JPS61265663A - Documentation device - Google Patents

Abstract

PURPOSE:To take out new words in all field without spoiling normal KANA (Japanese syllabary) and KANJI (Chinese character) only when a user wants to do it by providing a KANA/KANJI converting means which takes out necessary words from a specified standard dictionary or a new word one and converts KANA into KANJI. CONSTITUTION:In terms of KANA/KANJI conversion, an object dictionary are only the standard one or new words in the field concerned, unless an operator does not specify a dictionary. Referring to a standard dictionary director 4, a KANA/KANJI converter main body 31 obtains the word concerned in the standard dictionary with respect to reading available from a keyboard controller not shown in figure. In order to obtain a new word in the field concerned, a new word taking-out controller 32 is activated, refers to the directory in the field selected through the line 111 of a new word directory 6 to take out only the new word with respect to the reading available from the main body 31, and hands over the results of the main body 31. It converts KANA into KANJI with the aid of the target standard word and new word.

Description

[Detailed description of the invention] [Technical field of invention] The present invention relates to a document creation device equipped with a field-specific dictionary.

[Technical background of the invention and its problems]

A word dictionary is indispensable in a document processing device that converts input kana characters, such as kuff, rosse, s, etc., into corresponding kanji. In the stacked dictionary provided by the manufacturer,
We provide a new word dictionary for users who are unable to obtain the conversion they desire.

On the other hand, it has been attempted to improve the utilization efficiency of the device by having dictionaries for each field or user in one system, and by incorporating or replacing the dictionaries in the system. This is the case when a stacked dictionary and a new word dictionary are paired, and when a stacked dictionary is paired with a new word dictionary.
There are two ways to do this: new word dictionaries exist for each field, but in either case, conventionally, when it comes to new words, only the field selected by the user or the new word dictionary corresponding to the user is subject to kana-kanji conversion. It was.

According to this, even if there are new words common to all fields,
In order to obtain correct kana-kanji conversion results for all fields, the same new word must be registered in each field. This means that the overall registration capacity is reduced and registration is troublesome. Also, when creating documents, sometimes
If you want to call up a new word that has been registered in another field, you may want to switch the field each time, but in this case,
The following disadvantages occur.

(1) It is necessary to know which field contains the required word information.

(2) Switching time, that is, exchanging the dictionaries in memory and on disk, which takes time;
It's not practical.

(3) Even if you really want to produce only new words, if there are homophones in the standard dictionary, they may also be converted, or strangely a compound word of a common word and a fr word may appear, resulting in unnecessary homophones. This results in an increase in

[Purpose of the invention]

The present invention has been made in view of the above-mentioned drawbacks, and provides a document creation device equipped with a word retrieval device that retrieves new words in all fields only when the user desires, without impairing the normal kana-kanji conversion rate. The purpose is to provide

[Summary of the invention]

In order to achieve the above object, the present invention extracts words from the relevant field and performs kana-kanji conversion processing when there is no special instruction from the operator during kana-kanji conversion processing, and performs kana-kanji conversion processing by extracting words from the relevant field if there is no special instruction from the operator. It provides a mechanism for automatically converting new words into kana-kanji. For this reason, we have installed a switch in the system that deciphers the manual input of specific keys from the keyboard, recognizes that new words from all fields have been retrieved, and notifies the system, and this switch indicates the OFF state. When the machine is in the ON state, the required word is retrieved from the specified standard dictionary, and when the ON state is indicated, the machine is set to retrieve the word from the new word dictionary for all fields and perform kana-kanji conversion processing.

As a result, normal kana-kanji conversion can be automatically and quickly performed according to the operator's indication of intention, without impairing the conversion rate.

[Embodiments of the invention]

Hereinafter, the present invention will be explained in detail using the drawings. FIG. 1 is a block diagram showing an embodiment of the present invention. The dictionary used in the embodiment of the present invention consists of one standard dictionary stored in ROM and a new word dictionary separated into several fields. In the figure, 1 is a memory key r that is equipped with keys necessary for document creation.@Jh It decodes the key code r input from the key 1'l and sends it to the kana-kanji conversion control device 3. This is a keyboard control device that detects the intention to pass kana-kukata characters and convert all fields, which is the gist of the present invention. For this reason, keys (shaded areas) for instructing all-field conversion are assigned to the keyboard 1. 3 is a kana-kanji conversion control device which extracts the necessary words from the dictionary 5.7 and performs grammatical analysis, synthesis, etc.

4 is a product dictionary directory that controls each word of the standard dictionary converted into ROM, 5 is the standard dictionary itself which is converted into ROM, 6 is a new word directory that controls new words in all fields, and 7 is readable and writable. This is the main body of the new word dictionary.

8 is the result of the above-mentioned kana-kanji conversion, the corresponding editing program,
jFicR, an editing device that performs editing, displaying, and displaying
2 is a block diagram showing details of the surroundings of the kana-kanji conversion control device 3 shown in FIG. 1.

In the figure, the squares and ri with the same numbers as in FIG. 1 are the same as those in FIG. In the figure, 3JVi is the main body of the kana-kanji conversion device, which obtains the reading to be converted and information on whether or not to convert all fields through the keyboard control device 2. It determines whether or not the lfr words in the field are to be subjected to kana-kanji conversion, controls this, and performs kana-kanji conversion. 32 is a new word retrieval device that retrieves only the words of the relevant field that are stored in the RAM.
Alternatively, new word information for new words in other fields is retrieved using a buffer 10, which will be described later. -6 is a directory for all fields on the RAM, and corresponds to the new word directory 16 on the system disk 11. 7 is the corresponding new word body on the RAM that has the capacity for the corresponding field, and the corresponding field selection signal (line 111) is sent before kana-kanji conversion.
Therefore, any of the new word dictionaries 171, 172, . . . 17th on the corresponding system disk 11 is included. Reference numeral 10 denotes a temporary buffer for reading new words in the applicable range other than the applicable field from the system disk 11.

The signal propagated through line 111 is a corresponding field selection signal, and has meaning before the kana-kanji conversion process begins, that is, at the time of system startup, field switching, and new word retrieval.

Figure 3 shows the concept of the relationship between the new word directory for extra fields shown in Figure 2 and the dictionary itself for each field. It is shown six times.

The operation of the embodiment of the present invention will be described in detail below.@First, when the system is started up, new words in the relevant field and all the new word directories 16 are transferred from the system disk 11 to the new word directory RAM 6. The applicable field may be information previously stored in the system disk 11 or information specified by the operator at startup.1,-
＞＋IζNow that the preparations for kana-kanji conversion are complete,
Now it's time to start creating the document.

In kana-kanji conversion, unless specified by the operator, the target dictionary is only the electronics dictionary and new words in the relevant field, and the kana-kanji conversion device main body 31 first converts the key? -r The word corresponding to the pronunciation obtained from the control device 2 in the standard dictionary is obtained from the standard dictionary main body 5 by referring to the standard dictionary directory 4. Next, the new word retrieval control device 32 is activated in order to obtain new words in the relevant field. New word retrieval control device 3
2 refers to the directory of the selected field via line 111 in the new word direct soy 6, extracts only the new word corresponding to the vl obtained from the kana-kanji conversion device main body 3, and transfers it to the kana-kanji conversion device main body 31. Pass the results.

The kana-kanji conversion device main body 31 performs kana-kanji conversion processing using the target single word and the new word. This result is passed to the editing device 8 where it is edited, and the CRT display 9
It will be displayed on the screen.

Next, we will discuss a case where the operator wants to generate a new word in a different field. As an expression of intention, for example, if it is a general word, would it be a key? - For example, huge in rl! ! If it is a proper noun, press ``Lowkey'' and ``Lokey'' and ``Niito'' and ``I'' and enter the reading. The key♂-door control device 2 recognizes this and sets the all field switch (internal flag) indicating this fact to the on state. When the reading is complete, the kana-kanji conversion control device 3 is activated. The kana-kanji conversion device main body 31 is
Since the switch for all fields is on, the advance dictionary is not retrieved, the sui, child status and pronunciation are added, and the new word retrieval control device 32 is activated. Similar to the above, the new word retrieval control device 32 first retrieves only relevant words in the relevant field. This is because if there are homophones in any of the fields, words in the relevant field are displayed with first priority. It is.

Next, we will begin the operation to retrieve words from fields other than the one in question.One directory with the lowest field number exists in RAM, so we will refer to it, but the dictionary itself will not be in RAM. This differs from the case of the relevant field in that it does not involve the subject matter.

The new word directory and the new word dictionary for each field have the same structure as shown in Figure 3, so in the same way, refer to the target field's new word directory and find the new word containing this word. Know the scope of the dictionary. Then, write words in that range from system disk 1 to RAM and file 10.
Load into.

Then, the corresponding word is extracted from the buffer 10 of. In this way, update the desired field number,
Similarly, words from all fields are extracted.

As a result, from the point of view of the kana-kanji conversion device main unit 3, there are no corresponding words in the stacked dictionary, and only new words are extracted, starting with words in the corresponding field. After that, normal kana-kanji conversion processing is performed, and as a result, only the relevant words from all fields are passed to the editing device 8 and displayed.

In the embodiment of the present invention, there is only one stacked dictionary and the new word dictionary is categorized by field, but the standard dictionary may also be separated by field. Furthermore, although the electronic dictionary is stored in the ROM and the new word dictionary is stored in the RAM, both or only one of them may be stored only on the system disk.

〔Effect of the invention〕

As explained above, according to the present invention, in a system in which new word dictionaries are separated by field (by user), the following effects can be obtained.

(1) Ordinary kana-kanji conversion does not impair its conversion rate.

(2) New words in all fields can be retrieved automatically and quickly with a single key instruction.

(3) If there is a new word that is common to each field, it is not necessary to register it in each field, but only in one field. As a result, the new word area can be used effectively.

[Brief explanation of drawings]

Figure fa1 is a professional diagram showing an embodiment of the present invention, Figure 2 is a professional diagram showing in detail the configuration around the kana-kanji conversion control device shown in Figure 1, and Figure 3 is a new word dictionary. Builev)
It is a conceptual diagram showing the relationship with IJi.

Claims (1)

[Claims] The dictionary consists of a standard dictionary directory and standard dictionary itself that control the standard dictionary, separate new word dictionaries numbered by field, and new word directories that control them, and kana-kanji conversion processing is performed based on these dictionaries. It is a document creation device that creates a desired document by decoding specific key input from the keyboard, activates a kana-kanji conversion device for each phrase or word, and extracts new words from all fields. a means for recognizing, a switching means for displaying the recognized state, and when the switching means indicates an OFF state;
Kana-Kanji that extracts the required word from the specified standard dictionary or new word dictionary, and on the other hand, when the ON state is indicated, retrieves the word from the new word dictionary of all fields while updating the field number above, and performs kana-kanji conversion. 1. A document creation device comprising: conversion means.