JPS60120465A - Word processor of japanese language - Google Patents

Abstract

PURPOSE:To obtain a word processor for Japanese language, contents of whose dictionary are changeable by means of a control signal outputted from a control means based on the designation from an input means. CONSTITUTION:When the content of a distionary memory is read in a temporary storage memory 14, control information such as ''1: primary display, 2: secondary display, 3: addition, 4: deletion, 5: change, 6: dictionary reading, 7: dictionary writing'' is deisplayed on the picture of a CRT21 so that dictionary information of index, declaration, parts of speech, frequency, etc., of the high order sixteen words out of words stored in the temporary storage memory 14 and a process to be performed next can be selected. Moreover, the picture area of the CRT21 where the dictionary information is displayed is called as the 1st area 22 and that where the control information is displayed is called as the 2nd area 23. It is assumed that the words in the temporary storage memory 13 are stored in order of the Japanese syllabary. By selecting optional one information out of the above mentioned seven pieces control information under such a condition, a main control section 12 controls above mentioned each section based on the selected control information.

Description

[Detailed description of the invention] (b) Industrial application field The present invention relates to a Japanese word processor.

(b) Prior art At present, Japanese word processors are becoming widespread.
Among these, models that input Japanese sentences using conversion methods such as kana-kanji conversion and romaji-kanji conversion are becoming mainstream.

This type of device usually has a dictionary for selectively outputting kanji corresponding to the input kana or romaji reading,
Such a dictionary stores various information such as reading information corresponding to the kanji (hereinafter referred to as heading), grammatical information (hereinafter simply referred to as part of speech), and frequency information indicating usage trends of each kanji (hereinafter simply referred to as frequency). has been done.

Furthermore, conventional Japanese word processors do not allow users to change each piece of information in the dictionary.

However, for example, the idiom ``Takayama'' is used both as a place name and as a person's name, but if a dictionary only gives part-of-speech information for such an idiom as a place name, problems may arise. there were. That is,
When trying to get the Japanese word ``Mr. Takayama'' and inputting ``1 Takadashi'', the problem is that the output is only ``1 Takada City'' because ``Takada'' (Takayama) can only be interpreted as a place name. there were.

(c) Purpose of the Invention The present invention has been made in view of the above-mentioned problems, and it is an object of the present invention to provide a Japanese word processor that can change the contents of a dictionary.

(d) Structure of the invention Figure 1 schematically shows the characteristic structure of the present invention, and (1) is a dictionary of kana headings, notations, parts of speech, frequencies, etc. necessary for conversion such as kana-kanji conversion and romaji-kanji conversion. A dictionary memory in which information is stored; (2) a temporary memory in which the contents of the dictionary memory are temporarily stored; (3) a writing means for writing the contents of the temporary memory into the dictionary memory; (4) is a changing means for changing the dictionary information in the temporary storage memory.

Further, (5) is a reading means for reading out the contents of the dictionary memory into the temporary storage memory, (6) is an input means, and (7) is a control for controlling each of the above means based on instructions from the input means. It is a means.

In such a device, the changing means changes the contents of the temporary storage memory based on a control signal output from the control means based on an instruction from the input means, and also changes the contents of the temporary storage memory based on another control signal from the control means. The writing means writes the contents of the temporary storage memory into the dictionary memory.

(*) Embodiment FIG. 2 shows an embodiment of the present invention, (11) is an input means consisting of, for example, a keyboard, and (12) is a main control section consisting of, for example, a microcomputer. Display control signal DC8 based on built-in control program
, a read signal R8, a write signal WS, an addition signal TS, a change signal C8, and a deletion signal SS, and control the operations of each section described below.

(13) is a dictionary memory made of a writable/readable recording medium such as a Flobi disk, and the dictionary memory contains dictionary information such as headings, parts of speech, and frequencies necessary for kana-to-kanji conversion in word units. Stored.

(14) is a temporary storage memory made of, for example, a semiconductor HMA (random access memory), and (15) is a read/write control section, which controls the read/write control section from the main control section (12).
- Write the contents of the dictionary memory (13) to the temporary memory (14) based on the output signal R8, and write the contents of the temporary memory (14) to the dictionary memory (13) based on the output signal wS.
).

Reference numeral (16) is a change item storage section made of semiconductor RAM, and this storage section contains dictionary information of words that can be added to the temporary memory (14) or a dictionary that can be changed in words in the temporary memory (14). Information is stored.

The dictionary information is input from the input means (11) to the main control unit (12).
).

(17) is an additional control section, and this control section is the main control section (1
Based on the additional signal TS from 2), the change item storage unit (1
6) is stored in the temporary storage memory (14).
).

(18) is a change control section, and this control section is a main control section (18).
Based on the change signal C8 from 2>
6) is stored in the temporary storage memory (14).
) is rewritten to the dictionary information of the predetermined word. Incidentally, such a predetermined word is specified in advance by the input means (11>) before being changed.

(19) is a deletion control section, and this control section is a main control section (19).
Based on the deletion signal SS from 2), the dictionary information of the predetermined word is deleted from the temporary memory (14). Note that such a predetermined word is specified in advance by the input means (11) before deletion.

Here, the changing means described in the claims includes the additional control section (17), the change control section (18), and the deletion control section (19).
It is a general term for.

Further, (20) is a display control section, which controls part of the dictionary information and control information in the temporary storage memory (14) based on the display control signal DSC from the main control section (12).
Display on RT (21).

Next, the operation of the above device will be explained.

Now, assuming that the contents of the dictionary memory have been read into the temporary memory (14), the words stored in the temporary memory (14) are displayed on the CRT screen (21) as shown in Figure 3. The dictionary information such as the top 16 headings, notations, parts of speech, frequencies, etc., and the next process to be performed are selected by "1 display, secondary display 3 addition, 4 deletion, 5 modification, 6 dictionary reading, 7 dictionary writing". Control information like this will be displayed. The area on the CRT screen (21) where dictionary information is displayed is referred to as a first area (22), and the area where control information is displayed is referred to as a second area (23). It is also assumed that the words in the temporary memory (14) are stored in alphabetical order.

In such a state, by selecting any one of the seven pieces of control information, the main control unit (12) controls the respective units based on the selected control information. Note that the selection of the control information is performed using the input means (11).

Next, the operation of the apparatus of this embodiment when each of the above control information items has been selected will be individually explained in detail.

(i) When '1 display yo is selected, the first display control signal D is sent from the main control section (11).
By sending O5, the display control unit (20)
The second area (23) of the RT screen is rewritten to display as shown in FIG. Next, the input means (11) inputs the first area (22
) Enter the heading of the word you want to display above.
Such a heading is displayed in the 27th area (23) based on the second display control signal DC3. Then, when a confirmation signal is input from the input means (11), the heading is displayed in the 27th area (23).
2) includes the following 16 words that correspond to such headings.
The dictionary information of the word is read out and displayed from the temporary memory memo IJ (14>).

Specifically, for example, if the heading that can be inputted is "A", a display as shown in FIG. 3 is made in the first area (22>).

H) When 'secondary display' is selected, the main control unit (12) outputs the third display control signal D.
O8 is output to the display control section (20). When a refusal signal is input, the display control unit (20) changes to the current first area (22).
Dictionary information for 16 words starting from the word following the last displayed word is displayed on the first area (22).

(i) When 'Add 3' is selected, the main control unit (12) outputs the fourth display control signal D.
C8 is output to the display control section (20). Based on such a signal, the display control section (20) changes the display of the second area (23) as shown in FIG.

Thereafter, when the dictionary information of the word to be added is inputted from the input means (11) according to the display in the second area (23), the main control section (12) temporarily inputs the dictionary information into the change item storage section (16). ). Further, such dictionary information is sent to the display control section (20>) together with the fifth display control signal DO8, and the dictionary information is displayed in the second area (23) of the CRT screen in the display control section (20).

Next, when a confirmation signal is output from the input means (11), an additional signal TS is sent from the main control section (12), and based on this signal, the additional control section (17) changes the change item storage section <1
The additional dictionary information stored in 6> is written into the temporary storage memory (14).

Currently, the heading is "Ai", the notation is "Ma", and the part of speech is "Noun"
, the input means (
11), when you select "Add 3" and then enter the above dictionary information, the above dictionary information will be displayed in the second area (23) as shown in Figure 5, and such information will be displayed in the heading. It is also written to a predetermined location in the temporary storage memory (14) in alphabetical order. If the dictionary information added at this time changes the order of the words currently displayed in the first area (22), the order of the words currently displayed in the first area (22) will be changed immediately based on the change.
) may be configured to change the displayed content.

(iv) When '4 Delete' has been selected, the main control unit (12) sends the sixth display control signal D.
C8 is output, and the display control unit (20
) is displayed in the second area (23) as shown in FIG. Next, based on the above display, select the first word to be deleted.
The number on area (22), for example the first area (
When the number "3" corresponding to "word 1 present" displayed in 22) is inputted from the input means (11>), the display control section 1000 operates based on the seventh display control signal DO8 sent from the main control section (12). (20) is a number "
3" is displayed. After that, when a confirmation signal is input from the human power means (11), a deletion signal SS is output from the main control unit 2), and based on this, the dictionary information of the word 1 in the temporary storage memory (14) is controlled to be deleted. Part (19) is deleted.

(v) When '5 change' is selected, the main controller <12) first outputs the eighth display control signal DO3, and based on this signal, the display controller (2o) changes the display to the second area (23). The displayed contents are changed as shown in FIG. The content that has been completely displayed due to this change suggests specifying the word that should be changed, and therefore, for example, the dictionary information for the word "love" displayed in the first area (22) in Figure 3 is changed. Then, from the input means (11), the number 112 on the first area (22) of the word 1 love is input. Based on such input operation, the main control section (12) outputs the ninth display control signal DO8, and the display control section (20)
The number "12." is displayed at a predetermined position in the second area (23) as shown in FIG. A tenth control signal DO8 is output from the section <12>. Based on this signal, the display control section (20) rewrites the display contents of the second area (23>) as shown in FIG. Dictionary information for the word "Aiyo" corresponding to the display number 112 on the first area (22) is displayed in the second area (23). After this, the display content on the second area (23), In other words, when dictionary information is modified using the input means (11), the modified content is stored in the changed item storage section (16>).At this time, the displayed content of the second area (23) is also rewritten by such modification. The main control unit (12) outputs the eleventh display control signal DO as shown in FIG.
6 is output.

After the above correction is completed, when a confirmation signal is input to the main control section (12) from the input means (11), the main control section (12)
outputs a change signal C8. Upon receiving the refusal signal C5, the modification control section (18) rewrites the dictionary information in the temporary storage memory (14) based on the modification contents stored in the modification storage section (16).

(■) 1 dictionary read" is selected. At this time, the main control section (12) outputs a read signal R8, and based on this signal, the read/write control section (15) reads the dictionary memory (13). The stored dictionary information is stored in temporary memory (1
4) Read within.

(vg)r dictionary write" is selected. At this time, the main control section (12) outputs a write signal WS, and based on this signal, the read/write control section (15) writes the temporary memory ( 14) is written into the dictionary memory (13).

Therefore, if the device of this embodiment is used, the temporary storage memory (
The dictionary information read out in <14> is changed by the addition control unit (17), change control unit (18), deletion control unit (19), etc., and then the changed dictionary information is stored in the dictionary memory <13).
By storing the information in the dictionary memory (13), the information in the dictionary memory (13) can be changed.

(f) Effects of the invention As described above, by using the present invention, it is possible to arbitrarily change the dictionary information used for kana-kanji conversion, romaji-kanji conversion, etc.
Therefore, it is possible to create an optimal dictionary for each user.

[Brief explanation of the drawing]

The drawings are for explaining the present invention, and FIG. 1 is a schematic diagram showing a characteristic configuration of the present invention, FIG. 2 is a block diagram showing an embodiment of the present invention, and FIGS. 3 to 8 FIG. 2 is a schematic diagram for explaining the operation of this embodiment. (1)... Dictionary memory, (2)... Temporary storage memory, (3)... Writing means, (4)... Changing means. Applicant Sanyo Electric Co., Ltd. Agent Patent Attorney Shizuo Sano Figure 1 Figure 2

Claims (1)

[Claims] (1) A dictionary memory that stores dictionary information such as kana headings, notations, parts of speech, frequencies, etc. necessary for conversions such as kana-kanji conversion, romaji-kanji conversion, etc.; a temporary memory that can temporarily store the contents of the dictionary memory; A writing means for writing the contents of the storage memory into the dictionary memory, a changing means for changing the dictionary information of the temporary storage memory, and the changing means changes the contents of the temporary storage memory and the temporary storage. A Japanese word processor characterized in that the contents of the memory are written into the dictionary memory.