CN1834868A - Fast digital spelling Chinese character inputting method - Google Patents
Fast digital spelling Chinese character inputting method Download PDFInfo
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Abstract
The invention discloses a numeric fast spelling Chinese character input method, relating to a numeric Chinese character PinYin input method, implementing fast Chinese character PinYin input by special designed numeric keyboard, reasonably distributing 8 more frequently-occurring alphabets, such as a, i, n, u, e, g, h and o, so as to be able to obtain four different grouping methods-12 key position, 10 key position, 9 key position and 8 key position; and it is applied to information home appliances or digital products with numeric keyboards. And the invention provides a digital fast spelling Chinese character input method having multiple selectable solutions of key position distribution and fewer auxiliary key-pressing times.
Description
Technical field
The present invention relates to a kind of Chinese character pinyin input method, especially relate to a kind of method of importing Chinese character by specially designed numeric keypad use phonetic fast.
Background technology
The key total of general computer keyboard be enough to a-z totally 26 letters be distributed in the different keys position of keyboard separately.And digital product is few because of the key position, and each letter can not distribute separately.Present existing Chinese characters in common use input method has methods such as T9 input method, phonetic or intelligence phonetic letter.But, these Chinese character entering techniques, in input process, can appear at the situation of selected a kind of phonetic plan in the plurality of optional phonetic plan, at this moment press repeatedly collateral key possibly, and a plurality of Chinese characters of same pronunciation also will use extra modifier key, final could the input finishes, and this increases the average key press number of times in each Chinese character input process greatly.The most commonly used to the Chinese character input with mobile phone in the current digital product, most mobile phones have used " phonetic " or " intelligence phonetic letter " input method.
Have now the existing multiple phonetic plan of spelling input method, to optional Chinese character numbering, can only choose target characters by cursor again.For example, the input Chinese character " is scratched ", by 726, six kinds of phonetic plans undetermined at this moment occur:
Pan Pao Ran Rao San Sao
By to the right directionkeys 5 times, just can choose Sao.Follow-up process is: behind " OK " selected phonetic, be again by behind to the right the directionkeys " → " 6 times, just can obtain " scratching " word by " OK " key again.In this process, press collateral key " → " totally 11 times, pressed " OK " key 2 times.Finally altogether by 16 keys just obtain " scratching " word.
Select again after also having intelligence phonetic letter input method to number at present Chinese character to be selected.For example, input Chinese character " temporarily " by 926, five kinds of phonetic plans undetermined at this moment occur:
Yao Zao Wan Yan Zan
By to the right directionkeys " → " 4 times, just can choose Zan.Follow-up process by after numeral number occurring behind " 1 " key, just can obtain " temporarily " word by " 4 " for again.In this process, press collateral key " → " totally 4 times, pressed collateral key " 1 " key 1 time.Finally altogether by 9 keys just obtain " temporarily " word.As from the foregoing, the average key press number of times in each Chinese character input process of this input method is a lot.
Publication number is that the theoretical foundation of the numeric keypad order input method (application number is 03119525.3) of CN1456966 is not frequency analysis, first letter of input Pinyin the time will be used collateral key, during simultaneously to 26 letter groupings, " Z " up front, different with English regular turn, do not meet people's use habit.
Publication number is phonetic transcriptions of Chinese characters sign indicating number intelligent input method and the digital key pad (application number is 01140269.5) thereof of CN1424644, judgement in the input process of this application file is to rely on character set and digital mapping table, simultaneously in the multiplexing scheme of 26 letters, the third scheme is not according to normal English order, " W " and " V " put upside down the position, do not meet popular use habit.
Summary of the invention
Purpose of the present invention: provide in the input of a kind of phonetic transcriptions of Chinese characters touch potential few, the fast digital spelling Chinese character inputting method that distribution possibility in key position is many, be intended to solve in the present phonetic transcriptions of Chinese characters input process, must in multiple phonetic plan, select earlier and problem that input process modifier key number of times is too many, use the popular characteristics of phonetic at Chinese, with reference to national proposed standard GB/T 18031-2000 " infotech and digital keyboard Chinese character are imported general requirement ", by analyzing the occurrence frequency of 26 letters when carrying out the phonetic input, again at 26 letters of figure case distribution, thereby reduce the modifier key number of times, can realize with phonetic quick on numeric keypad simultaneously, efficient input Chinese character.
To achieve these goals, the technical solution used in the present invention is as follows: a kind of fast digital spelling Chinese character inputting method, and the a-z order has following distribution rule to 26 English alphabets on the digital product figure case:
14 letters of A, a-n are distributed with dual mode in order:
14 letters of A1, a-n are distributed on 7 key positions in order, and 2 letters distribute on each key position;
14 letters of A2, a-n are distributed on 5 key positions in order, wherein, have on the key position to be always gh 3 letters that distribute at most on each key position, 2 letters of minimum distribution;
12 letters of B, o-z are distributed with following mode in order:
14 letters of B1, a-n distribute when adopting above-mentioned A1 mode in order, and 12 letters of o-z are distributed on 5 key positions in order, and 3 letters, the rarest 2 letters are arranged at most on each key position;
B2, distribute in order when adopting above-mentioned A2 mode when 14 letters of a-n, 12 letters of o-z are distributed on 5,4 or 3 the key positions, wherein in order
B21, when o-z12 letter is distributed on 5 key positions in order, 3 letters are arranged, the rarest 2 letters on each key position at most;
B22, when o-z12 letter is distributed on 4 or 3 the key positions in order, 4 letters are arranged, the rarest 2 letters on each key position at most.
In order to optimize technique scheme, can also increase following technology contents:
By such scheme as can be known, the figure case number of digital product keyboard has 12 key positions (being abbreviated as F12), 10 key positions (being abbreviated as F10), 9 key positions (being abbreviated as F9) and 8 key positions (being abbreviated as F8) respectively, and its key position design is as follows:
12 key position modes use 1,2,3,4,5,6,7,8,9,0, symbol 1, each key position of symbol 2};
10 key position modes use 1,2,3,4,5,6,7,8,9, each key position of 0};
9 key position modes can use 2,3,4,5,6,7,8,9, each key position of 0};
8 key position modes can use 1,2,3,4,5,6,7,8} or 3,4,5,6,7,8,9, each key position of 0};
26 English alphabets have following distribution rule in the design of above-mentioned key position:
26 English alphabet distribution rules in the design of 12 key positions:
One of rule: { ab, cd, ef, gh, ij, kl, mn, op, qr, stu, vwx, yz}
Two of rule: { ab, cd, ef, gh, ij, kl, mn, op, qr, stu, vw, xyz}
Three of rule: { ab, cd, ef, gh, ij, kl, mn, op, qrs, tu, vwx, yz}
Four of rule: { ab, cd, ef, gh, ij, kl, mn, op, qrs, tu, vw, xyz}
Five of rule: { ab, cd, ef, gh, ij, kl, mn, opq, rs, tuv, wx, yz}
Six of rule: { ab, cd, ef, gh, ij, kl, mn, opq, rs, tu, vwx, yz}
Seven of rule: { ab, cd, ef, gh, ij, kl, mn, opq, rs, tu, vw, xyz}
Eight of rule: { ab, cd, ef, gh, ij, kl, mn, opq, rst, uv, wx, yz};
26 English alphabet distribution rules in the design of 10 key positions:
One of rule: { abc, def, gh, ijk, lmn, op, qr, stu, vwx, yz}
Two of rule: { abc, def, gh, ijk, lmn, op, qr, stu, vw, xyz}
Three of rule: { abc, def, gh, ijk, lmn, op, qr, st, uvw, xyz}
Four of rule: { abc, def, gh, ijk, lmn, opq, rs, tu, vwx, yz}
Five of rule: { abc, def, gh, ijk, lmn, opq, rs, tu, vw, xyz}
Six of rule: { abc, def, gh, ijk, lmn, opq, rst, uv, wx, yz};
26 English alphabet distribution rules in the design of 9 key positions:
One of rule: { abc, def, gh, ijk, lmn, opqr, stu, vwx, yz}
Two of rule: { abc, def, gh, ijk, lmn, opq, rst, uvw, xyz}
Three or three of rule: { abc, def, gh, ijk, lmn, opqr, stuv, wx, yz}
26 English alphabet distribution rules in the design of 8 key positions:
{abc、def、gh、ijk、lmn、opqr、stuv、wxyz}
In addition, the input of punctuation mark can realize by the function switch key of digital product, also a punctuation mark key position can be set separately on the keyboard of digital product; Can also be provided with by the following method:
Method one, when the keyboard of digital product adopts above-mentioned 12 key positions grouping scheme, and when being alphabetical yz on last figure case in the grouping scheme, behind alphabetical z, increase a punctuate (the punctuate here or be comma or be other symbols), this punctuate guides and enters punctuation mark input function or inputting interface, and the following distribution rule that has punctuate is promptly arranged:
One of 12 key positions and punctuate distribution rule: { ab, cd, ef, gh, ij, kl, mn, op, qr, stu, vwx, yz, }
Two of 12 key positions and punctuate distribution rule: { ab, cd, ef, gh, ij, kl, mn, op, qrs, tu, vwx, yz, }
Three of 12 key positions and punctuate distribution rule: { ab, cd, ef, gh, ij, kl, mn, opq, rs, tuv, wx, yz, }
Four of 12 key positions and punctuate distribution rule: { ab, cd, ef, gh, ij, kl, mn, opq, rs, tu, vwx, yz, }
Five of 12 key positions and punctuate distribution rule: { ab, cd, ef, gh, ij, kl, mn, opq, rst, uv, wx, yz, }
Method two, when the keyboard of digital product adopts above-mentioned 10 key positions and 9 key positions grouping scheme, behind the letter on last figure case on the above-mentioned digital product keyboard, set up a punctuate (the punctuate here or for comma or for other symbols), this punctuate guide enter the punctuation mark input function or the input circle and, the following distribution rule that has punctuate is promptly arranged:
10 key positions and punctuate scheme
One of 10 key positions and punctuate distribution rule: { abc, def, gh, ijk, lmn, op, qr, stu, vwx, yz, }
Two of 10 key positions and punctuate distribution rule: { abc, def, gh, ijk, lmn, op, qr, stu, vw, xyz, }
Three of 10 key positions and punctuate distribution rule: { abc, def, gh, ijk, lmn, op, qr, st, uvw, xyz, }
Four of 10 key positions and punctuate distribution rule: { abc, def, gh, ijk, lmn, opq, rs, tu, vwx, yz, }
Five of 10 key positions and punctuate distribution rule: { abc, def, gh, ijk, lmn, opq, rs, tu, vw, xyz, }
Six of 10 key positions and punctuate distribution rule: { abc, def, gh, ijk, lmn, opq, rst, uv, wx, yz, };
9 key positions and punctuate distribution rule
One of 9 key positions and punctuate distribution rule: { abc, def, gh, ijk, lmn, opqr, stu, vwx, yz, }
Two of 9 key positions and punctuate distribution rule: { abc, def, gh, ijk, lmn, opq, rst, uvw, xyz, }
Three of 9 key positions and punctuate distribution rule: { abc, def, gh, ijk, lmn, opqr, stuv, wx, yz, }.
When utilizing above-mentioned figure case to import the Chinese phonetic alphabet, carry out as follows:
The first letter of pinyin of A, input Chinese character is determined: first letter of pinyin determines to be meant the numerical key that knocks the first letter of pinyin place continuously, wherein, knock continuously and be meant that the time interval of knocking same key continuously must not determine the number of times of needs button greater than the time period of setting according to the arrangement position of first letter of pinyin on the numerical key at its place; Though if by same key position, twice button time surpasses the time period of setting, just think new letter input, at this moment the result is two letters;
Determining of the phonetic subsequent character of B, input Chinese character: the numerical key that knocks phonetic subsequent character place, by with Chinese phonetic alphabet combined data base in approaching phonetic plan compare, determine that follow-up button input is which letter in the corresponding group in key position, obtains importing the correct phonetic of Chinese character;
C, basis obtain importing the correct phonetic of Chinese character, to find out all pronunciations of Chinese character base be the Chinese character of input Pinyin and form a character set to be selected, at this moment show parameter such as optional Chinese character number according to every page, add numeral number for first page Chinese character since 1;
D, after current character reminding page or leaf is selected Chinese character or page turning, continue to select Chinese character, promptly be meant the selection that numbered Chinese character to be selected is numbered; If when not having needed Chinese character in the current page, just, select required Chinese character by numeral number again by button page turning forward or backward.
The algorithm characteristic of Chiense-character phonetic alphebet intelligent translation process among the present invention:
Intelligence translation is by search pinyin combinations database and carries out the phonetic comparison, determines current input alphabet and is in the corresponding letter grouping in key position which and determine character.Because the superiority of coding method itself has been avoided the multiplicity when phonetic is imported, during input, the F12 mode is searched for possible pinyin combinations in the built-in Chinese phonetic alphabet method database automatically, and then determines Chinese character to be selected.This algorithm characteristic has three:
The first, algorithm has certain predictability.Such as " sky ", sound kong.Can be predicted as next step temporarily and have a kind of input array configuration after being input to kon, promptly kong though at this moment only imported kon, still thinks to be exactly the kong sound, so point out out the Chinese character of all kong sounds selective.
The second, algorithm has complete intelligence or logic decision.Such as " Zhu ", sound zhu.Behind input z, import h, at this moment should be by " 4 " key, and " 4 " are corresponding to g and h, by searching for built-in Scheme for the Chinese Phonetic Alphabet database and carrying out the phonetic comparison, can not find " zg " but can find " zh " form (as " zha ", " zhan ", " zhang " or the like), so judge this press " 4 " input should be h, during next step input u, " 0 " corresponding s, t, u these three kinds may, should be by " 0 " key, that at this moment import by " 0 " key for this by the built-in Scheme for the Chinese Phonetic Alphabet database decidable of search should be u.
The 3rd, represent distinctive in the phonetic " " with alphabetical v usually.In part grouping scheme, if " u " and " v " in same key position, then do not distinguished, think that u also represents " ", and v wouldn't work.
Input method of the present invention compares with phonetic or intelligence phonetic letter input method (T9) input method:
The most commonly used to the Chinese character input with mobile phone in the present digital product, most mobile phones have used " phonetic " or " intelligence phonetic letter " input method.
The existing multiple phonetic plan of the spelling input method that has now not to optional Chinese character numbering, can only be chosen target characters by cursor again.For example, the input Chinese character " is scratched ", by 726, six kinds of phonetic plans undetermined at this moment occur:
Pan Pao Ran Rao San Sao
By to the right directionkeys 5 times, just can choose Sao.Follow-up process is: behind " OK " selected phonetic, be again by behind to the right the directionkeys " → " 6 times, just can obtain " scratching " word by " OK " key again.In this process, by the shop help key " → " totally 11 times, by " OK " key 2 times.Finally altogether by 16 keys just obtain " scratching " word.
The intelligence phonetic letter input method that also has at present can be to selecting after the Chinese character numbering to be selected again.For example, input Chinese character " temporarily " by 926, five kinds of phonetic plans undetermined at this moment occur:
Yao Zao Wan Yan Zan
By to the right directionkeys " → " 4 times, just can choose Zan.Follow-up process by after numeral number occurring behind " 1 " key, just can obtain " temporarily " word by " 4 " for again.In this process, press collateral key " → " totally 4 times, pressed collateral key " 1 " key 1 time.Finally altogether by 9 keys just obtain " temporarily " word.
Contrast: with existing intelligence phonetic letter input method contrast, when the F12 mode of use fast digital spelling is imported:: behind " 0 ", " 1 ", " 8 ", after pressing " ↓ " downward page turning after " OK ", can obtain " scratching " word by 1 as if importing " scratching ".Amount to button 6 times, less than 1/2nd of spelling input method; If input " temporarily " word: connect by (11) after twice, fast again by " 1 ", " 7 ", by obtaining " temporarily " word by 4 after " OK ".Amount to button 6 times, touch potential obviously reduces.
Conclusion: intelligence phonetic letter input method many times will nearly be selected in six kinds of phonetic plans undetermined in multiple phonetic plan sometimes, causes button in the definite and selection course of Chinese character too many; The present invention is then because initial is determinacy input, do not need the process of confirming from multiple phonetic plan of T9, simultaneously Chinese character to be selected is numbered, and makes that the average key press number of times in the Chinese character input shortens greatly.
The present invention uses initial to determine strategy, add the input overall process is carried out intelligent predicting and judgement, the selection course again that does not have the multiple scheme of phonetic, can improve Chinese character input speed greatly, reduce the input touch potential, the simplified Chinese characters key selects process, makes the average key of each Chinese character reach extremely low limit.Compare with T9 input method patent, the present invention is easier to use, and presses close to popular custom.
The present invention contrasts with numeric keypad order input method patented claim (application number 03119525.3):
Compare with the numerical order input method, the present invention has 5 different points: first, the theoretical foundation difference, the present invention is based on a large amount of autotelic statisticss, to higher 8 letters (a, i, n, u, c, g, h, o) of the frequency of occurrences rationally distribute, the high-frequency letter is distributed as first letter as far as possible and obtains alphabetical packet mode, purpose is when also will select for fear of with spell Chinese character input the time phonetic to form mode, to improve input efficiency as far as possible; The second, during this method input Pinyin without collateral key, when especially carrying out the input of first phonetic; The 3rd, letter of the present invention remains English initial order, from A-Z, meets popular custom; The 4th, u and v can be placed on same key position; The 5th, the claim difference.
The theoretical foundation of numeric keypad order input method (application number 03119525.3) is not frequency analysis, will use collateral key during first letter of input Pinyin, and when simultaneously 26 letters being divided into groups, " Z " up front, and be different with English regular turn.
The present invention contrasts with existing phonetic transcriptions of Chinese characters sign indicating number intelligent input method and digital key pad patent (application number 01140269.5 is hereinafter to be referred as the contrast patent) thereof:
Compare with phonetic transcriptions of Chinese characters sign indicating number intelligent input method and digital key pad patent thereof, the present invention has 4 different points: first, as previously mentioned, the theoretical foundation difference, the present invention is based on a large amount of autotelic statisticss, to higher 8 letters (a, i, n, u, e, g, h, o) of the frequency of occurrences rationally distribute, the high-frequency letter is distributed as first letter as far as possible and obtains alphabetical packet mode; The second, remove initial, the intelligent input process of follow-up phonetic alphabet is to search the possible input scheme of next letter in a pinyin table that is similar to Xinhua dictionary; The 3rd, the key position difference of alphabetical group forming criterion, packet content, distribution, the character multiplexing scheme of contrast patent is:
A、(1)abc (2)def (3)gh (4)ijk (5)lmn (6)opqr (7)stu (8)vwx (9)yz
B、(2)abc (3)def (4)gh (5)ijk (6)lmn (7)opqr (8)stuv (9)wxyz
C、(2)abc (3)def (4)gh (5)ijk (6)lmn (7)opqr (8)stuw (9)vxyz
And the present invention is the repetition of avoiding coded system, 9 key position methods for designing be not on (1,2,3,4,5,6,7,8,9) key position, 8 key position methods for designing be not (2,3,4,5,6,7,8,9) key position.
The theoretical foundation of contrast patent is not frequency analysis, and the judgement in the input process is to rely on character set and digital mapping table, and in the multiplexing method of 26 letters, the third method is not according to normal English order simultaneously, and " W " and " V " put upside down the position.
The invention has the beneficial effects as follows: in the fast digital spelling input method, input has optimum efficiency to 12 key position distribution rules to phonetic, and singly-bound definition multiplicity is also low simultaneously.From the input process analysis, 52.8% hits by primary key in first phonetic alphabet, and 47.2% needs hit by twice key; And in follow-up input process, promptly from second letter, be that singly-bound intelligence is hit all, promptly a key hits and reaches 100%.
If if the mean code length of each Chinese character is 3.24, statistical results show, when using 12 key position distribution rules to carry out the phonetic transcriptions of Chinese characters input, have only 14.6% phonetic button to need twice button to determine on the whole, and all be one-touch up to 85.4% phonetic button, there is not the situation that needs three buttons to determine phonetic.Even when carrying out pure English input, need to determine that by three buttons the letters of input only account for 7.7%.When using known computer to carry out the phonetic input, if use 12 key position distribution rules of the present invention, compare with the known computer input efficiency, degree of closeness reaches 85.4%.That is to say that the average input code length of coding method is recommended minimum with the key scheme near country, on 12 numerical keys, beat Chinese character very near the service efficiency of known computer keyboard with phonetic.
The F12 of the fast phonetic input method of comparative figures, F10, F9 and F8 distribution rule, F12 distribution rule most effective is near the service efficiency of known computer keyboard.The mode of 26 letters but the more familiar 10/9/8 key position of the public distributes, so F10, F9, F8 distribution rule are fast digital spelling application schemes.
Description of drawings
Fig. 1 is the keyboard alphabet layout synoptic diagram of a kind of embodiment of the present invention;
Fig. 2 is a process flow diagram of the present invention.
Embodiment
A kind of fast digital spelling Chinese character inputting method adopts 12 figure cases on the digital product keyboard, promptly figure case is designed to { 1,2,3,4,5,6,7,8,9,0,-/--, TV/AV} is by from the a-z order 12 figure cases of 26 English alphabets at the digital product keyboard being divided into groups to distribute, concrete rule of classification is as follows: be distributed in order on 7 key positions from 14 letters of a-n, 2 letters distribute on each key position; Be distributed in order on 5 key positions from 12 letters of o-z, 3 letters, the rarest 2 letters are arranged at most on each key position.Can obtain 8 kinds of rules of classification like this.The concrete grouping as table 1:
Table 1 12 key-position letter grouping sheets
| 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 0 | -/-- | TV/AV |
| ab | cd | ef | gh | ij | kl | mn | op | qr | stu | vwx | yz |
| ab | cd | ef | gh | ij | kl | mn | op | qr | stu | vw | xyz |
| ab | cd | ef | gh | ij | kl | mn | op | qrs | tu | vwx | yz |
| ab | cd | ef | gh | ij | kl | mn | op | qrs | tu | vw | xyz |
| ab | cd | ef | gh | ij | kl | mn | opq | rs | tuv | wx | yz |
| ab | cd | ef | gh | ij | kl | mn | opq | rs | tu | vwx | yz |
| ab | cd | ef | gh | ij | kl | mn | opq | rs | tu | vw | xyz |
| ab | cd | ef | gh | ij | kl | mn | opq | rst | uv | wx | yz |
Use distribute 26 English alphabets and import Chinese character of 12 key positions, its keyboard alphabet layout figure as shown in Figure 1.The input of punctuation mark can realize the punctuate input by the function switching key of digital product or by set up " punctuation mark " enter key position (referring to " punctuation mark " key among Fig. 1) on the digital product keyboard in 8 kind of 12 key position distribution rule in the table 1; Also can be in the end letter on figure case when only yz being arranged, increase in alphabetical z back one "; " the expression punctuation mark input with "; " guiding, but also can use other symbols (as ". ", " ", "-" etc.) guiding to enter punctuation mark input function or inputting interface, have 5 kinds of letters and punctuate rule of classification like this, the concrete grouping as table 2:
Table 2 12 key-position letters and punctuate grouping sheet
| 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 0 | -/-- | TV/AV |
| ab | cd | ef | gh | ij | kl | mn | op | qr | stu | vwx | yz， |
| ab | cd | ef | gh | ij | kl | mn | op | qrs | tu | vwx | yz， |
| ab | cd | ef | gh | ij | kl | mn | opq | rs | tuv | wx | yz， |
| ab | cd | ef | gh | ij | kl | mn | opq | rs | tu | vwx | yz， |
| ab | cd | ef | gh | ij | kl | mn | opq | rst | uv | wx | yz， |
As shown in Figure 2, when utilizing above-mentioned figure case to import the Chinese phonetic alphabet, carry out as follows:
The first letter of pinyin of A, input Chinese character is determined: first letter of pinyin determines to be meant the numerical key that knocks the first letter of pinyin place continuously, wherein, knock continuously and be meant that the time interval of knocking same key continuously must not determine the number of times of needs button greater than the time period of setting according to the arrangement position of first letter of pinyin on the numerical key at its place; Though if by same key position, twice button time surpasses the time period of setting, just think new letter input, at this moment the result is two letters.The determining of initial do not need determining of the auxiliary initial of other keys by once or repeatedly repeat in the short time to be undertaken by key position, alphabetical place, and so-called " time period of setting " (Time Gap) is meant to be taken as 1 second usually in 0.5 second to 1.5 seconds.For the phonetic of Chinese character was imported, after first phonetic was determined, residue phonetic then was to obtain after input back intelligent predicting or the judgement.With keyboard shown in Figure 1 is example:
" spring " chun input 2407
" section " duan input 22017
Be that input alphabet c need be by one time 2, the input alphabet d need be by twice 2.Enter the Chinese character selection mode by carriage return, still use the 1-9 numerical key to select optional Chinese character.
Determining of the phonetic subsequent character of B, input Chinese character: the numerical key that knocks phonetic subsequent character place, by with Chinese phonetic alphabet combined data base in approaching phonetic plan compare, determine that follow-up button input is which letter in the corresponding group in key position, obtains importing the correct phonetic of Chinese character.For example: after the input [z],,, think that directly input is that [zh] makes up though 4 represent gh two keys again by 4 keys; Again by 0 key,, think that directly input is that [zhu] makes up though 0 represent the stu triple bond.
C, basis obtain importing the correct phonetic of Chinese character, to find out all pronunciations of Chinese character base be the Chinese character of input Pinyin and form a character set to be selected, at this moment show parameter such as optional Chinese character number according to every page, add numeral number for first page Chinese character since 1.
D, after current character reminding page or leaf is selected Chinese character or page turning, continue to select Chinese character, promptly be meant the selection that numbered Chinese character to be selected is numbered; If when not having needed Chinese character in the current page, just, select required Chinese character by numeral number again by button page turning forward or backward.
A kind of fast digital spelling Chinese character inputting method adopts 10 figure cases on the digital product keyboard, promptly figure case is designed to { 1,2,3,4,5,6,7,8,9,0}, by from the a-z order 10 figure cases of 26 English alphabets at the digital product keyboard being divided into groups to distribute, concrete rule of classification is as follows: be distributed in order on 5 key positions, wherein from 14 letters of a-n, there are on the key position to be always gh 3 letters that distribute at most on each key position, 2 letters of minimum distribution; Be distributed in order on 5 key positions from 12 letters of o-z, 3 letters, the rarest 2 letters are arranged at most on each key position; Can obtain 6 kinds of groupings like this, the concrete grouping as table 3:
Table 3 10 key-position letter grouping sheets
| 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 0 |
| abc | def | gh | ijk | lmn | op | qr | stu | vwx | yz |
| abc | def | gh | ijk | lmn | op | qr | stu | vw | xyz |
| abc | def | gh | ijk | lmn | op | qr | st | uvw | xyz |
| abc | def | gh | ijk | lmn | opq | rs | tu | vwx | yz |
| abc | def | gh | ijk | lmn | opq | rs | tu | vw | xyz |
| abc | def | gh | ijk | lmn | opq | rst | uv | wx | yz |
In 6 kind of 10 key position distribution rule in the table 3 input of punctuation mark can be in the end alphabetical z back on figure case increase by one "; " the expression punctuation mark input with "; " guiding, but also can use other symbols (as ". ", " ", "-" etc.) guiding to enter punctuation mark input function or inputting interface, have the grouping of 6 kinds of letters and punctuate like this, the concrete grouping as table 4:
Table 4 10 key-position letters and punctuate grouping sheet
| 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 0 |
| abc | def | gh | ijk | lmn | op | qr | stu | vwx | yz， |
| abc | def | gh | ijk | lmn | op | qr | stu | vw | xyz， |
| abc | def | gh | ijk | lmn | op | qr | st | uvw | xyz， |
| abc | def | gh | ijk | lmn | opq | rs | tu | vwx | yz， |
| abc | def | gh | ijk | lmn | opq | rs | tu | vw | xyz， |
| abc | def | gh | ijk | lmn | opq | rst | uv | wx | yz， |
Step when utilizing above-mentioned figure case to import the Chinese phonetic alphabet is with embodiment 1.
A kind of fast digital spelling Chinese character inputting method adopts 9 figure cases on the digital product keyboard, promptly figure case is designed to { 2,3,4,5,6,7,8,9,0} key position is by from the a-z order 9 figure cases of 26 English alphabets at the digital product keyboard being divided into groups to distribute, concrete rule of classification is as follows: be distributed in order on 5 key positions from 14 letters of a-n, wherein, have on the key position to be always gh, maximum 3 letters that distribute on each key position, 2 letters of minimum distribution; Be distributed in order on 4 key positions from 12 letters of o-z, 4 letters, the rarest 2 letters are arranged at most on each key position; Can obtain 3 kinds of groupings like this, the concrete grouping as table 5:
Table 59 key-position letter grouping sheets
| 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 0 |
| abc | def | gh | ijk | lmn | opqr | stu | vwx | yz |
| abc | def | gh | ijk | lmn | opq | rst | uvw | xyz |
| abc | def | gh | ijk | lmn | opqr | stuv | wx | yz |
In 3 kind of 9 key position rule of classification in the table 5 input of punctuation mark can be in the end alphabetical z back on figure case increase by one "; " the expression punctuation mark input with "; " guiding, but also can use other symbols (as ". ", " ", "-" etc.) guiding to enter punctuation mark input function or inputting interface, have the grouping of 3 kinds of letters and punctuate like this, the concrete grouping as table 6:
Table 69 key-position letters and punctuate grouping sheet
| 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 0 |
| abc | def | gh | ijk | lmn | opqr | stu | vwx | yz， |
| abc | def | gh | ijk | lmn | opq | rst | uvw | xyz， |
| abc | def | gh | ijk | lmn | opqr | stuv | wx | yz， |
Step when utilizing above-mentioned figure case to import the Chinese phonetic alphabet is with embodiment 1.
A kind of fast digital spelling Chinese character inputting method adopts 8 figure cases on the digital product keyboard, promptly adopt 1,2,3,4,5,6,7,8} or 3,4,5,6,7,8,9,0} key position; By 8 figure cases of 26 English alphabets at the digital product keyboard being divided into groups to distribute from the a-z order, concrete rule of classification is as follows: be distributed in order on 5 key positions from 14 letters of a-n, wherein, have on the key position and be always gh, maximum 3 letters that distribute on each key position, 2 letters of minimum distribution; Be distributed in order on 3 key positions from 12 letters of oz, 4 letters are arranged on each key position; Can obtain a kind of grouping like this, the concrete grouping as table 7:
Table 78 key-position letter grouping sheets
| 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 |
| 3 | 4 | 5 | 6 | 7 | 8 | 9 | 0 |
| abc | def | gh | ijk | lmn | opqr | stuv | wxyz |
Step when utilizing above-mentioned figure case to import the Chinese phonetic alphabet is with embodiment 1.
Claims (8)
1, a kind of fast digital spelling Chinese character inputting method is characterized in that: 26 English alphabets of a-z order have following distribution rule on the figure case of digital product:
14 letters of A, a-n are distributed with following dual mode in order:
14 letters of A1, a-n are distributed on 7 key positions in order, and 2 letters distribute on each key position;
14 letters of A2, a-n are distributed on 5 key positions in order, wherein, have on the key position to be always gh 3 letters that distribute at most on each key position, 2 letters of minimum distribution;
12 letters of B, o-z are distributed with following mode in order:
B1, when 14 letters of a-n distribute when adopting above-mentioned A1 mode in order, then 12 of o-z letters are distributed on 5 key positions in order, and 3 letters, the rarest 2 letters are arranged at most on each key position;
B2, distribute in order when adopting above-mentioned A2 mode when 14 letters of a-n, then 12 of o-z letters are distributed on 5,4 or 3 the key positions, wherein in order
B21, when o-z12 letter is distributed on 5 key positions in order, 3 letters are arranged, the rarest 2 letters on each key position at most;
B22, when o-z12 letter is distributed on 4 or 3 the key positions in order, 4 letters are arranged, the rarest 2 letters on each key position at most.
2, fast digital spelling Chinese character inputting method according to claim 1 is characterized in that: the design of following key position is arranged on the digital product:
12 key position modes use 1,2,3,4,5,6,7,8,9,0, symbol 1, each key position of symbol 2};
10 key position modes use 1,2,3,4,5,6,7,8,9, each key position of 0};
9 key position modes can use 2,3,4,5,6,7,8,9, each key position of 0};
8 key position modes can use 1,2,3,4,5,6,7,8} or 3,4,5,6,7,8,9, each key position of 0}.
3, fast digital spelling Chinese character inputting method according to claim 2 is characterized in that: 26 English alphabets have following distribution rule in the design of above-mentioned key position:
26 English alphabet distribution rules in the design of 12 key positions:
One of rule: { ab, cd, ef, gh, ij, kl, mn, op, qr, stu, vwx, yz}
Two of rule: { ab, cd, ef, gh, ij, kl, mn, op, qr, stu, vw, xyz}
Three of rule: { ab, cd, ef, gh, ij, kl, mn, op, qrs, tu, vwx, yz}
Four of rule: { ab, cd, ef, gh, ij, kl, mn, op, qrs, tu, vw, xyz}
Five of rule: { ab, cd, ef, gh, ij, kl, mn, opq, rs, tuv, wx, yz}
Six of rule: { ab, cd, ef, gh, ij, kl, mn, opq, rs, tu, vwx, yz}
Seven of rule: { ab, cd, ef, gh, ij, kl, mn, opq, rs, tu, vw, xyz}
Eight of rule: { ab, cd, ef, gh, ij, kl, mn, opq, rst, uv, wx, yz};
26 English alphabet distribution rules in the design of 10 key positions:
One of rule: { abc, def, gh, ijk, lmn, op, qr, stu, vwx, yz}
Two of rule: { abc, def, gh, ijk, lmn, op, qr, stu, vw, xyz}
Three of rule: { abc, def, gh, ijk, lmn, op, qr, st, uvw, xyz}
Four of rule: { abc, dcf, gh, ijk, lmn, opq, rs, tu, vwx, yz}
Five of rule: { abc, def, gh, ijk, lmn, opq, rs, tu, vw, xyz}
Six of rule: { abc, def, gh, ijk, lmn, opq, rst, uv, wx, yz};
26 English alphabet distribution rules in the design of 9 key positions:
One of rule: { abc, def, gh, ijk, lmn, opqr, stu, vwx, yz}
Two of rule: { abc, def, gh, ijk, lmn, opq, rst, uvw, xyz}
Three of rule: { abc, def, gh, ijk, lmn, opqr, stuv, wx, yz}
26 English alphabet distribution rules in the design of 8 key positions:
{abc、def、gh、ijk、lmn、opqr、stuv、wxyz}。
4, fast digital spelling Chinese character inputting method according to claim 1 is characterized in that: the input of punctuation mark can realize by the function switch key of digital product, also a punctuation mark key position can be set separately on the keyboard of digital product.
5, fast digital spelling Chinese character inputting method according to claim 3, it is characterized in that: when the keyboard of digital product adopts above-mentioned 12 key positions to divide into groups scheme, and when being alphabetical yz on last figure case in the grouping scheme, behind alphabetical z, increase a punctuate, this punctuate guides and enters punctuation mark input function or inputting interface, and the following distribution rule that has punctuate is promptly arranged:
One of 12 key positions and punctuate distribution rule: { ab, cd, ef, gh, ij, kl, mn, op, qr, stu, vwx, yz, }
Two of 12 key positions and punctuate distribution rule: { ab, cd, ef, gh, ij, kl, mn, op, qrs, tu, vwx, yz, }
Three of 12 key positions and punctuate distribution rule: { ab, cd, ef, gh, ij, kl, mn, opq, rs, tuv, wx, yz, }
Four of 12 key positions and punctuate distribution rule: { ab, cd, ef, gh, ij, kl, mn, opq, rs, tu, vwx, vz, }
Five of 12 key positions and punctuate distribution rule: { ab, cd, ef, gh, ij, kl, mn, opq, rst, uv, wx, yz, }.
6, fast digital spelling Chinese character inputting method according to claim 3, it is characterized in that: when the keyboard of digital product adopts above-mentioned 10 key positions and 9 key positions grouping scheme, behind the letter on last figure case on the above-mentioned digital product keyboard, set up a punctuate, this punctuate guides and enters punctuation mark input function or inputting interface, and the following distribution rule that has punctuate is promptly arranged:
10 key positions and punctuate scheme
One of 10 key positions and punctuate distribution rule: { abc, def, gh, ijk, lmn, op, qr, stu, vwx, yz, }
Two of 10 key positions and punctuate distribution rule: { abc, def, gh, ijk, lmn, op, qr, stu, vw, xyz, }
Three of 10 key positions and punctuate distribution rule: { abc, def, gh, ijk, lmn, op, qr, st, uvw, xyz, }
Four of 10 key positions and punctuate distribution rule: { abc, def, gh, ijk, lmn, opq, rs, tu, vwx, yz, }
Five of 10 key positions and punctuate distribution rule: { abc, def, gh, ijk, lmn, opq, rs, tu, vw, xyz, }
Six of 10 key positions and punctuate distribution rule: { abc, def, gh, ijk, lmn, opq, rst, uv, wx, yz, };
9 key positions and punctuate distribution rule
One of 9 key positions and punctuate distribution rule: { abc, def, gh, ijk, lmn, opqr, stu, vwx, yz, }
Two of 9 key positions and punctuate distribution rule: { abc, def, gh, ijk, lmn, opq, rst, uvw, xyz, }
Three of 9 key positions and punctuate distribution rule: { abc, def, gh, ijk, lmn, opqr, stuv, wx, yz, }.
7, according to claim 5 or 6 described fast digital spelling Chinese character inputting methods, it is characterized in that: above-mentioned punctuate is comma or other symbols.
8, according to claim 1 or 2 or 3 or 5 or 6 or 7 described fast digital spelling Chinese character inputting methods, it is characterized in that: when utilizing above-mentioned figure case to import the Chinese phonetic alphabet, carry out as follows:
The first letter of pinyin of A, input Chinese character is determined: first letter of pinyin determines to be meant the numerical key that knocks the first letter of pinyin place continuously, wherein, knock continuously and be meant that the time interval of knocking same key continuously must not determine the number of times of needs button greater than the time period of setting according to the arrangement position of first letter of pinyin on the numerical key at its place; Though if by same key position, twice button time surpasses the time period of setting, just think new letter input, at this moment the result is two letters;
Determining of the phonetic subsequent character of B, input Chinese character: the numerical key that knocks phonetic subsequent character place, by with Chinese phonetic alphabet combined data base in approaching phonetic plan compare, determine that follow-up button input is which letter in the corresponding group in key position, obtains importing the correct phonetic of Chinese character;
C, basis obtain importing the correct phonetic of Chinese character, to find out all pronunciations of Chinese character base be the Chinese character of input Pinyin and form a character set to be selected, at this moment show parameter such as optional Chinese character number according to every page, add numeral number for first page Chinese character since 1;
D, after current character reminding page or leaf is selected Chinese character or page turning, continue to select Chinese character, promptly be meant the selection that numbered Chinese character to be selected is numbered; If when not having needed Chinese character in the current page, just, select required Chinese character by numeral number again by button page turning forward or backward.
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107329587A (en) * | 2017-07-24 | 2017-11-07 | 杨威 | A kind of English alphabet sequence nine grids key letter mapping method of the low spelling repetition rate of coding |
| CN107329581A (en) * | 2016-04-29 | 2017-11-07 | 宇龙计算机通信科技(深圳)有限公司 | A kind of method, device and the terminal of key letter arrangement processing |
| CN107390882A (en) * | 2017-07-10 | 2017-11-24 | 杨威 | A kind of 12 palace lattice key letter mapping methods with the ultralow spelling repetition rate of coding |
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| CN1178120C (en) * | 1999-05-19 | 2004-12-01 | 快码资讯科技有限公司 | Chinese character coding input method and device |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107329581A (en) * | 2016-04-29 | 2017-11-07 | 宇龙计算机通信科技(深圳)有限公司 | A kind of method, device and the terminal of key letter arrangement processing |
| CN107390882A (en) * | 2017-07-10 | 2017-11-24 | 杨威 | A kind of 12 palace lattice key letter mapping methods with the ultralow spelling repetition rate of coding |
| CN107390882B (en) * | 2017-07-10 | 2020-05-08 | 杨威 | Twelve-grid keyboard letter mapping method with low full spelling rate of repetition |
| CN107329587A (en) * | 2017-07-24 | 2017-11-07 | 杨威 | A kind of English alphabet sequence nine grids key letter mapping method of the low spelling repetition rate of coding |
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