WO2011035705A1

WO2011035705A1 - Number-order-code-element keyboard and information input method thereof

Info

Publication number: WO2011035705A1
Application number: PCT/CN2010/077121
Authority: WO
Inventors: 梁晨
Original assignee: Liang Chen
Priority date: 2009-09-25
Filing date: 2010-09-19
Publication date: 2011-03-31
Also published as: CN102511021B; CN102511021A

Abstract

A number-order-code-element keyboard and the information input method thereof are provided. The characters or code-elements allocated by the character keys of each column are also allocated on the numeric keys tapped by the same fingers to compose the number-order-code-elements, and/or the number-order-code-elements special for the numbers are allocated directly based on the numeric input efficiency and the actual use frequency of the code-elements special for the numbers. The numbers are used as the additional coding of the input coding, and the brevity codes are allocated on the number row by using a coding method. And further, "wubizixing" code-elements and/or Chinese phonetic symbol code-elements are allocated on the keyboard respectively and more regularly to make it easier to be remembered, and the Chinese words can be input more efficiently. By improving the number-order-overlapping-code input method in which the character codes are attached by sequence numbers to a number-order-brevity-code input method in which the character codes are attached by the number-order-code-elements, the problem that the amount of the brevity codes are too small and spaces must be added to input the brevity codes is solved.

Description

Digital sequence symbol keyboard and information input method thereof

Technical field

The invention relates to a digital sequence symbol keyboard for converting a scattered information item into a code form and an information input method thereof, and belongs to the technical field of Chinese information processing, in particular to the technical field of Chinese character code input processing of an alphabet keyboard.

Background technique

The Chinese invention patent application published on November 19, 2008 "an information input method based on Chinese pronunciation", its international publication is: "2007-09-20 W02007/104262", called prior art 1, is One of the prior art techniques of the present invention.

"Wubi type" word encoding input method, including the original "86 version" simplified "optimized five-stroke type encoding method and its keyboard, Chinese invention patent CN85100837", and improved "98 version" simplified and traditional "standard Wang code" Chinese character computer input method and its keyboard, Chinese invention patent CN98100684. 1 ", collectively referred to as prior art 2, is the second prior art of the present invention.

At present, several kinds of audio code Chinese character encoding input methods promoted by famous Chinese websites, each input one character, prompt one or more groups in the digital line, 5-10 candidate Chinese characters or words in each group, press the utility frequency from left to right. The descending order of degree is arranged in turn, and the next keystroke is ended if the candidate Chinese character or word corresponding to any digital input suggested is used, otherwise the next encoded character is input, which may be called the numerical code re-code input method of the character encoding additional serial number. Referring to prior art 3, it is closest to the present invention in terms of input mode. technical problem

The symbol layout of the prior art 1 has not been optimized, and the symbol layout of the root and the stroke of the prior art 2 is unreasonable, and the symbols of the same column are difficult to be merged; the short codes of the prior art 1 and 2 are few, additional spaces are added. Or the number 1 can be input, and the input efficiency is very low.

Prior Art 3 Although a lot of digital is used, they are all sorting symbols, and the screen prompts can be used to select input, which is difficult to remember and is not convenient for blind typing. Because the re-coding rate is too high, it is not recognized by the academic community, but most users can accept it. The main reason for the defect is that there is no coding correspondence between the digital and the digital sequence re-code, and the digital-sequence code is not distinguished from each other by the coding information.

Any other Chinese character encoding input method using an alphabetic keyboard is the prior art of the present invention, and all of them use the English keyboard, that is, the "QWERTY" keyboard, that is, the Chinese information "parasitic" on the English keyboard, and never appear true. Chinese keyboard.

The phonetic symbols and the Chinese Pinyin Scheme do not have a matching Pinyin keyboard, indicating that the basic theory of the Pinyin input method is lacking. It is only possible to design a Pinyin keyboard by modifying the Pinyin scheme. This is the root cause of the Chinese input method being constrained. .

Conversely, the existing Chinese character encoding input method has not yet developed to the extent that a special alphanumeric keyboard or pinyin keyboard is needed, indicating that the special laws of Chinese information have not been fully exploited and utilized, and further development and improvement are needed.

Almost all Chinese character encoding input methods have short code input methods, up to 47 one-level short codes for two-key input, one thousand short codes for three-key input, and three thousand short codes for four-key input. One. Since the short code is rare, it is necessary to add a space or a number 1 with low input efficiency to input. Therefore, even the most commonly used short code Chinese characters have low input efficiency, and other digitals with high input efficiency are not fully utilized. And the use of digital can only enter the weight code can not enter the short code, which is a common problem that has not been solved in the technical field. Therefore, although the input method of the short code is very popular, it does not fully play its due role. The root cause is that the coded characters or symbols are hardly related to the numbers, and the coded characters or symbols in the same column are difficult to merge with each other. Without using all the codes of the digital participation short code, more short codes cannot be input.

The Chinese character encoding input method has three kinds of sound code, shape code and sound shape code. The digital generally does not participate in the encoding. After the maximum input code length or the input end mark is reached, if the weight code appears, the number is used as the sort symbol, and the input and the weight code are selected.

The coded Chinese character encoding input method mainly includes three kinds of full spelling, simple spelling and double spelling. The same code has many heavy codes, and common words cannot be blindly hit, which is a problem that has not been solved. Generally, 1, 2, 3, 4, 5 are used to input the Yinping, Yangping, Shangsheng, Deaf and soft tones, while the practical frequency of the tones is descending, but the sound is flat, flat, flat, and soft, almost the opposite. After distinguishing the tones, the homophones in the descending order of the practical frequency are also sequentially displayed in the digital order, and the order of the input efficiency from the left hand to the finger is also reversed, which is unreasonable. However, using Chinese syllables without even tones, you can input a large number of non-single words. Any form-coded Chinese character encoding input method will never be able to match, but the advantages of word encoding are not fully utilized. How to input words. In addition, at the end of the last century, there was a popular "double-tone double-spelling input method", and "words with words" were used to input a single word, and the word input was used to input the word blindly, but in the end it was not worth the candle. Therefore, the "word-to-word" input method is still not perfect.

Although the number of people using the Pinyin Chinese character input method is the most, almost all of them use the full-input input method with extremely low input efficiency. Up to 6 keystrokes can be used to input any syllable, that is, syllables that do not distinguish between tones, resulting in huge human resources in the whole society. Waste. The double-input input method with high input efficiency, the key layout of the final vowel has not been unified until now; moreover, many keys of the conventional alphabet keyboard specify two vowels that cannot be merged, and the virtual keyboard of the touch screen is used, the characters are The key is small and can only display one vowel. Therefore, it is necessary to add a new key, and even increase the key of the whole line to accommodate the 35 vowels. The layout of the vowels of the conventional alphabet keyboard is very different, and it is necessary to learn separately. And memory. Therefore, whether the specified two vowels can be combined, especially whether the initial vowels with the same initials and single vowels can be merged is the key to whether the alphabetic keyboard and its virtual keyboard can be consistent. The layout of the English letters VIII, E, I and U causes the vowel to be "the same mother, the same vowel", and the vowels with the same initials and vowels of u and U cannot be merged, so the layout of the letters needs to be redesigned, especially Is the layout of the letters A, E, I and U.

In the existing shape code input method, it is necessary to frequently switch the input mode to input English and Chinese characters; and the word code of the shape code is only a limited number of word codes for filling the gap, once the sound code solves the problem of single-word blind typing input, the shape code also There is no advantage.

In the sound shape code input method, the natural code is the most representative, mainly based on double spelling, supplemented by shape code, which does not get rid of the above defects of the sound code, and does not give full play to the technical advantages of the shape code, the durability of the user application. It is also not as good as the "five-stroke type" equivalent code input method.

All in all, the ability to input Chinese characters blindly and quickly is still a problem for most people. Difficult to be difficult is that it is an unusually complex and complex system engineering, we must gradually solve every detail problem, and then combine all the correct conclusions and integrate them, in order to summarize the complete solution at the last moment, the result is better than Anyone’s guesses and expectations are good. Therefore, all kinds of prior art are only partial solutions, and all of them are deviated to lead to the above-mentioned defects. They lack the guidance and support of deep basic theory. They all use English characters for Chinese characters, which is difficult to break through the inherentity of English character layout. limit.

If you can talk face to face in a face-to-face conversation, no one is willing to use a low-intensity and complicated pen. Therefore, the Chinese syllable is the most natural, direct and effective simplified form of Chinese characters. It is a written language of spoken Chinese and is a natural compression and simplification of written Chinese characters. Chinese written words are only the supplement and development of Chinese spoken language. They have never replaced Chinese spoken language. Therefore, Chinese syllables are the basic information of Chinese characters, while Chinese phonetic symbols are the decomposition of Chinese syllables. Not fully utilizing Chinese phonetic symbols and digital, especially without using digital input short codes, is the fundamental reason why the problem of Chinese character encoding and input has not been completely solved so far. Technical solution

The main object of the present invention is to overcome the deficiencies of the prior art, and to improve the number-sequence code input method of the character code-added serial number to the number-sequence code input method of the character code-added number-sequence symbol, and specify and prompt in the digital line. Moreover, you can directly input more short codes and completely solve the problem that the short code is rare and you need to add spaces to input.

A further object of the present invention is to make full use of the row-column correspondence of characters or symbols, and the difference in efficiency of fingerstrokes, to design a more regular character or symbol layout, so as to more succinctly merge each column of characters. The roots, strokes, and other symbols specified by the key, and the finals specified by each column and each character key make the layout of characters or symbols more reasonable and easier to remember.

The main object of the present invention is achieved based on the principle that according to the oblique or positive fingering of the keyboard fingerstroke, the character or symbol specified by each column of character keys is also assigned to the digital key of the same fingerstroke key. The character or symbol specified by each digital key is called a digital symbol, and is sequentially arranged in a numerical order to form a sequence of symbols; and/or according to the digital input efficiency and the practical frequency of the digital dedicated symbol, in the digital line Directly assigning digital-specific digital sequential symbols; separated from the digital sequential symbols, specifically used to specify a subset of short-coded digital-sequence symbols, also referred to as digital-sequence symbols; thus using the digital as the input code Additional coding, specifying the short code in the digital line by the encoding method, and using the digital prompt according to the correspondence between the digital and the digital sequential symbol, and directly inputting more short codes; further putting the "five-stroke type" symbol and / Or Chinese phonetic symbol symbols, according to their row and column mutual It should be more regularly assigned to the keyboard, so that it is easier to remember and input Chinese characters more efficiently.

The specific technical solution includes the following steps:

1. A digital sequential symbol keyboard and an information input method thereof, wherein the target character is a syllable syllable symbol, a single word, a word, a phrase or a sentence of a Chinese character, or any combination of a Chinese character and various characters;

Encoding the target character set to be input, the coding information unit used is called a symbol, and is designated as a symbol layout on the character key of any alphabet keyboard or virtual alphabet keyboard, and the character name marked by the character key participating in the encoding As a coded character, the keys of all coded characters constitute the character keypad; the characters of the digital line 1, 2, 3 0, "-" and "=" are collectively referred to as numbers, and the ordering is called number order; through the association of symbols Establish a coded character-target character mapping library, that is, a code table;

The practical frequency of all target character sets is counted, and the total time equivalent data of various symbol layouts is calculated for comparison; if one symbol is specified on the same or similar coded characters of glyph or pronunciation, the influence on the total input efficiency can be ignored. Then specify the priority, otherwise it is necessary to change or modify the symbol of the symbol, or change the position of the coded character; finally select the symbol layout with high input efficiency and easy to learn and remember;

The encoding input process of specific Chinese words or their pronunciation syllables is composed of multiple processes in the same or different input modes, and each process includes the following steps:

Receiving coded character information input by the user through the keyboard used, prompting the input character, symbol or candidate target character; according to the input coded character, searching for the corresponding target character set from the coded character-target character mapping library, that is, the code table Displaying the target character set on the display, and/or playing the target character's pronunciation through a voice output device; the features are as follows:

According to the oblique column or the positive column fingering of the keyboard fingerstroke, the character or symbol specified by each column of character keys is also specified on the digital key of the same fingerstroke key; the character or symbol specified by each digit key The digital symbol is sequentially arranged in a numerical order to form a sequence of symbols; and/or the digital dedicated digital sequence symbol is directly specified in the digital line according to the digital input efficiency and the practical frequency of the digital dedicated symbol; Separated from the symbol, specifically for specifying a short code, a subset of the sequence of symbols, also referred to as a sequence of symbols; the keyboard specifying at least one number of symbols is referred to as a numbered symbol keyboard, including The numbered symbol keyboard of the two fingerings of the oblique column and the positive column; thus, after inputting the first coded character, the coded character that makes the digital non-first key and only valid at the end of the code represents the order of the numbered symbols. Participate in the code in turn, specify the short code as the additional code of the previously input code; input one code character in the character keypad, input the character code, add the sequence code symbol to be input, and form the character code additional sequence code symbol Number Coding, corresponding to the sequence of the target character set, select one or more groups with higher practical frequency, up to 12 number of target characters per group, specify one or more groups of the input character codes in the digital line Each group of up to 12 short codes arranged in numerical order, called a sequence short code, the process is called specifying a sequence short code according to the input code additional number sequence symbol; using the following character encoding additional number order Number sequence short code input method of symbol:

Entering the first coded character in the character keypad, the first character code input is added to the number sequence symbol to be input, and the number sequence code of the first character code additional sequence code symbol is formed, and the corresponding number order target character set is selected, and the utility is selected. One or more groups of higher frequency, each group of up to 12 number of sequence target characters, one or more sets of sequence short codes specified in the digital line and prompting the first character, called first-order digital short code, under The second keystroke uses any number of digits to be input, directly enters its short code to end the process, otherwise enters the next coded character;

After the second coded character is input in the character keypad, the input two-character code is added to the number sequence symbol to be input, and the number sequence code of the two-character coded additional number sequence symbol is formed, and the corresponding digital sequence target character set is selected. One or more groups of higher frequency of practicality, up to 12 number of sequence target characters per group, one or more sets of sequence short codes specified in the digital line and prompting two-character encoding, called second order short code The next keystroke uses any number of digits to be input, directly enters its shortcode and ends the process, otherwise enters the next encoded character;

And so on, after inputting the Nth coded character in the character keypad, N is a positive integer that is incremented one by one, and the input N words The code of the character is added to the sequence code symbol to be input, and the number sequence code of the N character code additional sequence code symbol is composed, and the corresponding number of sequence target character sets are selected, and one or more groups with a higher practical frequency are selected. A group of up to 12 number of sequence target characters, one or more sets of sequence short codes specified in the digital line and prompted by N characters, called N-order number sequence short codes, and the next keystrokes to use the number sequence symbols to be input Any of the numbers, directly enter the short code to end the process, otherwise enter the next coded character; until the maximum input code length is reached, or enter non-coded characters such as punctuation, spaces, or carriage return to end the process;

Or further, the input character code cannot add the weight code of the sequence code symbol, and the weight code of the descending order of the practical frequency is sequentially designated according to the descending order of the finger of the previous keystroke and the finger to be input digital and the combination keystroke efficiency.

2. According to the digital sequence symbol keyboard and the information input method thereof according to the technical scheme 1, any one of the shape code Chinese character encoding input methods is used, which is characterized in that the number sequence short code is specified according to the input code added sequence number symbol. Simplified to select a short code in the existing short code of the higher level of each column to be input characters, and form the sequence short code of the level in numerical order, as follows:

After inputting any one of the coded characters, one of the two-level short codes of each character to be input is selected, and the short code of each of the same fingerstroke numbers is designated, and the first-order digital short code is composed in numerical order;

After inputting any two coded characters, one of the three-level short codes of each character to be input is selected, and each short code of the same fingerstroke number is designated, and the second-order short code is composed by number order;

By analogy, after inputting any N coded characters, N is a positive integer incrementing one by one, and selecting one of the N+1 level short codes of each character to be input, designating each short code of the same fingerstroke key, by number The sequence forms an N-order number shortcode until the set maximum input code length is reached.

3. According to the digital sequence symbol keyboard and the information input method thereof according to the technical scheme 1 or 2, the simplified or traditional root symbol layout of the "five-character type" "86 version" is simplified, or the "98 version" is changed. , its characteristics are as follows:

The 10-column character keys on the left side are divided into the left and right areas of the number of columns, and in each area, the first stroke of the root is the same as the character of the same column, and the root of the character is specified. The same root symbol of the second stroke, specified on the character key of the same line, is called the column stroke root symbol layout, including the column stroke root symbol layout of the oblique column and the positive column fingering; the root of the same column character key The symbol element is also specified on the digital key of the same fingerstroke key, and constitutes the number sequence root symbol of the oblique column or the positive column fingering, or is further reduced to the number sequence stroke symbol composed of the first stroke and the second stroke of the radical; In addition to the layout of the root symbol, and the newly added numbered root symbol and numbered stroke symbol, the original "five-stroke type" original simplified or traditional word encoding input method is retained, and spaces can also be added. Input the original short code, if using the positive index fingering, you can further add the number 1 and input the original short code;

Each time a coded character is input, the input character code is added, the number of the sequence word root symbol to be input, or the number of sequenced stroke symbols is added, and the corresponding number of target target Chinese characters is selected, or a group with a higher practical frequency is selected. Group, up to 12 target Chinese characters in each group, specify one or more sets of numbered short code words encoded in 1, 2, 3, 4 or 5 characters in the digital line; use the number to be entered in the next keystroke Any digit of the radical root symbol or the digital sequential stroke symbol, directly inputting its short codeword to end the process; otherwise, input the next encoded character; until the maximum input code length is reached, or input non-coding such as punctuation, space, etc. End the process with a character or a carriage return.

4. According to the digital sequence symbol keyboard and the information input method thereof according to the technical scheme 1, any Chinese character code input method using full spelling, simple spelling or double spelling is used, and the characteristics are as follows:

Yinping, Yangping, Shangsheng and Detachment tones, which are assigned to the numeric keys of 4, 5, 6, or 7 for the oblique column fingering, or the numeric keys of 5, 6, 7, and 8 for the positive column fingering. Above, collectively referred to as a single-order single tone;

Or the tone symbols of the sound, the Yinping, the Yangping and the upper sound are respectively designated on the left, right and right hand digital keys of the index finger, the middle finger, the ring finger and the little finger; or further all the tones are combined into zero tones, respectively Specified on two digital keys with high input efficiency, left-hand and right-hand; two double tones that specify zero tonality or not, collectively referred to as digital-sequence dual-tone; according to the pronunciation of Chinese words, any one of the following character codes is used. The method of inputting the sequence number short code of the additional number sequence symbol: After inputting any sound medium coding, the number sequence tones to be input are added, and the sound sequence of the sequence is composed, and the corresponding numerical order target Chinese characters are selected. One or more groups with a high frequency, each group of up to 6 words or words, respectively specified in the number On the digital key of the single tone; and select other words or words with the same frequency and higher practical frequency, which are specified on other digital keys; specify and prompt one or more sets of numbers in the digital line. Syllable short code word, the next keystroke uses any number of single-order single tone, directly input its syllable short code word, or use any other digital, input the syllabic short code word prompted, thus ending the process, called Acoustic prime code encoding additional sequence-single-tone digital sequence short code word input mode;

Alternatively, after inputting any of the phonological codes, the sequenced double tones to be input are added to form two sets of sequenced audio tones; a set of sequenced tones specifies and prompts the sequenced syllables, and the other The group number tone specifies and prompts the syllable symbol of the sequence; the next keystroke uses any number of the sequenced double tone, directly inputs its syllable short code word or syllable symbol to end the process; or further prompts the input syllable symbol One or more groups, each group of up to 12 homophonic words with higher practical frequency. Once again, use any number and input the homophones prompted to end the process. Double-tone digital sequence short code input mode;

If the encoding of the maximum input of one word is limited, the process ends, and the number encoding short code input method of the character encoding additional number sequential symbol is used, which is collectively referred to as the numerical code short-order short-coded short-coded short-word input method;

Or further, after inputting any two sounds and rhymes, the input double-syllables are regarded as two-syllable words, and whether or not they are re-coded, each double-syllable word and its first and last words form a sequence of word words; The keystroke finger and the finger to be input digital, the descending order of the combined keystroke efficiency, in the digital line, sequentially specify one or more groups, the total practical frequency descending word sequence; use the prompted digital input any two-syllable word Ending the process, or any of its words, is called a double-speech coded additional sequence number-simplified codeword word input mode;

If the encoding of the maximum input of two words is limited, the process ends, and the character encoding short-coded short code input method of the character encoding additional number-sequence symbol up to this point is collectively referred to as the character-coded short-coded short word input of the character encoding additional sequenced tone. method.

5. The digital sequence symbol keyboard and the information input method thereof according to the technical solution 1, characterized in that, according to the digital input efficiency and the single-female practical frequency, the digital sequence line directly specifies the sequenced single final, or further in the reference. The key line or the line above the same finger key character also specifies a single final is called a character single final; or further specifies the numerical order single tone or double tone to form a sequence rhyme; Any number of character encoding additional sequence number symbols of the number order short code input method:

The first key input enters the first word single initial, ₂ 11 and ₂ , sh and s, ch and c respectively, or separately specify the double initial key and the first key input, otherwise the key input twice input the first double initial;

The input of the single initial or double initial, the additional sequenced single vowel to be input, constitutes the first order of the sequence of rhymes, each of the rhymes and their rhymes contain all the sounds of i, u and U, corresponding to In the numerical order target Chinese character, select one or more groups, each group of up to 12 single words or single words with higher practical frequency, specify and prompt one or more sets of sequenced sound rhyming code words in the digital line. The next keystroke uses any number of the single-sequence single-final, directly inputting its vocoded short-coded word and ends the process, which is called the initial-coded short-coded single-final single-coded short codeword input mode;

Otherwise, the first word mother is further input, so that the first word initial is input by a maximum of three keystrokes; the numbered single vowel to be input is added, and the number sequence sound of the first word is composed, and the corresponding numerical order target Chinese character is Select one or more groups, each group of up to 12 single words or single words with higher practical frequency, specify and prompt one or more sets of sequenced sounds in the digital line, the next hit The key uses any number of single vowels and directly inputs its vocal code to end the process, which is called the sound-coded mother-coded sequence-single-single-single-single-simplified code-word input mode;

Or further, using any character of the single vowel of the character, inputting the phonological rhyme of the first word; using the vocal grammar coding to add a sequence of single-tone single-coded short code word input mode, directly input any syllable short code Terminating the process by using the word; or using the augmented rhyme coding additional number-sequence double-tone sequence-sequential short code word input mode, directly inputting any syllable short code word or syllable symbol to end the process; or further inputting Enter any homophone of the syllable symbol and end the process;

If the encoding of the maximum input of one word is limited, the process ends, and the number encoding short code input method of the character encoding additional number sequential symbol is used, which is collectively referred to as the initial sequence of the initials. method; Or further, input a single word initial or double initial, the input sound and the initial code, add the sequenced single vowel to be input, form the sequence of the sound and rhyme, each sound and rhyme, And its rhyme contains all the sounds and sounds of 1, u and U, corresponding to the number of target two-syllable words, select one or more groups, each group of up to 12 pairs with higher practical frequency The syllables are specified in the digital line and suggest one or more sets of sequenced sounds and vowels. The next time you use the key of the second vowel, you can directly enter the short code. Ending the process with a syllable, called the phonological and initial consonant coded sequenced single vowel, the numbered short code word input mode;

Otherwise, input the second word mother, so as to input the sound and rhyme, and add the sequenced single vowel to be input, and form the sequence of the sound and the rhyme, corresponding to the sequence of the target two-syllable words, Select one or more sets of two-syllable words with higher frequency of practice, and specify and prompt one or more sets of sounds and sounds of the sequence and the two-syllable words in the digital line. The next keystroke is used. Any number of single-single vowels, directly inputting its short-coded double-syllables and ending the process, called the sound-synchronized and the syllabic code-added sequence-single-single-single-order syllabic word input mode;

Or further, using any character of the single vowel of the character, inputting the sound and rhyme, and using the double-voiced rhyme coding to add the sequence number of the short code word input mode, and then using any digital input to prompt The two-syllable word, or any of its words, ends the process;

If the encoding of the maximum input of two words is limited, the process ends, and the number encoding short code input method of the character encoding additional number sequential symbol is used, which is collectively referred to as the initial coded short code word of the initials. Word input method.

6. The digital sequence symbol keyboard and the information input method thereof according to the technical scheme 1 are characterized in that V is used instead of "hu", and the double initial combination input; according to the digital input efficiency and the single vowel practical frequency, in the digital The line directly specifies the sequence single vowel, or further specifies the single vowel as the character single vowel on the same keystroke line or the same finger line character key; or further specifies the number order single tone or double tone The composition of the sequence rhyme adjustment; using any of the following character encoding additional numerical sequence code number short code input method:

The first keystroke enters the first word single initial, and the numbered single vowel to be input is added to form the first-order numerical sequence rhyme. Each sound and its rhyme contains all the sounds of i, u, U, h and hu or v. Among the corresponding numerical target Chinese characters, one or more groups, each group of up to 12 single words or single words with higher practical frequency, are specified in the digital line and suggest one or more groups, numerical order Acoustic rhyme short code word, the next keystroke uses any number of the single-sequence single-final, directly input its rhyme short-character word and end the process, called the mono-acoustic coding additional number-single-single-single-sequence short-coded word input mode;

Otherwise, the first word single mediator is further input, so that the voice initials of the first word are input twice at most; the numbered single vowels to be input are added, and the number sequence sound of the first word is composed, and the corresponding numerical order target In Chinese characters, select one or more groups, each group of up to 12 single words or single words with higher practical frequency, and specify and prompt one or more sets of sequenced sound simplification code words in the digital line. The next keystroke uses any number of single vowels, directly inputting its syllabic short codeword and ending the process, which is called the monophonic coded additional sequenced single vowel.

Or further, using any character of the single vowel of the character, inputting the phonological rhyme of the first word; using the vocal grammar coding to add the number-single-single-single-sequential short code word input mode, directly inputting any syllable short code Terminating the process by using the word; or using the augmented rhyme coding additional number-sequence double-tone sequence-sequential short code word input mode, directly inputting any syllable short code word or syllable symbol to end the process; or further inputting Enter any homophone of the syllable symbol and end the process;

If the encoding of the maximum input of one word is limited, the process ends, and the number encoding short code input method of the character encoding additional number sequential symbol is used, which is collectively referred to as the number sequence of the monogram-prefixed numbered sequence. Code word input method;

Or further input the sub-word initials, the input sound and the initial code, add the sequence-single vowel to be input, form the sequence of the sound and rhyme, each sound and rhyme, and its rhyme Including all the sounds and sounds of ^ u, U, h and hu or v, corresponding to the sequenced target two-syllable words, one or more groups are selected, and each group has a maximum of 12 practical frequencies. Two-syllable words, specified in the digital line and prompting one or more sets of, the sequence of the sound and the rhyme short coded two-syllable words, the next keystroke Using any digit of the second-character single-final, directly inputting its short-coded double-syllables and ending the process, which is called the monophonic mero-symbol and the mono-acoustic encoding, the number-sequence-single-single-single-single-simplified-word input mode;

Otherwise, input the sub-word single mediator, so as to input the sound and rhyme, and add the sequence-single vowel to be input, and form the sequence of the sound and the rhyme, corresponding to the sequence of the target two-syllable words. Select one or more groups, each group of up to 12 two-syllable words with higher practical frequency, specify and prompt one or more groups of digital sounds and sounds in the digital line. Word, the next keystroke uses any digit of the second-character single-final, directly enters its short-coded double-syllable and ends the process, which is called the monophonic and mono-media coding. Codeword input mode;

Or further, using any character of the character single vowel, inputting the sound and the rhyme, using the double-sounding rhyme coding to add the sequence number of the short-coded word-word input mode, and then using any digital input to prompt End the process with a two-syllable word, or any of its words;

If the encoding of the maximum input of two words is limited, the process ends, and the number encoding method of the character encoding additional number sequential symbols of the character encoding so far is collectively referred to as the order of the number of the monosyllabic coded sequence Shortcode word input method.

7. According to the digital sequential symbol keyboard and the information input method thereof according to the first aspect, the single initial is assigned to the alphabetic key of the same glyph, and the feature is that, in principle, the same final vowel of the mediator is specified in the same line of character keys. On the same, the single vowels of the same single vowel are assigned to the same column of character keys, and the individual vowels can be exceptional; the mesons of the vowels alone, i, u and U are collectively referred to as zero vowels, which are respectively assigned to the same character keys of the single final _er ; ₂ }! and ₂ , 811 and ₈ , ch and c are respectively combined, or separately specify the double initial key; the memorized prime specified by each column of character keys is merged into a single final with no mediation, respectively specified in the same fingering The numeric key of the key constitutes a sequence single vowel, or further specifies the numerical order single tone or double tone to form a numerical sequence vowel; the sequence of the additional numbered symbols is encoded by any of the following characters Shortcode input method:

The first keystroke inputs the single or double initials of the first word, and uses the initial code of the initial coded single-final single-coded short code word input mode, and directly inputs any of the abbreviated short code words to end the process;

Otherwise, press the key again to input the prime vowel of the first word, use the sound phonological code to add the number-single-single-sequence number-simplified short code word input mode, directly input any syllable short code word to end the process; The phonological coding code is a sequence-simplified syllabic input mode that adds a sequence of two-tones, directly inputting any syllable short code word or syllable symbol to end the process; or further inputting any homophone of the input syllable symbol and ending The process;

If the maximum input code length is limited to 2, the process ends, and the character encoding additional number sequence code input method of the character code added thereto is collectively referred to as a double-splicing code-added number-sequence-to-speech code sequence-simplified code word Input method

Or further, inputting a single word or a double initial with a single keystroke, and directly inputting any short coded double word by using the sound sequence and the initial encoding of the numbered single finals of the initials. End the process;

Otherwise, a single keystroke enters the prime vowel of the second word, and uses the double-tone vocoding to encode the numbered short code word input mode of the additional number, and inputs any short coded double word, or any of its words. End the process;

Or further, if the input 1st, 2nd coded characters, and/or the 3rd and 4th coded characters are not valid sounds, they are regarded as multi-syllables, and the initials of each word are used in turn or Adding the final vowel coding input of the last word;

If the maximum input code length is limited to 4, the process ends, and the character encoding additional number sequence code input method of the character code added to the end of the process is collectively referred to as the double-splicing code-added number-sequence-to-speech number-order short code word. Word input method.

8. The digital sequence symbol keyboard and the information input method thereof according to claim 7, characterized in that the final vowel is specified on the "QWERTY" keyboard, and the upper line of the reference key is: a, ang, e, er, an , en, eng, au, eu, ei, ai; the reference key one line is: ia, iang, ie, i, ian, ien, ieng, iau, ieu, and the uei, uai; The lines are: ua, uang, ue (ue), u, uan (iian), uen (uen), ueng (iieng), the symbols in parentheses can be omitted; zh and z, 811 and 3, ch and c are respectively combined, Or the double initials Zh, Sh, and Ch are respectively designated on the character keys other than the single initial, or sequentially designated on the ", ", ".", and "/" character keys; or the Chinese initials are replaced with the Chinese phonetic symbols. Or phonetic symbols. 9. The digital sequence symbol keyboard and the information input method thereof according to claim 8, characterized in that the "QWERTY" keyboard, the letters Q and A are interchangeable keys, and the letters E, U, I, F, The key symbols of V are replaced by F, E, V, I, U in turn, called

"AWF" keyboard; and Chinese tone symbols e and eng, ie and ieng, ue (ue) and ueng (ueng) respectively exchange keys, or replace Chinese phonetic symbols with Chinese pinyin or phonetic symbols.

10. The number sequence symbol keyboard and the information input method thereof according to claim 9, wherein the character layout of the "AWF" keyboard is changed from left to right in sequence: a reference key line: 0, ^ 1, ^ 2, 5, ( , 1?; The next line of the base key: K, G, H, U, W, ", " and """, the letters 0, ", " and "<", "." And ">" , "〃, and "?"; the top line of the base key: A, "[" and "{", "],, and " } ", D, T, N, E, B, M, P , F, ";" and ":", called "XIY" keyboard; or the "XIY" keyboard, characters Q and K, J and G, X and H, B and Z, M and S, P and C , F and R respectively exchange the keys, called the "HIY" keyboard.

Beneficial effect

Compared with the short code of the prior art, the number of keystrokes is increased by about 10 times, and the number of first-order digital short codes is close to 300, which is enough to cover the most commonly used single words or single words; The number of short codes is more than 7000, which is enough to cover 3000 commonly used words or single words. The sequence short code is the expansion of character encoding and does not occupy its coding resources. Almost all the numbers are fully utilized and can be completely solved. Space or number 1 can input the problem of few short codes. The input efficiency of commonly used Chinese characters is greatly improved, and the numbered symbols of the same code are distinguished from each other by numbers, which is more convenient for memory and blind typing.

The technical solution 2 has the beneficial effects of selecting a sequence short code in a high level one existing short code of each column to be input characters, and reducing up to 3 short codes of a high level to a simple code of the level, simply It intuitively reveals the essential difference between the technology and the sequence short code, which makes it easier to understand and implement the sequence short code.

The technical solution 3 has the beneficial effect that the first symbol of the root symbol of the same column of character keys is the same, and the radical symbol specified by the character key of the same type of the keystroke can be merged into the first stroke of the radical, and the root of the numerical sequence or Stroke symbols are simpler and more intuitive.

The beneficial effect of the technical solution 4 is that the acoustic syllabic code is added with a sequence-single-tone single-sequence short code word input mode, which can input the most commonly used words of each syllable more efficiently; Double-tone digital sequence short code input mode, you can also input any syllable symbol or its homonym; double-syllable coded additional sequence number-simplified code word input mode, you can input double-syllable words or any single word, There is no need to memorize the single-word prompt number, which is another option for blind typing of a single word.

The beneficial effects of the technical solution 5 are: No matter whether the whole spelling, the simple spelling or the double spelling, the initials are added with the numbered single vowels, the direct input of more than 200 sound and rhyme short code words, the input efficiency is greatly improved, and the simple code learning and The difficulty of memory is greatly reduced. Since the digital line specifies a single-sequence single-final without the use of coded character input, you can enter any of the sounds by typing up to four times.

The beneficial effects of the technical solution 6 are: Always use V instead of "hu", although it is different from the Chinese pinyin scheme, but the voice mediator that is input by pressing the key three times at most can be input by changing the keystroke twice; The line specifies the number of single-final vowels without the need to use coded character input, and you can input any tone with up to three keystrokes, which can further improve the input efficiency.

The beneficial effect of the technical solution 7 is that: the maximum number of keystrokes is input twice, and the method of inputting the number-sequential short-sounding code of the double-sequence coding is used as the optimal word coding input method; The method of inputting the number-simplified code words of the double-splicing code-added number-sequence-tone is the best word-encoding input method, which can completely solve the problem of Chinese character coding input.

DRAWINGS

Figure 1 is a comparison table of the monophonic, double, single and intermediate symbols of Chinese, Chinese, and phonetic symbols; Figure 2 is the mother of Chinese, Pinyin and phonetic symbols, single vowel and mediation. The symbolic comparison table of the finals; Fig. 3 is a layout example of the initials and the primes and the primes of the "QWERTY" keyboard oblique indexing, and the layout of the strokes and the roots of the strokes and their numbers and strokes Layout embodiment; FIG. 4 is a corresponding embodiment of the positive indexing of FIG. 3; FIG. 5 is a layout embodiment of the initial and initial vowels of the "AWF" keyboard oblique index fingering, and the column stroke root Another embodiment of the symbol layout and the root and stroke layout of the sequence; Figure 6 is a corresponding embodiment of the positive fingering of Figure 5; Figure 7 is the initial and initial reference of the "XIY" keyboard oblique fingering of the newly designed keyboard. a layout embodiment of a final vowel and its numerical order vowel, and FIG. 8 is a corresponding embodiment of the positive indexing of FIG. 7;

9 is a layout example of the initial and final vowels of the newly designed "HIY" keyboard oblique index fingering, and FIG. 10 is a corresponding embodiment of the positive fingering of FIG. 9;

11-20 are various embodiments of the touch screen virtual alphabet keyboard, and FIGS. 11, 13, 15, 17, and 19 are both oblique fingering, and FIGS. 12, 14, 16, 18, and 20 are positive indexing; FIG. 11 is The character layout of the "QWERTY" keyboard, Figure 12 is the character layout of the "AWF" keyboard, Figure 13 is the initial layout of the pinyin or vowel symbol of the "QWERTY" keyboard, and Figure 14 is the pinyin or sound of the "AWF" keyboard. The initial layout of the mother symbol, Figure 15 is the pinyin layout of the "QWERTY" keyboard, Figure 16 is the layout of the prime symbol of the "AWF" keyboard, and Figure 17 is the pinyin or sound of the "XIY" keyboard. The initial layout of the mother symbol, Figure 18 is the initial layout of the phonetic symbol of the "AWF" keyboard, Figure 19 is the initial layout of the pinyin or initial symbol of the "HIY" keyboard, and Figure 20 is the phonetic symbol of the "AWF" keyboard. The vowel layout; in Figures 15, 16 and 20, the "+" after the mediator represents the single vowel of the same column on the top of the reference key. If a special double-byte vowel symbol is used, the effect is better.

Figure 21 is an example of a sequence-single-single vowel with a positive-altitude fingering of the initials, and a sequence-sounding vocoded word that is specified and prompted; Figure 22 is a sequence-single-tone and other digital, numerical order An embodiment of a syllable short code word; Fig. 23 is a corresponding embodiment of the positive column fingering; the syllabic symbols are in parentheses, and the simple frequency single word practical frequency data is in square brackets; Figure 24-27 is a sequence double For the embodiment of the tone, Figures 24 and 26 are both oblique fingering, and Figures 25 and 27 are both positive fingering; Figures 28 and 29 are the syllabic symbols and syllables of the sequenced two-tones of the positive fingering of Figure 25, respectively. And two embodiments of the opposite layout, the parentheses are short or zero tone syllable symbols, and the square brackets are short code practical frequency data. BEST MODE FOR CARRYING OUT THE INVENTION

The initial and final vowel layouts of the Chinese syllabic of the "XIY" keyboard of Fig. 8 and the sequenced double vowels of Fig. 27 are used, and the maximum input code length is limited to 4, and the following double splicing code is used to add the number of rhymes. The method of inputting the number of short code words of the mother-in-law: inputting any coded character by the first keystroke. If it is an initial, it is combined with the single-sequence of the sequence to form the sequence of the rhyme, which is specified in the digital line and prompts the syllabic code of Figure 21. Word, in which the single vowels "e" and "eng" and their corresponding vowels are interchanged; the next keystroke uses any number of single vowels, directly inputting its vowels and ends the process;

Otherwise, the second coded character is further input. If the input is a valid arpeggio code, the double tone of the sequence is added to form two sets of sequence sounds, which are specified in the digital line and the sequence is indicated. Syllable short code words and syllable symbols: Use any digit of the left-hand keystroke, directly input the syllable short codeword corresponding to the left-hand single tone, or use any digit of the right-hand keystroke, directly input the syllable symbol corresponding to the right-hand single tone , thereby ending the process; or after inputting any syllable symbol, according to the descending order of the keystrokes of the previously keystrokes and the digits of the finger to be input, sequentially prompting one or more groups of the descending order of the practical frequency, each group of up to 12 a homophone, press the key again to use the homophone that is prompted by any digital input to end the process; otherwise, enter the third encoded character further, if the input is a valid phonological and initial encoding, then use the The sound-speech and initials coded with the number-single-single-single-single-simplified code-word input mode, using the number of the single-word single-final, directly input its shortcode Syllable words the end of the process; particular input method, see the subsequent embodiment.

Otherwise, the fourth coded character is further input, and if the input is a valid sound and rhyme coding, the double-speech-encoded additional sequence number-simplified code word input mode is used. The process is terminated by a digital input of the doubled word suggested, or any single word thereof; for a specific input method, see the subsequent embodiment.

Or further, if the input 1st, 2nd coded characters, and/or the 3rd and 4th coded characters are not valid coded codes, then they are regarded as multi-syllable words, and each word is used in turn. Initial consonant code input for initials or supplementary words. This is a traditional method for inputting pinyin codes for multi-syllable words and will not be described in detail. Embodiments of the invention

The invention may use a "QWERTY" keyboard (Fig. 3 or Fig. 4), or a modified "AWF" keyboard (Fig. 5 or Fig. 6), and a newly designed "XIY" keyboard (Fig. 7 or Fig. 8) or "HIY". "Keyboard (Figure 9 or Figure 10), collectively referred to as the alphabetic keyboard. Or use the virtual keyboard of the alphanumeric keyboard, that is, display the graphic of the alphanumeric keyboard on the display, click the left or right mouse button to simulate the keystroke input mode of the alphanumeric keyboard; or use the touch screen to display the alphanumeric keyboard graphic (Fig. 11-20) Use a finger or a special pen to click or touch and press the key to simulate the keystroke input mode of the alphabetic keyboard.

Each character key of the keyboard is marked with a regular character and its upper character, which is called a character layout. The characters marked are limited by the number of character keys, and are generally about 35 pairs. By convention, pairs of uppercase and lowercase letters only mark uppercase letters in the upper left corner of the character key; regular characters that are not letters are marked in the lower left corner of the character key, and the upper character is marked in the upper left corner of the character key.

The invention can directly input the numerical sequence short code by using the digital code, because the digital originally does not participate in the encoding, and after the digital sequential symbol is specified, the encoding is participated as a special encoding character, which is the encoding of the input encoding. Characters, which are quite different from general coded characters: after inputting each coded character, if the input number is used as the end of the code, the code is involved. If the number is not entered, the code is not involved, and the subsequent coded characters are continued. Until the maximum input code length is reached. That is to say, the sequence short code can be input directly or directly, and does not directly participate in the encoding of characters.

The existing Chinese character encoding input method uses only a space or a number 1 to input a short code, because the correspondence between the encoded character and the digital is not found, and the short code cannot be specified by using the digital instead of the encoded character, and the digital can only be used as the serial number of the recode. Select the symbol. The invention adds a sequence of symbols, and associates the characters with the fingerstrokes with the digital, which completely solves the problem.

The number sequence short code can be regarded as a direct improvement of the digital sequence code. Both use digital as the additional number sequence code, but there are essential differences: each number is specified differently and differently, with a specific meaning. The digital symbol is composed of a sequence of symbols in numerical order. The sequence-sequence code uses the sequence code symbols to distinguish one from another and is no longer a heavy code. Therefore, the number sequence symbol is a key difference between the number sequence short code and the digital sequence code. However, if the present invention is implemented using the existing Chinese character code input processing software, the digital sequence short code is sequentially designated on the digital key according to its sequence code symbol, which is equivalent to the digital sequential code, and is directly input using the digital key.

Any existing Chinese character encoding input method can be used to specify the numerical sequence short code, and both can be improved and improved, and the number of short codes can be increased by about 10 times. However, the improvement and improvement effect are quite different. It mainly depends on how much the same information is between the symbols of the same fingerstroke. The more the same information, the easier it is to merge and integrate. The more standardized, the easier it is to remember. The premise is that the digital is not used as a coded character, that is, it does not directly participate in the encoding, because once the digital directly participates in the encoding, there is no difference from the character and the independence is lost, and the digital short code specified by the digital code cannot be directly input.

The number sequence symbol is the basis of the sequence short code. The sequence code symbol must first be specified, which can be either a code symbol or a shape code symbol, or a combination of sound and shape symbols. All the symbols specified by the same column of character keys are also specified as digital sequence symbols, or directly in the digital line. If the same column of symbols does not have common information, it is a direct combination of the same column of symbols. If the symbols in the same column have the same kind of information, they can be combined to extract the same kind of information, and the sequence number symbols are more simplified.

Whether the sequence symbols can be combined and simplified is an important indicator for measuring whether the symbol layout is reasonable, and is an evaluation index pioneered by the present invention. In the prior art, because such an evaluation index is lacking, the designed symbol layout has almost no symbol specified by the common attribute information on the character key of the same column, so that the digital symbols are difficult to simplify and can only be merged with each other.

The number sequence short code is specified according to the input code additional number sequence symbol, because it involves a specific coding process, which is very complicated for the shape code input method, and can be replaced with a simple and intuitive method for convenience of description, that is, in each column Selecting the sequence short code in the existing short code of the upper level of the character to be input, and forming the sequence short code of the level in numerical order: one of the high level one short codes specified by each column character key, that is, 3 lines 11 columns specified by the 11-character key, and up to 3 high-level short codes of each column are respectively designated on the digital keys of the same fingerstroke key, that is, reduced to 11 digital short codes. The short code input method of the original additional space can be retained, and if the positive index method is used, the short code input method of the supplementary digital 1 can be retained. It can be applied to any prior art, whether it is a phonetic code or a shape code, and is another simple means of correlating the characters of the same fingerstroke with the digital. The shape code symbol mainly uses the combination of the root of the Chinese character, the stroke and the stroke or the root, but the general shape code symbol, the symbol specified by the character key of the same column is disordered, and it is difficult to merge with each other, so the number of the shape code The sequence symbol is almost always a direct combination of all the shape code symbols in the column, and the sequence code symbols are difficult to integrate and simplify. Generally speaking, the shape code symbol is not directly related to the character of the specified character key. The shape code symbol can be specified on any character key of any alphabet keyboard, and the symbol layout is basically not restricted by the character layout. Flexible, so the relative position between the shape code symbols is the key to the symbol layout. Therefore, the symbol layout of the shape code has a large adjustment space, and appropriate adjustments can be made to better implement the present invention.

The "five-word" symbol layout of the prior art 2 is a good example, and the symbol can be decomposed into a combination of the first stroke and the second stroke of the radical, and the same symbol of the first stroke or the second stroke is relatively easy to integrate. The general shape code symbols are not available. But unfortunately, the symbol layout of the bottom row of character keys deviates from the column-to-layout rule of other symbols, and the layout of the symbols must be adjusted. The sequence number symbols can be simplified, otherwise the sequence code of each column of character keys can be simplified. Meta is just a simple merge of each symbol. The invention firstly explains how to directly increase the number sequence short code by using the "five pen type" prior art, further improve the symbol layout and better specify the number sequence short code, thereby explaining how to specify the number order of the shape code. Short Code.

The "Wubi type" "86 version" simplified version, or the "98 version" simplified or traditional word encoding input method of the prior art 2, referred to as the Wubi input method, the symbol symbols of the symbols are basically the same, that is, the key name and/or The 25 symbols represented by the combination of the first stroke and the second stroke of the symbol root are referred to as the five-stroke symbol, including: Wang Yiyi, Tu Yi I, Da Yi J, Mu Yi, Gong Yi B; , 日I |, 口 | 田 |,,山|乙;禾一,白) |,月)),人,金)乙;言,一,立, I, 水, J,火,,, B; has one, one child I, female B, and B, township B.

The five-stroke input method, the root-coded root symbol of the oblique-column fingering method is: 1 Gongjin, 2 Murenxiang, 3 Dayue, 4 Tubai, 5 Wanghezi, 6 eyes, 7 Rishan, 8 saliva , 9 Tian Huo, 0; each number is added to 1 is the number of the root symbol of the positive index.

The following is based on the numbered root symbol of the five-stroke symbol of the oblique column fingering, indicating how to specify the number sequence shortcode. The original one-level short code can be reserved, and one character is added with one space to input; the corresponding first-order digital short code is input by using one character plus one digit. The two shortcode keystrokes are the same and are placed under the same code input condition.

Use g, that is, all the five symbols represented by "Wang", in turn, and each digital symbol combination of the oblique index finger sequence symbol: 1 king + work gold, 2 king + Mu Renxiang, 3 king + big moon Also, 4 king + earth white female, 5 king + Wang Hezi, 6 king + witness, 7 king + Hitachi mountain, 8 king + saliva, 9 king + Tian Huo, 0 king +, in turn, in line with the "five strokes" In the Chinese characters of the coding rules, the Chinese characters with higher practical frequency are used as the first-order digital short codes of each digital. The specific coding method is not described in detail according to the Wubi input method. This method of specifying the numbered short code has the advantage of more room for selection, and can overturn all the short code re-selections of the five-stroke input method; but the disadvantage is also here: abandon all the short codes of the five-stroke input method, Only suitable for new users; those skilled users not only need to re-remember the shortcode, but even conflict with the original short code to cause confusion, so it is not advisable to advocate, the following will not be mentioned.

The easiest and most effective way is to specify the shortcode of the number directly using the original shortcode of the Wubi input method. You can select the first-order digital short code in the five-character two-level short code. For example, use the five-stroke input method, input the character g, and then input different characters to add spaces, you can get the second level to be input. The shortcode layout of the code is as follows:

1 2 3 4 5 6 7 8 9 0

Q column W Zhen E table R beads T Mei Y Yu U Ping I not 0 to P

A open S end D day F in G five H under J Li K things L painting

Z X mutual C to V wife B屯 N and M now

The numerical order short code of the oblique column fingering can be divided into 1 "column open", 2 "zhen end mutual", 3 "day to day", 4 "bead to wife", 5 "rose five", 6 "under jade" In the short code of each digital column of ", 7", "8", "9", and "9", select a short code as the first-order short code of the G key. For example, the short code of the reference key row can be selected, and the first order number of the G key is in the order of: gl open, g2 end, g3 day, g4 in, g5 five, g6, g7, g8, g9 Or select the short code of the previous line of the base key, then the first-order numerical code short code of the g key is: gl column, g2zhen, g3 table, g4 bead, g5 rose, g6 jade, G7 flat, _g 8 not, g9; or select the single-word or single-word with higher practical frequency in the second-level short code of each column character key as the first-order digital short code of the g key. For example, the practical frequency statistics of a single word are: 1 "column 2172 open 7068", 2 "zhen 442 end 3263 mutual 957", 3 "table 4718 days 6961 to 47164", 4 "bead 514 at 26514 wife 500 ", 5" rose 0 5 21372 屯 191 ", 6 "Jade 816 under 28622 and 32341", 7 "Ping 5709, 2200 now 2076", 8 "No 72,343 things 6612", 9 "to 39952 draw 3027". Therefore, the order number of short codes is selected as follows: gl column, g2 end, g3 to, g4, g5, g6, g7, g8, g9. It can also be re-selected by replacing it with single-word utility frequency statistics. According to this method, after drawing each character input, all the short code layouts of the two-level short code to be input can obtain the first-order digital short code of 25 coded characters. The oblique column refers to the first-order digital short code, and each digit is incremented by one, which is the positive-order first-order numerical sequence short code.

Although the number of first-order digital short codes is only about one-third of the number of five-character two-level short codes, since the 25 character keys have 10 first-order numerical short codes, it is a five-character first-level simple 10 times the number of codes, and the number of two-key short code words can be up to 250 by pressing the keystroke twice. If the original first-level short code is added, the total number is 275, which is commonly used. The input efficiency will undoubtedly increase dramatically.

If you draw any two characters input and then enter the short-coded layout of the three-level short code, you can select the two-character coded additional digital second-order short code in the five-character three-level short code. Up to 25*25*10=6250, you can enter it directly by typing three times, which is also 10 times the number of its original two-level shortcode. If the original two-level short code is added to add a space input, the second-order short code is 11 times the original short code. For example, using the Wubi input method, after inputting the character f j , and then inputting different characters to add spaces, the shortcode layout of the three-level short code to be input is obtained as follows:

1 2 3 4 5 6 7 8 9 0

Q埸 Whan E toward R T dry Y U I 0 P into

A戟 S D F buried G Tan H magazine J亓 K well L墁

Z X C V B N collapse M

Therefore, after inputting two characters fj, the second-order short code of the five-stroke symbol can be specified as: fjl戟, fj2han, fj3, fj4, fj5, fj6, fj7亓, fj8, fj9墁, fjO enter. Using the same method, it is possible to specify a total of 25*25 625 two-character combinations of five-symbol codes plus a digital second-order sequence shortcode. The second-order sequence short code of the oblique index fingering, plus 1 for each digit is the second-order short code of its positive column fingering.

By analogy, you can get the sequence short codes of other various levels of oblique or positive index. Such a digital sequence short code is limited by the symbol layout of the existing five-stroke input method. For example, the five-character symbols in the fifth region of the five-character symbol layout are respectively shifted by one key position, destroying the times of other symbol roots. Stroke column layout, although the number of short codes can also be increased, it is difficult to maximize the advantages of the sequence short code of the present invention, mainly that all five symbols of each column of character keys lack common information, and it is difficult to merge and simplify each other. Can only be combined into a number of root symbols, can not be further simplified into a number of stroke symbols.

The symbol layout of the five-stroke input method, the five-character symbols in the fifth area are shifted to the left by one key position, and the symbol "Mountain I B" is moved back to the ";" key, and the oblique-column finger-numbered root symbol is correspondingly Changed to: 1 Gong Jin Xiang, 2 Mu Ren, 3 Da Yue Nu, 4 Tu Bai Zi, Yi Wang He, 6 Yuan Yan, 7 Ri Li, 8 Shui, 9 Tian Huo, 0 Mountain; each digital plus 1 is the number sequence root symbol of its positive fingering. Since the pen strokes of the same column of characters are the same, the substrokes of the root are the same, so they can be merged into the second stroke of the same radical. The same strokes are the same for the five strokes of the same row. Therefore, the number of root symbols is reduced to a number of stroke symbols: (I, B) respectively with a combination of 1 B, 2, 3 4 I, 5 -; and (a J) respectively with 6 -, 7 | , 8 9 , , 0 B combination; each number is added 1 is the number of stroke symbols of its positive column fingering. Therefore, if the first stroke of a five-character root is I, , or B, the digits of the left-character stroke are used to input the number-simplified shortcode; if the first stroke of a five-character radical is one or j Then, use the digital input of the right area to input the digital short code. Obviously, the layout of the five symbols is more reasonable and easier to remember. The code of the original five-stroke symbol layout and the short-coded short code can be changed by changing the characters of the five-character symbols in the fifth area.

The layout of the five-stroke symbols can be further adjusted to make the symbol layout more reasonable. Figure 3-6 shows the layout of the five-stroke symbols. An embodiment. The middle line of each character key is five symbols, including the first stroke and the second stroke of the key name and its symbol root, and the root symbol of each digit combined with the character key of the fingerprint key, respectively The numerical order is the root symbol of the number, and the improved location code is compiled according to the first stroke and the second stroke, and is marked in the braces in the upper right corner of the character key.

The number sequence root symbol of Figure 3-6 can be further simplified: the stroke in the upper right corner of each digital key is the digital symbol of the first stroke of the root, and the stroke of the bottom line of each digital key is the stroke of the root stroke. The digital symbol, the left-hand digital key is one type, and the right-hand digital key is another type. The first stroke of each digital root is combined with the root stroke and the stroke is arranged in numerical order, that is, the number of stroke symbols.

Figure 5 and Figure 4 five-stroke symbol layout, oblique column fingering Figure 3 number sequence root symbol is: 1 child and township, 2 vertical fire, 3 white gold, 4 days Tianshan, 5 soil woodworking, 6 Wang Da , 7 head mouth, 8 wo month, 9 words water, 0 has female; each number is added 1 is the number of the root symbol of its positive index. The number of stroke symbols combined with the first stroke and the second stroke of the five-character radical can be reduced respectively. Figure 3 is: 1 B, 2, 3 J, 4 I, 5-, respectively combined with ( |, B); and 6-, 7 |, 8 9,, 0 B, respectively, combined with (a); Adding 1 to each digit is the numbered stroke symbol of Figure 4 of its positive column fingering; the layout of the five-stroke symbol is more regular and better memory. Therefore, if the substroke of a five-character radical is I, , or B, then the digits of the first stroke of the left radical are used to enter the numbered shortcode; if the secondary stroke of a five-character radical is one or , use the digital input of the first stroke of the right area to input its sequence short code.

Figure 5 and Figure 6 five-stroke symbol layout, oblique column fingering The number of the root-sequence symbol of Figure 5 is: 1 female and township, 2 water fire, March gold, 4 Tianshan, 5 woodworking, 6 king soil , 7 mesh day, 8 Wo white, 9 words, 0 have children; each number is added to 1 is its positive column fingering the numerical sequence root symbol of Figure 6. It can be simplified to the number of stroke symbols combined with the first stroke and the second stroke of the five-stroke root. The sequenced stroke symbols of Figure 5 are: 1 B, 2, 3 J, 4 |, 5 -, respectively combined with (J, B); and 6-, 7 |, 8 J, 9,, 0 B, They are combined with (I) respectively; each digit is incremented by 1 to be the sequenced stroke symbol of Figure 6 of its positive column fingering. Therefore, if the secondary stroke of a five-character radical is 〖, , or B, the digits of the first stroke of the left radical are used to input the sequence short code; if the secondary stroke of a five-character radical is one or I , use the digital input of the first stroke of the right area to input its sequence short code.

According to the symbol layout rule of FIG. 3 and FIG. 4, FIG. 5 and FIG. 6, similar other five-stroke symbol layouts can be designed. For example, in FIG. 3 and FIG. 4, or FIG. 5 and FIG. 6, the reference key row of the left zone, the right zone, or the left zone and the right zone and the previous row, the five-character symbol exchange key specified by the character key of each column That is, it becomes a plurality of embodiments of the new pen stroke five-character layout.

Using the numbered root symbol of any one of the above five pen symbol layouts, each input of five pen symbols, the input code is sequentially combined with each digital symbol of the number sequence root symbol, and the corresponding target character set is sequentially selected. A single word or a single word with a higher practical frequency is specified as a sequence short code corresponding to each number. In fact, all the symbols of each column are combined with the input codes to specify the digital sequence short code of each digital, that is, the symbols of each character key are separately involved in the coding, and the number sequence is specified. When the code is coded, the symbols of each column of three character keys are combined into a digital root symbol, or simplified into a digital stroke symbol, which constitutes a sequence root symbol or a sequence of stroke symbols, and then is added as a previously input code. Encode and specify its sequence short code.

The Wubi input method is the most popular form-code input method. Therefore, you can use any of the above-mentioned improved five-stroke symbol layouts to replace the coded characters of each symbol in the code table of the Wubi input method with new code characters. First replace it with the corresponding two-character uppercase characters, and then replace them with single-character lowercase and uppercase characters once, and then get the new five-symbol layout word code table, and compile the corresponding Chinese character encoding input software. The program can be implemented. The number sequence short code can then be specified by the method of selecting the number sequence short code in the high level one existing short code to be input in each column character.

The improved five-character symbol layout of Figure 3-6, the five stroke symbols specified by each column of character keys have the first stroke of the same symbol root, so the combined digital symbols can be simplified to the same The combination of the first stroke of the symbol root and the secondary stroke of the different symbol root, the correspondence between the digital symbol and each digit is simplified to the correspondence between the first stroke of the symbol root and its number, because one The number corresponds to the first stroke of a symbol root. However, there are still some defects: the second stroke of the five-character root is part of the left area, and the other part is in the right area, so that the first stroke of the five-character root is also divided into the left and right areas, which is still relatively messy. This is determined by the inherent characteristics of the shape code input method, because the shape code symbol can only be further split into strokes, if Split into 10 strokes, then a number corresponds to a stroke, the correspondence will be better, but the other stroke can not be more than 3 groups, otherwise there are no more character keys to specify extra strokes. It can be seen that the five first strokes and the five secondary strokes are still relatively balanced root splitting methods, which is also the reason why the invention uses the "five-stroke type" to represent the shape code input method, because the symbol layout of other shape codes is more unreasonable. The regularity is even worse.

The most advantageous advantage of the digital sequence short code technology is the audio code Chinese character encoding input method, because the audio code symbols can be easily split or merged, especially the single finals split by the finals, the number is 12, and The number of numbers just matches. There are only 4 or 5 tone symbols, and the tone of the two groups is only 10, which is similar to the number of digits. When you need it, you can input the tone. If you don't need it, you don't need to input the tone. You can make full use of the sequence shortcode as an additional. The main features of the code.

The code-coded Chinese character code input method divides the phonetic syllable symbols of the target Chinese words into Chinese phonetic symbols, and then converts them into Chinese characters according to the code input. Simply use a subset of the numbered symbols, a subset of them, to specify their numbering shortcodes, which is much simpler. For example, the initials, the audio code input method is always input as the first symbol of each single-word pronunciation, and is also an indispensable main symbol in the word coding, and is not used for the digital sequence short code, so it can be in the digital sequence symbol. Directly abandoned.

All of the code-coded Chinese character encoding input methods of the present invention are based on the Mandarin standard pronunciation of Chinese characters, wherein the multi-tone words are encoded and input according to the standard pronunciation of the Chinese characters in a specific non-single word. The sound, mediation, rhyme, and tune information of Chinese characters are simply referred to as the basic information of Chinese characters, such as sound, media, rhyme, and tone. The words "reading" are omitted below.

The phonetic symbols can use Chinese pinyin symbols or phonetic symbols, or the Chinese phonetic symbols of the prior art 1, and Figures 1 and 2 are their symbol comparison tables, wherein the Chinese alphabet symbols are preferred symbols. The present invention is based on the concept of more accurate, stricter and more general Chinese phonetic symbols, and differs from some concepts of Chinese pinyin or phonetic symbols: the initials that do not include double initials are monophonic, and the single mother includes not only The mediators i, u and U also include the "hu" in "h", zhu, shu, chu in the double initials, which can be simplified to "v"; the acoustic mediator includes a monophonic mother, and a monophonic and a single mother. All valid combinations, including double initials and zhu, shu, chu; mediators i, u, and U that are not combined with monophonic mothers and are used as initials, are rewritten as y, w, and yu, respectively, as special monophonic and mediators. There is no initial syllable, the initial is regarded as zero initial, and the single quotation mark "'" is used; the vowel and the final are strictly distinguished: the final of the Chinese pinyin is actually the vowel. The vowel without the mother is called a single vowel, but the vowel includes a single vowel, which is regarded as a vowel without a mother; the combination of the vowels, i, u and U, which are not combined with the vowel, is called zero vowel, which distinguishes the tone. The zero vowel is a combination of the same tone tuner i, u and U, which can be represented by its tone symbol.

Whether it is full spelling, simple spelling or double spelling, you can use a single-single tone or double tone that is more efficient in input, directly specified in the digital line, and/or use a single-sequence single-final directly specified in the digital line; or For the double-composition symbol layout of the prior art 1, the same final vowels of the single finals specified by each column of character keys are combined into a single final and are designated in the digital line, so the single final is actually a single unconformed single. The final is a single vowel of the special concept specifically agreed by the present invention. Therefore, the sequence-order single tone or double tone directly specified in the digital line, and the sequence-single-single vouchers directly designated in the digital line or merged with the vowels are the sequence-sequence symbols of the vocoding Chinese character coding input method, respectively Explain in detail.

The invention uses the digital input tone of the finger input keystroke with the highest input efficiency, that is, the tone symbols of the Yinping, Yangping, Shangsheng and the de-sounding, and sequentially designates the digital keys of 4, 5, 6, and 7 for the oblique column fingering, or For the positive column fingering, the numeric keys of 5, 6, 7, and 8 are sequentially designated to greatly improve the input efficiency of the tone symbols, which is called a digital sequence single tone. The code lines of Figures 3-6 are all examples.

Alternatively, the tonal symbols arranged in descending order of the practical frequency, that is, the de-sounding, the yin-flat, the yangping, and the upper-sounding are respectively designated on the digital keys of the index finger, the middle finger, the ring finger and the little finger of the left hand, respectively, and may be referred to as a left tone; The right-handed index finger, middle finger, ring finger and little finger are used to press the key on the digital key, which can be called the right tone. That is, for the oblique column fingering, respectively, on the numeric keys of 5, 4, 3, 2, 1 and the numeric keys of 6, 7, 8, 9, 0; and for the positive indexing, respectively, specified in 6, 5 , 4, 3, 2 on the digital keys, and 7, 8, 9, 0, "-" on the digital keys. Or further combine all the tones into zero tones, respectively designated on the two input keys with higher input efficiency, left hand and right hand. Two double tones that specify zero tonality or not, collectively Digital double tone. The purpose of specifying zero tone is to make full use of the digital, avoiding wasting digital coding resources; and not distinguishing the syllables of the tones, that is, the sounds, which are commonly used in the prior art, is the most important of the coded Chinese character encoding input method. One of the Chinese character information usually specifies its short code. Therefore, adding zero tone can better accommodate the existing technology, not to mention the difficulty of identifying southern Chinese tones. Figure 24 is an embodiment of a sequenced double tone of the oblique column fingering, Figure 25 is an embodiment of the positive column fingering of Figure 24; Figure 26 is another embodiment of a sequenced double tone of the oblique column fingering, Figure 27 This is an embodiment of the positive-column fingering corresponding to FIG. The oblique index refers to the numbers 5 and 6 of Fig. 24, or the numbers 4 and 7 of Fig. 26, the digits 6 and 7 of the positive fingering map 25, or the numerals 5 and 8 of Fig. 27, which may be vacant or respectively designated as zero tones.

Whether it is a single-order single tone or a digital sequence double tone, the soft tone can be specified on an unoccupied, input-inefficient digital key, or softly combined with a flat or de-sound without specifying a soft digital.

After specifying a single-single tone or a double tone, whether it is a full-spelling, simple-spelling or double-spelling Chinese character encoding input method, and regardless of the layout of characters or symbols, the following character encoding can be used to add a numerical sequence number symbol. The digital sequence short code input method: After inputting any sound and medium rhyme coding, the number sequence single tone to be input is added, and the sound sequence of the sequence is composed, and the corresponding numerical order target Chinese character is selected, and the practical frequency is selected. One or more groups, each group of up to 6 words or single words, respectively designated on the digital key of the single-order single tone; and select the other words or singles of the same sound medium with higher practical frequency Words, specified on other digital keys; specify and prompt one or more sets of syllable short code words in the digital line, the next keystroke uses any number of single-order single tone, directly input its syllable short code word , or using other syllabic short code words prompted by the digital input, thereby ending the process, referred to as a sound-synchronized code-added number-single-tone single-sequence short code word input mode;

Alternatively, after inputting any of the phonological codes, the sequenced double tones to be input are added to form two sets of sequenced phonological tones; a set of sequenced tones specifies and prompts the syllabic syllabic words of the sequence, and the other set of numbers The tonal tone specifies and prompts the syllable symbol of the sequence; the next keystroke uses any number of double tones, directly inputting its syllable short code word or syllable symbol to end the process; or further prompting a group of input syllable symbols or Multiple groups, each group of up to 12 homophones with higher practical frequency. Once again, use the homophones prompted by any digital input to end the process, which is collectively referred to as the sequence of the number of double-tones. Short code audio input mode. After inputting any Chinese syllable symbol, select one or more groups with higher practical frequency in the syllable, each group of up to 12 single words or single words, according to the descending order of their practical frequency, and then specify the right index finger in turn. , the left index finger, the middle middle finger, the left middle finger, the right ring finger, the left ring finger, the right little finger, the left little finger on the digital key position; or according to the descending order of the keystroke efficiency between the finger of the previous keystroke and the finger to be input, sequentially designate The single-word or single-word word whose practical frequency is descending can also be called the digital-sequence short-coded word input mode of the sound-synchronized coded additional serial number, and is directly input by using the prompted digital key.

The digital sequence double tone is more advantageous than the single tone. At the same time, two sets of tone symbols are specified. One set of tone symbols is input into the syllable short code words, which can input the most commonly used words of each syllable more efficiently, and another set of tone symbols. Input syllables, suitable for beginners in Chinese, can input Chinese characters and their syllables interactively without switching the input mode; or further prompt the homophones of the input syllables, using the traditional digital selection input method, input more More homophones.

If the encoding of a maximum of one word is limited, the process ends, and the method of inputting the sequence code of the character code-added number-sequence symbol up to this point is collectively referred to as the number-sequence short-coded word input method of the character code-added number-order tone.

Or further, after inputting any two audio and rhyme codes, the input two-syllable rhyme is regarded as a double-syllable word, and whether or not the double-word is repeated, each double-syllable word and its first word and the last word form a sequence of word words; Deducing the keystroke efficiency of the keystroke finger and the finger to be input digitally, sequentially designating one or more sets of total practical frequency descending word sequence in the digital line; using the prompted digital input any two-syllable word, or The process ends with any one of the words, and is called a double-sequence coded additional numbered sequence-simplified code word input mode. In the subsequent embodiments, it is described in detail.

Since both the input word and the single word in the word can be input, as long as the word size short code covers the commonly used single word, the commonly used single word can be blindly input, thereby completely solving the problem that the single word that is commonly used in the audio code input method needs to be input. You can enter single words easily and quickly without disassembling the words. The shape code input method blindly typing the input word is no longer a unique advantage, the main difference between the code and the shape code Can be eliminated, will greatly enhance the status of the code. However, the input method of full spelling and simple spelling has low input efficiency, which is a helpless choice for audio code users. Only the word-simplification of the double-spelling input method can maximize its advantages.

The above-mentioned audio code Chinese character encoding input method is an implementation manner of the technical solution 4, and the specific implementation manner thereof is an input method of the acoustic medium rhyme, including the technical solutions 5, single initial, single initial, double initial, single final, respectively input, single initial , the single mediation and the single finals are respectively input into the technical solution 6, and the initials and the finals are respectively input into the technical solution 7. These three technical schemes, input any sound, the number of keystrokes can be reduced to 4, 3, 2, which can be called four spells, three spells and double spells. The four spells correspond to the full spell of the prior art. Originally, the maximum number of keystrokes can be input 6 times to input any rhyme. Since the invention directly assigns a single final in the digital line, a single vowel of up to 3 letters can be replaced by 1 digit. , so it can be reduced to four spells, which can also be called Jane spells; the three spells are the sound masterbatch combination input and then add a digital single vowel, while the double spells directly specify the double initials and the master and the single The combination of the finals is the input of the finals, and the number of keystrokes can be reduced. The specific implementation of these three technical solutions will be respectively described below.

Any Chinese character encoding input method using full spelling or simple spelling, single or double keystroke input double initials, mediator and single finals are input separately, and a maximum of three keystrokes are input into one acoustic medium, which is technical scheme 5 . In addition to directly specifying the digital single-tone or double-tone and digital single-final in the digital line, use the English characters of any of the alphabetic keyboards, specify the Chinese initial symbol, or convert to Chinese pinyin or phonetic symbols, not Character layout restrictions. The specific implementation is as follows:

According to the input efficiency of the digital and the practical frequency of the single final, the single vowel of the numerical order can be directly specified in the digital line, and the numerical sequence single vowel specified by the digital line of the oblique line fingering of FIG. 3 or the positive index fingering can be used. Or the single-final vowel specified by the numerical row of Figure 6 or the positive-column fingering of Figure 6 or the single-final specified by each column of the character keys of prior art 1, also specified in the same finger-clicking key The digital key constitutes a sequence single vowel; or further, the single vowel is also referred to as a character single vowel on the reference key line or the previous line, and the same keystroke key, for example, the reference key of FIG. 3-10 can be directly used. The single vowel of the previous line, or the single vowel specified on the one-line character key of the prior art 1, does not need to be specified if the character single vowel is not used. Or further specifying the sequence-single tone or double tone to form a sequence of tone tones, if no tone symbols are used, no need to specify. A digital sequence short code input method using any one of the following character encoding additional number sequential symbols:

The first key input enters the first word single initial, zh and z, sh and s, ch and c are respectively combined, or separately specify the key of the double initial zh, sh, ch, so that the first keystroke is also input the first double initial, otherwise Press the key twice to input the first word double initials; each input one letter, the input single initial or double initial, add the sequenced single vowel to be input, form the sequence of the rhyme, each rhyme and its rhyme contains i, u and All the sounds of U, the corresponding number of target Chinese characters, select one or more groups, each group of up to 12 single words or single words with higher practical frequency, using the single vowel digital in turn, in the digital line Specify and prompt one or more sets of sequence rhythm short code words, the next keystroke uses any number of the sequence single vowel, directly input its vowel short code word and end the process, called the initial coded additional number order The final code of the finals is a short code word input mode. Figure 21 is a specific embodiment of the syllabic codeword of the oblique column fingering. Each digit is shifted down by one, that is, 1 is added respectively, which is the corresponding embodiment of the positive column fingering; or the single vowel "e" and "eng" and its corresponding phonological short code word exchange key, which is another embodiment of the phonological short code word. If ₂ 11 and ₂ , sh and s, ch and c are respectively combined, it can be called "the southern sound input method of the initials", and the practical frequency of each group of ₂ 11 and ₂ , 811 and ₈ , ch and c can be compared. The high Chinese characters are designated as the combined shorthand words of the arpeggio, or the abbreviated short code words of all the single initials are discarded, or the shorthand words of all the double initials are discarded.

If the number has not been input before, the first word mother is further input, so that the first word initial is input by the maximum number of keystrokes; the numbered single vowel to be input is added, and the sound sequence of the sequence is composed, and the corresponding numerical order In the target Chinese character, select one or more groups, each group of up to 12 single words or single words with higher practical frequency, and specify and prompt one or more sets of sound sequence rhyme code words in the digital line. The second keystroke uses any number of single vowels, directly inputting its vocal code and ending the process, called sound mediation. The mother code adds a sequence-single-single-single-single-simplified codeword input mode. The audio code word is the more than 400 short code words specified by all "no syllables". The existing code code Chinese character code input method is involved and will not be described in detail.

If the number has not been input before, the character of the first word can be further input by using any character of the character single vowel; and the number sequence simple word input mode of the numbered single tone is added by using the sound phonological code. , directly input any syllable short code word to end the process; or use the sound phonological code to add a sequenced double tone digital sequence short code sound word input mode, directly input any syllable short code word or syllable symbol and end The process; or further inputting any homophone of the input syllable symbol, and then ending the process; or omitting the step, without using the tone symbol, using only the previous step to input the word.

If the encoding of the maximum input of one word is limited, the process ends, and the character encoding short-coded short-code input method of the character encoding additional number-sequence symbol is used, which is collectively referred to as the initial-coded short-coded mother-in-law. method.

If there is no code that limits the input of at most one word, you can further input the sub-word initial or double initial, the input sound and the initial code, and add the sequence-single vowel to be input to form the sequence of the sound. With the rhyme, each sound and rhyme, and its rhyme contains all the sounds and sounds of 1, u and U, corresponding to the number of target two-syllable words, select one or more groups, each A group of up to 12 two-syllable words with higher practical frequency, which are specified in the digital line and suggest one or more sets of sequenced sound and rhyme short coded two-syllable words, and the next keystroke uses the second-word single-final A digital number, directly inputting its short code double-syllable words and ending the process, is called a sound-synchronized rhyme and initial consonant coded number-single-single-single-sequence short-coded word input mode. Therefore, the thousands of double-syllable words that are most commonly used are designated as short-coded double-syllable words, and can be input only in the subsequent digital-sequential short-word word input mode of the double-sound-encoding code to improve the input efficiency. For specific input methods, refer to the detailed description of the subsequent embodiments.

If you have not entered the number before, you can input the sub-words, so as to input the sound and the sound, and add the sequenced single vowel to be input, and form the sequence of the sound and the rhyme, the corresponding number. In the two-tone word of the sequence target, one or more sets of two-syllable words with higher practical frequency are selected, and one or more sets of sequenced sounds and sounds are used in the digital line, The next keystroke uses any digit of the second-character single-final, directly inputting its short-coded double-syllables and ending the process, which is called the sound-synchronized and the syllabic code. . The two-syllable words of sound and rhyme and sound are actually two-syllable words that do not distinguish between tones. They are the most commonly used word-coding methods in the prior art and will not be further explained.

If the number has not been input before, it is further possible to use any character of the character single vowel to input the sound and the rhyme, and use the double-tone vowel coding to add the sequence number of the short code word input mode, and then End the process using the two-syllable word suggested by either digital input, or any of its words; or omit the process and use only the previous step to enter the two-syllable word.

If the encoding of the maximum input of two words is limited, the process is automatically terminated, and the character encoding short-coded short code input method of the character encoding additional numbered symbols is used, which is collectively referred to as the initial sequence of the initials. Word input method. If the encoding of the maximum input of two words is not limited, the encoding of the initials, the acoustic mediator and the acoustic melody of 3, 4, 5 or more words may be further input, and the corresponding numerical order voicing mother is continuously added. The sequence short code ends until any digital input short code is used.

Use any Chinese character encoding input method of full spelling or simple spelling. Enter the single initials for the first keystroke, input the single mother with the keystroke again, and input any one of the initials by pressing the key twice. In addition to directly specifying the digital single-tone or double-tone and digital single-final in the digital line, the Chinese character of the alphanumeric keyboard is also used to specify the Chinese initial symbol, or converted to Chinese pinyin or phonetic symbol, not subject to Character layout restrictions. The specific implementation is as follows:

Always use V instead of "hu", double initial combination input; according to the input efficiency of the digital and the practical frequency of the single final, directly specify the single vowel of the numerical order in the digital line, you can use the oblique column fingering of Figure 3, or the positive column fingering The numerical sequence single vowel specified by the digital line of FIG. 4, or the numerical order single vowel specified by the numerical line of FIG. 5 using the oblique column fingering, or the numerical sequence of the positive row fingering FIG. 6, or each column of the character key of the prior art 1. The specified single final vowel is also specified to form a sequenced single vowel on the digital key of the same keystroke key; or further, a single vowel is also designated as a character list on the reference key row or the same row and the same finger key character key. The finals, for example, can directly adopt the single finals of the previous line of the reference key of Fig. 3-10, or use the single finals specified on the single-line character keys of the prior art 1, and do not need to be specified if the character single finals are not used. Or further specifying the numbered single tone or double tone to form a number The rhyme adjustment, if you do not use the tone symbol, you do not need to specify. A digital sequence short code input method using any one of the following character encoding additional number sequential symbols:

The first keystroke enters the first word single initial, and the numbered single vowel to be input is added to form the sequence rhyme. Each rhyme and its rhyme contains all the sounds of 1, u, U, h and hu or v. Among the corresponding numerical order target Chinese characters, one or more groups, each group of up to 12 single words or single words with higher practical frequency are selected, and one or more sets of sequenced sound rhyming code words are specified in the digital line. The next keystroke uses any number of the single-sequence single-final, directly inputting its acrobatic short-coded word and ends the process, which is called the mono-acoustic coding plus the number-single-single-single-sequence short-coded word input mode. The difference from the number-simplified codeword input mode of the initial sequence of the initials is that the first keystroke does not input the double initial, so in Figure 21, the syllabic codes of zh and z, sh and s, ch and c Words, either with a single initial or with a double initial, or combined separately, with a high practical frequency.

If the digital number has not been input before, the first word single mediator is further input, so that the maximum number of keystrokes is input twice, and the numbered single vowel to be input is added to form a sequence of sounds, corresponding to In the numerical order target Chinese character, select one or more groups, each group of up to 12 single words or single words with higher practical frequency, specify and prompt one or more sets of sequenced sound in the digital line. The next keystroke uses any number of single vowels, directly inputting its syllabic simplification code and ends the process, which is called the monophonic coded additional numbered single vowel of the numbered short code word input mode;

If the number has not been input before, further, using any character of the character single vowel, input the first word sound; using the sound phonological code to add the numerical order single tone of the digital sequence short code word input mode, directly Entering any syllable short code word to end the process; or using the sound phonological code to add a sequenced double tone digital sequence short code word input mode, directly input any syllable short code word or syllable symbol to end the process Or further input any homophone of the input syllable symbol, and then end the process; or omit this step, without using the tone symbol, use only the previous step to input the word.

If the encoding of the maximum input of one word is limited, the process ends, and the number encoding short code input method of the character encoding additional number sequential symbol is used, which is collectively referred to as the number sequence of the monogram-prefixed numbered sequence. Codeword input method;

If the encoding of the maximum input word is not limited, the sub-word initial can be further input, the input sound and the initial encoding, and the sequence-single vowel to be input is added to form the sequence of the sound and rhyme, each Each of the sounds and rhymes, and their rhymes contain all the sounds and rhymes of i, u, U, h, and hu or v, and the corresponding number of target two-syllable words, one or more groups are selected. Each group of up to 12 double-syllable words with higher practical frequency, which are specified in the digital line and suggest one or more sets of sequenced sound and rhyme short coded double-syllable words, and the next keystroke uses the second-word single-final Any number of digits, directly input its shortcode double-syllable words and end the process, called the monophonic mero-symbol and the mono-acoustic encoding additional sequence-single-single-single-sequence short-coded word input mode. That is to say, the sound meson and the initial coded additional sequenced single finals of the number-simplified code word input mode, using only a single initial.

If the number has not been input before, enter the second word single mother, so as to input the sound and the sound, and add the sequenced single vowel to be input, and form the sequence of the sound and the rhyme, the corresponding number In the two-tone word of the sequence target, one or more sets of two-syllable words with higher practical frequency are selected, and one or more sets of sequenced sounds and sounds are used in the digital line, The next keystroke uses any digit of the second-character single-final, directly enters its short-coded double-syllable and ends the process, which is called the monophonic and mono-media coding. Input mode; that is, the sound sequence and the sound mediator code add the number of single-final single-sequence short code word input mode, using only a single initial. The two-syllable word of sound and rhyme, that is, the two-syllable word that does not distinguish the tone, is the most commonly used word coding method in the prior art, and will not be further explained.

If the digital number has not been input before, further, using any character of the character single vowel, inputting the sound and rhyme, and using the double-tone vocoding to encode the sequence number of the short-coded word-word input mode, and then using End the process by either the two-note word suggested by the digital input, or any of its words; or omit the process and only use the previous step to enter the two-syllable word.

If the encoding of the maximum input of two words is limited, the process ends, and the number encoding method of the character encoding additional number sequential symbols of the character encoding so far is collectively referred to as the order of the number of the monosyllabic coded sequence Shortcode word input method. If you do not limit the encoding of up to two words, you can further enter 3, 4, 5 or more words for the single initial, the acoustic mother and the sound. Encoding, and continually appending the corresponding sequence-sequence code of the number-sequence to the end, using any digital input shortcode. Use any Chinese character encoding input method of double spelling, input the initials by the first keystroke, input the finals by pressing the key again, and input a sound medium twice by pressing the key twice. Among them, the ordinary double-spelling Chinese character encoding input method, because the symbol layout of the vowel is not specified according to the correspondence between the row and the column of the vowel and the final, the number-sequence symbol is also a messy combination of all the vowels of the same column of character keys. It is difficult to merge and simplify, so there is no advantage. Only the symbol layout of the vowels can be specified according to the row-column correspondence between the mother and the vowel. All the vowels of the same column of characters can be merged and simplified. Therefore, in the double-spelling Chinese character encoding input method other than the prior art 1, the single-final of the numerical order is also directly specified in the digital line. However, if the character keys of the same type of keystrokes are different from the numeric keys, and the single vowels specified are not identical, the two single vowels will interfere with each other, causing unnecessary confusion, which is not involved below.

Use any Chinese character encoding input method of double spelling, input the initials by the first keystroke, input the finals by pressing the key again, input a sound medium twice by pressing the maximum key, and assign the same single prime to each character key. The vowels are merged into a single vowel and then assigned to the digital key of the same fingerstroke key, which is the technical solution 7. The specific implementation is as follows:

The prior art 1 has many embodiments of double-stitched symbol layouts, especially melodic layouts. The following description will not be repeated, and only a few preferred dual-composition symbol layout embodiments of the present invention will be described.

Figure 3-10 shows the symbol layout example of the Chinese alphabet symbol of several alphabetic keyboards. The English alphabet with the same glyph is used to indicate the monophone, and the key of the double consonant is directly specified; or the double is replaced by the parentheses. Initials, so that you can input Chinese and English interactively. If the southern sound mode is used, that is, 211 and ₂ , sh and s, ch and c are respectively combined, the double initials are respectively moved to the same z, s, c key positions of the first character. The bottom line of each character key is the mediation of the combination of the mediation of the Chinese mother symbol and the single final. The single vowels and tones marked on the top line of the digital key are the single-sequence single vowels combined with the prime vowels of the same keystrokes, and the directly specified numerical order single tones, which can be combined into a numerical order. The digital single tone can also be replaced by the digital double tone of the same fingering in Figure 24-27.

Figure 3 and Figure 4 are the symbol layout of the Chinese vowel based on the "QWERTY" keyboard. The combination of the "mother and single vowel" symbols in each column of character keys is also specified on the digital keys of the same fingerstroke. The mediator of the digital symbol can be omitted, that is, it is simplified to a single final with no distinction between the mediators. Therefore, the numerical order rhyme of Figure 3 is simplified to la, 2ang, 3e, 4 ~ er, 5 ' an, 6 v en, 7, eng, 8au, 9eu, Oei, -ai, or the order The tone is replaced by the sequenced double tone of Figure 24 or 26; its positive fingering is reduced to 2a, 3ang, 4e, 5 ~ er, 6 ' an, 7 ^v en, 8, eng, 9au , Oeu, - ei, +ai, or replace the sequence-single tone with the sequence-order double tone of Figure 25 or 27.

5 and FIG. 6 are diagrams of a symbol layout of a Chinese vowel symbol of the prior art 1, which is referred to as ",, keyboard. The character layout of the "QWERTY" keyboard is completely different from that of FIGS. 3 and 4, Figure 5 and Figure 6 adjust the layout of some characters in order to adapt to the practical frequency of the single finals. The oblique sequence fingering of Figure 5 is in the order of la, 2ang, 3eng, 4 - er, 5 ' an, 6 ^ En, 7 e, 8au, 9eu, Oei, -ai, or replace the sequence single tone with the sequence double tones of Figure 24 or 26; the positive fingering of Figure 6 is the order of 2a, 3ang, 4eng , 5 ~ er, 6 ' an, 7 ^v en, 8, e, 9au, Oeu, - ei, -ai, or replace the sequence-single tone with the sequence-order double tone of Figure 25 or 27.

Figure 7 and Figure 9 are the same as the Figure 5 and Figure 10. The positive sequence of the positive sequence of Figure 8 and Figure 10 is exactly the same as that of Figure 6, but the characters of Figure 7-10. The symbol layout of its monophonic mother is different. The character layout of Figure 7-10 is redesigned according to the combination rule of the single initials of the Chinese initial symbol, fully considering the particularity of Chinese information, and is the alphabetic keyboard of the best character layout using the Chinese initial symbol. Can be called a Chinese keyboard.

According to the mutual correspondence between the Chinese mother symbol, the Chinese phonetic symbol and the phonetic symbol of Fig. 2, the combination of the mediation and the single vowel and the vowel symbol, the Chinese mother symbol marked in Figure 3-10 can be used. The single vowel "combination symbol is replaced by the Chinese pinyin symbol or the phonetic symbol of the phonetic symbol, and some of the symbols of the Chinese phonetic symbol are mutated or simplified, and it is difficult to separate the mother and the single vowel. The mother and single vowels of the vowel "ong" are "u" and "eng", while the mother and single vowels of the vowel "ing" are "i" and " _eng ". It must be pointed out that the two characters of Chinese Pinyin The number "uo and o", its Chinese initial symbol has been merged into a vowel symbol "ue", because only in this way can be combined with "Ue» as a vowel symbol "ue" so that only one key can be labeled. Vowel symbol.

The reason why the symbol layout of the Chinese vowel symbol is first designed and then converted into the symbol layout of the Chinese pinyin symbol or the phonetic symbol is that the purpose of implementing a key is to mark only one vowel symbol, so that the alphabet keyboard and its Using the virtual alphabet keyboard of the touch screen, the layout of the double-stitched symbols is consistent, thereby solving the problem that the virtual alphabet keyboard of the touch screen is inconsistent with the symbol layout of the alphabet keyboard. The use of Chinese phonetic symbols or phonetic symbols cannot solve this problem because of the defects of the symbols themselves, especially the Chinese Pinyin symbols: "en" and "eng" are sometimes simplified to "η" and "ng", while "uo and 0" The approximate pronunciation uses two different symbols, and the use of ong for "" and "iong" for "UL" are the reasons why the vowel symbols cannot be merged with each other, especially the single vowels are the same, u and U begin. The vowel may not be merged by omitting the two points on U. Although the problem of phonetic symbols is less, the scope of application is strictly limited due to the non-letter nature of the symbols, making it difficult to internationalize. By slightly improving the Chinese Pinyin symbol, you can get the Chinese phonetic symbol, which overcomes the above shortcomings, especially the single finals, the initials of u and U, which can be merged by omitting the two points on U, so that each character The key only needs to be marked with a vowel symbol. Therefore, based on the Chinese phonetic symbols, the double-composition symbol layout of the Chinese phonetic symbols can be designed to achieve the best design effect, and it can be fully compatible with the Chinese pinyin and phonetic symbols at the level of the combination of the finals.

Use any character layout of the alphabetic keyboard and its double-symbol layout of Chinese, Chinese, or phonetic symbols and its sequence-single vowel. For example, the numerical order single vowel of the oblique indexing of Figure 3 is: la, 2ang, 3e, 4er, 5an, 6en, 7eng, 8au, 9eu, Oei, - ai; Figure 4 is the numerical order single vowel of the positive fingering: 2a , 3ang, 4e, 5er, 6an, 7en, 8eng, 9au, Oeu, - ei, +ai ; and the numbered single vowels of the oblique indexing of Figures 5, 7, and 9 are: la, 2ang, 3eng, 4er, 5an , 6en, 7e, 8au, 9eu, 0ei,- ai ; The numerical order single vowels of the positive indexing of Figures 6, 8, and 10 are: 2a, 3ang, 4eng, 5er, 6an, 7en, 8e, 9au, Oeu, -ei , +ai. Enter Chinese characters using any of the following Chinese character encoding input methods:

After inputting one code character, the input code character is regarded as the initial, and each single vowel that is sequentially combined with the number of the vowels is a sequence-independent phonological tone, and the sequence-independent mediation is sequentially selected. The target character set in the sound medium, the single word or single word with higher practical frequency, is specified as the number sequence sound rhyme short code word corresponding to the single final of each digital. For example, in Figure 3, the first keystroke input initials g, and its numbered rhyme, la, 2ang, 3e, 4 ~ er, 5 ' an, 6 ^v en, 7, eng, 8au, 9eu, Oei, - ai are respectively combined, The combined sequence acoustics of the combined mediators are: lga, 2gang, 3ge, 5gan, 6gen, 7geng, 8gau, 9 _geU , 0 _g ei, - _ga i. In the target Chinese characters corresponding to the sounds of the mediators of each digit, the single-character or single-word with higher practical frequency is selected as the first-order digital shortcode.

21 is a first-order digital short code of the Chinese initial symbol layout of FIG. 4, that is, a digital sequence vocoded short code word embodiment, where the digit 1 is a conventional first-level short code, and is added with a space or a digital 1 input. First enter the initials, then enter the number of the line in which it is located, and press the key twice to enter each of the abbreviations. Each digit of FIG. 21 is shifted down by one line, which is an embodiment of the first-order digital short code of FIG. 3, that is, the digital sequential sounding simple code word, but the conventional first-level short code of the line of the digital 1 can only add spaces. Input, can not add the number 1; if the single vowel "e" in the 4th line of Figure 21 and the single vowel "eng" in the 8th line and the vowels of the same line of the same line, can be used as Figure 6 8, 8, 10 first-order digital short code, that is, the numerical sequence sound rhyme short code word embodiment; further, each digit is further shifted down one line, that is, the first-order digital short code of FIG. 5, 7 and 9 is the number The sequence of the sound rhyme is a simple code word embodiment, but the regular first level short code of the line of the digital 1 can only be input by adding a space.

If the number has not been entered before, enter the second coded character. If it is a valid tone, add the number order tone of the numbered tone, such as the number of the oblique fingerings in Figure 3, 5, 7, and 9. The single tone of the sequence is 4 _, 5 6 7 , and the sequence of the 4, 6, 8, 10 positive index single tone is 5 _, 6 7 ^v , 8,. Each of the input phonological rhymes is sequentially combined with the single-tone symbol of the sequence to be a Chinese syllable, and a single word or a single word with a higher practical frequency in each syllable is selected as its syllable short code word, such as the oblique fingering method 22 The syllables of the syllables and their syllable short codewords, the numbers in square brackets are the practical frequencies of their single words. The degree data can also be replaced with the utility frequency data of the single word; further, the other words or single words in descending order of the practical frequency are sequentially designated on the numeric keys of 9, 4, 0, 3, 2 and 1, for example, 22 unvoiced syllables and their syllable short codeword embodiments.

Or, according to the descending order of the keystroke efficiency between the finger of the previous keystroke and the finger of the digit to be input, the word or single word in descending order of the practical frequency is sequentially designated. In the embodiment of Fig. 22, the position of the prime vowel "α" on the keyboard, in the right side of the "Tab" key in Fig. 3-10, the left little finger slamming key is used, so that the finger is pressed with the finger to be input. The descending order of the key efficiency is adjusted to the numbers 9, 0, 4, 3, 2, and 1, and the vowels of the numbers 0 and 4 of Fig. 22 should be interchanged because the left and right hands alternately have the highest input efficiency. If the positive fingering is used, Figure 22 is shifted to the right by one digit except the digit. The tone is only fixed in the syllable code word of the tone symbol number. The tone of other code sequence syllabic words is not fixed. The purpose is to specify the Chinese characters with higher practical frequency in each voice. One-page digital short code can be found without turning pages to improve input efficiency.

Alternatively, replace the sequence-single tone of the numbered tone to the numbered double tone of the same fingering of Figure 24-27. Figures 28 and 29 of the positive fingering are embodiments of the syllable short code words and syllable symbols, respectively, in accordance with the sequenced double tones of Fig. 25. Figure 28 shows the number of the right-hand keystroke, and the number of the left-hand keystroke of Figure 29, respectively, using its tone designation and prompting the numbered syllable short codeword, where the numbers 6 and 7 respectively specify a zero tone, and the sound is in the "ba" The single word "bar" with the highest frequency of practicality is designated as the syllabic code word. Figure 28 shows the number of the left-hand keystroke, and the number of the right-hand keystroke of Figure 29, using their tone assignments and prompting the sequenced syllables. In Figures 28 and 29, all marks except the digits are shifted left by one key, which is the corresponding embodiment of the oblique indexing. The next keystroke uses any number of double tones, enters any syllable short code word or syllable symbol; or further prompts one or more groups of input syllable symbols, each group of up to 12 homophones with higher practical frequency Word, next time the keystroke uses the homophone corresponding to any digital input.

If the number has not been entered before, enter the third coded character. If it is a valid tone and initial, add the sequence single final. The input sound and the initial, which are combined with the single vowel of each digit in turn, are grouped into one or more groups, that is, the numbered short codes of different pages, and the page turning keys such as "-" and "=" can be used. The characters "_" and "+" turn pages forward or backward. Each group promptly prompts up to 12 pairs of double-words to be input, and the double-words with higher frequency of practicality, must pay attention! Previously, only the initials of the second word were input, and the numbered single vowels added did not contain the mother. Therefore, the combination of the second word has no distinction between the mother and the mother, including not only the sound of the mother, but also the sound. All the phonological rhymes of the mediator i, the mediator u and the mediator U are actually the phonological melody of the undifferentiated mediator classified by the single vowel, rather than the phonology of the usual meaning without the mother. Therefore, the sound and rhyme of the sound, strictly speaking, should be the sound of the first word, the sub-word according to the single vowel classification of the undifferentiated mediation of all the sounds, otherwise it can not cover all the vowels, the practical frequency Higher double words may be missing. Consistent with the rhyming rules of poetry, a single vowel can match.

For example, using the double-composition symbol layout of FIG. 3, after inputting 3 characters gc j , the input is a valid arpeggio and initial "guoj", and the numbered single-final la, 2ang, 3e, 4er, 5an, 6en, 7eng, 8au, 9eu, Oei, — ai, the order and the rhyme and rhyme of the order are = lguoja, 2guojang, 3guoje, 4guojer, 5guojan, 6guojen, 7guojeng, 8guojau, 9guojeu, Oguojei, -guoja i, The effective combination of the first syllable and the second syllables according to the single vowel is lguojia, 2guojiang, 3guojie, guojue, 4guoji, guoju, 5guojian, guojuan, 6guojien, guojuen, 7guojieng guojueng, 8guojiau, 9guojieu ₀ Therefore, its sequence short code can be designated as = 1 country, 2 jam, 3 festivals, 4 international, 5 national inspection, 6 national king, 7 national borders, 8 pectin, 9 fruit wine. They are all double-words with high practical frequency, and you can directly input them by using the numeric keys of the second single vowel of each word. Just remember which double words are the short-coded short codes of the code, no need to remember The correspondence between each double word and the number, thus reducing the memory burden of the short code double word.

If the input is an invalid tone and initials of two words, it is regarded as the sequential combination of the initials of the three words, and the space is added to input the three words determined by the initials of the initials of the three characters, that is, the traditional three The word "sound" is encoded; for example, using the double-composition symbol layout of Figure 3, enter "rmw", the first two characters are invalid combinations of sounds, so they are treated as 3 words, using "sound" The "three-word code" method is only entered directly by "Nan Niwan". Or add a sequence of single finals of the last word, combined into one Group or groups of "sounds and sounds", each group in order of number prompts up to 12, to be input 3 words of "consonant initials" combination, three words with higher practical frequency, using the third word list The digital key of the final is directly input. It is more suitable for an embodiment with a large vocabulary with many three-word re-codes, which will not be described in detail below.

If the number has not been input before, enter the 4th coded character. If it is a valid sound and rhyme, it is regarded as a sequence of words. For example, using the double pinyin symbol layout of Figure 5, enter the character code "li" Jj "The sound of the rhyme and the sound of the rhyme" lijie", the corresponding double-words are mainly: understanding, etiquette, past, the descending order of the practical frequency of the word sequence is: understanding 1196, theory 2200, solution 4349, (total 7745, etiquette 22, ceremony 888, section 4411, (total) 5321, previous 18, calendar 598, 975, (total) 1591, the oblique fingering method is specified in the numeric keys "6, 7, 8, 3, 4, 5, 9, 0, -,, on, the sequence code word short code of the oblique column fingering is: 3 etiquette, 4 ritual, 5 verses, 6 understanding, 7 physics, 8 solutions, 9 epochs, 0 calendars, - The order of the positive index is specified in the numeric keys "7, 8, 9, 4, 5, 6, 1, 2, 3", and the sequence of the positive-sentence fingers is in order: 1 successive, 2 Calendar, 3 sessions, 4 etiquette, 5 rituals, 6 verses, 7 understandings, 8 physics, 9 solutions.

Or, first determine the characters entered before the digital sequence short code input, and then according to the left and right hand alternate keystroke priority, the index finger and the middle finger take precedence over the last finger and the little finger, the same finger continuous keystrokes, and then specify the practical frequency descending order. Word sequence. The character input before the above-mentioned sequence short code input is "j", which is the right-hand keystroke, and the frequency descending order of the word sequence is changed to: left index finger and left middle finger, left ring finger and left little finger, right index finger and right middle finger, Or the order of the right ring finger and the right little finger, the sequence code word short code of the oblique index fingering is changed to: 3 understanding, 4 theory, 5 solution, 6 etiquette, 7 ceremony, 8 festivals, 9 calendars, 0 calendars, - session The sequence code of the positive fingering is changed to: 1 etiquette, 2 ritual, 3 verses, 4 understanding, 5 physics, 6 solutions, 7 epochs, 8 calendars, 9 sessions.

Multiple sets of double-words and their two-word sequence of words, although they are also heavy codes, only need to remember the keys of three double-words and their ordering: because the position of the double-word is fixed, the oblique column The fingering is always 3, 6, 9, and the positive fingering is always 1, 4, 7, and the position of the word is always stored after its double word, so you can quickly enter each double word or it contains Any word, and its memory is very difficult.

The numerical sequence short code expands the coding space of the double spell input method, especially the word coding space. Commonly used double words are still 4-key input: The mediator that does not distinguish the double-word endings can cover all the thousands of double-words with the highest frequency of practical use. The input efficiency of commonly used double words is not reduced. Then use the double-sound rhyme code to encode the number-sequence short-coded word-word input mode, and the 5-key input double-word or any single word, which only occupies the coding space of the regular double-word and its heavy code, and the re-coded word has no relationship. It can support hundreds of thousands of Chinese words, enough to cover all Chinese double words and the words they contain.

Industrial applicability

The invention as a digital sequence symbol keyboard and an information input method thereof can conveniently perform coding input of Chinese characters. According to the oblique column or the positive column fingering of the alphabet keyboard, the character or symbol specified by each column of character keys is also designated on the digital key of the same fingerstroke key to form a digital symbol, and then the number of components is respectively arranged in numerical order. Sequence symbols; and/or directly assign digital-specific digital sequential symbols to the digital line according to the digital input efficiency and the practical frequency of the digital dedicated symbols; the digital is regarded as a non-first key encoded character as an addition to the input code Encoding, thereby specifying a short code by an encoding method, using a digital prompt according to the encoding correspondence with the short code and directly inputting more short codes; using the numerical sequence symbol keyboard of the present invention and the encoding and input method thereof, And the invention can be implemented by running the corresponding Chinese character code input processing software program, and has good industrial applicability.

Claims

Claim

Encoding the target character set to be input, the coding information unit used is called a symbol, and is designated as a symbol layout on the character key of any alphabet keyboard or virtual alphabet keyboard, and the character name marked by the character key participating in the encoding As a coded character, the keys of all coded characters constitute the character keypad; the characters of the digital line 1, 2, 3 0, "", and "=" are collectively referred to as numbers, and the ordering is called number order; through the association of symbols Establish a coded character-target character mapping library, that is, a code table;

Receiving coded character information input by the user through the keyboard used, prompting the input character, symbol or candidate target character; according to the input coded character, searching for the corresponding target character set from the coded character-target character mapping library, that is, the code table; Displaying the target character set on the display, and/or playing the pronunciation of the target character through a device for voice output; the characteristics are as follows:

2. The digital sequence symbol keyboard and the information input method thereof according to claim 1, wherein any one of the shape code Chinese character encoding input methods is used, wherein the number order short code is specified according to the input code added sequence number symbol. Simplified to select a short code in the existing short code of the higher level of each column to be input characters, and form the sequence short code of the level in numerical order, as follows:

3. The number sequence symbol keyboard according to claim 1 or 2 and the information input method thereof, and the simplified or traditional root symbol layout of the "five-character type" "86 version" simplified or "98 version" is changed. , its characteristics are as follows:

4. The digital sequence symbol keyboard and the information input method thereof according to claim 1, wherein any one of the Chinese character encoding input methods of full spelling, simple spelling or double spelling is used, and the characteristics are as follows:

5. The digital sequence symbol keyboard according to claim 1 and an information input method thereof, wherein, according to the digital input efficiency and the single-female practical frequency, the digital sequence line directly specifies the numbered single vowel, or further in the reference. The key line or the line above the same finger key character also specifies a single final is called a character single final; or further specifies the numerical order single tone or double tone to form a sequence rhyme; Any number of character encoding additional sequence number symbols of the number order short code input method:

Or further, using any character of the single vowel of the character, inputting the sound and rhyme, and using the double-voiced rhyme coding to add the serial number of the short-coded word-word input mode, and then using any digital input to prompt The two-syllable word, or any of its words, ends the process;

6. The digital sequence symbol keyboard according to claim 1 and an information input method thereof, wherein V is used instead of "hu", and the dual initial combination input; according to the digital input efficiency and the single vowel practical frequency, in the digital The line directly specifies the sequence single vowel, or further specifies the single vowel as the character single vowel on the same keystroke line or the same finger line character key; or further specifies the number order single tone or double tone The composition of the sequence rhyme adjustment; using any of the following character encoding additional numerical sequence code number short code input method:

Or further, using any character of the single vowel of the character, inputting the phonological rhyme of the first word; using the vocal grammar coding to add the number-single-single-single-sequential short code word input mode, directly input any syllable short code Terminating the process by using the word; or using the augmented rhyme coding additional number-sequence double-tone sequence-sequential short code word input mode, directly inputting any syllable short code word or syllable symbol to end the process; or further inputting Enter any homophone of the syllable symbol and end the process;

Or further, using any character of the character single vowel, inputting the sound and rhyme, and using the double-tone vowel coding to add the sequence number of the short code word input mode, and then using any digital input to prompt End the process with a two-syllable word, or any of its words;

7. The number sequence symbol keyboard according to claim 1 and an information input method thereof, wherein a single initial is assigned to a letter key of the same font, and is characterized in that, in principle, the same vowel of the same mother is assigned to the same line of character keys. On the same, the single vowels of the same single vowel are assigned to the same column of character keys, and the individual vowels can be exceptional; the mesons of the vowels alone, i, u and U are collectively referred to as zero vowels, which are respectively assigned to the same character keys of the single final _er ; ₂ }! and ₂ , 811 and ₈ , ch and c are respectively combined, or separately specify the double initial key; the memorized prime specified by each column of character keys is merged into a single final with no mediation, respectively specified in the same fingering The numeric key of the key constitutes a sequence single vowel, or further specifies the numerical order single tone or double tone to form a numerical sequence vowel; the sequence of the additional numbered symbols is encoded by any of the following characters Shortcode input method:

8. The digital sequence symbol keyboard according to claim 7 and an information input method thereof, wherein the vowel is specified on the "QWERTY" keyboard, and the top line of the reference key is: a, ang, e, er, an , en, eng, au, eu, ei, ai; the reference key one line is: ia, iang, ie, i, ian, ien, ieng, iau, ieu, and the uei, uai; The lines are: ua, uang, ue (ue), u, uan (iian), uen (uen), ueng (iieng), the symbols in parentheses can be omitted; zh and z, 811 and 3, ch and c are respectively combined, Or the double initials Zh, Sh, and Ch are respectively designated on the character keys other than the single initial, or sequentially designated on the ", ", ".", and "/" character keys; or the Chinese initials are replaced with the Chinese phonetic symbols. Or phonetic symbols.

9. The digital sequence symbol keyboard according to claim 8 and an information input method thereof, wherein said "QWERTY" keyboard, the letters Q and A are interchangeable keys, and the letters E, U, I, F, The key symbols of V are replaced by F, E, V, I, U in turn, called

10. The number sequence symbol keyboard according to claim 9, and the information input method thereof, wherein the character layout of the "AWF" keyboard is changed from left to right in sequence: a reference key line: 0, ^ 1, ^ 2, 5, ( , 1?; The next line of the base key: K, G, H, U, W, ", " and """, the letters 0, ", " and "<", "." And ">" , "〃, and "?"; the top line of the base key: A, "[" and "{", "],, and " } ", D, T, N, E, B, M, P , F, ";" and ":", called "XIY" keyboard; or the "XIY" keyboard, characters Q and K, J and G, X and H, B and Z, M and S, P and C , F and R respectively exchange the keys, called the "HIY" keyboard.