CN1178121C - Double Chinese character stroke order-radical input system - Google Patents
Double Chinese character stroke order-radical input system Download PDFInfo
- Publication number
- CN1178121C CN1178121C CNB991230949A CN99123094A CN1178121C CN 1178121 C CN1178121 C CN 1178121C CN B991230949 A CNB991230949 A CN B991230949A CN 99123094 A CN99123094 A CN 99123094A CN 1178121 C CN1178121 C CN 1178121C
- Authority
- CN
- China
- Prior art keywords
- chinese character
- code
- chinese
- input
- account
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
- 238000000034 method Methods 0.000 claims description 23
- 230000009977 dual effect Effects 0.000 description 14
- 239000000126 substance Substances 0.000 description 5
- 230000000694 effects Effects 0.000 description 3
- 230000008676 import Effects 0.000 description 3
- 239000004922 lacquer Substances 0.000 description 1
- 238000004904 shortening Methods 0.000 description 1
- 210000004243 sweat Anatomy 0.000 description 1
- 239000003643 water by type Substances 0.000 description 1
Landscapes
- Document Processing Apparatus (AREA)
Abstract
The present invention provides a stroke order digital input system and a stroke order and radical double digital input system for primary and secondary Chinese characters (GB) and Chinese characters (GBK) with large character set. The present invention is used for popularizing the input of Chinese characters. The average character code length of the stroke order and radical double digital input system for the primary and secondary Chinese characters is short. When the coincident codes do not exceed 10, the high-frequency character is 3.18 bits, the primary Chinese character is 3.89 bits, and the primary and secondary Chinese characters are 4.39 bits. In the input system, the average character code length of the Chinese character with large character set ranges from 5.40 to 6.27 bits. The code length of the single character can be adjusted, the coincident code number can be designated, the phrase is not encoded, and the present invention can track capital characters, end characters or designate characters to input. Phrases and character strings which are mixed and composed of western characters, Chinese characters, numbers and symbols can be defined and input. Besides computers, the present invention can also be used for inputting Chinese characters to mobile phones without letter keys and other products.
Description
Up to the present, domestic Chinese character input, the difficult note of the sign indicating number of divining by means of characters, the phonetic sign indicating number has dialect to disturb, and the problem of popularizing is inreal to be solved.
The objective of the invention is to: for the input of vast non-full-time Chinese character, computer and mobile phone etc. need the electronic product user of input Chinese character, provide self-study will, the stroke order number input system of one Chinese characters of level 2 (GB) and large character set (GBK) and the dual digital message entry system of stroke order-radical promote popularizing of Chinese character input.
The 'writing order-digital code ' of one Chinese characters of level 2 (hereinafter to be referred as order of strokes observed in calligraphy sign indicating number) is by the national regulation change, and being exactly State Language Work Committee and journalism society of the People's Republic of China (PRC) on April 7th, 1997 unites sequence number formula in " the Modern Chinese general words normative stroke order " of issue.
" standard " regulation, stroke divides five classes, and is with the code of five numerals of 1-5 as them, as follows:
1. horizontal, choose, 2. perpendicular, 3. cast aside 4. point, right-falling stroke, 5. folding.
For example: the order of strokes observed in calligraphy all-key of " king " word is: 1121,
The order of strokes observed in calligraphy all-key of " towering " word is: 25231234531325113554 or the like.
In the large character set, except that Chinese characters of level 2, the order of strokes observed in calligraphy sign indicating number of Chinese character, country is not standardization also, writes with reference to above-mentioned " standard " and " Chinese big dictionary ".
The order of strokes observed in calligraphy all-key of one Chinese characters of level 2,10.67 of the equal code lengths of word, long 26 of maximum length code.The order of strokes observed in calligraphy all-key of large character set, 12.88 of the equal code lengths of word, long 48 of maximum length code.These order of strokes observed in calligraphy all-keys, because code length is long, can not be directly as the input code of on keyboard, importing.They are become can be used for importing on keyboard, the input code of generating technique effect needs to handle through following steps:
(a) all-key is pressed the primary digital code classification of all-key;
(b) sorted all kinds ofly sort from the high frequency to the low frequency by the frequency of utilization of Chinese character respectively makes that to come top in all kinds of all be the highest word of frequency of utilization in such;
(c) get the primary digital code of all kinds of all-keys, promptly classification criterion is top as coming in all kinds of, and 10 character codes of looking for the actual use of the word of interior (containing 10) make the character code of looking for of these words become a bit code, and the repeated code word is no more than 10;
(d) got in all kinds of and looked for remaining word after the character code, and press the one two two digital code of all-key and classify;
(e) sorted all kinds ofly sort from the high frequency to the low frequency by the frequency of utilization of Chinese character respectively makes that to come top in all kinds of all be the highest word of frequency of utilization in such;
(f) get the digital code of the one two two of all kinds of all-key, promptly classification criterion is top as coming in all kinds of, and 10 character codes of looking for the actual use of the word of interior (containing 10) make the character code of looking for of these words become two bit codes, and the repeated code word is no more than 10;
(g) got in all kinds of and looked for remaining word after the character code, method and step by (a)-(f), continue to classify, sort and get and look for character code, up to all all-keys all had actual use look for character code till, wherein, the classification criterion of each classification, all than the next bit digital code in all-key of classification criterion increase of last subseries, that is got looks for character code also correspondingly than one of the preceding lengthening of once getting.
(h) in the process of (a)-(g), be difficult to get the all-key of looking for character code that is shorter than all-key, just get all-key as looking for character code, get when looking for character code taking turns to these all-keys, give these all-keys ordering right of priority, make them come the foremost of sequence, become repeated code several 10 (containing 10) with interior word.
Be that first digit numerical code is that the part of a class all-key of 4 is looked for character code below.
4 these masters learn the portion side of dying a martyr for product and say that the gradually damp lake of filling, full river, 4411 riverheads flood waters
Its incurable 44111 dirty shallow sweat of 44 real tame depthkeeping method buckets are dived and are added great waves Wang Mo stain river flowing from Guizhou Province through Hunan into Dongting Lake
441 stream oil warm cleer seas alive are annotated Ji and are surveyed 441111 Feng lacquer Yan
Order of strokes observed in calligraphy all-key, after above-mentioned (a)-(h) handled, gained looked for the code length statistic of classification of character code as follows:
| Code length | High frequency word (1499) | Primary word (3600) | One secondary word (6716) | Large character set (20720) |
| 1 bit code, 2 bit codes, 3 bit codes, 4 bit codes, 5 bit codes, 6 bit codes, 7 bit codes, 8 bit codes, 9 bit codes, 10 bit codes, 11 bit codes, 12 bit codes, 13 bit codes, 14 bit codes | 50 account for 3% 233 accounts for 16% 564 and accounts for 38% 461 and account for 31% 186 and account for and 12% 5 account for-%-account for-%-account for-%-account for-%-account for-%-account for-%-account for-%-account for-%-account for-% | 50 account for 1% 247 accounts for 7% 754 and accounts for 21% 1126 and account for 31% 900 and account for 25% 444 and account for 12% 70 and account for and 2% 9 account for-%-account for-%-account for-%-account for-%-account for-%-account for-%-account for-% | 50 account for 1% 250 account for 4% 856 account for 13% 1629 account for 24% 1867 account for 28% 1281 account for 19% 549 account for 8% 183 account for 3% 51 account for 1%-account for-%-account for-%-account for-%-account for-%-account for-% | 50 account for-% 250 accounts for 1% 984 and accounts for 5% 2486 and account for 12% 3977 and account for 20% 4588 and account for 22% 3675 and account for 18% 1957 and account for 9% 1325 and account for 6% 649 and account for 3% 345 and account for 2% 219 and account for 1% 163 and account for 1% 52 and account for-% |
| The equal code length of word | 3.34 position | 4.18 position | 4.83 position | 6.27 position |
More than statistics shows:
High frequency word: 3.34 of the equal code lengths of word, 57% code length 1-3 position wherein, 88% code length 1-4 position.
First-level Chinese characters: 4.18 of the equal code lengths of word, 60% code length 1-4 position wherein, 84% code length 1-5 position.
One Chinese characters of level 2: the equal code length of word shortens to 4.83 from 10.67, wherein, and 70% code length 1-5 position.96% code length 1-7 position, maximum length code length shortens to 9 from 26.
Large character set: the equal code length of word shortens to 6.27 from 12.88,60% code length 1-6 position wherein, 93% code length 1-9 position.Maximum length code length shortens to 14 from 48.
This explanation: the order of strokes observed in calligraphy all-key of Chinese characters of level 2 and the order of strokes observed in calligraphy all-key of large character set have all become the Chinese-character order of strokes input code that can use separately.
To look for the character code code length in order further shortening, to improve input speed, except above-mentioned order of strokes observed in calligraphy sign indicating number, the present invention also to radicals by which characters are arranged in traditional Chinese dictionaries in the dictionary radicals by which characters are arranged in traditional Chinese dictionaries at the Chinese character of prefix, provide radicals by which characters are arranged in traditional Chinese dictionaries numerical code (hereinafter to be referred as the radicals by which characters are arranged in traditional Chinese dictionaries sign indicating number).The radicals by which characters are arranged in traditional Chinese dictionaries sign indicating number constitutes by following formula:
Radicals by which characters are arranged in traditional Chinese dictionaries sign indicating number=radicals by which characters are arranged in traditional Chinese dictionaries are the first sum of+surplus order of strokes observed in calligraphy of 0+.
For example: " minister in ancient times " word.Order of strokes observed in calligraphy all-key is 15 of 352512115115452 code lengths
The radicals by which characters are arranged in traditional Chinese dictionaries all-key is 9 of 305115452 code lengths
Obviously, the radicals by which characters are arranged in traditional Chinese dictionaries all-key is shorter than order of strokes observed in calligraphy all-key.
Order of strokes observed in calligraphy sign indicating number can combine with the radicals by which characters are arranged in traditional Chinese dictionaries sign indicating number, constitutes the double Chinese character stroke order-radical input code, can not only improve input speed, also provides convenience for the user.
For example: the order of strokes observed in calligraphy sign indicating number of Chinese characters of level 2 can constitute the double Chinese character stroke order-radical input code at the radicals by which characters are arranged in traditional Chinese dictionaries sign indicating number of the word of prefix with radicals by which characters are arranged in traditional Chinese dictionaries in the dictionary radicals by which characters are arranged in traditional Chinese dictionaries more than four and four wherein.This coding, owing to 10.20 of the equal code lengths of all-key word, long 26 of maximum length code needs after the method and step process of above-mentioned (a)-(h), just can become to be used for carrying out dual input, the dual input code of generating technique effect on keyboard.
This all-key is after the method and step process of above-mentioned (a)-(h), and gained looks for the code length statistic of classification of character code as follows:
| Code length | High frequency word (1499) | Primary word (3600) | One secondary word (6716) | Dual input code (9230) |
| 1 bit code, 2 bit codes, 3 bit codes, 4 bit codes, 5 bit codes, 6 bit codes, 7 bit codes, 8 bit codes, 9 bit codes | 50 account for 3% 268 account for 18% 637 account for 42% 445 account for 30% 99 account for 7%-account for-%-account for-%-account for-%-account for-% | 50 account for 1% 291 account for 8% 862 account for 24% 1375 account for 38% 851 account for 24% 171 account for 5%-account for-%-account for-%-account for-% | 50 account for 1% 299 account for 4% 992 account for 15% 2114 account for 32% 2284 account for 34% 832 account for 12% 145 account for 2%-account for-%-account for-% | 50 account for 1% 300 accounts for 3% 1079 and accounts for 12% 2409 and account for 26% 2888 and account for 31% 1609 and account for 17% 644 and account for 7% 194 and account for 2% 57 and account for 1% |
| The equal code length of word | 3.18 position | 3.89 position | 4.39 position | 4.70 position |
More than statistics shows:
High frequency word: 3.18 of the equal code lengths of word, 63% code length 1-3 position wherein, 93% code length 1-4 position.
First-level Chinese characters: 3.89 of the equal code lengths of word, 71% code length 1-4 position wherein, 95% code length 1-5 position.
One Chinese characters of level 2: 4.39 of the equal code lengths of word, wherein 86% code length 1-5 position.Maximum length code length shortens to 7 from 26.
Dual input code: 4.70 of the equal code lengths of word, maximum length code length shortens to 9 from 26.
These explanations: this coding has become the dual input code of a kind of Chinese characters of level 2's stroke order-radical that can use separately.
And for example: the order of strokes observed in calligraphy sign indicating number of large character set also can constitute the double Chinese character stroke order-radical input code at the radicals by which characters are arranged in traditional Chinese dictionaries sign indicating number of the word of prefix with radicals by which characters are arranged in traditional Chinese dictionaries in the dictionary radicals by which characters are arranged in traditional Chinese dictionaries more than four and four wherein.12.06 of the equal code lengths of the all-key word of this coding, long 48 of maximum length code also needs after the method and step process of above-mentioned (a)-(h), just can become to be used for carrying out dual input, the dual input code of generating technique effect on keyboard.
This all-key is after the method and step process of above-mentioned (a)-(h), and gained looks for the code length statistic of classification of character code as follows:
| Code length | High frequency word (1499) | Primary word (3600) | One secondary word (6716) | Large character set (20685) | Dual input code (30758) |
| 1 bit code, 2 bit codes, 3 bit codes, 4 bit codes, 5 bit codes, 6 bit codes, 7 bit codes, 8 bit codes, 9 bit codes, 10 bit codes, 11 bit codes, 12 bit codes, 13 bit codes, 14 bit codes | 50 account for 3% 257 accounts for 17% 621 and accounts for 42% 445 and account for 30% 122 and account for and 8% 4 account for-%-account for-%-account for-%-account for-%-account for-%-account for-%-account for-%-account for-%-account for-% | 50 account for 1% 279 accounts for 8% 832 and accounts for 23% 1329 and account for 37% 878 and account for 25% 220 and account for and 6% 12 account for-%-account for-%-account for-%-account for-%-account for-%-account for-%-account for-%-account for-% | 50 account for 1% 287 accounts for 4% 961 and accounts for 14% 2023 and account for 30% 2292 and account for 34% 915 and account for 14% 166 and account for and 3% 22 account for-%-account for-%-account for-%-account for-%-account for-%-account for-%-account for-% | 50 account for-% 300 account for 1% 1177 account for 6% 3321 account for 16% 6063 account for 29% 5912 account for 29% 2767 account for 13% 937 account for 5% 249 account for 1%-account for-%-account for-%-account for-%-account for-%-account for-% | 50 account for-% 300 account for 1% 1229 account for 4% 3578 account for 12% 7021 account for 23% 7721 account for 25% 5208 account for 17% 2648 account for 9% 1562 account for 5% 663 account for 2% 364 account for 1% 226 account for 1% 173 account for-% 51 accounts for-% |
| The equal code length of word | 3.23 position | 3.95 position | 4.45 position | 5.40 position | 6.16 position |
More than statistics shows:
High frequency word: 3.23 of the equal code lengths of word, 62% code length 1-3 position wherein, 92% code length 1-4 position.
First-level Chinese characters: 3.95 of the equal code lengths of word, 69% code length 1-4 position wherein, 94% code length 1-5 position.
One Chinese characters of level 2: 4.45 of the equal code lengths of word, wherein 83% code length 1-5 position.Maximum length code length shortens to 8 from 26.
Large character set: 5.40 of the equal code lengths of word, wherein, 81% code length 1-6 position.Maximum length code length shortens to 9 from 48.
Dual input code: the equal code length of word shortens to 6.10 from 12.06, and maximum length code length shortens to 14 from 48.
This explanation: this coding has become the dual input code of a kind of large character set stroke order-radical that can use separately.
Above-mentioned look for character code all be with word be frequently preface repeated code coding arranged, individual character look for the code length of character code be by the word of individual character frequently and the repeated code number of input system determine, so, can shorten by the frequency preface that changes individual character artificially or the code length of character code looked in the individual character that extends.Individual character looks for the character code code length adjustable, makes the character code of looking for of the employed different high frequency word collection of different regions, different time, different industries and different individuals, can be chronically or the short code position that allows of the system that adjusts to provisionally on, improve input speed.
Individual character looks for the character code code length adjustable, the repeated code number is become can change.If the required Chinese character total amount of certain product is limited, display area is again little, just can be several 10 repeated code, change 8,7,6 or littler into.
Above-mentioned digital code can substance or the dual digital keys that is mapped in keyboard on, constitute digital numerical key mapped system; Also can substance or the dual alphabet key that is mapped in keyboard on, constitute digital letter key mapped system.
Above-mentioned Chinese-character order of strokes input code and the dual input code of stroke order-radical, with above-mentioned sign indicating number key mapped system, and the screen display guidance system during input combines, and just constituted Chinese-character order of strokes input system and double Chinese character stroke order-radical input system, and its advantage is:
1. the order of strokes observed in calligraphy of Chinese character and radicals by which characters are arranged in traditional Chinese dictionaries all are the substances of Chinese character pattern elementary teaching, also are the contents of obligation teaching in 9 years, are to be the people of mother tongue with Chinese to their memory, or learn the people's of Chinese common-sense memory.Learning pen only need be remembered five class strokes along sign indicating number, and their five digital codes, and quantity seldom; Study radicals by which characters are arranged in traditional Chinese dictionaries sign indicating number only need be remembered a very simple formula, and wherein, the first sign indicating number of radicals by which characters are arranged in traditional Chinese dictionaries sign indicating number is consistent with the first sign indicating number thinking of order of strokes observed in calligraphy sign indicating number.These are all for remembeing that input code provides convenience.Digital code generally all is mapped on the numerical key, and this provides operational convenience for the people who uses block character again.
2. the repeated code word of input system once shows by the repeated code number, does not change screen.
3. when input system adopted digital code to numerical key substance mapped system, input system just can be used for there be not letter key, had only on the mobile phone of numerical key and other products and imported Chinese character.
4. when input system adopts digital code to numerical key substance mapped system, all be numerical code owing to look for character code and send character code, use be identical numerical key, so, need to be provided with and send sign to know.The different signs of sending is set knows, can use the input code of simplified Hanzi to import corresponding unsimplified Hanzi, also can use the input code of unsimplified Hanzi to import corresponding simplified Hanzi, can also follow the tracks of the data searching storehouse.
5. phrase is not encoded, and adopts and follows the tracks of the association method input.This give to adopt, and the phrase lead-in is followed the tracks of, last word is followed the tracks of and designated word is followed the tracks of, and technology such as Chinese and Western literal, numbers and symbols combined group phrase string have brought convenience, has not only guaranteed the speed of phrase input can also define and import shuffling phrase and character string.
Claims (6)
- One kind in having the system of data-handling capacity the input Chinese character the double Chinese character stroke order-radical input method, adopt the 5 class basic strokes and the expression numeral thereof of regulation in " Modern Chinese general words order of strokes observed in calligraphy rule ", that is: 1-is horizontal and/or choose, 2-is perpendicular, 3-casts aside, 4-point and/or right-falling stroke, and 5-folding first first stroke+the radicals by which characters are arranged in traditional Chinese dictionaries identification code+surplus order of strokes observed in calligraphy of this Chinese character got the all-key encoding Chinese characters of Chinese character except that this stem head according to the stroke writing order of Chinese character and/or relevant Chinese character radical, promptly the coding all-key of a Chinese character comprises that Chinese-character strokes order digital code all-key and/or Chinese character radicals digital pen are along all-key, wherein, described Chinese character radical head is meant the radicals by which characters are arranged in traditional Chinese dictionaries that occur in Chinese dictionary, described identification code is meant arbitrary numeral among 0 and the 6-9 except that above-mentioned 1-5, and this input method comprises:(1) set up code table:A) according to first bit code of above-mentioned all kinds of all-keys Chinese character is classified,B) according to the height of its frequency of utilization, the Chinese character sort with in each classification of classification back forms frequency of utilization Chinese character sequence from high to low;C) regulation one screen the Chinese character repeated code number that can show be 10;D) at above-mentioned steps b) select first bit code of the Chinese character of its numeral 10 of being less than or equal to the step c) defined of putting in order in the Chinese character sequence that forms, as the input code of these Chinese characters, i.e. a bit code Chinese character;E) when the Chinese character of desire input is not included in the middle of the described bit code Chinese character, Chinese character is classified according to first and second bit codes of above-mentioned all kinds of chinese-wide codes;F) repeating step b);G) at above-mentioned steps f) select first and second bit codes of the Chinese character of its numeral 10 of being less than or equal to the step c) defined of putting in order in the Chinese character sequence that forms, as the input code of these Chinese characters, i.e. two bit code Chinese characters;The rest may be inferred, in the time of can not obtaining the Chinese character of desire input whenever carrying out above-mentioned steps by sequential write according to above-mentioned all kinds of all-keys, then Chinese character is further classified, the classification criterion of its classification increases next bit code in the above-mentioned all kinds of all-key than the classification criterion of last subseries, the input code of the corresponding Chinese character of getting is corresponding to increase by one, promptly become three bit codes, four bit codes and five-bit code, ... full bit code, till the Chinese character of desire input occurs, when getting the all-key input Chinese character of Chinese character, the right of priority of all-key ordering is set, so that make it become the Chinese character that is less than or equal to repeated code several 10;(2) input Chinese characterSuccessively with a bit code of Chinese character, two bit codes, three bit codes ..., the Chinese character of all-key input desire input, count in the scope in case the Chinese character of desire input appears at 10 repeated codes of step c) defined, promptly finish the input of this Chinese character.
- 2. method according to claim 1, wherein, described system with data-handling capacity is a personal digital assistant.
- 3. method according to claim 1, wherein, described system with data-handling capacity is the computing machine with corresponding input equipment.
- 4. method according to claim 3, wherein, described input equipment is a key board unit.
- 5. method according to claim 3, wherein, described input equipment is the touch-screen input device.
- 6. method according to claim 3, wherein, described input equipment is a speech input device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB991230949A CN1178121C (en) | 1999-12-08 | 1999-12-08 | Double Chinese character stroke order-radical input system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB991230949A CN1178121C (en) | 1999-12-08 | 1999-12-08 | Double Chinese character stroke order-radical input system |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1307269A CN1307269A (en) | 2001-08-08 |
| CN1178121C true CN1178121C (en) | 2004-12-01 |
Family
ID=5282796
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB991230949A Expired - Fee Related CN1178121C (en) | 1999-12-08 | 1999-12-08 | Double Chinese character stroke order-radical input system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN1178121C (en) |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101807119B (en) * | 2010-03-30 | 2011-08-31 | 中南民族大学 | Method for inputting radicals of female scripts by computer |
| CN115694732B (en) * | 2022-10-24 | 2025-03-14 | 杭州至千哩科技有限公司 | Data transmission encoding method, device, computer equipment and storage medium |
-
1999
- 1999-12-08 CN CNB991230949A patent/CN1178121C/en not_active Expired - Fee Related
Also Published As
| Publication number | Publication date |
|---|---|
| CN1307269A (en) | 2001-08-08 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN1178121C (en) | Double Chinese character stroke order-radical input system | |
| CN1072785A (en) | Irrational rank-numeral synthetic coding method and keyboard thereof | |
| CN1243277A (en) | Chinese character input method capable of inputting by digital keyboard and keyboard thereof | |
| CN1186708C (en) | Chinese characters inputting method and its apparatus | |
| CN1349157A (en) | Digital configuration code Chinese character input method | |
| CN1106146A (en) | Computer input method by computer Chinese-character phonology-tone coding and its keyboard | |
| CN1043381C (en) | Four-stroke digit look-up method for Chinese characters | |
| CN1203391C (en) | Left and right pictophonetic and digital computer input method for Chinese character and its keyboard | |
| CN1118085A (en) | Chinese character input system capable of inputing by digital keyboard and its keyboard | |
| CN1017662B (en) | Irrational order no. digital coding method and the keyboard thereof | |
| CN1142474C (en) | Dictionary code Chinese character input method | |
| CN1068444C (en) | Method of Chinese-character coding | |
| CN1069420C (en) | Method for inputting Chinese characters by using their pronunciations and shapes | |
| CN1293448C (en) | Ten-stroke digital code input method | |
| CN1107593A (en) | Chinese-character phonic and shape, longitudinal and latitudinal coding typing method for computer | |
| CN1299189C (en) | Phonetic zoned digital code Chinese character indexing system and phonetic zoned digital code input method | |
| CN1189810C (en) | Chinese-character diagonal code input method and keyboard | |
| CN1419179A (en) | Chinese characters input method according to stroke sequence and keyboard thereof | |
| CN102049925A (en) | Method for quickly searching for Chinese characters on printed reference books | |
| CN1328282A (en) | Chinese-character 'Natural code', input method | |
| CN1178344A (en) | Four tone inputting method for Chinese characters | |
| CN1357815A (en) | Chinese character digital input method | |
| CN1818836A (en) | Fast and convenient inputting method with code number and pictograph | |
| CN1425975A (en) | Stroke digital Chinese character input method | |
| CN1160243A (en) | Character shape stroke order code Chinese character entering system and keyboard thereof |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C19 | Lapse of patent right due to non-payment of the annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |