JPH07129562A - Device and method for preparing document - Google Patents

Abstract

PURPOSE:To convert an unkown word into a correct KANA/KANJI-mixed document. CONSTITUTION:A character input means 11 inputting a character, etc., a storing means 17 which retrieves the inputted character from a dictionary so as to execute grammer analysis, reads the reading string of the inputted character, converts the string into the combination string of a caption and caption length and stores it in a storage buffer, a KANA/KANJI conversion processing part 14 converts the unknown word and the one-character caption into KATAKANA when the unknown word exists in the combination string which is stored in the storing means 17 and also one or the continuous one-character captions exist after/before the unknown word the storing means 19 storing the KATAKANA character which is processed by the KANA/KANJI conversion processing part 14 in an output buffer and an output part 21 outputting the KATAKANANA character stored by the storing means 19, are provided.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a document creating apparatus and method thereof, and more particularly to a document creating apparatus and method for converting an unknown word and a one-character heading adjacent thereto into katakana for output processing.

Further, the present invention relates to a document creating apparatus and method for converting unknown words adjacent to katakana notation into katakana and performing output processing.

[0003]

2. Description of the Related Art Conventionally, in a document creation device, an input character is searched from an independent word dictionary and an adjunct word dictionary, and after performing grammatical analysis, these are referred to as kanji headings (hereinafter referred to as "headings"). Say), read, convert to a combination string of headline lengths, and store in the storage buffer unit. The stored input character is subjected to kana-kanji conversion processing, stored in the output buffer section, and then displayed on the display section.

In such a document creating apparatus, the input characters may or may not be registered in the independent word dictionary and auxiliary word dictionary. An accurate kana-kanji mixed document will be created if registered in an independent word dictionary, etc., but an accurate kana-kanji mixed document will be created if not registered in an independent word dictionary. There are times when it shouldn't.

For example, if you enter "Sanrio Pureland", the heading "Sanrio Pureland" is not registered in the dictionary, so there is no meaningful single character like "Sato Riyu Pureland". Headings are displayed consecutively.

This is because "Sanrio Pyuroland" is one word, but "I don't understand it, so one word is" san "," ri "," o "," pyu "," ro ". ,
This is because it is decomposed into "ran" and "do", and the headline registered in the dictionary and "pyu" not registered in the dictionary are forcibly combined and converted into a combination string.

This is because if there is a word that is not registered in the dictionary in this way, it is difficult to determine up to one word, and a strange conversion result is output unnecessarily.

[0008] Further, if you enter "here, take a badie, let's ask", "badie" is not registered in the dictionary, so it is impossible to do something like "bardy". It becomes a conversion.

Since many words that are not registered in these dictionaries are generally foreign words, if they are converted to katakana, they will become "Satosato Pew furnace land" and correct conversion will be performed. Absent.

Furthermore, when an unknown word has characteristics as katakana, if this unknown word is converted to katakana, only a limited number of words will be converted to katakana.

Furthermore, when it is difficult to determine how much one word is, when an unknown word is included, the adjunct immediately before the unknown word and the adjunct immediately after the unknown word are written in hiragana and the space between them is katakana. Things are also being done. However, if you do this, most of the characters will be converted properly, but when you convert "Televi nostalgic San Dabadou", it will be converted to "Kana kanji kanji kanji conversion" like "I saw Natsukashii Thunderbird on TV". I can't.

Therefore, the present invention appropriately recognizes an unknown word when there is an unknown word and a one-character headline adjacent to the unknown word, converts the one-character headline adjacent to the unknown word into katakana, and outputs the document, and a document creating apparatus therefor. It is intended to provide a method.

It is another object of the present invention to provide a document creating apparatus and method for converting a one-character heading adjacent to an unknown word into katakana when the unknown word is written in katakana and performing output processing.

[0014]

SUMMARY OF THE INVENTION According to the present invention, a character input means for inputting characters and the like, a character input by this character input means are searched from a dictionary for grammatical analysis, and the input character Storage means for reading the reading string, converting it into a combination string of headings and heading lengths and storing it in a storage buffer, and an unknown word existing in the combination string stored in this storage means, and one word before and after the unknown word. , Or, if there is a continuous one-character headline, the unknown word and the one-character headline are converted to katakana and kana-kanji conversion processing part, and the storage means for storing the katakana character processed by this kana-kanji conversion processing part in an output buffer. A document creating apparatus provided with an output unit for outputting Katakana characters stored in a storage unit.

Further, a character input means for inputting characters and the like, and a character input by this character input means are searched from a dictionary for grammatical analysis, and a reading string of the input characters is found, and the reading and heading types are read. If there is an unknown word in the combination string stored in this storage means and the storage means that converts it to the combination string and stores it in the storage buffer, and if there is a katakana notation before and after the unknown word, the unknown word is converted to katakana. It is characterized by comprising a kana-kanji conversion processing part for conversion, a storage means for storing the katakana characters processed by the kana-kanji conversion processing part in an output buffer, and an output means for outputting the katakana characters stored by this storage means. A document creation device is provided.

Further, a character or the like is input, the input character is retrieved from a dictionary and grammatical analysis is performed, the reading string of the input character is read, converted into a combination string of heading and heading length, and stored in a storage buffer. The unknown word exists in the stored combination string, and 1 is added before and after the unknown word.
When there is one or continuous one-character headline, the unknown word and the one-character headline are converted to katakana, the converted katakana character is stored in the output buffer, and the stored katakana character is output. It provides a document creation method.

Further, by inputting characters, etc., the input characters are retrieved from the dictionary and grammatical analysis is performed, and the reading string of the input characters is read, read, and converted into a combination string of heading types and stored. Stored in a buffer, if there is an unknown word in the stored combination string and there is katakana notation before and after the unknown word, convert the unknown word to katakana and output the converted katakana character to the output buffer. It is intended to provide a document creating method characterized by storing and outputting the stored katakana character.

[0018]

[Function] Input characters, etc., search the input characters from the dictionary and perform grammatical analysis, read the reading string of the input characters, convert it into a combination string of headings and heading lengths, and store it in the storage buffer To do. If an unknown word is present in the stored combination string and there is one or a continuous one-character headline before or after the unknown word, the unknown word and the one-character headline are converted to katakana. The converted katakana character is stored in the output buffer, and the stored katakana character is output.

Further, characters and the like are input, the input characters are retrieved from the dictionary and grammatical analysis is performed, and the reading string of the input characters is converted into a heading, a reading, and a heading type combination string, and a storage buffer. To store. When an unknown word exists in the stored combination string and katakana notation is present before and after the unknown word, the unknown word is converted to katakana. The converted katakana character is stored in the output buffer, and the stored katakana character is output.

[0020]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of the document creating apparatus and method of the present invention will be described below with reference to the accompanying drawings.

FIG. 1 is a block diagram showing an outline of the document creating apparatus 10 of the present invention. The document creating apparatus 10 is provided with a character input unit 11 such as a keyboard and a stylus pen so that characters and the like can be input. A central control unit 13 including a CPU and the like is connected to the character input unit 11 via an input control unit 12 to recognize, search, store, and store characters.
It is designed to control output and the like.

The central control unit 13 is connected to a dictionary unit 15, an adjunct word dictionary unit 16, and a storage buffer unit 17 via a Kana-Kanji conversion processing unit 14, and retrieves and stores the characters input by the character input unit 11. It is designed to perform the processing of.
An output buffer unit 19 is connected to the central control unit 13 via an output buffer control unit 18 so as to store and output the characters stored in the storage buffer unit 17.

Further, a display unit 21 is connected to the central control unit 13 via a display control processing unit 20 so as to display input characters, processed characters and the like.

A case where an unknown word is converted into katakana and displayed on the display unit 21 by the document creating apparatus 10 configured as described above will be described with reference to the flowchart of FIG. 2 and the explanatory views of FIGS. 3 to 9. .

Now, the character input unit 11 of the document creating apparatus 10
Enter the character string data saying "Let's go to Sanrio Pureland". The input character string data is sent to the kana-kanji conversion processing unit 14 via the central controller 13 by pressing down the conversion key (not shown) of the character input unit 11.

When the kana-kanji conversion processing unit 14 receives the character string data, it sends the character string data to the dictionary unit 15 and the auxiliary word dictionary unit 16. Dictionary unit 15 and attached word dictionary unit 16
Then, the index corresponding to the character string data is searched from the dictionary area 15a and the auxiliary word dictionary area 16a shown in FIGS. This searched headline is kana-kanji conversion processing unit 14
To Kana-kanji conversion processing such as grammar analysis, creation of a combination string of headings that can be combined, reading, etc.
"Three" and "heading length", for example, "2", "1", and "1" are stored in the storage area 17a of the storage buffer unit 17 as shown in FIG.

Here, "san" is read as "acid", "three",
"Ri" is "sato", "back", "o" is "tail",
"O", "ro" for "furnace", "turret", "land" for "land", "land" for "column", "random", "do" for "degree", "soil" Headings such as "are registered in the dictionary,
The headings "Pyu", "Pyu", "Pi", and "Poo" are not registered in the dictionary.

Then, "Pyu" not registered in the dictionary is judged as "unknown word" and stored in the storage buffer unit 17.
When this "unknown word" Pyu "" is stored in the storage area 17a of the storage buffer unit 17, "Yomi" Pyu "" is stored in place of the headline, and "Unknown word" Un "" is stored in place of the headline length 1 etc. To do.

When the heading column has "adjuncts" ni "and" mashou "", "yomi" to "ni" and "mashou" instead of headings and "adjunct words" instead of heading length "Attachment" is added, and "Let's go to Acidotail Pure Furnace Land" or "Let's go to Sanri Goten Pure Furnace Soil" is stored in the storage area 17a (S1).

Storage area 17a of the storage buffer section 17
"Let's go to Acid Sato Pyu Furnace Land."
Alternatively, "Let's go to Sanri Goten Pyu Furan Soil." Is searched by the Kana-Kanji conversion processing unit 14, and "Unknown word" Pyu "" and "Unknown word" Pyu "" are displayed before or after "Heading length" 1. It is determined whether or not there is a headline "" (S2).

When there is a heading of "heading length" 1 "" before or after "unknown word" Pyu "" and this "unknown word" Pyu "", "Unknown word" Pyu "" and before or after it Heading "acid" with heading length "1",
"Sato", "tail", "pyu", "furnace", "land" or "three", "sato", "go", "pyu", "furnace",
"Column", "Sat", etc. are converted into katakana, and the headline "Sanrio Pureland" is stored in the output buffer unit 19 via the output buffer control unit 18 (S3).

When there is no "unknown word" Pyu "" or the like, the kana-kanji conversion process is directly performed, and the headline is stored in the output buffer unit 19 via the output buffer control unit 18 (S4).

The headline stored in the output buffer section 19 is sent to the display section 21 via the display control section 20, and an accurate headline corresponding to the character string data is displayed as shown in FIG.

The character input unit 11 of the document creating apparatus 10
Enter the character string data that says, "If you take a video here, I will do it." The input character string data is sent to the kana-kanji conversion processing unit 14 via the central control unit 13 as in the case of "Let's go to Sanrio Pyoroland".

The kana-kanji conversion processing unit 14 sends the character string data to the dictionary unit 15 and the auxiliary word dictionary unit 16, and the dictionary unit 1
5 and the adjunct word dictionary section 16 retrieve the heading corresponding to the character string data from the dictionary area 15b and the adjunct word dictionary area 16a shown in FIGS.

The retrieved headline is sent to the kana-kanji conversion processing unit 14 for grammar analysis, creation of a concatenable heading sequence, kana-kanji conversion processing such as reading, and a combination of "reading", "heading", and "heading type". The column is stored in the storage area 17b of the storage buffer unit 17 as shown in FIG.

When this combination string is stored in the storage area 17b of the storage buffer unit 17, if there is no reading corresponding to the character string data in the dictionary area 15b and the auxiliary word dictionary 16a, "reading" is used instead of the heading. “Dii” ”and“ Unknown ”meaning“ unknown word instead of heading type ”are stored.

If the headline is written in katakana,
"Kata" is added to the heading type.

Further, in the case of an adjunct word, “reading“ de ”,“ wo ”,“ ba ”,“ suru ”are stored in place of the heading, and“ adjunct “attachment” is added in place of the heading type. "" Is stored.

Here, "bar" is registered in the dictionary for the reading "Bah", but is not registered in the dictionary for the reading "Die", so "Die" is an unknown word. Then, the storage buffer 17 stores "If you take a bar here, you win." (S1).

The "Kana bari wins here." Stored in the storage buffer unit 17 is searched by the Kana-Kanji conversion processing unit 14, and "Unknown word" Die "" and this "Unknown word" It is determined whether or not there is a heading "Katakana notation" before or after "Dii" (S2).

If there is "Unknown word" Die "" and "Katakana notation" before or after this "Unknown word" Die "", this "Unknown word" Die "is converted to Katakana. Then, the title is stored in the output buffer unit 19 via the output buffer control unit 18 after being converted into “If you take a birdie here, you win” (S4).

The headline stored in the output buffer section 19 is sent to the display section 21 via the display control section 20, and an accurate headline corresponding to the character string data is displayed as shown in FIG.

As described above, according to the present invention, when character data including an unknown word is input, the unknown word is judged,
It is possible to convert an unknown word into katakana from one character before or after that or katakana notation and output it as a correct document containing kana-kanji.

[0045]

As described above, according to the present invention, the character input means for inputting characters and the like, the character input means for searching the dictionary for the character input, and the grammatical analysis are performed. Storage means for reading the reading column, converting it into a combination column of headings and heading lengths, and storing it in a storage buffer;
If there is an unknown word in the combination string stored in this storage means and there is one or consecutive 1-character headings before and after the unknown word, the unknown word and the 1-character heading are converted to katakana Kana-Kanji conversion Since the processing unit, the storage unit for storing the Katakana characters processed by the Kana-Kanji conversion processing unit in the output buffer, and the output unit for outputting the Katakana characters stored by the storage unit are provided, it is determined based on the unknown word and the one-character headline. However, it is possible to create a document with mixed kanji which is a matter of converting these unknown words into correct katakana.

Further, a character input means for inputting characters and the like, and a character input by this character input means are searched from a dictionary for grammatical analysis, and a reading string of the input characters is found, and the reading and heading types are read. If there is an unknown word in the combination string stored in this storage means and the storage means that converts it to the combination string and stores it in the storage buffer, and if there is a katakana notation before and after the unknown word, the unknown word is converted to katakana. The Kana-Kanji conversion processing unit for conversion, the storage unit for storing the Katakana characters processed by the Kana-Kanji conversion processing unit in the output buffer, and the output unit for outputting the Katakana characters stored by the storage unit are provided. Judgment can be made using the katakana notation, and the unknown words can be converted to katakana to create a document containing correct kana-kanji characters.

Further, a character or the like is input, the input character is retrieved from the dictionary and grammatical analysis is performed, the reading string of the input character is read, converted into a combination string of headings and heading lengths, and stored in the storage buffer. The unknown word exists in the stored combination string, and 1 is added before and after the unknown word.
Or, if there is a continuous 1-character headline, the unknown word and the 1-character headline are converted to katakana, the converted katakana character is stored in the output buffer, and the stored katakana character is output. Unknown words can be converted into correct katakana.

Furthermore, a character or the like is input, the input character is retrieved from the dictionary and grammatical analysis is performed, and the reading string of the input character is read, read, converted into a combination string of heading types and stored. Stored in a buffer, if there is an unknown word in the stored combination string and there is katakana notation before and after the unknown word, convert the unknown word to katakana and output the converted katakana character to the output buffer. By storing and outputting the stored katakana character, the unknown word can be converted into the correct katakana character.

[Brief description of drawings]

FIG. 1 is a block diagram showing an outline of a document creating apparatus of the present invention.

FIG. 2 is a flowchart illustrating the operation of FIG.

FIG. 3 is an explanatory diagram showing an example of storage of a dictionary.

FIG. 4 is an explanatory diagram showing an example of storage of another dictionary.

FIG. 5 is an explanatory diagram showing an example of converting input character data into a combination string.

FIG. 6 is an explanatory diagram showing an output example of input character data.

FIG. 7 is an explanatory diagram showing an example of storage of another dictionary.

FIG. 8 is an explanatory diagram showing an example in which another input character data is converted into a combination string.

FIG. 9 is an explanatory diagram showing another output example of input character data.

[Explanation of symbols]

 10 Document Creation Device 11 Input Unit 12 Input Control Unit 13 Central Control Unit 14 Kana-Kanji Conversion Processing Unit 15 Dictionary Unit 16 Adjunct Dictionary Unit 17 Storage Buffer Unit 18 Output Buffer Control Unit 19 Output Buffer Control Unit 20 Display Control Processing Unit 21 Display Unit

Claims (4)

[Claims] 1. A character input means for inputting characters and the like, and a character input by this character input means is searched from a dictionary for grammatical analysis, a reading string of the input character is read, and a heading and a heading length are read. Storing means for converting to a combination string and storing it in a storage buffer, and an unknown word exists in the combination string stored in this storage means, and there is one or consecutive one-character headings before and after the unknown word. Sometimes, the Kana-Kanji conversion processing unit that converts the unknown word and the one-character headline into Katakana, the storage unit that stores the Katakana characters processed by the Kana-Kanji conversion processing unit in the output buffer, and the Katakana characters stored by this storage unit are output. A document creation device comprising: an output unit. 2. A character input means for inputting characters and the like, and a character input means for searching characters in the dictionary for grammatical analysis to find a reading string of the input characters,
Storing means for reading and converting to a combination string of heading types and storing it in the storage buffer, and when there is an unknown word in the combination string stored in this storage means and there is a katakana notation before and after the unknown word, A kana-kanji conversion processing unit for converting an unknown word into katakana, a storage unit for storing the Katakana characters processed by this Kana-Kanji conversion processing unit in an output buffer, and an output unit for outputting the Katakana characters stored by this storage unit. A document creation device characterized by the above. 3. A character or the like is input, and the input character is searched from a dictionary to perform grammar analysis,
The input character reading string is read, converted into a combination string of headings and heading lengths, and stored in the storage buffer. An unknown word exists in the stored combination string, and one word is included before and after the unknown word. Alternatively, when there is a continuous 1-character headline, the unknown word and the 1-character headline are converted to katakana, the converted katakana character is stored in an output buffer, and the stored katakana character is output. How to make. 4. A character or the like is input, and the input character is searched from a dictionary to perform grammar analysis,
The input character reading string is converted into a combination string of heading, reading, and heading type and stored in the storage buffer, and an unknown word exists in this stored combination string, and katakana notation appears before and after the unknown word. A document creating method characterized by converting the unknown word to katakana at a certain time, storing the converted katakana character in an output buffer, and outputting the stored katakana character.