JPS5844528A - Selecting system of homonym - Google Patents

Abstract

PURPOSE:To select effectively of homonyms, by performing successively a KANA (Japanese syllabary)-Chinese character converting process with a successive selection system and every time when a homonym appears and deciding well-definedly each word after operating a homonym selection key in the case of a collective selection system. CONSTITUTION:An input device 4 feeds the character information in KANA, and a controller 1 performs the KANA-Chinese character conversion to convert the KANA character information into the character information including Chinese characters. The controller 1 carries out continuously the KANA-Chinese character conversion for the KANA input character information until the homonym selection key is operated in the case of a collective selection system. Then each word is decided well-definedly when the information is displayed on a display device 3 for operation of homonym selection key. While in the case of a successive selection system, the words displayed at the device 3 are decided correctly and well-definedly by the input of the next KANA character information.

Description

Detailed Description of the Invention [11IO Technical Field] The present invention relates to a homophone selection method in a Japanese information processing device.

[Technical Background of the Invention and Intervals] In a Japanese information processing device that has a kana-kanji conversion function that converts kana input character information into kanji/kanji (mixed) character information, the result of kana-kanji conversion - a single at ( fjl phonetic ll) often occurs. For this reason, generally all of these homophone J% words are displayed on a display device,
Although it is configured so that the operator can select and specify it, the burden on the operator is significant.

As a method to reduce the burden on the operator, for example, JP-A No. 5
As shown in Publication No. 3-56925, the homonyms displayed on the display device are limited to the most frequently used homonyms, and only when this word is incorrect, the number 2 DK frequently used is displayed by pressing a key. ◇This method displays homophones along with Japanese information before and after them, making it easy to judge whether the word is correct or not by comparing it with the flow of the sentence. Although it was possible, it was necessary to perform the selection process every time a homophone occurred.

Therefore, high-speed input using the touch method was not possible, which was especially inconvenient for first-level operators who were proficient in keyboard operations.

There has been a desire for a device that can be used widely by everyone from rounding beginners to expert operators.

[Purpose of the Invention] The present invention has been made in order to satisfy such conventional demands. ) or perform selection operations each time (hereinafter referred to as sequential selection method)
The purpose of this invention is to provide a homonym selection method that allows the selection timing to be changed by specifying the homonyms.

[Summary of the Invention] '-= '-”' The present invention provides a device having a kana-kanji conversion function and configured to display information on kana-kanji-kanji mixed-sho characters. Rounding switch to specify one of the selection methods.

Chi, homophone, synonym next display key,! and a homophone shinkagogo selection key. If the batch selection method is specified by the switch, the homophone selection process is suspended until the obenator presses the homophone selection key at an arbitrary time, the 911 kana-kanji conversion process continues, and the homophone selection key is pressed. In short, select all the homophones and synonyms that have occurred so far using the homophone selection key and the homophone selection key!
are executed together for the first time.

On the other hand, when the following selection method is specified for S, I, and CH, the operator must perform key operations for selection each time a homophone occurs. If you only write about the kana sentence in the form.

Uniquely (determined) the currently displayed word is selected.

[Effects of the Invention] According to the present invention, the operator can freely select documents written in Japanese.・Batch selection method・Text for 4 people! By being able to confirm or select □ the homophones released during the zero correction and combination at that point, the burden on the conventional Nikura Beoverator can be greatly reduced.

9. In the case of the sequential selection method, 1. If the displayed word is correct, the selection operation can be omitted and the next kana character information can be entered, so even if the sequential selection method is used, it is still possible to enter the next kana character information. Faster input is possible compared to other methods.

In addition, click the displayed homophone or change the brightness, and after selecting the correct one, cancel the link or change the brightness and return to normal display. From the display screen from K. Operator operation becomes even easier because you can immediately see where unselected homonyms are located.・−・ 7
・[5 Invention OII Vaginal Example] ・The present invention will be explained below with reference to the drawings.

・7th・1llti This is a block diagram showing one embodiment of the present invention, and FIG. 2 1! l), (b)%Figure 3 (a)
e (baa display) is an enlarged view of the display screen.

Summary 11! i! In I, (1) is a control device, and this control device (1) is connected to a display device (3), an input device (4), and a memory device (5) via a path (2). . Then, character information inputted in, for example, kana through the input device (4) is converted into kana-kanji and displayed on the display device (3). Since the method for converting kana to kanji is well known, its explanation will be omitted.

If a homophone appears in kana-kanji conversion, the display surface diagram of display device (3) will show the following.
! It is displayed in the format shown in Figure 2 ta+. In other words, for example, if there are three single words, ``1 usage'', ``specification'', and 1 cotyledon'', words with a predetermined high frequency of occurrence will be displayed as plinks or with different brightness.
A single box surrounded by (7) indicates that a link or a display with different brightness is displayed.

In such a case, according to the present invention, if the selection method changeover switch provided in the input device (4) is set to the sequential selection method, the operator can
At this point, check if A is better.

In the example, when the target word is not "1 usage" but "1 specification", by pressing a specific key (hereinafter referred to as the homonym next display key) provided in the input device (4), As shown in Figure 2(b), the K display changes from 1 usage to 1 specification.Next, when you press the homophone next display key, the display changes sequentially from 1 specification to 1 cotyledon.Like this. The single dictionary used for kana-kanji conversion in this embodiment is to select the desired word using the K key and the homonym next display key.

Since the appearance frequency is added, the target word is displayed as the first candidate for most conversions. Therefore, in most cases, the operator only needs to confirm without pressing the homonym next display button. In the case of the sequential selection method according to the embodiment, the next input is performed and the link or brightness is changed to the general display.

Next, when the changeover switch is set to batch selection, the information to be selected is stored in the storage device (5). Then, the operator completes the input of the document or inputs the text to a point where there is a good break between paragraphs, etc., and then presses the homophone selection key provided in the input device (4).
The words requiring selection stored in tilk (5) are displayed on the display device (3) as shown in FIG. 3(a).
), and the cursor (8) provided on the display device (3) moves. At this point, the operator only needs to guide the homonyms, and in this embodiment, confirms whether the word indicated by the cursor is the desired word. The purpose is simply to change the display. (In the case of the example, it is correct to use 1, so all you need to do is confirm.) When the word indicated by the cursor changes to the target word, press the homophone selection key to select the word shown in Figure 3 (br s Storage device (5
) is moved to the single that requires the next selection. - Even in the pattern selection method, since the display is controlled by the frequency of appearance, the first candidate will most likely be the target word, so the operator can press most of the homophone selection keys. becomes.

[Brief explanation of the drawing]

Figure 1 is a block diagram showing an embodiment of the present invention.
Figure IJ+tbl and Figure 181, Itt) I are diagrams for explaining the operation of the device of the present invention. (1)・Control device (2)...Nox (3)
...Display (4) ...Input device (5)
...Storage device (7317) Representative patent attorney Kensuke Noriyuki (and 1 other person)

Claims (1)

[Claims] A rounding input device for inputting character information in kana. Kana characters! In a Japanese information processing device having a display device that selects a high-value word and displays it along with the remaining Kanji hawk character information by converting it into kana-kanji and kanji mixed character information, the input device is provided with one homonym. Homophone next display key and display device K11 for displaying words with a high degree of - in either the batch selection method or the sequential selection method
l! During homophone selection for selecting the word if the indicated nine homophones are correct, the control device
When the batch selection method is specified, the kana-kanji conversion of the kana input character information is performed until the homophone selection key is pressed, and each word displayed on the display device after the homophone selection key is pressed is uniquely determined. , a homophone selection method is characterized in that when a sequential selection method is designated and the next kana character information is input, the word being displayed on a display device is uniquely determined as the correct word. (2) Words with homonyms are displayed on the display device by plinking or by changing the brightness, and when the homonyms are uniquely determined, the display returns to normal display. Homophone selection method described.