CN105022496B - A kind of Chinese character sound algebraically input method - Google Patents
A kind of Chinese character sound algebraically input method Download PDFInfo
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Abstract
The invention discloses a kind of Chinese character sound algebraically input method, Chinese-character pronunciation is established corresponding relation by the sound algebraically input method with numeral, if Chinese character is monomer word, digital coding is directly carried out by Chinese-character pronunciation；If Chinese character is more body words, first number in radical pronunciation digital coding is first taken, then takes the pronunciation of word to carry out digital coding.It is an advantage of the invention that the input efficiency of sound algebraically input method is high, and it is simple to operate, distinguished using Chinese character radicals attribute and solve the coincident code problem of more body words, the repetition rate of coding is low；Digital pronunciation and alphabetical pronunciation have been made substantially similar arrangement in layout, have been easy to remember, has met the logic of algebraic approach.
Description
Technical field
The invention belongs to input method technique field, and in particular to a kind of Chinese character sound algebraically input method.
Background technology
Existing Chinese character input method, most of is all the enter key using QWERTY keyboard A-Z 26 letters as Chinese character,
Relatively common has spelling spelling input method, double-spelling Chinese character input method, Intelligent ABC input method, five-stroke character input method etc., due to the Chinese
The mode of word spelling is different, various deficiencies be present.Such as, the spelling input method such as all-phonetic input method, double-spelling Chinese character input method, Intelligent ABC,
It is required that importer has the higher Chinese phonetic alphabet horizontal, bad people is grasped for phonetic, difficulty is frequently encountered when inputting Chinese character, and
And due to pronunciation identical Chinese character it is more, substantial amounts of repeated code can be produced, it is necessary to importer is distinguished with select, input efficiency compared with
It is low；The input method of Chinese character of the Five-stroke Method class, only focus on the profile of Chinese character, Chinese character is splitted into radical, and to be different from Chinese character inclined for radical
Other radical, it is impossible to react meaning of word substantive characteristics, need importer to keep radical firmly in mind, importer easily can not be accurate because radical misremembers
Input, importer are not easy to grasp quickly.
And can generally be divided into two classes using this ten Arabic numerals of 0-9 as Chinese character input keys, one kind is by the Chinese
The basic stroke of word is correspondingly defined as numeral, another kind of, is that the initial consonant of Chinese character and simple or compound vowel of a Chinese syllable are defined as into numeral.These with 0-9 this
Following deficiency be present as the input method of Chinese character of Chinese character input keys in ten Arabic numerals：The repetition rate of coding is high, inconvenient for use.
The content of the invention
, should according to the deficiencies of the prior art described above, It is an object of the present invention to provide a kind of Chinese character sound algebraically input method
Input method forms quick sound algebraically input method by the way that Chinese-character pronunciation and numeral are established into corresponding relation.
The object of the invention is realized and completed by following technical scheme：
A kind of Chinese character sound algebraically input method, it is characterised in that the Chinese character sound algebraically input method by the pronunciation of Chinese character with numeral
Establish following corresponding relation：
。
If the Chinese character is monomer word, digital coding is directly carried out by the Chinese-character pronunciation.
If the Chinese character is more body words, first number in radical pronunciation digital coding is first taken, then takes the pronunciation of word to carry out
Digital coding.
The Chinese character tone " even tone-" takes 1, and " upper sound " takes 2, and " falling tone ∨ " takes 3, and " entering tone Dian " takes 4.
Establish the button corresponding with the numeral respectively on keyboard.
For realizing that the keyboard of the Chinese character sound algebraically input method includes 12 buttons：
In 1st button, pressing left side output 1, pressing middle part exports1 5, pressing right side exports1；
In 2nd button, pressing left side output 2, pressing right side exports2；
In 3rd button, pressing left side output 3, pressing right side exports3；
In 4th button, pressing left side output 4, pressing right side exports4；
In 5th button, pressing left side output 5, pressing right side exports5；
In 6th button, pressing left side output 6, pressing right side exports6；
In 7th button, pressing left side output 7, pressing middle part exports7 1, pressing right side exports7；
In 8th button, pressing left side output 8, pressing middle part exports8 0, pressing right side exports8；
In 9th button, pressing left side output 9, pressing middle part exports9 0, pressing right side exports9；
In 10th button, the output of pressing top, exported by depression, pressing left side exports, pressing right side exports；
In 11st button, pressing left side output 0, pressing right side exports0；
12nd button is symbol selection key.
Double-tone y digital coding 11Exported by the left side and right side that press the 1st button successively；Double-tone ch numeral volume
Code34By pressing on the right side of the 3rd button and being exported on the right side of the 4th button successively；Double-tone sh digital coding 44By pressing successively
Press left side and the right side output of the 4th button；Double-tone zh digital coding 74By the left side and for pressing the 7th button successively
The right side output of 4 buttons.
It is an advantage of the invention that the input efficiency of sound algebraically input method is high, and it is simple to operate, distinguished using Chinese character radicals attribute
It is low with the coincident code problem for solving more body words, the repetition rate of coding；Digital pronunciation and alphabetical pronunciation substantially similar peace has been made in layout
Row, meets the logicality of algebraic approach, is easy to remember.
Brief description of the drawings
Fig. 1 is keyboard layout schematic diagram used by Chinese character sound algebraically input method in the present invention；
Fig. 2 indexes part 1 schematic diagram for radical in the present invention；
Fig. 3 indexes part 2 schematic diagram for radical in the present invention；
Fig. 4 indexes third portion schematic diagram for radical in the present invention；
Fig. 5 indexes the 4th partial schematic diagram for radical in the present invention；
Fig. 6 indexes the 5th partial schematic diagram for radical in the present invention.
Embodiment
The feature of the present invention and other correlated characteristics are described in further detail by embodiment below in conjunction with accompanying drawing, with
It is easy to the understanding of technical staff of the same trade：
Embodiment：The present embodiment is specifically related to a kind of Chinese character sound algebraically input method, and the Chinese character sound algebraically input method passes through handle
Chinese character transliteration carries out Chinese character input for numeral, and cardinal principle is：（1）Initial consonant is represented by word figure 0-9；（2）Sound mother is by small letter
Numeral0-9Represent；（3）Initial consonant, sound mother are not enough, therefore are able to initial consonant and are cut with sound parent phase, then not enough with sound mother and the tangent benefit of initial consonant
Foot；Form single-tone number 20, double-tone 8, chamber sound 4, tone 4.
Chinese character sound algebraic method in the present embodiment is specially：
（1）First, corresponding relation as shown in the table will be established between Chinese-character pronunciation and numeral：
（2）Afterwards, the corresponding relation according to upper table between Chinese-character pronunciation and numeral, keyboard as shown in Figure 1 is designed,
Keyboard includes 12 buttons, and the keyboard can be physical button or the dummy keyboard run on touch panel device：
In 1st button, pressing left side output 1, as reading sound a（）；Pressing middle part exports1 5, as double-tone ü（It is circuitous）；
Pressing right side exports1, as pronunciation i（Clothing）；
In 2nd button, pressing left side output 2, as reading sound l（Strangle）；Pressing right side exports2, as pronunciation r（Day）；
In 3rd button, pressing left side output 3, as reading sound c（It is female）；Pressing right side exports3, as pronunciation n（It is slow）；
In 4th button, pressing left side output 4, as reading sound s（Think）；Pressing right side exports4, as pronunciation h（Drink）；
In 5th button, pressing left side output 5, as reading sound m（Touch）；Pressing right side exports5, as pronunciation u（Crow）；
In 6th button, pressing left side output 6, as reading sound d（）；Pressing right side exports6, as pronunciation t（It is special）；
In 7th button, pressing left side output 7, as reading sound z (money)；Pressing middle part exports7 1, as double-tone j（Base）；
Pressing right side exports7, as double-tone x（It is uncommon）；
In 8th button, pressing left side output 8, as reading sound b（Glass）；Pressing middle part exports8 0, as double-tone f（Buddhist）；
Pressing right side exports8, as pronunciation p（Slope）；
In 9th button, pressing left side output 9, as reading sound k（Section）；Pressing middle part exports9 0, as double-tone q（Take advantage of）；
Pressing right side exports9, as pronunciation g（Brother）；
10th button is chamber sound, the output of pressing top, as chamber sound ing；Exported by depression, as chamber sound eng；
Pressing left side exports, as chamber sound ang；Pressing right side exports, as chamber sound ong；
In 11st button, pressing left side output 0, as reading sound O（）；Pressing right side exports0, as pronunciation e（Goose）；
12nd button is symbol selection key, is occurred such as after click.,Deng punctuation mark option；
In addition, double-tone y digital coding 11Exported by the left side and right side that press the 1st button successively；Double-tone ch's
Digital coding34By pressing on the right side of the 3rd button and being exported on the right side of the 4th button successively；Double-tone sh digital coding 44Pass through
The left side of the 4th button of pressing and right side output successively；Double-tone zh digital coding 74By the left side for pressing the 7th button successively
Side and the right side output of the 4th button；
（3）According to the different type of Chinese character, when carrying out digital coding to Chinese character and exporting, it is divided into following two situations：
If Chinese character is monomer word, digital coding is directly carried out according to Chinese-character pronunciation, can be entered if necessary according to Chinese character tone
Row fixed number, i.e. " even tone-" take 1, and " upper sound " takes 2, and " falling tone ∨ " takes 3, and " entering tone Dian " takes 4；For example, monomer word " master ", it is counted
Word is encoded to, it is real to press the left side of the 7th button, the right side of the 4th button, the right side of the 5th button successively on keyboard
The input of existing monomer word " master ", if necessary, can be according to " the left side progress of the falling tone ∨ " in last the 3rd button of pressing of " master " word
Fixed number；
If Chinese character is more body words, first number in radical pronunciation digital coding is first taken, then takes the pronunciation of word to carry out
Digital coding, specific radical concordance list refer to as shown in figures 2-6；For example, more body words " escaping ", its radical is " Chuo " (numeral
It is encoded to, take the first digit 7 in the digital coding), the digital coding of the pronunciation of its word is, therefore more body words " escaping "
Digital coding is, pressed successively on keyboard on the left of the 7th button, on the right side of the 6th button, on the left of the 1st button, the 11st
The input to more body words " escaping " is realized on the left of individual button.
（4）If during input word：A) three words first take digitally coded first digit of the first word, then take second characters/numerals
The first digit in coding, the 3rd the first digit, such as not enough, i.e. the second digit；B) multi-character words, then taken according to word order；c）Close
In people, unit name, refer to includes trade mark by national registration, wherein it is people-oriented registration be identity card foundation；With name,
Sex, native place, occupation are translated into number, all trades and professions registration name；Still first fetched with unit attribute main body, then sequentially a word or
One word takes one, except two-character word, such as China and the People's Republic of China (PRC), is handled by multi-character words, such as school, hospital, work
Factory etc. need not think back word subject term and be above additional, and they are can to make main body presence；
（5）If it is ripe Chinese idiom mostly input language：a）Following the example of to take first character code during if four word languages
First two number, first number is taken with latter word, such as not enough taken again；When b) if five word above languages, first character code takes first two
Number, latter word take first number, by that analogy；c）More than two, first two number of the code of first first word, tail
One is taken, second head takes a number, tail to take a number, and the 3rd takes head, and the 4th takes head.
It should be noted that：
A. radical is arranged, and according to shape and its amount successively, radical is indexed referring to as seen in figs. 2-5；
Shape：The Shu of Dian Pie mono-Ten ...=point skims the horizontal of and erects the embedding of the slotting set of foldings
Set, it is that folding is added on, so being enclosed on folding row tail, demarcates as ┆；
It is embedding, be insertion folding, so embedded in row tails is inserted, demarcate for。
B. the application of mathematics
1. digitally coded reading order is, right by left, from top to bottom；
2. can add, small letter numeral 1 and small letter numeral 1 can add, i.e. 1/2+1/2=1；
3. method is finely tuned,1+1=/, i.e., two continuous small letter numeral 1 can with/represent；
Word figure 1234567890
Small letter numeral1 2 3 4 5 6 7 8 9 0
Double small writes on oblique lattice in 2/4 lattice and write, i.e.,1 5。
Sound algebraically encoding of chinese characters input method beneficial effect in the present embodiment is：1）Solved using algebraical method
The issues for translation of word sum, digital pronunciation and alphabetical pronunciation substantially similar arrangement is made in design, has been to meet algebraic approach
Logicality；2）Solve the problems, such as Latin alphabet shortcoming using the double-tone of cutting, it is such as circuitous（Add above u at 2 points）, utilize number
Word 9 is changed into capital and small letter, then respectively plus any or 2 points of changes for carrying out ingenious summary chamber sound；3）Distinguished with Chinese character radicals attribute
With solve the problems, such as the more body words of Chinese character so that simple to operate, significant effect, the repetition rate of coding reduce.
Compared to patent（CN 1619473 A）And patent（CN 1512305 A）Disclosed in input method, the present embodiment
It is the corresponding numeral of letter, one-to-one, only 29 sounds to be remembered, rather than corresponding several the initial and the final of a numeral；Specially
Profit（CN 1619473 A）Need to memorize mechanically 42 sounds, and patent（CN 1512305 A）Need to remember 62 sounds, the two
The content that patent needs are remembered is more and complicated, easily mixes up generation mistake.
In patent（CN 1619473 A）In, only sound has many repeated codes without the differentiation of radical, such as " add ",
Corresponding numeral is 38, then also have " good ", " family ", " folder ", " praise " etc., still to switch on keyboard, I thinks to use this
Method inputs Chinese character, does not play the method that can overthrow present spell Chinese character input, and slower than it.To be assorted
Because it will remember 42 sounds firmly, and corresponding several sounds of a numeral, common people do not allow to remember, encounter a word,
This pronunciation quickly from brain transfer corresponding to numeral be not easy, and run into phase unisonance difference word and must switch, speed is slower
.The sound algebraically to compare in the present embodiment, as long as remembeing 29 sounds, it is known that number corresponding to a Chinese-character pronunciation, and its portion
First digit can corresponding to first pronunciation, and radical has all taught us in primary school's epoch in our, Chinese language teacher
, therefore remember conveniently.
Claims (2)
1. a kind of Chinese character sound algebraically input method, it is characterised in that the Chinese character sound algebraically input method builds the pronunciation of Chinese character with numeral
Corresponding relation under Liru：
；
If the Chinese character is monomer word, digital coding is directly carried out by the Chinese-character pronunciation；If the Chinese character is more body words, first take
First number in radical pronunciation digital coding, then take the pronunciation of word to carry out digital coding；The Chinese character tone " even tone-" takes 1,
" upper sound " takes 2, and " falling tone ∨ " takes 3, and " entering tone Dian " takes 4；Establish the button corresponding with the numeral respectively on keyboard；For
Realizing the keyboard of the Chinese character sound algebraically input method includes 12 buttons：
In 1st button, pressing left side output 1, pressing middle part exports1 5, pressing right side exports1；
In 2nd button, pressing left side output 2, pressing right side exports2；
In 3rd button, pressing left side output 3, pressing right side exports3；
In 4th button, pressing left side output 4, pressing right side exports4；
In 5th button, pressing left side output 5, pressing right side exports5；
In 6th button, pressing left side output 6, pressing right side exports6；
In 7th button, pressing left side output 7, pressing middle part exports7 1, pressing right side exports7；
In 8th button, pressing left side output 8, pressing middle part exports8 0, pressing right side exports8；
In 9th button, pressing left side output 9, pressing middle part exports9 0, pressing right side exports9；
In 10th button, the output of pressing top, exported by depression, pressing left side exports, pressing right side exports；
In 11st button, pressing left side output 0, pressing right side exports0；
12nd button is symbol selection key.
A kind of 2. Chinese character sound algebraically input method according to claim 1, it is characterised in that double-tone y digital coding 11Pass through
The left side of the 1st button of pressing and right side output successively；Double-tone ch digital coding34By pressing successively on the right side of the 3rd button
Exported with the right side of the 4th button；Double-tone sh digital coding 44Exported by the left side and right side that press the 4th button successively；
Double-tone zh digital coding 74Exported by pressing the left side of the 7th button and the right side of the 4th button successively.
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| CN1092535A (en) * | 1993-03-17 | 1994-09-21 | 山东省立医院 | Continuous Chinese character initial consonant digitalized coding method |
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| CN1334501A (en) * | 2000-07-13 | 2002-02-06 | 王雄 | Chinese-character 'phonetic letter-numeral' code |
| CN1384421A (en) * | 2001-04-30 | 2002-12-11 | 刘东华 | Text pronunciation digital coding method |
| CN101030106A (en) * | 2007-04-04 | 2007-09-05 | 魏贻通 | 24 code cell-phone Chinese-character inputting method for initial consonant, sonictag and syllable |
| CN101216740A (en) * | 2008-01-03 | 2008-07-09 | 魏贻通 | Unified digital code radical Chinese characters input method |
| CN101526851A (en) * | 2008-03-05 | 2009-09-09 | 仇家仪 | Pinyin digital Chinese code |
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2015
- 2015-07-22 CN CN201510431987.7A patent/CN105022496B/en active Active
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1092535A (en) * | 1993-03-17 | 1994-09-21 | 山东省立医院 | Continuous Chinese character initial consonant digitalized coding method |
| CN1274105A (en) * | 2000-07-04 | 2000-11-22 | 李晓波 | Encode method for inputting Chinese characters with numeral keys |
| CN1334501A (en) * | 2000-07-13 | 2002-02-06 | 王雄 | Chinese-character 'phonetic letter-numeral' code |
| CN1384421A (en) * | 2001-04-30 | 2002-12-11 | 刘东华 | Text pronunciation digital coding method |
| CN101030106A (en) * | 2007-04-04 | 2007-09-05 | 魏贻通 | 24 code cell-phone Chinese-character inputting method for initial consonant, sonictag and syllable |
| CN101216740A (en) * | 2008-01-03 | 2008-07-09 | 魏贻通 | Unified digital code radical Chinese characters input method |
| CN101526851A (en) * | 2008-03-05 | 2009-09-09 | 仇家仪 | Pinyin digital Chinese code |
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