CN1335551A - text input method - Google Patents

Abstract

The character input method is characterized by that it mainly utilizes digital key to input digital code and functional key to input connecting code, and utilizes different digital codes and connecting codes to form character code, and utilizes the correspondent characters or symbols from data base to attain the goal of character input or utilizes different digital codes and connecting codes to form instruction. The method can also use keys on the panel of the mobile phone to input characters or symbols by matching with corresponding software. It can also send out the voice of the corresponding character or input the voice of the instruction when inputting each character, and can also input the phonetic symbol or phonetic symbol by the number, after program judgment, it is decoded to form the correct character and the pronunciation is displayed, so it is convenient for the blind to use.

Description

text input method

The invention relates to an input method, especially an input method based on digital codes, and provides some applications of the digital input method.

There are many different methods of Chinese input methods at present. The Cangjie input method most commonly used by professional input personnel can achieve the purpose of fast input, but it is difficult to learn and memorize at the beginning, and it must be able to use a keyboard with English letters. Comply with the method of code fetching of its various parts to input, and use has its limitation. Furthermore, although the commonly used phonetic notation input method used by ordinary people has a simple learning input method, it has considerable limitations on the input speed, and it also has the limitation of keyboard input.

In addition, there are quite a lot of patents related to Chinese input methods, such as the application No. 86116117 "Lazy Chinese Input Method", which uses a reconfigured Chinese phonetic keyboard to complete a tone by pressing the key twice, so that the computer software can select characters according to the sound , and added a design to prevent "computer software selects characters based on the sound of the word but chooses the wrong word", allowing the user to alternate between the word selection and the computer word selection, and quickly correct it in time. And memorize, reach Chinese input through this and only need button twice on average about every word. Although this Chinese input method can achieve the function of simple input, according to the phonetic symbols corresponding to the keyboard, the keyboard keys utilized are also quite a lot, which is still inconvenient for users who are not familiar with the keyboard. There are quite a lot of other patents related to Chinese input methods provided by the relationship between phonetic notation and keyboards, for example: No. 84108843 "A Chinese input method using a computer to provide document processing", No. 81102368 "Chinese radical code code input document Processing device" and No. 80104622 "Word processing device for four-key input of character sound and font shape" and other patent records.

The device patent case that discovers at present is as Chinese input with numeral key has No. 85112934 " sixteen keys Chinese phonetic notation input device ", but it still is with numeral key and +, -, *, /, etc. keys, distribute as On behalf of the phonetic symbols, the input speed is quite limited.

In addition, in the patent case No. 84110561 "A Device for Generating Historical Information for Communications and Its Input Method", Chinese words represented by numbers are provided, and people, times, things, places, things and prepositions are used as part of speech to distinguish, Utilize the control key and the numerical keyboard to select the words in the memory device, so as to achieve the output purpose of Chinese words. The limitation of this patent is that it is composed of words, and it cannot be input word by word in a single word, and there are considerable restrictions on its use.

And the current phonetic input method with intelligent word selection is limited to Chinese input, and cannot mix Chinese and English, and because of the phonetic input, there are many homophones, which often cause word selection errors, making the input unclear.

The main purpose of the present invention is to mainly use numeric keys to input digital codes, and some function keys such as "+", "-", "*", "·", "/" and other keys to input connection codes, through different digital codes and Concatenated codes are combined into character codes to obtain the corresponding characters or symbols from the database to achieve the purpose of text input; or through the combination of different digital codes and connection codes to form instructions to execute the instructions to achieve executable such as printing , preview, close preview, font, font size, font color setting and other similar commands and tasks.

The second purpose of the present invention is to use different numeric keys to input digital codes and function keys to input connection codes, so that the input of Chinese and Traditional Chinese, Simplified Chinese, English, German, phonetic symbols, phonetic symbols... etc. can be done without the need Switch the computer's surrounding environment. In addition, the present invention can also directly write Korean, Japanese, Vietnamese, Arabic, Latin characters, Cyrillic and basic Greek, etc., which are combined into character codes with digital codes and connection codes and input.

The present invention gives each character a code composed of digital codes and connection codes to form a portable code for each character; the portable codes of each character are combined to form portable codes for commonly used words and sentences to facilitate input. For example, the address is classified into a portable code to facilitate the input of the address.

In addition, the text input method provided by the present invention is especially suitable for being applied to the buttons on the panel of the mobile phone, so as to achieve the input of characters and the input software capable of executing command work.

Furthermore, the digital input method provided by the present invention can be used to input phonetic symbols or phonetic symbols, after the program judges that the phonetic symbols or phonetic symbols are input, the input phonetic symbols or phonetic symbols are decoded to form correct words and displayed in pronunciation, so as to facilitate blind people usage of.

The present invention is characterized in that it includes: inputting digital codes with "numeric keys" on the keyboard, and inputting connection codes with non-numeric keys on the keyboard; , fetching the characters or symbols corresponding to the above-mentioned input character codes from the database. Among them, the non-number keys can be "* key", "/ key", "- key", " · key", "F1", "F2"... etc. keys on the keyboard, depending on the input panel or device. Among them, the digital input method can be applied to the input or output of Chinese, Japanese, English, Korean and other national characters. Among them, the digital input method can also be applied to mobile phones, computers, translation machines, and other various products with numeric keyboards, so that they can input text. Among them, the digital input method can be applied to the intelligent word selection, that is, if the corresponding word of the input character code exceeds two characters, then through an intelligent word selection program, the above-mentioned words are combined with the previous word or the following word. Word by word comparison to select the correct word or symbol. Wherein the intelligent word selection is to utilize computer software to automatically select the correct word input according to character codes, word meanings, words, etc. Among them, the digital code that does not correspond to the font plus the connection code plus the instruction code are used to control the characteristics and functions of the input code, such as preview, close preview, Chinese font, English font, font color, font, font Execution of command functions such as size, Internet access, E-mail viewing, speaker volume increase, speaker volume reduction, opening a certain file, opening a certain pattern, symbol input, etc. It is also a digital rapid address input method and rapid self-thesaurus input method. Its steps include: using the "number keys" on the keyboard to input the character code, and the non-numeric keys on the keyboard to input the connection code and Through the combination of different above-mentioned digital codes and connection codes into individual address codes and through the combination of different above-mentioned digital codes and connection codes into individual address codes or thesaurus codes, take out the corresponding codes of the above-mentioned input characters from the database address or phrase. Wherein, after selecting the correct text, the voice of the text or the voice of the input command will be further issued. Wherein the voice of the text is selected as a male voice or a female voice to represent uppercase or lowercase letters of a foreign language or Japanese hiragana and katakana respectively.

Proof of use: It can be used to input multi-language characters mixed with numeric keys and function keys, and can also be used for various products with numeric keyboards such as mobile phones.

Hereinafter, the input method and functions of the present invention will be described in detail based on the examples shown in the drawings. A brief description of the drawings is as follows.

Fig. 1 is a flow chart of the present invention;

Fig. 2 is the chart of the numeral code 1-60 of the Chinese character of input method of the present invention and represented font;

Fig. 3 is the chart of the numeral code 61-0 of the Chinese character of input method of the present invention and represented font;

Fig. 4-30 is the accompanying code editing table corresponding to the Chinese characters of the input method of the present invention;

Fig. 31-33 is that the input method of the present invention is applied to the character portable code editing table of the English similar word of computer, and it is for capitalization;

Fig. 34-35 is that the input method of the present invention is used in the character portable code editing table of the English similar word of computer, and it is for lowercase;

Fig. 36 is that the input method of the present invention is applied to the Japanese character portable code editing table of computer;

Fig. 37 is that the input method of the present invention is applied to the Korean character portable code editing table of computer;

Fig. 38-58 is the edit form of address portable code of the present invention;

Fig. 59 is that the input method of the present invention is applied to the portable code editing table of the Arabic character character of computer;

Fig. 60 is the portable code editing table of the phonetic notation of input method of the present invention;

Fig. 61 is the accompanying code editing table corresponding to the symbol text of the input method of the present invention;

Fig. 62-66 is that the input method of the present invention is used in mobile phone English and the character corresponding portable code editing table of English similar word;

Fig. 67-68 is that the input method of the present invention is applied to the portable code editing table corresponding to the Japanese character of mobile phone;

Fig. 69 is an editing table of the input method of the present invention applied to mobile phone characters corresponding to portable codes.

Example:

The input method provided by the present invention mainly uses digital codes and connection codes to form different character codes, and the character codes can be divided into two types: literal character codes and command character codes. The input of character codes will select the characters corresponding to the input character codes from the database, such as Chinese, English, Japanese, Korean, Arabic, Vietnamese or symbols, and the corresponding character codes of each character can be It's called a portable code. If there is more than one selected Chinese character, then a smart program is used to compare the previous or/and subsequent input characters to select the correct input characters for display on the screen; if the voice switch is turned on , and at the same time send out the voice of the input text for proofreading. If the input code is an instruction code, execute the instruction, such as print, preview, close preview, font, font size, font color setting, etc. Similar instructions and work; if the voice switch is turned on, At the same time, the voice of the input command is issued for proofreading. Please refer to the flowchart shown in Figure 1.

For the convenience of illustrating the input method of the present invention, it will be explained firstly when it is applied to a general computer keyboard to input Chinese. The present invention mainly uses the number keys on the right side of the keyboard to input digital codes, and keys such as "+", "-", "*", "·", "/" and other keys to input connection codes to form character codes and achieve character input and command execution. Wherein, each Chinese character is dismantled into two digital codes of head and tail, and its principle is from left to right, from top to bottom, and from outside to inside. Numeral codes are totally one hundred from 0-99, and the font represented by each numeral is as shown in Fig. 2 and Fig. 3 . In these two figures, blanks are fonts that can be used as function codes or added later. Certainly, such an arrangement is only an embodiment of the present invention, and is not limited to be the only arrangement method.

The glyph editing shown in Fig. 2 and Fig. 3, for the convenience of user's memory, mainly arranges in the similar mode of glyph and number shape, and the dots of the bottom part of each glyph is the selection of the second digit. For example, the number code "1" represents a shape related to "one" and a straight "丨" but a leftward shape. And the number code "2" represents the shape related to "two" and the straight "丨" but it is an intermediate shape. The number code "3" represents the shape related to "three", and the straight "丨" but it is a right-sided shape. The number code "4" represents a shape related to "four", such as four points, or a shape with four contact points at the bottom. The number code "5" represents the shape associated with "five". The number code "6" represents the shape related to "six". The number code "7" represents the shape related to "seven". The number code "8" represents the shape related to "eight". The number code "9" represents the shape associated with "nine". The number code "10" represents the shape associated with "ten".

For other two-digit codes, the previous code is the shape or stroke number related to 1, 2, 3, 4, 5, 6, 7, 8, 9, and 10, and the latter code can be the number of strokes or the bottom contact points. For example, the digital code "12" represents the shape of "Bu", wherein "1" is the "丨" of "Bu", and "2" means that the stroke is two strokes. Another example is that the digital code "17" represents "li" and "bean", wherein "1" is the shape of "丨", and "7" means that the strokes are seven strokes. For example, in the digital code "22", the first "2" indicates that the stroke is two strokes, and the second "2" indicates that there are two contact points at the bottom of the glyph. For example, in the numbers "31" to "39", the "3" in the first digit is the related glyph represented as "three" or "3", and the second digit can be the bottom contact point of the glyph, or the stroke Count and so on.

In addition, when the number code is an integer, it is a defined font, for example, the number code "20" represents the related font of "Twenty". The number code "30" represents "mouth", which is the definition. The number code "40" represents "wood", "no", "cow", etc., and its strokes are taken as four strokes. Numeral code "50" then represents the related font of "Tian", which belongs to the definition. The numeric code "60" represents the related font of "", which is a definition. The number code "70" represents "che" and "xin", which means that the strokes are seven strokes. The digital code "80" is the stroke definition. Numeral code "90" represents "leather" and "Wei" is the stroke definition. The digital code "0" represents "mouth", which is used for the shape.

The digital code is composed of numbers from 0-99. The character code of each Chinese character is the two sets of digital codes corresponding to the head and tail glyphs of the character. The digital codes corresponding to the head glyphs are the pre-digit codes, and the digital codes corresponding to the tail glyphs are the post-digit codes. , composed of connecting codes in the middle. The head and tail glyphs correspond to the number codes, because the shape of the glyph is similar to the first digit of the group of numbers, or/and the number of strokes of the glyph is the same as the first or second digit, or the number of contact points at the bottom of the glyph The principle is the same as the first or second digit.

In addition, the Chinese-Traditional or Chinese-Simplified output can be directly output through different connection codes. For example, if you define a concatenation code with "*", it will be output in Traditional Chinese; if you define "/" it will be output in Simplified Chinese.

Figure 4 to Figure 30 represent the portable code corresponding to the Chinese characters of the input method of the present invention, which is edited in the database; according to this, the following is an example of actual use:

After setting the input environment and programming the program, use the number keys and function keys to input "9*94+space key+46*3+space key+30*0+space key+62*72+Enter key", You can get the output of the four words "I want to go home"; because 9*94 gets "I", 46*3 gets "want", 30*0 gets "back", and 62*72 gets "home". In addition, the output in English, simplified Chinese, Zhuyin or phonetic symbols can be controlled by a specially agreed number code or connection code in front of each input.

According to the edit character code of Fig. 4 to Fig. 30, if the connection code "*" of each portable code is replaced with the connection code "/", then the output is a simplified character.

Further, please refer to Figure 31 to Figure 35, which are the character code editing tables for English characters and similar characters, which are used to illustrate the inputability of English-like characters, including English characters, Latin characters, Basic characters for Cyrillic, Basic Greek, etc. are available for input. Among them, the lowercase English characters are the connection codes starting with "/", and then the added numbers are arranged according to the order of the English words. For example, the number code of "a" is "1", then enter "/1" as "a" ", input "/17" as "q" and so on. For similar deformed characters, add a number after the number code to distinguish them. For example, the portable character code of "η" is "/726", because it is similar to "g" whose character code is "/7", and "26" is a defined number.

In addition, the uppercase English characters are the connection codes starting with "/*", and then the number codes are arranged according to the order of the English words. For example, the number code of "A" is "1", then enter "//*1" For "A", enter "/*17" for "Q" and so on. And the character code arrangement of its similar word is then similar with lowercase, no longer repeats.

Refer to Figure 36, which is an edit table for Japanese character codes. The katakana at the top of the figure is preceded by the connection code "*", and the hiragana at the bottom is preceded by the connection code "*/", plus the sequence number of the fifty syllabary Code, combined. For example, inputting "*1" plus a blank key is "あ", and inputting "*/1" plus a blank key is "ア", where the numbers are all in the order of hiragana or katakana. When inputting, or from the beginning of "*" to pressing the space bar, the input characters are automatically translated into the corresponding Japanese characters to improve the input speed.

Referring to the Korean consonant and vowel editing table shown in Figure 37, it starts with "0", for example, inputting "01" is the vowel "bu", and inputting "016" is the consonant "mouth". When inputting, Korean is formed by combining the consonants and vowels in the alphabet in the order of initial consonants, middle consonants, and final consonants. In other words, it is composed of consonants and vowels. The order can be left-right, up-down relationship; if it is a left-right relationship, use the connection code "*" to connect the number codes of the vowel and the consonant; if it is a up-down relationship, use the connection code "/" to connect the vowel and the consonant digital code. For example: input "014*029" is "", where the number "014" represents the consonant "", the number "029" represents the vowel "", and the connection code "*" represents the combination of the consonant and the vowel . Another example, input "019*01/015" is "", in which the digital code "019" represents the consonant "", the digital code "01" represents the vowel "", the digital code "015" represents the consonant "", and the connection code "*" means "" and "" are left-right combination, and the connection code "/" means "" is up-down combination. This way shows that it is a feasible method to form Korean with digital codes and connection codes, and proves the inputability of the characters of Korean in the present invention.

Shown in Figure 59 as the portable code editor of Arabic, it is to take the lead with connection code "-", adds the order of letter to be numerical code again, to facilitate the user's input.

The digital code that does not correspond to the font plus the connection code can be used to control the characteristics of the input text, such as Chinese font, English font, size, color, font style, etc. For example, 97*6*·4 is the command to open a new file (open new file). Inputting in lowercase can reduce the number of keys to be input, so when inputting, replace "F" with "6".

Through the setting of the input environment and the arrangement of the program, for example, when inputting 88*11 before the digital code representing the input text, the representative font will be output in size 11. Or when inputting 89*3, the font will be output in italics. and so on.

In addition, the present invention also provides an input function for inputting a Chinese residential address portable code. It is to get the leading number of each Chinese character code, add * and form, to reach the purpose of convenient input, wherein Fig. 38 to 58 represent the editing table of address portable code of the present invention. After first converting the environment to the address input mode, if you want to input the address "No. 60, Kaigao Lane, Dongpu Village, Xinyi Township, Nantou County", the input method of the present invention is "10*73*45+space key+ 2*81*43+space key+10*31*40+space key+28*6*20+space key+60+space key+0*99-13". Among them, 10 is the leading digital code of the South, 73 is the leading digital code of the cast, 45 is the leading digital code of the county... etc., and so on. In this way, fast and convenient input is possible.

For example, if you want to input: Guang'an Street, please enter: 93*62*71+space key, 1. Kangning Street; 2. Guang'an Street; Can. For example, if you want to enter: Fuguang Lane, please enter: 71*9*20+space key, because when there are candidates, the screen will display: Fuxing Lane 1. Deguang Lane, please press the Enter key at this time. When having the same code word when doing address input, can show the word selection window automatically on the screen, and then directly output the corresponding street name when not having the same code word.

The present invention needs to be used in conjunction with software, so that the digital keyboard on the right side of the computer can be directly used for Chinese input, and the method of use is as follows;

1. First, click on the input method selection button at the bottom right of the screen, then click the input method of the present invention on the menu, click on this input method, and then you can see that the bottom right of the screen will appear A "Chinese" character, this box can also be moved freely, which means that it is now in the input state of Chinese characters. If you want to change to the input of English characters, please click on the predetermined switch button, and the screen The traditional characters in the small box on the lower right are changed to "English", indicating that the input environment has been changed to English characters. If you want to input numbers, press the switch button again, and the lower right of the screen will change from "English" to "Numbers". The word "indicates that in the digital input environment, digital input and calculation can be performed. If you want to input simplified Chinese characters, you should switch to Chinese input to do input, because this input method can be used for mixed input of traditional and simplified characters in the Chinese input state; of course, it can also be used with appropriate software design. , English, Mathematics, German, and Japanese mixed-type input, without having to switch the input state to do mixed-type input.

2. The input of Chinese and Traditional is operated in the mode of 1*23; the input of Chinese and Traditional Portable Code is operated in the mode of 1*23-2.

3. The input of Chinese Simplified is operated in 2/23 mode; the input of Chinese Simplified Portable Code is operated in 2/23-2 mode.

4. The input of traditional Chinese address is 23*31*71; the input of Chinese and simplified address is 9/7/51/6.

5. The input of the Chinese and traditional residential address is in the form of 23*31*71-3; the input of the Chinese and simplified residential address is in the form of 9/7/51/6-3.

6. For the English input part, in addition to switching the environment to English input, you can also refer to the English portable codes arranged in Figure 31 to Figure 38, and directly input in the Chinese environment without switching the setting environment.

In addition, in order to reduce the occurrence of multiple Chinese characters in the same character code, a number of strokes is also added after the character code when editing. For example, "0*10" originally represented the four characters of beer, spit, single, and , such as "0*10-10" represents beer, "0*10-11" represents spit, "0*10-12" represents single, and "0*10-15" represents, which can greatly reduce the The problem of the number of code words further improves the correctness of the input.

The input method provided by the present invention is particularly suitable for being applied to general mobile phones with only numerical keys and some function keys because only digital codes and connection codes are needed. Chinese portable codes can be applied to editing on a computer; in Fig. 62 Figure 66 shows that the input method of the present invention is applied to the editing of the portable code corresponding to the English character of the mobile phone, wherein the character code of the English character is a digital code corresponding to at least one connection code and a number corresponding to the sequence of digits of the English character composition. The character code of each deformed English word of input is to add a digit after the digital code corresponding to the number of digits of the English character order.

After the English character code is input, if the voice switch is turned on, then it is to send the voice of inputting the English word, so as to make things convenient for the input person to correct. In order to distinguish the uppercase and lowercase forms of English letters, you can choose uppercase for male voices and lowercase for female voices.

Figure 67 and Figure 68 show that the input method of the present invention is applied to the editing of the portable code corresponding to the Japanese character of the mobile phone. The Japanese character code of the input is a number corresponding to at least one connection code and a sequence of digits according to the Japanese character composed of digital codes.

Figure 69 shows the editing of the portable code corresponding to the symbol text of the input method of the present invention.

The above characters are applied to the portable code editing on the mobile phone, and it is easy to use the key replacement of the connection code on the computer keyboard; similarly, the aforementioned Chinese character codes are also easy to use through the replacement of the keys. on the phone.

The software of the present invention is set as follows: in the environment of English input, whenever encountering pattern word, must match the number behind and correspond to this corresponding word and show this word, or cooperate Enter key, or cooperate blank key to display the pattern word.

In the environment of Chinese input, whenever a patterned word is encountered, it must be matched with the numbers in front and behind to correspond to the corresponding word or word and show the word or word, such as the word "loyalty" , or such as "Nantou County"; and when there is no pattern word, then directly output the corresponding number, such as 666, or 1, or 6, etc. Although our pattern words are all replaced by keys such as addition, subtraction, multiplication, division and ·.

The invention correspondingly improves the convenience of input, so that English input does not need to switch its upper and lower case manually. This makes it more convenient for teachers to use; for example, if you want to input a title: 1. () how many counties are there in the Republic of China (a. 11 counties b. 12 counties c. none of the above) it will be smoother to input with this input method and convenience. There is no need to pay attention to the problem of broken phonetic characters and similar phonetic characters, and there is no need to back the head or the positions of keys such as A, B, C, and D, which makes it easier for beginners to learn. You can use the number keys on the right keyboard to output, or you can use the number keys on the top right of the keyboard as the input area, and you can also use the English keys on the left side of the keyboard to input English, because the numbers and English characters corresponding to this method correspond to those on the left keyboard. The English characters in are the English characters with the same shape and the same inner code. The invention is easy to dismantle, easy to remember and easy to learn, and easy to use. In the Chinese input environment, it can do Chinese traditional, Chinese simplified, English, numbers, and mixed typing.

Furthermore, the input method of the present invention is especially suitable for being applied to the keys on the panel of the mobile phone to achieve the input of characters, and it is also an input software that can execute command work.

Further, in Fig. 60, the arrangement of phonetic symbols of the present invention has been shown, which is composed of a "·" as a connection code, plus the number codes represented by each phonetic symbol order; and represent four with 40-44 Voice. This is convenient for memorizing, and the user can input the Chinese to be input with phonetic symbols. For example, when inputting "I want to go home", the input is "·36·24·43 space key·35·28·44 space key·11·36·27·42 space key·12·35·22·41 space key " to get it. If it cooperates with the software design, when judging that it is phonetic input, the correct pronunciation of each character is automatically picked up through the input code and issued for the user to listen to. Such an operation method can be applied to the text transmission of mobile phones. If the transmitting party inputs text according to this, and the receiving party has the software of the present invention, after receiving the input signal, it will automatically send out the correct word sound, so that the receiving party can One party can know the correct information transmitted through the sound of the voice. This mode of use is especially suitable for blind people.

Of course, by properly arranging the phonetic symbols of various countries, the present invention will be suitable for transmission in a voiced manner in various languages. In addition, in the use of voice, male or female voices can be used to distinguish English capitalization, or Japanese hiragana or katakana distinctions, or distinctions in the capitalization of characters in various countries.

Claims (10)

1. A text input method, characterized in that it is a digital text input method that can be mixed with multi-national characters, and it includes: inputting digital codes with "numeric keys" on the keyboard and using the "numeric keys" on the keyboard Non-numeric keys are used to input connection codes; and individual character codes are combined through different above-mentioned digital codes and connection codes, and the characters or symbols corresponding to the above-mentioned input character codes are taken out from the database. 2. The digital text input method according to claim 1, wherein the non-numeric keys can be "* key", "/ key", "- key", "· key", "F1 key" on the keyboard. ", "F2"... and other keys, depending on the input panel or device. 3. The digital text input method according to claim 1, wherein the digital text input method can be applied to the input or output of Chinese, Japanese, English, Korean and other languages. 4. The digital text input method according to claim 1, wherein the digital text input method can also be applied to mobile phones, computers, translators and other products with numeric keyboards, so that all of them can input text . 5. The digital character input method according to claim 1, characterized in that: wherein the digital input method can be applied to intelligent character selection, that is, if the input character code corresponds to more than two characters Then, through a smart word selection program, the above-mentioned words are compared with the previous word or the next word, so as to select the correct words or symbols. 6. The digital character input method according to claim 1 or 5, wherein the intelligent word selection is to use computer software to automatically select the correct word input according to the character code, meaning, and words. 7. The digital character input method according to claim 1, characterized in that: wherein the digital code that does not correspond to the font plus the connection code plus the instruction code is used to control the characteristics and functions of the input character code, for example, preview , Close preview, Chinese font, English font, font color, font, font size, surf the Internet, E-mail view, speaker volume increase, speaker volume reduction, open a file, open a pattern, symbol input ... and so on for the execution of command functions. 8, according to the described digital text input method of claim 1, it is characterized in that: it is also a kind of digital fast type address input method and fast type self-thesaurus input method, and its step comprises: with " number on the keyboard key” to input character codes, and non-numeric keys on the keyboard to input connection codes and combine different above-mentioned digital codes and connection codes into individual address codes or thesaurus codes, and take out the corresponding input codes from the database. address or phrase. 9. The digital character input method according to claim 1, 5 or 6, characterized in that: after the correct character is selected, the voice of the character or the voice of the input command will be issued. 10. The digital character input method according to claim 1, 5, 6 or 9, characterized in that: the male voice or the female voice respectively represent the uppercase or lowercase of foreign letters or Japanese hiragana and katakana.

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