JP2974346B2 - Kanji processing device - Google Patents

Description

Description: BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a kanji processing apparatus for synonymous kanji when editing a document using a computer typesetting or word processor.

[Related Art] In the field of kanji processing, it is very difficult to determine which character is more appropriate to use because of handling tens of thousands of kanji. Also, with the times, kanji corrections have been made. Is corrected to "food", and the crown of the kanji "gaku" is changed to "gaku", which is more complicated because both are still valid today. I have to.

For example, kanji Was changed to "meal" when the common kanji was specified, but was not specified as a common kanji at this time Is still an accurate kanji However, there are many cases where this is erroneously referred to as the "eclipse" on the left-hand side. In the compilation of documents, the use of kanji different from the current accurate kanji may be required. , Old letters, separate characters,
Kanji classified as slang, abbreviation, erroneous, fake, etc. are stored in the font memory.

[Problem to be Solved by the Invention] In such a background, especially the kanji That kanji If there is more than one so-called homonymous character that has the same pronunciation and the same semantic content as the kanji that represents the left side of the part as "food", for example, depending on the publisher, When specified, you need to make sure that it is what the publisher intends. It is extremely troublesome to extract kanji having the same meaning from a huge number of kanji for this confirmation.

Also, in Japanese word processor, if you type "Ame" with kana, multiple kanji of the same sound will appear on the screen or sequentially, but since the kanji of the same sound does not appear collectively, the troublesome work of searching remains I have.

[Means for Solving the Problems] The present invention relates to a kanji processing apparatus provided with a storage means for classifying and arranging representative characters according to radicals and storing them in a table and storing them. The item of the radical key storing the radical key assigned to each character, the item of the representative character assigned with one representative character for each radical key of the item of each radical key, and the item of the representative character If one or a plurality of variant characters are present for each representative character, the same character item is stored as the same character, and the representative character and the variant character are given information unique to the character. An output unit for accessing the storage unit when the same character exists for an arbitrary kanji, outputting the same character of the kanji and information unique to the same character, and printing or displaying the same. Kanji processing device characterized by comprising It is.

Further, in the kanji processing device according to the present invention, the unique information includes information indicating a type of a variant character and information indicating one of a common kanji, a personal name kanji, an old character, and other kanji. It is a kanji processing device that includes.

[Function] With the above-described configuration, a common character-shaped font recognized as correct is used as a representative character, and a homonymous synonymous character different from the representative character is used as a representative character using the storage means and the output means. As these characters, these representative characters and variant characters can be collectively output as the same characters and displayed, so that the kanji to be used can be properly confirmed, especially when this is applied to a computer typesetting machine or a Japanese word processor. An error in the use of kanji at the time of creation can be easily confirmed between the print requester and the print creator, for example, so that the occurrence of troubles can be reduced.

[Embodiment] Hereinafter, the present invention will be described in detail with reference to one embodiment. FIG. 1 shows a kanji classification table in which representative characters are arranged and stored in a storage means according to the present invention in a radical manner. 1 shows an example of a storage table.

This means that a common character font recognized as correct is used as a representative character, a variant character (commonly used) that is a homonymous synonymous character is used as a variant character, and if a variant character exists for the representative character, it is made the same. A single character group was formed by considering the characters, and the representative character having no variant character and the same character group were mixed, and the representative characters were classified and arranged according to radicals, stored in a table in the storage means, and stored. Things.

FIG. 1 shows some of the kanji whose representative characters belong to the radical "I". Where the kanji "one", "bottom", "three",
Regarding "Upper", "Length", and "Million", we regard them as parent characters, assuming that they are recognized as correct characters.
Since these have different variants of the same sound and synonymous kanji, they are written together with the base characters as variants. These are referred to as the same characters in the present invention.

Specifically, for "one", "u", for "low", About "three" About "Upper" About "length" Is stored as a variant character so as to be written together with the representative character.

In addition, other "seven", "Ding", "Ma" has no homonymous letters, so they are listed in order as representative characters.

The radical key is a key for the representative character, and is a key determined to arrange the representative characters in the radical order. In this example, the upper three digits are assigned to the radical code, the middle two digits are assigned to the total number of strokes, the lower three digits are assigned to the radical, and the branch number when the number of strokes is the same.

Each kanji is accompanied by information about the kanji in code. FIG. 2 is an explanatory diagram of information added to kanji.

Area 11 is an area indicating a variant character classification, and indicates to which kind of kanji the subject belongs. The categories are: Orthographic, Japanese, Japanese, Old, Separate,
There are slang characters, abbreviations, typos, and fake characters.
"Country", "book", "old", "different", "profane", "abbreviated"
“Error” and “false” are stored in the area 11 so as to be arranged and displayed.

In the area 12, "Jo", "People", and "Old" indicating whether the kanji belongs to the common kanji, the personal name kanji, or the old character are stored in an array.

Further, an area 13 is an area for marking a specific character type, and an area 14 is an area for displaying a memo such as incorrect information. Further, the kanji codes in the computer processing may be stored in the area 15 so as to be arranged and displayed.

By arranging the representative characters including or not including the variant characters according to radicals and tabulating them, the same characters can be accurately recognized, and whether the appropriate kanji is used among multiple same characters Can be confirmed.

In addition, about the selection of such same characters, it is possible to use a Kanji dictionary such as Shinjigen, Daikanwa, Kanghee, etc.
If it is found that a more suitable character exists for the representative character, the representative character for the same character can be changed.

Next, a description will be given of a kanji processing apparatus that performs kanji processing using a storage unit that stores the kanji classification table as the kanji classification table as described above.

FIGS. 3 and 4 show a computer typesetting machine as an example of this kanji processing apparatus. FIG. 3 is an explanatory diagram showing an outline of a computer typesetting machine, and FIG. 4 is a functional block diagram thereof.

As shown in FIG. 3, the rough configuration of the computer typesetting machine is as follows.
Keyboard 20, storage device 22 using magnetic tape, computer
21, a printing device 23.

FIG. 4 illustrates a functionally divided configuration of the computer typesetting machine. That is, the computer typesetting machine has a character information input unit 30, a character information storage unit 32, an assignment information input unit 34, an assignment information storage unit 36, an assignment editing unit 42, a storage unit 44,
An output unit 46 is provided.

The character information input unit 30 is a part for inputting character information to be printed. This character information includes character data representing a character and position data for specifying a print position of the character. The character information input section 30 is constituted by a keyboard 20, and the input character information is input to the computer 21.

The layout information input unit 34 is used to set the paper size of printed matter,
This is a part for inputting layout information including format data for specifying a format such as a margin and position data for specifying a print position. The assignment information input unit 34 is constituted by the keyboard 20, and the assignment information is input to the computer 21 by operating the keyboard 20.

The character information storage unit 32 is a unit that stores character information input from the character information input unit 30.

The allocation information storage unit 36 is a unit for storing the allocation information input from the allocation information input unit 34.

The assignment editing unit 42 is a unit that reads character information from the character information storage unit 32 and reads assignment information from the assignment information storage unit 36, and links the character information to the assignment information.

The storage unit 44 is a unit that stores information in which the allocation editing unit 42 associates the character information with the allocation information and the pattern matrix information.

The font information storage unit 45 stores character fonts in a raster or vector format.

The character information storage unit 32, the allocation information storage unit 36, and the storage unit 4
4. The font information storage unit 45 is constituted by a memory of the computer 21, and the assignment editing unit 42 is constituted by an arithmetic unit of the computer 21.

The output unit 46 prints the font characters read from the font information storage unit 45 on an underprint-like output medium (photographic paper, film, etc.) based on the information read from the storage unit 44.
In the part where printing is performed and the production of the plate making plate is controlled,
The printing unit 48 is configured by the device 23 such as a laser printer.

In such a computer typesetting machine, from the character information input unit 30, a common character-shaped font recognized as correct is used as a representative character, a variant homomorphic character equivalent to the representative character is used as a variant, and a variant character is used for the representative character. If they exist, they are regarded as the same character to form one same character group, and a representative character having no variant character and the same character group are input.

On the other hand, from the allocation information input unit 34, the format in which these input representative characters and variant characters are arranged, that is, information on character allocation is input.

The allocation editing unit 42 divides the representative character and the variant character into, for example, the first character based on the representative character and the variant character stored in the character information storage unit 32 and the format information stored in the layout information storage unit 36. Assign as shown in the classification table in the figure. The same character information (that is, the kanji classification table) for which the allocation process has been completed is tabulated and stored in the storage unit 44.

To output and display the tabulated kanji classification table that has been subjected to the allocation processing stored in the storage unit 44, the output unit 46 stores font characters used for output display of the kanji classification table in font information. Read from the font characters (font character table) stored in the
48 is controlled and printed. As an output form, not only printing but also display on a CRT or the like is possible.

In addition to the computer typesetting machine, other kanji processing devices, that is, Japanese word processors, have the same character information subjected to the allocation processing in the storage device, and if necessary, for example, set the same character output mode. Input the "sound" and enter the same synonymous information for the "sound" on the CRT display.
That is, the representative character and its variant character can be output and displayed.

[Effects of the Invention] As described in detail above, according to the present invention, when there are a plurality of kanji having the same meaning, it is possible to easily identify or confirm the kanji, and to reduce trouble caused by kanji errors. Can be prevented.

[Brief description of the drawings]

FIG. 1 is an explanatory diagram showing an example of a storage table as a kanji classification table in which representative characters are classified and arranged according to radicals in a storage means in the present invention, and FIG. 2 is a diagram showing information added to kanji. FIG. 3 is a schematic explanatory diagram of a computer typesetting machine, and FIG. 4 is a functional block diagram of the computer typesetting machine. 11: Variant character classification area, 12: Common / personal / old character classification area 15: Character code area, 20: Keyboard, 21: Computer, 22: Storage device 23: Printing unit

 ──────────────────────────────────────────────────続 き Continuation of front page (56) References JP-A-1-129350 (JP, A) JP-A-62-267857 (JP, A) JP-A-59-172032 (JP, A)

Claims (2)

(57) [Claims] In a kanji processing apparatus provided with a storage means for storing and storing representative characters by dividing and arranging the representative characters for each radical, a radical key assigned to each representative character which is a common character that is recognized as correct. , A representative character term in which one representative character is assigned to each radical key of each radical key term, and a variant character for each representative character in the representative character term. Storage means for arranging, when there is one or a plurality of characters, items of the same character which are stored as the same character, and assigning information specific to the character to each of the representative characters and the variant characters in a table form and storing the characters; Output means for accessing the storage means when the same character exists for an arbitrary kanji, outputting the same character of the kanji and information unique to the same character, and performing printing or display; Kanji processing device. 2. The method according to claim 1, wherein the unique information includes information indicating a type of a variant character, and information indicating one of a common kanji, a personal name kanji, an old character, and other kanji. The kanji processing device according to the item.