JPS58155442A - Japanese language inputting system - Google Patents

Abstract

PURPOSE:To lighten the burden on a user, by storing a word which is inputted already and is converted to a Chinese character, and only reguiring inputting of the head of its word in case of inputting the same word again. CONSTITUTION:A phonetic ''Kana'' (Japanese syllabary) character-string inputted from an input part 1 is converted to Chinese character and ''Kana'' mixed Japanese language through a words dictionary 3 and a Kana/Chinese character converting part 2, and is written in a Japanese language memory 5 through a memory writing part 4. This contents are displayed on a display part 7 through a display control part 6. In case of reinputting a word which is converted and stored slready in the memory 5, when reading of the head of its word is inputted from the input part 1, and the retrieval instruction is executed by a search key, a retrieval copying part 8 executes retrieval in the memory, and writes a converted character in a present pointer position in the memory 5 through the writing part 4. When the copying instruction of the following word is executed from the input part, the copying part 8 copies the following word in the memory 5 in the same way.

Description

[Detailed Description of the Invention] (1) From @O Ministry of Technology Field Honshu - takes a phonetic character string such as Kari Ougi Chuto - M as input and converts it to Kanji or tajD Nipponbare, tn so-called & 4fi
It concerns a Japanese input method using character conversion.

(Conventional All and Problems The Kana-Kanji conversion method inputs display character strings such as Kana-Chinese Roman characters, and uses a single dictionary to convert them into Japanese 11FK, which converts Kanji and Hiragana.

A place to input shi nihonichi using this kana kanji conversion method II
C When the same character string appears repeatedly, the same character string is usually inputted using a kana keyboard or the like. However, it is necessary to re-enter the string you have already entered correctly.
This is often a burden for users. This is particularly burdensome for users who are unaccustomed to operating kana keyboards and the like.

In response to this, the following measures have been taken in the past. One of these attempts to reduce the input burden by registering repeated character strings as words in a single dictionary and using a single heading as an abbreviation.

When the character string "Japanese input method" appears in reverse, the character string "Japanese single power method" is registered in a single dictionary under the heading "Niho". From now on, you will be able to convert to ``Japan's single power method'' by simply inputting 4 ``niho'' instead of inputting ``guhongoni nirikailayerihoushiki.''

However, in this case, the operation of adding 1 ml of Kotan must be performed. Single Ill brass usually displays KJ
This is done by specifying the beginning and end of the character string to be registered from among the Japanese sentences shown in II, and inputting the spacing for this. Therefore, the cursor O is moved to IIbf.
It is necessary to perform operations such as input υ, and even if the user performs this many operations, the same character string will appear again later, so assume slt and register only when you think that the burden will be reduced overall. become.

In addition, it is also necessary to make a choice as to whether it is better to register, for example, the character string ``Japanese mackerel input'' or the character string ``Japanese single-handed method''.

In this way, the method used by Mr. Chushu requires that you decide what will happen in advance.Another method that has been used conventionally to reduce the burden of input is
This method copies the results that have already been converted. The conventional method of copying is to select "
This is done by specifying the beginning and end of the character string O to be copied, and further specifying the copy destination.

ml 1K (a) and (b) show an example of this method. That is, an example operation will be shown in which a sentence such as "...Japan's Hitori-Riki system using kana-kanji conversion is . . . Japan's Hitori-Riki system using kana-kanji conversion." is input.

The character string (&) in the same figure is a case where the character string that appears in the same way is entered again in the same way, and rounding is a time-consuming process. @ means to convert to kanji by pressing the kanji conversion key, and ・ means to convert to kana without any operation. If the character string BO is to be repeated again, as shown in B', first move the cursor to point to the character position for "power" and press the double key. Next, move the cursor again to indicate the position of the character ``Wu'' and press the execution key. Next, by moving the cursor again, specifying the copy destination, and pressing the execution key, you can copy the ``Japanese input method using kana-kanji conversion.'' In this case, the user has to search for the desired character string from among the character strings that have already been changed II & b, which requires movement of the cursor + i type of Funkshi W instruction, etc. Requires cumbersome operations.

(a) Purpose of the Invention The purpose of the present invention is to address the above-mentioned problems of the conventional method O and provide a Japanese saliva input method by @using the user's kana-kanji *# time Oam. .

(4) Issu @O structure Rounding that achieves the above-mentioned purpose, the Japanese single power method of the present invention is a Japanese input method using kana-kanji conversion that inputs a single reading and converts it into a kanji code, such as romaji, kana, etc. a memory for storing pairs of phonetic character strings and conversion results of kanji kana sb; a means for searching the contents of this memory using a single reading; Next, there is a function to copy a single character 111 times, and if you want to re-enter the same character string that has already been changed, specify the reading of -〇single at the end of the line and character string, and use this - mark. The present invention is characterized in that a single unit corresponding to ζ is searched from the memory, and instructions are given to copy the required number of single units from this single unit.

φ) Departure @OEmbodiment 112-) and 传) are respectively schematic explanations by operating examples of the method of the present invention.

At the same time, input the "kana" sound, which is the single-chain O-gun in Rowabe, and press the search key. At this point, the character string "kana" corresponding to the WIL of "kana" is entered, and then By pressing the next single - key, the next single ``prosthetic arm'' and the following will be delayed due to [next copying.This fc cursor operation is the required character string by simply holding down the same key in the annual bond. The rounding that can copy the input jiL is instantaneous.

(in the figure) shows other operation examples. In this case, when I tried to copy the character string "Kana keyboard input", at 9 o'clock, the character string "Kana 4-kanji conversion" was searched for "Kana", which was different from the single target. An example of operation in this case is shown below. At this time, press the 4f search key) to search for the next single word ``kana''. This makes it possible to find the beginning of the character string ``input using the kana keyboard'' and copy it using the next single key.

No. 311A is an explanatory diagram showing the configuration of an embodiment of a variable angle.

In the same case, in normal Japanese input, the phonetic kana character string inputted from the input s1 is input into the kana-kanji converter 2, converted to Japanese in kanji kana sb using the single dictionary 5, and then The score button is stored in the memory writing section 4 along with the kana character string inputted in the input section.
The data is stored in the Japanese language memory 5 via the . An example of the content 01 of the Japan Ichi Memory 5 is shown in Figure j14. That is, the input character string is converted into a nine-phonetic kana character string, and a nine-character character or a g-fan is displayed correspondingly.

The contents of this Japanese language memory 5 are displayed on the display section 7 through the display control section 6. Next, if the converted result is stored in the Nippon Ichi memory 5, enter the first - O single thread from the input 111 and use the search key to instruct the search, then search and copy through the dotted line. By performing a search in the p Japanese memory 5 by the unit 8 and writing the result back to the current pointer position in the memory 5 via the memory writing unit 4,
Make copies. Furthermore, if there is an instruction from the input unit 1 to copy a multi-dimensional single, the search *military unit 8 copies the next single.

In this way, it becomes possible to easily copy the -return character string as shown in #I-Shi-O-2-葎ん, 佽).

(Effects of Example 19 As explained above, according to the present invention, in Japanese input where the same character string appears repeatedly, you can simply search for the previous revolution using "Search" and use "Next" to search for the previous revolution.) You can copy the next single item sequentially, so just move the cursor like before (9)
, Kuru who gives many funksi 17 instructions, Sara KI/
There is no need to perform any operations such as searching for a necessary character string from among already changed character strings, and the amount of usage *0* can be significantly reduced.

[Brief explanation of the drawing]

Figure 311 (&), 弽) is an explanatory diagram of an operation example of the conventional method, the second
Figures (a) and (b) are schematic i1 based on the original @0 operation example.
! The bright diagram and the broom 3 diagram are the configuration aeq diagram of the embodiment of the present invention, s4
The figure is an 'is*o* clear diagram of the 311th iQO embodiment,
In the figure, 1 is an input section, 2 is a kana a/P conversion section, 5 is a single dictionary, 4 is a Hiro memory bottling section, 5 is a Japanese illusion map, 6 is a display control section, 7 is a display section, a indicates the search and copy section. Patent relative Fujitsu Kanaisha Sub-agent Patent attorney mm Zen 1 Figure 1 (a) (b) Figure 2 (a) Figure 3

Claims (1)

[Claims] In the Japanese input method using provisional 4-kanji conversion, which inputs a single reading and converts the kanji load Km, Low! a memory for storing pairs of phonetic character strings such as characters, kana, etc. and conversion codes for mixed kanji and kana; a means for searching the contents of this memory using a single #IO reading; If you want to re-enter the same string that has already been converted with 1fIAIIl which sequentially copies the word and the next single after that single IN, use moj! ! Japan, which is characterized in that it instructs a single unit O*'4 by searching for the simple looseness corresponding to the thread from the above-mentioned Me4 alterations, and indicating that this simple looseness is also necessary. One input method.