KR19980078485A - Auto kanji converter and method - Google Patents

Abstract

The present invention relates to an automatic Chinese character converter and a method thereof, wherein the Chinese character data storage unit stores a Chinese character font file to be converted. The input / output unit performs input / output operations of commands and characters. In addition, the application program unit processes the reading and recognizing function of the character to be converted and the search and storage function of the character to be converted. The main control unit may include controlling the operations of the input / output unit and the application program unit, and the like, and determining a range to be converted; Setting only a region to be converted when converting only a specific region; An AI execution step of automatically setting the highest priority Chinese character and retrieving the set Chinese character from a database; Converting to Chinese characters; By processing the step of determining whether the Chinese character conversion is completed, the application program unit automatically recognizes the whole sentence or the sentence (or word) within the set range using the sentence parser function, and the optimal Chinese character corresponding to the recognized character By converting the data into AI function and automatically converting it, it is possible to reduce the document creation time and reduce the inconvenience of the user, so that it can be conveniently converted to Chinese characters.

Description

Automatic Hanja translator and methods of the same

The present invention relates to a Chinese character converter, and more particularly to an automatic Chinese character converter used in a word processor.

In general, a variety of character fonts are used in word processors used in computer systems, where a font is a character input from an input device (eg, a keyboard) and displayed when displayed on an output device (eg, a monitor). Says the typeface of the character being made.

Such fonts include Korean fonts, English fonts, Chinese fonts, etc., which are largely divided by language, and each font is classified into a font such as Myeongjo, Gothic, and Cursive. For example, when performing a word processor operation with the initial setting set to Hangul font, and for converting the displayed Hangul to Hanja for more accurate expression, etc., the area (or one word) to be converted to Hanja is conventionally designated. Then, the Chinese characters having the same sound as the characters in the designated area are displayed from the Chinese character database (DB). When the user selects the Chinese characters to convert, the words (or letters) in the designated area are converted. At this time, if a character in the designated area is not set in the Chinese character database DB, a new registration operation is manually performed in the database, or the next word is converted.

The conventional Chinese character converter has to designate an area to be converted every time as described above, so the more the conversion work is, the more cumbersome it is.

1 is a flowchart illustrating a conventional Chinese character conversion method.

Referring to the drawing, first, an area to be converted to Chinese characters is set (S1), and a specific key set as a conversion key is input (S2). When the conversion key is input, the system searches the registered Chinese character font file, that is, the Chinese character database DB, and determines whether words in the set area are registered in the Chinese character database DB (S4). If there is no character (or word) set in the registered Chinese character database (DB), the system outputs a message asking the user whether to register the set character (or word) (S5). Thereafter, it is determined whether a new word to be registered has been input (S6), and if so, the input word is registered in the Chinese character database (S7). In this case, the newly registered word is applied from a later search.

On the other hand, if the word in the area set as the search result of the Chinese character database DB is registered, the system outputs the registered words (S8). The registered characters output here are Chinese characters having the same sound as the words in the set area. The user manually selects a desired Chinese character to convert (S9) from among the outputted Chinese characters, and then determines whether the conversion to the selected Chinese character is completed (S10). Move to S4 to perform the above-described steps again.

By the way, every time you want to convert the Hangul written as Hanja as described above, you have to specify a new area, so you have to repeat all the conversion steps (S3-S10), and if there are many registered characters with the sound of the set letters, It was very inconvenient because it had to be selected and converted again.

The present invention has been proposed to solve the above-mentioned problems, by automatically converting Chinese characters using a neural network, reducing the number of selections in Chinese character conversion to provide an automatic Chinese character converter with quick document creation and simple Chinese character conversion function. The purpose is.

1 is a flowchart showing a conventional Chinese character conversion operation;

2 is a schematic block diagram of an automatic Chinese character converter according to an embodiment of the present invention;

3 is a flowchart showing an automatic kanji conversion operation of the present invention;

4 is a flow chart showing in detail the AI execution routine in FIG.

Explanation of symbols for the main parts of the drawings

10: main control part 20: Chinese character data storage part

30: application program unit 40: input and output unit

According to a feature of the present invention proposed to achieve the above object, determining a range to be converted; Setting only a region to be converted when converting only a specific region; An AI execution step of automatically setting the highest priority Chinese character and retrieving the set Chinese character from a database; Converting to Chinese characters; Determining whether the Chinese character conversion is completed.

In a preferred embodiment of this aspect, the execution of the AI comprises: executing a sentence parser; Finding the first-kanji to be converted; Searching for the found Chinese characters in a Chinese character database; Determining whether the found Chinese character is registered in the Chinese character database; If the Chinese character is not registered, outputting a message asking whether a new word is registered; Determining whether a new word to be registered has been entered; And registering the input Chinese character word in a Chinese character database.

According to another feature of the present invention, there is provided a Chinese character data storage unit for storing a Chinese character font file to be converted; An input / output unit configured to perform input / output operations of commands and characters; An application program unit for performing a function of reading and recognizing a character to be converted and a function of searching and storing a character to be converted; It includes a main control unit for controlling the operation of the input / output unit and the application program unit.

In a preferred embodiment of this aspect, the kanji data storage section comprises: a data storage section for storing user-defined kanji; It includes a data storage for storing the Chinese characters registered initially.

In a preferred embodiment of this aspect, the user-defined Chinese character data storage section includes the storage order and the search order being determined by the number of conversions.

The present invention relates to an automatic Chinese character converter, and the Chinese character data storage unit stores a Chinese character font file to be converted. The input / output unit performs input / output operations of commands and characters. The application program unit reads and recognizes the character to be converted and retrieves and stores the character to be converted. The main control unit may include controlling the operations of the input / output unit and the application program unit, and determining whether to convert the entire document. Setting only a region to be converted when converting only a specific region; An AI execution step of automatically setting the highest priority Chinese character and retrieving the set Chinese character from a database; Converting into automatically imported Chinese characters; By processing the step of determining whether the Chinese character conversion is completed, the entire program or the sentence (or word) within the set range is automatically recognized by the sentence parser function by the application program unit, and the optimal Chinese character corresponding to the recognized character By converting the data into AI function and automatically converting it, it is possible to reduce the document creation time and reduce the inconvenience of the user, so that it can be conveniently converted to Chinese characters.

2 is a schematic block diagram of an automatic Chinese character converter according to an embodiment of the present invention.

Referring to the drawings, referring to the preferred embodiment, the automatic Chinese character conversion device of the present invention is composed of a main controller 10, a Chinese character data storage unit 20, an application program unit 30, and an input / output unit 40. .

The main control unit 10 performs functions such as operation, storage, and storage, and controls the operation of the entire system.

The Chinese character data storage 20 is composed of a user defined Chinese character data storage 21 and a uniquely registered Chinese character data storage 22.

The user-defined kanji data storage unit 21 stores user-defined kanji data, namely newly registered data or unique hanja fonts stored by the user's own needs.

The uniquely registered Chinese character data storage section 22 stores the initial Chinese character font file. In other words, the kanji data storage 20 stores organized gatherings of information about knowledge, known as knowledge-base.

The application program unit 30 is composed of a neural network.

The neural network refers to a neural network, which connects a large number of simple devices to a network, and expresses and stores information by the strength of the connection between the devices. This structure has a number of advantages over current von Neumann computers. Most notably, the learning function can repeatedly learn and memorize information that is repeatedly input. Since the human brain has nondeterministic characteristics, it can recognize slightly wrong or similar input. In addition, neural networks must be constructed with the above-notice-base.

The input / output unit 40 is composed of an input unit 41 and an output unit 42.

The input unit 41 is configured by an input device such as a keyboard, for example, and inputs a command or character information.

The output unit 42 is, for example, a device composed of a monitor or LCD, and outputs input characters or information.

3 is a flowchart illustrating an automatic kanji conversion operation of the present invention.

An automatic kanji conversion method of the present invention will be described with reference to the drawings.

When the preset conversion key is input from the input unit 41, the main control unit 10 determines whether to convert the entire document into Chinese characters or only characters in a specific area to Chinese characters (S20). If the entire document is not converted, that is, only a specific area is converted, the user sets the area to be converted (S20a). If the range is set to all or part of the document, the application program unit 30 executes an AI (artifical intelligence) function (S21). Here, AI refers to artificial intelligence and refers to a technology that enables a computer to perform actions similar to human capabilities, such as learning and decision making. For example, it executes a parser function on the characters in the set area, recognizes the characters to be converted, automatically sets the optimal Chinese characters corresponding to them, and searches the Chinese character database to find the optimal Chinese characters. Perform a read operation. Here, a parser is a kind of syntax interpretation that constructs a syntax tree from a given sentence. In other words, it is a method of identifying the most suitable meaning and form by grasping the context of a sentence and recognizing the corresponding word. On the other hand, when the optimal Chinese character is read from the Chinese character data storage 20 by the AI function, the sentence (or word) is automatically converted into the imported Chinese character (S24). After the conversion of one sentence (or word) is completed, the application program unit 30 determines whether another sentence (or word) to be converted is within a setting range (S25), and the sentence (or word) to be converted remains. If not, the automatic conversion operation is terminated, and if a sentence (or word) to be converted remains, the AI function is executed again for the new sentence (or word).

4 is a flowchart showing in detail the AI execution routine in FIG. Referring to the drawings, the AI routine is described in detail.

In the step S21 of executing the AI function in the application program unit 30, a sentence parser function is performed on a sentence (or a word) in the setting area (S30). That is, the shape of the sentence (for example, the part of the part of speech) and the context of the front and back are grasped to recognize the optimal meaning of the sentence (or word) (S31). When the optimal meaning of the sentence (or word) to be converted is found, the application program unit 30 searches for the Chinese character data storage unit 20 from the frequently used address (S32), and the recognized Chinese character data is stored in the Chinese character data storage unit. It is determined whether or not it is registered in (20) (S33). In this case, if the recognized Chinese character is not registered, a message asking whether to register a new word is output (S34), and then it is determined whether a new word to be registered is input (S35). When a new word to be registered is input from the input unit 41, the application program unit 30 includes registering the input word in the Chinese character data storage unit 20 (S36).

The present invention solves the conventional problem of manually converting to Chinese characters one by one when working on a document, and automatically recognizes the entire sentence or a sentence (or word) within a set range using a sentence parser function in an application program unit. By automatically converting the optimal Chinese characters corresponding to the recognized characters with the AI function, it is possible to reduce the document creation time and reduce the inconvenience of the user, thereby converting them to Chinese characters conveniently.

Claims (5)

Claims [1] A method for automatically converting a word in a specific range into Chinese during document writing, the method comprising: determining a range to be converted (S20); Setting only a region to be converted (S20a) when converting only a specific region; An AI execution step (S21) for automatically setting the highest priority Chinese character and retrieving the set Chinese character from a database; Converting to Chinese characters (S22); Automated Chinese character conversion method comprising the step (S23) of determining whether the Chinese character conversion is completed. The method of claim 1, wherein the execution of the AI (S21) comprises: performing a sentence parser (S30); Finding the highest priority Chinese character to be converted (S31); Searching (S32) the found Chinese characters in a Chinese character database; Determining whether the found Chinese character is registered in the Chinese character database (S33); If the kanji is not registered, outputting a message asking whether to register a new word (S34); Determining whether a new word to be registered has been input (S35); The automatic Chinese character conversion method comprising the step of registering the input Chinese character word in the Chinese character database (S36). An apparatus for automatically converting a word in a specific range into a Chinese character during document creation, comprising: chinese character data storage means (20) storing a chinese character font file to be converted; Input / output means (40) for performing input / output operations of commands and characters; Application program means (30) for performing a function of reading and recognizing a character to be converted and of searching and storing a character to be converted; Means for controlling the operation of the input / output means (40) and the application program means (10), characterized in that the automatic Chinese character conversion device. 4. The automatic Chinese character data storage device according to claim 3, characterized in that the Chinese character data storage means (20) comprises data storage means (21) for storing user defined Chinese characters and data storage means (22) for storing the initially registered Chinese characters. Chinese character inverter. The method of claim 4, wherein The user-defined Chinese character data storage means (21) is characterized in that the storage order and the search order are determined by the number of times of conversion.