JP2757367B2 - Character processor - Google Patents

Description

Description: TECHNICAL FIELD The present invention relates to a character processing apparatus having a dictionary for Japanese-Kanji conversion in which user registration is possible.

[Related Art] Conventionally, such an apparatus is used for a workstation or the like. When the user registers word data, the apparatus uses a predetermined dictionary file among conversion dictionary files stored in a disk apparatus. The dictionary is designated and converted into the real memory of the character processing device, a dictionary registration window is opened, and the word registration is performed by inputting the reading and kanji of each word using an option sheet function, and the CPU is hereinafter referred to as a CPU. ), The registration of the word data in the conversion dictionary file of the real memory is executed, and the registered words are written in the designated dictionary.

[Problems to be Solved by the Invention] However, in the above-described device, the registration method for registering words in the dictionary is fixed to the above-described one type of method. For example, the user checks the contents registered in each dictionary. However, when word registration is desired, the registered contents cannot be displayed, and the registered contents cannot be recognized. In addition, it is not possible to print the registered contents in the same manner as described above, and there is a problem that the user has a problem in use.

The present invention has been made in view of the above problems, and provides a character processing apparatus that can perform word registration without recognizing or recognizing registered contents of a dictionary according to a user's intended use, thereby improving operability. The task is to

[Means for Solving the Problems] In order to achieve the above object, the present invention provides a method for storing a conversion dictionary including at least a reading and a plurality of logical dictionaries for registering word data including registered words corresponding to the reading. 1 storage means, and 2nd storage means for storing the conversion dictionary read from the first storage means and for storing one or more user dictionaries, and storing in the second storage means In the character processing device for performing the kana-kanji conversion of the kana character string input using the converted dictionary or the user dictionary, a desired logical dictionary is converted from the conversion dictionary stored in the second storage unit. First registration control means for designating and registering desired word data in the logical dictionary in units of the word data; and a desired logical word in the conversion dictionary stored in the second storage means. Conversion means for setting a user dictionary corresponding to a document, converting the logical dictionary into the user dictionary, displaying the user dictionary converted by the conversion means, and simultaneously registering the registered contents of the displayed user dictionary. Second registration control means for editing, and the logical dictionary in which the desired word data is registered by the first registration control means is stored in the first storage means and edited by the second registration control means. Control means for updating the contents of the logical dictionary corresponding to the set user dictionary so as to correspond to the contents of the user dictionary and storing the updated contents in the first storage means.

Here, when there is no logical dictionary corresponding to the user dictionary, the control unit creates a new logical dictionary corresponding to the user dictionary.
The created logical dictionary can be stored in the first storage means.

According to such a configuration, the registration of the word data in the conversion dictionary stored in the first storage means is performed. 1) The registration of the word data is performed without confirming the registered contents of the conversion dictionary. 2) The registered contents of the conversion dictionary are confirmed. This makes it possible to select one of the two methods of batch registration according to the user's purpose, thereby improving operability.

Embodiment An embodiment of the present invention will be described in detail with reference to the drawings of FIGS.

FIG. 1 is a block diagram showing a schematic configuration of a character processing device according to the present invention. In the figure, a keyboard / mouse control unit 11 controls input of various data, commands and the like from a keyboard 12 and a mouse 13 connected to the keyboard 12. The central processing unit (CPU) 10 is a keyboard / mouse control unit 11 that executes a disk control unit 1 according to a program corresponding to a command input from the keyboard / mouse control unit 11.
4. The time-sharing control of each control unit such as the display control unit 15 and the main storage unit 16 as a whole, and the execution of predetermined calculations and processes. The disk device 17 stores data (documents) to be edited.
And a file of a group of kana-kanji conversion dictionaries, including a conversion dictionary capable of registering words and programs and words of the user, and the disk control unit 14 writes the data and the like to the disk device 17 based on an instruction from the CPU 10. / Perform read control. The conversion dictionary file has a hierarchical structure including a plurality of logical dictionary files, and each logical dictionary file is set so that the user can change the registered contents of the dictionary by word registration or the like as necessary. Have been. Other dictionaries also have a hierarchical structure as described above.

The main storage unit 16 includes a main memory, an operating program for operating the system, a command group input from the mouse 12 or the keyboard 13, a data group, image data of the CRT 18, and a user dictionary file and a conversion dictionary file according to the present invention. Etc. are stored. Note that the user dictionary file is a dictionary file used for displaying and editing the registered contents of the logical dictionary file to be edited in a table, and is used to register the logical dictionary file to be edited stored in the disk device 17. The contents are once converted to a user dictionary file, and then displayed and edited in a table.

The display control unit 15 controls the CRT 18 to display character dots corresponding to the image data in the main memory 16 and windows corresponding to various functions.

In the above-described character processing device, when performing Japanese processing, first, the user specifies a dictionary to be used for kana-kanji conversion in an option sheet for setting a used dictionary, and stores the corresponding dictionary file in the main memory. , Keyboard 1
When a character string to be converted is input from 3 or the like, the dictionary files stored in the main memory are searched in order, the corresponding kanji is specified, the character dots of the kanji are output to the display control unit 15, and the CRT 18 To be displayed. When performing word registration, open a window for dictionary registration or table display editing using a menu command, and register words for each word using the option sheet function or change registration for registered contents of the logical dictionary to be edited displayed as a whole. Running.

Next, the processing operation for registering a word in the character processing apparatus will be described in detail with reference to the flowcharts of FIGS.

FIG. 2 is a flowchart of a registration process for performing word registration for each word. First, a user designates dictionary registration from objects displayed on the CRT 18 in a menu. CPU10
The dictionary registration window is opened by the specified menu command (step 101). Next, it is determined whether or not a logical dictionary file exists in the conversion dictionary file in which words can be registered and stored in the disk device 17 (step 102). Here, if the logical dictionary does not exist, the registration area of the logical dictionary is newly partitioned on the disk device 17, and
A logical dictionary file is simply created, and the name of the logical dictionary file is set (step 103). Then, similarly to the case where the logical dictionary exists, the name of the existing logical dictionary is displayed in the window (step 104).

Next, when the user designates a logical dictionary name to be registered from the logical dictionaries displayed in the window with the mouse 12 or the like, the CPU 10 stores the corresponding logical dictionary file read from the disk device 17 into the main memory (real memory). ) Is set to 16 (step 105). Then, the user uses the option sheet to register the words “read”, “kanji” (registered word), “part of speech”, and “display order” indicating the display order of the homophone.
Are set (step 106). When the word to be registered is set, it is determined whether or not there is a "reading" for which the conversion dictionary cannot be recognized, for example, an alphabetical character input or the like (step 107). If there is any unrecognizable reading, an error message is displayed on the CRT 18 (step 108), the process returns to step 106, and the registered word is set again. If the pronunciation can be recognized, the CPU 10 closes the dictionary registration window (step 109), registers the registered words of the logical dictionary file again in order of reading, for example, and stores the words in the conversion dictionary file of the disk device 17. Write and register by controlling the control unit 14 (step 11
0).

FIG. 3 is a flowchart for displaying the logical dictionary name existing in the conversion dictionary file. When the user designates the display of the logical dictionary name from the objects displayed in the menu, the CPU 10 opens the logical dictionary display window. (Step 201). Next, it is determined whether or not the logical dictionary exists in the disk device 17 (step 202). If the logical dictionary does not exist, a message indicating that the logical dictionary does not exist is displayed in the window (step 203). If a logical dictionary exists, the name of the existing logical dictionary and the number of words registered therein are displayed (step 20).
Four). Thus, the user can easily recognize the existence of the logical dictionary.

FIG. 4 is a flowchart showing a processing operation for displaying and editing registered contents of a logical dictionary file existing in the conversion dictionary file. In the figure, when the content display editing of the predetermined logical dictionary is designated by the user from among the objects displayed in the menu, the CPU 10 controls the disk control unit 14 to execute the conversion from the conversion dictionary file stored in the disk device 17. The predetermined logical dictionary file is read, and the registered contents of the logical dictionary file are converted into the user dictionary file by associating the logical dictionary file with the user dictionary file preset in the main memory 16 on a one-to-one basis ( Step 301). Then, a window for editing and displaying the table of the user dictionary file is opened on the CRT 18 (step 302). Next, the CPU 10 reads the words “read”, “kanji”, “speech” in the user dictionary file.
The “display order” and the like are displayed in a table format on the CRT 18 so as to be editable (step 303).

Since the window for table display editing is overlapped by the multi-window function, for example, even if the window for table display editing is opened while the document is being edited by another window, the document being edited is deleted. Needless to say, they exist without any.

This allows the user to edit the data in the table while checking the registered words in the table displayed on the CRT 18, and the CPU 10 performs editing operations such as addition, change or deletion on the table. It is determined whether or not it has been performed (step 304). When the editing operation is performed and the window is closed, an editing operation similar to that performed on the CRT 8 is performed on the corresponding word registered in the user dictionary file (step 305). Then, as in the case where the editing operation has not been performed, the logical dictionary file corresponding to the user dictionary file is stored in the disk device 17.
It is determined whether the file exists in the change dictionary file (step 306). If the logical dictionary name or the like has changed and there is no logical dictionary corresponding to the conversion dictionary file, a new logical dictionary file corresponding to the conversion dictionary file is created, and the registered contents of the user dictionary file are created above. The file is converted into a logical dictionary file (step 307), and the processing operation ends.

If there is a logical dictionary file corresponding to the user dictionary in the conversion dictionary file in step 306, it is determined whether the registered content of the user dictionary matches the registered content of the corresponding logical dictionary file (step 306). 30
8). If the above registrations do not match,
The registered contents of the corresponding logical dictionary file are updated by controlling the disk control unit 14 so as to match the registered contents of the user dictionary file (step 309). Then, if the registered contents match, the editing processing operation ends.

Therefore, in the present invention, when it is not necessary to confirm the registration contents of the logical dictionary file, registration can be performed for each word based on the word registration processing flowchart of FIG. If confirmation is necessary, table display editing can be performed based on the change registration processing flowchart using the user dictionary file, and the user can select a desired method from these two types of registration methods.

In the present invention, it is also possible to provide a printing device and a print control unit, print out the registered contents of a desired logical dictionary file under the control of the CPU, and make the user confirm the contents.

[Effects of the Invention] As described above, according to the present invention, two types of registration methods, word registration for each word or change registration for performing table display editing, are made possible. A word can be registered without recognizing or recognizing the registered content, and the operation can be improved.

[Brief description of the drawings]

FIG. 1 is a block diagram showing a schematic configuration of a character processing apparatus according to the present invention, FIGS. 2 and 4 are flowcharts showing two types of registration processing operations of the character processing apparatus shown in FIG. 1, and FIG. 9 is a flowchart for displaying a logical dictionary name existing in the conversion dictionary file. 10 central processing unit (CPU), 11 keyboard / mouse control unit, 12 mouse, 13 keyboard, 14 disk control unit, 15 display control unit, 16 main storage unit Actual memory), 17 ... Disk device, 18 ... CRT.

Claims (2)

(57) [Claims] A first storage unit for storing at least a conversion dictionary composed of a plurality of logical dictionaries for registering word data composed of at least a reading and a registered word corresponding to the reading, and read from the first storage unit. Second storage means for storing the conversion dictionary and storing one or a plurality of user dictionaries, wherein the second storage means stores an input using the conversion dictionary or the user dictionary stored in the second storage means. A character processing apparatus for performing kana-kanji conversion of a kana character string, wherein a desired logical dictionary is designated from the conversion dictionary stored in the second storage means, and desired word data is stored in the logical dictionary. First registration control means for registering in units; and a user dictionary corresponding to a desired logical dictionary among the conversion dictionaries stored in the second storage means. Conversion means for converting into a dictionary; second registration control means for displaying the user dictionary converted by the conversion means and collectively editing the registered contents of the displayed user dictionary; and first registration control means. The logical dictionary in which the desired word data is registered is stored in the first storage means, and the contents of the logical dictionary corresponding to the user dictionary edited by the second registration control means are stored in the user dictionary. And a control means for updating the content so as to correspond to the content and storing the updated content in the first storage means. 2. The control unit according to claim 1, wherein, when a logical dictionary corresponding to the user dictionary does not exist, a new logical dictionary corresponding to the user dictionary is created.
2. The character processing device according to claim 1, wherein the created logical dictionary is stored in the first storage unit.