JPS58129534A - Chinese character input device - Google Patents

Abstract

PURPOSE:To execute selection of the same sound word by an optional opportunity, by adding dictionary retrieving information and ''Kana'' (Japanese syllabary)/ Chinese character conversion processing information to a word having the same sound word, in a Chinese character input device of a ''Kana''/Chinese character converting system. CONSTITUTION:When storing a ''Kana'' (Japanese syllabary)/Chinese character- converted word in a document storing part 8, a keyword for retrieving a dictionary 6 in case of a word having the same sound word, and result information of form element analysis in the ''Kana''/Chinese character conversion processing are added as attached information to the ''Kana''/Chinese character-converted word. Accordingly, in case when the same sound word is selected, when a ''Kana'' character is inputted, ''Kana''/Chinese character conversion is executed, and on a diplay part 10, one same sound word is displayed and blinked. In case when it is not a desired one, the same sound word of the next output sequence is outputted by depressing the next proposed key. When a desired word is displayed, it is stored in the document storing part 8 by depressing the selecting key.

Description

DETAILED DESCRIPTION OF THE INVENTION (1) Description of the parts to which the invention pertains The present invention Fi, a kanji input device, and a 9-kanji input device that enables the selection process of homophones in the 49-kana-kanji conversion method to be performed at any time. It is related to the device.

(2) Description of the prior art The conventional kana-kanji conversion method for this type of device is as shown in Figure 1. All homophones are registered in the homophone table, and an address for searching the homophone from the homophone table is added as additional information to the word stored in the document storage section BK that stores the conversion results. . And when choosing homonyms,
Indicate the word for which the homophone selection process is to be performed, and press a key that triggers the homophone selection, such as the "word selection" key. The address r01J of the homophone table person where the homophone ## is stored is read out2, and the homophones registered in the table such as ``Kinou'' and ``Kinou'' are displayed, and the operator instructs the corresponding word. With such a device, if a person searches over 7 homophone tables, it is necessary to force the homophone selection process, and the input process is temporarily suspended. Since the homonym selection process is performed using the homonym table, the operability is poor, and the disadvantage is that the area for the homonym table must always be reserved.
Another example of a conventional device of this kind is one that performs homophone selection processing every time a word with a homophone appears (Japanese Patent Application Laid-Open No. FkE55-163084). (for the word immediately after conversion, press a key that outputs a homophone other than the one currently being output)
Homophones can be output, but for previously converted words,
This method has the disadvantage that opportunities for homophone selection processing are limited, such as the need to input the heading again.

(3) Purpose of the Invention The present invention aims to solve these drawbacks by adding dictionary search information and kana-kanji conversion processing information to words that have homophones in a kanji-kana mixed document stored in the document storage unit. In addition, it is possible to select homophones at any time, and the drawings will be explained in detail below.

(4) Explanation of the configuration and operation of the invention □ Figure J1!2 shows the configuration of an embodiment of the present invention, l is a keyboard section, 2 is an input pad 7a section for temporarily puffing inputted circle characters, and 3 is a system Control unit, 4 kana-kanji conversion unit,
5 is a dictionary search unit, 6 is a dictionary unit, 7 is a document storage control unit, 8
9 represents a document storage section, 9#i a display control section, and 10 a display section.

fgK>, and the characters input from the middle j board section l are
- The data is stored in the input buffer section 2 and transferred to the kana-kanji conversion section 4 (according to the kana-kanji conversion instruction). To instruct kana-kanji conversion, the user presses a key on the keyboard that instructs the conversion, or encloses the part of the kana to be converted into kanji with special symbols that indicate the graphical 411m of the kanji (the number of such symbols). Let it be judged. The dictionary search 115 #C indexes the dictionary section 6 using the kana characters (hereinafter referred to as headwords) in the input cover 7a section 2 as keys, and transfers the words corresponding to the headwords to the kana-kanji conversion section 4. Kana-Kanji conversion part 4
In this case, if there are homophones, a homophone table is temporarily secured in the work area of the kana-kanji converter 4, and all the homophones are registered. When registering homophones in the homophone table, the output order of homophones is determined based on the frequency information of each word, as well as morphological analysis information such as the part of speech of the word and the connectivity with adjuncts. . Among the homophones, the first word in the output order is displayed on the p display section 10 by the display control section 9. When this display is displayed, the operator is notified by blinking words that have homophones. At this time, the word displayed on the display section 10, its heading, and part-of-speech information as a result of morphological analysis are stored in the document storage section 8 by the document storage control section 7.

FIG. 83 shows an example of data stored in the document storage section 8.

Next, in the homophone selection process operation, FIG. 4 shows a case where the selection process is performed immediately after kana-kanji conversion.

Enter ■ Kanji O in the operation order ■ and perform kana-kanji conversion. At this time, homophones such as ``secretary'' and ``kanji'' are registered on the homophone table, and one homophone `` is displayed on the display section IO. "Secretary" will be displayed and blinking. If the "secretary" in question is not the desired one, press the "Next Candidate" key that instructs the display of the next homophone as shown in operation order ■. Output word by word. When the desired word is displayed, the contents of the homophone table are cleared and only the selected word is stored in the document storage section 8 by pressing the K "Select" key as shown in the operation order ■. Ru.

FIG. 5 shows a single file stored in the document storage unit! This shows the case of selecting homophones for .

In the operation order ■, when displaying the document stored in the document storage unit 8 on the display unit 10, the kanji code (single fF in which there is a headword and morphological analysis result as attached information)
When #c is selected, a blinking display is displayed to notify the operator of the existence of a homophone.

In the operation order ■, if the displayed word is the corresponding roaring word, "select"
Press the key. By pressing this "select" key, the attached information of the kanji code is cleared and only the kanji code is stored in the one-document storage section 8. If the displayed word is not the corresponding word in the operation order ■', the "next candidate" key is pressed as shown in the illustrated operation order ■'. When you press the "Next Candidate" key, the dictionary 6 is searched for the entry word stored as the attached information of the kanji code, and the homophone is added to the above-mentioned homophone table.For example, the "kanji" shown in the diagram is indicate. At this time,
Homophones are sorted into the homophone table in output order using the part-of-speech information of the processing result of the form six clarification stored as attached information. From now on, each time you press the "Next Candidate" key, a word other than the word currently displayed in the homonym table will be output.
Displayed on the display unit 10. The subsequent homophone selection process is similar to the homophone selection process performed immediately after the kana-kanji conversion described above.

Furthermore, when the selection is completed by pressing the "select" key, only the selected kanji; . *
reads out words for which homophone selection has not yet been performed.

Then, the word is displayed on the display section 10. This process allows continuous selection of homophones to be performed at any time and at any opportunity.

(5) Description of Effects As explained above, according to the present invention, nine words converted into kana-kanji are stored in the five-document storage unit.

In the case of words that have homophones, add the headword for searching the dictionary and the result information of morphological analysis in the Kana-Kanji conversion process as attached information to the Kana-Kanji converted word (K), and store the homophones. The homophone SO selection process can be performed at any opportunity without using a special memory as ilF and without inputting the nine headwords again.

[Brief explanation of drawings]

FIG. 1 is an explanatory diagram illustrating a homophone management mode using a conventional O homophone table, FIG. 2 is a configuration diagram of an embodiment of the device of the present invention, and FIG. FIGS. 4 and 5 are explanatory diagrams illustrating one embodiment of the storage mode, and each shows an example of the homophone selection process performed in the present invention. 1. Keiho 1" section, 2. Input buffer section, 3. System control section, Kana-Kanji conversion section, & dictionary search section, a dictionary section, 70 document storage control section, & document storage section, koshiki display control section,
1α display section. Patent Applicant Nippon Telegraph and Telephone Public Corporation Patent Attorney Mori 1) Hiroshi 21

Claims (1)

[Claims] In a device that manually converts nine kana characters into kanji-kana mixed sentences, there is a kana-kanji conversion section, a dictionary search section that searches a dictionary (based on the pronunciation of the input word), a dictionary section that registers words,
A candy that has at least a document storage unit that stores kanji-kana mixed sentences including dictionary search information and kana-kanji conversion processing information, and has not completed the selection process of selecting one of the homophones for a sentence in which homophones exist. When storing the word in the document storage section, attached information including a headword for the word is added, and when selecting a homophone, the selection process is performed based on the bank employee information. A kanji input device that is characterized by a ``Nishinen'' feature.