JPH04205372A - Document processor - Google Patents

Abstract

PURPOSE:To make use of the learning information in the field related to a document to be prepared by deciding the output order of conversion candidates based on the learning information of a selected learning information file at the time of KANA (Japanese syllabary)/KANJI (Chinese character) conversion when a proper learning information file is selected from among the learning information files. CONSTITUTION:Based on transmitted word information, a conversion processing part 4 retrieves a dictionary in a dictionary management part 5, takes out the conversion candidates for KANA (Japanese syllabary)/KANJI (Chinese character) conversion to be sent to a conversion control part 3. The conversion control part 3 retrieves the learning information file in use in a learning information file management part 6, decides the conversion candidate output order of the conversion candidates based on the learning. The conversion control part 3 sends the conversion candidates to a display control part 7 according to the conversion candidate output order. In this case, a user decides a notation using an input device 1 when there is a required notation. Thus, the edited learning information in the same field can be used as it is.

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention relates to a Japanese document processing device having a learning function in kana-kanji conversion.

[Conventional technology]

Conventionally, in this type of document processing device, when there are multiple words corresponding to the input pronunciation information, the corresponding homonyms (conversion candidates) are displayed one after another by pressing a predetermined key, or they are displayed on one screen. Display all homonyms above [2. Select one word to confirm the notation.

was. At this time, when one word is selected from among multiple homophones, the learning information registered in the kanji dictionary is updated by the learning function, and during the next conversion process,
Frequently used words are now displayed preferentially.
ing.

By the way, when actually creating a document, it is not uncommon to create documents in several different fields in parallel.

In this case, even if the learning information is optimized by the learning function while creating a certain document, if you create or edit another sentence truth in the next task, the learning information will be changed.
When I try to create or edit the original document again,
There was the inconvenience of not being able to use previous study information.

In order to solve this problem, Japanese Patent Application Laid-Open No. 2-67674 has a means for holding learning information for each document file, and when reading a document file into the main storage device, based on the learning information of the document file, A learning function control method is disclosed that changes the registration order of conversion candidates in a dictionary.

[Problem to be solved by the invention]

The above-described method has the advantage that the learning information for each document file can be used as is, so that the work can be done efficiently even when documents in different fields are created in parallel. However, in this method, learning information is attached to each document file, so when creating a new document file, learning information from the same field cannot be used, and the learning information must be re-optimized. There was a drawback that it was not possible.

SUMMARY OF THE INVENTION An object of the present invention is to provide a document processing device that can utilize learning information in a field related to a document to be created.

[Means to solve the problem]

In order to solve the above-mentioned problems, the document processing device according to the present invention includes a learning information storage means for storing a plurality of learning information in different fields as a learning information file, and a learning information storage means for storing a specific learning information file by a user from among the learning information storage means. When learning information is specified, the conversion processing means determines the output order of conversion candidates based on the specified learning information.

[Effect]

When the user selects an appropriate learning information file from among the learning information files, when converting kana-kanji, the output order of conversion candidates is determined based on the learning information of the selected learning information file. Therefore, even when creating a new document, the user can simply select the learning information file for the field related to the document to be created from among the learning information held as learning information files. You can use the learning information as is.

〔Example〕

An embodiment of the document processing device according to the present invention will be described below.

FIG. 1 is a block diagram showing the overall configuration of a document processing device according to the present invention.

This document processing device includes an input device 1, an input control section 2, a conversion control section 3, a conversion processing section 4, a dictionary management section 5, a learning information file management section 6, a display control section 7, and a display device 8. There is.

The input device 1 is a manual means for manually inputting data such as character information and various commands, and is equipped with character keys such as hiragana, alphabet letters, and numbers, and function keys such as a kanji conversion key and a learning key. There is.

The input control unit 2 converts information such as data and commands input from the input device 1 into predetermined codes, and also performs processing to determine the type of data or command and send it to the conversion control unit 3 .

The conversion control unit 3 controls the receiving and passing of various data such as conversion candidates and word information within the system, and the process of controlling the reception and passing of various data such as conversion candidates and word information, and the process of controlling the reception and passing of various data such as conversion candidates and word information. When a learning information file is specified, a conversion process that determines the output order of conversion candidates based on the learning information of the specified learning information file, and learning of the learning information file in use in the learning information file management section 6. Performs processing to update information.

The conversion processing unit 4 searches the dictionary of the dictionary management unit 5 for conversion candidates for input character information and converts them into sentences containing kana and kanji, and processes of updating learning information for each dictionary in the dictionary management unit 5. conduct.

The conversion control section 3 and the conversion processing section 4 are composed of peripheral circuits whose main component is a CPU (central processing unit), and perform the various data processing described above according to a control program stored in a memory device (not shown). Execute.

The dictionary management unit 5 is a kana-kanji storage means that is referred to when converting input character information into a sentence containing kana-kanji,
Contains a kanji dictionary for kana-kanji conversion. Further, the dictionary management unit 5 holds learning information for each dictionary.

The learning information file management section 6 is a learning information storage means, and stores a plurality of learning information files 1 to n in different fields.

The display device 8 is a display means for displaying input data such as character information, conversion results of kana-kanji conversion, various messages, etc. The data to be displayed is inputted via the display control section 7.

Next, the basic operation of the above-mentioned document processing device will be explained. In FIG. 1, an input control section 2 sends word information, conversion commands, etc. sent from an input device fl to a conversion control section 3.

The conversion control unit 3 further sends the information to the conversion processing unit 4,
The conversion processing section 4 searches the dictionary in the dictionary management section 5 to perform kana-kanji conversion, extracts conversion candidates, and passes them to the conversion control section 3. When a specific learning information file is specified by the user in advance, the conversion control unit 3 determines the conversion candidate output order based on the learning information of the specified learning information file. Then, the conversion control unit 3 displays the conversion candidates on the display device 8 via the display control unit 7 according to the conversion candidate output order.

Next, the processing procedure for using the learning information of the designated learning information file when performing the kana-kanji conversion process will be explained based on the flowchart of FIG. 2.

First, the input control unit 2 converts the information input manually from the input device 1 into a code, and determines what type of hood it is (step 101). Here, if the input information is a character code, the character string is sent to the display control section 7 via the conversion control section 3 (step 102). The display control unit 7 displays the sent character string on the display device 8 (step 10).
3). In addition, when the code input in step 101 is a conversion request, the conversion request command is sent to the word information (reading,
(notation, etc.) and send it to the conversion control unit 3 (step 104
). The conversion control unit 3 further sends a conversion request command and word information to the conversion processing unit 4 (step 105). The conversion processing section 4 searches the dictionary in the dictionary management section 5 based on the sent word information, extracts a group of conversion candidates for kana-kanji conversion, and sends them to the conversion control section 3 (step 106). The conversion control unit 3 searches the learning information file in use in the learning information file management unit 6, and determines the conversion candidate output order of the conversion candidate group based on the learning information (step 107). Next, the conversion control unit 3 sends the conversion candidates to the display control unit 7 according to the conversion candidate output order (step 108). The display control unit 7 sends the conversion candidates to the display device 8, and displays them on the display device 8 (step 109). Here, if there is a desired notation, the user uses the input device 1 to confirm the notation.

The conversion control unit 3 performs step 108.1 until the notation is finalized.
09 is repeated, and when the notation is confirmed (step 110), the learning information in the learning information file in use in the learning information file management section 6 is updated (step 111).
. Further, in step 101, if the type of command is another command, processing according to the command is performed (step 112).

Next, a specific example of learning processing based on the processing described above will be explained.

Here, a case will be described in which two documents, medical-related document A and legal-related document B, are edited.

For example, the notations for the reading ``Kousoku'' include ``high speed,''``restriction,'' ``speed of light,'' ``luminous flux,''``infarction,'' and ``school rules.'' With the conventional learning function, as you edit medical-related document A, you can obtain the effects of the learning function, such as outputting "infarction", which is frequently used in medical-related document A, as the top priority. Next, when editing legal document B,
Learning information is updated so that "restraint", which is frequently used in legal documents, is output with top priority. Therefore, when the user tries to edit medical-related document A again, the learning information learned in the previous editing of document A has been updated, and the user has to learn it again from the beginning.

However, in the document processing device according to the present invention, if a learning information file for a medical-related document is specified before editing the medical-related document A, and then the document A is edited, the learning information file for the specified medical-related document is The learning formula in the learning information file is updated, and the effects of the learning function, such as outputting "infarction" with the highest priority, can be obtained. Similarly, legal document B
If you specify the learning standard file for legal-related documents before editing Document B, and edit Document B, you will be able to output the "restrictions" that are frequently used in legal-related documents with the highest priority. Effects can be obtained. After that, when editing document A again,
If you specify a learning information file for medical-related documents, the learning information from the previous editing of document A can be used, so you can enjoy the effects of the learning function, such as outputting "infarction" with top priority, without relearning. It will be done.

In addition, even when creating a new medical-related document C that is different from document A, by specifying the learning file for medical-related documents used when editing document A, you can have the same learning effect as document A. can be obtained.

In the above embodiment, a case was explained in which a learning information file of a related field is specified when creating a document. When editing the document, the learning information file may be changed automatically depending on the field of the document to be edited by referring to the item. According to this method, users can unconsciously perform field-specific learning.

[Effects of the Invention] As explained above, the document processing device according to the present invention holds a plurality of pieces of learning information in different fields, and determines the output order of conversion candidates based on the learning information specified by the user. Therefore, even when creating a new document file, previously edited learning information in the same field can be used as is. Furthermore, since learning can be performed on a field-by-field basis, it is possible to further improve the work efficiency of editing Japanese documents.

[Brief explanation of the drawing]

Fig. 1 is a block diagram showing the overall configuration of a document processing device according to the present invention, and Fig. 2 shows the processing procedure when using the learning information of the learning information file specified when performing the conversion process of kana-kanji. FIG. DESCRIPTION OF SYMBOLS 1... Input device, 2... Input control section, 3... Conversion control section, 4... Conversion processing section, 5... Dictionary management section, 6
1.・Learning information file management section, 7...display control section,
8...Display device. Figure 1

Claims (1)

[Scope of Claims] A dictionary storage means storing a kanji dictionary for kana-kanji conversion, a conversion means for converting input character information into a sentence containing kana-kanji, and a learning processing means for learning homonyms. A document processing device comprising: learning information storage means for holding a plurality of pieces of learning information with different contents; and when specific learning information is specified from the learning information storage means, converting candidates are selected based on the learning information. A document processing device comprising: conversion processing means for determining an output order.