TW460804B - Data processing apparatus and method for converting the sequence and arrangement of strokes of Chinese characters into the composition of binary data codes - Google Patents

Abstract

The present invention substantially relates to a coding apparatus and method for Chinese characters, and especially relates to an apparatus and method that are able to convert each symbol of Chinese character into a composition of binary data codes readable by a machine to reach the objectives of directly processing and transmitting the Chinese character data. The method comprises the following steps: (a) defining a binary data code for each stroke of a Chinese character; (b) decomposing the Chinese character into a composition of strokes in a series of ordered arrangement following the sequence of the strokes; (c) finding the corresponding binary data code for each stroke in the stroke composition of the Chinese character by the sequence of the strokes to get a series of binary data code compositions readable by the machine, and forming the basis of directly processing and transmitting the Chinese character data by the binary data code compositions.

Description

460804 V. Description of the invention α) The present invention relates to a Chinese character coding device and method, especially a combination of binary data code that can convert each Chinese character number into a machine-readable binary code to achieve direct processing and transmission of Chinese characters. Purpose, more specifically, the present invention discloses a novel data processing and transmission method to obtain a series of binary data code combinations that can be interpreted by a machine to achieve the purpose of directly processing and transmitting Chinese character data. [Knowledge technology] Because there are many and complicated Chinese character combinations, it is very difficult to use ordinary computer systems to process Chinese characters; each Chinese character needs a special pattern code. In order to deal with the convenience of processing text, all languages with letters can use d binary data code to represent a certain letter, for example, use ASC I I to represent English letters. But for Chinese characters, previous attempts still cannot solve many technical problems; for example, using Chinese characters as computer programming languages or binary data codes such as ASC II, there is still no practical method to process and transfer Chinese character data. . This is a strong contrast with English, because English words are composed of 26 letters, but Chinese characters are different according to the style. Commonly used Chinese characters are about 8, 0 0 0 to 2 0, 0 0 0 Many, except for these many characters, the strokes and composition of each Chinese character are different. Although Chinese characters have many learning difficulties, it can be effectively solved for educated people (brain-like wisdom), and educated people can also use this to promote traditional culture; but for computers, machine learning Ability and interpretation of different flat pattern symbols are still a difficult blind spot, which is a problem to be solved.

Pl-9285.ptd Page 4 460804-___ 一 '_'___ Γ 5. Description of the Invention (2) Many nationalities in the world use Chinese characters, such as Chinese, Japanese, Korean, etc .; Chinese characters are used in the computer industry Inconvenience is a major obstacle for these ethnic groups to participate in the development of the information industry, especially not everyone understands English. If this obstacle can be solved, not only can these nations share the fruits of computer technology, but even people who do not understand English can participate in the promotion of computer technology, so that people around the world can enjoy the fruits of technology. Cal dwell, the inventor of U.S. Patent No. 2,950,800, in his patent specification " Ideographic Type Composition Machine " (0 8/3 0/1 9 6 0 announcement) discloses how a machine uses a keyboard Come and choose Chinese characters. For the convenience of character selection, the inventor Caldwe 11 used a few keys to represent each (a Chinese character 'resulting in that each Chinese character can be represented by a combination of symbols, and each symbol represents a stroke or root. Since each Chinese character There is an order of strokes, and each Chinese character can be represented by a combination of these stroke symbols. Ca 1 dwe 11 refers to 31 symbols to represent these strokes or radicals. Caldwell also uses binary data codes to represent these symbols. The size of these binary data codes is arranged according to the frequency of the strokes.

The invention of Cal dwel 1 contributes some useful concepts, but unfortunately this invention only focuses on how to make a keyboard for use in a typesetting machine, and does not have a linguistic foundation for the application of Chinese character automation technology, such as writing a Chinese character computer directly Programming language. Based on the defects of some basic elements, this development (which cannot be perfectly applied to the processing and transmission of Chinese character data, similar applications such as a machine-readable instruction that can be derived entirely from the Chinese character program. Another U.S. patent No. 4,689,743 is "Meth〇d and

Pl-9285.ptd Page 5 460804 V. Description of the invention (3)

Apparatus for Validating the Electronic Encoding of an Character ’(Announcement 08/25/1987), the inventor Chiu disclosed a method and instrument to interpret Chinese character data codes. Each Chinese character is encoded according to strokes and stroke order. Each input Chinese character is first passed through a complex analyzer to determine the complexity of the character, and then the Chinese character is found in a series of standard tables according to the encoding of the character. It is possible to find several different words, using the most similar word as the standard for cymbals. Ch i u ’s invention provided t J a more accurate computer-encoded font, but this invention does not teach us, for example, a set of data processing that uses binary data codes to represent Chinese characters. Jiu De is a data processor of the Korean special processing and Korean characters. The processor displays a code to represent the Chinese language. Although any method is more systematic. No. 4, 9, 51, 202 " Oriental Language

"System", the inventor Yan revealed a system that handles Chinese and Japanese one step. These words can be entered with a small keyboard-Θ 'The encoding of each word includes the pronunciation part and advancement-after some code wheels are entered , The relative character can be used by this cool. Lu BB l Beizhong f lunar person Ya a η's invention represents the use of the pronunciation of Shima Ai Nian / _ Zai Gu, + i 仃 + 'but because of the pronunciation of Chinese characters It is not produced,) I ^ π, most of the sub-pronunciations are different from Japanese pronunciations, so this table is indirect, _. Poor but not suitable for transnational processing and transmission of Chinese characters, so we still feel good in programming language data. And transnational use [General invention] Need to find a way to design a Chinese character hard and delivery system, this system is preferably very 'can also be compatible with existing English systems coexist directly

460804 f V. Description of the invention (4) The present invention is characterized by providing a Chinese character data processing device and method, which is applied to the Chinese character data processing and transmission system. This method overcomes the obstacles that cannot be solved by the above-mentioned conventional technology. Nor is it limited by the glyph or its complexity. More specifically, the purpose of the present invention is to provide a novel method and device, so that Chinese characters can be used in order and can be designed as a computer programming language, whereby the computer programming language is a complete set of data using Chinese characters. Processing and delivery systems can be manufactured. Another object of the present invention is to provide a method and device for analyzing and organizing Chinese characters with a positive stroke order, so that all kinds of different data processing and transmission can be performed directly with Chinese characters without the trouble of translating foreign languages. formalities. In brief, the present invention provides a method and device that use binary data code combinations to represent Chinese characters, so that Chinese characters can be applied to data processing and transmission applications.

The invention includes the following steps: (a) determining a set of binary data codes to represent the strokes of the Chinese character; (b) each Chinese character can be represented by a combination of strokes arranged in the stroke order of the character; (c) the stroke The combination can be converted into a binary data code combination. In this way, the information of Chinese characters can be transmitted between the machines, and each Chinese character can be represented in an organized and orderly manner. C When a person of ordinary skill has read the following descriptions and illustrations, he will know the purpose and advantages of the present invention. [Simplified description of the diagram] / The first picture: strokes, names, pronunciations and their meanings of some examples of Chinese characters

Pl-9285.ptd Page 7 460804 V. Description of the invention (5) Schematic diagram. The second picture is the strokes and combinations of some examples of Chinese characters. The third figure: a table written in English, a program written in Chinese characters, and a corresponding binary data code embodiment. The fourth figure is a flowchart of the editing program of an embodiment of a Chinese character programming language. Figure 5: Organizational chart of computer network transmission protocol. Figure 6: A schematic diagram of a network data system. The seventh diagram is an arrangement diagram of a Chinese character yellow page embodiment of the present invention. FIG. 8 is a schematic diagram of an embodiment of a Chinese character keyboard using one of the methods of the present invention. The ninth figure is a schematic diagram of an embodiment of a Chinese character telephone keypad using one of the methods of the present invention. Fig. 10 is a structural diagram of a Chinese character sequential processor of the present invention. Fig. 11 is a structural diagram of a Chinese character glyph radical combination of the present invention. FIG. 12 is a schematic diagram of a Chinese character stroke order rule of the present invention. The thirteenth figure is a flowchart of an embodiment of the sequence processing of Chinese characters according to the present invention. Fig. 14 is a schematic diagram of the application of the Chinese character database on the international network by using the method of the present invention. [Simplified description of drawing number] 100 editor 105 word analyzer 110 sentence analyzer 115 code analyzer 120 code generator 130 edit database 140 constant table 145 lean material organization table

Pl-9285.ptd Page 8 4 € (d804 V. Invention Description 1 (6) 150 Related Data Sheet 210 Client Computer 220 Network Database 230 Service Station 301 Symbol Record Sheet 304 Standard Stroke Table 305 Basic Radical Analyzer 306 Stroke order rule table 307 Glyph rule table 309 Glyph rule table 310 Chinese character encoder 312 Stroke combination 316 Stroke definition table 320 Stroke order sequencer 324 Stroke symbol 510 Computer system 520 Chinese character browser 525 Yuegenwu station 530 Website guide service station 5 40 Chinese Character Database [Explanation of the Invention] Please refer to the first figure, which is a schematic diagram of the strokes, names, pronunciations and their meanings of general Chinese characters. The table shown has six columns: the first column lists the Chinese character strokes; The stroke direction of the stroke; the third column lists the name of the stroke; the fourth column lists the Zhuyin of the stroke; the fifth column lists the pinyin of the stroke; and the sixth column lists the meaning of the stroke name. Every stroke can A binary data code represents, for example, the first "a" can be represented by " 4 Γ in the hexadecimal data code (ASC II), which is equivalent to the English "ASC II" ASC data code ; And so on, all strokes have the equivalent ASC II number. The I code in the third picture mentioned later is an example of this method. Some of the stroke names in the stroke names shown in the first picture are The name is obtained from the writing method. Some are named after the first stroke of the character, and some are selected by the word containing the stroke because the first stroke is not the word of the stroke. The purpose is to achieve a mouth.

Pl-9285.ptd Page 9 4 60 804 V. Description of the Invention (7) Tips to facilitate processing and memory. The one shown in the second picture is to further analyze the combination of this formula. This picture is divided into four columns: the first column is the stroke, the second column is the phrase word, the third column is the pinyin of the word, and the fourth column is the The meaning of the word. The recipe can be compiled into a story to help memorize. It is also worth mentioning that the position of these strokes in the table is arranged according to the stroke image and the direction of the pen. The first line is a stroke from left to right; the second line is a stroke from top to bottom; the third line is a stroke curved to the right; the fourth line is a stroke curved to the left; the fifth line is a straight hook Strokes; and the sixth line is a barbed stroke. Sorting these strokes by writing is also one of the ways to help process and remember. When we represent each Chinese character with the stroke of that character, and we also determine the order of the strokes, each Chinese character can be represented by a binary data code. Because each Chinese character can be represented by a binary data code, the Chinese character can be applied to the design of a computer programming language. The third figure is an example of this application. The first part is a programming language written in English, while the second part is a programming language written in Chinese equivalent to the English program. The third part is an example of taking a program instruction in the second part of the Chinese character program to unpack it into a binary data code combination. The Chinese character program instructions that are unlocked in this way can be handed over to a Chinese character program editor for processing. A main object of the present invention is to provide an order of arranging Chinese characters. When Chinese characters are represented by binary data codes in this order, the arrangement of Chinese characters can be automated. There is also the advantage of arranging according to strokes.

Pl-9285.ptd Page 10 4 6〇 804 V. Description of the invention (8) '-all will be naturally arranged together' and provided a set of environmental agreements to deal with the transmission of Chinese characters. Xun and the fourth picture provide an editing program flowchart of an embodiment of the Chinese character programming language. The figure shows the main combination and flow of a ten-character Chinese dial with three steps. Entering this edited data is a Chinese character program represented by a binary data code, which belongs to a high-level language of a computer. The block 1 0 0 in this figure represents the editor; it contains four parts: the block 105 represents the word bag analyzer. The function of the word analyzer i 〇 5 is to convert Chinese characters into a series of = symbols. These symbols are processed by the sentence analyzer n 0 to become execution sentences inside the computer. Box 11 No. 5 represents a code analyzer, which further converts execution statements inside the computer into internal programs that are easy to analyze. This internal program can be directly used by the code generator! 2〇 Converted into machine-acceptable instructions. In order to achieve the above-mentioned purpose, the editor 100 must be matched with an editing asset = 130. This information: Contains symbol table 135, constant table ". No., asset number, and weaving table 145, and other related data table No. 150, etc .." This editing database 130 provides the program editor needs For the Chinese character, the method provided by the present invention can be used to analyze the analyzer 1 05 and the sentence analyzer 1 1 0. These types of instructions required by the sub-sac can be used. The two tables are used to generate the internal of the computer. Reveals a set of methods and installation order to analyze and organize Chinese to make them different; J = can be directly operated with Chinese characters. ;; and the present invention includes the following steps: (a) determine Out a set of binary digits

46〇804 V. Description of the invention (9) The strokes of Chinese characters are represented by codes; (b) Each Chinese character can be represented by a stroke combination arranged according to the stroke order of the character; (c) The stroke combination can be converted into a binary data code combination. In this way, Chinese character information can be transmitted between the devices. In this way, each Chinese character can be represented in an organized and orderly manner. The fifth figure is a schematic diagram of the connection between two computers. The computer communication industry has recognized standard protocols for computer-to-computer communication level; for example, the standard published by the 0SI protocol (OPEN SYSTEM INTERFACE) includes seven levels: physical layer and data link layer. , Network layer, transport layer, transport layer, session layer, presentation layer, and application layer. At every level, everything is included. Can be written by Chinese. In the future, it ’s better to have the whole thing as it is because the word is also standard. To make it heavier and more convenient, the sixth mutual communication starts with the binary binary. In the invention, direct communication is also possible. The browse map is an interest-based data code that can be compatible with the connection because the communication network of Han is the result of similar network resources 1 '201-2, 201_3 generation; they pass through a service station. Once connected, there are much smaller telecommunications packets. Each and the information. All communication specifications are combined for conversion of Chinese characters into binary data codes in communication. In the existing electronic communication system, the characters can be converted into binary data code channels. Therefore, telecommunications data can be similar to Chinese characters. Place the characters in one place to make a Chinese character URL. The schematic diagram of the data system 200 is shown below. The table connects the network data system 230 and the network database 2 20 to each telecommunication envelope and the telecommunication envelope during processing. Chinese characters are used for combination, so the query can be started in the order of containing Chinese characters. 'Box 2 1 0 client computer. Every

Pl-9285.ptd ^ 60 804 Fifth, the invention explained that customers have a disk drive will provide the query to provide the class to use binary at the same time as the phase method has been the seventh according to the invention for a document yellow page phone Good examples of the information (10) I need to store the index table to sort the data according to the same meridian map is the thin library of the proposed library. The words in this database are used to parentalize a required data to this code group application. In order to improve the search of Chinese characters, the inquirer provided Minghe to replace the existing Chinese characters. Use this stroke order. The indexes provided by the Chinese characters are different. Once these indexes are used, in fact, once the Chinese characters are used in one stroke, this can be added. The setting of the key position in this figure can be adjusted as well. It can also be adjusted as the same as a letter. In the ninth similar English for Yihan's strokes Stroke out of materials and query conditions, the database 2 2 0 has the convenience of query, usually the general database query speed. If the data system generates index tables according to the present invention, these index tables will be used to make the database easy to browse even if the query fails. Method, because all Chinese characters can be expressed, all English-based technologies are within the context. In fact, the Chinese characters are arranged in the Chinese order of the invention of the present invention, and they can be undisclosed after being published on the Internet in similar categories. When the kanji character keyboard ’key position is just the frequency of the current yellow word, the index of the arrangement. It ’s easy to expose the network, and it ’s easy to expose the method. It ’s the eighth number. Or according to the examples, these networks can be represented by this picture or the inquiry of the CD. The table can be edited, for example, if it is an Internet or Internet, each keyboard is one of them. Needed by degrees The person shown in the figure is a Chinese character telephone keypad, which is designed and arranged in the manner of a telephone keypad. To remember electricity

Pl-9285.ptd Page 13 46〇804 V. Description of the invention (11) The phone number, the number of each phone number can be represented by a certain stroke, and then the word can be used to represent the stroke. This way you can represent a list of phone numbers in one sentence. Please refer to the tenth figure, which is a system for arranging Chinese characters. The system includes a stroke order generator whose function is to convert the input Chinese characters into a series of strokes of the character. It requires a standard stroke table 3 0 4 as shown in the first figure, and a stroke order rule table 3 0 6 as shown in the twelfth figure. It also contains a basic radical analyzer 3 0 5 Each character is parsed into a radical group according to the glyph rule table 3 0 9 shown in the eleventh figure. The basic radical analyzer 305 then uses special techniques to determine the radical of this word. The eleventh figure lists many examples of radical combinations, from one radical to five radicals, and so on. Each Chinese character is composed of the root. When these radicals are identified, each radical has its own stroke. Figure 12 lists several rules that define the order of strokes. These rules apply not only to the root of the word, but also to the word itself. These rules include top to bottom, left to right, and middle to left to right. In short, these rules help to analyze the combination of strokes of each Chinese character. This process is divided into three stages: (1) recognition of radicals; (2) sequence of recognition of radicals; (3) recognition of strokes of radicals. In this way, each Chinese character can be parsed into a series of stroke combinations 3 1 2, and then these combinations can be given to the stroke order sorter 3 2 0 for arrangement. [So the stroke symbol 3 2 4. The stroke order rule table 3 0 6 can be used in the process of the Chinese character sequencer to convert some single character number records that need to be arranged in order 3 0 1 into the word's stroke combination 3 1 2. It is then passed to the stroke order sorter 3 2 0. Because each Chinese character has a series of numbers to represent it, so

Pl-9285.ptd Page 14 4 60 804 V. Description of the invention (12) With this stroke order sorter 3 2 0, these Chinese characters can be arranged in the stroke order according to the stroke definition table 3 1 6.

The thirteenth figure is a flow chart of the embodiment of arranging Chinese characters in sequence according to the present invention. It is not intended. Steps. After starting, the first step is to first select the user's symbol record (word list) 3 0 1 and then recognize the glyphs and roots of each character by glyph recognition 4 1 0. This step requires the use of The rules of glyph recognition are shown in Table 3 07 (please refer to Figure 11 and Figure 12 again), and a radical group of the character is generated for each character. The radical group is analyzed in the next step to obtain the strokes of each radical. By concatenating these strokes in the order of the radicals, all the strokes of the character 3 1 2 can be obtained. Each stroke can be converted one-to-one into a binary ^ data code 42 0. After all the words have been analyzed in this way, the final procedure is to arrange these words one-by-stroke. The single Chinese character comes to 42. ,

Therefore, FIG. 10 shows that the present invention provides the construction of a Chinese character processor. This processor can accept any Chinese character 30 1 (symbol record list, character list 'and then arrange them in order. The processor contains a Chinese, encoder 3 1 〇 to encode each character, and then sort the stroke order Device 3 ^ 〇22. Arrange the Chinese characters in order according to the code. The encoder ° 3 1 〇 converter. The stroke converter contains the standard stroke table 3 04 as the ^ 1 shell order rule. Table 3 06. According to these two tables, the editor 31 can compose Z = Γ and the stroke combination of the word to 312. Read the binary table 316 of the encoder 310 and let each stroke Can be converted into a method that reveals the order of Chinese characters this month, and can handle any

Page 15 4 ^ 〇8〇4 V. Description of the invention (13) —- Han = 301. This method includes the following steps: (a) Provide a standard stroke table 3304. This table covers the definition of strokes and the code of the strokes. This table is stored in the Chinese character encoder 310, so that it can encode any Chinese character 301. The ordering rule is box No. 3 06; if this table is included in the Chinese character, the encoder 31 can decide The stroke order of a certain character's stroke order sequencer 320 combines the strokes of the above characters into a stroke symbol 324; (e) According to the present invention, the two-dimensional arrangement device also includes a processing network Kankan character, 、 / The designed machine will arrange these Chinese character URLs according to the method disclosed in the present invention; in the form of "); (g) in a database to be archived in this way; (h) to accept international network users and an international network system The address is converted into the binary data code \, character URL 'of the website address, and the Chinese character website is compared with the archived website table to achieve: (1) the purpose of this binary data code. Of course, the network provided according to the present invention The method of fast transfer and communication can save all the Chinese character URLs. You can also design another set of machines according to the method provided by the present invention ... [Index. So this method can be designed: two in order can also be arranged Compiler, Or other software tools. Here: A Chinese character network Liu Lanyi 'search 14 picture shown. This picture lists-a tool can be used on the network, such as the device 5 2 0 set on a computer 5 1 〇 Nei Liu = device 5 2 0 as an example; part of the browsing network system. The Liu Lan cry ^ electricity '51 〇 Connected to the network to become an international network. This network system also; ^ 〇 through a service station 5 2 5 Received 'Dagger Contains-An Internet URL Guide Service

Page 16 4 60 804 V. Description of the invention (14) Station 5 3 0. The website guide service station 5 3 0 also contains an indexed Chinese character database 5 4 0. As shown in the fourteenth figure, this Chinese character database can contain sub-level databases, such as an indexed user roster, collecting the user's name, affiliation, name and website address of each service station. These URLs can also be further classified: for example, government agencies, business groups, or environmental agencies. Because according to the machine and method provided by the present invention, Chinese characters can be alphabetized and the operations can be automated. Therefore, the present invention provides a novel set of instruments and methods to provide alphabetized processing and transmission of Chinese characters. The alphabetization of Chinese characters avoids the difficulty and complexity of processing Chinese characters with patterns, which is neglected by the pre-existing conventional technology (, .. More specifically, the present invention provides a novel set of instruments and methods for processing And pass Chinese characters, so that Chinese characters can be arranged in order, just like other languages with letters (such as English). Furthermore, Chinese characters can be used to design a set of programming languages after the alphabetization of Chinese characters. The use of alphabetized Chinese characters can avoid the inconvenience of having to translate from English to Chinese, or from Chinese to English. However, the above is only a preferred embodiment of the present invention, and is not intended to limit the present invention. The scope of implementation is obvious to those skilled in the art. Once reading the content disclosed in the present invention, various changes or modifications will become clear. Therefore, the shapes, structures, features (and spirits) described in the scope of the patent application for the present invention All equivalent changes and modifications should be included in the scope of patent application of the present invention.

Pl-9285.ptd Page 17

Claims (1)

460804… 6. Scope of patent application 1. A data processing method—Ning method that converts Chinese character strokes into a binary data code combination in sequence. This method includes: One (A) — a standard stroke table, which contains standard strokes And its code, can be used as a Chinese character encoder; (B) a stroke order rule table, this table lists the order of writing strokes of Chinese characters, as a basis for editing Chinese characters; (C) a Chinese character encoder , Using the standard stroke table and stroke order rule table to decompose each Chinese character into the stroke of the character; (D) The Chinese character encoder can use the standard stroke table to determine the stroke code combination of each Chinese character, because the standard stroke table Predetermined the relative code for each stroke; and (E) —Chinese stroke order sequencer, which arranges the combination of Chinese character stroke codes generated by the Chinese character encoder according to the order of their codes to divide the order of Chinese characters. 2. The data processing method described in item 1 of the scope of the patent application, further includes the following steps: (A 2) — can process international web sites composed of Chinese characters; (B 2) store these Chinese character web sites in order and store them in one In the database; (C 2) accept the Chinese character URL entered by the network user, and then convert the URL into its corresponding binary data code combination; and ((D 2) compare the binary data code combination with the existing one The website URL in the database facilitates data transmission. 3. The data processing method described in item 2 of the scope of patent application, wherein in step (A2): PI-9285.ptd Page 18 460804 VI. Scope of Patent Application The Chinese characters processed include not only the user's international network URL, but also other website URLs. 4. A data processing method that converts Chinese character strokes into a sequence of binary data code combinations. The method includes: (A) setting each Chinese character stroke to the binary data code of the stroke; (B) Each Chinese character is broken down into a combination of strokes for that character, each stroke is defined according to a standard stroke table, and the order of strokes is based on a stroke order rule table; and (C) a binary data code combination that can be interpreted by a machine, For the application of Chinese character data processing or transmission system, after analyzing the Chinese character, the binary data code combination is arranged systematically and orderly according to the stroke order and stroke order of the (character, so as to provide a machine interpretation. 5. —A data processing method that converts Chinese character strokes into a sequence of binary data code combinations. This method includes: (A) setting a standard stroke table; (B) replacing each Chinese character stick with a series of stroke combinations, each A stroke belongs to the materials recorded in the standard stroke table, and the order of strokes is defined according to the stroke order rule table; and (C) a series of strokes of the word The combination is converted into a binary data code combination, so that the order of the word can be determined by the sequence of the binary data code 1. 6. The data processing method described in item 5 of the scope of patent application, where step (A) is still acceptable The breakdown is as follows: (A 1) These strokes are arranged in a predetermined order into a standard stroke table. Pl-9285.ptd Page 19 4 6 0 8 04 6. Scope of patent application 7. The data processing method described in item 6 of the scope of patent application, includes the following steps: (A2) For ease of memory, it can be standard The words used to arrange the strokes set the next theme. 8. The data processing method described in item 7 of the scope of patent application, wherein the step (A2) may further include the following steps: (A 3) The characters used for the arrangement order of the standard strokes are not only subjective, There are also stories for easy memorization. 9. The data processing method described in item 8 of the scope of patent application, wherein the story provided in step (A3) may also be: (A4) Write the content of the story into a poem for memorization. 1 0. —A data processing device that converts Chinese character strokes into sequence and converts them into binary data code combinations. The device includes: A Chinese character data processor that recognizes the character by combining the strokes of each character. The Chinese characters are arranged according to the order of strokes and stroke order. 11. The data processing device described in item 10 of the scope of patent application, which also includes: a Chinese character program editor for editing programs written in Chinese characters Language ° 1 2. The data processing device as described in item 11 of the scope of patent application, wherein the Chinese character program editor further includes: a vocabulary analyzer, which provides a Chinese character stroke order sorter for stroke-based And stroke order arranged Chinese characters for use. Pl-9285.ptd Page 20 460804 6. Scope of patent application 1 3. The data processing device described in item 10 of the scope of patent application may also include: At least one Chinese character processing device connected to the network, can To achieve the function of Chinese character data processing and transmission. 1 4. The data processing device as described in item 10 of the scope of patent application, which may further include: A device for managing the database of Chinese characters using the order of strokes and stroke order of Chinese characters. The data processing device described in the item may further include: (a database containing a plurality of Chinese character data, the Chinese character data in the database is arranged according to the Chinese character of the data name, and the arrangement of these Chinese character names It is based on the order of strokes and stroke order of the name). 16. The data processing device as described in Item 10 of the scope of patent application, may further include: A keyboard containing a plurality of keys for inputting Chinese character data, the keyboard includes a standard stroke table Each stroke has a specific key corresponding to each stroke. 1 7. The data processing device described in item 10 of the scope of patent application can still include (including: a telephone dial keypad, the keypad has a plurality of keys for dialing a telephone number, a standard stroke table Strokes are assigned to these keys, and each key can represent several strokes, so you can use one sentence Pl-9285.ptd Page 21 460804 VI. The scope of the patent application represents a group of phone numbers. The sentence consists of Chinese characters. A character represents a stroke. The stroke can be compared with the stroke key and its number so that memory. 1 8. — A data processing method that converts into a binary data code combination by arranging the strokes of Chinese characters in sequence. This method includes: (A) — a method of setting the number of Chinese characters to determine the binary data code combination of the input word. The carry data code combination is determined by the strokes and stroke order of the Chinese character; and (B) — a method of arranging the order of Chinese characters for arranging the order of Chinese characters, the order is derived from the character through the stroke and stroke order The binary data code combination is determined. 19. The data processing method described in item 18 of the scope of patent application, may further include: (A 2) The code fetching method includes a stroke order translator, which has a standard stroke table and stroke order rules. Table for determining stroke order combinations of Chinese characters; and (B 2) the code fetching method further includes a stroke definition table for the translator to convert the stroke order combinations of the word into binary data code combinations for the word By. Pl-9285.ptd Page 22