JPS58144251A - Input device for chinese compound word - Google Patents

Abstract

PURPOSE:To simplify an input operation by specifying a combination of continuous ''kanji''s consisting of >=2 characters precisely and simply. CONSTITUTION:When an input for ''kanji'' is applied by ''kana'' (Japanese syllabary) characters from a keyboard 3, the ''kanji'' corresponding to the input characters is retrieved from a storage circuit 4 by the retrieval of composed phonetical and Japanese reading. Subsequently plural ''kanji''s are retrieved. Whether a Chinese compound word consisting of a combination of the plural ''kanji''s is stored in a Chinese compound word storing circuit 5 or not is retrieved, and when the presence of the Chinese compound word is detected, the detected word is outputted to a bus 6 and stored in a storage circuit 9. Consequently the Chinese compound word is defined by the minimum frequency of operation.

Description

[Detailed Description of the Invention] [Technical field to which the invention pertains] The present invention relates to the use of Nippon So word processors and other Japanese #It
- Device Kl for inputting kanji into the information processing equipment handled
I do it. In particular, the present invention relates to a device for inputting kanji compound words consisting of a combination of a plurality of kanji characters from a single-character keyboard or other input circuit.

[Description of prior art]

Methods for inputting information in kana characters and searching for kanji from these kana characters include: ■ converting kanji to kana/kanji character by character, ■ converting kana to kanji by word, ■ converting kana to kanji by phrase.・A method for converting kanji has been developed. In principle, the present invention searches for kanji using the method (2) above, and uses the method (2) in combination.

There's more to method ■ above.

How to read 0 and convert Kyo ginkana φ kanji, (11)
#il#11. Five methods are known for converting kana to kanji from MiK, and (1) converting kana to kanji using sound-U composition. This ■method is to read 111 after reading aloud.
It adds the first letter of the word ``Kan'', for example, when you are trying to input ``Kan'', you can add ``F'', the first letter of the word ``Kan'', ``Samui'', and enter ``Kanna''. It is done manually. When input in this way, the kanji for "power/" in the on-yomi format is "kan" as well as K "kan", "kan", "kan", "kan", "kan", and "kanji".
There are many characters such as ``Sweat'', etc., but among these, the characters whose 1111 reading is rtJ are extremely limited, and among the commonly used kanji, ``晦''Kl# can be determined.

5. The above-mentioned Onkun composite reading is an excellent method for identifying kanji using kana characters, but even if input using this method, if multiple kanji still match and cannot be identified as one, other kanji may be used. kanji may be found incorrectly.

[Purpose of the invention]

The present invention is a method that is suitable for use in conjunction with the above-mentioned kana character input using onkun synthetic reading, which allows combinations of two or more consecutive kanji (juku II) to be accurately and easily determined, and the input operation An object of the present invention is to provide a kanji input device t* that can simplify the kanji input device t*.

[Key points of the invention]

The present invention is provided with an idiom storage circuit in which kanji idioms consisting of a plurality of combinations of kanji are stored, and when a plurality of kanji are successively input in kana characters from an input circuit, The present invention is characterized in that it searches for combinations to see if there are any combinations that correspond to the combinations stored in the phrase storage circuit, and outputs the combinations.

[Explanation based on examples]

The figure shows a block diagram of an example of a Japanese word processor KPM according to the present invention. The part indicated by the reference numeral 1 in FIG. 1 is the kanji human power device according to the embodiment of the present invention. This device includes a processor 2, a keyboard 3 which serves as an input circuit for inputting ``power'' and ``n'' characters into the processor 2, a kanji memory circuit 4 in which kanji codes are stored, and idioms consisting of combinations of multiple kanji that are kanji codes. It includes an idiom storage area 5 stored by.

In this idiom memory circuit 5, combinations of multiple kanji are stored by specifying the address for each kanji at the beginning of the kanji, but since there is no need to repeatedly memorize the kanji for senban, this is omitted and stored. Economize capacity.

The processor 2 is connected to a data bus 6, which includes a printer 7, a small disk device 8, and Tatsumi M9, C1L? for temporary storage. A display device 10 and a character generation circuit 11 are connected.

To explain the operation of the device configured in this way, kanji input is given from the keyboard 3 using kana characters. It is now assumed that the two characters "Riki-nsa" and "Rain" have been input consecutively. "Riki-nsa" is a kanji whose on-yomi or "kan" is "su" in the kun-yomi, and by searching for the on-kun composite reading, "晦" is found from the memory circuit 4. Also, since the on-yomi reading of ``rain'' is ``rei'' and the kun-yomi starts with ``n,''``rei'' is found.

Here, it is searched to see if the phrase "cold" exists in the phrase storage circuit 5, and when it is determined that the phrase exists, it is output to the bus 6 and stored in the memory circuit 9. That is, it is checked whether or not there is a candy called "Kanrei" in Japan, where it is commonly used, and then it is output.

Now, it is input only in on-yomi rather than on-kun synthetic reading, and "
If it were ``Kan''[Rei'', then the kanji that are pronounced ``Kan'' would be ``kan'', ``kan'', ``kan'', ``kan'', ``kan'', ``kan'', ``kan'', ``kan'', ``kan'', ``kan'', ``kan'', ``kan'', ``kan'', ``kan'', ``kan'', ``kan'', ``kan'', ``kan'', ``kan'', and ``kan''. , kan, cold, exchange, daring, coffin, kan, lin, kan, kan,
These are kan, kan, trunk, kan, custom, kan, guan, loose, supervised, huan, regret, return, guan, ring, simple, guan, kan, kan...etc., and ``rei''.
The kanji that are read as ``rei'', ``rei'', ``rei'', ``excitement'', ``koji'', ``shizuku'',
Territory, Spirit, Rei, Maro, Age...Gin. This combination is extremely numerous, but among these combinations, the Japanese idiom pronounced "kanrei" is "kanrei".
"It's cold,""It'scustomary," etc., so you should choose one of them.

By using the phrase storage circuit 5 in this manner, phrases can be determined in one way or in a very small number of ways, thereby simplifying the input operation. Moreover, it becomes possible to correct some errors, and the operation for inputting kanji is simplified.

[Explanation of application examples]

In the above embodiment, the input circuit is the kana character keyboard 3, but this is not limited to the keyboard; it is also a circuit for receiving kana character signals by voice recognition, or for receiving kana character signals provided from another information processing device or communication device, etc. The present invention can be implemented in the same manner with the circuit shown in FIG.

[Explanation of effects]

As explained above, according to the present invention, the manual input of kanji characters from the manual input of kana characters is simplified, and the input operation is extremely simplified.
Streamlined. The present invention is highly effective when used in combination with kana/kanji conversion using onkun synthesis reading.

Furthermore, by specifying an address for each first kanji in the idiom memory circuit, there is no need to repeatedly store the code of the most familiar kanji, so the capacity of the idiom memory circuit can be saved.

[Brief explanation of the drawing]

The figure is a configuration diagram of an apparatus according to an embodiment of the present invention. l...Kanji input device, 2...processor, 3...
Input circuit (kana character keyboard), 4...Kanji memory (
b) Road, 5...Idiom memory circuit・

Claims (2)

[Claims] (1) An input circuit that inputs kana characters, a processor that is l1jlled by this input circuit, and a kanji that can perform tlt fielding under the control of this processor and memorize the kanji corresponding to the kanji's texture. The E-ki processor is equipped with a memory circuit and an idiom memory circuit in which kanji idioms consisting of combinations of a plurality of kanji are stored, and when a plurality of kanji are successively input in kana characters from the input circuit, Kanji 1IIk characterized in that it includes a means for searching for a combination K of the plurality of kanji to see if there is a combination that corresponds to a combination stored in the compound word storage circuit and searching for a combination that corresponds to a cough. Crap input device. (2) In the compound word storage circuit, a Kanji compound word consisting of a combination of a plurality of Kanji characters is stored at an address for each preceding 110 Kanji character, with the preemptive Kanji character omitted. Idiom input device.