CN102902364A - Zero-memory double-stroke input method - Google Patents
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Abstract
Disclosed is a zero-memory double-stroke input method in which English letter keys in a general computer keyboard are used. The input method is characterized in that general five single strokes of Chinese characters including a horizontal stroke, a vertical stroke, a left-falling stroke, a dot and a turning stroke are combined pairwise to form twenty five kinds of double strokes; according to the writing order, English letters corresponding to the double strokes, English letters corresponding to the single strokes and initial letters of Chinese character pinyin are combined to form a Chinese character input code with one to four digits corresponding to one or several Chinese characters, and then Chinese characters to be input are selected. The input method has the advantages of being small in memory capacitance and repeated codes and capable of inputting Chinese characters and phrases simply and rapidly.
Description
Technical field
The invention belongs to input method of Chinese character, be specifically related to a kind of zero memory double-stroke input method, be applicable to Computer input of the Chinese character.
Background technology
Present input method of Chinese character mainly contains five-stroke input method, spelling input method, five-stroke input method, and repeated code is few, high input speed, but the difficult note of radical also will be familiar with the layout of radical on keyboard very much, except the typist of specialty, few people study hard five-stroke input method; Spelling input method does not need to remember radical, only need to know that the pronunciation of Chinese character just can get Chinese character, but the phonetically similar word of Chinese character is a lot, and the user uses spelling input method, and repeated code is too many, needs word selection, and the input speed of Chinese character is slow.
Erbi input method now also has certain customer group, and repeated code is few, with five-stroke input method by comparison, radical is wanted much less, and 25 two strokes, 10 radicals by which characters are arranged in traditional Chinese dictionaries and 5 single strokes amount to 40 radicals, the corresponding English coding of these radicals, do not have memory regulation, just its zoning on keyboard, radical is difficult note still, the user need to be familiar with the layout of radical on keyboard, and this needs special typing exercising to enhance memory.
For spelling input method, if long-term the use can produce the phenomenon that forgets what to write when actually writing, this has caused the concern of many experts and insighted will, and we have in the face of this problem, inquire into how to address this problem
Way.
Summary of the invention
Problem to be solved by this invention is to provide a kind of mass memory that do not need, and repeated code is few, the zero memory double-stroke input method of high input speed.25 two alphabet codes corresponding to stroke, sequential organization according to the English alphabet, and the English alphabet, the pupil knows sth. thoroughly by heart, the user also can extrapolate certain two alphabet codes corresponding to stroke, and find one-pen and a piece of paper whenever and wherever possible in very not familiar situation, a few minutes just can draw 25 two alphabet code tables corresponding to stroke, very convenient this input method of use; According to existing modern Chinese character input method programming technique, utilize the present invention, if certain Chinese character is not familiar with, only need the front trigram of input to get final product, use hardly page turning, and a lot of word also there is not repeated code.If be familiar with certain Chinese character, input complete four yards, in most cases, there is not repeated code, more without page turning.Both improved input speed, the generation of this phenomenon of effectively having avoided again forgetting what to write when actually writing.
For achieving the above object, the invention provides a kind of zero memory double-stroke input method, it is characterized in that: general horizontal, vertical, left, points and these five kinds of Chinese character input single strokes pictures of folding are combined into 25 kinds of two strokes in twos, according to sequential write, the corresponding English alphabet of corresponding English alphabet, single stroke and first phonetic letter combination with two strokes, order forms one to four Hanzi inputing code, then corresponding corresponding one or several Chinese character of this one to four Hanzi inputing code selects the Chinese character that need to input.
Illustrate: the receipts pen of mentioning among the present invention refers to second single stroke in certain two stroke; The first stroke of a Chinese character refers to first single stroke in certain two stroke, and for example: two strokes " break ", the first stroke of a Chinese character are that folded pen is drawn, and receive pen and are
The point stroke; Described five kinds of single strokes, be that horizontal stroke, some stroke, perpendicular stroke, skimming pen picture and folded pen are drawn, the stroke of Chinese character is divided into five kinds of strokes, multiple division rule is arranged, here with five strokes on the popular smart mobile phone as benchmark, for example, right-falling stroke draws also that rule are a some stroke, and the picture of starting writing is also advised as horizontal stroke etc.
The corresponding English alphabet of 25 two strokes, consistent to Y with the A of the English alphabet successively to the folding folding from transverse cross.The corresponding alphabet code table (such as following table) of 25 two strokes
For example: two strokes " transverse cross ", alphabet code corresponding to " perpendicular point " are respectively: A, I.
Single stroke is divided into five kinds, that is: horizontal, vertical, left, points, discount, and corresponding coding is respectively: H, S, P, D, Z, the i.e. first letter of pinyin of " horizontal, vertical, left, points, discount " these several Chinese characters.
The concrete steps of described encode Chinese characters for computer are as follows:
A. working as the Chinese-character stroke number is for the moment, gets the corresponding English alphabet of single stroke and the combination of this first phonetic letter of this Chinese character, and two bit codes inputted in the composition Chinese character.
B. when the Chinese-character stroke number is two, get first single stroke of this Chinese character and corresponding English alphabet and the combination of this first phonetic letter of two strokes that second single stroke forms, two bit codes inputted in the composition Chinese character.
C. when the Chinese-character stroke number is three, get the corresponding English alphabet of first single stroke of this Chinese character and two strokes that second single stroke forms, the corresponding English alphabet of last single stroke and the combination of this first phonetic letter of this Chinese character, three bit codes inputted in the composition Chinese character.
D. when the Chinese-character stroke number is four, get the 3rd single stroke of corresponding English alphabet, this Chinese character of first single stroke of this Chinese character and two strokes that second single stroke forms and corresponding English alphabet and this first phonetic letter of two strokes that the 4th single stroke forms and make up, three bit codes inputted in the composition Chinese character.
E. when the Chinese-character stroke number is five, get the 3rd single stroke of corresponding English alphabet, this Chinese character of first single stroke of this Chinese character and two strokes that second single stroke forms and corresponding English alphabet, the corresponding English alphabet of last single stroke and this first phonetic letter of two strokes that the 4th single stroke forms and make up, four bit codes inputted in the composition Chinese character.
F. when the Chinese-character stroke number is no less than six, get the 3rd single stroke of corresponding English alphabet, this Chinese character of first single stroke of this Chinese character and two strokes that second single stroke forms and corresponding English alphabet, the penult single stroke of this Chinese character and corresponding English alphabet and this first phonetic letter of two strokes that last single stroke forms of two strokes that the 4th single stroke forms and make up, four bit codes inputted in the composition Chinese character.
G. to Chinese characters in common use, input at Chinese character on the basis of four bit codes, get Chinese character and input the first bit code of four bit codes, front two code or first three bit code, form Chinese character input brevity code.
This input method of Chinese character does not need Chinese character is split, and input is simple, does not need mass memory, even be not familiar with this Chinese character, also can input fast it; Even do not need to remember fully, even for the very poor the elderly of those memory, also at any time a few minutes, oneself finish a coding schedule, the contrast input coding, easily export Chinese character, and repeated code seldom, can reach the technique effect of high-end input method (repeated code seldom) whole people's popularization and application.
The phrase that input is comprised of two and above Chinese character, the scheme of phrase coding has two kinds.Phrase group Chinese word coding step in the first encoding scheme is as follows:
During phrase that a, two Chinese characters of input form, get the first letter of pinyin of first Chinese character, the first letter of pinyin of second Chinese character, first yard of first encode Chinese characters for computer, first yard of second encode Chinese characters for computer forms four phrases and encodes;
During phrase that b, three Chinese characters of input form, get the first letter of pinyin of first Chinese character, the first letter of pinyin of second Chinese character, the first letter of pinyin of the 3rd Chinese character, first yard of the 3rd encode Chinese characters for computer forms four phrases and encodes;
During phrase that c, input four and above Chinese character form, get the first letter of pinyin of first Chinese character, the first letter of pinyin of second Chinese character, the first letter of pinyin of the 3rd Chinese character, the first letter of pinyin of last Chinese character forms four phrases and encodes;
Phrase group Chinese word coding step in the second encoding scheme is as follows:
During phrase that a, two Chinese characters of input form, get the first two code of the non-first letter of pinyin coding of first Chinese character, the first two code of the non-first letter of pinyin coding of second Chinese character, order forms four phrases codings;
Especially, if two yards of the non-first letter of pinyin coded number deficiencies of Chinese character are then got the whole non-first letter of pinyin coding of Chinese character;
During phrase that b, three Chinese characters of input form, get the last code of the non-first letter of pinyin coding of first Chinese character, the last code of the non-first letter of pinyin coding of second Chinese character, the first two code of the non-first letter of pinyin coding of the 3rd Chinese character, order forms four phrase codings;
Especially, if two yards of the non-first letter of pinyin coded number deficiencies of the 3rd Chinese character are then got the whole non-first letter of pinyin coding of this Chinese character;
During phrase that c, input four and above Chinese character form, get the last code of the non-first letter of pinyin coding of first Chinese character, the last code of the non-first letter of pinyin coding of second Chinese character, the last code of the non-first letter of pinyin coding of the 3rd Chinese character, the last code of the non-first letter of pinyin coding of last Chinese character, order form four phrase codings;
The code base of input phrase is large, and repeated code is few, and the user can input rapidly phrase, has accelerated the input speed of Chinese character.
Remarkable result of the present invention is: memory capacitance is little, and repeated code is few, input Chinese character and phrase thereof that can Simple fast.
Embodiment
Below in conjunction with specific embodiment the present invention is described in further detail.
A kind of zero memory double-stroke input method, it is characterized in that: general horizontal, vertical, left, points and these five kinds of Chinese character input single strokes pictures of folding are combined into 25 kinds of two strokes in twos, according to sequential write, the corresponding English alphabet of corresponding English alphabet, single stroke and first phonetic letter combination with two strokes, order forms one to four Hanzi inputing code, corresponding corresponding one or several Chinese character of this one to four Hanzi inputing code, and then selection needs the Chinese character of input.
The concrete steps of described encode Chinese characters for computer are as follows:
(1) when the Chinese-character stroke number be for the moment, get the corresponding English alphabet of single stroke and the combination of this first phonetic letter of this Chinese character, form Chinese character and input two bit codes.
For example: " one ", only have a stroke: horizontal stroke, this single stroke coding is: H, the first letter of pinyin of " " is: Y, therefore, the coding of " " is: HY.
(2) when the Chinese-character stroke number is two, get corresponding English alphabet and the combination of this first phonetic letter of first single stroke of this Chinese character and two strokes that second single stroke forms, two bit codes inputted in the composition Chinese character.
For example: " two ", two strokes of first single stroke and second single stroke composition are " transverse cross ", the corresponding coding of this pair stroke is: A, the first letter of pinyin of " two " is: E, therefore, the coding of " two " is: AE.
(3) when the Chinese-character stroke number is three, get the corresponding English alphabet of first single stroke of this Chinese character and two strokes that second single stroke forms, the corresponding English alphabet of last single stroke and the combination of this first phonetic letter of this Chinese character, three bit codes inputted in the composition Chinese character.
For example: " three ", the corresponding English alphabet of two strokes of first single stroke and second single stroke composition is: A, the corresponding English alphabet of last single stroke is: H, this first phonetic letter is: S, therefore, the coding of " three " is: AHS.
(4) when the Chinese-character stroke number is four, get the 3rd single stroke of corresponding English alphabet, this Chinese character of first single stroke of this Chinese character and two strokes that second single stroke forms and corresponding English alphabet and this first phonetic letter of two strokes that the 4th single stroke forms and make up, three bit codes inputted in the composition Chinese character.
For example: " five ", single stroke is successively: horizontal, vertical, folding, horizontal stroke, the corresponding English alphabet of two strokes " anyhow " of first single stroke and second single stroke composition is: B, the corresponding English alphabet of two strokes " fold cross " of the 3rd single stroke and the 4th single stroke composition is: U, the first letter of pinyin of " five " is: W, therefore, the coding of " five " is: BUW.
(5) when the Chinese-character stroke number is five, get the 3rd single stroke of corresponding English alphabet, this Chinese character of first single stroke of this Chinese character and two strokes that second single stroke forms and corresponding English alphabet, the corresponding English alphabet of last single stroke and this first phonetic letter of two strokes that the 4th single stroke forms and make up, four bit codes inputted in the composition Chinese character.
For example: " four ", five single strokes " perpendicular, folding, slash, folding, horizontal stroke " are arranged, its first pair stroke, second two stroke and last two stroke are respectively " perpendicular folding ", " casting aside folding ", the corresponding English alphabet of these two two strokes is respectively: J, O, the corresponding English alphabet of last single stroke of this Chinese character is: H, therefore, being encoded to of " four ": JOHS.
(6) when the Chinese-character stroke number is no less than six, get the 3rd single stroke of corresponding English alphabet, this Chinese character of first single stroke of this Chinese character and two strokes that second single stroke forms and corresponding English alphabet, the penult single stroke of this Chinese character and corresponding English alphabet and this first phonetic letter of two strokes that last single stroke forms of two strokes that the 4th single stroke forms and make up, four bit codes inputted in the composition Chinese character.
For example: " ", eight strokes " cast aside, perpendicular, folding, horizontal stroke, horizontal stroke, slash, folding, point " are arranged, its first pair stroke, second pair of strokes and last pair strokes are respectively " written vertical ", " fold cross ", " break ".This encode Chinese characters for computer is: LUXD.
(4) to Chinese characters in common use, input at Chinese character on the basis of four bit codes, get Chinese character and input the first bit code of four bit codes, front two code or first three bit code, form Chinese character input brevity code.
The phrase that input is comprised of two and above Chinese character, the scheme of phrase coding has two kinds.Phrase group Chinese word coding step in the first encoding scheme is as follows:
During phrase that a, two Chinese characters of input form, get the first letter of pinyin of first Chinese character, the first letter of pinyin of second Chinese character, first yard of first encode Chinese characters for computer, first yard of second encode Chinese characters for computer forms four phrases and encodes;
For example: " Chinese language ", the first letter of pinyin of two Chinese characters is respectively: Y, W.First yard of the coding of " language " is T, and first yard of the coding of " literary composition " is P.Therefore the coding of " Chinese language " is: YWTP.
During phrase that b, three Chinese characters of input form, get the first letter of pinyin of first Chinese character, the first letter of pinyin of second Chinese character, the first letter of pinyin of the 3rd Chinese character, first yard of the 3rd encode Chinese characters for computer forms four phrases and encodes;
For example: " computing machine ", the first letter of pinyin of three Chinese characters is respectively: J, S, J, first yard of the coding of the 3rd Chinese character " machine " are: B, therefore, being encoded to of this phrase: JSJB.
During phrase that c, input four and above Chinese character form, get the first letter of pinyin of first Chinese character, the first letter of pinyin of second Chinese character, the first letter of pinyin of the 3rd Chinese character, the first letter of pinyin of last Chinese character forms four phrases and encodes;
For example: " Chinese people ", the first letter of pinyin of these four Chinese characters is respectively: Z, G, R, M, therefore, being encoded to of this phrase: ZGRM.
Phrase group Chinese word coding step in the second encoding scheme is as follows:
During phrase that a, two Chinese characters of input form, get the first two code of the non-first letter of pinyin coding of first Chinese character, the first two code of the non-first letter of pinyin coding of second Chinese character, order forms four phrases codings;
For example: " Chinese language ", the coding of " language " is: TBUY, non-first letter of pinyin coding is: TBU, the coding of " literary composition " is: PNW, non-first letter of pinyin coding is: PN.Therefore, the coding of " Chinese language " is: TBPN.
Especially, if two yards of the non-first letter of pinyin coded number deficiencies of Chinese character are then got the whole non-first letter of pinyin coding of Chinese character;
For example: " one ", the coding of " " is: HY, non-first letter of pinyin coding is: H, the coding of " individual " is: NSG, non-first letter of pinyin coding is: NS.Therefore, the coding of " " is: HNS.
And for example: the coding of " people " is: HN.
During phrase that b, three Chinese characters of input form, get the last code of the non-first letter of pinyin coding of first Chinese character, the last code of the non-first letter of pinyin coding of second Chinese character, the first two code of the non-first letter of pinyin coding of the 3rd Chinese character, order forms four phrase codings;
For example: " computing machine ", the non-first letter of pinyin coding of " meter " is: TB, the non-first letter of pinyin coding of " calculation " is: KRL, the non-first letter of pinyin coding of " machine " is: BNO, therefore, the coding of " computing machine " is: TKBN.
Especially, if two yards of the non-first letter of pinyin coded number deficiencies of the 3rd Chinese character are then got the whole non-first letter of pinyin coding of this Chinese character;
For example: " 321 ", the non-first letter of pinyin coding of " " is: H, the non-first letter of pinyin coding of " two " is: A, the non-first letter of pinyin coding of " three " is: AH, therefore, the coding of " 321 " is: AAH.
During phrase that c, input four and above Chinese character form, get the last code of the non-first letter of pinyin coding of first Chinese character, the last code of the non-first letter of pinyin coding of second Chinese character, the last code of the non-first letter of pinyin coding of the 3rd Chinese character, the last code of the non-first letter of pinyin coding of last Chinese character, order form four phrase codings;
For example: " intellecture property ", the non-first letter of pinyin coding of " knowing " is: KCU, the non-first letter of pinyin coding of " knowledge " is: TJN, the non-first letter of pinyin coding of " product " is: PRC, the non-first letter of pinyin coding of " power " is: BNX, therefore, the coding of " intellecture property " is: KTPB.
And for example: the coding of " People's Republic of China (PRC) " is: JLNJ.
Claims (4)
1. zero memory double-stroke input method, general horizontal, vertical, left, points and these five kinds of Chinese character input single strokes pictures of folding are combined into 25 kinds of two strokes in twos, 25 kinds of corresponding English alphabets of two strokes and horizontal, vertical, left, points and these five kinds of Chinese character input single strokes of folding are drawn corresponding English alphabet as the part of encode Chinese characters for computer, it is characterized in that:
A. according to sequential write, 25 kinds of corresponding English alphabets of two strokes are consistent to Y with the A of the English alphabet successively to the folding folding from transverse cross, and table one is the corresponding alphabet code table of 25 two strokes;
(table)
B. single stroke is divided into five kinds, that is: horizontal, vertical, left, points, discount, and corresponding coding is respectively: H, S, P, D, Z.
2. according to claim 1, described a kind of zero memory double-stroke input method, it is characterized in that: according to sequential write, the corresponding English alphabet of corresponding English alphabet, single stroke and first phonetic letter combination with two strokes, order forms one to four Hanzi inputing code, then corresponding corresponding one or several Chinese character of this one to four Hanzi inputing code selects the Chinese character that need to input;
A. working as the Chinese-character stroke number is for the moment, gets the corresponding English alphabet of single stroke and the combination of this first phonetic letter of this Chinese character, and two bit codes inputted in the composition Chinese character;
B. when the Chinese-character stroke number is two, get first single stroke of this Chinese character and corresponding English alphabet and the combination of this first phonetic letter of two strokes that second single stroke forms, two bit codes inputted in the composition Chinese character;
C. when the Chinese-character stroke number is three, get the corresponding English alphabet of first single stroke of this Chinese character and two strokes that second single stroke forms, the corresponding English alphabet of last single stroke and the combination of this first phonetic letter of this Chinese character, three bit codes inputted in the composition Chinese character;
D. when the Chinese-character stroke number is four, get the 3rd single stroke of corresponding English alphabet, this Chinese character of first single stroke of this Chinese character and two strokes that second single stroke forms and corresponding English alphabet and this first phonetic letter of two strokes that the 4th single stroke forms and make up, three bit codes inputted in the composition Chinese character;
E. when the Chinese-character stroke number is five, get the 3rd single stroke of corresponding English alphabet, this Chinese character of first single stroke of this Chinese character and two strokes that second single stroke forms and corresponding English alphabet, the corresponding English alphabet of last single stroke and this first phonetic letter of two strokes that the 4th single stroke forms and make up, four bit codes inputted in the composition Chinese character;
F. when the Chinese-character stroke number is no less than six, get the 3rd single stroke of corresponding English alphabet, this Chinese character of first single stroke of this Chinese character and two strokes that second single stroke forms and corresponding English alphabet, the penult single stroke of this Chinese character and corresponding English alphabet and this first phonetic letter of two strokes that last single stroke forms of two strokes that the 4th single stroke forms and make up, four bit codes inputted in the composition Chinese character;
G. to Chinese characters in common use, input at Chinese character on the basis of four bit codes, get Chinese character and input the first bit code of four bit codes, front two code or first three bit code, form Chinese character input brevity code.
3. according to claim 2, described a kind of zero memory double-stroke input method is characterized in that: the phrase that input is comprised of two and above Chinese character, and the code length that phrase is encoded is four yards, phrase group Chinese word coding step is as follows:
During phrase that a, two Chinese characters of input form, get the first letter of pinyin of first Chinese character, the first letter of pinyin of second Chinese character, first yard of first encode Chinese characters for computer, first yard of second encode Chinese characters for computer, order forms four phrases codings;
During phrase that b, three Chinese characters of input form, get the first letter of pinyin of first Chinese character, the first letter of pinyin of second Chinese character, the first letter of pinyin of the 3rd Chinese character, first yard of the 3rd encode Chinese characters for computer, order forms four phrases codings;
During phrase that c, input four and above Chinese character form, get the first letter of pinyin of first Chinese character, the first letter of pinyin of second Chinese character, the first letter of pinyin of the 3rd Chinese character, the first letter of pinyin of last Chinese character of order forms four phrases and encodes.
4. according to claim 2, described a kind of zero memory double-stroke input method is characterized in that: the phrase that input is comprised of two and above Chinese character, and the code length that phrase is encoded is two yards to four yards, phrase group Chinese word coding step is as follows:
During phrase that a, two Chinese characters of input form, get the first two code of the non-first letter of pinyin coding of first Chinese character, the first two code of the non-first letter of pinyin coding of second Chinese character, order forms four phrases codings;
Especially, if two yards of the non-first letter of pinyin coded number deficiencies of Chinese character are then got the whole non-first letter of pinyin coding of Chinese character;
During phrase that b, three Chinese characters of input form, get the last code of the non-first letter of pinyin coding of first Chinese character, the last code of the non-first letter of pinyin coding of second Chinese character, the first two code of the non-first letter of pinyin coding of the 3rd Chinese character, order forms four phrase codings;
Especially, if two yards of the non-first letter of pinyin coded number deficiencies of the 3rd Chinese character are then got the whole non-first letter of pinyin coding of this Chinese character;
During phrase that c, input four and above Chinese character form, get the last code of the non-first letter of pinyin coding of first Chinese character, the last code of the non-first letter of pinyin coding of second Chinese character, the last code of the non-first letter of pinyin coding of the 3rd Chinese character, the last code of the non-first letter of pinyin coding of last Chinese character, order form four phrase codings.
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| CN201110217197.0 | 2011-07-25 | ||
| CN2011102171970A CN102289298A (en) | 2011-07-25 | 2011-07-25 | Zero-memory double-stroke twenty-five-key Chinese word code input method |
| CN2012100381790A CN102902364A (en) | 2011-07-25 | 2012-02-20 | Zero-memory double-stroke input method |
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| CN201110345516.6A Expired - Fee Related CN102368178B (en) | 2011-07-25 | 2011-11-05 | Zero memory double-stroke Chinese character coding input method |
| CN2012100381790A Pending CN102902364A (en) | 2011-07-25 | 2012-02-20 | Zero-memory double-stroke input method |
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| CN201110345516.6A Expired - Fee Related CN102368178B (en) | 2011-07-25 | 2011-11-05 | Zero memory double-stroke Chinese character coding input method |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN103576892A (en) * | 2013-11-19 | 2014-02-12 | 张仁平 | Stroke adding input method |
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| CN1493965A (en) * | 2003-09-16 | 2004-05-05 | 景士东 | Chinese character strokes rapid input method |
| CN1661527A (en) * | 2004-02-27 | 2005-08-31 | 陈劲松 | Inputting method of two strokes including full shape and shape-sound |
| CN101192103A (en) * | 2006-11-22 | 2008-06-04 | 王治阳 | Split input method |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103576892A (en) * | 2013-11-19 | 2014-02-12 | 张仁平 | Stroke adding input method |
Also Published As
| Publication number | Publication date |
|---|---|
| CN102368178B (en) | 2015-12-02 |
| CN102289298A (en) | 2011-12-21 |
| CN102368178A (en) | 2012-03-07 |
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Application publication date: 20130130 |