JPS6154559A - Japanese word processor - Google Patents

Abstract

PURPOSE:To attain a sorting job, the production of a list based on KANJI (Chinese characters) by using a KANJI/KANA (Japanese syllabary) conversion dictionary. CONSTITUTION:When a sentence of only KANJI or a sentence containing HIRAGANA (Japanese syllabary), KATAKANA (square forms of Japanese syllabary), etc. is supplied through a KANJI input part 1, these sentences are stored in a sentence memory part 2 in the form of the corresponding KANJI and character codes. When a sorting job, the production of a list, etc. are needed for the stored KANJI, a KANJI/KANA conversion key 11 is operated to read successively the KANJI codes out of a KANJI buffer 3. Then the corresponding KANA codes are detected through a conversion table of a KANJI/KANA conversion dictionary 4 and sent to a KANA buffer 5. These KANA codes are read out of the buffer 5 in a sorting or list production mode. The result of the sorting job or the result of production of a list is outputted to an output part 6.

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention relates to a Japanese language processing device capable of converting kanji to kana (katakana or hiragana).

[Conventional technology]

As a conventional Japanese language processing device (word processor, etc.),
For example, in addition to alphabetical letters, numbers, and symbols, hiragana and katakana can be input using a keyboard, and kanji and other characters can also be input using a tablet or the like. In addition, for devices that cannot directly input kanji, kanji can be input by inputting characters in hiragana or katakana from a keyboard and operating a kana-kanji conversion key. By having such a function, it is possible to easily create and edit documents.

[Problem that the invention seeks to solve]

However, conventional Japanese language processing devices do not have the ability to convert alphabetic characters into katakana or hiragana, so if you try to sort or create a list of kanji data in alphabetical order, for example, There was a problem that I couldn't do it.

[Improve the problem! The present invention has been made in view of the above, and provides a Japanese language processing device equipped with a kanji-kana conversion dictionary to enable conversion from kanji to kana. It provides:

〔Example〕

Hereinafter, the LI tree language processing device according to the present invention will be explained in detail.

FIG. 1 shows an embodiment of the present invention, in which kanji can be input indirectly using a full keyboard, tablet, etc. that can directly input kanji manually, or a JISI board equipped with kana-kanji conversion keys. a sentence storage unit 2 that stores sentences input from the kanji input unit 1 in character codes;
A kanji buffer 3 that stores the kanji code of the kanji part of the meaning of the sentence in the sentence storage section 2 (direct input from the kanji human power section 1 is also possible), and a specific key provided in the kanji input section 1. , for example, by operating the kanji-kana conversion key 11,
When a conversion command from Kanji to Kana is issued, the Kana code output from the Kanji-Kana conversion dictionary 4 is converted using the conversion table that outputs the Kana code corresponding to the same code as the Kanji code in the Kanji buffer 3. +11 from the kana buffer 5 for once commemorating the anniversary and the output section 6 for displaying or printing out the kana characters from the power buffer 5 on a CRT etc.
1) Be accomplished. Kanji Kanahen (!U7-Sho 4 is a table with the sound or kun ako corresponding to each kanji based on JTS convex < 1f, etc., as shown in Figure 2. Although shown as characters, they are actually stored as codes, and search processing is performed based on the correspondence between codes.

In the above configuration, when a sentence containing only kanji or a mixture of hiragana, katakana, etc. is entered manually using a keyboard or tablet, these sentences are stored in text memory using the corresponding kanji code and character code. It is stored in section 2. When it is necessary to create a list of stored kanji, if you operate the kanji-kana conversion key 11, the kanji codes in the kanji buffer 3 are read out one after another, and a kanji-kana conversion dictionary is created. A corresponding kana code is found using the conversion table in step 4. The found kana code is sent to the kana buffer 5, read out from the buffer 5 during processing such as sorting or list creation, and the sorting result or list creation result is output to the output section 6.

In addition to the processing results, the output unit 6 can also output the contents stored in the kana buffer 5.

Although only Kanji-kana conversion has been described above, by replacing the dictionary 4 with a table of Kanji and Roman characters, conversion using Kanji and Roman characters is also possible. Also, if you replace the Roman characters with English, you can also perform Kanji-English conversion.

〔Effect of the invention〕

As explained above, according to the Japanese language processing device of the present invention, since a Kanji-kana conversion dictionary is provided, conversions from Kanji such as Kanji-Kana conversion and further Kanji-Romaji conversion can be performed. I・You can create etc.

[Brief explanation of the drawing]

FIG. 1 is a block diagram showing an embodiment of the present invention, and FIG. 2 is a table configuration diagram of the kanji-kana conversion dictionary shown in FIG. Explanation of symbols ■...Kanji input section 1. 2...Text storage section 3...
・Kanji buffer, 4... Kanji-kana conversion dictionary, 5... Kana buffer, 6... Output section.

Claims (1)

[Claims] It is equipped with a kanji input section that inputs kanji directly or indirectly through kana-kanji conversion, etc., and is capable of storing, editing, and storing Japanese sentences.
A Japanese language processing device that performs recording or various types of processing includes: a first storage unit that encodes and stores kanji input from the kanji input unit; and a kanji unit that outputs a kana code corresponding to the kanji code in the storage unit. A Japanese language processing device comprising: a kana conversion dictionary; and a second storage section that stores kana codes output from the kanji-kana conversion dictionary.