JPH0293977A - Japanese processor with identical conversion function for homonym - Google Patents

Abstract

PURPOSE:To input characters without being conscious of an error in notation by regarding homophonic 'KANA' (Japanese syllabary) characters as the same 'KANA' character and executing 'KANA'/'KANJI' (Chinese character) conversion. CONSTITUTION:When a 'KANA' character string inputted from a key input means is stored in a storage means 102, homophonic 'KANA' characters included in the 'KANA' character string stored in the means 102 by a discriminant means 103 are regarded as the same 'KANA' character. The 'KANA' character string including these homophonic 'KANA' characters is converted into 'KANJI' by a 'KANA'/'KANJI' conversion means 104. Since it is unnecessary to individually input homophonic 'KANA' characters, the generation of errors in 'KANA'/'KANJI' conversion due to the input can be reduced and the input efficiency of 'KANA' character input can be improved.

Description

DETAILED DESCRIPTION OF THE INVENTION (A) Industrial Application Field The present invention relates to a Japanese language processing device such as a Japanese word processor, and particularly relates to a Japanese language processing device such as a Japanese word processor. -r: Regarding the conversion function.

(b) Conventional technology Conventionally, when performing kana-kanji conversion, for example, an E1 main word processing Qij device such as the IJ book At1 word processor, the correct kanji conversion is performed only when the reading is input in the correct notation. , homophones, 4'
Kana characters such as ``nawashi'', ``ji'' and ``su'', or ``vo'' and ``zu'' will only be converted to the correct kanji if they are entered correctly.

For example, in the case of the kanji ``311144'', if you enter the incorrect reading as ``Mikazuki'', it will not be converted to a kanji, but only if you enter the correct reading as ``mikazuki'', it will be converted to a kanji. do. In addition, in the case of the kanji ``Takarazuka'', if you input ``Takarazuka'' correctly, it will be converted into kanji correctly, but if you input ``Takarasuka'', it will be converted into kanji incorrectly, such as ``Kazuzuka''. ) will be converted to Kanji. (In Kura, ``threat blood'' is ``1,''``shrink'' is ``il'', and ``shrink'' is ``il'', so do not enter these pronunciations in Uba notation (1 means 1r, shi). It has been converted to a different kanji (so that there is no 2).

(c) Problems to be solved by the invention However, the same sound N7 kana sentence like ``ji'' and 1' j3 J or ``zu'' and ``zu'' in J-ki?
1. -If you input the reading using the incorrect 1?0゛ notation, you may notice the input error right away, but in many cases, it takes a considerable amount of time to notice the error. Therefore, it is not easy to input these readings in the correct Iff (notation).

In the case of J sword, 11-maji input, I don't know how to input "FJ", or 1-zu, 1; When inputting 4゛, 1su] or ``zu'', change to the hiragana input method and enter ``ra, 1 ni bi'' or ``゛'' for tsu-1. are entered with each attached.

” - There are many cases where this is the case.

This invention was made with four considerations in mind, so for example, ``ji'' and ``ji1,'' or ``zu'' and 1'
-Kana characters with the same sound but different notations, such as J-1, are treated as the same kana character and kana-kanji conversion is performed to improve input efficiency when inputting kana characters.
“tHIR 1-1 language processing device with 4 character same conversion function
I'm in the room.

(d) Means to solve the problem FIG. 1 is a block diagram showing the printing process of this invention.

In this figure, 101 is a key person/horn means, 1-02 is a record (0 means) for storing a kana character string inputted from the key input means 101, and 103 is a character string included in the kana character string stored in the storage means 102. 104 is a discriminating means that regards kana characters with the same sound and written as 5゛4 as the same kana character, and 104 is a kana character string including the kana characters discriminated by the discriminating means 103, and a kana-kanji conversion means. be.

In addition, as the kana-kanji conversion means 104 in the present invention, a kana-kanji conversion device included in, for example, [1honjti wordbook [J sessa] of Tsu'j:; is used.

In general, CI)(
It is convenient to use a microphone [J:+] consisting of 10 boats, and ItAM among them is usually used as the storage means+02.

(e) Operation In FIG. 1, when the kana character string input from the key input means +01 is stored in the storage means +02,
03, the storage means 102. Kana characters that have the same sound but have different spellings in the Kana character string are considered to be the same Kana character, and the Kana character string that includes these Kana characters is converted into Kana-Kanji by the Kana-Kanji conversion means 104. .

Therefore, for example, [ji, 1 and [ji], or "zuJ and"
This eliminates the need to distinguish and input kana characters that have the same sound, such as ``zu'', which is written as ``4'', so 11 (11) (1 point of frustration in kana-kanji conversion is reduced, and kana character input is reduced by 1).
The input efficiency increases by -1 unit.

(to) Examples This invention will be described below based on 4 actual 1m examples shown in the drawings! 'I
ji<IE・1°ro': LJ), and this invention is not limited to this.

Figure 2 shows the configuration of the embodiment of the invention.
This is a diagram.

In this figure, 1 is a keyboard through which various kana character strings are input 4 and various modes are selected, and is provided with special function keys that are operated when various modes are selected. 2 is CI) U, Kana-Kanji Conversion Dictionary 11
Contains ding. 3 is the CI display or 1
．． Display section consisting of C (liquid crystal) display, 4 is CI'
110M, 5 is a RAM that stores kana character strings input from the keyboard 1.

FIG. 3 is an explanatory diagram showing an example of the display screen of the display unit 3, and when the -C or special function key of the keyboard 1 is operated when the initial screen is displayed or when inputting various data, the CPU 2 This is the content displayed on the screen of the display unit 3 according to the instruction.

As shown in the figure, with this various mode selection screen,
For example, when converting kanji to ``kaj'', various modes can now be selected, such as whether to perform normal conversion or 111 conversion, and whether to convert koku (f nouns first). When you select these various modes, you can choose whether to perform the same conversion between l-shi and [su], or whether to perform the same conversion between ``zu'' and [゛zu]. This is done in response to an input instruction from the keyboard I.

On various mode selection screens like this, "-ji" and "
When the selection is made to perform the same conversion of ``ji'' or to perform the same conversion of ``zu'' and ``zu'', the CPU
2 is 11. The characters “ji” and “ji” included in the kana character string stored in AM5 are considered to be the same kana character, or the character “zu” and the character “zuJ” are considered to be the same character. It is recognized as if it were a kana character.

Further, CI'' U 2 performs kana-kanji conversion on the kana character strings that include ``ji'' and ``ji'', or ``zu'' and [zuJ, which are determined to be the same.

The operation of such a configuration will be explained below based on the off-flow diagram shown in FIG. 4.

When a special function key on the keyboard 1 is operated (step 202) on the initial screen or data input screen (step 20+), the contents of various mode selections as shown in FIG. 3 are displayed according to instructions from the CPU 2. is displayed on the screen of section 3, and various modes are selected (step 20).
3).

In selecting these various modes, "ji" and "ji" are the same.
Is it 4° (step 204)?
It is determined whether "zu" and "zu" should be treated as the same (step 206), and if "ji" and "ji" are to be treated as the same, "jiJ" and "ji" are the same word. Both conversion targets that are treated as the same word are unified and kana-kanji conversion processing is performed (step 205), and when ``zu'' and ``zu'' are treated as the same word, ``ZuJ'' and ``Zu'' are treated as the same word, and both conversion targets that are treated as the same word are unified and kana-kanji conversion processing is performed (step 207).
.

If it is determined in step 204 that "ji" and "ji" are not the same -N, and in step 20
If it is determined in step 6 that "8zu" and "zu" are not treated as the same, normal kana-kanji conversion processing is performed (step 208).

In this way, "ji" and "ji", or "zu" and "
Depending on the user's selection, each character is considered to be the same kana character and kana-kanji conversion is performed.

Therefore, it becomes possible to input such kana characters that have the same sound but different notations without distinguishing between them, thereby reducing errors in kana-kanji conversion and improving input efficiency in inputting kana characters.

(1.) Effect of the invention According to this invention, for example, "ji" and "ji" or "
Kana characters with the same sound but different spellings, such as ``zu'' and ``zu'', are treated as the same kana character and kana-kanji conversion is performed, so you can input them without worrying about spelling mistakes. , it is possible to reduce errors in kana-kanji conversion associated with this, and improve input efficiency in inputting kana characters. Furthermore, input using [l-mark] characters can also be performed smoothly.

[Brief explanation of the drawing]

FIG. 1 is a block diagram showing the configuration of the present invention, FIG. 2 is a block diagram showing the configuration of an embodiment of the invention, FIG. 3 is an explanatory diagram showing an example of the display screen of the display unit, and FIG. 3 is a flowchart showing the operation of the embodiment. l...Keyboard, 2...CPU. 3...Display section, 4...ROM, 5...
...RAM. Figure Figure Figure

Claims (1)

[Claims] 1. A key input means, a storage means for storing a kana character string inputted from the key input means, and a method for converting kana characters with the same sound but different notations included in the kana character string stored in the storage means into the same kana character. A Japanese language processing device with a homophone and allograph same conversion function, comprising a discriminating means for converting kana characters into kana characters and a kana-kanji converting means for converting a kana character string including kana characters discriminated by the discriminating means into kana-kanji characters.