 is 1.jiu; 2.kou; 3.lou; 4.liu; 5.miu; 6.mou; 7.nou; 8.niu;
81 is 1.kan; 2.kang; 3.lan; 4.lang; 5.man; 6.mang; 7.nan; 8.nang;
82 is 1.ken; 2.keng; 3.leng; 4.men; 5.meng; 6.nen; 7.neng;
83 is 1.jin; 2.jing; 3.lin; 4.ling; 5.min; 6.ming; 7.nin; 8.ning;
84 is 1.kong; 2.long; 3.nong;
85 is 1.jun; 2.kun; 3.nun;
86 is 1.ka; 2.la; 3.ma; 4.na;
87 is 1.ke; 2.le; 3.me; 4.ne; 5.ng;
88 is 1.ji; 2.li; 3.m; 4.mi; 5.ni;
89 is 1.lo; 2.mo;
80 is 1.ju; 2.ku; 3.lu; 4.mu; 5.nu; 6.lv; 7.nv;
41 is 1.pian; 2.qian; 3.qiang; 4.shan; 5.shang; 6.shua; 7.tian;
42 is 1.shen; 2.sheng;
43 is 1.shui; 2.shei; 3.shai;
44 is 1.piao; 2.qiong; 3.qiao; 4.shuo; 5.shao; 6.tiao;
45 is 1.quan; 2.ruan; 3.shuan; 4.shuang; 5.suan; 6.shuai; 7.shou; 8.shun; 9.tuan;
46 is 1.qia; 2.rua; 3.sha;
47 is 1.pie; 2.qie; 3.que; 4.she; 5.tie;
48 is 1.pai; 2.pei; 3.rui; 4.shi; 5.sai; 6.sui; 7.tui; 8.tai; 9.tei;
49 is 1.pao; 2.rao; 3.ruo; 4.sao; 5.suo; 6.tao; 7.tuo;
40 is 1.pou; 2.qiu; 3.rou; 4.sou; 5.shu; 6.tou;
91 is 1.pan; 2.pang; 3.ran; 4.rang; 5.san; 6.sang; 7.tan; 8.tang;
92 is 1.pen; 2.peng; 3.ren; 4.reng; 5.sen; 6.seng; 7.teng;
93 is 1.pin; 2.ping; 3.qin; 4.qing; 5.ting;
94 is 1.rong; 2.song; 3.tong;
95 is 1.qun; 2.run; 3.sun; 4.tun;
96 is 1.pa; 2.sa; 3.ta;
97 is 1.re; 2.se; 3.te;
98 is 1.pi; 2.qi; 3.ri; 4.si; 5.ti;
99 is 1.o; 2.po;
90 is 1.ou; 2.pu; 3.qu; 4.ru; 5.su; 6.tu;
51 is 1.xian; 2.xiang; 3.zhan; 4.zhang; 5.zhua;
52 is 1.zhen; 2.zheng;
53 is 1.zhui; 2.zhai;
54 is 1.xiao; 2.xiong; 3.zhong; 4.zhao; 5.zhuo;
55 is 1.xuan 2.yuan; 3.zhuan; 4.zhuang; 5.zhun; 6.zuan; 7.zhou; 8.zhuai;
56 is 1.xia; 2.zha;
57 is 1.xie; 2.xue; 3.yue; 4.zhe;
58 is 1.wei; 2.wai; 3.zai; 4.zei; 5.zhi; 6.zui;
59 is 1.yao; 2.zao; 3.zuo;
50 is 1.xiu; 2.you; 3.zou; 4.zhu;
01 is 1.wan; 2.wang; 3.yan; 4.yang; 5.zan; 6.zang;
02 is 1.wen; 2.weng; 3.zen; 4.zeng;
03 is 1.xin; 2.xing; 3.yin; 4.ying;
04 is 1.yong; 2.zong;
05 is 1.xun; 2.yun; 3.zun;
06 is 1.wa; 2.ya; 3.za;
07 is 1.ye; 2.ze;
08 is 1.xi; 2.yi; 3.zi;
09 is 1.wo; 2.yo;
00 is 1.wu; 2.xu; 3.yu; 4.zu;
Take collected 12000 individual characters of Xinhua dictionary as example, by 92 above two yards tone code efficient coding points, a part of polyphone and the complex form of Chinese characters are got rid of in the shuffling effect of syllable, last individual character is less than 8200, and 296 of the maximal values of the number of words of syllable set appear at 08 (1.xi; 2.yi; 3.zi; ) on this efficient coding point, rather than comprise on the efficient coding points such as 18,38,30,81,83,45,48,91,55 of eight or nine syllables.
Five-element's phonetic-stroke code Chinese input encoding method adopts the corresponding two yards shape codes of two yards tone codes symmetrical, the shape code coding rule is got head and the tail radicals by which characters are arranged in traditional Chinese dictionaries or the stroke of word, follow the five-element's allocative decision that proposes in No. 201010228843.9 patented claim schemes, as ' input coding of sound yin ' be tone code 03 shape code 95 screen displays (1 sound 2 Serene 3 basements 4 are born) by 1 or enter key complete input; Incorporate into for worm and two initial radicals of four prefixs in the five-element's multiple pen district input code 2, as ' input coding of flood dragon jiao ' be tone code 34 shape code 29 screen displays (1 flood dragon 2 is chewed 3 and chews 4 Chi) by 1 or enter key complete input; Get in the multiple pen district input code 2 that radicals by which characters are arranged in traditional Chinese dictionaries ' mouth ' are grouped into the five-element for the suffix of the words such as chimney, the tenth of the twelve Earthly Branches and go, as ' input coding of chimney cong ' be tone code 64 shape code 82 screen displays (1 chimney) by 1 or enter key complete input; First get the five-element's multiple pen district input code 2 for the mouth word that is initial radical and get again radicals by which characters are arranged in traditional Chinese dictionaries or stroke in mouth, as ' input coding of storing up dun ' is that tone code 65 shape code 20 screen displays (storing up 3 for 1 ton 2 stewes) are completed input by 2.
Five-element's phonetic-stroke code Chinese input encoding method forgets that for only knowing pronunciation the word of font can realize the conversion of seamless Pinyin Input, only know pronunciation cong and forget font as ' chimney ' word, can transfer pure Pinyin Input state, screen display (1.cong to by enter key after input tone code 64; 2.dong; ) by 1, screen display (1 hurriedly 6 clumps 7 of 2 desert 3 chimney 4 fir 5 green onions from 8 clever 90 from+) complete input by 3.
five-element's phonetic-stroke code Chinese input encoding method for asterisk wildcard * except the open key as punctuation mark, or the open key of phrase inputting, input as three words groups ' musician ', first complete ' the input coding of sound yin ', tone code 03 shape code 95 screen displays (1 sound 2 feelings 3 basements 4 are born) are at this moment pressed the * key and are entered the phrase inputting state, because 4 candidate words are arranged on 0395 efficient coding point, by the 1 two-character word group input state that enters with the beginning of ' sound ' word, screen display (audio-video 3 sound equipment 4 audio frequency 5 velocity of sound 6 audio frequency 7 syllable 8 note 9 volume 0 audio amplifiers of 1 music 2+), press again the * key and enter the three words group input states that start with ' sound ' word, screen display (1 concert 2 musicians) is completed input by 2, also need press the * key and enter four words group input states with ' sound ' word beginning if input four words groups ' voice and appearance ', screen display (1 voice and appearance) by 1 or enter key complete input.occur unique need in five-element's phonetic-stroke code Chinese input encoding method and turn over the efficient coding point 0899 that screen is got word, asterisk wildcard * is as the open key of phrase inputting, need turn over screen and press again asterisk * key to desirable word, as when inputting ' hysteria ' this two-character word group, first input 0899, screen display (1 Engel curve 2 throw off restraint 3 hereby 4 justice 5 view 6 epidemic diseases 7 meaning 8 firm 9 clothing 0 imperial or royal seals+), pressing+the key screen display (1 legendary ruler of great antiquity, the first of the Three August Ones's 2 Yi 3 Disturbing-noise 4 hysteria 5 Yi 6 tie boat anlongshores) at this moment presses the * key and enters the phrase inputting state again, by the 4 two-character word group input states that enter with the beginning of ' hysteria ' word, screen display (1 hysteria) by 1 or enter key complete input.
In sum, the advantage of five-element's phonetic-stroke code Chinese input encoding method has: the utilization factor that coding method is front four yards is high, efficient coding point is 4041 in 10,000 encoded points of four yards, account for 40.4% left and right, therefore it will be more accurate being used for the location of phrase inputting coding, the phrase amount of holding will be larger, be applicable to asterisk wildcard as the 5th yard open key of phrase to be different from the 0-9 key of getting word, to reach quick input multiword phrase and the purpose of holding more phrases, its coding method equally also is applicable to the large character library of GBK; The rule of coding less and more regular, therefore easy left-hand seat easy to learn; The neat figure place of encoding is few, therefore the input speed after left-hand seat will be more and more faster.The present invention can be widely used in communication, information, network, management isoelectronic series system, as the electronic product with numeric keypad or dummy keyboard such as mobile phone, televisor, telephone set, computer, cashing machine.
The below is accompanying drawing of the present invention: a kind of keyboard layout take the 1-0 10 numeric keys as enter key.
Claims (4)
1. ten key decimal system five-element phonetic-stroke code Chinese character input methods based on two yards tone codes and two yards shape codes, it is characterized in that: the unified 6-0 of division is single district code, 1-5 distinguishes code for multiple pen, one, two two yards is tone code, ü in the vowel simple or compound vowel of a Chinese syllable is incorporated in u, replace with v in spelling, single district 6-0 wherein, 6 distribute alphabetical ABCD and 1 to match in twos, 7 distribute letter e FGH and 2 to match in twos, 8 distribute alphabetical IJKLMN and 3 to match in twos, 9 distribute alphabetical OPQRST and 4 to match in twos, 0 distributes letter U VWXYZ and 5 to match in twos, represent respectively place keyboard initial consonant b in spelling, p, m, f, d, t, n, l, g, k, h, j, q, x, z, c, s, r, w, y and simple or compound vowel of a Chinese syllable a, o, e, i, u, in ü one, multiple pen district 1-5 follows following rule in spelling: the input code of initial consonant ch is multiple district's input code 1 of c, the input code of initial consonant sh is that the multiple pen of s is distinguished input code 4, the input code of initial consonant zh is that the multiple pen of z is distinguished input code 5, the input code of simple or compound vowel of a Chinese syllable an and ang is that the multiple pen of vowel simple or compound vowel of a Chinese syllable a is distinguished input code 1, the input code of simple or compound vowel of a Chinese syllable en and eng is that the multiple pen of vowel simple or compound vowel of a Chinese syllable e is distinguished input code 2, the input code of simple or compound vowel of a Chinese syllable in and ing is that the multiple pen of vowel simple or compound vowel of a Chinese syllable i is distinguished input code 3, the input code of simple or compound vowel of a Chinese syllable ong is that the multiple pen of vowel simple or compound vowel of a Chinese syllable o is distinguished input code 4, the input code of simple or compound vowel of a Chinese syllable un is that the multiple pen of vowel simple or compound vowel of a Chinese syllable u is distinguished input code 5, the input code of simple or compound vowel of a Chinese syllable ia and ua is the single district input code 6 of a rear vowel simple or compound vowel of a Chinese syllable a, it is multiple pen district code that initial consonant section is advanced by single district code, in case of initial consonant for multiple pen district code the input code of simple or compound vowel of a Chinese syllable ia and ua be multiple pen district code 1, the input code of simple or compound vowel of a Chinese syllable ie and ue is the single district input code 7 of a rear vowel simple or compound vowel of a Chinese syllable e, and it is multiple pen district code that initial consonant section is advanced by single district code, in case of initial consonant for multiple pen district code the input code of simple or compound vowel of a Chinese syllable ie and ue be multiple pen district yards 2, the input code of simple or compound vowel of a Chinese syllable ai, ei and ui is the single district input code 8 of a rear vowel simple or compound vowel of a Chinese syllable i, it is multiple pen district code that initial consonant section is advanced by single district code, in case of initial consonant for multiple pen district code the input code of simple or compound vowel of a Chinese syllable ai, ei and ui be multiple pen district code 3, the input code of simple or compound vowel of a Chinese syllable ao and uo is the single district input code 9 of a rear vowel simple or compound vowel of a Chinese syllable o, it is multiple pen district code that initial consonant section is advanced by single district code, in case of initial consonant for multiple pen district code the input code of simple or compound vowel of a Chinese syllable ao and uo be multiple pen district yards 4, the input code of simple or compound vowel of a Chinese syllable iu and ou is the single district input code 0 of a rear vowel simple or compound vowel of a Chinese syllable u, and it is multiple pen district code that initial consonant section is advanced by single district code, in case of initial consonant for multiple pen district code the input code of simple or compound vowel of a Chinese syllable iu and ou be multiple pen district yards 5, the input code of simple or compound vowel of a Chinese syllable iao is that the multiple pen of a rear vowel simple or compound vowel of a Chinese syllable o is distinguished input code 4, initial consonant section is unified is that multiple pen is distinguished code, the input code of simple or compound vowel of a Chinese syllable ian and iang is that the multiple pen of a rear vowel simple or compound vowel of a Chinese syllable a is distinguished input code 1, initial consonant section distinguishes code for multiple pen, the input code of simple or compound vowel of a Chinese syllable iou is that the multiple pen of a rear vowel simple or compound vowel of a Chinese syllable u is distinguished input code 5, initial consonant section is multiple pen district code, and the input code of simple or compound vowel of a Chinese syllable iong is the multiple pen district input code 4 of a rear vowel simple or compound vowel of a Chinese syllable o, and initial consonant section is multiple pen district code, the input code of simple or compound vowel of a Chinese syllable uai, uei, uan, uen, uang, ueng, van is distinguished input code 5 for multiple pen, initial consonant section is multiple pen district code, for the input code a of the syllable of pure simple or compound vowel of a Chinese syllable be 66, ai is 68, an is 68, ang is 68, ao is 69, e is 77, ei is 78, en is 78, er is 79, o is 99, ou is 90, for the input code hng of the syllable of pure initial consonant be 78, ng is 87, three, four two yards is shape code, the shape code coding rule is got head and the tail radicals by which characters are arranged in traditional Chinese dictionaries or the stroke of word, the corresponding stroke one Shu Pie of 6-0, Ya, the initial radical of 1 correspondence is the five-element's wood and Rolling eight, 2 corresponding initial radicals are the five-element's fire and mouthful field, 3 corresponding initial radicals are the five-element's soil and Lv, 4 corresponding initial radicals are the five-element's gold and people Ren, 5 corresponding initial radicals are the five-element's water and month day, incorporate in multiple district's input code 2 of the five-element for worm and two initial radicals of four prefixs, first get the five-element's multiple pen district input code 2 for the mouth word that is initial radical and get again radicals by which characters are arranged in traditional Chinese dictionaries or stroke in mouth.
2. a kind of ten key decimal system five-element phonetic-stroke code Chinese character input methods based on two yards tone codes and two yards shape codes according to claim 1, it is characterized in that: can transfer pure Pinyin Input state to by enter key after two yards tone codes of input, to realize seamless Pinyin Input conversion.
3. a kind of ten key decimal system five-element phonetic-stroke code Chinese character input methods based on two yards tone codes and two yards shape codes according to claim 1, it is characterized in that: asterisk wildcard * key is except the open key as punctuation mark, or the open key of phrase inputting, press the * key and enter the phrase inputting state after four yards phonetic-stroke codes of input, press again numerical key if any a plurality of candidate words and enter the two-character word group input state that starts with this word, press again the * key and enter the three words group input states that start with this word, the rest may be inferred, one word one * key, to reach quick input multiword phrase and the purpose of holding more phrases.
4. a kind of ten key decimal system five-element phonetic-stroke code Chinese character input methods based on two yards tone codes and two yards shape codes according to claim 1, its feature in: five-element's phonetic-stroke code Chinese character input method equally also is applicable to the large character library of GBK.
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| CN103425259B (en) * | 2013-06-14 | 2016-10-19 | 吴礼明 | The multiple stroke input method of numeric keypad Japanese based on five vowels |
| CN103529955A (en) * | 2013-10-30 | 2014-01-22 | 吴礼明 | Duplex five-vowel numeric keyboard Greek input method |
| CN105589574B (en) * | 2015-12-22 | 2018-09-14 | 李鸿章 | A kind of Sino-British number mixing character input method based on five first syllable codes |
| CN105807948B (en) * | 2016-03-01 | 2018-09-25 | 吴礼明 | Numeric keypad making type Chinese vocabulary input method |
| CN113050807B (en) * | 2021-04-13 | 2023-07-18 | 昆明理工大学 | String type input method with complete character structure by using bit shape code and phonetic code as auxiliary material |
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