JPS63273966A - Correction system for converted document - Google Patents

Abstract

PURPOSE:To improve the processing efficiency for production of a general document having a high percentage of HIRAGANA (cursive form of Japanese syllabary), by converting a desired part into HIRAGANA with push of a non-conversion key against the document which once undergone the KANA (Japanese syllabary)KANJI (Chinese characters) conversion and was displayed. CONSTITUTION:The character reading supplied via a keyboard 2 is stored in a reading internal memory part 7 and then converted into KANJI via a KANA conversion processing part 6 with push of a conversion key of the keyboard 2. The reading (document) supplied internally is divided for each paragraph and the information on the length, the parts of speech, etc., of each paragraph is stored in a conversion information memory part 11. Then a converted document is displayed on the screen of a CRT 3. When a non-conversion key is pushed on the keyboard 2 in response to the desired paragraph to be converted into HIRAGANA via a right-left arrow head key, a reverse key, etc., of the keyboard 2, the paragraph noticed for conversion of the displayed converted document into HIRAGANA undergoes decision for its specific place counted from the head paragraph and its specific reading nased on the internally stored information. Then the parts of the noticed paragraph is totally converted into HIRAGANA and the overall document including said converted paragraph is displayed on the CRT 3.

Description

[Detailed Description of the Invention] [Field of Industrial Application] The present invention relates to a method for correcting converted documents, and in particular, to a word processor, in which readings input successively using a keyboard are converted and displayed in a batch by inputting a conversion key. Regarding conversion methods, this invention relates to improvements in correction processing methods after a converted document is displayed.

[Background of the invention]

Traditionally, the input pronunciations were searched in a dictionary for each word and converted into kana-kanji, but the processing speed for document creation was extremely long. By pressing the conversion key after inputting, the document is converted into a document with kanji mixed in, and the CRT
A batch conversion process for displaying on display devices such as the following is being performed.

However, this batch conversion process may perform dictionary searches, grammar checks, etc. for the input readings, but in order to display the converted document on the screen, kanji characters are inevitably selected and displayed preferentially. Become. In general documents, the percentage of hiragana characters is quite high, and even if hiragana characters are desired to be displayed, they are converted to kanji characters and displayed, so a correction process is required to replace them with hiragana characters. This required a very tedious process of once confirming that the characters were displayed as kanji characters, then deleting that part and re-entering it.

[Purpose of the invention]

Therefore, the present invention has been made by focusing on the above-mentioned problems of the conventional technology, and it is possible to solve these problems and immediately replace a specific part of a converted document with hiragana, and in particular, The object of the present invention is to provide a conversion document correction method that can improve the efficiency of creating general documents.

(Means for solving the problem) In order to achieve this objective, the converted document correction method according to the present invention focuses on specific characters in the candidate document before being converted and displayed and finalized. However, by inputting a non-conversion key provided on the keyboard, all characters within a specified range are changed to hiragana.

[Effect]

Specific characters in the converted and displayed document as described above can be replaced with hiragana by inputting the non-conversion key, eliminating the need for a tedious process and allowing immediate correction of replacement with hiragana. This greatly improves the efficiency of creating general documents with a high percentage of hiragana.

〔Example〕

Next, an example of the implementation of the present invention will be described in detail with reference to FIGS. 1 and 2.

FIG. 1 is a block diagram of hardware that executes the converted document correction method according to the present invention, and numeral 1 in the figure is a CPU. This CPU is the control unit 2a of the keyboard 2, the CR
A human key determination section 4, a reading input control section 5, and a kana conversion processing section 6, which are connected to and control the display control section 3a of the T3, and also receive signals from the control section 2a of the keyboard 2;
A non-conversion information determining unit 8 connected to the input key determining unit 4
is controlled. The reading inputted using the keyboard 2 is stored in the reading internal storage section 7.

Further, the signal at the time of input is sent to the non-conversion information determining section 8 through the input key determining section 4, and after being determined there, it enters the non-conversion processing section 9 and is stored in the conversion result storage section 10. or,
The kana conversion processing section 6 is connected to a conversion information storage section 11, and the conversion information storage section 11 stores information on kana conversion.

The conversion result storage unit 10 is connected to the control unit 3a and the kana conversion processing unit 6 of the CRT 3, and stores converted documents and documents on which non-conversion corrections have been made to the converted documents on the CRT 3.
Display on the screen.

FIG. 2 is a flowchart showing the flow of processing. First, when a reading is input using the keyboard 2, the input reading is stored in the reading internal storage section 7, and when the conversion key on the keyboard 2 is pressed and input, Kana conversion processing unit 6
The reading (document) that is converted into kanji characters and input internally is divided into clause units, and information such as the length of each clause and part of speech is stored in the conversion information storage unit ll, and the converted document is Display on the CRT3 screen. After this converted document is displayed on the CRT 3, use the left and right arrow keys, reverse, etc. on the keyboard 2 to match the phrase you want to replace with hiragana, and press the no conversion key on the keyboard 2 to input the phrase displayed above. The phrase to be replaced with hiragana in the converted document is determined by determining the number of the phrase from the first phrase and its reading from internally stored information, and then All parts are replaced with hiragana, and the entire document including the phrases replaced with the hiragana is redisplayed on the CRT 3.

〔Effect of the invention〕

As described above, according to the conversion document correction method according to the present invention, for a document that has been converted to kana-kanji and displayed, focus on the part (clause) that you want to replace with hiragana, and press the no conversion key to input it. With this simple operation, you can instantly convert the target part of the converted document into hiragana. or,
Of course, the phrases that have been replaced with hiragana can also be converted back into kanji characters, which improves processing efficiency, especially when creating general documents with a high percentage of hiragana.

[Brief explanation of the drawing]

FIG. 1 is a block diagram of hardware on which a converted document correction method according to the present invention is executed, and FIG. 2 is a flowchart showing the flow of the same process. 1...CPU 2...Keyboard 3...CRT
6...Kana conversion processing section

Claims (1)

[Claims] By focusing on a specific character in a candidate document that has been converted and displayed before being finalized, and by inputting the non-conversion key on the keyboard, all characters displayed within the specified range are replaced with hiragana. A conversion document correction method characterized by: