CN1195264C - Chinese character input method and keyboard - Google Patents

Abstract

The present invention discloses a multi-frame jointly hitting type input method for the Chinese character information treatment of a computer. Keys in a keyboard are divided into one or a plurality of areas, one of which is composed of five keys; all key mapping code combinations of one key or two keys or three keys or four keys are once extracted, the key mapping code combinations are simultaneously extracted with another one key, and 30 different key mapping code combinations exist and correspond to letters, symbols or figures. In the keyboard composed of 22 keys, the hit of the key mapping code of ant Chinese character code can be completed at least in the process of one key hit, which can greatly improve the input speed of the Chinese character codes; on a universal keyboard, the input of one Chinese character code needs to hit keys from 1 to 6.

Description

Encode Chinese characters for computer multikey concurrent beating type input method and keyboard

Technical field

The present invention relates to a kind of input method of computing machine, relate to a kind of multikey concurrent beating type input method and keyboard of computer Chiense character code or rather.

Background technology

Chinese character has many kinds of methods when entering computing machine, using maximum now is method with the keyboard input.Because China's Hanzi structure complexity and quantity are many, thereby many kinds of Hanzi coding input methods have appearred, encode Chinese characters for computer all is to adopt ten finger wheels of left hand and right hand flow operation when carrying out Chinese character information processing by computer keyboard, import an encode Chinese characters for computer and generally need impact the 1-6 key, thereby input speed is one of problem of encode Chinese characters for computer existence slowly.The Chinese character shorthand is to represent that with some simple symbols Chinese character is to improve a kind of Writing method of Chinese record speed.Develop rapidly along with modern high technology, hand-written shorthand also begins to develop to the direction of mechanization, electronization shorthand, the Chinese quick-recording machine of developing for the needs that adapt to shorthand mechanization, electronization development, what its Chinese record taked that electronics stenographic machine, mechanical stenographic machine generally use finishes with finger input mode of many key click on keyboard special, see and beat record, listen and beat record, want to beat record and combine, make Chinese quick-recording machine fastly record, can take down in short-hand again.In Chinese quick-recording machine (referring to application for a patent for invention prospectus CN 1103181A), represent Chinese Pin Yin pseudonym with 7 keys and key combination, represent Chinese phonetic alphabet simple or compound vowel of a Chinese syllable with 7 keys and key combination, the key that wherein has had both been represented Chinese Pin Yin pseudonym, represent Chinese phonetic alphabet simple or compound vowel of a Chinese syllable again, represent all Chinese phonetic alphabet syllables with 11 keys and key combination like this, can and hit a Chinese syllable, can and hit two Chinese syllables with the many key click simultaneously of two hands with a hand many key click.In use civilian quick-recording machine sees when playing the speed record Chinese character, when running into the repeated code of unisonance people having the same aspiration and interest Chinese character, need select by 2 keystrokes or multitap, and importing a Chinese character like this needs many key click once to repeatedly.

Summary of the invention

Task of the present invention provides a kind of multikey concurrent beating type input method and keyboard of computer Chiense character code, principle design according to many key click goes out speed record input method and the keyboard that each encode Chinese characters for computer length is the encode Chinese characters for computer of " 1 ", can improve the input speed of encode Chinese characters for computer greatly.

In order to realize above-mentioned task, the solution that the present invention adopts is: the multikey concurrent beating type keyboard is set, left hand refers to, or the right hand refers to, or about the finger many key click carry out Chinese character information processing, it is characterized in that: the key in the keyboard is divided into one or more districts (as the initial consonant district, the simple or compound vowel of a Chinese syllable district, transfer slightly district, word preface district etc.), each district is divided into first group and second group again, 4 keys are arranged in the first group, and being sphere of movements for the elephants shape in keyboard distributes, 1 key is arranged in the second group, and in keyboard, be distributed in the key formed by sphere of movements for the elephants shape around, in the first group, once extract 1 key or extract 2 keys or extract 3 keys or extract 4 keys, through 15 kinds of different key bit code combinations can be arranged after repeatedly extracting, it is first 1, first 2, first 3, first 4, first 1 first 2, first 2 first 3, first 3 first 4, first 1 first 3, first 2 first 4, first 1 first 4, first 1 first 2 first 3, first 2 first 3 first 4, first 1 first 2 first 4, first 1 first 3 first 4, first 1 first 2 first 3 first 4, in the second group, once extract 1 key a kind of key bit code combination can be arranged, be second 5, in first, extract 1 key in the second group when once extracting a kind of key bit code combination in the first group in the second group, through 15 kinds of different key bit code combinations can be arranged again after repeatedly extracting, be first 1 second 5, first 2 second 5, first 3 second 5, first 4 second 5, first 1 first 2 second 5, first 2 first 3 second 5, first 3 first 4 second 5, first 1 first 3 second 5, first 2 first 4 second 5, first 1 first 4 second 5, first 1 first 2 first 3 second 5, first 2 first 3 first 4 second 5, first 1 first 2 first 4 second 5, first 1 first 3 first 4 second 5, first 1 first 2 first 3 first 4 second 5, can there be 31 kinds of different key bit code combinations in each district like this, define code element or symbol shape respectively for these key bit code combinations, in the keyboard of forming by 6 keys, impact that any one encode Chinese characters for computer is minimum to be finished in 4 keystroke processes, in the keyboard of forming by 12 keys, impact that any one encode Chinese characters for computer is minimum to be finished in 2 keystroke processes, in the keyboard of forming by 22 keys, impact that any one encode Chinese characters for computer is minimum to be finished in 1 keystroke process, described keyboard can be made up of 12 keys, be divided in the plane 4 keys are arranged among every row, be anyhow and distribute, divide three rows by last, in, under be vertical correspondence, first row's key position defines from left to right and is: E4, R1, U6, I9, second row's key position defines from left to right and is: D3, F2, J7, K8, the 3rd row's key position defines from left to right and is: V5, B5, N0, M0, described keyboard can also be made up of 22 keys, the left side and the right respectively increase by 4 and first row in the keyboard of being made up of 12 keys, the close key of second row, increase by 2 keys in the centre, the key position that first row increases defines from left to right and is: Q4, W1, O6, P9, the key position definition from left to right that second row increases is: A3, S2, L7, X8, the middle key position that increases defines from left to right and is: GT, HY, described keyboard is minimum can be made up of 6 keys, can form by 29 above keys at most, the key bit switch of key is to be pressed at key to open, be lifted and close, and Chinese character and encode Chinese characters for computer corresponding keys bit code can be alphabetical, can also be digital, it can also be shorthand notation, Chinese character and encode Chinese characters for computer corresponding keys bit code can be adjusted according to different needs, in the keyboard of forming by 22 keys, can and hit a Chinese syllable with the many key click simultaneously of two hands, or and hit a shorthand notation of representing Chinese syllable, or and hit a memory figure of representing Chinese syllable, or and hit a phonetic symbol of representing Chinese syllable, or and hit a Chinese phonetic alphabet of representing Chinese syllable, or and hit a Chinese double-spelling of representing Chinese syllable, or and hit a shorthand simplicity of representing Chinese syllable, or and hit the Chinese character of a syllable word preface encode Chinese characters for computer representative, or and hit the Chinese character of a five-stroke type Chinese character coding representative, or and hit the Chinese character of syllable word preface unsimplified Hanzi coding representative, or and hit the Chinese character of two chinese-character syllable encode representatives, compatible each other during above-mentioned multikey concurrent beating type is coded in dynamically, all in a many key click, finish input.

Description of drawings

Below in conjunction with table, drawings and Examples the present invention is described in further details.

Fig. 1 is the keyboard embodiment that 22 key formula key positions distribute by vertical parabolic.

Fig. 2 is the keyboard embodiment that 22 key formula key positions distribute by the parabolic that slopes inwardly.

Fig. 3 is the keyboard embodiment that 29 key formula key positions distribute by the parabolic that slopes inwardly.

Fig. 4 is the keyboard embodiment that 57 key formula key positions distribute by the parabolic that slopes inwardly.

Fig. 5 is that 10 key formula key positions are by the keyboard embodiment that slopes inwardly and distribute.

Fig. 6 is the keyboard embodiments of 12 key formula key positions by vertical distribution.

Fig. 7 is the keyboard embodiments of 12 key formula key positions by vertical distribution.

Fig. 8 is the keyboard embodiments of 12 key formula key positions by vertical distribution.

Fig. 9 is the keyboard embodiments of 12 key formula key positions by vertical distribution.

Figure 10 is the keyboard embodiments of 6 key formula key positions by vertical distribution.

Figure 11 is the keyboard embodiments of 6 key formula key positions by vertical distribution.

Figure 12 is the keyboard embodiments of 6 key formula key positions by vertical distribution.

Figure 13 is the keyboard embodiment that 22 key formula key positions distribute by the parabolic that slopes inwardly.

Figure 14 is the keyboard embodiment that 22 key formula key positions distribute by the parabolic that slopes inwardly.

Figure 15 is the keyboard embodiment that 22 key formula key positions distribute by the parabolic that slopes inwardly.

Figure 16 is a multikey concurrent beating type syllable word preface encode Chinese characters for computer input decision flow chart.

Specific embodiment

Table 1 be transfer slightly (comprise tone, slightly method), initial consonant (comprising shorthand simplicity initial consonant, Chinese double-spelling initial consonant, Chinese Pin Yin pseudonym), simple or compound vowel of a Chinese syllable (comprising shorthand simplicity simple or compound vowel of a Chinese syllable, Chinese double-spelling simple or compound vowel of a Chinese syllable, Chinese phonetic alphabet simple or compound vowel of a Chinese syllable), word preface respectively with the corresponding relation of key bit code letter, the corresponding relation of key in key bit code letter and the keyboard, referring to Fig. 1.Table 2 to table 9 is corresponding relations that figure, key bit code letter remembered in whole Chinese phonetic alphabet and shorthand simplicity, Chinese double-spelling, the Chinese phonetic alphabet.Table 10 is false syllabified code and the falsetto joint memory figures that produce in the shorthand simplicity, the corresponding relation of key bit code letter, in the shorthand simplicity, the sound sign indicating number has 21, the rhythm sign indicating number has 20, sound sign indicating number and rhythm sign indicating number are added up and one are had 41 sign indicating numbers, only design 412 syllables that 41 groups of different key bit codes just can be represented whole standard Chineses need for these 41 sign indicating numbers, and initial consonant has 23 in the Chinese phonetic alphabet, simple or compound vowel of a Chinese syllable has 34, initial consonant and simple or compound vowel of a Chinese syllable are added up and one are had 57 sign indicating numbers, design 412 syllables that 57 groups of different key bit codes could be represented whole standard Chineses then need for these 57 sign indicating numbers, this shows, as quick keystroke, different key bit code group numbers is few more, help the quick keystroke pointed more, help memory more to the key bit code, but owing to merged some initial consonant, simple or compound vowel of a Chinese syllable, represent two Chinese Pin Yin pseudonyms with a sound sign indicating number, represent two Chinese phonetic alphabet simple or compound vowel of a Chinese syllable with a rhythm sign indicating number, this has just produced different syllables but identical sound sign indicating number, the phenomenon of rhythm sign indicating number, represent simple or compound vowel of a Chinese syllable " ian " and " uen " as letter " J ", when initial consonant " D " respectively with " J " that represent these two simple or compound vowel of a Chinese syllable when piecing together mutually, can be combined into " DJ " this syllabified code, " DJ " this syllabified code is not only represented " dian point " but also represent " dun pauses ", in order to prevent to obscure, " dun pauses " is called heavily (chong) phonetic joint, " DJ " syllabified code is only represented " dian point " syllable like this, and do not represent " dun pauses " syllable, heavy phonetic is saved falsetto joint representation, false syllabified code is meant that sound sign indicating number and the assembly of rhythm sign indicating number do not become the syllabified code of standard Chinese syllable, for example sound sign indicating number " F " and rhythm sign indicating number " I " are combined into " FI " this syllabified code, in standard Chinese, there is not " FI " this syllable, " FI " is exactly false syllabified code, with 12 heavy phonetic joints of falsetto joint representation, 9 simple or compound vowel of a Chinese syllable self-syllables, 23 Chinese Pin Yin pseudonyms " Y ", the syllable of " W " beginning, false syllabified code also is made up of two sign indicating numbers with syllabified code is the same, first sign indicating number is the sound sign indicating number, second sign indicating number is the rhythm sign indicating number, difference corresponding keys bit code, false syllabified code one has 58 (wherein commonly used has 44, and what be of little use has 14).Table 11,12,13, the 14th, the word preface sign indicating number embodiment of syllable word preface encode Chinese characters for computer, high and level tone, rising tone, last sound, falling tone word preface sign indicating number all can reach more than 180.Table 15 is the corresponding encode Chinese characters for computer embodiment of the Chinese character of syllable word preface Hanzi coding input method.Table 16, the 17th, the word preface key bit code embodiment of multikey concurrent beating type syllable word preface encode Chinese characters for computer, high and level tone, rising tone, last sound, falling tone word preface key bit code all can reach 90, add 30 key bit codes softly, each syllable can have 390 kinds of sounds altogether with the different array configuration of key bit code, according to Ci hai, the Ancient Chinese dictionary, the statistics of the Chinese character of receiving in the modern Chinese dictionary etc., not according to the tone branch, the syllable that the unisonance Chinese character is maximum is " a yi clothing ", 362 of " yi clothing " syllable one total unisonance Chinese characters, can guarantee so all to compile the one group of different key bit code that can in a many key click, finish input to each Chinese character, press the tone branch, the syllable that unisonance people having the same aspiration and interest Chinese character is maximum is " a y ì justice ", 198 of " y ì justice " syllable one total unisonance people having the same aspiration and interest Chinese characters, but the falling tone key bit code of any one syllable has only 90, not enough, can use other tone key bit code of this syllable represents, " y ì justice " this syllable for example, can use 30 of " y ì " syllable key bit codes softly, 40 high and level tone key bit codes (sequence number 50-sequence number 90), go up sound key bit code (sequence number 50-sequence number 90) for 40 and represent, the syllable of unisonance people having the same aspiration and interest Chinese character above 90 has only " b ì ", " l ì " " x ī " " y ù ", " y ì " " zh ì " etc.Table 18 is numeral, punctuation mark, English alphabet corresponding keys bit code embodiment.Table 19 is function identity code embodiment.Table 20 to table 31 is the corresponding Chinese character of the Chinese phonetic alphabet, the encode Chinese characters for computer of corresponding syllable word preface, corresponding keys bit code embodiment, top, the Chinese character left side is if any small circle in the table, show that this Chinese character is taken in modern Chinese dictionary, the Chinese character left side is middle if any small circle in the table, show that this Chinese character is taken in ancient times in the Chinese dictionary, in the table under the Chinese character left side if any small circle, show that this Chinese character is taken in Ci hai, the Chinese character left side does not have small circle in the table, show that this Chinese character is taken at other dictionary, in dictionary or the interrelated data.Table 32 to table 34 is syllable word preface encode Chinese characters for computer horizontally-arranged embodiment of the corresponding Chinese character of the Chinese phonetic alphabet, statistics according to Chinese character frequency table, before Chinese character commonly used is arranged in, after the Chinese character that is of little use is arranged in, by 10 Chinese characters, one row, 10 Chinese characters, one row's series arrangement down again, in the process of arranging, consider good as much as possible searching, good memory comes together as far as possible as the Chinese character that image is close, when screen shows, once can demonstrate triplex row simultaneously, every row has 10 unisonance people having the same aspiration and interest Chinese characters.Table 35 is that disyllabic word omits key bit code embodiment.Table 36 is trisyllable, quadrisyllable, quinquesyllable, hexasyllable speech, sentence, Chinese characters in common use omission key bit code embodiment.Table 37 is that many key click 22 key formulas are not with the Chinese character corresponding keys bit code embodiment of omission method.Table 38 is Chinese character corresponding keys bit code embodiment of many key click 22 key formula band omission methods.Table 39 is letter corresponding key bit code embodiment, a letter in the table from 26 corresponding five-stroke type Chinese character codings of letter key bit codes difference of the left side first vertical setting of types, a letter in 26 corresponding five-stroke type Chinese character codings of letter key bit codes difference of second vertical setting of types, a letter in 26 corresponding five-stroke type Chinese character codings of letter key bit codes difference of the 3rd vertical setting of types, a letter in 26 corresponding five-stroke type Chinese character codings of letter key bit codes difference of the 4th vertical setting of types, such five-stroke type Chinese character codings of being made up of 4 letters can be finished input in a many key click.Table 40 is that five-stroke type Chinese character coding corresponding keys bit code embodiment " HY " key bit code is an identity code.Table 41 is that syllable word preface unsimplified Hanzi coding corresponding keys bit code embodiment " GT " key bit code is an identity code.Table 42 is two groups of Chinese Pin Yin pseudonyms, two groups of Chinese phonetic alphabet simple or compound vowel of a Chinese syllable corresponding keys bit code embodiment.Table 43 is many key click syllable key bit code of left hand and right hand or two syllable key bit code embodiment, and " GT ", " HY " key bit code are identity codees.Table 44 is initial consonant in the many key click 12 key formulas, simple or compound vowel of a Chinese syllable, accent summary, sequence number and letter key bit code corresponding relation.Table 45 is initial consonant in the many key click 12 key formulas, simple or compound vowel of a Chinese syllable, accent summary, sequence number and numerical key bit code corresponding relation.Table 46 is that many key click 12 key formulas are not with the Chinese character corresponding keys bit code embodiment of omission method.Table 47 is initial consonant in the many key click 6 key formulas, simple or compound vowel of a Chinese syllable, accent summary, sequence number and numerical key bit code corresponding relation.Table 48 is that many key click 6 key formulas are not with the Chinese character corresponding keys bit code embodiment of omission method.Table 49 is word preface, simple or compound vowel of a Chinese syllable, initial consonant, accent omits and key bit code letter corresponding relation, is the slightly adjustment to some extent in the zone of keyboard of word preface, simple or compound vowel of a Chinese syllable, initial consonant, accent with table 1 difference.Table 50 is to transfer summary, initial consonant, simple or compound vowel of a Chinese syllable, word preface and key bit code letter corresponding relation, is with table 1 difference, transfers the corresponding relation of summary, initial consonant, simple or compound vowel of a Chinese syllable, word preface and key bit code to adjust to some extent.Table 51 is initial consonant in the many key click 12 key formulas, simple or compound vowel of a Chinese syllable, accent summary, sequence number and numerical key bit code corresponding relation, is that with table 45 difference the corresponding relation of initial consonant, simple or compound vowel of a Chinese syllable, accent summary, sequence number and key bit code is adjusted to some extent.Table 52 is digital corresponding keys bit code embodiment.Table 53 is sound position frame, rhythm symbol, phonetic symbol, false phonetic symbol embodiment of multikey concurrent beating type shorthand notation input method.Table 54 to table 60 is the corresponding Chinese character of sound position stenography symbol, corresponding shorthand simplicity, corresponding phonetic symbol syllable, corresponding keys bit code embodiment.Table 61 is the sound position stenography symbol of not write the two or more syllables of a word together and the sound position stenography symbol corresponding keys position embodiment of write the two or more syllables of a word together.

Multikey concurrent beating type input method of the present invention can compatible following input method, 1. multikey concurrent beating type syllable word preface Hanzi coding input method in dynamically; 2. multikey concurrent beating type five-stroke type Chinese character coding input method; 3. multikey concurrent beating type Chinese phonetic alphabet bisyllable coding and input method; 4. multikey concurrent beating type syllable word preface unsimplified Hanzi coding and input method; 5. multikey concurrent beating type Chinese phonetic alphabet monosyllabic word coding and input method; 6. multikey concurrent beating type Chinese double-spelling coding and input method; 7. multikey concurrent beating type is taken down in short-hand the simplicity coding and input method; 8. multikey concurrent beating type phonetic symbol syllable coding input method; 9. multikey concurrent beating type syllable memory encoding of graphs input method; 10. multikey concurrent beating type sound position stenography symbolic coding input method; (11) multikey concurrent beating type numeral punctuation mark coding and input method; (12) multikey concurrent beating type alphabet code input method; (13) other symbolic coding input method of multikey concurrent beating type; (14) multikey concurrent beating type function identity code coding and input method; (15) multikey concurrent beating type mobile phone Hanzi coding input method; (16) the multikey concurrent beating type word omits coding and input method.

In above-mentioned solution, because the key in the keyboard is divided into one or more districts, in each district 5 keys are arranged, these 5 can have 31 kinds of different key bit code array configurations, the respectively corresponding numeral of these key bit code array configurations, letter, symbol, shorthand notation, memory figure, owing to have 4 keys to be distributed in the keyboard by sphere of movements for the elephants shape in 5 keys in each district, this distribution is very beneficial for learning and memory, thereby makes the present invention creative again.

In above-mentioned solution, owing to adopted the principle of many key click the speed record is carried out in encode Chinese characters for computer, the code length that any one encode Chinese characters for computer in the encode Chinese characters for computer is made up of 1-6 letter needs 1-6 input of keystroke on universal keyboard, becoming in the keyboard special of being made up of 22 keys many key click once imports, be that code length is " 1 ", calculate for 2-3.5 time with many key click p.s., do not using under the preceding topic of other omission method, per minute can a many key click 120-210 encode Chinese characters for computer, again because the multikey concurrent beating type input method can compatible multiple Hanzi coding input method in dynamically, and can directly become a kind of Hanzi coding input method in the present mobile phone (input of a key of a key in the process of input), be very beneficial for promotion and application like this, thereby make the present invention have novelty.

In above-mentioned solution, because the multikey concurrent beating type keyboard can have various ways, Fig. 1, Fig. 9, Figure 10 shows that three kinds of principal modes, in 22 key formula keyboards shown in Figure 1, impact that any one encode Chinese characters for computer (do not contain slightly method) is minimum to be finished in a keystroke process, in 12 key formula keyboards shown in Figure 9, impact that any one encode Chinese characters for computer (do not contain slightly method) is minimum to be finished in twice keystroke process, in 6 key formula keyboards shown in Figure 10, impact that any one encode Chinese characters for computer (do not contain slightly method) is minimum to be finished in four keystroke processes, the shape of keyboard is 1: 1 with the ratio of material object basically among the figure, display screen (shown among the figure 100) can be set in the keyboard, function key (shown among the figure 200) is set, difform key (shown among the figure 300) is set, owing to can also be designed to forms such as many key click notebook type Chinese character quick-recording machine or many key click mobile phone formula Chinese character quick-recording machine, can satisfy people's different needs and use like this, thereby make the present invention have practicality again.

In sum, the characteristics of encode Chinese characters for computer are exactly to compile one group of different coding to each Chinese character, thereby uniqueness is good, but because typing speed has influenced it slowly and has further developed, the characteristics of Chinese quick-recording machine are exactly to utilize the principle design of many key click to go out keyboard special, and with the shorthand advantage and computer structure altogether, thereby can take down in short-hand and can speed record, but when in seeing dozen speed record, running into unisonance people having the same aspiration and interest Chinese character repeated code, need once more keystroke to be selected, thereby can influence typing speed, characteristics of the present invention are exactly that characteristics with the characteristics of encode Chinese characters for computer and Chinese quick-recording machine combine, the multikey concurrent beating type Hanzi coding input method that to form a kind of each encode Chinese characters for computer length be " 1 ", the result who reaches is, can make the encode Chinese characters for computer code length in the multiple Hanzi coding input method be " 1 ", be used disyllabic word commonly used again, trisyllable, quadrisyllable, quinquesyllable, the hexasyllable speech, sentence is method key bit code slightly, can be better, carry out Chinese character information processing quickly.

Claims (9)

1, a kind of computer Chinese-character multikey concurrent beating type input method of importing Chinese character, letter and/or symbol on computer keyboard comprises:

Described computer keyboard is divided into one and/or a plurality of district in six keys, one district;

Described computer keyboard has 6 keys;

Described computer keyboard is divided into three rows in the plane, and two keys of every row are respectively:

First row is defined as from left to right: 0458E and 1569R;

Second row is defined as from left to right: 3789D and 0267F;

The 3rd row is defined as from left to right: ※ V and #B.

In the different keys position of described computer keyboard, comprise that the various features of definition reflection Chinese character, letter and/or symbol characteristic on numeral and the letters case represents symbol;

Characteristic according to Chinese character, letter and/or symbol, the correlation properties of one key and/or multikey input simultaneously Chinese character, letter and/or symbol, and import successively according to the ordinal characteristics of Chinese character, letter and/or symbol, to the last finish the input of Chinese character, letter and/or symbol.

2, multikey concurrent beating type input method according to claim 1 is characterized in that described Hanzi features represents that symbol is the characteristic symbol of initial consonant, simple or compound vowel of a Chinese syllable, tone, Lve Fa and the sequence number of Chinese word.

3, computer input keyboard according to claim 1 is characterized in that dividing three rows in the plane at 6 of the side of above-mentioned keyboard keypad increases and first row, second row and the close key of the 3rd row, and four keys of row are respectively:

First row is defined as from left to right: 4E, 1R, 6U and 9I;

Second row is defined as from left to right: 3D, 2F, 7J and 8K;

The 3rd row is defined as from left to right: * V, 5B, 0N and #M.

4, computer input keyboard according to claim 3, it is characterized in that respectively increasing by 4 and arrange close key with first row and second on the left side of above-mentioned keyboard keypad and right side, and at two keys of described keyboard keypad centre position increase as function key, divide three rows in the plane, ten keys of first row, eight keys of second row, four keys of the 3rd row are respectively:

First row is defined as from left to right: Q, W, E, R, GT, HY, U, I, O and P;

Second row is defined as from left to right: A, S, D, F, J, K, L and X;

The 3rd row is defined as from left to right: V, B, N and M.

5, computer input keyboard according to claim 1 is characterized in that described letter " R " expression initial consonant " b "; Letter " RB " expression initial consonant " p "; Letter " FR " expression initial consonant " m "; Letter " FRB " expression initial consonant " f "; Letter " F " expression initial consonant " d "; Letter " FB " expression " t "; Letter " DF " expression initial consonant " n "; Letter " DFB " expression initial consonant " l "; Letter " D " expression initial consonant " g "; Letter " DB " expression initial consonant " k "; Letter " DE " expression initial consonant " h "; Letter " DEB " expression initial consonant " r "; Letter " E " expression initial consonant " j "; Letter " EB " expression initial consonant " q "; Letter " ER " expression initial consonant " x "; Letter " ERB " expression sound " a "; Letter " DFR " expression initial consonant " zh "; Letter " DFRB " expression initial consonant " z "; Letter " DEF " expression initial consonant " ch "; Letter " DEFN " expression initial consonant " c "; Letter " DEFR " expression initial consonant " sh "; Letter " DEFRB " expression initial consonant " s "; Letter " DR " expression initial consonant " y "; Letter " DRB " expression initial consonant " e "; Letter " DF " expression initial consonant " w "; Letter " DFB " expression initial consonant " o "; Letter " E " expression simple or compound vowel of a Chinese syllable " a "; Letter " EB " expression simple or compound vowel of a Chinese syllable " ai "; Letter " DE " expression simple or compound vowel of a Chinese syllable " ei "; Letter " DEB " expression simple or compound vowel of a Chinese syllable " ao "; Letter " D " expression simple or compound vowel of a Chinese syllable " e "; Letter " DB " expression simple or compound vowel of a Chinese syllable " ou "; Letter " DF " expression simple or compound vowel of a Chinese syllable " iong " and " ong "; Letter " DFB " expression simple or compound vowel of a Chinese syllable " ü " and " u "; Letter " F " expression simple or compound vowel of a Chinese syllable " i "; Letter " FB " expression simple or compound vowel of a Chinese syllable " ian " and " uen "; Letter " FR " expression simple or compound vowel of a Chinese syllable " ang " and " ü an "; Letter " FRB " expression simple or compound vowel of a Chinese syllable " eng " and " ü n "; Letter " R " expression simple or compound vowel of a Chinese syllable " iang " and " an "; Letter " RB " expression simple or compound vowel of a Chinese syllable " ing " and " uang "; Letter " ER " expression simple or compound vowel of a Chinese syllable " uo ", " o " and " ü e "; Letter " ERB " expression simple or compound vowel of a Chinese syllable " in " and " uei "; Letter " DEF " expression simple or compound vowel of a Chinese syllable " ia " and " en "; Letter " DEFB " expression simple or compound vowel of a Chinese syllable " ie " and " ua "; Letter " DFR " expression simple or compound vowel of a Chinese syllable " iao " and " uai "; Letter " DFRB " expression simple or compound vowel of a Chinese syllable " iou " and " uan "; Letter " DEFR " expression simple or compound vowel of a Chinese syllable " u "; Letter " DEFRB " expression simple or compound vowel of a Chinese syllable " uen " letter " EF " expression simple or compound vowel of a Chinese syllable " an "; Letter " EFB " expression simple or compound vowel of a Chinese syllable " ü e "; Letter " DR " expression simple or compound vowel of a Chinese syllable " uan "; Letter " DRB " expression simple or compound vowel of a Chinese syllable " uang "; Letter " DER " expression simple or compound vowel of a Chinese syllable " uei "; Letter " DERB " expression simple or compound vowel of a Chinese syllable " en "; Letter " EFR " expression simple or compound vowel of a Chinese syllable " ua "; Letter " EFRN " expression simple or compound vowel of a Chinese syllable " uai "; Letter " R " expression numeral " 1 "; Letter " F " expression numeral " 2 "; Letter " D " expression numeral " 3 " letter " E " expression numeral " 4 "; Letter " ER " expression numeral " 5 "; Letter " FR " expression numeral " 6 "; Letter " DF " expression numeral " 7 "; Letter " DE " expression numeral " 8 "; Letter " DR " expression numeral " 9 "; Letter " EF " expression digital " 0 " letter " R " expression English " A "; Letter " RB " expression English " B "; Letter " FR " expression English " C "; Letter " FRB " expression English " D "; Letter " F " expression English " E "; Letter " FB " expression English " F "; Letter " DF " expression English " G "; Letter " DFB " expression English " H "; Letter " D " expression English " I "; Letter " DB " expression English " J "; Letter " DE " expression English " K "; Letter " DEB " expression English " L "; Letter " E " expression English " M "; Letter " EB " table English " N "; Letter " ER " expression English " O "; Letter " ERB " expression English " P "; Letter " DFR " expression English " Q "; Letter " DFRB " expression English " R "; Letter " DEF " expression English " S "; Letter " DEFB " expression English " T "; Letter " DEFR " expression English " U "; Letter " DEFRB " expression English " W "; Letter " DR " expression English " X "; Letter " DRB " expression English " Y "; Letter " EF " expression English " Z "; Letter " EFB " expression English " V ".

6, computer input keyboard according to claim 3 is characterized in that described symbol " 1 " expression initial consonant " b "; Symbol " 15 " expression initial consonant " p "; Symbol " 12 " expression initial consonant " m "; Symbol " 125 " expression initial consonant " f "; Symbol " 2 " expression initial consonant " d "; Symbol " 25 " expression initial consonant " t ", symbol " 23 " expression initial consonant " n "; Symbol " 235 " expression initial consonant " t "; Symbol " 3 " expression initial consonant " g "; Symbol " 35 " expression initial consonant " k "; Symbol " 34 " expression initial consonant " h " symbol " 345 " expression initial consonant " r "; Symbol " 4 " expression initial consonant " j "; Symbol " 45 " expression initial consonant " q "; Symbol " 14 " expression initial consonant " x "; Symbol " 145 " expression initial consonant " a "; Symbol " 123 " expression initial consonant " zh " symbol " 1235 " expression initial consonant " z "; Symbol " 234 " expression initial consonant " ch "; Symbol " 2345 " expression initial consonant " c "; Symbol " 1234 " expression initial consonant " sh "; Symbol " 12345 " expression initial consonant " s " symbol " 13 " expression initial consonant " y "; Symbol " 135 " expression initial consonant " e "; Symbol " 24 " expression initial consonant " w "; Symbol " 245 " expression initial consonant " o "; Symbol " 6 " expression simple or compound vowel of a Chinese syllable " a "; Symbol " 60 " expression simple or compound vowel of a Chinese syllable " ai "; Symbol " 67 " expression simple or compound vowel of a Chinese syllable " ei "; Symbol " 670 " expression simple or compound vowel of a Chinese syllable " ao "; Symbol " 7 " expression simple or compound vowel of a Chinese syllable " e "; Symbol " 70 " expression simple or compound vowel of a Chinese syllable " ou "; Symbol " 78 " expression simple or compound vowel of a Chinese syllable " ong " and " iong "; Symbol " 780 " expression simple or compound vowel of a Chinese syllable " u " and " ü ", symbol " 8 " expression simple or compound vowel of a Chinese syllable " i "; Symbol " 80 " expression simple or compound vowel of a Chinese syllable " uen " and " ian "; Symbol " 89 " expression simple or compound vowel of a Chinese syllable " ü an " and " ang "; Symbol " 890 " expression simple or compound vowel of a Chinese syllable " ü n " and " eng "; Symbol " 9 " expression simple or compound vowel of a Chinese syllable " an " and " iang "; Symbol " 90 " expression simple or compound vowel of a Chinese syllable " uang " and " ing "; Symbol " 69 " expression simple or compound vowel of a Chinese syllable " ü e ", " o " and " ü o "; Symbol " 690 " expression simple or compound vowel of a Chinese syllable " ui " and " in "; Symbol " 678 " expression simple or compound vowel of a Chinese syllable " en " and " ia "; Symbol " 6870 " expression simple or compound vowel of a Chinese syllable " ua " and " ie "; Symbol " 789 " expression simple or compound vowel of a Chinese syllable " uai " and " iao "; Symbol " 7890 " expression simple or compound vowel of a Chinese syllable " uan " and " iou "; Symbol " 6789 " expression simple or compound vowel of a Chinese syllable " u "; Symbol " 67890 " expression simple or compound vowel of a Chinese syllable " uen "; Symbol " 80 " expression simple or compound vowel of a Chinese syllable " an "; Symbol " 680 " expression simple or compound vowel of a Chinese syllable " ü e "; Symbol " 79 " expression simple or compound vowel of a Chinese syllable " uan "; Symbol " 790 " expression simple or compound vowel of a Chinese syllable " uang "; Symbol " 679 " expression simple or compound vowel of a Chinese syllable " uei "; Symbol " 6790 " expression simple or compound vowel of a Chinese syllable " en "; Symbol " 689 " expression simple or compound vowel of a Chinese syllable " ua "; Symbol " 6890 " expression simple or compound vowel of a Chinese syllable " uai "; Symbol " ※ 1 " expression " cloudy 1 "; Symbol " ※ 15 " expression " cloudy two "; Symbol " ※ 12 " expression " goes 1 "; Symbol " ※ 125 " expression " is gone two "; Symbol " ※ 2 " expression " sun 1 "; Symbol " ※ 25 " expression " sun is two "; Symbol " ※ 23 " expression " last 1 " symbol " ※ 235 " expression " is gone up two "; Symbol " ※ 3 " expression " sun 2 "; Symbol " ※ 35 " expression " sun is two "; Symbol " ※ 34 " expression " goes 2 "; Symbol " ※ 35 " expression " is gone two "; Symbol " ※ 4 " expression " cloudy two "; Symbol " ※ 14 " expression " last 2 "; Symbol " last 2 "; Symbol " 145 " expression " is gone up two "; Symbol " ※ 123 " expression " cloudy 3 "; Symbol " ※ 1235 " expression " three sounds "; Symbol " ※ 234 " expression " sun 3 "; Symbol " ※ 2345 " expressions " five notes of traditional Chinese music "; Symbol " ※ 1234 " expressions " softly "; Symbol " ※ 12345 " expressions " sentence "; Symbol " ※ 13 " expression " goes 3 "; Symbol " ※ 135 " expression " four sounds "; Symbol " ※ 24 " expression " last 3 "; Symbol " ※ 245 " expression " six sounds "; Symbol " 6 " expression " preface 1 "; Symbol " 60 " expression " preface 2 "; Symbol " 67 " expression " preface 3 "; Symbol " 670 " expression " preface 4 "; Symbol " 7 " expression " preface 5 "; Symbol " 70 " expression " preface 6 "; Symbol " 78 " expression " 78 " expression " preface 7 "; Symbol " 780 " expression " preface 8 "; Symbol " 8 " expression " preface 9 "; Symbol " 80 " expression " preface 10 ".

7, computer input keyboard according to claim 4 is characterized in that described letter " ERBU " expression " a ", " JA " and " AA "; Letter " ERBUN " expression " ai ", " JB " and " AB "; Letter " ERBKU " expression " an ", " QA " and " AX "; Letter " ERBIK " expression " ang ", " QC " and " AK "; Letter " ERBIUN " expression " ao ", " JD " and " AD "; Letter " RU " expression " ba " and " BA "; Letter " RUN " expression " bai " and " BB "; Letter " RKU " expression " ban ", " BM " and " BX "; Letter " RIB " expression " bang " and " BK "; Letter " RJUN " expression " bao " and " BD "; Letter " RJU " expression " bei " and " BC "; Letter " RIJUN " expression " bei " and " BQ "; Letter " RIKN " expression " beng " and " BL "; Letter " RK " expression " bi " and " BI "; Letter " RKN " expression " bian " and " BI "; Letter " RIJK " expression " biao " and " BS "; Letter " RIKUN " expression " bie " and " BR "; Letter " RIUN " expression " bin " and " BP "; Letter " RIN " expression " bing " and " BN "; Letter " RIU " expression " bo " and " BO "; Letter " RIJKU " expression " bu ", " BH " and " BU "; Letter " DEFBJ " expression " ce " and " CE "; Letter " DEFBJN " expression " cou " and " CF "; Letter " DEFJK " expression " chnog " and " UG "; Letter " DEFKU " expression " chan ", " UM " and " UK "; Letter " DEFIJN " expression " chuang " and " UN "; Letter " DJNU " expression " diu " and " DT "; Letter " EIJKLN " expression " dun ", " VG " and " DW "; Letter " FKU " expression " dan ", " DM " and " DX "; Letter " DEFRBIJ " expression " suan ", " ST " and " SZ "; Letter " DEFRKU " expression " shua " and " VR " letter " DFRI " expression " zha " and " IA "; Letter " DFRBIU " expression " zou " and " ZO "; Letter " WERBUO " expression " Ah AAR "; Letter " WDRFO " expression " YIR "; Letter " WDRKOM " expression " one YIT "; Letter " WDRKLO " expression " doctor YIY "; Letter " WDRKLOM " expression " clothing YIW "; Letter " WDRKL " expression " according to YIQ "; Letter " WDRKLM " expression " she YIAR "; Letter " WDRKLX " expression " squeak YIAT "; Letter " WDRLXM " expression " YIAY makes a bow with hands clasped "; Letter " SDRKO " expression " YIL "; Letter " SDRKOM " expression " is doubted YIK "; Letter " SDRKLO " expression " moves YIJ "; Letter " SDRKLOM " expression " is lost YII "; Letter " SDRKL " expression " instrument YIP "; Letter " SDRKLM " expression " suitable YIAL "; Letter " ASDRKO " expression " YIC "; Letter " ASDRKOM " expression " with YIX "; Letter " ASDRKLO " expression " second YIN "; Letter " SWDRKO " expression " YIS "; Letter " SWDRKOM " expression " meaning YID "; Letter " SWDRKLO " expression " adopted YIF "; Letter " SWDRKLOM " expression " view YIG "; Letter " SWDRKL " expression " easily YIH "; Letter " SWDRKLM " expression " beneficial YIAS "; Letter " SWDRKLX " expression " skill YIAD "; Letter " SWDRKLXM " expression " different YIAF "; Letter " SWDRKX " expression " friendship YIAG "; Letter " SWDRKXM " expression " is translated YIAH "; Letter " SWDRKPX " expression " hundred million YIES "; Letter " SWDRKPXM " expression " labour YIED "; Letter " SWDRKP " expression " epidemic disease YIEF "; Letter " SWDRKRM " expression " firm YIEG "; Letter " SWDRKOP " expression " also YIEH "; Letter " SWDRKOPM " expression " YIOS overflows "; Letter " SWDRKLOM " expression " presses down YIOD "; Letter " SWDRKLOXM " expression " ease YIOF "; Letter " SWDRKIPX " expression " wing YIOG "; Letter " SWDRKLPXM " expression " is unraveled silk YIOH "; Letter " SWDRKOPX " expression " is recalled YLUS "; Letter " SWDPALOPXM " expression " subjectively YIUD "; Letter " SWDRKOX " expression " towering like a mountain peak YIUF "; Letter " SWDRKOXM " expression " descendants YIUG "; Letter " SWRKIP " expression " grand YIUN "; Letter " SWDRKUPM " expression " is called on YIZS "; Letter " SUDRKLOP " expression " YIZD studies "; Letter " SWDFRBIUO " expression " is made ZOS "; Letter " SWDFRBIUOM " expression " is ZOD "; Letter " SWDFRBIULO " expression " is sat ZOF "; Letter " SWDFBIULOM " expression " seat ZOG "; Letter " W ", " R ", " U " and " O " represent the Latin alphabet " A "; Letter " WV ", " RB ", " UN " and " OM " represent the Latin alphabet " B "; Letter " SW ", " FR ", " JU " and " LO " represent the Latin alphabet " C "; Letter " SWV ", " FRB ", " JUN " and " LOM " represent the Latin alphabet " D "; Letter " S ", " F ", " J " and " L " represent the Latin alphabet " E "; Letter " QS ", " EF ", " IJ " and " LP " represent the Latin alphabet " Z "; Letter " W ", " R ", " U " and " O " expression numeral " 1 "; Letter " SW ", " FR ", " IU " and " OL " expression numeral " 6 "; Letter " S ", " F ", " J " and " L " expression numeral " 2 "; Letter " AS ", " DF ", " JK " and " LX " represent symbol " 7 "; Letter " A ", " D ", " K " and " X " expression numeral " 3 "; Letter " AQ ", " DE ", " IK " and " PX " represent symbol " 8 "; Letter " Q ", " E ", " I " and " P " expression numeral " 4 "; Letter " QW ", " ER ", " IU " and " OP " represent symbol " 5 "; Letter " QS ", " DR ", " KU " and " OX " expression numeral " 9 "; Letter " AW ", " EF ", " IJ " and " LP " represent digital " 0 "; Letter " RUPM " expression " eight

" letter " RUNPM " expression " in vain

"; Letter " PJUPM " expression " north

"; Letter " RIUNPM " expression " newspaper "; Letter " FU " expression " da ", " DA " and Letter " FUN " expression " dai ", " DB " and

Letter " RKU " expression " ban ", " BM ", " BX " and Letter " RIK " expression " bang ", " BK " and

Letter " RIUN " expression " bao ", " BD " and "

Letter " RJU " expression " bei ", " BC " and

Letter " DFRK " expression " zhi ", " II " and Letter " DFRJK " expression " zhong ", " IG " and

Letter " DFRBIU " expression " zuo ", " ZO " and

Letter " JHSYFC " expression " has "; Letter " WO " table red " high and level tone preface 1 "; Letter " SO " expression " rising tone preface 1 "; Letter " ROP " expression " is gone up sound preface 1 "; Letter " SWO " expression " falling tone preface 1 "; Letter " RO " expression " symbol 1 "; Letter " ROP " expression " symbol! "; Letter " UO " expression " english lowercase a "; Letter " UOP " expression " English capitalization A "; Letter " WVEKO " expression " actively "; Letter " SVEKO " expression " in time "; Letter " ASVEKO " expression " several "; Letter " SWVEKO " expression " ji1 " and " plan "; Letter " SWVEKOM " expression " ji2 " and " calculating "; Letter " SWVEKLO " expression " ji3 " and " continuation "; The letter " SWVEKP " expression " ji13 " and " since "; Letter " ASWVEKO " expression " enthusiasm "; Letter " AWVEKO " expression " moves on "; Letter " RP " expression " no "; Letter " FP " expression " "; Letter " ASDRIJKNO " expression " great "; Letter " SWVDEBKXM " expression " history "; Letter " FRBJUNSWVLOMHY " expression " UJNUYQL " and " meaning "; The letter " SWFJOGT " expression " DVES " and " "; Letter " AQFGIHYJL " expression " party "; Symbol " 4780 ※ 126 " expression " tool "; Symbol " 13 1235 ※ 23 4 " expression " has ".

8, according to the described multikey concurrent beating type Chinese character input method of claim 1, it is characterized in that: in the keyboard of being made up of 6 keys, impacting any one phonology and tune sequency encode Chinese characters for computer need finish in four keystroke processes; In the keyboard of being made up of 12 keys, impacting any one phonology and tune sequency encode Chinese characters for computer need finish in twice keystroke process; In the keyboard of 22 keys and/or 22 above key compositions, impacting any one phonology and tune sequency encode Chinese characters for computer need finish in a keystroke process.

9, according to the described multikey concurrent beating type Chinese character input method of claim 1, it is characterized in that: in a keystroke process, can and hit a Chinese syllable, and/or and hit a shorthand notation of representing Chinese syllable, and/or and hit a memory figure of representing Chinese syllable, and/or and hit a phonetic symbol of representing Chinese syllable, and/or and hit a Chinese phonetic alphabet of representing Chinese syllable, and/or and hit a Chinese double-spelling of representing Chinese syllable, and/or and hit a shorthand simplicity of representing Chinese syllable, and/or and hit the Chinese character of a syllable word preface encode Chinese characters for computer representative, and/or and hit the Chinese character of a five-stroke type Chinese character coding representative, and/or and hit the Chinese character of syllable word preface unsimplified Hanzi coding representative, and/or and hit the Chinese character of a plurality of chinese-character syllable encode representatives.

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