WO2001093180A1

WO2001093180A1 - World characters numerical coding input method and thereof its information handling system

Info

Publication number: WO2001093180A1
Application number: PCT/CN2001/000687
Authority: WO
Inventors: Rongbin Su; He Liang
Original assignee: Rongbin Su; He Liang
Priority date: 2000-05-03
Filing date: 2001-05-08
Publication date: 2001-12-06
Also published as: CN1321941A; AU2001263741A1; WO2001093180A8; CN1429358A

Abstract

The invention disclosed a world characters numerical coding input method and thereof its information handling system, it is a world characters numerical coding handling technology. It has resolved problem of simple and high efficiency of world characters coding handling thoroughly. Its main characteristics is that employs 0 to 9 ten digits that is encoded for world characters and punctuation marks, these numerical codings are used to index numerical code of world characters documents and input code of world characters for computer. The method builds a numerical operating coding of world characters information for computer and also builds a world characters numerical coding sequence retrieval system and a computer language of world characters as well as an instruction design method for core. It is used to computer system, communication system and coding sequence retrieval system of world characters numerical coding.

Description

World text information digitization operation coding input method

And its information processing system

The present invention relates to a world text information digitizing code input method and related information processing system, and more particularly to an input method for encoding world text using numbers and a related information processing system.

Background technique

The status quo of the world's text information digital coding and processing technology - the world's text information digital coding and processing technology is a historic and major topic in the world. Countries all over the world are conducting research on this topic and have proposed thousands of programs. There are advantages in each program, and there are also shortcomings such as the inability to unify standards, the difficulty of learning, the difficulty of learning, and the violation of the Chinese character configuration principle.

Purpose of the invention

The object of the present invention is to uniformly digitize the world text information by using 0-9 ten digits, and solve the contradiction between the simplicity and high efficiency of the world text information encoding process.

Summary of invention

In order to achieve the object of the present invention, a first aspect of the present invention provides a method for encoding input of world text for encoding and inputting world text into a computer device, the computer device comprising a numeric keypad, the method comprising : For each type of text in the world text, some basic components that make up the type of text or can determine the type of text are assigned to the corresponding numeric keys of the numeric keypad, and the coding of each basic component is determined by the area code and the bit. The code is uniquely determined, the area code is the number of the key where the part is located, the bit code is the position number of the basic part in the number key; the type of the text to be input is selected; for each word of the type text to be input, it is decomposed into the above a combination of several components; the area code and bit code corresponding to each component in the combination are arranged in order as the encoding of the text; and the encoding of the word is entered. In a first aspect according to the present invention, the world text is divided into an ideogram and a phonetic word; for a phonetic word, the component is a letter of the phonetic character; and for an ideogram, the basic The components may respectively comprise a basic stroke constituting the ideogram font, a phonetic alphabet constituting an ideogram, and a basic stroke and a pinyin alphabet constituting an ideogram.

The phonetic characters include English, French, German, Italian, Spanish, Russian, Greek, Arabic, Japanese, Korean, and the ideogram includes Chinese; for Chinese, the basic components can They include the basic strokes that make up the Chinese character glyphs, the phonetic letters or initials that constitute the Chinese pronunciation of Chinese characters, the finals, the basic strokes and pinyin letters or initials, and the finals of the Chinese characters; for Japanese, the basic components can be included in Japanese respectively. a basic stroke of a Chinese character, a pseudonym that constitutes a Japanese character, and a pseudonym of a Japanese pronunciation that constitutes a Japanese character; for Korean, the basic components include basic strokes that constitute a Chinese character in Korean, and Korean letters that constitute Korean characters, Korean and Korean pronunciations of Korean characters in Korean characters.

Preferably, when the Chinese character is encoded according to the Chinese character shape, the basic component is a basic stroke of the Chinese character, and the encoding is determined only by the area code thereof, and the basic stroke and the area code thereof are determined as follows: The stroke of the Chinese character is classified as horizontal Five kinds of basic strokes, vertical, 撇, point, and fold, correspondingly define the code as 1, 2, 3, 4, 5, to form a stroke code; horizontal, vertical, 撇, point, fold two combination, each Combine the respective stroke code numbers and add a full ten minus ten operation to form a two-stroke combination code; horizontal, vertical, 撇, point, fold any three stroke combination, the respective combination stroke code numbers are added, and full Decimal ten operation, to form a three-stroke combination code; horizontal, vertical, 撇, point, fold more than three stroke combinations, _t each combination of stroke code numbers are added, perform a full ten minus ten operation, thereby forming more Combined coding in three strokes.

Preferably, when the Chinese characters are encoded according to the Chinese character pinyin letters, the basic components include the pinyin letters constituting the Chinese pronunciation of the Chinese characters and the tones of the Chinese characters, and the encoding of the Chinese characters is sequentially performed by the regional code and the tonal code of the pinyin letters constituting the Chinese pronunciation of the Chinese character. The composition, wherein the tone code is composed of four different numbers of any one of 0-9 digits, which are encoded by Chinese tones.

Preferably, the basic component is composed of Chinese characters when encoding Chinese characters according to Chinese characters. The initials and finals of the Chinese phonetic alphabet of the word, and the code and the bit code of the initials and finals that constitute the Chinese pronunciation of the Chinese characters form the code of the Chinese characters.

Preferably, the basic component of the Jt is a basic stroke of the initials, finals and Chinese characters constituting the Chinese pronunciation of the Chinese characters according to the Chinese character sound; wherein the address codes of the initials, the finals and the basic strokes are respectively determined, and the address codes of the initials and the finals are respectively determined. The same number as the location code of the basic stroke can be used, and the basic stroke of the Chinese character and its encoding are determined by the method of claim 4.

Preferably, in Japanese, the basic component may include a pseudonym constituting a Japanese character and a pseudonym of a Japanese pronunciation constituting a Chinese character in Japanese, and a pseudonym constituting a Japanese character, a kana code constituting a Japanese pronunciation of a Chinese character, and a pseudonym code. The codes that make up the Japanese characters in turn.

Preferably, in Korean, the basic components include Korean-Korean characters that constitute Korean characters, and Korean-speaking Korean pronunciations of Korean characters in Korean. Korean-to-Korean letters are arranged in order, and the codes of the letters form the letters.

Preferably, for the Korean language, the basic component is a Korean-language letter, and the location code of the Korean-Korean alphabet is determined as follows:

Using 0-9 ten digits, the strokes of Korean and Korean letters are classified into five basic strokes: horizontal, vertical, 撇, dot, and fold. The code is defined as 1, 2, 3, 4, 5, and the stroke of the letter is drawn. The number of codes is added. After the tenth and tenth reduction operations, the codes of Korean and Korean letters are: d, the fork code is 0; ―, the code of the code is 1; 1, the code is 2; 4, 丄, 丁, The code is 3; ^ =} is 4 _; 1, 1~, "7, |_ is 5 _; t, code is 6; human, code is 7; D, H is 8; The code is 9.

Preferably, for the phonetic character, the code of the letter may be sequentially formed by the area code of the letter.

Preferably, for the phonetic character, the code of the letter may be sequentially formed by the area code and the bit code of the letter.

According to a second aspect of the present invention, a method for writing a world word computer language is provided, the method comprising the steps of: writing a character using world characters, punctuation, symbols, numbers, and writing a computer language according to a computer language type, format, content, use; Encoding input method and processing device thereof according to the encoding method according to the first aspect of the present invention, encoding And enter the world characters.

According to a third aspect of the present invention, there is provided a method of writing a machine language, the method comprising the steps of: using a world of characters, numbers, punctuation, symbols to describe a task to be performed by a computer machine language; using any four decimal digits to indicate a machine language The world characters, numbers, punctuation, symbols to be completed, or the use of four-digit decimal numbers in accordance with the first aspect of the present invention, encoding the world characters, numbers, punctuation, and symbols indicating that the machine language has completed the task, less than four The encoding is preceded by 0 plus four digits, using a four-digit decimal number to represent the world literals, numbers, punctuation, and symbols that the machine language is about to accomplish; using a four-digit binary number to represent a decimal number, a total of ten A six-digit binary number represents a four-digit decimal number.

According to a fourth aspect of the present invention, there is provided a method of writing an assembly language, the method comprising the steps of: using a world of characters, numbers, punctuation, symbols to describe a task to be performed by a computer assembly language; using any four decimal digits to indicate an assembly language The world characters, numbers, punctuation, symbols to be completed, or the encoding method using the first aspect of the present invention, using a four-digit decimal number, encoding the world characters, numbers, punctuation, and symbols indicating that the assembly language is to perform the task is insufficient. The four-digit encoding uses 0 plus four digits in front of the encoding, and uses the four-digit ten-digit encoding to represent the world literals, numbers, punctuation, and symbols that the assembly language is trying to accomplish.

According to a fifth aspect of the present invention, there is provided a method for designing a world word computer chip instruction, comprising the steps of: using a Chinese character, a letter, a punctuation, a symbol, a number as an instruction design symbol to indicate a task to be completed by a computer chip instruction; The encoding method using the first aspect of the present invention uses a four-digit decimal number encoding to represent a world character character; and the sixteen-digit binary digits 0 and 1 represent the tasks to be performed by the computer chip.

According to a sixth aspect of the present invention, there is provided a world word computer chip instruction using the instruction designing method according to the first aspect of the present invention.

According to a seventh aspect of the present invention, a world word computer program language is provided, the program language comprising a constant, a variable, an operation expression, and a program flow control, which are composed of world characters, wherein the world text is according to the first aspect of the present invention. Encoding method input.

According to an eighth aspect of the present invention, a world computer operating system design is provided The method comprises the steps of: using graphics, world text, letters, kana, punctuation, symbols, numbers as operators, according to computer operating system type, purpose, task, designing a computer operating system; using world text to name files, and The world text file name is used to access the storage address in the disk on which the file indicated by the world text is located; the code input method of the first aspect of the invention is used to input the world text characters in a divided or non-country code.

According to a ninth aspect of the present invention, there is provided a world word computer operating system comprising an operator comprising a graphic, a world text, a letter, a pseudonym, a punctuation, a symbol, a numeral; a file named after the world text, using the world text file name to access the world The storage address on the disk where the text indicated by the text is located; the operation command displayed on the display screen in the form of a window screen using graphics, world text, numbers, for providing a selection operation; encoding using the encoding method of the first aspect of the present invention An input processing device for encoding an input world text operator for operation.

Beneficial effect

Compared with the prior art, the world text information digitization operation coding processing system has the following advantages:

1. Unified use of 0-9 digits to digitally encode and process world text information, completely solve the contradiction between the simplicity and high efficiency of world text information encoding processing.

2. Established a set of world text information digitization operation coding and input computer, world text code sorting retrieval, world word computer language and operating system and chip instruction design method system.

3. Created a world text information digitization operation coding method commonly used in computer world text encoding input method and world text encoding sorting retrieval method.

Brief introduction

The advantages of the present invention will become more apparent from the following detailed description of the embodiments,

1 is the name, code, pen shape and stroke direction of the five basic strokes used in the present invention;

Figure 2 is the result of the combination of 15 two strokes of the five basic strokes and its coding; Figure 3 is the distribution of the Chinese Pinyin alphabet 1-8; Figure 4 is a distribution of the Chinese Pinyin 1 to 0 area;

Figure 5 is the distribution of the Chinese Pinyin initials and the finals 0-9; Figure 6 is the distribution of the Chinese phonetic alphabets 1-9;

Figure 7 shows the distribution of the Japanese pseudonym 1-8;

Figure 8 shows the distribution of the Japanese pseudonym 2-9;

Figure 9 shows the distribution of the Japanese pseudonym 1-9 area;

Figure 10 shows the distribution of the Japanese pseudonym 1 0 zone;

Figure 11 is a distribution of the Korean alphabet 1-8;

Figure 12 is a distribution of the Korean alphabet 1 to 0;

Figure 13 is a distribution of Korean vowel and consonant letters 1 to 0; Figure 14 is a Korean alphabet and its operation code;

Figure 15 shows the distribution of the English letter 1-8;

Figure 16 is the distribution of the English letter 0-1 area;

Figure 17 is a distribution of the Spanish alphabet 1-8;

Figure 18 is a distribution of the Spanish letter 1 0 region;

Figure 19 is a distribution of the German letter 1-8;

Figure 20 is a distribution of the German letter 1 - 0 area;

Figure 21 shows the distribution of the Russian alphabet 1-8;

Figure 22 is the distribution of the Russian letter 1-10;

Figure 23 is a distribution of the French alphabet 1-8;

Figure 24 is a distribution of the French letter 1 - 0 area;

Figure 25 is a distribution of the Greek alphabet 1-8;

Figure 26 is a distribution of the Greek letter 1 - 0 area;

Figure 27 is a distribution of the Arabic alphabet 1-8;

Figure 28 is a distribution of the Arabic alphabet 1-10;

Figure 29 is the name of the punctuation, the symbol and its encoding;

Figure 30 is an ordering of an electronic publishing type retrieval system; and Figure 31 is a setting of a display screen.

Figure 32 is a brief setup of the numeric keypad.

Best way to implement the invention The world text information digitization coding input method and the information processing system thereof of the invention comprise the following items: world text information digitization operation coding input method and processing device thereof; world text code sorting retrieval method and retrieval system thereof; world word computer language preparation Method and its execution method; World Word Computer Chip Instruction Design Method; World Word Computer Chip Instruction; World Word Computer Program Language; World Word Computer Operating System Design Method and Operation Mode; World Word Computer Operating System and Operation Method.

World text information digitization operation coding input method and processing device thereof

The following describes a world text information digitization operation code input method and a processing apparatus therefor. The world text information digitization operation coding input method and processing device thereof include: a world text information digitization operation coding input method, and a world text information digitization operation coding input processing device.

1. World text information digitization operation coding input method

The world text information digitization operation coding input method includes: a world text information digitization operation coding method, and a world text information digitization input method.

( ). World text information digitization operation coding method

The world text information digitization operation coding method is: according to the glyph of the world character (ie, the image information of the text), the pronunciation (ie, the sound information of the text), using 0-9 ten digits, using the addition, subtraction, partition bitwise operation coding The method comprises the steps of coding a world character glyph, a stroke, a letter, a code of a combination stroke, a letter code or a letter to form a world text code, and classifying the world text into a Chinese character (ie, an ideogram) according to the classification of the world text. Audio text, numbers, punctuation, and symbols are digitally encoded.

1. Chinese character digital operation coding method

The digital operation coding method of Chinese characters is: according to the glyphs and pronunciations of Chinese characters, using 0-9 ten digits, using the encoding method of addition, subtraction, and partition bitwise operation, encoding the strokes and letters that constitute the Chinese character glyphs, pronunciation, and the combination strokes. The encoding of the code, letter or letter constitutes the encoding of the Chinese character.

(1). According to the glyph of Chinese characters, the method of digitally encoding Chinese characters

According to the glyph of Chinese characters, the method of encoding Chinese characters by digital operation is: according to the characters of Chinese characters Shape, according to the division of the radicals of Chinese characters, divide the Chinese characters into radicals and the remaining parts of the Chinese characters except the radicals (referred to as the remainder, the same below), using 0-9 ten digits, adoption, addition The subtraction method separately calculates the strokes of the combination of the radicals and the components, and adds the code numbers of the combined strokes. After the full ten minus ten operations, the combination of the radicals and the remainders is coded according to the writing strokes of the Chinese characters. Stroke combination coding, after taking the coding order of less stroke combination coding, first take the code of "more than three strokes combination", then take the code of "three stroke combination", then take the code of "two stroke combination", and finally take "one The code of the stroke is "the code of the radical is not more than two yards, and the code of the remainder is not more than three yards. The code of the radical and the remainder is combined into the code of the Chinese character. Each Chinese character takes up to four yards, at least one. Code, according to the Chinese word and phrase division, the Chinese characters are divided into single words and phrases for encoding.

1 The codes of addition, subtraction, "one stroke", "two stroke combination", "three stroke combination", and "more than three stroke combination" are respectively:

A : The code for "one stroke":

The strokes of Chinese characters are classified into five basic strokes: horizontal (-), vertical (I), 撇 ( ), point (,), and discount (B), and the codes are defined as 1, 2, 3, 4, and 5. In this way, the code of "one stroke" is formed. (As shown in Figure 1)

B : The code of "two stroke combination":

There are fifteen kinds of results in combination of horizontal, vertical, 撇, point, and fold: horizontal and horizontal combination, horizontal and vertical combination, horizontal combination, horizontal combination, and horizontal combination; vertical and vertical combination, vertical combination, vertical combination, vertical Fold combination; 撇撇 combination, 组合 point combination, 撇 combination; point combination, point combination; 折 combination; each combination of each stroke code number is added, the corresponding code after the full ten minus ten operation are: 2, 3, 4, 5, 6; 4, 5, 6, 7; 6, 7, 8; 8, 9; 0; to form the code of "two stroke combination". (as shown in picture 2)

C : The code of "three strokes combination":

Horizontal, vertical, 撇, point, and fold three stroke combinations: inch, 弋, ^, the combination of the respective stroke code numbers, the code is 0 after the full ten minus ten; ^, door, hex, bow, child , township, horse, the respective combination of stroke code numbers are added, the code is 1 after the tenth minus ten operation; 夕, 夂, small, the sum of the respective combined stroke codes, the code is 2; t, , , L, the respective combined stroke code numbers are added, the code is 3 after the full ten minus ten operation; the combination of work, soil, medium, and ^" from the combination of the stroke code numbers, After the tenth minus ten operation, the code is 4; , (((, the respective combination stroke code numbers are added, the code is 5 after the full ten minus ten operation; the combined number of the combined stroke code is added, the code is 6; ί 3⁄4 ^ , the respective combined stroke code numbers are added, and the code is 7·, large, mouth, 4, wide, and the respective combined stroke code numbers are added, and the code is 8; special, small, towel, mountain, † , , 尸 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , ,

D : "More than three strokes" code

The combination of horizontal, vertical, 撇, point, and fold is more than three strokes: wood, month, fire, water, day, each combination stroke code number is added, and the corresponding code is 0 after the tenth minus ten operation , 0, 2, 4, 7, 9; to form a code of "more than three stroke combinations".

2 According to the above-mentioned codes of "one stroke", "two stroke combination", "three stroke combination" and "more than three stroke combinations", the encoding methods of Chinese characters and phrases are:

A: Single word encoding method

The encoding method of the single word is encoded according to the classification of the Chinese character's single character and the combined character. a. The encoding method of the single character

The encoding method of the single character is encoded by Chinese characters exceeding and not exceeding four yards.

I: The encoding method of the single character not exceeding four codes (including four codes) is as follows: The stroke combination code of the single character is taken, and the code of the word is formed in turn.

Example: "中", where "port" code is 8, "I" code is 2, then "middle" code is 82.

II: The encoding method of the root code of more than four codes is: taking the first three codes and the last code of the single character, and sequentially forming the code of the word.

For example: "Yue", where "j" is encoded as 3, "gate" is encoded as 7, "" is encoded as 7, "wood" is encoded as 0, "one" is encoded as 1, and "" is encoded as 6, take For the first three codes and the last code, the code for "Yue" is 3776.

b. Coding method of the combined word

The encoding method of the compound word is encoded by the first and remaining parts of the combined word of more than four codes.

The encoding method that does not exceed the four-coded complex word is:

i. The radical takes one yard, and the remaining one takes one to three yards, which in turn constitutes the code of the word. Example: "External", the radical is "Xi", the code is 2, the remaining "Bu" code is 6, and the "External" code is 26.

Ii. The radical takes two yards, and the remaining ones take one to two yards, which in turn form the word code.

Example: "Code" word, the radical "stone" code is 48, the remaining "horse" code is 1, and the "code" code is 481.

II: The encoding method for more than four coded characters is:

i. The first part takes one code, and the remaining parts take the first two codes and the last code, which in turn form the code of the word. Example: "Edit", the radical "township" code is 1, the remainder "扃" code is 9475, then the code of "edit" is 1945.

Ii. The radical takes the first code and the last code, and the remaining pieces take the first code and the last code, which in turn form the code of the word.

Example: "Number", the radical "long" code is 47, the remaining "娄" code is 709, then the code of "number" is 7947.

B: The encoding method of the phrase

The encoding method of the phrase is coded according to the number of words of the phrase, divided into two words, three words, and more than three words or more.

a. The encoding method of the two words is: taking the first code and the last code for each word, and sequentially forming the encoding of the phrase.

For example: "Information", the code of the word "letter" is 5528, and the code of the word "interest" is 3288. The code of "information" is the first code and the last code of 5838.

b. The encoding method of the three words is: the first two words each take the first code, the latter word takes the first code and the last code, and in turn constitutes the encoding of the phrase.

Example: "Digital", "Number" is encoded as 7947, "Word" is encoded as 21, "Chemical" is encoded as 58, then "Digital" is encoded as 7258.

c. The encoding method of the multi-word is as follows: The first three words and the last word are each taken from the previous code, and a total of four codes are used to form the encoding of the phrase.

For example: "People's Republic of China", "Chinese" code is 82, "Hua" code is 583, "Human" code is 7, "Country" code is 8234, then "People's Republic" code is 8578.

(2). According to the pronunciation of Chinese characters, the method of digitizing and encoding Chinese characters According to the pronunciation of Chinese characters, the method of encoding Chinese characters is: According to the pronunciation of Chinese characters, use

0-9 Ten digits, using the partitioned bitwise operation coding method, encoding the letters that constitute the Chinese character pronunciation, and distributing the letters in ten areas numbered with 0-9 ten digits, arranged in each zone with 0-9 ten In the digit numbered position, the area code or the area code of the letter is used as the code of the letter, and the code of the letter or letter is used to compose the code of the word. According to the pronunciation of Chinese characters in different countries, the Chinese characters are divided into Chinese characters by Chinese characters. According to the Chinese pronunciation of Japanese characters, the Chinese characters are encoded in Korean tones.

0>Chinese character Chinese pronunciation digital operation encoding Chinese characters

The method of encoding Chinese characters for Chinese characters in Chinese characters is: according to the Chinese pronunciation of Chinese characters, using 0-9 ten digits, using the encoding method of partitioned bitwise operation letters, encoding the letters and tones that constitute the Chinese pronunciation of Chinese characters, and distributing the letters in use. 0-9 Ten areas numbered by ten digits, arranged in the number of 0-9 ten digits in each area, the area code or area number of the letter is used as the code of the letter; the code of the tone is encoded by its ordinal number As the code, the Yin (-) code is 1, the Yang (/) code is 2, the upper (V) code is 3, the de-sound (\) code is 4; and the code and tone are encoded by letters and tones or letters. The code that makes up the word, according to the letter type that constitutes the Chinese pronunciation of Chinese characters, is divided into pinyin letters, and the initials are encoded by the initials and finals.

A: The method of encoding Chinese characters according to the Chinese phonetic alphabet

According to the Chinese phonetic alphabet, the method of encoding Chinese characters is as follows: · According to the Chinese pronunciation of Chinese characters, using 0-9 ten digits, using the method of partitioning bitwise operations to encode pinyin letters, encoding the pinyin letters and tones that constitute the Chinese pronunciation of Chinese characters. The letters are distributed in ten areas numbered with 0-9 ten digits, arranged in each area with 0-9 ten digits. The area code or area number of the letter is used as the code of the letter, and then the letters. The coding of the tones or letters and the coding of the tones constitute the coding of the word.

a. Method for encoding pinyin letters by partition bitwise operation

The method for encoding pinyin letters by using the partition bitwise operation includes a method of encoding pinyin letters by bitwise operation in eight zones, and a method of encoding pinyin letters by bitwise operation in ten zones.

I: Method of encoding pinyin letters by bit operation in eight zones

A method of encoding pinyin letters by bitwise operation in eight blocks: using any eight digits of 0-9 ten digits, numbering eight or ten zones, each number is divided into one zone, Each zone number is divided into three digits or 1-4 four digits. Twenty-six Chinese Pinyin letters are arranged in alphabetical order on twenty-six digits in eight districts. The area code or location number of the letter is used as the The encoding of the letters. among them:

The letters encoded by bitwise operation in points 1-8 are: (as shown in Figure 3)

The 1-1-4 positions in Zone 1 correspond to: £1, b, c

The 1- to 3-position of Zone 2 corresponds to: θ, f, g

The 1-1-4 positions of Zone 3 correspond to: h, i, j

The 1- to 3-position of Region 4 corresponds to: 1, m, n

The 1- to 3-bit of the 5th zone corresponds to: 0, P, q

The 1- to 3-position of Region 6 corresponds to: Γ, s, t

The 1-1-3 positions in Zone 7 correspond to: u, V, w

The 1- to 3-position of the 8th zone corresponds to: X, y, z

n : Method of encoding pinyin letters by bit operation in fractional ten areas

The method of encoding pinyin letters by bitwise operation is as follows: using 0-9 ten digits, numbering ten zones, each number is divided into one zone, each zone number is divided into 1-2 two digits or 1-3 Three digits, twenty-six Chinese Pinyin letters, are distributed alphabetically in twenty-six positions in ten districts, and the area code or area number of the letter is used as the code of the letter. among them:

The letters of the 1-0 area bitwise operation coded pinyin are: (as shown in Figure 4)

The 1-2 digits of Zone 1 correspond to: &, b

The 1-2 positions in Zone 2 correspond to: c, d

The 1-3 positions in Zone 3 are: 6, f, g

The 1-2 digits of Region 4 correspond to: h, i

The 1-2 digits of the 5th zone are: j, k

The 1-3 positions of the 6th zone are corresponding to: 1, m, n

The 1-3 bits in Zone 7 correspond to: 0, P, q

The 1-3 positions in the 8th zone are: Γ, s, t

The 1-3 positions in Zone 9 correspond to: u, V, w

The 1-3 bits of Zone 0 correspond to: X, y, z

For example: Chinese translation of "Chinese" in the letter method of bitwise operation coding in 1-8 areas The sound is "zhong", and the area code of the pinyin letters is in order: z is 8, h is 3, 0 is 5, n is 4, g is 2, then the code of "zhong" is 83542, and the zhong is "zhong" The encoding of the word; or the encoding of the "medium" word by the encoding "835" of "zhong"; the encoding of the tone of the tone (-) is 1 when the tone is encoded, then the encoding of "zh0 ng" is 835421, which is zh0 ng The encoding of the word "in the middle"; or the encoding of the "medium" word by the code 835421 of "ζΐιδ ng".

B : Method of encoding Chinese characters according to Chinese initials and finals digitization

According to the Chinese initials and finals, the method of encoding Chinese characters is as follows: according to the Chinese pronunciation of Chinese characters, using 0-9 ten digits, using the method of partitioning bitwise operation to encode initials and finals, encoding the initials, finals and tones that constitute Chinese pronunciation of Chinese characters. , the letters are distributed in ten areas numbered with 0-9 ten digits, arranged in the number of 0-9 ten digits in each area, the initial or the position number of the initials or the vowel is used as the initial and final. The coding of the tone is encoded by its ordinal number, the Yin (-) code is 1, the Yang (/) code is 2, the upper (V) code is 3, the de-sound (\) code is 4; The coding of the tones or letters and the coding of the tones constitute the coding of the words, and the Chinese characters are divided into single words and phrases according to the Chinese characters and the phrase division.

a. Method of encoding initials and finals by partitioning bitwise operation

The method of encoding Chinese characters according to the Chinese initials and finals digits includes: the method of encoding the initials and finals according to the bitwise operation of the nine regions, and the method of encoding the initials and finals by bitwise operation in ten regions.

I: Method of encoding initials and finals by bitwise operation in nine districts

The method of encoding the initials and finals by bitwise operation is as follows: use nine digits of any of 0-9 ten digits, numbered nine zones, each number is divided into one zone, and each zone number is divided into 1- 4 four digits, no more than forty initials, finals, in the order of initials and finals in the forty positions of ten districts, the initial or initial number of the initials or the vowels as the initials and finals . among them:

The Chinese phonetic initials and finals coded in the 1-9 area are: (Figure 6)

The 1-4 positions in Zone 1 correspond to: Spoon, eve, 丫, 10,000

The 1-4 positions in Zone 2 correspond to: π, 匸, 死, I The 1-4 positions in Zone 3 correspond to: force, too, u

The 1-4 positions in Zone 4 are: , , , , \

The 1-4 positions in Zone 5 correspond to: <, 10,000, 幺,

The 1-4 positions in Zone 6 correspond to: Factory, M, ,

The 1-4 positions in Zone 7 are: 厶, 丁, 虫, 允

The 1-4 positions in the 8th district are: 4, corpse, 0, 厶

The 1-4 positions in Zone 9 are: V. Loss, 厶,

II: Method of encoding initials and finals by bitwise operation

The method of encoding the initials and finals by bitwise operation is as follows: Use 0-9 ten digits, numbering ten zones, each number is divided into one zone, each zone number is divided into 1-4 four digits, More than forty initials and finals are distributed in the tenth position of ten zones in the order of initials and finals. The area code or the location number of the initials and finals are used as the code of the initials and finals. among them:

The Chinese Pinyin initials and finals coded in the 1-0 area are: (Figure 5)

The 1-4 positions in Zone 1 correspond to: b, P, &, 0

The 1-4 positions in Zone 2 correspond to: m, f, e, I

The 1-4 positions in Zone 3 correspond to: d, t, u, u

The 1-4 positions of the 4th zone are: π, 1, ai, ei

The 1-4 positions in Zone 5 correspond to: g, k, ao, ou

The 1-4 positions in Region 6 correspond to: h, j, &π, en

The 1-4 positions in Zone 7 correspond to: q, X, ang, eng

The 1-4 positions in the 8th district are: zh-, ch» ong, ie

The 1-4 positions in Zone 9 are: sh-, r, in, un

The 1-4 bits of Zone 0 correspond to: z, c, s, ing

c. According to the above-mentioned initials, finals, and tones, the encoding methods for words and phrases are:

I: Single word encoding method

According to the Chinese pronunciation of Chinese characters, the initials, finals, and tones that constitute the Chinese pronunciation of Chinese characters are used. The area code or location number of the initials and finals is used as the code of the initials and finals. The initials, finals, tones or initials, finals, and tones are encoded to form the code of the word. Example 1: The Chinese phonetic pronunciation of "Han" is "han". In the Chinese Pinyin initials and finals coded in the 1-0 ten-digit area, the area code of the initial "h" is 6 and the area code is 61. The code number of the vowel "an" is 6, the code of the location code is 63, the code of "han" is 66 or 61 (h), 63 (an), and then the code of "han" is used by han; When the tone is flat (\), the code is 4, then the code of "hem" is 664 or 61 (h), 63 (an). 4, and then 11011 is the code of "Han". Or the location number of the initials "h" is 61, the location number of the final "an" is 63, and the code of the flat (\) of the tone is 4, which constitutes the code of "Han", and the code of the "Han" is 61634.

Example 2: The Chinese phonetic pronunciation of "Han" is "factory". In the Chinese phonetic initials and finals coded in the 1-9 area, the area code of the initial "factory" is 6 and the area code of the final is "". For 6, the code of the "factory" is 66, and the code of the "Han" is used by the factory. When the tone is coded, the code of the tone (#) is 4, and the code of the "factory" is 664. As the code of the "Han" word. Or the code of the location number of the initials "factory" 61, the code of the location number of the finals "63", the code of the tone of the tone (\) 4 constitute the code of the word "han", then the code of the word "han" is 61634.

II: Encoding method of phrases

The encoding method of the phrase is coded according to the number of words in the phrase, divided into two words, three words, and more than three words.

i. Two-word encoding method

The encoding method of the two words is: The initials of each Chinese character and the vowel area code are encoded, and the codes of the two words are formed in turn.

For example: the Chinese phonetic pronunciation of "information" is "xin xi", the initial "X" of "information" is coded as 7, the final code of "in" is 9; the initial "X" of "interest" is coded as 7, The vowel "i" area code is 2, and the "information" code is 7971.

Ii. Coding method for three words

The encoding method of the three words is: encoding the initials of the first two words, the initials of the last word and the area code of the finals, which in turn constitute the encoding of the three words.

For example: the pinyin of "digitization" is "shu zi hua", the initial sh code of "number" is coded as 9, the initials of "word" are coded as 0, and the initials of "transformation" are h-code The code is 6, and the area code of the finals u and a is 3, 1, and the code of "digitization" is 90631. Iii. Encoding method for multiple words

The encoding method of the multi-word is: encoding the initial consonant area code of the first three words, the initial consonant area code of the last word, and sequentially composing the encoding of the multi-word.

For example, the pronunciation of "中中" in "People's Republic of China" is "zhong", the area code of initials zh is 8; the pinyin of "hua" is "him", the area code of initials is 6; the pinyin of "person" The pronunciation is "ren", the area code of the initial r is 9; the pronunciation of "national" is "guo", the area code of the initial g is 5, and the code of "People's Republic" is 8695.

It should be noted that the letter partition table here and the subsequent partition tables are only preferred arrangements of the present invention. In addition to this, other types of permutation partitions are possible as long as they satisfy the unique determination of a letter by the area code and the bit number.

2 Chinese character Japanese pronunciation digital operation encoding Chinese characters

The method of encoding Chinese characters by Chinese characters in Chinese characters is as follows: According to the Japanese pronunciation of Chinese characters, using 0-9 ten digits, the method of encoding Japanese kana by partitioned bitwise operation, coding the pseudonyms that constitute the Japanese pronunciation of Chinese characters, and distributing the pseudonyms in use. 0-9 Ten areas with ten digits, arranged in the number of 0-9 ten digits in each area, the area code or the area number of the pseudonym as the code of the pseudonym, and then the code of the pseudonym or pseudonym The code constituting the Chinese character is divided into Chinese characters according to the Japanese pronunciation of the Chinese characters, and the Chinese characters of the Japanese pronunciation are divided into: Chinese characters with no more than three pseudo-names and Chinese characters with more than three pseudo-names.

A : The method of encoding Japanese kana by partitioning bitwise operation

The method of encoding Japanese kana by partitioned bitwise operation includes a method of encoding Japanese kana by bitwise operation in eight regions, and a method of encoding Japanese kana by bitwise operation.

a. Method of encoding Japanese kana in bitwise operation in eight districts

The method of encoding the Japanese pseudonym by bitwise operation is as follows: using any eight digits of 0-9 ten digits, the number is divided into eight zones, each number is divided into one zone, and each zone number is divided into 0-9 The position, the eighty Japanese pseudonyms are distributed in eighty places in eight districts, and the area code or the location number of the pseudonym is used as the code of the pseudonym. among them:

The white kana characters of the bitwise operation codes in the 1-8 area are as follows: (As shown in Figure 7) The 0-9 positions in Zone 1 correspond to: ( ), (工), 3⁄4 (才), 力力), ^ (^), < (夕), ^(^ )·: (-)

The 0-9 digits of Zone 2 correspond to: $ (inch), ",, and seven)

(夕), ( ), ^ (^; >, f ( :

The 0-9 bits of Zone 3 correspond to: 3⁄4 ( , (2), u Ο ), 3⁄4 (Winter), 0 ( ),

^ (eight:), t (匕), (7: >, « (*)

The 0-9 positions in Region 4 correspond to: * ( ❖ , ΐΐ (A) , W , 3⁄4 (乇), (", tz ), ^ ( ^Λ >, λ (two: >, ^ ( ³ )

The 0-9 positions in Zone 5 correspond to: (,), , , , ( (, mouth),

3⁄4 (4) , , >, ^ (work: >,

The 0-9 positions in Zone 6 correspond to: force; (force'), ^ ( (^), , ),

, W: >, ( )> (, /)

The 0-9 digits of the 7th zone are: , , -c(r), b *),

(8, σ, (7*: >, ^(^; >, ^

The 0-9 digits of the 8th zone are: ( ", ), ^(^), , ^,

, ( : >, (Work: K ^ ( ³ ) c. The method of encoding Japanese pseudonyms by bit operation in ten areas

The method of encoding Japanese kana in bitwise operation is: using 0-9 ten digits, numbering ten zones, each number is divided into one zone, each zone number is divided into 1-5 five digits or 1-6 Six digits, eighty Japanese pseudonyms are distributed in any fifty of the ten districts, and the area code or the location number of the pseudonym is used as the code of the pseudonym. among them:

The Japanese kana characters encoded in the bitwise operation of the 1-0 zone are:

The 1-5 positions in Zone 1 are: * (7), ^ ( , ( * ), none (work), only) The 5 positions of the 2 districts are: force * force; (force, 3⁄4 ^f), < (Xi),

["f , Τ ( W)

The 1-5 positions in Zone 3 correspond to: 廿廿'), ^), t-f

(seven ·! £ ), sub f ( , /),

The 1-5 positions in Region 4 correspond to: (夕), ), ' (y, y

^), - -c (r r), ά (卜卜')

The 5 positions in Zone 5 correspond to: ( ), (: (2), 3⁄43⁄4 (3), (Winter), ( ) The 1-5 positions in Zone 6 correspond to: i£ (eight eight degrees), ^ t° ),

(7 7' ^)^ 八 ^: (, ), (J

( 'Ye, *°)

The 5 bits of the 7th district correspond to: (^), 3⁄4 (^), (),

The 1st and 5th places in the 8th district are: ( ), (4), (- -), λ (work),

J: J: ( 3 3 )

The 5 positions of the 9th district are correspondingly: ^), (y), 3⁄4 (^), 3 (port)

The 6th position of Zone 0 corresponds to: (7), & (Dou), 5 ( :), (Work), f (?),

B: According to the above-mentioned Japanese kana code, according to the number of kana characters constituting the Japanese pronunciation of Chinese characters, no more than three Japanese kana characters constitute the Chinese characters of the pronunciation, and more than three Japanese kana characters constitute the Chinese character encoding methods of the pronunciation:

a. Chinese character encoding method consisting of no more than three Japanese kana

According to the Japanese pronunciation of Chinese characters, the pseudonym that constitutes the Japanese pronunciation of Chinese characters is encoded, and the area code or the location number of the pseudonym is used as the code of the pseudonym, and the code of the pseudonym or pseudonym is used as the code of the word.

Example 1: A Chinese character consisting of a Japanese pseudonym, the Japanese pronunciation of the word "mesh" is " ", and its pseudonym is in the Japanese kana of the 1-0 ten-digit bitwise operation code, "the area code is 7, the location number The code is 74, the code of the pseudonym "" is 7 or 74, the code of the word "head" is used by the pseudonym ^, or the code 7 or 74 of the pseudonym is used as the code of the word "head".

Example 2: A Chinese character consisting of two Japanese kana characters. The Japanese pronunciation of the word "国" is pseudo-named " < ". In the Japanese kana that is coded in the 1-0 ten-digit area, the area code of " < " is encoded as 2, the area code is encoded as 23, "I:,, the area code is 5, the area code is 52, and the pseudonym " < ^" is 25 or 23 ( < ), 52 ( I: ), by pseudonym < ί: The code that makes up the word "country" or the code of the word "country" consisting of the pseudonym " < code 25".

Example 3: A Chinese character (or phrase) consisting of three Japanese kana characters, the Japanese pronunciation of the word "I" is "^ ≥ \^", in the Japanese kana of the bitwise operation code in the 1-0 tenth district. The area code is 5, the area code is 54, "†≥,, the area code is 4, the area code The area code coded as 41 " U " is 3, and the area code is 32. The code of the pseudonym " h : L " is 543 or 54 ( ), 41 ( ), 32 ( ), and the "I" is composed of the pseudonym L. The encoding, or the encoding of the "I" word consisting of the pseudonym "h^" encoding 543.

b. A Chinese character (or phrase) encoding method consisting of more than three Japanese kana. The Chinese character (or phrase) encoding method consisting of more than three Japanese pseudonyms is: encoding the pseudonym that constitutes the Japanese pronunciation of the Chinese character, the area code or the location number of the pseudonym as the encoding of the pseudonym, and then the area code of each pseudonym or pseudonym. The code that makes up the Chinese characters (or phrases) in turn.

For example, the Japanese pronunciation of "Watch" is "^ it < ", and in the Japanese kana of the bitwise operation code in the 1-0 tenth area, "5,, the area code is 1, and the area code is coded as 13,

The area code of "•C" is 2, the area code is 25, the area code of "t" is 4, the area code is 45, the area code of "I†" is 2, and the area code is 24, "^". The area code is 1 and the location code is 12, and the code for "-C It ^" is 12421 or 13), 25 ( ), 45 ( ), 24 ( ), 12 ( ^ ), by pseudonym ^

^ ^ The code that makes up the "watch"; or the code that makes up the "watch" by the pseudonym ^ "C ^ code 12421 .

The method of encoding Chinese characters by 3 digits of Chinese characters into Korean.

The method of encoding Chinese characters into Chinese characters in Korean and Korean pronunciations is as follows: according to the Korean-speaking pronunciation of Chinese characters, using 0-9 ten digits, using the method of adding, subtracting, and partitioning bitwise operations to encode letters, encoding the Korean-speaking Korean characters that make up the Korean pronunciation. The letters are composed of Korean or Korean characters or Chinese characters and Korean syllables. The Chinese characters are divided into: one, two, three, and more. The three syllables constitute the Chinese characters of the pronunciation for encoding.

A: The method of encoding Korean Korean letters by addition, subtraction and partition bitwise operation The method of encoding Korean letters by addition, subtraction and partition bitwise operation includes: Method of encoding Korean letters by addition and subtraction, using partitioned bitwise The method of encoding the Korean alphabet.

a. Use the addition and subtraction codes to encode Korean letters (twenty-four basic letters) Method

The method of encoding Korean letters (24 basic letters) by addition and subtraction is as follows: Using 0-9 digits, the strokes that make up the Korean alphabet are classified into horizontal, vertical, 撇, point, and fold. Basic strokes, correspondingly define the code as 1, 2, 3, 4, 5, add the number of stroke codes of the letters, after the full ten minus ten operations, the encoding of the Korean letters are: the encoding is 0; ―, own The code is 1; 1, the loss code is 2; the code of b, -|, 丄, Τ, is 3; the code of ^, ^ is 4; the code of iL, , ~7, L is 5; the code is 6; The code is 7; 编码, H is coded as 8; and 3∑ is coded as 9. (as shown in Figure 14)

b. Method of encoding Korean letters by partition bitwise operation

The method of encoding Korean Korean letters by partitioned bitwise operation is as follows: the Korean letters are distributed in ten areas numbered 0-9 ten digits, and arranged in each area with 0-9 ten digits. The area code or the area code of the Korean alphabet is used as the code of the Korean alphabet. According to the type of the Korean alphabet, the basic alphabetical order, the vowel, and the consonant alphabet are used to perform the partitioning and bitwise operation encoding the Korean alphabet. among them:

I: Partitioning in alphabetical order by bitwise operation Encoding Korean letters in alphabetical order Partitioning in basic alphabetical order The method of encoding Korean letters in bitwise operation includes: the method of encoding Korean letters in bitwise operation in eight zones, divided into ten zones. The method of encoding the Korean alphabet.

i. Method for encoding Korean letters in bitwise operation in eight districts

The method of encoding the Korean alphabet by bitwise operation in the basic alphabetical order is as follows:

0 - 9 Any number of eight digits, numbered into eight zones, each number is divided into one zone, each zone number is divided into 1-3 three digits, and twenty-four Korean-language basic letters are pressed The alphabetical order is distributed over twenty-four positions in eight districts, and the area code or the location number of the Korean alphabet is used as the code for the Korean alphabet. among them:

The Korean-to-Korean letters encoded in bits 1-8 are: (as shown in Figure 11)

The 1-3 positions in Zone 1 correspond to: L t

The 1-3 positions in Zone 2 correspond to: D y

The 1-3 digits of Zone 3 correspond to:

The 1-3 positions in Zone 4 correspond to: ^ £ The 1-3 positions in Zone 5 correspond to:

The 1-3 positions in Zone 6 correspond to: ]= 4 4

The 1-3 positions in Zone 7 correspond to: 丄 1 D

The 1-3 positions in the 8th district are: Γ — 1

i i . Method for encoding Korean letters in bitwise operation

0 - 9 ten numbers, numbered into ten zones, each number is divided into one zone, each zone number is divided into 1-2 two digits or 1-3 three digits, and twenty-four Korean-language basic letters are placed. It is distributed in alphabetical order in twenty-four positions in ten districts, and the area code or the area code of the Korean alphabet is used as the code for the Korean alphabet. among them:

The Korean-to-Korean letters encoded in the 1-0 area are: (as shown in Figure 12)

The 1-3 positions in Zone 1 correspond to: , L

The 1-3 positions in Zone 2 correspond to:

The 1-3 positions in Zone 3 correspond to:

1-3 of the 4 districts correspond to: People >

The 1-3 positions in Zone 5 are: X days

The 1-3 positions in Zone 6 correspond to: £

The 1-3 positions in Zone 7 are: H 3⁄4- Bu

The 1-3 digits of the 8th district are: >: ] ^

The 1-3 digits of the 9th district are: 丄 J1 Ding

The 1-3 bits of Zone 0 correspond to: ΤΓ I

II: In the order of vowels and consonants, the method of encoding forty Korean vowels and consonants in ten places

In the order of vowels and consonants, the method of encoding forty Korean vowels and consonants in ten-digit divisions is: Use 0-9 ten digits to divide ten zones, each number is divided into one zone, Each area number is divided into 1-4 four digits, and forty verses and consonants of the Korean dynasty are distributed in forty positions in ten areas, and the area code of the vowel and consonant letters or the location number is used as the vowel. The encoding of consonants.

Forty vowels and consonants in Korean and Korean codes coded by bit-wise operation are: (as shown in Figure 13) The 1-4 positions in Zone 1 correspond to: Y

The 1-4 positions in Zone 2 correspond to: B

The Γ-4 position of Zone 3 corresponds to: Π H 丄

The 1-4 positions in Zone 4 correspond to: People ό Ding 7Γ

The 1-4 positions in Zone 5 correspond to: X 1

The 1-4 positions in Zone 6 correspond to: & 7 Η Η

The 1-4 positions in Zone 7 correspond to: [:

The 1-4 positions in Zone 8 correspond to: 77 to 41

The 1-4 positions in Zone 9 correspond to: m from - τ-1

The 1-4 bits of Zone 0 are corresponding to -. Tl

Β: According to the above-mentioned codes for the twenty-four basic letters, forty vowels, and consonants in Korean, according to the number of syllables that make up the pronunciation of Chinese characters into Korean, the method of encoding Chinese characters into Chinese characters by Korean characters is divided into: A Chinese character consisting of one, two, three, and more than three syllables is encoded.

a Chinese character encoding method consisting of a Korean-Chinese syllable

The Chinese character encoding method consisting of a Korean-speaking syllable is: according to the order in which the letters are written, the area code of the letters (including basic letters, vowels, consonants) constituting the Chinese-speaking Korean syllables or the Korean-speaking syllables in turn constitute the Chinese characters. coding.

For example, the Korean-speaking syllable of the word "female" is "^". In the method of encoding the Korean-style twenty-four basic letters in the 1-8 area, the area code of the "" is coded as 2, "^". The code is 6, and the code for "female" is 26. or.

b. Chinese characters (phrases) encoding method consisting of two Korean-speaking syllables The encoding method of Chinese characters (phrases) consisting of two Korean-speaking syllables is: According to the order in which the letters are written, the initials of each syllable (including basic The encoding of letters, vowels, consonants, and tail letters (including basic letters, vowels, and consonants) or the Korean-speaking syllables constitute the encoding of Chinese characters (phrases).

For example, the "economic" Korean-speaking syllable is the method of encoding the twenty-four basic letters into Korean by addition and subtraction. The initials of " " are

"", the code is 5, the last letter is " ^δ ", the code is 0, the first letter of the letter is "in", the code is 9, the last letter is " ^ ", the code is 2, then the "economic" Coded as 5092 or 3⁄4, il.

c. Chinese characters (phrases) consisting of three Korean syllables. The encoding method consists of three Korean syllables that are composed of three Korean syllables. The encoding method is: according to the order in which the letters are written, the first two syllables (including Basic letters, vowels, consonants), the first letter of the last syllable (including basic letters, vowels, consonants) and the last letter (including basic letters, vowels, consonants), or the Korean and Korean syllables The encoding of Chinese characters (phrases).

For example: "Letter of Credit" The Korean-speaking syllable is "Hi 3⁄4". In the method of encoding the Korean-style twenty-four basic letters in the 1-8 area, the initials of "" are "people", and the area code is 1, the initials of "Korean" are "6", the area code is 3, the initials of "Bu" are "", the area code is 3, the last letter is "", the area code is 3, then the "Letter of Credit" Coded as I ³³³ or ^, go, 3⁄4".

d. Chinese characters (phrases) consisting of more than three Korean syllables. The encoding method consists of more than three Korean syllables. The encoding method is: according to the order in which the letters are written, by the beginning of each syllable. The area code encoders of letters (including basic letters, vowels, and consonants) form the code of the Chinese characters (phrases) in turn.

For example, the Korean-speaking syllable of "Sales Confirmation" is "3⁄4:ol^ 3⁄4". In the method of translating ten-square vowels and consonants in Korean, the first letter is "". , the area code is 7, "the initial letter is " ώ ", the area code is 3, the initial letter of " " is " ", the area code is 7, the initial letter of "^" is ", the area code is 4, the first The letters are "people", the area code is 4, and the "sales confirmation" code is 73744 or 3⁄4", ^, 3⁄4, ,;

(3) The method of encoding Chinese characters according to the combination of Chinese characters and pronunciation

According to the combination of Chinese characters and pronunciation, the method of encoding Chinese characters is: according to the glyphs and pronunciations of Chinese characters, according to (1) according to the glyph of Chinese characters, the method of encoding Chinese characters by digital operation, encoding the first code of the Chinese character radical, and the tail code of the remaining components. According to (2) according to the pronunciation of Chinese characters, the method of encoding Chinese characters by digital operation, the initials and vowels of Chinese pronunciation of Chinese characters; the initials of Chinese pronunciation of Chinese characters, the code of the final code of the finals, the first code of the Chinese characters and the last code of the Chinese characters. , in turn compose the encoding of Chinese characters; sub-words and phrases are encoded. ,

1 single word encoding method The encoding method of the single word is as follows: The initials of the Chinese pronunciation of the Chinese characters, the vowel area code, the first code of the Chinese character radical and the last code of the remaining parts constitute the encoding of the Chinese character. For example: The Chinese pronunciation of "Yun" is "yun". In the Chinese Pinyin initials and finals coded in the 0-9 area, the area code of the initial "y" is 2, and the area code of the final "im" is 9. The radical code of the word "yun" is 9, the remainder of the "cloud" is 9, and the code of the word "yun" is 2999.

2 phrase encoding method

The encoding method of the phrase is: the initials of the Chinese pronunciation of the Chinese characters and the vowel area code, which in turn constitute the encoding of the Chinese character; the two words, three words, and multiple words are encoded.

A: The encoding method of two words

The encoding method of the two words is as follows: The initials of each Chinese character and the vowel area code are encoded, and the codes of the two words are sequentially composed.

For example: the Chinese phonetic pronunciation of "information" is "xin xi", the initials of "letter" are "x", the area code is 7, the final is "in", the area code is 9; the initial of "inter" is "X" , the area code is 7, the final is "i", the area code is 2, and the code of the "1" information is 7971.

B: The encoding method of three words

The encoding method of the three words is: the area code of the first two initials, the initials of the last word and the area code of the final, which in turn constitute the encoding of the three words.

For example: the pinyin of "digitization" is "shu zi hua", the initials of "number" are sh, the code of area code is 9, the initial of "word" is _Z , the code of area code is 0; the initial of "chemical" is h, area code The code is 6, the last final is a, the area code is 1, and the code for "digitization" is 9061.

C : Coding method for multiple words

For example: "中中" in "People's Republic of China" reads "zhong", initials are zh, area code is 8; "hua" is "hua", initial is h, area code is 6; "person" The pinyin pronunciation is "ren", the initial is r, the area code is 9; the "national" pinyin is "guo", the initial is g, the area code is 5, and the "People's Republic" is encoded as 8695. 2. Digital operation coding method for phonetic characters

The digital operation coding method of the phonetic characters is: according to the glyphs and pronunciations of the phonetic characters, using 0-9 ten digits, using the encoding method of addition, subtraction, and partition bitwise operation, encoding the strokes that make up the phonetic character glyphs and pronunciations. , letters, codes of alphabetic letters or letters.

(1) According to the glyphs of the phonetic characters, the method of digitizing the coded phonetic characters according to the glyphs of the phonetic characters, the method of digitizing the coded phonetic characters is: according to the glyphs of the phonetic characters, using 0-9 ten digits, The encoding method of adding, subtracting, and partitioning bitwise operations is used to encode the letters constituting the glyphs of the phonogram, and the encoding of the vowels is composed of the encoding of the alphabet. According to the glyph structure of the phonogram, the phonogram is divided into letters and letters. The phonetic characters composed of left and right arranged, and the phonetic characters composed of letters arranged from left to right are digitally encoded.

1 The encoding method of the phonetic characters (Korean and Korean characters) consisting of the letters up and down, left and right. The table audio composed of the letters up and down and left and right is only Korean and Korean.

The encoding method of the phonetic characters (Korean and Korean characters) consisting of the upper and lower sides of the letters is: According to the glyphs of the (Korean and Korean) characters, using 0-9 ten digits, the encoding method of addition, subtraction, and partition bitwise operation is used. Coded composition (Korean and Korean) The strokes and letters of the text glyphs are composed of the letters of the letters (Korean and Korean). The encoding of the characters, according to the number of syllables of the composition (Korean and Korean), divides the (Korean and Korean) text into one and two (3), more than three syllables (Korean Korean) characters are encoded.

A: The method of encoding using the addition and subtraction codes (the twenty-four basics in Korean)

The method of adding and subtracting the encoding (the twenty-four basics into Korean) is as follows: Use 0-9 ten digits, use the addition and subtraction codes to compose (Korean Korean) letters, and make the letters (Korean) The strokes are classified into five basic strokes: horizontal, vertical, 撇, point, and fold. The code is defined as 1, 2, 3, 4, and 5, and the number of stroke codes of the letters is added. After the tenth is reduced by ten, The encoding of the Korean alphabet is: ό, the encoding of the day is 0; the encoding of the _, _ is 1'; the encoding of S is 2; the encoding of ^, 丄, τ is 3; 4; 0L, ΊΓ, , L are encoded as 5; encoding is 6 _; λ, Η is encoded as 7; port, a is encoded as 8; and ': ϋ is encoded as 9. (as shown 14)

B: The method of using the partitioned bitwise operation coding (the twenty-four basics of Korean to Korean) letters a. The method of using the eight-region bitwise operation coding (the twenty-four basics of Korean to Korean) is divided into eight-bit bitwise operation coding ( The method of the twenty-four basic letters of Korean to Korean is: Use any of the eight digits of 0-9 ten digits, numbering eight zones, each number is divided into one zone, each zone number is divided into 1-3 three a place, in the alphabetical order of twenty-four characters, in the alphabetical order of the twenty-four digits of the ten districts, the area code of the (Korean-Korean) letter or the location number as the (Korean) letter coding. Among them: The letters in the 1-8 area coded by the bit operation (Korean Korean) are: (as shown in Figure 11)

The 1-1-3 position of Zone 1 corresponds to -

The 1- to 3-position of Zone 2 corresponds to - U

Levels 1 - 3 of Zone 3 correspond to people 6 X

The 1-1-3 position of Region 4 is correspondingly J

Levels 1 - 3 of Zone 5 correspond to %

The 1- to 3-digit position of the 6th district is corresponding to \

The 1-1-3 positions in Zone 7 correspond to 丄 JL Ding

The 1- to 3-position of the 8th zone corresponds to a)

b. The method of using the ten-digit area bitwise operation code (the twenty-four basics in Korean and Korean) letters

The method of using the ten-digit arithmetic coding (the twenty-four basics in Korean) is: using 0-9 ten digits, numbering ten areas, each number is divided into one area, each area number is divided. 1-2 two digits or 1-3 three digits, the letters of the twenty-four Korean-speaking basics are distributed in alphabetical order in twenty-four positions in ten districts, and the area code of the (Korean-Korean) alphabet Or the location number is the code for the (Korean) letter. Among them: The letters of the 1-0 area coded by the bit operation (Korean Korean) are: (as shown in Figure 12)

The 1-3 positions in Zone 1 correspond to: L t

The 1-3 positions in Zone 2 correspond to:

The 1-2 positions in Zone 3 correspond to: The 1-3 positions in Zone 4 correspond to: X days

Levels 1-3 of Zone 5 correspond to < E

The 1st position of the 6th zone is corresponding to f

1-2 of the 7th district corresponding 3⁄4

The 1-2 digits of the 8th district are: 丄

The 1-2 digits of the 9th district are corresponding to:

The 1-2 bits of Zone 0 correspond to: ― 1

C: According to the above (the twenty-four basics of Korean to Korean) letters, one, two, three, more than three syllables (Korean Korean) text encoding methods are: a. composed of one syllable (Korean and Korean) text encoding method

The encoding method of the (Korean-to-Korean) character composed of one syllable is: According to the order in which the letters are written, the encoding of the characters (in Korean) is composed of (Korean and Korean) letters.

For example: (female) "In the method of bitwise operation coding (in the Korean to twenty-four basic) letters in the 1-8 area, the area code of "L" is coded as 2, and the code of the area code is 6, then "" The code is 26.

b. (two Korean syllables) (words) encoding method

The encoding method of the (Korean) characters (phrases) composed of two syllables is as follows: According to the order in which the letters are written, the codes or syllables of the first and last letters of each syllable are sequentially composed (Korean Korean) characters (phrases). Coding.

For example: "(Economy)" In the method of adding the encoding of subtraction and subtraction encoding (the twenty-four basics to Korean), the initial letter of "Ί" is "7", the code is 5, and the last letter is "6", coding. Is 0, "the first letter is "long", the code is 9, the last letter is "1", the code is 2, then the code of "(economic)" is 5092 or χ-ί].

c. The encoding method of the three syllables (Korean) characters (phrases) is composed of three syllables (Korean Korean) characters (phrases). The encoding method is: according to the order in which the letters are written, the first two syllables The encoding of the initials, the encoding of the first and last letters of the last syllable, or the syllables, which in turn constitute the encoding of the (Korean) text (phrase).

For example: "4-i (letter of credit)" is coded in bits 1-8. In the twenty-four basic letter method of Korean, "the first letter is " ^λ ", the area code is 1 , the first letter of "go" is " ⁶ ", the area code is 3, and the initial letter of "" is "" , the area code is 3, the last letter is "6", the code is 3, then the code of "4 · ^ (letter of credit)" is 1333 or ^, winter, .

d. The encoding method of the (Korean) text (phrase) composed of more than three syllables The encoding method of the (Korean) text (phrase) composed of more than three syllables is: According to the writing order of the letters, each The encoding or syllable of the first letter of a syllable, which in turn constitutes the encoding of the (Korean) text (phrase).

Example "3⁄4 3⁄4 ^λ (Sales Confirmation)" In the method of encoding, subtracting, and encoding (Korean) letters, the initials of "3⁄4" are encoded as 9, and the initials of " ϋί( " are " ϋ ", coded as ₈ , "the initials are "words", the code is 2, the initials of "" are "", the code is 0, the initials of ""

"People", coded as 5 ^ (sales confirmation)" is encoded as

98205 or 3⁄4,. , 3⁄4, , .

2 encoding method of phonetic characters composed of letters arranged from left to right

The encoding method of the phonetic characters consisting of letters arranged from left to right is: according to the glyphs of the phonetic characters, using 0-9 ten digits, using the method of partitioning bitwise operation to encode letters, encoding the letters constituting the phonetic character glyphs , the letters are distributed in ten areas numbered with 0-9 ten digits, arranged in each area with 0-9 ten digits, and the letters or letters of the letters form the encoding of the phonetic characters. According to the difference between the phonetic characters in different countries, the phonetic characters are digitized and coded according to the country category. among them:

A: English digital operation coding method

The English digital operation coding method is as follows: according to the English glyph, using 0-9 ten digits, using the method of partitioning bitwise operation to encode letters, encoding the letters forming the English glyph, and distributing the letters in numbers with 0-9 ten digits. The ten districts are arranged in each zone with 0-9 ten digits. The area code or the area code of the letter is used as the code of the letter, and the code of the letter or letter is used to compose the code of the letter. The division of letters and words, 'encodes English into letters and word words.

a. Method of encoding English letters by partition bitwise operation The method of encoding English letters by partitioned bitwise operation includes: a method of encoding English letters by bitwise operation in eight regions, and a method of encoding English letters by bitwise operation in ten regions.

I: Method of encoding English letters by bit operation in eight districts

The method of encoding English letters by bitwise operation is as follows: using any of the eight digits of 0-9 ten digits, the number is divided into eight zones, each number is divided into one zone, and each zone number is divided into 1-3 three. A single digit or 1-4 four digits, twenty-six English letters are distributed over twenty-six digits of ten zones, and the area code or area number of the letter is used as the code of the letter. among them:

The English letters of the bitwise operation code in the 1-8 area are: (as shown in Figure 15)

The 1-4 positions in Zone 1 correspond to: Aa, Bb, Cc

The 1-3 positions in Zone 2 correspond to: Ee, Ff, Gg

The 1-4 positions in Zone 3 correspond to: Hh, I i, Jj

The 1-3 positions in Region 4 are: Ll, Mm, Nn

The 1-3 positions in Zone 5 are: 0o, PP, Qq

The 1-3 positions in Zone 6 correspond to: Rr, Ss, Tt

The 1-3 positions in the 7th zone are: Uu, Vv, Ww

The 1-3 positions in the 8th zone are: Xx, Yy, Zz

II: Method for encoding English letters by bit operation in divided ten areas

The method of encoding English letters by bitwise operation is as follows: using 0-9 ten digits, the number is divided into ten zones, each number is divided into one zone, each zone number is divided into 1-2 two digits or 1-3 Three digits, twenty-six English letters are distributed in twenty-six digits of ten districts, and the area code or the area number of the letter is used as the code of the letter. Among them: The English letters of the 1-0 area bitwise operation code are: (As shown in Figure 16)

The 1-2 digits of Zone 1 correspond to: A & Bb

The 1-2 positions in Zone 2 correspond to: Cc, Dd

The 1-3 positions in Zone 3 correspond to: Ee, Ff, Gg

The 1-2 digits of Region 4 correspond to: Hh, I i

The 1-2 digits of Zone 5 correspond to: Jj Kk

The 1-3 positions of the 6th zone are corresponding to: Ll, Mm, Nn

Levels 1-3 of Zone 7 correspond to - 0o, PP, Qq The 1-3 positions in the 8th zone are corresponding to: Rr, Ss, Tt

The 1-3 positions in Zone 9 are: Uu, Vv, Ww

The 1-3 positions in Zone 0 are: Xx, Yy, Zz

b. According to the above English alphabet encoding, the encoding method of English words is: English words are composed of English letters or English letters.

For example: "china", in the English letters of the bitwise operation code in the 1-8 area, the area code of "c" is 1, the area code is 13, the area code of "h" is 3, and the area code is 31. The area code of "i" is 3, the area code is 32, the area code of "n" is 4, the area code is 33, the area code of "a" is 1 and the area code is 11, "china" Code is 13341 or 13 (c), 31 (h), 32 (i), 43 (n),

B: Japanese encoding method

The Japanese encoding method is as follows: According to the Japanese glyph, using 0-9 ten digits, using the method of partitioning bitwise operation to encode Japanese kana, encoding the pseudonyms that form the Japanese character, and distributing the letters in numbers with 0-9 ten digits. The ten districts are arranged in the digits of each district with 0-9 ten digits. The area code or the location number of the pseudonym is used as the code of the pseudonym, and the code of the pseudonym or pseudonym is used to compose the code of the text. The pseudonym and monolingual division, the Japanese is divided into pseudonyms and monolingual encoding.

a. Method of encoding Japanese kana by partition bitwise operation

The method of encoding Japanese kana by partitioning by bit operation is as follows: Use 0-9 ten digits, numbering ten zones, each number is divided into one zone, each zone number is divided into 1 - 5 five digits or 1-6 Six digits, eighty Japanese pseudonyms are distributed in any fifty of the ten districts, and the area code or the location number of the pseudonym is used as the code of the pseudonym. Among them: The Japanese kana of the 1-0 ten-digit bitwise operation code are:

The 5 positions in Zone 1 correspond to: * (7), ^ ( , ( * ), none (work), (only)

The 1st to 5th positions in Zone 2 correspond to: Force > Force, * (force, ( ), < (夕), i† if y), 2: (3 =

The 1-5 positions in Zone 3 correspond to: inch 廿 '), I (' y'), ),

· ιΤ (seven · 1ί ), f ( ' /),

The 1-5 positions in Region 4 correspond to: ; tf (夕), ^( ), ' f , - -C (rr <!: (卜卜')

The 1st and 5th places in Zone 5 correspond to: ( ), {: (2), (2), & (Winter), ( )

The 1st to 5th positions of Zone 6 correspond to: a'. (八八'), (匕匕.),

^ (7 7^) ( ) , (J

(f (only, # t° )

The 5 digits of the 7th district correspond to: ί ( ), ( ), ( ),

The 1st and 5th positions in the 8th district are: I ⁵ ( ), ^ ), -), (work),

J: J: ( 3 3 )

The 1-5 positions in Zone 9 correspond to: ( ), 3⁄4 ( ), ( ), 3 (port)

The 1st and 6th digits of the 0 zone correspond to: (7), 3⁄4> (bucket), ( ), Α (work), ( ), b. According to the above Japanese kana code, the Japanese monolingual coding method is: The encoding or pseudonym constitutes the encoding of the Japanese monolingual.

For example: " : L,,, In the Japanese pseudonym coded by bitwise operation in 1-0 decimal zone, the area code of " ^ " is 5, the area code is 54, the code of area code is 4, the code of the area code The area code for the 41 " " is 3, and the area code is 32, and the code for the pseudonym "h L " is 543 or 54 ( ), 41 ( ), 32 ( ).

C: Spanish encoding method

The Spanish encoding method is: according to the Spanish font, using 0-9 ten digits, using the method of partitioning bitwise operation to encode letters, encoding the letters forming the Spanish character, and distributing the letters in 0-9 ten digits. The ten areas of the number are arranged in the number of 0-9 ten digits in each area. The area code or the area code of the letter is used as the code of the letter, and the code of the letter or letter is used to compose the code of the letter. The division of Spanish letters and words, encoding Spanish into letters and word words.

a. Method of encoding Spanish letters using partitioned bitwise operations

The method of encoding Spanish letters by partitioned bitwise operation includes a method of calculating encoded letters by bitwise in eight zones, and a method of encoding Spanish letters by bitwise operation in ten regions.

I: Method of coding Spanish letters by bitwise operation in eight districts

The method of encoding the Spanish alphabet by bitwise operation is as follows: use any of the eight digits of 0-9 ten digits, numbered eight regions, each number is divided into one region, each The district number is divided into 1-3 three digits or 1-5 four digits, and thirty-four Spanish letters are distributed in twenty-nine digits of ten districts. The area code or the area code of the letter is used as the letter. coding. among them:

The Spanish letters encoded in bits 1-8 are: (as shown in Figure 17)

The 1-4 bits of Zone 1 correspond to: Aa(0), Bb, C(Ch)c(ch), Dd

The 1-3 positions in Zone 2 correspond to: Εβ(έ), Ff, Gg

The 1-4 bits of Zone 3 correspond to: Hh, Ii(i), Jj, Kk

The 1-3 bits in Region 4 correspond to: L(L1)1(11), Mm, N(N)n(n),

The 1-3 digits of the 5th zone are: 0ο(ό), Pp, Qq

The 1-3 positions in Zone 6 correspond to: Rr, Ss, Tt

The 1-3 positions in Zone 7 correspond to: Uu(ii), Vv, Ww

The 1-3 positions in the 8th district are: Xx, Yy, Zzo

II: Method of coding Spanish letters by bit operation

The method of coding the Spanish alphabet by bitwise operation is as follows: Use 0-9 ten digits, numbering ten zones, each number is divided into one zone, each zone number is divided into 1-2 two digits or 1-3 Three bits or 1-4 four bits, thirty-four Spanish letters are distributed in twenty-nine positions in eight or ten zones, with the area code or the area code of the letter as the code of the letter. among them:

The Spanish letters coded in the 1-0 area by bit operation are: (Figure 18)

The 1-2 bits in Zone 1 correspond to: Aa(0), Bb

The 1-2 bits of Zone 2 correspond to: C(Ch)c(ch), Dd

The 1-3 positions in Zone 3 correspond to: Ee(6), Ff, Gg

The 1-2 bits in Region 4 correspond to: Hh, Ii(i)

The 1-2 digits of the 5th district are: Jj, Kk,

The 1-3 bits of Region 6 correspond to: L(L1)1(11), Mm, N(N)n(n)

The 1-3 digits of the 7th district are: 0ο(ό), Pp, Qq>

The 1-3 positions in the 8th zone are: Rr, Ss, Tt,

The 1-3 positions in Zone 9 are: Uu(ii), Vv, Ww

The 1-3 positions in Zone 0 are: Xx, Yy, Zzo c. According to the above-mentioned Spanish word code, the encoding method of Spanish words is: The code of the Spanish word is composed of the letter code or letter.

For example: "globo", in the Spanish letters coded in bits 1-8, the area code of "g" is coded as 1, the area code is 13, the area code of "1" is 3, and the area code is coded as 31, the area code of "0" is 3, the area code is 32, the area code of "b" is 4, the area code is 33, the area code of "0" is 1 and the area code is 11, "globo" "The code is 13341 or 13 (c), 31 (h), 32 (i), 43 (n), 11 (a) o

D: German encoding method

The encoding method of German is as follows: According to the German glyph, use 0-9 ten digits, use the method of partitioning bitwise operation to encode German letters, encode the letters forming the German character, and distribute the letters in 0-9. Ten areas with ten digits, arranged in each area with 0-9 ten digits, the area code or area number of the letter as the code of the letter, and then the letter or letter code to form the text. Coding, according to the division of German letters and words, the German language is divided into letters and word words to encode.

a. Method of encoding German letters by partition bitwise operation

The method of encoding German letters by partitioned bitwise operation includes a method of encoding German letters by bitwise operation in eight regions, and a method of encoding German letters by bitwise operation in ten regions.

I: Method of encoding German letters by bitwise operation in eight districts

The method of encoding the German letters by bitwise operation is as follows: use any of the eight digits of 0-9 ten digits, numbered eight areas, each number is divided into one area, and each area number is divided into 1- 3 three bits or 1-4 four bits, thirty-four German letters are distributed in twenty-nine positions of eight areas, and the area code or area number of the letter is used as the code of the letter. among them:

The German letters encoded in bitwise operations in points 1-8 are: (as shown in Figure 19)

The 1-4 positions in Zone 1 correspond to: A (A) a (a), Bb, Cc, Dd

The 1-3 positions in Zone 2 correspond to: Ee, Ff, Gg

The 1-4 positions in Zone 3 correspond to: Hh, Ii,

Kk

The 1-3 positions in Region 4 are: Ll, Mm, Nn

The 1-3 positions in Zone 5 are: 0 (0) o (o), Pp, Qq The 1-4 positions in Zone 6 correspond to: Rr, Ss, Tt, β

The 1- to 3-bit of the 7th zone corresponds to: U (tl) u (tl), Vv, Ww

The 1-3 positions in the 8th zone are: Xx, Yy, Zz

II: Method for encoding German letters by bit operation in divided ten areas

The method of encoding the German letters by bit operation is as follows: use 0-9 ten digits, numbering ten areas, each number is divided into one area, each area number is divided into 1-2 two bits or 1- 3 three bits, thirty-four German letters are distributed in twenty-nine positions in ten areas, and the area code or area number of the letter is used as the code of the letter. among them:

The German letters coded in the 1-0 area by bit operation are: (as shown in Figure 20) The 1-2 bits of the 1st zone are: A (A) a (a), Bb,

The 1-2 positions in Zone 2 correspond to: Cc, Dd

The 1-3 positions in Zone 3 correspond to: Ee, Ff, Gg

The 1-2 digits of the 4th zone are: Hh, Ii

The 1-2 digits of Zone 5 correspond to: Jj, Kk

The 1- to 3-position of the 6th zone corresponds to: Ll, Mm. Nn

Levels 1-3 of Zone 7 correspond to ' : 0 (0) o (o), Pp, Qq

The 1-4 positions of the 8th zone are corresponding to: Rr, Ss, Tt, β

The 1- to 3-bit of the 9th zone corresponds to: U (tl) u (tl), Vv, Ww

The 1-3 positions in Zone 0 are: Xx, Yy, Zz

b. According to the above German letter encoding, the German word is encoded by: the encoding of the letter or the letter to form the encoding of the German word.

For example: "wenn", in the German letter encoded by bitwise operation in the 1-0 zone, the area code of "w" is 9, the area code is 93, the area code of "e" is 3, and the location code is 31, the area code of "n" is 6, the area code is 63, the area code of "n" is 6. The area code is 63, and the code of "wenn" is 9366 or 93 (w), 31 (e) ), 63 (n), 63 (n).

E: Russian encoding method

The Russian encoding method is as follows: According to the Russian glyph, using 0-9 ten digits, using the method of partitioning bitwise operation to encode Russian letters, encoding the letters forming the Russian character, and distributing the letters in 0-9 Ten numbers of numbered numbers, arranged in each zone with 0 - 9 On the digits of the ten digits, the area code or the area code of the letter is used as the code of the letter, and then the code of the letter or letter is used to compose the code of the letter. According to the division of Russian letters and words, the Russian is divided into letters and words. Single word encoding.

a. Method of encoding Russian letters by partition bitwise operation

The method of encoding Russian letters by partitioned bitwise operation includes a method of encoding Russian letters by bitwise operation in eight regions, and a method of encoding Russian letters by bitwise operation in ten regions.

I: Method of coding Russian letters by bitwise operation in eight districts

The method of encoding the Russian mother by bitwise operation is as follows: use any of the eight digits of 0-9 ten digits, numbered eight regions, each number is divided into one region, and each region number is divided into 1- 3 three bits or 1-4 four bits, thirty-two Russian letters are distributed in thirty-two positions in eight areas, and the area code or area number of the letter is used as the code of the letter. Among them, the Russian letters encoded by bitwise operation in points 1-8 are: (Figure 21)

Zone 1 1-4 corresponds to: Aa, E b, B B , Γ r

Zone 2 1-4 corresponds to: Ά « , : E e, , 3 3

Zones 1-4 correspond to: H H , ΪΪ ft, K, Jl JI

Regions 1-4 correspond to: M M , H H, 0 o, Π Π

Zone 5 1-4 corresponds to: PP, Cc, Tt, Yy

Zones 1-4 correspond to: Φ Φ, x, ii H, H

Zone 7 1-4 corresponds to: in in , i3⁄4 , Έ 3⁄4, H U

The 1-4 positions in the 8th zone are: , 3 3, 10 K), Ά

I I: Method of coding Russian letters in bitwise operation

The method of encoding Russian letters by bitwise operation is as follows: using 0-9 ten digits, the number is divided into ten zones, each number is divided into one zone, each zone number is divided into 1-2 two digits or 1- 3 three digits, thirty-four Russian letters are distributed in thirty-four positions in ten districts, and the area code or area number of the letter is used as the code of the letter. Among them, the Russian letters encoded by bitwise operation in the 1-0 zone are: (Figure 22)

Zone 1 1-3 corresponds to: Aa, B b, B B

Zones 1-3 correspond to: Γ Γ, \ A , E e

Zones 1-3 correspond to: ) K, 3 3, HH The 1-3 positions in Zone 4 correspond to: Κ 3⁄4, Κ κ, JI Ji

Zone 5 1-4 corresponds to: Μ Μ, Η Η, Ο Ο, Π Π

Zones 1-3 correspond to: Pp, Cc, Tt,

Zones 1-3 correspond to: Yy, Φ φ, X χ

Zone 8 1_3 corresponds to: U n, H H , ΠΙπι

Zones 1-3 correspond to: , 3⁄4 , LI H

Zone 0 1-4 corresponds to: b, 3 3, Κ) κ), H a

b. According to the above Russian alphabet encoding, the encoding method of Russian words is: The encoding of Russian words is composed of letters or letters of letters.

For example: "Be i! ", in the Russian letters coded in bits 1-8, the area code of "B" is 1, the area code is 12, and the area code of "e" is 2, location code The area code coded as 22, "" is , the area code is 23, the area code is 8, the area code is 84, then the code of "B _e " is 13341 or 12 (B 22 (e), 23 O ) , 84 ( ϋ ).

F: French coding method

The French encoding method is as follows: According to the French glyph, using 0-9 ten digits, the method of encoding the French alphabet by partitioned bitwise operation, encoding the letters forming the legal character, and distributing the letters in numbers with 0-9 ten digits. The ten districts are arranged in the digits of each district with 0-9 ten digits. The area code or the area code of the letter is used as the code of the letter, and then the code of the letter or letter is used to compose the code of the letter. The division of letters and words, encoding French into letters and word words.

a. Method of encoding French letters by partition bitwise operation

The method of encoding French characters by partitioned bitwise operation includes a method of encoding French letters by bitwise operation in eight regions, and a method of encoding French letters by bitwise operation in ten regions.

I: Method of encoding French letters by bitwise operation in eight zones

The method of encoding the French alphabet by bitwise operation is as follows: use any of the eight digits of 0-9 ten digits, numbered eight zones, each number is divided into one zone, and each zone number is divided into 1-3. Three bits or 1-4 four bits, twenty-six French letters are distributed over twenty-six bits in eight areas, with the area code or area number of the letter as the code for the letter. among them: a. The French letters of the bitwise operation code in the 1-8 area are: (as shown in Figure 23) The 1-4 bits in the 1st zone are corresponding to: Aa (d), Bb, Cc, Dd

The 1-3 positions in Zone 2 correspond to: Ee (eee) , Ff, Gg

The 1-4 positions in Zone 3 correspond to: Hh, Ii, Jj, Kk

The 1-3 positions in Region 4 are: Ll, Mm, Nn

The 1-3 digits of the 5th zone are: 0o, Pp, Qq

The 1-3 positions in Zone 6 correspond to: Rr, Ss, Tt

The 1-3 bits in Zone 7 correspond to: Uu (u), Vv, Ww

The 1-3 positions in the 8th zone are: Xx, Yy, Zz

II: Method for encoding French letters by bit operation in divided ten areas

The method of encoding the French alphabet by bitwise operation is as follows: using 0-9 ten digits, the number is divided into ten zones, each number is divided into one zone, each zone number is divided into 1-2 two digits or 1-3 Three digits, twenty-six French letters are distributed in twenty-six positions in ten districts, and the area code or area number of the letter is used as the code of the letter. among them:

The French letters of the 1-0 area bitwise operation are: (as shown in Figure 24)

The 1-3 positions in Zone 1 correspond to: Aa (di), Bb

The 1-3 positions in Zone 2 correspond to: Cc, Dd

The 1-3 positions in Zone 3 correspond to: Ee (^e§) , Ff, Gg

The 1-3 positions in Zone 4 are: Hh, Ii

The 1-3 positions in Zone 5 correspond to: Jj, Kk

The 1-3 positions of the 6th zone are corresponding to: Ll, Mm, Nn

The 1-4 positions in Zone 7 are: 0o, Pp, Qq

The 1-3 positions in the 8th zone are: Rr, Ss, Tt,

The 1-4 positions in Zone 9 are: Uu (u), Vv, Ww

The 1-3 positions in Zone 0 are: Xx, Yy, Zz.

b. According to the French alphabet code above, the French word is encoded by: the code of the letter or the letter to form the code of the French word.

For example: "wenn", the French code of the bitwise operation code in the 1-8 area, the area code of "w" is 9, the area code is 93, the area code of "e" is 3, and the area code is 31. , "n". The area code is 6 and the area code is 63. The area code of "n" is coded as 6, the location code is 63, then the code 9664 of "wenn" is or 93 (w), 31 (e), 63 (n), 63 (n) o

G: Greek encoding method

The Greek encoding method is as follows: According to the Greek glyph, using 0-9 ten digits, the method of encoding Greek letters by partitioning bitwise operation, encoding the letters forming the Greek character, and distributing the letters in 0-9 The ten areas of the number are arranged in the number of 0-9 ten digits in each area. The area code or area number of the letter is used as the code of the letter, and then the code of the letter or letter is used to compose the code of the letter. According to the division of Greek letters and words, the Greek word is divided into letters and word words.

a. Method of encoding Greek letters by partition bitwise operation

The method of encoding Greek letters by partitioned bitwise operation includes: a method of encoding Greek letters by bitwise operation in eight regions, and a method of encoding Greek letters by bitwise operation in ten regions.

I: Method of encoding Greek letters by bitwise operation in eight zones

The method of encoding the Greek letters by bitwise operation is as follows: use any of the eight digits of 0-9 ten digits, numbered eight regions, each number is divided into one region, and each region number is divided into 1- 3 three digits, twenty-four Greek letters are distributed in twenty-four positions in eight districts, and the area code or area number of the letter is used as the code of the letter. Among them: The Greek letters coded by bit operation in points 1-8 are: (Figure 25)

The 1-4 positions in zone 1 correspond to: A a, Β β, Γ γ

The 1-3 positions in Zone 2 correspond to: Δ δ, Ε ε, Ζ ζ

The 1-4 positions in Zone 3 correspond to: H Ά, Θ θ, I ι

The 1-3 positions in Region 4 correspond to: K κ, Λ λ, Μ μ

The 1-3 positions in Zone 5 correspond to: N ν, S ξ, 0 ο

The 1-3 positions of the 6th zone are: Π π, Ρ Ρ, ∑ σ

The 1-3 positions of the 7th zone are corresponding to: T τ, Τ υ, Φ φ

The 1-3 positions in the 8th zone are: X X, Ψ ω, Ω Ε

II: Method of encoding Greek letters by bit operation in divided ten areas

The method of encoding Greek letters by bitwise operation is as follows: Use 0-9 ten digits, number divides ten zones, each number is divided into one zone, each zone number is divided into 1 - 2 two digits or 1- 3 three digits, two twenty-four Greek letters distributed in ten districts On the fourteenth place, the area code or the area code of the letter is used as the code for the letter. Among them: The Greek letters encoded by bitwise operation in the 1-0 zone are: (Figure 26)

The 1-2 positions in Zone 1 correspond to • A α, Β β

The 1-2 positions in Zone 2 correspond to ' Γ γ, Δ δ

The 1-2 positions in Zone 3 correspond to . Ε ε, Ζ ζ

The 1-2 positions of the 4th zone correspond to: H η, Θ θ

1-3 of the 5th district correspond to 'I ι, κ

The 1-3 positions in Region 6 correspond to: Λ λ, Μ μ

The 1-3 positions in Zone 7 correspond to: Ν ν, S ξ, 0 ο

The 1-3 positions of the 8th zone are corresponding to - , Π π, Ρ Ρ, ∑ σ

The 1-3 positions of the 9th zone are corresponding to ' Τ τ, Τ υ, Φ φ

The 1-3 positions in Zone 0 correspond to: X χ, Ψ ω, Ω Ε

b. According to the above-mentioned Greek letter encoding, the Greek word encoding method is: The encoding of the Greek word by the letter or letter of the letter.

For example: " or η Φ μ ", in the Greek letters coded in bits 1-8,

The area code of "π" is 6, the area code is 61, the area code of "η" is 3, the area code is 31, the area code of "Φ" is 7, the area code is 73, the area code of "μ" The code is 4, the area code is 43, and the code of "π η Φ μ " is 6374 or 61 ( π ), 31 ( η ), 73 ( Φ ), 43 ( μ )

Η: Arabic coding method

The Arabic encoding method is as follows: according to the Arabic glyph, using 0-9 ten digits, using the method of partitioning bitwise operation to encode Arabic letters, encoding the letters forming the Arabic character, and distributing the letters in 0-9 The ten areas of the number are arranged in the number of 0-9 ten digits in each area. The area code or area number of the letter is used as the code of the letter, and then the code of the letter or letter is used to compose the code of the letter. , according to the division of Arabic letters and words, the Arabic is divided into letters and word words to encode.

a. Method of encoding Arabic letters by partition bitwise operation

The method of encoding Arabic letters by partition bitwise operation includes the method of encoding the Arabic Arabic alphabet by bitwise operation and the method of encoding the Greek alphabet by bitwise operation. I: Method of encoding Arabic letters by bitwise operation in eight zones

The method of encoding Arabic letters by bitwise operation is as follows: use any of the eight digits of 0-9 ten digits, numbered eight areas, each number is divided into one area, and each area number is divided into 1- 3 Three digits, twenty-eight Arabic letters are distributed in twenty-eight positions in eight districts, and the area code or area number of the letter is used as the code of the letter. among them:

a. The Arabic letters coded in bits 1-8 are: (as shown in Figure 27)

The 1-1-4 positions in Zone 1 correspond to: J

The 1-1-3 positions in Zone 2 correspond to: P

The 1-1-4 positions in Zone 3 correspond to:

The 1-1-3 position of the zone corresponds to:

The 1-1-3 positions in Zone 5 correspond to:

The 1- to 3-position of Zone 6 corresponds to: k Γ

*

The 1-1-3 positions in Zone 7 correspond to:

The 1- to 3-position of Zone 8 corresponds to: z T

II: Method of encoding Arabic letters by bit operation in divided ten areas

The method of encoding Arabic letters by bit operation is as follows: Use 0-9 ten digits, number divides ten zones, each number is divided into one zone, each zone number is divided into 1-2 two digits or 1- 3 three digits, twenty-eight Arabic letters are distributed in twenty-eight positions in ten districts, and the area code or area number of the letter is used as the code of the letter. Among them: The Arabic letters of the 1-0 zone extraction operation code are: (as shown in Figure 28)

The 1-4 positions in Zone 1 correspond to J J J,

Levels 1-4 of Zone 2 correspond to <- -

Levels 1-4 of Zone 3 correspond to j 0

The 1-2 digits of the 4th district are corresponding, <JL>

The 1-2 digits of the 5th district are corresponding to >

The 1-2 digits of Zone 6 correspond to 4 ί

1-3 of the 7th district are corresponding

1-3 of the 8th district are correspondingly •

t The 1-2 digits of the 9th district are: t

The 12 bits of zone 0 correspond to f

b. According to the above Arabic alphabet encoding, the Arabic word encoding method is: The encoding of Arabic words is composed of letters or letters of letters.

For example: " ", in the letter of the bitwise operation coded in the 1-8 area, the area code of " " is 1 , the area code is 13 , the area code of " " is 3, and the area code is 31, " " The area code is 3, the area code is 32, the area code of " " is 4, the area code is 33, then the code of " , , is 13341 or 13 ( ), 31 ( ), 32 ( , 43 ( ) 11 ( ).

(2) According to the pronunciation of the phonetic characters, the method of digitizing the coded phonetic characters according to the pronunciation of the phonetic characters, the method of digitizing the coded phonetic characters is: according to the pronunciation of the phonetic characters, using 0-9 ten digits, The method of encoding letters by partitioning bitwise operation encodes the letters constituting the pronunciation of the phonetic characters, and the coding of the alphabetic letters constitutes the encoding of the phonetic characters. According to the pronunciation structure of the phonetic characters, the phonetic characters are divided into: a phonetic phonetic text composed of a phoneme (a letter indicating the phonetic character of a phoneme in a voice), a syllable phonetic alphabet composed of letters arranged from left to right (a letter indicating the phonetic character of a syllable in a voice) digitized Operational coding.

1 Encoding method of phonetic phonetic characters (Korean and Korean characters) composed of letters arranged up, down, left, and right

The encoding method of the phoneme phonetic characters (Korean and Korean characters) consisting of the upper and lower left and right sides of the letters is as follows: According to the pronunciation of (Korean and Korean) characters, 0-9 ten digits are used, and the method of encoding the letters by partitioning by bitwise operation is used. The vowels and consonants of the text are composed of the vowels and consonants (Korean and Korean). The encoding of the characters is based on the number of syllables of the composition (Korean and Korean). Two, three, and more than three syllables (Korean Korean) characters are encoded.

Α·. The method of using the partition-by-bit arithmetic coding (forty for Korean) vowels and consonants is: (in Korean) vowels and consonants are distributed in ten areas numbered 0-9 ten digits, Arranged in the number of 0-9 ten digits in each zone, by (Korean Korean) vowel, consonant letter area code or area code as the (Korean) vowel, consonant letter Coding. among them:

The vowels and consonants of the 1-0 area coded (forty to Korean) are: (as shown in Figure 13)

The 1-4 positions in Zone 1 are: -7

The 1-4 positions in Zone 2 correspond to:

The 1-4 positions in Zone 3 correspond to: Ό 丄 JL

The 1-4 positions in Region 4 correspond to: λ 6 D

The 1-4 positions in Zone 5 correspond to: —- I

The 1-4 positions in Zone 6 correspond to: £ y H H

The 1-4 positions in Zone 7 correspond to: 31 1]

The 1-4 positions in the 8th district are: 77 ^

The 1-4 positions in Zone 9 are: m

The 1-4 bits of Zone 0 correspond to: D

B: According to the above (forty for Korean) vowels and consonants, the encoding method consists of one, two, three, and more than three syllables (Korean and Korean):

a. A syllable (Korean and Korean) text encoding method

The encoding method of the (Korean-to-Korean) character composed of one syllable is: According to the pronunciation of the (Korean-Korean) text, the encoding of the vowel (concave Korean) vowels, consonants, or syllables is formed in turn (Korean).

For example: (female) ", " " The area code is 1, and the area code is 2, then the code is 12.

b. (two Korean syllables) (words) encoding method

The encoding method of the (Korean) text (phrase) composed of two syllables is: according to the pronunciation of (Korean and Korean) characters, the initials of each syllable (ie, vowel or consonant), and the last letter (ie, vowel) Or the syllables of the consonants, which in turn form the code of the ₄ (Korean) text (phrase).

For example: "(Economy)", "The initials are "", the area code is 1 and the last letter is "6", the area code is 4, "The first letter is "", the area code is 5, and the last letter is "" , the area code is 7, then ^1 (by The code for ") is 1457 or.

c. The encoding method of the three syllables (Korean) characters (phrases) is composed of three syllables (Korean Korean) characters (phrases). The encoding method is: according to the pronunciation of (Korean and Korean) characters, the first two The first letter of a syllable (ie, a vowel or consonant), the first letter of the last syllable (ie, a vowel or consonant), and the encoding or syllable of the last letter (ie, a vowel or consonant), in turn (Korean) The encoding of the text (phrase). For example: (Letter of Credit) ", "4" has the first letter "in", the area code is 4, the initial letter of "4" is "", the area code is 4, and the initial letter is "". The area code is 5, the tail letter is ",,, the area code is 4, then the code of "4 backup ^ (letter of credit)" is 4454 or 4, , ).

d. The encoding method of (words) consisting of more than three syllables (phrases) The encoding method of (words) consisting of more than three syllables (phrases) is: according to the pronunciation of (Korean and Korean) characters The code (single) of the first letter (ie, vowel or consonant) of each syllable, or the syllables of the syllables.

Example "^ Poetry (Sales Confirmation)" In the method of encoding using the addition and subtraction codes (Korean Korean), the initials of "4" are "", the area code is 7, and the initials are "". , the area code is 3, the initial letter of " " is " ", the area code is 7, " " the initial letter is " ", the area code is 4, the initial letter of " " is " Λ ", and the area code is 3, then The code for "3⁄4 ^ (Sales Confirmation)" is 73743 or 3⁄4 , , 3⁄4 , , ).

2 The syllable phonetic transcription (Japanese) consisting of letters arranged from left to right The encoding method of syllables (Japanese) consisting of letters arranged from left to right is: According to Japanese pronunciation, use 0-9 Ten digits, using the method of partitioning bitwise operation to encode Japanese kana, encoding the pseudonyms that make up the Japanese character, and distributing the pseudonyms in ten areas numbered 0-9, numbered in each area with 0-9 On the digits of the ten digits, the area code or the location number of the pseudonym is used as the code of the pseudonym, and the code of the pseudonym is used to compose the code of the pseudonym. According to the Japanese pseudonym and monolingual, the Japanese is divided into a pseudonym and a monolingual. Encode.

Α : Method of encoding Japanese kana by partition bitwise operation The method of encoding Japanese kana by partitioned bitwise operation is as follows: using any eight digits of 0-9 ten digits, the number is divided into eight zones, each number is divided into one zone, and each zone number is divided into 0-9 ten Bits, eighty Japanese pseudonyms are distributed over eighty bits in eight districts, and the area code or location number of the pseudonym is used as the code for the pseudonym. among them:

a. The Japanese pseudonyms of the bitwise operation codes in the 1-8 area are as follows: (As shown in Figure 7)

The 0-9 positions in Zone 1 correspond to: *» (7), ( , , ^ (2), (才), 力力), ( ), < (夕 : ) it , : ( - )

The 0-9 positions in Zone 2 correspond to: § ), ^ ( , " ), (7), ^,

(夕), ( "), >, t (卜)

The 0-9 digits of Region 3 correspond to: ^ (Y), : (B:), & (^), ft, o ( ),

(8), (匕), A (7: >, o, « ( * )

The 0-9 digits of Region 4 correspond to: (^), ❖ (S), if (Λ), (3⁄4 (乇),

^ ( , ( 4 ), ^ i ³ -) >, none (2), «t ( ³ )

The 0-9 positions in Zone 5 correspond to: ( ), 9 ( ) . 3⁄4 ' , Zha ( , ( 口 ) ,

h ( 7), >, A (work),

The 0-9 positions in Zone 6 correspond to: force, * (force'), , if (y), (=,

K , )

The 0-9 positions in Zone 7 correspond to: (W), '(, /), f ( , , ),

( ), (lf), (7': >, ^(^) , ( (^)

The 0-9 digits of the 8th zone are: (£ (eight.), ^ (匕.), ^ ( )

B: According to the above Japanese kana code, the Japanese monolingual encoding method is: Japanese pseudo-language encoding by pseudonym encoding or pseudonym.

For example: "h L ", in the Japanese pseudonym coded by bitwise operation in 1-8 eight areas, the area code of " " is 3, the area code is 34, " , the area code is 2, and the area code is 26 The area code coded as 41 "b" is coded as 2, the area code code is 22, and the code name of the pseudonym "L" is 322 or 34 ( ), 26 ( ), 22 (V).

3. Punctuation, symbol encoding method

The coding method of punctuation and symbol is: according to the glyph of the punctuation, using 0-9 ten digits, using the method of addition, subtraction, bitwise operation coding, coding to form the punctuation glyph Strokes, the coding of strokes constitutes the coding of punctuation and symbols. According to the classification of punctuation and symbols, punctuation and symbols are divided into punctuation marks and special symbols.

(1). Punctuation method of punctuation

Punctuation is encoded as follows: Punctuation strokes are classified as horizontal (-), vertical

( I ), 撇 ( ), point (,), fold (B) five basic strokes, correspondingly define the code of the code 1, 2, 3, 4, 5, punctuation mark number plus, full ten minus ten After the operation, the coding of the punctuation marks is obtained, and the number of components constituting the punctuation marks is divided into single punctuation marks and double punctuation marks for encoding.

1. The encoding of single punctuation marks is: The code of period (.) is 0, the code of connection number (―), dash (1) is 1, and the code of comma (,) is 3, the number (, : ), The code of the interval (.), the emphasis (.), and the ellipsis ( ) is 4, the code of the exclamation mark (!) is 6, the code of the semicolon (;) is 7, the code of the colon (:) is 8, the question mark (? The code is 9.

2. The coding of the double punctuation marks are: the code of the single book name (<>) is 55, the code of the double book name ("") is 10, the code of the single book quotation mark (door) is 55, the double quotation mark of the vertical book (" The code of the 』) is 00, the code of the horizontal book double quote (:" ") is 86, the code of the horizontal book quotation mark,) is 43, the code of the parentheses () is 43, the code of the square brackets ([3) For 09, the square brackets ([]) are encoded as 09. (as shown in Figure 29)

(2). Coding method for special symbols

The encoding method of special symbols is: using 0-9 ten digits, encoding by bitwise arithmetic coding.

The codes of special symbols are: space, plus sign, minus sign, multiplication sign, and the code of the divisor is 0, and the codes of &, $, %, £, Θ, Ξ, Ψ, Ω, Π, @ are respectively 00. 01, 02, 03, 04, 05, 06, 07, 08, 09.

4. Number coding: The code of zero, 0, 0 is 0, the code of 壹, 1 and 1 is 1, the code of 贰, 2, 2 is 2, the code of 叁, 3, 3 is 3, 肆, IV. The code of 4 is 4, the code of Wu, 5, 5 is 5, the code of land, 6 and 6 is 6, the code of 柒, 七, 7 is 7, the code of 捌, 八, 8 is 8, 玖, 九, The code of 9 is 9, and the code of pickup and ten is 10.

Using the above-mentioned world text information digitization operation coding method can encode Chinese characters Text), phonogram, punctuation, numbers.

World text information digitization input method

The world text information digitization input method is: according to the world text information digitization operation coding method of the invention, encoding the text that needs to be input, obtaining the digital code of the text, using 0-9 ten digits input coding, and using the space bar to complete the input text. Encoding, use the page turning key to select the text to be entered in the candidate field, and use 1-0 ten-digit keys or space bar to confirm the selected text in the candidate column, and then complete the digitized input of the text, according to the world. Classification of texts, classifying world characters into Chinese characters (ideograms), phonetic characters, punctuation, symbols, and numbers.

1. Digital input method of Chinese characters

The digitized input method of Chinese characters is: according to the world text information digitization operation coding method of the present invention, encoding the Chinese characters that need to be input, and obtaining the digital code of the Chinese characters, using 0-9 ten-digit input codes, and using the space bar to indicate the completion of inputting Chinese characters. Encoding, use the page turning key to select the Chinese characters in the candidate word column selection, use 1-0 ten-digit keys or space bar to confirm the Chinese characters selected in the candidate word column, and then complete the digital input of Chinese characters, according to the Chinese characters. The glyph and the pronunciation are divided into: the method of inputting Chinese characters according to the Chinese character glyph, the method of inputting Chinese characters according to the Chinese character pronunciation, and the method of inputting Chinese characters according to the Chinese character sound form.

(1). According to the glyph of Chinese characters, the method of inputting Chinese characters is -

1 according to the invention, the world text information digitization operation coding method, encoding the Chinese characters that need to be input, and obtaining the glyph digitization coding of the Chinese characters;

2 Use 0-9 ten-digit keys to input the encoding of Chinese characters in turn, and press the space bar or numeric key to indicate the encoding of the input Chinese characters;

3 Use the page key to select the Chinese characters you want to input in the candidate field;

4 Use 1-0 ten-digit keys or space bar to confirm the Chinese characters selected in the candidate column, and then complete the digitized input of Chinese characters.

For example: "中中", according to the Chinese character glyph digitization operation coding method of the present invention, encode the "middle" word, and obtain the glyph digitization code 82 of the "middle"word; use the 0 key to type the code 82 in turn, and the space bar to indicate the completion of the input. "Chinese" word encoding; use page turning The key selects the "middle" word in the candidate word column; use the 1-0 key or the space bar to confirm the "middle" word selected in the candidate word column, and the digital input of "middle" can be completed.

(2). According to the pronunciation of Chinese characters, the method of inputting Chinese characters is -

1 according to the invention, the Chinese character pronunciation digital operation coding method, encoding the Chinese characters that need to be input, and obtaining the digitized coding of the Chinese characters;

2 Use the 0-9 ten-digit keys to type the encoding of the Chinese characters in turn, and press the space bar to indicate the encoding of the input Chinese characters.

For example: the Chinese pronunciation of "中中" is "zh0 ng", according to the Chinese character pronunciation digital operation coding method of the present invention, encoding "zh0 ng", and the code "8181" of "ζΐιδ ng" is obtained, and the number 8931 is input with 0-9 keys. , press the space bar to complete the input "zh0 ng" code, use the page key to select the "middle" word in the candidate field, use the 1-0 key or the space bar to confirm the "middle" word selected in the candidate column. , you can complete the digital input of "Medium".

Or:

1 according to the present invention, a Chinese character pronunciation digital operation coding method, encoding letters (including initials, finals, pseudonyms, vowels, consonants) and tones constituting a Chinese syllable syllable, and obtaining a digitized code of a syllable;

2 Type the syllable code in sequence with 0-9 ten-digit keys, and press the space bar to complete the encoding of the input syllable;

3 Use 1-0 ten-digit keys or space bar to confirm the Chinese syllables in the prompt bar;

4 Use the page key to select the Chinese characters you want to input in the candidate field;

5 Use 1-0 ten-digit keys or space bar to confirm the Chinese characters selected in the candidate column, and then complete the digitized input of Chinese characters.

For example: the Chinese pronunciation syllable of "中" is "zh0 ng", according to the Chinese character pronunciation digital operation coding method of the present invention, encoding "zh0 ng", and the code 881 of "zh0 ng" is obtained; Code 881, press the space bar to complete the input "zh0 ng"code; use the 1-0 key or space bar to confirm the Pinyin syllable "zh0 ng" in the prompt bar; use the page key to select the "中" word in the candidate column; Use the 1-0 key or the space bar to confirm The "middle" word selected in the candidate field will complete the digital input of "middle".

Or:

1 according to the invention, the Chinese character pronunciation digital operation coding method, encoding the letters constituting the Chinese character pronunciation syllable (including initials, finals, pseudonyms, vowels, consonants), and obtaining the location number code of the letters;

2 Use the 0-9 ten-digit keys to type the location code of the letters (including initials, finals, pseudonyms, vowels, consonants), and press the space bar or numeric keys to complete the encoding of the input letters.

4 Use the page key to select the Chinese characters you want to input in the candidate field.

For example: the Chinese pronunciation syllable " ζΐιδ ng" of "中中" consists of "zh", "ong", according to the Chinese character pronunciation digital operation coding method according to the present invention, encoding "zh", "ong"; with 0-9 keys in turn Type the area code of "zh" to encode 81, press the space bar to complete the encoding of the input "zh"; type the area code of the "ong" bit in sequence 83, and press the space bar to complete the encoding of the input "ong"; use the 1-4 key Or use the space bar to confirm the syllable " zh0 ng" marked with the tone in the prompt bar; use the page key to select the word "中" in the candidate field; use the 1-0 key or the space bar to confirm the selected in the candidate column. In the "word, you can complete the digital input".

(3). The method of inputting Chinese characters into Chinese characters and digits is:

1 According to the invention, the Chinese character sound form digital operation coding method, the coding needs to input the Chinese character, and the Chinese character's sound shape digital coding is obtained;

2 Use the 0-9 ten-digit keys to type the encoding of the Chinese characters in turn, and hit the space key table ^^ to complete the encoding of the input Chinese characters;

For example: "中", according to the Chinese character, the digitization operation coding method encodes the "middle" word, and the "middle" word is obtained by digitizing the code 8882; using 0-9 ten-digit keys in turn Type the code of the "medium" word, 'type the space bar to indicate the completion of the input"; use the page key to select the "middle" word in the candidate; use the 1-0 key or the space bar to confirm the selection in the candidate field. The "中" word can complete the digital input of "Medium".

2. Digital input method of phonetic characters

The digitized input method of the phonetic characters is: according to the world text information digitization operation coding method of the invention, encoding the phonetic characters that need to be input, and obtaining the digital code of the phonetic characters, using 0-9 ten-digit input codes, using spaces The key indicates the encoding of the input phonetic text. Use the page key to select the phonetic character to be input in the candidate field. Use the 1-0 ten-digit key or the space bar to confirm the phonetic text selected in the candidate field. , the digital input of the phonetic characters can be completed. According to the glyph structure of the phonetic characters, the phonetic texts are divided into: the phonetic characters composed of letters arranged from top to bottom and left and right, and the phonetic characters composed of letters arranged from left to right. Make a digital input.

(1) The digitized input method for the phonetic characters consisting of the upper and lower left and right letters is:

1 according to the present invention, the world text information digitization operation coding method, encoding the phonetic characters to be input, and obtaining the digitized code of the phonetic characters;

2 Use 0-9 ten number keys to type the code of the phonetic text in turn, and press the space bar to complete the input table tone; ^ code of the word;

3 Use the page key to select the phonetic text you want to input in the candidate field.

4 Use 1-0 ten-digit keys or space bar to confirm the phonetic characters selected in the candidate field, and then complete the digitized input of the phonetic characters.

For example: "^", according to the world text information digitization operation coding method of the present invention, the digital code 5092 of "" is obtained; type 0092 is input with 0-9 ten-digit keys, and the space key is used to complete the coding of input ^1". Use the page key to select ^ " in the candidate column; use the 1-0 key or the space bar to confirm the selected "3⁄4 ^1", and you can complete the digital input.

(2) The digitized input method for the phonetic characters consisting of letters arranged from left to right is:

1 according to the present invention, the world text information digitization operation coding method, encoding the phonetic characters to be input, and obtaining the digital code of the phonetic characters;

2 Use 0-9 ten-digit keys to type the encoding of the phonetic characters in turn, and press the space bar to complete the encoding of the input phonetic characters; 3 Use the page key to select the phonetic text you want to input in the candidate field.

4 Use the 1-0 ten-digit keys or the space bar to confirm the selected phonetic characters, and then complete the digitized input of the phonetic characters.

For example: "china", according to the world text information digitization operation coding method of the present invention, the digital code 13341 of "china" is obtained; 13343 is entered in sequence with 0-9 ten-digit keys, and the space bar is pressed to complete the input of "china". Coding; Use the page key to select "china" in the candidate column; use the 1-0 key or the space bar to confirm the selected "china", and you can complete the digital input of "china".

Or:

1 according to the present invention, the world text information digitization operation coding method, encoding the letters constituting the phonetic characters, and obtaining the digit number of the letter;

2 Use the 0-9 ten-digit keys to type the area code of the letter in turn, and press the space bar or the number key to complete the encoding of the input letter;

3 Use 1-0 ten-digit keys or space bar to confirm the selected characters in the candidate column, and then complete the digitized input of the phonetic characters.

For example: "china", according to the world text information digitization operation coding method of the present invention, the letter number code 13, 31, 32, 43 of the letters (ie, parts) c, h, i, n, a which constitute "china" is obtained. , 11; type the location code of "c" in sequence 13, press the space bar, use the numeric keys or the space bar to confirm c in the candidate field; type the area code of "h" in sequence 31, press the space bar, use the number keys Or the space bar is confirmed in the candidate field; type the area number code 32 of "i" in turn, press the space bar, use the number key or the space bar to confirm i in the candidate word column; type the area code of "n" in sequence 43, Use the space key or the space bar to confirm n in the candidate field; type the area code of "a" in sequence 11 and type the space bar. Use the number keys or the space bar to confirm a in the candidate field. The digital input of "china".

Or:

2 Use 0-9 ten-digit keys to type the area code of the letter in turn; press the space bar to complete the encoding of the input phonetic text, and then complete the digitized input of the phonetic text. For example: "china", according to the world text information digitization operation coding method of the present invention, the letter number codes 13, 31, 32, 43 of the letters (ie, parts) c, h, i, n, a which constitute "chiha" are obtained. , 11; type "c" in the location code 13, then type "h" in the location code 31, type "i" in the location code 32, type "n" in the location code 43, then type " The location code of a" is coded 11; the space bar means to complete the input of "china". The digital input of "china" can be completed.

Or:

1 according to the invention, the world text information digitization operation coding method, encoding the letters constituting the phonetic characters, and obtaining the area code digital code of the letters;

2 Use the 0-9 ten-digit keys to type the area code of the letter in turn, and press the space bar to complete the code of the input letter;

3 Use 1-0 ten-digit keys or space bar to confirm the selected letters in the candidate column. Press the space bar to complete the encoding of the input phonetic characters, and then complete the digitized input of the phonetic characters.

For example: "china", according to the world text information digitization operation coding method of the present invention, the letter number (1, 3, 3, 4) of the letters (ie, parts) c, h, i, n, a constituting "china" is obtained. 1; Enter the area code of "c" code 1, hit the space bar, use the number to confirm c in the candidate field; enter the area code of "h" code 3, hit the space bar, use the number key 1 to confirm h in the candidate column; i "The area code 3, press the space bar, use the number key 2 to confirm i in the candidate field; enter the area code of "n", press the space bar, use the number key 3 to confirm n in the candidate field; ^ into "a" Area code 1, press the space bar, use the number key 1 to confirm a in the candidate field; press the space bar to complete the input of the "china" code, you can complete the digital input of "china".

3. Digital input method for punctuation and symbols

The digitized input method of punctuation marks is: according to the world text information digitization operation coding method of the invention, encoding the punctuation marks that need to be input, and obtaining the digital code of the punctuation marks, using 0-9 ten-digit input codes, and completing with the space bar. Enter the code of the punctuation. Use the page key to select the punctuation mark to be entered in the candidate field. Use the 1 - 0 ten-digit key or the space bar to confirm the punctuation selected in the candidate bar. Digital input of punctuation marks.

For example: the nickname ",", according to the world text information digitization operation coding method of the present invention, the code "4" of the suffix "," is entered; the code number 4 is entered, "the code 4 is entered, and the space bar key is used to complete the input code". , "code; use the page key to select the number in the candidate field", "; use the number keys to confirm the selected number in the candidate column", ";

4. Digital input method

The input method of the number is: according to the world text information digitization operation coding method of the invention, encoding the number that needs to be input, obtaining the code of the number, using 0-9 ten-digit input code, and using the space bar to complete the coding of the input number. Use the page key to select the number you want to enter in the candidate field. Use the 1-0 ten-digit key or the space bar to confirm the selection in the candidate field to complete the digital input.

For example: the number "eight" or "捌", according to the world text information number ^: operation coding method of the present invention, the code "8" or "捌" is obtained; the code of the number "eight" or "捌" is input. 8. Press the space bar to complete the input of the number "eight" or "捌"; use the page key to select the number "eight" or "捌" in the candidate field; use the number keys to confirm the selected in the candidate field. The number "eight" or "捌" can be used to complete the input of the number "eight" or "捌".

2. World text information coding input processing device, and world text information coding input processing device include: a component device of the device and a workflow of the device.

( ). The device of the device

The components of the device are composed of hardware and software. The hardware includes keyboard, mouse, host, display, digital key display, printer, modem, router, software including information exchange code, internal code, world font, glyph, glyph Exchange code, where:

1. The numeric keypad on the keyboard or the display window similar to the keyboard is set with numbers, Chinese character heads, Chinese pinyin letters, Chinese phonetic alphabets, phonetic alphabet letters, punctuation, symbols:

2. The display setting has a prompt bar, a candidate bar, and a body edit bar, wherein the prompt bar includes a code input box and a character display frame. (as shown in Figure 31)

Tip bar:

The code input box shows the code of the input. The character display box displays letters or syllables and their bit numbers.

Candidate Box: Displays the world text, symbols, and numbers that need to be selected.

Body edit bar: Displays the selected world text, symbols, numbers.

3. The numeric key display is to set the display on the 0-9 ten-digit keys. The content displayed on each numeric key display can display the corresponding set characters according to different input method status. (The brief setting of the numeric keypad is shown in Figure 32)

1 The number of Chinese characters set by the number keys is: 1, 3, gate, has, bow, child, ^, horse, ^ (gold); The set of Chinese pinyin letters are: a, b, c, d, p, o; The set Chinese phonetic alphabets are: , , 丫, ; The set phonetic alphabet letters are: Aa, Aa, A ά, Bb, Cc, Dd, ch, E b, BB, Γ r, AA, BE , A α, B β, , ι , ^, >· , > , , J , , _k> , *> (7), , ( , ( ), none (work), (only), force > (force) , ( ), < (夕), [† ( ^ ), : ( - ) The punctuation marks and symbols are: connection number, dash; setting numbers are: 壹, one, 1.

2 The Chinese character radicals set by the number keys are: I, 2, small, eve, long, and the set of Chinese pinyin letters are: c, d, e, f, g, m, I; The set Chinese phonetic alphabet is : Π, 匸, 死, I; The set phonogram letters are: Cc, Dd, Ee, Ff, Gg, ch, Εέ, Γ Γ, 3⁄4 « . ac . 3 3, έ, , E e, Γ γ, Δ δ, Ε ε, Ζ ζ, ϋ , ti , t , 4 , , _ , ^ , c^ , , force > force, * (force; , ( ), < (夕夕'), «" [f ( y), ZC

§ (廿), L ( ), t ( ), (7), ( ), (X), ( ~), ( ), (Y), (Bu); The set numbers are: 贰, 2, 2 .

The Chinese character radicals set by the 3 number keys are: j, ten, three, t, and; The set Chinese pinyin letters are: h, i, j, k, d, t, u, U; The letters are: Force, Death, U; The set of phonetic letters are: Ee, Εέ, Ff, Gg, Hh, Ii (ί), Jj, Kk, HH, ϊϊ ϊ ϊ, KK, JI Ji, 3⁄4 _Λ 3 3, H η, Θ θ, Ι ι, Ε ε, Ζ ζ, , > , , α , Η , 丄, αι_, c , ^, j' , U , J , § (廿*), LI ( ), ( Ί, (7), 乇f ( , /), 3⁄4: (t), [: (2), ί3⁄4, (2), 3⁄4 ( ), 八), (匕), ^ (7) , « (*); The punctuation marks and symbols are: comma, horizontal quotation marks (right), and parentheses (right); the set numbers are: ^3⁄4, , 3 o

4 The number of Chinese characters set by the number keys is: , , factory, work, earth, stone, 幺, fire, dry, ; The set of Chinese pinyin letters are: 1, m, n, h, i, ai, ei; The set Chinese phonetic alphabets are: , , , ^, \; The set phonetic alphabets are: Hh, Ii(i), Ll, Mm, Nn, MM, HH, O o, Π π, , K κ , JT JI, K κ, Λ λ, Μ μ, Η η, Θ θ, 、, Ε, 乂, δ, τ, Τ, J, J, , A, , (夕), '千千, ^

• ( y 7* ) _Λ -c { - (卜卜*), (tf

( ), ( ^3⁄4 ), ^ ( ^ ) ( ), none (work), Λ ( ³ ); The punctuation and symbols set are: horn, interval, emphasis, ellipsis, cross-book quotation, number, The set numbers are: 肆, 4, 4.

The Chinese character radicals set by the 5 number keys are: B, 4, , , 廿, («, the set of Chinese pinyin letters are: o, p, q, g, k, j, ao, ou _; set Chinese The phonetic alphabet is: ", 10,000, 幺, 2, the set phonetic alphabet letters are: Jj, Kk, 0ο (ό) 0 (0) o (o), Pp, Qq, Ll, Pp, Cc, Tt, Yy, MM, HH, OO, Π π, N v, Ξ ξ, O o, I i , Κ κ, : E , , 卜 , Ξ , , , , , , , , , , L , J? , & ( ), [: (2), (),

& ( ), ) , ( ), ( ), (port), h

(7), (4), (work), ^ (9); The punctuation and ¹ symbol are: single book name, number, and vertical book quotation marks; the set numbers are: Wu, V, 5.

The Chinese character set by the 6-key is: 匚, 卜, 升, and the set of Chinese pinyin letters are: 1, m, n, r, s, t, h, j, an, en; The letters are: factory, , , and set the phonetic alphabet letters: Rr, Ss, Tt, LI (11), Mm, Nn, Φ Φ, X x, Ii u, 3⁄4 q, Pp, Cc, Π π, P p, ∑ σ , Π π, Ρ ρ, Σ σ, ]: , ^| , , ^, ε, ^, Η , , 4 , f , c ≤ J, 0', (± (i° ( , , 八°), (匕e, 匕.), (7: ), ~, , ),

, (inch '), (, ), f ( ), ( '); Set the decoration, the symbol is: Sense Han, Hengshu double quotation, the set number is: Lu, VI, 6.

The Chinese characters set on the 7 number keys are: ij, Π, 八, 、, 入, Ρ, 15 , U; The set of Chinese Pinyin letters are: r, s, t, u, v, w, q, r, a ng, eng, the set Chinese phonetic alphabet is: 〈,丁,虫,±; The fixed phonetic alphabets are: 0o, Pp, Qq, Uu(ii)U(tl)u(tl), Vv, Ww, Nn, 0ο(ό) 0(0)o(o), Pp, Qq, ΙΠιπ, 3⁄4, 3⁄4, HlH, Yy, Φ φ, X x, Τ τ:, Τ υ, Φ φ, N v, Ξ ξ, ο ο, 丄, JL, τ, ττ , -| , ή , JL ^ ·3⁄4· , , ^ , ^ , ^ , ^ , ^ , , ( ), (3 ) ( ), ( ^), ( ), , ( ), (f), (,,), -e (r) (b), l£ ( ), ( ), '(7'), ^ ( ), (r ( ) set punctuation, the symbol is a semicolon, the set numbers are: 柒, 七, 7. '

The Chinese character radicals set on the 8 number keys are: spoon, , , , , knife , force , big , mouth , mouth , and wide ; the set of Chinese pinyin letters are : u, v, w, x, y, z , zh, ch, ong, ie _; set Chinese phonetic alphabets are: 4, corpse, day, 厶; set the phonetic alphabet letters are: Rr, Ss, Tt, β, Xx, Yy, Zz, U n , Η, ΠΙ ni, h -b 3 s, ) io, I a, Π π, P p, ∑ σ, X x, Ψ ω, Ω, ττ, I, ], 丄, , " , ": , ^ , 4 , , , t , ^ > ^ , ( ), »9> (2), none (work),

J: J: ( 3 3 ), _t (eight, If (匕°), (: ), ^ ^ ( .), /U ( ), ( ), (^), (-), J: ( H ) The punctuation marks and symbols are: colon, horizontal double quotes; the set numbers are: 捌, 八, 8.

The Chinese characters set on the 9 number keys are: i, 厶, 1_, small, towel, mountain, none, one, ? , corpse, female, township, day, 曰; The set of Chinese pinyin letters are: X, 1, z, sh, r, in, Un _{; the} set Chinese phonetic alphabets are: , loss, 厶, 廿; The phonetic alphabets are: Uu0 (tl), Vv, Ww. 3⁄4 , , HH, Τ τ, Τ ϋ, Φ φ, Τ, τ, ΐΜ, , S, 丁·], ^ι, , , ( ) , ( ), 3⁄4 ( ), ( 1^, 3⁄4 (°); The punctuation marks and symbols are: question mark, solid square brackets, empty square brackets; the set numbers are: 玖, 九, 9.

The Chinese character radicals set by the 0 number keys are: , inch, 弋, 3⁄4, wood, month; the set of Chinese pinyin letters are: x, y, z, c, s, ing _{; the} set phonetic alphabet is : Xx, Yy, Zz, 3⁄4 3 3 , ) K), H ϋ, X x, ψ ω, Ω, I, ], 7λ, D, 4, T], , , f, h (7), (Dou) , (", (work), , ^ ( ); Set punctuation, symbols are: period, double book name, double quotation marks, empty square brackets, solid square brackets, spaces, plus, minus, multiplication, division, &,

$, %, £, Θ, Ξ, Ψ, Ω, Π, .@; The set numbers are: zero, 0, 0.

〇.Processing device workflow

The workflow of the processing device is: tapping on the numeric keys of the display window with the Chinese character radical, the phonetic alphabet, the punctuation, the symbol, the number or the like keyboard, and the Chinese character radical, the Chinese pinyin alphabet, the Chinese character After the phonetic alphabet, the phonetic alphabet, the punctuation, the symbol, the number corresponding to the numeric key position; the keyboard outputs the Chinese character radical, the Chinese pinyin alphabet, the Chinese phonetic alphabet, the phonetic alphabet, the punctuation, the symbol, the number corresponding to the number Coding; digital coding is searched in the world font library by software. The search results can be output to the display of the display through software, or output to the printer to print the world text, and can be transmitted by cable or wireless via modem or router. The method transmits the code of the world character to other world text information processing devices for processing.

The above-mentioned world text information encoding input method and its processing device can encode and input world text information, and are widely used in computer systems and communication systems. World text coding sorting retrieval method and retrieval system thereof

Next, a world character code sorting retrieval method and a retrieval system using the world literature information digitizing operation encoding method of the present invention will be described.

The world text encoding sorting retrieval method and its retrieval system include: a world text encoding sorting retrieval method, and a world text sorting retrieval system.

1. World text encoding sorting retrieval method

The world text encoding sorting retrieval method includes an encoding method, a sorting method, and a searching method. (-) . World text encoding method

The coding method of the world character is to encode the world character by the world text information digitization operation coding method of the present invention.

World text sorting method

The sorting methods of the world text include: a sorting method of the printing and publishing type retrieval system, and a sorting method of the electronic publishing type retrieval system. 1. World text sorting method for printing and publishing type retrieval system

The world text sorting method of the printing and publishing type retrieval system includes: a sorting method of the Chinese character printing and publishing type retrieval system, and a sorting method of the phonogram type printing and publishing type retrieval system.

(1). Sorting method of Chinese character printing and publishing class retrieval system

The sorting methods of the Chinese character printing and publishing class retrieval system include: an index sorting method and a text sorting method.

1. Index sorting method

The index sorting methods include: Chinese character operation coding index sorting method, Chinese character radical index sorting method, Chinese Pinyin syllable index sorting method, Chinese character phonetic syllable index sorting method, and word classification index sorting method.

A: Sorting method of Chinese character operation coding index

The sorting method of the Chinese character operation coding index includes: a sorting method of a single word index, a sorting method of a phrase index, and a sorting method of a single word with a phrase index.

a. Single word index sorting method

The ordering of the single word index is composed of a single word digital code, a single word, a single word page bit code consisting of three columns from left to right or consisting of a single word digital code, a single word, a single word page bit code from left to right and two columns. The ordering of the coded columns of a single word is arranged in the order of one code, two bit code, three bit code, and four bit code from small to large; the single word column is arranged on the right or the bottom of the code; the page bit code is arranged in the single word column. right.

b. Sorting method of phrase sorting method

The phrase ordering of the Chinese character operation coding index sorting consists of the phrase encoding, phrase, and phrase page bit code from left to right in three columns or consists of the phrase encoding and phrase, and the page number of the phrase are divided into two columns from left to right. The ordering of the coded columns of the phrase is arranged in the order of one code, two-digit code, three-digit code, and four-digit code from small to large; the page bit code is arranged to the right of the phrase column.

c single word with phrase sorting method

The single-word phrase sequence of Chinese character operation coding index consists of single-word coding, Chinese character, Chinese character page number code from left to right, or consists of single-word coding and Chinese character, Chinese character page number code from left to right into two columns. . The ordering of the coded columns of a single word is arranged in the order of one code, two bit code, three bit code, and four bit code according to the code number from small to large; the Chinese character column is arranged in the code. On the right or below, the first word of the phrase is arranged in the first line of the Chinese character column, and the phrase with the same word in the second line is arranged below the second line; the page bit code is arranged on the right side of the Chinese character column.

B: Chinese character radical index sorting method

The ordering of the Chinese character radical index includes two parts: the radical directory and the checklist, where: a.

The catalogue of the radicals consists of the Chinese character radical and the page number of the checklist. The first column of the Chinese character is arranged from small to large according to the number of strokes of the radical, and the number of strokes is the same as the horizontal, vertical, 撇, point, and fold. Arrange, mark the number of strokes in the first line of the first column of the same stroke number, and mark the page number of the word list on the right side of the radical.

b. Checklist

The word list consists of two columns: Chinese character and body page bit code. The number of pages and the total number of Chinese characters included in this page are indicated in the upper left or upper right corner of each page of the word list. The order of the Chinese character column is arranged according to the number of strokes of the Chinese character radicals from small to large; the Chinese characters of the same radical are arranged in one class, and the radicals are marked in the first row, and the remaining parts (excluding the remaining pieces) are removed. Arrange from small to large; the number of strokes of the remaining pieces is in the same category, and the total number of strokes of the remaining parts is marked in the first line, in the order of horizontal, vertical, 撇, point, and fold. The body page number code is placed on the right side of each Chinese character.

C: Chinese Pinyin syllable index sorting method

The ordering of the Pinyin syllable index consists of three columns: the Pinyin syllable, the example word, and the page bit code from left to right. The Pinyin syllables are arranged in alphabetical order, and the first Pinyin syllables of the same Pinyin alphabet are arranged in the same class. The first line of a syllable is marked with a capitalized pinyin to indicate the first pinyin of the syllable. One word is given to the right of each syllable, and the right side of the word is the page number of the body.

D: Chinese character phonetic syllable index sorting method

The ordering of the phonetic syllable index consists of three steps: the phonetic syllable, the example word, and the page bit code from left to right. The phonetic syllables are arranged in alphabetical order, and the first phonetic syllables with the same phonetic alphabet are in the same class, each class. The first line of the syllable is marked with the phonetic letter to indicate the first phonetic letter of the syllable. The right side of each phonetic syllable is a word for the example, and the right side of the word is the page number of the body.

E: Sorting method of term classification index The ordering of the term classification index consists of two categories: the classification term and the body page bit code. The classification terms are arranged according to the knowledge content and the subject attributes, and the generic line is indicated in the first line of each type of word. Each type of word is arranged from small to large according to the number of strokes of the first word of the word, and the number of strokes is The strokes are arranged horizontally, vertically, 撇, point, and fold; the body page digits are placed to the right of each word.

2. The text sorting method

The sorting of the text consists of the Chinese character prefix and interpretation, page number, and bit code. The Chinese character prefix and the order of interpretation are arranged in the order of Pinyin syllables or in the order of Chinese phonetic syllables, or arranged according to the knowledge content and subject attributes. The homophones arranged in the order of pinyin or phonetic syllables are Yinping, Yangping, Shangsheng, Desheng The order is arranged in a soft order; the page number is arranged in the order of the page number from the smallest to the largest in each page; the position code of the Chinese character is arranged in the order of the position code from the smallest to the largest in the left of the Chinese character.

(2) . Sorting method of phonogram printing and publishing class retrieval system

The sorting method of the phonogram printing and publishing class retrieval system includes: an indexing method of the index, a sorting method of the body text.

1 . Index sorting method

The ordering of the index consists of the encoding of the phonetic characters, the phonetic characters, and the page number of the phonetic characters. The page number consists of three columns from left to right or is encoded by the phonetic characters. The page number of the phonetic characters and the phonetic characters is from the left. It consists of two columns to the right. The coding column of the phonetic text is sorted by the number of codes from small to large, and the phonetic characters are arranged on the right or the bottom of the code; the page bit code is arranged on the right side of the phonetic word.

2. The sorting method of the text

The sorting of the text consists of the phonetic text prefix and the position code of the interpretation, page number, and phonetic text. The sorting of the prefix and the explanation are arranged in alphabetical order according to the alphabetical alphabetical order. The page number is arranged in the order of the page number from the smallest to the largest in the space around each page; the position code of the phonogram is arranged in the order of the position code from small to large. The left side of the prefix.

2. World text sorting method for electronic publishing sorting retrieval system.

The world text sorting of the electronic publishing sorting retrieval system consists of a prompt block, a candidate word column, and a text block. (as shown in Figure 30) where:

(1). The prompt bar consists of the code input box and the prompt box arranged from left to right; The position code, letter or syllable of a letter or syllable is arranged from left to right;

(2) The candidate column consists of the position code of the world text and the world text from left to right;

(3) The text bar consists of world text and its interpretation from left to right.

Θ. World word search method

The world word search method includes a world text search method for a print publishing sorting retrieval system, and a world text search method for an electronic publishing sorting and retrieval system.

1. World text retrieval method for printing and publishing sorting retrieval system

The world text retrieval method of the printing and publishing sorting retrieval system includes: a Chinese character retrieval method, and a phonetic character retrieval method.

(1). Search method of Chinese characters

The Chinese character retrieval method of the printing and publishing sorting retrieval system includes: a method for searching Chinese characters according to the Chinese Pinyin syllable index, a method for searching Chinese characters according to the Chinese character phonetic syllable index, a method for searching Chinese characters according to the Chinese character radical index, and searching for Chinese characters according to the Chinese character operation coding index. Method, the method for retrieving Chinese characters according to the index of the word classification; wherein the method for retrieving Chinese characters according to the Chinese character operation coding index can be used alone or in combination with the above Chinese character retrieval method.

1. Method for searching Chinese characters according to Chinese Pinyin syllable index

The method of retrieving Chinese characters according to the Pinyin syllable index of Chinese characters is as follows: the syllables, homophones and page bit codes of the same pronunciation are found in the Pinyin syllable index of Chinese characters according to the Pinyin syllables of Chinese characters, and the page number code of the homophones is found in the text. Chinese characters and explanations to be searched.

2. Method for searching Chinese characters according to Chinese character phonetic syllable index

The method of searching Chinese characters according to the Chinese phonetic syllable index is as follows: according to the phonetic syllables of Chinese characters, the phonetic syllables, homophones and page bit codes of the same pronunciation are found in the index of the Chinese phonetic syllables, and the page bit code of the homophones is checked in the text. Go to the Chinese characters and explanations you need to retrieve.

3. Method for retrieving Chinese characters according to the Chinese character radical index

According to the Chinese character radical index, the method of retrieving Chinese characters is as follows: According to the number of strokes of the radicals of the Chinese characters, the page numbers of the radicals and radicals in the checklist are found in the Chinese character radicals directory, and are found in the checklist according to the page number. The radicals; according to the number of strokes of the remaining pieces, the Chinese characters and the body page digits to be searched are found in the Chinese character column of the radical; the Chinese characters and explanations to be searched are found in the text according to the body page digit code.

4. Method for searching Chinese characters according to Chinese character operation coding index The method of searching Chinese characters according to Chinese character operation coding index is divided into single word sorting index retrieval method, phrase sorting index retrieval method, single word with phrase sorting index searching method.

A: How to retrieve Chinese characters by sorting index by word

The method for retrieving Chinese characters according to the single-word sorting index is: using the world text information digitizing operation encoding method of the present invention to compile the encoding of the Chinese characters that need to be searched, and finding the single word and the page bit code that need to be retrieved in the encoding index according to the encoding, according to the page position. The code finds the word and explanation to be retrieved in the text.

B : How to retrieve Chinese characters by phrase sort index

The method for retrieving Chinese characters according to the phrase sorting index is as follows: according to the world text information digitizing operation encoding method of the present invention, the encoding of the phrase to be retrieved is compiled, and the phrase and the page bit code are found in the encoding index according to the encoding, according to the page bit code in the body text. Find the phrase and explanation you need to search.

C : Method for retrieving Chinese characters by word segmentation index

The method for retrieving index by word in a single-word phrase is: encoding the first Chinese character of a phrase to be retrieved according to the encoding method of the world text information digitization operation according to the present invention, and finding the first Chinese character of the phrase according to the encoding in the encoding index, The page number of the phrase and phrase, according to the page number code, find the phrase and explanation to be retrieved in the text.

5. Method for searching Chinese characters by index of index

The method for retrieving Chinese characters according to the index of the word classification is as follows: the category of the word to be retrieved and the number of strokes of the first word of the word are found in the index of the word and the page number code, and the page number code is checked in the text. To the word and explanation.

(2) . Table music search method

The method for searching the phonetic characters is: according to the method for digitizing and encoding the world text information according to the present invention, the code of the phonetic characters to be searched is compiled, and the phonetic characters and the page bit code that need to be searched are found in the code index according to the code, according to The page bit code finds the phonetic text prefix and interpretation of the desired search in the text.

2. World text retrieval method for electronic publishing sorting retrieval system

The world character retrieval method of the electronic publication sorting and retrieval system is a world text information digitization operation coding input method according to the present invention, and the input code retrieves the world text, and includes: a Chinese character retrieval method, and a phonetic character retrieval method. (1). The Chinese character retrieval method includes: inputting the Chinese character pronunciation syllable encoding method for searching Chinese characters, inputting Chinese character operation encoding and searching Chinese characters; wherein inputting Chinese character operation encoding and searching Chinese characters can be used alone or with input Chinese syllable syllable letters The method of encoding and searching for Chinese characters is used in combination. .

1. Input Chinese character pronunciation syllable coding method for searching Chinese characters

The method for inputting Chinese character pronunciation syllable code to search for Chinese characters is as follows: According to the pronunciation syllable of Chinese characters, using the world text information digitization operation coding method of the present invention, the coding of the Chinese character pronunciation syllables to be searched is compiled; the syllable is input in the coding input box of the prompt column. Encoding, find the position code of the syllable and syllable in the prompt box of the prompt bar; input the position code of the syllable, find the position code of the Chinese character and Chinese character to be retrieved in the candidate word column; input the position code of the Chinese character, in the text column Find the Chinese characters and explanations you need to search.

2. Input Chinese character operation code to search Chinese characters

The method for inputting Chinese character operation coding to search for Chinese characters is: using the world text information digitization operation coding method of the present invention to encode the Chinese character that needs to be searched; inputting the coding of the Chinese character in the coding input box of the prompt column, and searching for the required search in the candidate word column. The position code of the Chinese characters and Chinese characters; Enter the position code of the Chinese characters to be searched, and find the Chinese characters and explanations to be searched in the text column.

(2) . Retrieval method of phonetic characters

The method for searching the phonetic characters is: using the world text information digitization operation coding method of the present invention to encode the code of the phonetic characters to be searched, 'Enter the code of the phonetic characters in the code input box of the prompt column, and check the candidate word column. To the position code of the phonetic characters and phonetic characters that need to be searched, enter the position code of the phonetic characters to be searched, and find the phonetic characters and explanations of the required words in the text bar.

World word sorting retrieval system

The world text sorting retrieval system includes: a world-class sorting and retrieval system for printing and publishing, and a world text sorting and retrieval system for electronic publishing.

( ) . Printing and publishing world text sorting retrieval system

The printing and publishing world text sorting retrieval system is: using the Chinese Pinyin syllable index retrieval method, the Chinese character phonetic syllable index retrieval method, the Chinese character radical index retrieval method, the Chinese character operation coding index retrieval method, the phonetic transcription operation coding index retrieval method, the term Classification index retrieval method Six kinds of retrieval methods of Chinese characters, phonetic characters, world-style comparison of various dictionaries, dictionaries, dictionaries, manuals, and reference books. The Chinese character operation coding index retrieval method and the phonogram operation coding index retrieval method may be used alone or in combination with other retrieval methods.

« . Electronic publishing world text sorting retrieval system

The electronic publishing world text sorting retrieval system is: Chinese Pinyin syllable retrieval method, Chinese Pinyin alphabet encoding retrieval method, Chinese character phonetic alphabet encoding retrieval method, Chinese character operation coding retrieval method, and phonetic character retrieval method. Audio text, world text comparison computer dictionary, dictionary, reference book, electronic dictionary, dictionary, reference book, CD dictionary, dictionary, reference book, disk dictionary, dictionary, reference book, tape dictionary, dictionary, reference book, magnetic card dictionary, Dictionary, reference book. The Chinese pinyin alphabetic code retrieval method, the Chinese character phonetic alphabet code retrieval method, the Chinese character operation code retrieval method, and the phonetic character retrieval method may be used alone or in combination with other retrieval methods. World Word Computer Language Writing Method. The following describes a world text information digitizing operation encoding method and processing apparatus thereof, and a world word computer language writing method and its execution method.

The world word computer language writing method and its execution methods include: the world word computer language writing method, the world word computer language language.

I. World word computer language writing method

The writing method of the world word computer language is: writing characters using world characters, punctuation, symbols, numbers, writing computer language according to the type, format, content and use of computer language; using world text information coding input method and processing device thereof , encoding input world characters; according to the classification of computer language, the world word computer language is divided into: machine language, assembly language, level language to write.

( ). How to write machine language

The way to write machine language is:

1. Use the world's words, numbers, punctuation, and symbols to describe the computer language The task.

2. Use any four decimal digits to represent the world characters, numbers, punctuation, symbols that describe the tasks to be completed in the machine language, or use the four-digit decimal number of the world text information digitization operation method of the present invention to indicate that the machine language accomplishes the task. World text, numbers, punctuation, and symbols are encoded. The encoding of less than four digits is preceded by 0 plus four digits. The encoding of the four digits is used to indicate the world characters, numbers, punctuation, and symbols that the machine language is to accomplish. .

3. Use a four-digit binary number to represent a ten-digit number, using a total of sixteen-digit binary numbers to represent a four-digit decimal number.

〇. How to write assembly language

The assembly language is written as:

1. Use the world's words, numbers, punctuation, and symbols to illustrate the tasks to be accomplished in computer assembly language.

2. Use any four-digit decimal number to represent the world characters, numbers, punctuation, symbols, or the world text information digitization coding method of the present invention. The four-digit decimal number is used to indicate that the assembly language is to be completed. The world text, numbers, punctuation, and symbols of the task are encoded. The code of less than four digits is preceded by 0 plus four digits. The code of the four digits is used to represent the world text and numbers of the tasks to be completed by the assembly language. , punctuation, symbols.

Θ. High-level language writing method

The high-level language is written in the form of symbols using world characters, numbers, punctuation, and symbols. It is written in natural language and digital language format according to the content and purpose of the computer's high-level language.

2. The implementation of the world word computer language program

(-) . Direct execution mode

The world word computer language program is compiled and converted by a language-provided compiler to generate a virtual sixteen-bit machine code, which is then interpreted directly by an interpreter provided by the language.

«.Indirect execution

The world word computer language program is compiled and converted by a language-provided compiler to generate a virtual sixteen-bit machine code, which is then provided by a web browser supporting the world computer language language. The interpreter executes.

The above-mentioned world word computing language writing method and execution method can be used to write various world computer languages for different purposes. World Word Computer Chip Instruction Design Method

The following describes a world word computer chip instruction design method for writing a machine language using the world word computer language writing method of the present invention and its execution mode.

The design method of the world text computer chip instruction is: using Chinese characters, phonetic characters, letters, punctuation, symbols, numbers as instruction design symbols, task design instructions to be completed according to computer chip instructions; using the world text information digitization operation of the present invention The encoding method uses a four-digit decimal number encoding to represent a world character; the sixteen-digit binary digits 0 and 1 represent the tasks to be performed by the computer chip.

According to the above method, the specific computer chip instruction design method is:

1. Use Chinese characters, phonetic characters, letters (including pseudonyms), numbers, punctuation, and symbols to indicate the tasks to be completed by the computer chip.

2. Use any four-digit decimal number to indicate the world characters, numbers, punctuation, symbols, or the world text information digitization operation coding method of the machine language to be completed by the machine language, and use the four-digit decimal number code to indicate that the computer chip instructions are to be Completed tasks of Chinese characters, phonetic words, letters, words, numbers, punctuation, symbols.

3. The world word computer language (writing) method and its implementation using the present invention uses a four-digit binary number to represent a decimal number, and a total of sixteen binary nines are used to represent a four-digit decimal number.

The world word computer chip command can be designed by using the above-mentioned world word computer chip instruction design method. World Word Computer Chip Instructions

The following is a description of a world word computer chip command designed using the world word computer chip command design method of the present invention.

The world text computer chip instructions include: Chinese character computer chip instructions, phonetic text class computer chip instructions. Control class instructions, graphics instructions, character class instructions, 1. Chinese character computer chip instructions

The Chinese character computer chip instructions include: control class, graphic class, and character class instructions. (-). Control class instructions

For example: value character

0000 empty, zero

0008 □ value character

7847 (new line)

(-). Graphics instructions

For example: value graphic

0081 *

〇. Character class instructions:

For example: value character

0082

2. Phonogram type computer chip instructions

The phonetic and text type computer chip instructions include: control class, graphic class, word control null return class instruction. (-). Control class instructions

Zero character For example: Value Character Control character

0000 (null) UL

(empty, zero)

〇.Graphic instructions

For example: value graphic

0081 ★

Character class instruction

For example: value character

0082 A

World word computer programming language

The following describes a world word computer programming language that is written and executed using the world word computer program writing method of the present invention and its execution method, and is characterized by:

1. Composition using Chinese characters, phonetic characters, letters, kana, numbers, punctuation, symbols The statement is a worldwide computer language composed of a classification description, an operation computer program, and a collection of program statements.

2. The Chinese characters, phonetic characters, letters, pseudonyms, numbers, punctuation marks, symbols constituting the program statements are encoded with or without the world text information digitization coding method of the present invention.

3. World text encoding input method and processing apparatus thereof with or without the present invention Input program statements into a computer.

4. The program statement is written by using the worldwide computer program writing method and the execution manner thereof.

Next, the characters, constants and variables, data types, arithmetic expressions, program flow control, and data output and input used in the world word computer program language of the present invention will be described.

1. Characters used in the world of computer programming languages

(1) Chinese characters;

». Phonetic alphabet, letters: A--Z; Kana:

o. Ten Ala figures: 0- 9;

Φ . Arithmetic operators: +, one, *, /, %,

ω. Relational operators: 〉, 〈, 〉 =, 〈=, ^e =

Bitwise operators: ",", >>>, ,,

(7) . Logical operators:! , , 1, Λ,

Assignment operators: =, 0P = (assignment =);

Conditional operator: ? :;

Classification of constants and variables

(a). Constant

Constants include data type constants, character type constants, string constants, and true and false constants.

1. Data type constants include integer constants and floating point constants.

(1) . Integer constants

Integer constants are represented by three forms: octal, integer decimal integer, and hexadecimal integer. The octal integer is represented by the Chinese number eight, and the hexadecimal number is represented by the Chinese number sixteen.

(2) . Floating point constant Floating-point constants include both single-precision and double-precision types, which are represented by "single or float" and "double or doable" respectively. Floating point numbers are expressed in decimal numbers and scientific notation, plus after constants. "Single" stands for single-precision type, plus "double" means double-precision type, and without Chinese characters or letters, it defaults to double-precision type.

2. Character constants

Character constants are enclosed in a single Chinese character or letter in a pair of single quotes.

E.g:

3. String constants

String constants are enclosed in double quotation marks in a line of Chinese characters or letters.

E.g:

4. True or false constants are represented by either "true or true" and "false or false". E.g:

〇. Variable

Variables consist of identifiers, types, and scopes, including numeric variables and string variables; numeric variables include simple variables and subscript variables.

0. Data type

Data types include basic types, array types, and class types.

Basic type

Basic types include integer types, floating point types, character types, and true and false types.

(1) . Integer type

The integer types include 8-bit byte type, 16-bit font type, 32-bit two-word type, 64-bit four-word type, and the range of values is -27-( 27-1 ) 1-215- ( 215-1 ), - 231- ( 231-1 ), -263-) 263-1 ).

(2) . Floating point types include single precision type, double precision type.

The single precision type is 32 bits, and the range of numbers is 1. 402398466e - 45f - 3. 40262347e + 38f. The double type is 64 bits and the range of numbers is 4. 940656465334e- 324-l. 79976931348623157e + 308.

(3) . Character type

The character type is a 16-bit font, and the number ranges from 0-65536.

(4) . True and false types The value of the true and false type has only one bit, and its value is logically 0 true or true with false or false _Q.

Integer types, floating point types, and character types can be converted to each other by type conversion.

2. Array type

Array types include arrays of integers, arrays of floating point numbers, and arrays of characters.

3. Class type

Class types include interface classes, package classes, string handling classes, exception handling classes, data stream processing classes, graphics drawing and processing classes, text and color classes, interactive event processing classes, abstract window tools classes, image and sound processing classes , network function class.

The definition format of a type consists of object variables and methods. The object variables are used to define the internal data format of an object. The method is used to define the behavior of an object.

Three. Operational expression

The operation expression consists of an operator and an operand. It is divided into an arithmetic expression according to the type of the operator, a relational operation expression, a bit operation expression, a logical expression, an assignment expression, a conditional expression, and an expression for performing a mixed operation. Is a compound expression. among them:

H. Arithmetic expressions include four arithmetic operations, remainder operations, self-addition operations, and self-decreasing operations.

« . Relational operation expressions include equality operations, sequential operations.

位. Bit operation expressions include bitwise operations, shift operations.

Program flow control

Program flow control includes three modes: sequential execution, selective execution, and cyclic execution. (-) . The sequential execution is performed in the order of the program.

α. Select Execute Select a program execution operation that satisfies the condition among multiple programs. (3⁄4. The loop execution mode is divided into two types: the type loop and the type loop. The type loop determines the value of the conditional expression first. When the result is true or true, the program is repeatedly executed until the value of the expression is false or falst. The loop operation is stopped. Until the type loop executes the operation first, the conditional expression is judged. The result is true or the trace is executed again. If the result is false or false, the loop operation is stopped.

V. Output of data H. Input of Data The data input to the computer method of the present invention and its processing device are used to input data into a computer.

〇. The output of the data is processed by the program language.

Using the above-mentioned world word computer programming language, it is possible to write a world word computer program.

World Word Computer Operating System Design Method and Its Operation Mode

The following describes a world text computer operating system design method and its operation mode using the world text information encoding input method of the present invention and its processing device encoding input and processing world text.

The design method and operation mode of the world word computer operating system include: world word computer operating system design method, world word computer operating system operation mode.

1. The design method of the world word computer operating system is:

(-). Use graphics, Chinese characters, letters, pseudonyms, punctuation, symbols, numbers as operators, according to the type of computer operating system, purpose, task, design computer operating system.

O. Use World Text to name the file and use this world literal file name to access the storage address on the disk where the file marked with world text is located.

世界. The world character encoding input method of the present invention and its processing device code input are used to process world text characters.

According to the above method, the specific design method of the world word computer operating system is divided into: a computer installation basic boot operating system (BIOS), and a computer-installed multi-task operating system design method.

( ) . Computer installation basic boot operating system (BIOS) design method Computer installation basic boot operating system (BIOS) design method is: use world text to edit the operation command line into a menu, table form display on the display to provide selection operation .

. Design method of multitasking operating system after computer installation

The design method of the multitasking operating system after computer installation is to design the operation command into a window screen using graphics, world text, and numbers to provide a selection operation on the display screen.

(among them):

2. How the world's word computer operating system operates (-). Use the mouse, finger, electronic pen to click, touch, and move the world text operator displayed on the display to complete the operation.

0. Complete the operation using the voice-activated read operation command.

Use the keyboard to type in the instructions to complete the operation.

The computer operating system can be designed and operated by using the above-mentioned world word computer operating system design method and operation mode. World word computer operating system and its operation method

Finally, a world word computer operating system and its operation method designed by using the world word computer operating system design method and its operation mode of the present invention will be described.

The world word computer operating system and its operating methods include: the world word computer operating system, the operating method of the world word computer operating system.

1. The world word computer operating system, which is characterized by:

(-). Use the world text to name the file and use this world text file name to access the storage address on the disk where the file marked with the world text is located.

«. Use graphics, world text, numbers to design the operation commands into a window display. On the display, a selection operation is provided.

(3⁄4. The world character information, the code input method, and the processing device thereof according to the present invention are coded and input to the world character operator for operation.

Next, the desktop icon and window structure of the world-wide word computer operating system of the present invention will be described.

1. The desktop icons are: "My Computer", "My Documents", "Recycle Bin", "My Briefcase".

2. The window structure is: title bar, menu bar, toolbar, address bar, button, scroll bar, object frame, status bar. The object frame is composed of "tag", "drop-down list box", "ruler", "preview box", "command button", and the "input method" in the status bar is Chinese, English, Japanese, Russian, German, French, Korean, Spanish, Arabic, Greek text input method.

2. World Word Computer Operating System Operation Method The operation method of the world word computer operating system includes: a touch operation method, a voice control operation method, and a keyboard operation method.

H. Touch operation method

The touch operation method includes: a mouse operation method, a finger, and an electronic sensor pen operation method.

I. The operation method of the mouse includes: pointing, clicking, double clicking, dragging, and rotating.

2. How to operate your finger and electronic sensor pen: Point, touch, and write.

(3. The voice control operation method is: Read the operation command with sound.

Θ. The keyboard operation method is: Type the command by typing the key.

The operation of the world text computer system can be completed by using the above-mentioned world word computer operating system and its operation method.

3. Created a world text information digitization operation coding method commonly used in computer world text encoding input method and world text encoding sorting retrieval method. The present invention has been described in detail with reference to the preferred embodiments of the present invention, and those skilled in the art should understand that the invention can be practiced in other specific embodiments without departing from the spirit or essential characteristics of the invention. The presently disclosed embodiments are therefore considered to be illustrative and not restrictive.

For example, the English letters shown in Figure 3 are arranged in the 1st and 0th regions. This is just a sort of arrangement that is more in line with people's living habits. It can also be arranged in accordance with the habits of people who use language. In addition, the computer device described in the present invention may be a mobile phone containing software, or a personal digital assistant PDA, or an analog numeric keypad, or a palmtop computer. The scope of the invention is therefore intended to be limited by the appended claims

Claims

Rights request

A code input method for world text for encoding and inputting world text into a computer device, the computer device comprising a numeric keypad, the method comprising:

For each type of text in the world text, some basic components that make up the type of text or can be determined are assigned to the corresponding numeric keys of the numeric keypad, and the encoding of each basic component is uniquely determined by the area code and the bit code. , the area code is the number of the key where the part is located, and the bit code is the position number of the basic part in the corresponding number key;

Select the type of text to be entered;

For each word of the category text to be entered, it is decomposed into a combination of the several components;

The area code and the bit code corresponding to each component in the combination are arranged in order as the encoding of the text;

Enter the code for the word.

2. The code input method according to claim 1, wherein

The world characters are divided into ideograms and phonetic characters; for the phonetic characters, the components are letters of the phonetic characters; and for ideograms, the basic components may respectively comprise the ideograms The basic strokes, the pinyin letters that make up the ideograms, and the basic strokes and pinyin letters that make up the ideograms.

The code input method according to claim 2, wherein

The phonetic characters include English, French, German, Italian, Spanish, Russian, Greek, Arabic, Japanese, Korean, and the ideogram includes Chinese; for Chinese, the basic components may respectively comprise Chinese characters The basic strokes, which constitute the pinyin letters or initials of the Chinese pronunciation of Chinese characters, the finals of the Chinese characters that constitute the Chinese character, and the initials and pinyin or initials; for Japanese, the basic components can respectively include the basic strokes of the Chinese characters in Japanese. , a pseudonym that constitutes a Japanese character, and a pseudonym of a Japanese pronunciation that constitutes a Japanese kanji; for Korean, the basic components include basic strokes constituting a Chinese character in Korean, Korean Korean characters constituting Korean characters, and Korean to Chinese characters The Korean alphabet of the pronunciation.

The code input method according to claim 3, wherein the Chinese characters are in Chinese characters The basic component at the time of encoding is a basic stroke of a Chinese character, the encoding of which is determined only by its area code, and the basic stroke and its area code are determined as follows:

1 The strokes of Sinology are classified into five basic strokes: horizontal, vertical, 撇, point, and fold. The codes are defined as 1, 2, 3, 4, and 5 to form a stroke code.

2 horizontal, vertical, 撇, point, folding two two combinations, each combination of the respective stroke code numbers are added, and the full ten minus ten operation, thereby forming a two-line combination code;

3 horizontal, vertical, 撇, point, fold any three stroke combination, the respective combination stroke code numbers are added, perform a full ten minus ten operation, thereby forming a three-line combination code;

4 combinations of horizontal, vertical, 撇, point, and fold are more than three strokes, and the respective combined stroke code numbers are added, and the full ten minus ten operation is performed to form more than three stroke combination codes.

The code input method according to claim 4, wherein said basic component and its area code are:

The code includes a horizontal, vertical, 撇, point, and fold, and the corresponding code is 1, 2, 3, 4,

5;

The combination of two strokes includes horizontal and horizontal combination, horizontal and vertical combination, horizontal and horizontal combination, horizontal combination, and horizontal combination; vertical and vertical combination, vertical and vertical combination, vertical combination, and vertical combination; 撇撇 combination, 组合 point combination, and 撇Combination; point combination, point combination; folding combination; the corresponding codes are: 2, 3, 4, 5, 6; 4, 5, 6, 7; 6, 7, 8; 8, 9; 0; The three-line combination code includes: inch, 弋, and its code is 0; 3. gate, hex, bow, child, township, horse, whose code is 1; eve, owe, small, and its code is 2; t, , , the code is 3; work, earth, cow, 幺, its code 4; 廿, 〈, its code is 5; liter, its code is 6; 3, 3, its code is 7; large, mouth, , wide, its code is 8; especially, small, towel, mountain, , , ? , corpse, female, whose code is 9;

4 combinations of horizontal, vertical, 撇, point, and fold more than three strokes: wood, month, fire, water, day, and their corresponding codes are 0, 0, 2, 4, 7, and 9, respectively.

The code input method according to claim 4, wherein

According to the defined basic strokes, stroke combinations, and their area codes, the Chinese characters are coded as follows:

According to the division of the radicals of Chinese characters, the Chinese characters are divided into the radicals and the remainders of the Chinese characters except the radicals. The radicals and the remaining parts of the Chinese characters are encoded by 0-9 digits, according to the Chinese characters. Write the stroke order, take more than three stroke combination code according to the priority, then take the three stroke combination code, then take the two stroke combination code, and finally take the code acquisition order of the code, the radicals take no more than two codes, and the remaining pieces are coded. Not more than three yards, the encoding of the radicals and the remaining pieces is combined into the encoding of the Chinese characters. Each Chinese character takes up to four yards, and at least one yard.

The code input method according to claim 6, wherein the step of encoding the Chinese characters comprises:

Determine whether a single Chinese character is a single character or a fit word;

For single characters, coded in whole words;

For the fit word, the first and remaining parts are encoded.

The code input method according to claim 7, wherein the step of encoding the single character comprises:

Determine if the single character is more than four yards;

For more than four yards of Chinese characters, the first three codes and the last code of the single character are sequentially composed of the code of the word;

For a single character of no more than four yards, the entire code of the single character is taken, and the code of the word is formed in turn;

The code input method according to claim 7, wherein the step of encoding the combined word header and the remainder is:

Determine if the fit word exceeds four characters of the fit word;

For a code that does not exceed four codes, the radical takes one code, and the remaining one takes one to three codes, and the code of the word is formed in turn;

For more than four coded words, the radical takes one code, and the remaining one takes the first two codes and the last code, which in turn constitute the code of the word.

10. The encoding input method according to claim 7, wherein the step of encoding the header portion and the remainder of the combined word portion comprises:

Determine if the fit word exceeds four characters of the fit word;

For no more than four coded words, the radical takes two codes, and the remaining ones take one to two codes, which are combined in turn.

For more than four coded words, the radical takes the first code and the last code, and the remaining pieces take the first code and the last code, which in turn constitute the code of the word.

The code input method according to claim 6, wherein the encoding of the phrase consisting of a single word comprises the steps of:

The encoding of the two words is: taking the first code and the last code of each word, and sequentially composing the encoding of the phrase;

The encoding of the three words is: the first two words each take the first code, the latter word takes the first code and the last code, and the code of the phrase is composed in turn;

The encoding of the multi-word is as follows: The first three words and the last word are each taken from the previous code, and a total of four codes are sequentially combined to form the encoding of the phrase.

12. A method of searching for an encoded input method according to any one of claims 6-11, comprising the steps of:

Write the code of the Chinese character that needs to be retrieved,

Enter the code of the Chinese character in the prompt bar to get the position code of the Chinese character, and

According to the position code of the Chinese character to be retrieved, the Chinese character and explanation to be searched are found in the text column.

The encoding input method according to claim 3, wherein when the Chinese character is encoded according to the Chinese character pinyin alphabet, the basic component comprises a pinyin letter constituting the Chinese pronunciation of the Chinese character and a tone of the Chinese character, and the encoding of the Chinese character constitutes the Chinese pronunciation of the Chinese character. The area code and the tonal code of the pinyin letters are sequentially composed, wherein the tone code is composed of a code of Chinese tones selected by any one of 0-9 digits.

The encoding input method according to claim 3, wherein when the Chinese characters are encoded according to the Chinese character pinyin letters, the basic components include pinyin letters constituting the Chinese pronunciation of the Chinese characters, and the encoding of the Chinese characters is sequentially composed of the area codes of the alphabetical letters.

The code input method according to claim 13 or 14, wherein said pinyin letters are distributed in a 1-8 area:

The letters in the 1-4 position of Region 1 correspond to: a, b, c, d

The letters of the 1-3 position in Region 2 correspond to: e> f, g

The letters in the 1-4 position of Region 3 correspond to: h, i, j, k

The letters of the 1-3 position in Region 4 correspond to: 1, m, n

The letters of the 1-3 position in Region 5 correspond to: 0, P> q

The letters of the 1-3 position in Region 6 correspond to: Γ, s, t The letters of the 1-3 position in the 7th zone correspond to: u, v, w

The letters of the 1-3 position in the 8th zone correspond to: x, y, z o

The code input method according to claim 13 or 14, wherein said pinyin letters are distributed in a 1-0 area:

The 1- to 2-position of Zone 1 corresponds to: a» b

The 1- to 2-position of Zone 2 corresponds to: c d

The 1- to 3-position of Zone 3 corresponds to: 6, f, g

The 1- to 2-position of Region 4 corresponds to: h, i

The 1-to-2 position of Region 5 corresponds to: j, k

The 1- to 3-position of Region 6 corresponds to: 1, m, n

The 1-1-3 bits of Zone 7 correspond to: 0, P, q

The 1- to 3-position of the 8th zone corresponds to: Γ, s, t

The 1- to 3-position of Zone 9 corresponds to: u, V, w

The 1- to 3-bit of zone 0 corresponds to: X, y, z

17. A method of searching for a code input method according to claim 13 or 14, comprising inputting pinyin letters according to a pinyin syllable of a Chinese character,

The pinyin syllable and the position code of the Chinese character to be found are obtained in the index column, and the Chinese characters and explanations to be searched are found from the text column according to the position code of the Chinese character.

The encoding input method according to claim 3, wherein the basic component of the Chinese character pronunciation according to the Chinese character is the initial and finals of the Chinese pronunciation alphabet constituting the Chinese character, and the initials and finals constituting the Chinese pronunciation of the Chinese character. The area code and bit code form the code of the Chinese character in turn.

The encoding input method according to claim 3, wherein said basic component for encoding a Chinese character according to a Chinese character of a Chinese character comprises a region code of an initial and a final vowel that constitutes a Chinese syllable of a Chinese character, and is composed of a Chinese syllable syllable constituting a Chinese character. The area code of the initial and final are composed of the Chinese characters.

The encoding input method according to claim 3, wherein the basic component of the Chinese character pronunciation according to the Chinese character is the initial, the final and the tone of the Chinese pronunciation alphabet constituting the Chinese character, and the initials constituting the Chinese pronunciation of the Chinese character, The code and tone of the finals The codes in turn constitute the encoding of the Chinese characters.

The code input method according to claim 20, wherein the coding of the tone is: a flat (-) code is 1, a positive (/) code is 2, an upper (V) code is 3, and a sound is removed.

C) The code is 4.

The code input method according to any one of claims 18 to 20, wherein the area code and the bit code of the Chinese pinyin initial and the final are determined as follows:

The initials and finals of the 1-4 position in Zone 1 correspond to: b, P, a» o

The initials and finals of the 1-4 positions in Zone 2 correspond to: m, f, e, i

The initials and finals of the 1-4 positions in Region 3 are: d, t, u, u

The initials and finals of the 1-4 positions in Region 4 correspond to: π, 1, ai, ei

The initials and finals of the 1-4 positions in Region 5 are: g, k, ao» ou

The initials and finals of the 1-4 positions in Region 6 correspond to - h, j an en

The initials and finals of the 1-4 positions in the 7th district are: q, X, ang> eng

The initials and finals of the 1-4 positions in the 8th region are: 声, ch, ong, ie, the initials of the 1-4 positions of the 9th region, the finals are: 1-4 of sh, r, in, un 0 The initials and finals of the bit distribution are: z, c, s, ing o

The code input method according to any one of claims 18 to 20, wherein the area code and the bit code of the Chinese initial and the final are determined as follows:

The 1-4 positions in Zone 1 correspond to: Spoon, eve, 丫, 10,000

The 1-4 positions in Zone 2 correspond to: π, 匸, 死, I

The 1-4 positions in Zone 3 are: Do not, die, u

The 1-4 positions in Zone 4 are: , , , , \

The 1-4 positions in Zone 5 correspond to: <, 10,000, 幺,

The 1-4 positions in Zone 6 correspond to: Factory, Bow,

The 1-4 positions in Zone 7 correspond to: 厶, 丁, 虫, ±

The 1-4 positions in the 8th district are: A, corpse, 厶

The 1-4 positions in Zone 9 correspond to: I ⁷ , deficit, 厶,

The code input method according to any one of claims 18 to 20, wherein the phrase consisting of a plurality of words is encoded as follows:

The coding of two words is the area code of the initials of each Chinese character and the last rhyme of each Chinese character. The mother's area code is composed in turn;

The coding of the three words is composed of the area code of the first two initials and the area code of the last initial and the last final;

The coding of a multi-word consists of the initials of the first three words and the regional code of the initials of the last word.

25. A method of searching for an encoded input method according to any one of claims 18-20, comprising the steps of:

Find the initials and finals of the Pinyin syllables of the Chinese characters to be searched, input the initials, and the finals, and obtain the position code in the index column.

Enter the position code one by one to obtain the Pinyin syllable and the Chinese character and position code to be retrieved, and find the Chinese character and explanation to be searched in the text column according to the position code.

The encoding input method according to claim 3, wherein the basic component when encoding the Chinese character according to the Chinese character sound is a basic stroke of the initial, the final and the Chinese character constituting the Chinese pronunciation of the Chinese character; wherein the initial, the final and the basic stroke The location code is determined separately, and the location code of the initial and the final can be the same number as the location code of the basic stroke, and the basic stroke of the Chinese character and its coding are determined according to the method of claim 4.

The code input method according to claim 26, wherein the step of encoding the Chinese characters by the Chinese character is divided into the encoding of the single word and the encoding of the phrase.

Wherein, for a single word, the area code of the initials and finals constituting the Chinese pronunciation of the Chinese characters and the first code of the Chinese character radicals and the last codes of the remaining parts constitute the encoding of the Chinese characters in turn;

For two words, the area code of the initials of each Chinese character and the area code of the last final of each Chinese character form the code of the two words in turn;

For the three-word word, the area code of the first two initials and the last word initial and the last vowel's area code constitute the code of the three words in turn;

For a multi-word, the code of the multi-word is composed of the initials of the first three words and the initials of the last word.

The encoding input method according to claim 3, wherein in the case of Japanese, the basic component may include a pseudonym constituting a Japanese character, and a pseudonym constituting a Japanese pronunciation of a Chinese character in Japanese, and a pseudonym constituting a Japanese character, The kana code that constitutes the Japanese-speaking-sound of Chinese characters, and the code of the Japanese characters is composed of the codes of the kana.

The code input method according to claim 28, wherein the coding of the pseudonym consists only of the area code of the pseudonym.

The code input method according to claim 28, wherein the Japanese kana are distributed in the 1-8 area:

The 0-9 positions in Zone 1 correspond to: (τ ), , ( , , ( " , (工; », *ί (才),

•h, (force), 3⁄4 ( ), < (夕), ^ ( , :

The 0-9 digits of Region 2 correspond to: $), L (' ), (^), ^ (seven:

Tz (夕), (thousands), ( , ( , , i ( )

The 0-9 bits of Zone 3 correspond to: 3⁄4 (t ), (: (two:), (^), 3⁄4 ( )

i (eight), C 匕), ^ ( ), ( \ , ), « ('Yu,)

The 0-9 bits in Zone 4 correspond to: (A), 3⁄4 W », 3⁄4 (

( ", ^ ( ", «5> (* ) , none ( ^ ( ³ )

The 0-9 positions in Zone 5 correspond to: (y), ν (ν), S ( ), Zha, 3⁄4 (口), 八

( , ( bucket ) , ( " , ^ (工工), ^ ( ^ )

The 0-9 positions in Region 6 correspond to: force; (force ', i », ), ^ (^) ( ), ^ (

The 0-9 positions in Zone 7 correspond to: ), ), w), -e (r ) , ),

(W), (7'), (V if (^)

The 0-9 digits of the 8th zone are: (i° (eight.), (匕.), (^), ( ], ^,

( ), (, 7 ), ( ^ ) , «5 ( ^ ( ³ ).

The code input method according to claim 28, wherein the Japanese kana is distributed in a 2 - s > area:

The 0-9 positions in Zone 2 correspond to: h (r ), > ( , 3 ( " , (工), (才),

•h, [force], ( , , < (夕), ( ", : (-)

The 0-9 digits of Region 3 correspond to: § (廿), ^ ('>) (^), ^ (7), ( ),

†z [夕夕,,, ( , ( ), (卜)

The 0-9 digits of Region 4 correspond to: ), [:(2;), (^), 3⁄4 (^)

Ti [eight), 匕), ^ ( ^ ) , ( \ ), « (*)

The 0-9 digits of Region 5 are: ), ❖ ( $ ), if (A), ^ ), 3⁄4

^ 1 ^) ^ ( ) , «f> ( ^Λ ) , none ( ^ ( ³ ) The 0-9 positions in Zone 6 correspond to: ( ), (U), 3 ( ), (ΐ, 3 (port), h (7), 3⁄4 (bucket), ( ), ^ (work), 3⁄4 ■ ( 9)

The 0-9 digits of the 7th zone are: force, '(force), (¥), (^), (y), (^),

(inch *), ( , ), · τ ( ), ( ), t /)

The 0-9 digits of the 8th zone are: ( ), ' (thousands, (, f, , . -c (r),

Hf (eight *), t (e,), (7*), ( , ), ( ('ii)

The 0-9 positions in Zone 9 correspond to: ^ (eight°), (匕.), (^), :), (^), ( ), (, 7), ( ), «3) ( J: ( 3).

The code input method according to claim 28, wherein the Japanese kana is distributed in ten zones:

The 5 positions in Zone 1 correspond to: *> (7), , ( , 5 ( ), (工), (才) The 1-5 positions in Zone 2 are: force > force, * (force -), t ^), < (夕夕'), Itif ( ), two::

The 1-5 positions in Zone 3 correspond to: $ (廿廿 '), ι (- ^), ^), (7 · {£ ), ( , /),

The 5th position of the 4th district corresponds to: (夕), (-^),

,, - -c (T ¹ r ), ( 卜Π

The 5th position of the 5th area corresponds to: (1) in the (6), (2), (2), (Winter), and θ() regions: iitt'H (8 U f tf { ^ ^ ^) ^ J^ (7 7* ^ ) ^ ^ ( ), (J ( (S" ( * # *° )

The 1-5 bits in Zone 7 correspond to: ί (^), £τ (Α), (3⁄4),

The 1-5 digits of the 8th district are: ^).^ (^- ^·)^ (-)

J: J: ( 3 3 )

The 1-5 positions in the 9th zone are: ( ), (y), 3 ( ), L ( ), 3 (mouth). The 1st and 6th positions of the 0 zone are: (7), (Dou), 5 ( ; ), (work), (?),

" )

The code input method according to claim 3, wherein for Korean, the basic components include Korean-Korean letters constituting Korean characters, and Korean-speaking Korean pronunciations of Korean characters in Korean.

34. The code input method according to claim 33, wherein the Korean alphabet is pressed The sequential partitions are arranged, and the codes of the letters are formed by the area codes.

35. The code input method of claim 34, comprising

For a Chinese-speaking or Korean-speaking word in a Korean-speaking syllable, according to the stroke order, the code of the Korean-speaking word that constitutes the Korean-speaking Korean-speaking or Korean-speaking word in turn constitutes the encoding of the Chinese word;

For two Kanji or Korean-speaking words in Korean-speaking syllables,: according to the writing pen, the code of the first letter and the last letter of each Korean-speaking syllable is composed of Chinese characters or Korean-language words.

For the three Korean-speaking syllables, the Chinese characters or Korean-speaking words are composed of the first two-letter Korean syllables and the last Korean and Korean syllables. The encoding of Chinese words or Korean-speaking words;

For more than three Korean-speaking syllables or Chinese-Korean words, according to the written stroke order, the area code of the first letter of the first three Korean syllables and the area code of the first letter of the last syllable form the Chinese characters in turn. Or the encoding of Korean-speaking words.

36. The code input method according to claim 34, wherein the Korean alphabets are arranged in a 1-8 region, respectively:

The 1-3 positions in Zone 1 correspond to: 1 L

The 1-3 positions in Zone 2 correspond to: n

The 1-3 positions in Zone 3 are: 0 H

The 1-3 positions in Zone 4 correspond to:

The 1-3 positions in Zone 5 are: 6 S

The 1-3 positions in Zone 6 are: 7Γ

The 1-3 positions in Zone 7 are: Ε

The 1-3 positions of the 8th district are correspondingly: 3Z words 1

37. The code input method according to claim 34, wherein the Korean alphabets are arranged in a 2-9 region, respectively:

The 1-3 bits in Zone 1 correspond to: V

The 1st - 3rd position of Zone 2 corresponds to: 匕 ]=

The 1-3 positions in Region 3 are corresponding to: The 13 bits in the L-4 region are corresponding to: s ^ The 1-3 positions in Zone 5 correspond to: U 丄

The 1-3 positions in Zone 6 correspond to: H XL

The Ϊ-3 of the 7th zone corresponds to: Φ

The 1-3 digits of the 8th zone are: Λ :3⁄4

The 1-3 positions in Zone 9 correspond to:

The 1-3 bits of Zone 0 correspond to: 31 ·3⁄4" I

38. The code input method according to claim 33, wherein the Korean alphabet is arranged in a sequential order, and the area code of the area in which the Korean alphabet is located and the bit code is used, and the code of the Korean vowel and the consonant is composed of the area code.

39. The code input method according to claim 38, comprising: encoding a Chinese word or a Korean-speaking word into a Korean syllable: a Korean-speaking syllable that constitutes a Chinese-speaking Korean-speaking or Korean-speaking word. The area codes of the first sound, the middle sound, and the tail sound form the code of the Chinese character in turn according to the written stroke;

The Chinese characters or Korean-to-Korean words of two Korean-speaking syllables are encoded as follows: the code of the first and last endings of each Korean-speaking syllable constitutes the encoding of Chinese characters or Korean-speaking words.

The kanji or Korean-to-Korean words of the three Korean-speaking syllables are encoded by the first syllables of the first two Korean syllables and the regional codes of the first and last syllables of the Korean syllable. Or the encoding of Korean-speaking words;

The encoding of more than three Korean-speaking syllables or Korean-speaking words is: the code of the Chinese character or Korean-speaking word is composed of the regional codes of the initials of each Korean-speaking syllable.

40. The coded input method of claim 39, wherein forty Korean vowels and consonants are distributed over forty positions in ten zones, respectively:

The 1-4 bits of Zone 1 correspond to: L V

The 1-4 positions in Zone 2 correspond to: b e

The 1-4 positions in Zone 3 correspond to: ΰ 丄

The 1-4 positions in Zone 4 correspond to: Λ ό Τ

The 1-4 positions in Zone 5 correspond to: Λ ― 1

The 1-4 positions in Zone 6 correspond to: Η Η The 1-4 positions in Zone 7 correspond to: IL 3⁄4 H] ]

The 1st ^4th position of the 8th district corresponds to: 71 tt rushing jfl

The 9th - 4 digits are: Η3⁄4 Λ >1 Τ]

The 1-4 bits of Zone 0 correspond to:

The code input method according to claim 3, wherein said basic component is Korean-to-Korean for Korean, and the location code of the Korean alphabet is determined as follows:

Using 0-9 ten digits, the strokes of Korean and Korean letters are classified into five basic strokes: horizontal, vertical, 撇, dot, and fold. The code is defined as 1, 2, 3, 4, 5, and the stroke of the letter is drawn. The number of codes is added. After the tenth and tenth reduction operations, the codes of Korean and Korean letters are: 6 , the fork code is 0; ―, the code of the code is 1; 1. The code of the £ is 2; 1-, _, _, The code is 3; the code of , , is 4; the code of JL', ί, π, 1_ is 5; the code is 6; the code of input is 7; the code of port, Β is 8; Is 9 ο

42. The code input method according to claim 41, wherein the encoding of the Korean-speaking of the letter to the Kanji word or the Korean-speaking word in Korean-speaking includes:

A Chinese-speaking or Korean-speaking word in a Korean-speaking syllable is encoded as a Korean-speaking syllable that constitutes a Chinese-speaking Korean-speaking or Korean-speaking vocabulary, and is composed of a Chinese-speaking or Korean-speaking word in turn;

The Chinese or Korean-to-Korean words of the two Korean-speaking syllables are coded according to the writing stroke order, and the codes of the first and last letters of each Korean-speaking syllable are sequentially composed of Chinese characters or Korean-language words.

The Chinese characters or Korean-Korean words of the three Korean-speaking syllables are coded according to the written stroke order, the first letter of the first two Korean-speaking syllables and the first and last Korean-language pronunciation syllables. a code that constitutes a Chinese word or a Korean word;

The encoding of more than three Korean-speaking syllables or Korean-speaking words is: according to the writing stroke order, the encoding of the initials of each Korean-Chinese syllable is composed of Chinese characters or Korean-language words.

43. A method of searching for an encoded input method according to claim 41 or 42, comprising Find the letter code of the foreign language word you want to search.

Enter the letter code and get the location code of the Korean word in the prompt bar.

According to the location code of the Korean words to be retrieved, the foreign words and explanations of the search are found in the text column.

44. A method of searching for an encoding input method according to claim 43, comprising the steps of: compiling an encoding of a letter of a foreign language word to be retrieved,

Enter the letter code and get the letter and location code in the prompt bar.

Enter the letter position code of the word to be retrieved one by one to obtain the position code of the foreign word, and

According to the foreign word position code, the foreign words and explanations to be retrieved are obtained in the text column.

45. The code input method according to claim 3, wherein for the phonetic character, the code of the letter can be sequentially constituted by the area code of the letter.

46. The code input method according to claim 3, wherein for the phonetic character, the code of the letter can be sequentially constituted by the area code and the bit code of the letter.

The code input method according to claim 45 or 46, wherein said basic component is English letters for English, and English letters arranged in a range of 1-8 are:

The 1-4 positions in Zone 1 correspond to: Aa, Bb, Cc

The 1-3 positions in Zone 2 correspond to: Ee, Ff, Gg

The 1-4 positions in Zone 3 are: Hh, Ii, Jj

The 1-3 positions in Region 4 are: Ll, Mm, Nn

The 1-3 positions in Zone 5 are: 0o, PP, Qq

The 1-3 positions in Zone 6 correspond to: Rr, Ss, Tt

The 1-3 positions in the 7th zone are: Uu, Vv, Ww

1-3 of the 8th zone correspond to Xx, Yy, Zz o

The code input method according to claim 45 or 46, wherein the basic component is English letters for English, and the English alphabets arranged according to the 1-0 region distribution are: 1-3 bits of the 1 zone are correspondingly: Aa, Bb

The 1-3 positions in Zone 2 correspond to: Cc, Dd The 1-3 positions in Zone 3 correspond to: Ee, Ff, Gg

The 1-3 positions in Zone 4 are: Hh, Ii

The 1-3 positions in Zone 5 correspond to:

Kk

The 1-3 positions of the 6th zone are corresponding to: Ll, Mm, Nn

The 1-4 positions in Zone 7 are: 0o, PP, Qq

The 1-3 bits of the 8th zone are corresponding to: Rr, Ss, Tt

The 1-4 positions in Zone 9 are: Uu, Vv, Ww

The 1-3 positions in Zone 0 are: Xx, Yy, Zz.

The code input method according to claim 45 or 46, wherein for the Spanish language, the basic component is a Spanish alphabet, and the Spanish alphabets arranged in a 1-8 region are:

The 1-4 positions in Zone 1 correspond to: Aa(d) Bb, C(Ch)c(ch), Dd

The 1-3 positions in Zone 2 correspond to: Εθ(έ), Ff, Gg

The 1-4 bits of Zone 3 correspond to: Hh, Ii(i), Jj, Kk

The 1-3 bits of the 4th zone are: L(L1)1(11), Mm N(N)n(n),

The 1-3 digits of the 5th zone are: 0ο(ό), Pp, Qq

The 1-3 positions in Zone 6 correspond to: Rr, Ss, Tt

The 1-3 positions in Zone 7 correspond to: Uu(ii), Vv, Ww

The 1-3 positions in the 8th district are: Xx, Yy, Zzo

The code input method according to claim 45 or 46, wherein for the Spanish language, the basic component is a Spanish alphabet, and the Spanish alphabets arranged in a 1-0 region are:

The 1-2 bits in Zone 1 correspond to: Aa(<5), Bb

The 1-2 bits of Zone 2 correspond to: C(Ch)c(ch), Dd

The 1-3 positions in Zone 3 correspond to: Εθ(έ), Ff, Gg

The 1-2 bits in Region 4 correspond to: Hh, Ii(i)

The 1-2 digits of the 5th district are: Jj, Kk,

The 1-3 bits of Region 6 correspond to: L(L1)1(11), Mm, N (N) n (n)

The 1-3 digits of the 7th zone are: 0ο(ό), Ρρ, Qq,

The 1-3 positions in the 8th district are: Rr, Ss, Tt, The 1-3 positions in Zone 9 correspond to: Uu(ii), Vv, Ww

The 1-3 positions in Zone 0 are: Xx, Yy, Zzo

The code input method according to claim 45 or 46, wherein said basic component is a German letter for German, and German letters arranged in a 1-8 region are:

The 1-4 positions in Zone 1 correspond to: A(A)a(a), Bb, Cc, Dd

The 1-3 positions in Zone 2 correspond to: Ee, Ff, Gg

The 1-4 positions in Zone 3 correspond to: Hh, Ii, Jj, Kk

The 1-3 positions in Region 4 are: Ll, Mm, Nn

The 1-4 positions in Zone 5 are: 0(0)o(o), Pp, Qq,

The 1-4 positions in Region 6 correspond to: Rr, Ss, Tt, β

The 1-3 bits of the 7th zone are corresponding to: U(U)u(U), Vv, Ww

The 1-3 positions in the 8th zone are: Xx, Yy, Zz

The code input method according to claim 45 or 46, wherein said basic component is German letters for German, and German letters arranged in a 1-0 region are:

The 1- to 2-position of Zone 1 corresponds to: A(A) a (a) Bb

The 1- to 2-position of Zone 2 corresponds to: Cc, Dd,

The 1- to 3-position of Zone 3 corresponds to: Ee, Ff, Gg

The 1- to 2-position of Region 4 corresponds to: Hh, Ii,

The 1-to-2 position of Zone 5 corresponds to: Jj, Kk

The 1- to 3-position of Region 6 corresponds to: Ll, Mm, Nn

The 1-1-3 positions in Zone 7 correspond to: 0(0) o(o), Pp, Qq,

The 1- to 4-position of the 8th zone corresponds to: Rr, Ss, Tt, β

The 1- to 3-position of the 9th zone corresponds to: U(U) u(U), Vv, Ww,

The 1-to-3 bits of zone 0 correspond to: Xx, Yy, Zz.

53. The code input method according to claim 45 or 46, wherein the basic component is Russian letters for Russian, and the partitions of the Russian letters of the 1-8 area are arranged as: 1-4 bits of the 1st zone Correspondingly: Aa, Bb, BB, Γ r

The 1-4 positions in Zone 2 correspond to: XI; A, E e, ^C^, 3 3

The 1-4 positions in Zone 3 correspond to: Η Μ, ϊϊ ή, Κ κ, JI ji

The 1-4 positions in Zone 4 correspond to: MM, HH, OO, Π Π The 1-4 positions in Zone 5 correspond to: Pp, Cc, Tt, Yy

The 1-4 positions of the 6th zone are correspondingly: Φ Φ, X x, Ii n, Η Η

The 1-4 positions in Zone 7 correspond to: ΙΠπι, IIi, 3⁄4 3⁄4, BI H

The 1-4 positions in the 8th district are: b, 3 3, ) ιο, 5Ϊ Ά

The code input method according to claim 45 or 46, wherein said basic component is Russian letters for Russian, and the partition of the Russian alphabet of the 1-0 area is arranged as:

The 1-3 positions in Zone 1 correspond to: Aa, Bb, BB

The 1-3 positions in Zone 2 correspond to: Γ Γ, R, E e

The 1-3 positions in Zone 3 correspond to: ^«, 3 3, H H

The 1-3 positions in the 4th district are: Η ϊ ϊ, Κ κ, JI Ji

The 1-4 positions in Zone 5 are: Μ Μ, Η Η, Ο Ο, Π Π

The 1-3 positions in Zone 6 correspond to: Pp, Cc, Tt,

The 1-3 positions in Zone 7 are: Yy, Φ Φ, X x

The 1-3 positions in the 8th zone are: y n, q q, ΠΙ in

The 1-3 bits of Zone 9 correspond to: 3⁄4, 3⁄4, H H

The 1-4 positions in Zone 0 are: b, 3 ₃ , KJ io, Η Λ

The code input method according to claim 45 or 46, wherein the basic component is a French alphabet for French, and the partition of the French alphabet of the 1-8 region is arranged as:

The 1-4 positions in Zone 1 correspond to: Aa(0), Bb, Cc, Dd

The 1-3 positions in Zone 2 correspond to: Ee(eee). Ff, Gg

The 1-4 positions in Zone 3 correspond to: Hh, Ii, Jj, Kk

The 1-3 positions in Region 4 are: Ll, Mm, Nn

The 1-3 digits of the 5th zone are: 0o, Pp, Qq

The 1-3 positions in Zone 6 correspond to: Rr, Ss, Tt

The 1-3 bits in Zone 7 correspond to: Uu(u), Vv, Ww

The 1-3 positions in the 8th zone are: Xx, Yy, Zz

The code input method according to claim 45 or 46, wherein said basic component is a French alphabet for French, and a partition of a French alphabet of a 1-0 region is:

The 1st to 3rd positions in Zone 1 correspond to: Aa(0), Bb

The 1-3 positions in Zone 2 correspond to: Cc, Dd The 1-3 positions in Zone 3 correspond to: Εθ (έέ§), Ff, Gg

The 1-3 positions in Zone 4 are: Hh, Ii

The 1-3 positions in Zone 5 correspond to: Jj, Kk

The 1-3 positions of the 6th zone are corresponding to: Ll, Mm, Nn

The 1-4 positions in Zone 7 are: 0o, PP, Qq

The 1-3 positions in the 8th zone are: Rr, Ss, Tt,

The 1-4 bits in Zone 9 correspond to: Uu (u), Vv,

The 1-3 positions in Zone 0 are: Xx, Yy, Zz.

The code input method according to claim 45 or 46, wherein for the Greek text, the basic component is a Greek letter, and the partitions of the Greek letter in the 1-8 area are arranged as:

The 1-4 positions in zone 1 correspond to . A α, Β β, Γ γ

The 1-3 positions in Zone 2 correspond to Δ δ, Ε ε, Ζ ζ

The 1-4 positions in Zone 3 correspond to, H η, Θ θ, I ι

The 1-3 positions of the 4th zone are corresponding to . K , Λ λ, Μ μ

The 1-3 positions in Zone 5 correspond to: N ν, Ξ ξ, 0 ο

The 1-3 positions in the 6th zone are corresponding to Π π, Ρ Ρ, ∑ σ

The 1-3 bits of the 7th zone are correspondingly, T τ, Τ υ, Φ φ

The 1-3 positions in the 8th zone correspond to • X X, Ψ ω, Ω Ε.

The code input method according to claim 45 or 46, wherein the basic component is a Greek letter for Greek text, and the Greek letter of the 1-0 zone is:

The 1- to 3-position of zone 1 corresponds to: A α, Β β

The 1-1-4 positions of Zone 2 correspond to Γ Υ and Δ δ

The 1- to 3-position of Zone 3 corresponds to . . . E ε, Ζ ζ

The 1- to 4-position of the 4th zone corresponds to: H η, Θ θ

The 1-1-3 positions in Zone 5 correspond to .I ι,

The 1- to 3-position of the 6th zone corresponds to: Λ λ, Μ μ

The 1-1-3 bits of the zone correspond to N v, Ξ ξ, 0 ο

The 1- to 3-position of the 8th zone corresponds to: Π π, Ρ Ρ, ∑ σ The 1-3 positions of the 9th zone are corresponding to: Τ τ, Τ υ _Λ Φ φ

The 1st to 3rd positions of Zone 0 are: Χ χ, Ψ ω, Ω Ε

The code input method according to claim 45 or 46, wherein said basic component is Arabic letters for Arabic, and the partitions of Arabic letters of 1-8 area are arranged as:

The 1-1-4 positions in Zone 1 correspond to: J

The 1-1-3 positions in Zone 2 correspond to:

•

The 1-1-4 positions in Zone 3 correspond to: J

•

The 1- to 3-position of Region 4 corresponds to: J

The 1-1-3 positions in Zone 5 correspond to:

The 1- to 3-bit of Zone 6 corresponds to: ί

The 1-1-3 positions in Zone 7 correspond to: t

The 1-1-3 positions in Zone 8 correspond to: . B 1

60. The code input method according to claim 45 or 46, wherein the basic component is Arabic letters for Arabic, and the Arabic alphabet for 1-0 zone distribution is: _f

The 1-3 positions in Zone 1 correspond to:

The 1-3 positions in Zone 2 correspond to: (J ³ f

The 1-3 positions in Zone 3 correspond to: J

The 1-3 positions in Zone 4 correspond to: J

The 1-3 positions in Zone 5 correspond to:

The 1-3 positions in Zone 6 correspond to: f

The 1-4 positions in Zone 7 correspond to:

The 1-3 positions in Zone 8 are: •

Has

The 1-4 positions in Zone 9 are: B

The 1-4 bits of Zone 0 correspond to: ΐ

61. The code input method according to claim 1, further comprising the steps of: encoding the marks forming the punctuation marks by using a method of adding and subtracting codes according to the glyph of the punctuation, using 0-9 ten numbers, The strokes of punctuation are classified into five basic strokes: horizontal (-), vertical (I), 撇 (^), point (,), and discount (B), which are defined accordingly. The code is 1, 2, 3, 4, 5, the number of the stroke code of the punctuation is added, and the code of the punctuation is obtained after the full ten minus ten operation, and the number of parts constituting the punctuation, the single punctuation mark and the double punctuation mark Encode.

62. The code input method according to claim 61, wherein the code of the single punctuation symbol is: a code of a period (.) is 0, a code of the connection number (1), a dash (1) is 1, a comma (,) The code is 3, the number (,), the spacer (.), the emphasis

The code of ( . ), ellipsis (. . .) is 4, the code of exclamation mark (!) is 6, the code of semicolon (;) is 7, the code of colon (:) is 8, and the code of question mark (?) is 9;

The codes of the double punctuation are as follows: the code of the single book name (<> ) is 55, the code of the double book name ("") is 10, the code of the vertical book number (door) is 55, and the code of the double book is double quotes (N) The code is 00, the code of the horizontal double quote (:" ") is 86, the code of the horizontal single quote (' ') is 43, the code of the parenthesis (:) is 43, and the code of the empty square bracket d 2) is 09, the actual square brackets ([]) code is 09.

63. The code input method according to claim 1, further comprising the steps of: encoding a number in the various characters, wherein the code of zero, 0, 0 is 0, and the code of 壹, 1, 1 is 1, 贰The code of 2, 2, 2 is 2, the code of 叁, 3, 3 is 3, the code of 肆, 4, 4 is 4, the code of 5, 5, 5 is 5, the code of land, 6 and 6 is 6, 柒The codes of 7, 7, and 7 are 7, the codes of 捌, 八, and 8 are 8, the codes of 玖, 九, and 9 are 9, and the codes of tens, and ten are 10.

The code input method according to claim 1, wherein said computer device is a mobile phone containing software.

65. The code input method of claim 1, wherein the computer device is a personal digital assistant PDA.

The code input method of claim 1, wherein the computer device is a palmtop computer.

67. A method of encoding input according to claim 1, further comprising the steps of: sequentially inputting codes of world text and phrases using 0-9 keys;

Use page up, page down to select world text, phrase;

Use the 1-9 keys to confirm the selected world text and phrase.

68. A method of writing a world word computer language, the method comprising the steps of: Write characters using world characters, punctuation, symbols, numbers, and write computer languages according to computer language type, format, content, and purpose;

An encoding input method and a processing apparatus thereof using the encoding method of claim 1, encoding and inputting Esperanto characters.

69. A method of writing a machine language, the method comprising the steps of:

Use world characters, numbers, punctuation, and symbols to describe the tasks to be accomplished in computer machine language;

Use any four-digit decimal number to indicate the world literal, number, punctuation, or symbol that the machine language is to perform, or use the four-digit decimal number according to the encoding method of claim 1. The world text, numbers, punctuation, indicating the machine language to complete the task, The symbol is encoded. The encoding of less than four digits is preceded by 0 plus four digits. The encoding of the four digits is used to indicate the world characters, numbers, punctuation, and symbols that the machine language is to perform.

A four-digit binary number is used to represent a decimal number, and a total of sixteen digits are used to represent a four-digit decimal number.

70. A method of writing an assembly language, the method comprising the steps of:

Use the world's words, numbers, punctuation, and symbols to describe the tasks to be accomplished in computer assembly language;

Use any four-digit decimal number to indicate the world literals, numbers, punctuation, symbols that the assembly language is to perform, or use the four-digit decimal number in accordance with the encoding method of claim 1, to indicate the world text, numbers, and tasks that the assembly language is to accomplish. Punctuation, symbol encoding, less than four digits of encoding in front of the encoding using 0 plus four digits, using four-digit ten-digit encoding to indicate the world text, numbers, punctuation, symbols of the assembly language to complete the task.

71. A world text computer chip instruction design method, comprising the steps of: using Chinese characters, letters, punctuation, symbols, numbers as instruction design symbols to indicate tasks to be completed by computer chip instructions;

Using the encoding method according to claim 1 to represent a world text character using a four-digit decimal number encoding;

- Use the sixteen digit binary digits 0 and 1 to indicate the task to be completed by the computer chip.

72. A world word computer chip instruction according to the instruction design method of claim 5.

73. A world word computer programming language comprising a constant consisting of world text, a variable, an operational expression, a program flow control, wherein the world text is entered using the encoding method of claim 1.

74. A world word computer operating system design method, the method comprising the steps of: using graphics, world text, letters, pseudonyms, punctuation, symbols, numbers as operators, according to computer operating system type, purpose, task, design computer Operating system; use the world text to name the file, and use this world text file name to access the storage address on the disk where the file marked with world text is located;

The code input method according to claim 1 inputs the world characters in a divided or non-country code.

75. A world word computer operating system, including

An operator consisting of graphics, world text, letters, kana, punctuation, symbols, numbers;

A file named after the world text, using this world text file name to access the storage address on the disk where the file indicated by the world text is located;

Using graphics, world text, numbers, and operation commands displayed on the display screen in the form of window screens for providing selection operations;

An encoding input processing apparatus using the encoding method of claim 1 for encoding an input world text operator for operation.