CN1645298A - Chinese phonetic alphabet digital inputting method - Google Patents
Chinese phonetic alphabet digital inputting method Download PDFInfo
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Abstract
A digitization input method of phonetic alphabet includes representing letters by digit as 1-ab, 2-cde, 3-fgh, 4-kji, 5-lmn, 6-rqpo, 7-stu, 8-xwv, and 9-zy; knocking key as frequency of digit on key while the first letter of Chinese word or phrase is inputted and knocking key only once while other letters of the word or phrase are inputted.
Description
One, invention field
The invention belongs to communication field Technology of Chinese Information Processing field, relate to a kind of method for inputting pinyin, especially a kind of mobile phone, digital phonetic input method that also can utilize the 10 numeric keys realization Chinese character on the mobile phone to import of being applicable to.
Two, background of invention
Mobile phone adopts one by one the mode of input Pinyin letter to import Chinese character the earliest, as word of needs input, must import each phonetic alphabet place key so, if this letter comes the position of the 3rd letter of this key, just must be continuously by three these keys, just can obtain the demonstration of a letter, for example input " in ", its phonetic is " zhong ", like this according to position and the arrangement of its all letters on cell phone keyboard, need button 12 times, just can obtain the demonstration of all phonetically similar words on mobile phone display screen.This input mode touch potential is a lot, and input speed is very slow.
Present mobile phone adopts the T9 spelling input method mostly, and each phonetic alphabet only need be by primary key, and system can show all possible phonetic, and arranges by frequency of utilization, and the Chinese character of simultaneity factor meeting display highlighting place phonetic correspondence is arranged by frequency of utilization.User's moving cursor can be selected required Chinese character to required phonetic.After selecting Chinese character, system can show that other often follow the many Chinese characters this Chinese character after, i.e. " association's pattern ", the Chinese character composition word that the user can select these associative Chinese characters and import previously.
This association pattern is fast for the input everyday expressions, but for the non-common word of input is not very convenient, need to press key many times, its reason is that dozens of even up to a hundred two-character words languages often can be drawn in a word in the Chinese, and can't import the above word of two words.
Because phonetic alphabet are more than numerical key, the corresponding a plurality of phonetic alphabet of each numerical key have so just formed coincident code problem, and existing various digital phonetic input methods are all being attempted head it off, but all be to provide a plurality of possibilities basically, again by artificial selection by artificial intelligence technology.On the one hand, it needs more storage space and display space, increases resource overhead, on the other hand, several may relief artificial selection, input process does not meet people's the mode of thinking, makes people feel inconvenient.In addition, owing to can not directly import the above word of word, particularly two words, therefore limited the further raising of Chinese character input efficiency.
Cause the basic reason of the problems referred to above to be alphabetical irrational distribution on the numeric keypad, do not consider the distinctive regularity of Chinese phonetic alphabet.
Three, goal of the invention
Purpose of the present invention, be exactly will be on the basis that keeps conventional digital alphabet keyboard style, the combination rule of utilization Chinese phonetic alphabet, generate a class new Digital alphabetic keypad, to overcome above-mentioned deficiency that exists and defective, and at the digital alphabet keyboard that guarantees to use among the present invention, import on the basis of each key position frequency of utilization equilibrium in the Chinese phonetic alphabet process, further realize utilizing Chinese phonetic alphabet input Chinese character at numeric keypad quickly and easily, can accomplish that both key both got, and can directly import word.
Four, inventive principle
Through number of research projects, find that the Chinese phonetic alphabet combination has following several rules:
Rule one: in whole Chinese phonetic alphabet, the letter that first letter relates to has comprised and has removed i in 26 letters, beyond the u, v 23, the character set S:S=[a that their constitute, b, c, d, e, f, g, h, j, k, l, m, n, o, p, q, r, s, t, w, x, y, z].
Rule two: in whole Chinese phonetic alphabet, second and second later letter only limit to ten letters, the character set T:T=[a that their constitute, e, g, h, i, n, o, r, u, v].
Rule three: it is overlapping that all Chinese phonetic alphabet all do not have letter, as aa, and bb etc.
Rule four: phonetic alphabet h can only follow alphabetical c, s, and the back of z constitutes initial consonant.On the contrary, alphabetical g but can not follow initial c, s, and the z input, so gh can only be not compatible mutually input as the input of subsequent character.
Rule five: phonetic alphabet r can only follow in the back as first alphabetical e, constitutes the pronunciation of " er ", owing to do not have the pronunciation of " eo ", so or can only be not compatible mutually input as the input of subsequent character.
Rule six: with alphabetical c, the phonetic alphabet string that s, z take the lead is the longest, and phonetic quantity is maximum, and included Chinese character quantity is maximum.
According to rule three, because that all Chinese phonetic alphabet all do not have letter is overlapping, we just can use alphabetical overlap mode to be illustrated in different initial consonants on the same numerical key, as representing a with 1, represent b with 11.
According to rule four and rule five, character set T can be adjusted to: T=[a, e, gh, i, n, or, u, v].
Each numerical key can only be arranged a kind of monogram unique among the character set T, and the layout of the phonetic alphabet among the character set T on numeric keypad drafted and be 1-a, 2-e, 3-gh, 4-i, 5-n, 6-or, 7-u, 8-v.Like this, when Chinese phonetic alphabet subsequent character is imported, only need to press primary key, can locate the position of follow-up phonetic alphabet exactly.
According to rule six, c, s, z should make number one, and the layout of the phonetic alphabet among the character set S on numeric keypad drafted and is 1-ab, 2-cde, 3-gh, 4-jk, 5-lmn, 6-opqr, 7-st, 8-wx, 9-zy.
On numerical key 6, because as the syllable quantity of initial seldom,, it comes at last so being changed position with o, its layout is: 6-rqpr.In like manner, i, v come at last so it is changed the position not as first letter of pinyin, and its layout is: 4-kji, 8-xwv.
The layout of the Chinese phonetic alphabet of Que Dinging on numeric keypad is at last: 1-ab, 2-cde, 3-gh, 4-kji, 5-lmn, 6-rqpo, 7-stu, 8-xwv, 9-zy.
In order to be consistent,, during the mark letter, available on 8,9 at numerical key 4,6 with lexicographic order
IjkExpression kji uses
OpqrExpression rqpo uses
VwxExpression xwv uses
YzExpression zy.The layout of Chinese phonetic alphabet on numeric keypad is like this: 1-ab, 2-cde, 3-gh, 4-
Ijk, 5-lmn, 6-
Opqr, 7-stu, 8-
Vwx, 9-
Yz
Five, summary of the invention
The invention provides a kind of method of utilizing Chinese phonetic alphabet input Chinese character on numeric keypad, the numerical key 1-9 on the numeric keypad is adopted in the phonetic importation, wherein:
Numerical key 1 corresponding letter " a " " b ";
Numerical key 2 corresponding letter " c " " d " " e ";
Numerical key 3 corresponding letter " f " " g " " h ";
Numerical key 4 corresponding letter " k " " j " " i ";
Numerical key 5 corresponding letter " l " " m " " n ";
Numerical key 6 corresponding letter " r " " q " " p " " o ";
Numerical key 7 corresponding letter " s " " t " " u ";
Numerical key 8 corresponding letter " x " " w " " v ";
Numerical key 9 corresponding letter " z " " y ".
During the input Chinese character, finish according to following steps:
First phonetic alphabet of single Chinese character or word, determine its stroke according to the position of these phonetic alphabet on numerical key, the phonetic alphabet acfklrsxz that makes number one only hits primary key, come deputy phonetic alphabet bdgjmqtwy and need keystroke twice, coming tertiary phonetic alphabet ehinpw needs keystroke three times, and the phonetic alphabet o that comes the 4th needs keystroke four times; Other phonetic alphabet of single Chinese character or word only need keystroke once.
After the phonetic alphabet input of single Chinese character or word is finished, press acknowledgement key; If desired Chinese character is presented in the current page, the numerical key of directly pressing Chinese character position correspondence is selected, perhaps uses the upper and lower, left and right directionkeys that cursor is moved to the Chinese character of wanting, and presses acknowledgement key then; If desired Chinese character is not in current page, find the Chinese character place page of wanting by page turning key, the numerical key of pressing the Chinese character position correspondence of wanting then is selected, perhaps uses the upper and lower, left and right directionkeys that cursor is moved to the Chinese character of wanting, and presses acknowledgement key then.
Six, embodiment
Present invention is described below in conjunction with example:
Embodiment 1: input Chinese character " north "
Phonetic is bei, and transition coding is b24, and corresponding numerical coding is 1124, and wherein 11 expressions, 1 key is for twice b by double hit;
Embodiment 2: input Chinese character " capital "
Phonetic is jing, and transition coding is j453, and corresponding numerical coding is 44453, and wherein 44 expressions, 4 keys are for twice j by double hit;
Embodiment 3: input Chinese character " city "
Phonetic is shi, and transition coding is s34, and corresponding numerical coding is 734, and wherein 7 expressions, 7 keys are hit and once are s;
Embodiment 4: input word " Beijing "
Phonetic is beijingshi, and transition coding is b24j453s34, and corresponding numerical coding is 11234453734, and wherein 11 expressions, 1 key is for twice b by double hit, and 4 keys only hit and are that once it once is s that j, 7 keys only hit.
Seven, technical characterstic
Letter layout mode on the present mobile phone, numerical key 5,7,9 no longer cuts any ice after the input initial, and in contrast, numerical key 4,6,8 is in the process of whole phonetic alphabet input, and the frequency that is used is but very high.Fact proved, alphabetical arrangement mode on the present cell phone keyboard, for using Chinese phonetic alphabet function to cause more serious obstacle in the Embedded digital terminal product, this obstacle promptly comprises the realization Chinese phonetic alphabet function aspects in the embedded software system, also comprise the aspects such as comfort level that the user uses, particularly when phonetic input word, use inconvenient phenomenon more obvious.
Letter layout mode provided by the invention has broken through the limitation of the letter layout mode on the present mobile phone, other related in the patent of invention of having announced with present State Intellectual Property Office letter layout mode is all inequality, particularly under the prerequisite that keeps lexicographic order, the letter that has changed on some numerical key puts in order.Letter on the individual digit key of this uniqueness puts in order, and has guaranteed that the number of each phonetic is all inequality.
Advantage of the present invention is mainly reflected in:
1, digital alphabet keyboard layout of the present invention, owing to meet the combination rule of Chinese phonetic alphabet, when therefore being used to import the Chinese phonetic alphabet, and on the big keyboard of letter, feel identical, be individual character of average every input or word, need to increase by 0.7 stroke.
2, the phonetic that can finish two-character word language, three-character words and phrases, four-word phrase and phrase thereof is directly imported, thereby on numeric keypad, realizes first with minimum touch potential, finish Chinese character and word thereof simply, easily and quickly the input.
3, because the digital alphabet keyboard layout among the present invention meets the combination rule of the Chinese phonetic alphabet, therefore on built-in terminal, can develop at an easy rate based on the intelligence phonetic letter Input Software on the digital alphabet keyboard of the present invention.
The present invention also is applicable to the digital terminal product that other adopts digital keyboard input character, as intelligent digital phone, palm PC, digital television remote controller etc.
Chinese phonetic alphabet coding schedule is attached.
The digital table of the Chinese phonetic alphabet (one)
| A ?a 1 ?ai 14 ?an 15 ?ang 153 ?ao 16 B ?ba 111 ?bai 1114 ?ban 1115 ?bang 11153 ?bao 1116 ?bei 1124 ?ben 1125 ?beng 11253 ?bi 114 ?bian 11415 ?biao 11416 ?bie 1142 | ?bin 1145 ?bing 11453 ?bo 116 ?bu 117 C ?ca 21 ?cai 214 ?can 215 ?cang 2153 ?cao 216 ?ce 22 ?cen 225 ?ceng 2253 ?cha 231 ?chai 2314 ?chan 2315 ?chang 23153 ?chao 2316 ?che 232 | ?chen 2325 ?cheng 23253 ?chi 234 ?chong 23653 ?chou 2367 ?chu 237 ?chua 2371 ?chuai 23714 ?chuan 23715 ?chuang 237153 ?chui 2374 ?chun 2375 ?chuo 2376 ?ci 24 ?cong 2653 ?cou 267 ?cu 27 ?cuan 2715 ?cui 274 | ?cun 275 ?cuo 276 D ?da 221 ?dai 2214 ?dan 2215 ?dang 22153 ?dao 2216 ?de 222 ?dei 2224 ?den 2225 ?deng 22253 ?di 224 ?dia 2241 ?dian 22415 ?diao 22416 ?die 2242 ?ding 22453 ?diu 2247 |
The digital table of the Chinese phonetic alphabet (two)
| ?dong 22653 ?dou 2267 ?du 227 ?duan 22715 ?dui 2274 ?dun 2275 ?duo 2276 E ?e 222 ?ei 2224 ?en 2225 ?eng 22253 ?er 2226 F ?fa 31 ?fan 315 ?fang 3153 ?fei 324 ?fen 325 ?feng 3253 ?fo 36 ?fou 367 ?fu 37 | G ?ga 331 ?gai 3314 ?gan 3315 ?gang 33153 ?gao 3316 ?ge 332 ?gei 3324 ?gen 3325 ?geng 33253 ?gong 33653 ?gou 3367 ?gu 337 ?gua 3371 ?guai 33714 ?guan 33715 ?guang 337153 ?gui 3374 ?gun 3375 ?guo 3376 H ?ha 3331 ?hai 33314 | ?han 33315 ?hang 333153 ?hao 33316 ?he 3332 ?hei 33324 ?hen 33325 ?heng 333253 ?hm 3335 ?hng 33353 ?hong 333653 ?hou 33367 ?hu 3337 ?hua 33371 ?huai 333714 ?huan 333715 ?huang 3337153 ?hui 33374 ?hun 33375 ?huo 33376 J ?ji 444 ?jia 4441 ?jian 44415 | ?jiang 444153 ?jiao 44416 ?jie 4442 ?jin 4445 ?jing 44453 ?jiu 4447 ?ju 447 ?juan 44715 ?jue 4472 ?jun 4475 K ?ka 41 ?kai 414 ?kan 415 ?kang 4153 ?kao 416 ?ke 42 ?kei 424 ?ken 425 ?keng 4253 |
The digital table of the Chinese phonetic alphabet (three)
| ?kong 4653 ?kou 467 ?ku 47 ?kua 471 ?kuai 4714 ?kuan 4715 ?kuang?47153 ?kui 474 ?kuin 475 ?kuo 476 L ?la 51 ?lai 514 ?lan 515 ?lang 5153 ?lao 516 ?le 52 ?lei 524 ?leng 5253 ?li 54 ?lia 541 ?lian 5415 ?liang?54153 | ?liao 5416 ?lie 542 ?lin 545 ?ling 5453 ?liu 547 ?lo 56 ?long 5653 ?lou 567 ?lu 57 ?luan 5715 ?lve 582 ?lun 575 ?luo 576 M ?m 55 ?ma 551 ?mai 5514 ?man 5515 ?mang 55153 ?mao 5516 ?me 552 ?mei 5524 ?men 5525 | ?meng 55253 ?mi 554 ?mian 55415 ?miao 55416 ?mie 5542 ?min 5545 ?ming 55453 ?miu 5547 ?mo 556 ?mou 5567 ?mu 557 N ?n 555 ?na 5551 ?nai 55514 ?nan 55515 ?nang 555153 ?nao 55516 ?ne 5552 ?nei 55524 ?nen 55525 ?neng 555253 ?ng 5553 | ?ni 5554 ?nia 55541 ?nian 555415 ?niang?5554153 ?niao 555416 ?nie 55542 ?nin 55545 ?ning 555453 ?niu 55547 ?nong 555653 ?nou 55567 ?nu 5557 ?nv 5558 ?nuan 555753 ?nve 55582 ?nuo 55576 O ?o 6666 ?ou 66667 P ?pa 6661 ?pai 66614 ?pan 66615 |
The digital table of the Chinese phonetic alphabet (four)
| ?pang 666153 ?pao 66616 ?pei 66624 ?pen 66625 ?peng 666253 ?pi 6664 ?pian 666415 ?piao 666416 ?pie 66642 ?pin 66645 ?ping 666453 ?po 6666 ?pou 66667 ?pu 6667 Q ?qi 664 ?qia 6641 ?qian 66415 ?qiang?664153 ?qiao 66416 ?qie 6642 ?qin 6645 ?qing 66453 | ?qiong 664653 ?qu 667 ?quan 66715 ?que 6672 ?qun 6675 R ?ran 615 ?rang 6153 ?rao 616 ?re 62 ?ren 625 ?reng 6253 ?ri 64 ?rong 6653 ?rou 667 ?ru 67 ?ruan 6715 ?rui 674 ?run 675 ?ruo 676 S ?sa 71 ?sai 714 | ?san 715 ?sang 7153 ?sao 716 ?se 72 ?sen 725 ?seng 7253 ?sha 731 ?shai 7314 ?shan 7315 ?shang 73153 ?shao 7316 ?she 732 ?shei 7324 ?shen 7325 ?sheng 73253 ?shi 734 ?shou 7367 ?shu 737 ?shua 7371 ?shuai 73714 ?shuan 73715 ?shuang?737153 ?shui 7374 | ?shun 7375 ?shuo 7376 ?si 74 ?song 7653 ?sou 767 ?su 77 ?suan 7715 ?sui 774 ?sun 775 ?suo 776 T ?ta 771 ?tai 7714 ?tan 7715 ?tang 77153 ?tao 7716 ?te 772 ?teng 77253 ?ti 774 ?tian 77415 ?tiao 77416 ?tie 7742 ?ting 77453 |
The digital table of the Chinese phonetic alphabet (five)
| ?tong 77653 ?tou 7767 ?tu 777 ?tuan 77715 ?tui 7774 ?tun 7775 ?tuo 7776 W ?wa 881 ?wai 8814 ?wan 8815 ?wang 88153 ?wei 8824 ?wen 8825 ?weng 88253 ?wo 886 ?wu 887 X ?xi 84 ?xia 841 ?xian 8415 ?xiang 84153 ?xie 842 | ?xin 845 ?xing 8453 ?xiong 84653 ?xiu 847 ?xu 87 ?xuan 8715 ?xue 872 ?xun 875 Y ?ya 991 ?yan 9915 ?yang 99153 ?yao 9916 ?ye 992 ?yi 994 ?yin 9945 ?ying 99453 ?yo 996 ?yong 99653 ?you 9967 yu 997 ?yuan 99715 ?yue 9972 | ?yun 9975 Z ?za 91 ?zai 914 ?zan 915 ?zang 9153 ?zao 916 ?ze 92 ?zei 924 ?zen 925 ?zeng 9253 ?zha 931 ?zhai 9314 ?zhan 9315 ?zhang 93153 ?zhao 9316 ?zhe 932 ?zhei 9324 ?zhen 9325 ?zheng 93253 ?zhi 934 ?zhong 93653 ?zhou 9367 | ?zhu 937 ?zhua 9371 ?zhuai 93714 ?zhuan 93715 ?zhuang?937153 ?zhui 9374 ?zhun 9375 ?zhuo 9376 ?zi 94 ?zong 9653 ?zou 967 ?zu 97 ?zuan 9715 ?zui 974 ?zun 975 ?zuo 976 |
Claims (1)
- A kind of method of utilizing Chinese phonetic alphabet input Chinese character on numeric keypad is characterized in that:Represent letter " a " " b " with numeral 1;Represent letter " c " " d " " e " with numeral 2;Represent letter " f " " g " " h " with numeral 3;Represent letter " k " " j " " i " with numeral 4;Represent letter " l " " m " " n " with numeral 5;Represent letter " r " " q " " p " " o " with numeral 6;Represent letter " s " " t " " u " with numeral 7;Represent letter " x " " w " " v " with numeral 8;Represent letter " z " " y " with numeral 9;During the input Chinese character, finish according to following steps:First phonetic alphabet of single Chinese character or word, determine its stroke according to the position of these phonetic alphabet on numerical key, the phonetic alphabet acfklrsxz that makes number one only needs keystroke once, come deputy phonetic alphabet bdgjmqtwy and need twice of keystroke, come tertiary phonetic alphabet ehinp and need keystroke three times, the phonetic alphabet o that comes the 4th needs keystroke four times; Other phonetic alphabet of single Chinese character or word only need keystroke once;After the phonetic alphabet input of single Chinese character or word is finished, press acknowledgement key; If desired Chinese character is presented in the current page, the numerical key of directly pressing Chinese character position correspondence is selected, perhaps uses the upper and lower, left and right directionkeys that cursor is moved to the Chinese character of wanting, and presses acknowledgement key then; If desired Chinese character is not in current page, find the Chinese character place page of wanting by page turning key, the numerical key of pressing the Chinese character position correspondence of wanting then is selected, perhaps uses the upper and lower, left and right directionkeys that cursor is moved to the Chinese character of wanting, and presses acknowledgement key then.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2004100408318A CN1320425C (en) | 2004-10-13 | 2004-10-13 | Chinese phonetic alphabet digital inputting method |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2004100408318A CN1320425C (en) | 2004-10-13 | 2004-10-13 | Chinese phonetic alphabet digital inputting method |
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| CN1645298A true CN1645298A (en) | 2005-07-27 |
| CN1320425C CN1320425C (en) | 2007-06-06 |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN1139867C (en) * | 1998-12-10 | 2004-02-25 | 陈立群 | Simple and fast pictophonetic code Chinese character input method |
| CN100511108C (en) * | 2000-07-04 | 2009-07-08 | 李晓波 | Encode method for inputting Chinese characters with numeral keys |
| CN1217257C (en) * | 2000-10-12 | 2005-08-31 | 姚鸿滨 | English input method and alphabetic Chinese character input method shifted in digital keyboard |
| CN100405263C (en) * | 2001-12-11 | 2008-07-23 | 松讯达中科电子（深圳）有限公司 | Chinese character phonetic symbols intelligent input method and small digital keyboard therewith |
| CN1416048A (en) * | 2002-10-15 | 2003-05-07 | 张捷 | Pentatonic full spell digit input method and relevant keyboard |
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