JPS62120571A - Conversion processing system for continuous paragraph in japanese documentation device - Google Patents

Abstract

PURPOSE:To secure the correct display of desired continuous paragraphs in a simple and quick way by using a key which instructs total conversion to the reading of the input continuous paragraphs, a key which instructs partial conversion, a total conversion means and a partial conversion means. CONSTITUTION:A total conversion part 15 is started with input of a total conversion key 11 to change the preceding delimiter stored in a delimiter memory part 14 and to divide again the reading in a read buffer 13. The reading limiter produce by said second division is set again on the part 14 and at the same time the conversion is carried out to the new limiter. While a partial conversion part 16 is started with operation of a partial conversion key 12 to extract the read delimiter information stored in the part 14 and to give the new conversion to the reading of the buffer 13 with the preceding limiter kept as they are. In such constitution, the homonyms are displayed successively on the read input of the continuous paragraphs in the case of the same delimiter and the different KANJI. Thus the desired result of conversion is obtained. While the part 15 is started if the sections are different and the second delimiting jog is carried out.

Description

[Detailed Description of the Invention] [Summary] The continuous phrase conversion processing method in the Japanese document creation device of the present invention includes:
Conversion key on keyboard.

For example, by using the shift key, you can divide the key into a key that instructs whole conversion and a key that instructs 0 partial conversion, and you can change the reading division that is the unit of dictionary search to a new one. The key for 2-part conversion instructions is to search for homophones without changing the divisions, so you can easily and quickly search for homonyms without changing the divisions for reading. It is possible to obtain correct expressions for consecutive clauses.

[Industrial application field]

The present invention is a so-called Japanese word processor that edits and creates two documents by inputting Japanese pronunciations containing multiple words, searching a word dictionary, and converting them into sentences containing kanji. The present invention relates to a continuous clause conversion processing method in a Japanese document creation device with improved performance.

[Conventional technology]

In a Japanese document creation device, the pronunciation is input by human input of kana or Roman characters, conversion of kana to kanji is performed with reference to a dictionary, and a sentence containing kanji is created. Recently, devices have begun to be used that are capable of converting not only words and phrases, but also compound words and connected phrases consisting of a plurality of phrases. Note that in the following explanation, the five-compound word conversion will also be explained as being included in the continuous clause conversion.

Conventional Japanese document creation devices that perform continuous clause conversion are equipped with a key to switch between solid writing mode and continuous clause mode, and when continuous clause mode is selected, an undefined state is displayed in the lower area of the display screen. It is designed to perform kanji conversion for a certain reading. Also,
In other conventional Japanese document creation devices, solid writing mode,
Without distinguishing between consecutive clause modes, the same conversion as word/clause conversion is performed for continuous clause conversion using a simple so-called longest-form property.

[Problem that the invention seeks to solve]

Assume that words are registered in a dictionary used for kanji conversion in the following order, corresponding to each reading.

According to the conventional method, 1 For example, if you input the pronunciation ``Dainouriyoukai'' and want to express it as ``Great Summer Party,'' enter 1.
The following conversion was necessary.

When the first conversion key is pressed after inputting the reading, "comprehension of payment" is displayed with a separation based on the length and length. Next, for each conversion key human power, ``Grand understanding'', groan ``Grand tax territory'', groan ``Grand tax understanding'', groan ``Grand payment down payment'') ``Cerebral understanding'') ``Cerebral consent'', mourning ``Cerebral territory'' ” groaning “cerebral understanding” groaning “cerebral down payment” → “general understanding”) “general understanding” naka “general understanding”
``Daigu head money'' → ``Dainouryo depression J->r
The name was changed to ``Great Summer Party.'' As described above, there has been a problem in the past that the correct expression cannot be reached until the conversion key is pressed many times.

In order to avoid such multiple conversions, 1.For example, in a system that uses continuous clause mode, the "Cancel" key can be used to
There are some words that can be converted by canceling the last part of the pronunciation, such as ``riyokai'' and ``nouriyokai.'' However, even with this method, the reading cannot be directly subdivided, so there is a problem that the operation becomes complicated.

[Means for solving problems]

FIG. 1 is a block diagram for explaining the present invention in detail.

In the figure, 10 is a keyboard, 11 is a whole conversion key that instructs to re-divide the reading of the input connected passage and convert the whole, and 12 is a partial conversion key without re-dividing the reading. 13 is a reading buffer in which the reading input code in an undetermined state is stored; 14 is a delimiter storage unit that stores reading division information; 15
16 is a whole conversion unit that re-divides the reading by inputting the whole conversion key 11 and performs kana-kanji conversion corresponding to the new reading division resulting from the division; 16 is a one-section storage unit for inputting the partial conversion key 12; ■4 is a partial conversion unit that preferentially adopts the current reading division and performs kana-kanji conversion corresponding to the division; 17 is a display that displays document editing information such as reading and conversion results; represent.

When activated by the input of the global conversion key 11, the overall conversion unit 15 changes the previous break stored in the 9-break storage unit 14, and changes the reading in the reading buffer l3.
Re-division is performed, and the reading divisions resulting from the re-division are reset in the division storage unit 14, and the dictionary is searched and converted in accordance with the new divisions. Note that for the first input of the entire conversion key 11, the previous delimiter information is not set in the 1 delimiter storage unit 14, so the reading buffer 1
Dictionary search and kanji conversion are performed without dividing the contents of 3. If there is no corresponding conversion, the first division is performed.

On the other hand, when the 1-part conversion unit 16 is activated by pressing the 2-part conversion key 12, it retrieves the reading delimitation information stored in the 2-part conversion storage unit 14, and converts the reading in the reading buffer 13 into a new reading while maintaining the delimitation. Attempt to convert. Then, only when all the homophones for the reading division stored in the one division storage unit 14 have been displayed, the reading division is re-divided.

[Effect]

According to the present invention, for reading input of consecutive clauses.

Looking at the first conversion, the reading breaks are correct.

1 partial conversion key 1 if the kanji in that break is different
By pressing 2, homonyms will be displayed in sequence,
A desired conversion result can be obtained. If the reading divisions are different, by pressing the global conversion key 11, the global conversion unit 15 can be activated and the 9 divisions can be re-displayed, skipping the display of homophones based on the previous division. .

You can get the results you want quickly.

〔Example〕

FIG. 2 shows a processing configuration diagram of an embodiment of the present invention, and FIG. 3 shows a processing explanatory diagram of an embodiment of the invention.

In FIG. 2, reference numeral 10. 13. 14. Reference numeral 17 corresponds to that shown in FIG. 1, and reference numeral 20 indicates an input control unit 921 that controls input from the keyboard 10. A partial/whole conversion determination unit that determines whether the input is a partial conversion instruction or a total conversion instruction. , 22 is a dictionary search unit that searches a dictionary; 23 is a word dictionary that stores the pronunciation of each word and the kanji corresponding to the pronunciation; 24 is a pronunciation division unit that divides the pronunciations stored in the pronunciation buffer 13; 25 Reference numeral 17 represents a display unit that displays the search results of the dictionary search unit 22, 26 a screen code buffer in which display data is stored, and 17 a display that converts the contents of the screen code buffer 26 into a dot image and displays it.

Further, in the keyboard 10, 30 is a conversion key, 31
32 represents a cancel key, 32 represents an execution key, and 33 represents a shift key.

In this embodiment, the shift key 33 is used as an auxiliary key for instructing partial conversion in continuous clause conversion. When the conversion key 30 is pressed alone, the 2-part/whole conversion determining unit 21 considers that the entire conversion has been instructed.

Further, it is assumed that two-part conversion is instructed when the conversion key 30 and shift key 33 are pressed simultaneously. That is, the conversion key 30 alone corresponds to the entire conversion key 11 shown in FIG. 1, and the shift key 33 and conversion key 30 are combined to form the partial conversion key 12.

Further, when the cancel key 31 is pressed alone, it is treated as a complete cancellation of 5, and when the shift key 33 and the cancel key 31 are pressed at the same time, it is regarded as an instruction for partial cancellation to cancel only the last word. moreover.

When the shift key 33 and execution key 32 are pressed at the same time, it is judged as a partial specification that specifies the word to be converted into two parts, and by this partial specification, the position of the homophone to be converted can be specified. ing.

In response to a single keystroke of the conversion key 30, the 1 part/whole conversion determination unit 21 activates the reading division unit 24.

The reading dividing unit 24 re-divides and re-divides the reading.

Thereafter, the dictionary search unit 22 searches the word dictionary 23.

When the shift key 33 and the conversion key 30 are pressed at the same time, the 1 part/whole conversion determination unit 21 immediately converts the dictionary search unit 2
2, and the dictionary search section 22.

Based on the delimiters stored in the delimiter storage unit 14,
Search the word dictionary 23. Therefore, in this case, conversion of homophones using the same delimiter is performed preferentially.

FIG. 3 shows processing by the processing configuration shown in FIG.

It is expressed in the form of a flowchart. below.

The processing numbers ■~@ to be explained correspond to the numbers ■~@ shown in FIG.

■ Input the reading and conversion instructions of the consecutive clauses.

(2) Determine whether a partial conversion instruction is issued by simultaneously pressing the shift key 33 and the conversion key 30.

Otherwise, transfer control to process [phase].

■ If it is a partial conversion instruction, search the dictionary sequentially based on the current reading division.

■ Determine whether or not the corresponding pronunciation is found in the word dictionary 23. If there is no corresponding reading, control is transferred to process ■.

■ If there are words with corresponding readings for all of the sections, the readings currently displayed on the display are erased, and the dictionary search results are displayed at the positions of the two original readings as conversion results.

■ Waiting for the next key personnel.

■ Determine whether the conversion has been finalized using the following key manual. Keys other than those related to transformation.

For example, if a normal character key is entered.

To confirm the conversion, the reading buffer 13 is cleared, a new input code is set, and the current conversion process is ended. When a key related to conversion is input, control is transferred to process (2) and the conversion is performed in the same manner.

■ If a dictionary search does not find the corresponding reading.

Re-divide the input reading.

■ Determine whether splitting is possible. If all divisions are completed, the current display remains.

Or return to reading display and transfer control to process ■. If a new division is possible, control is transferred to process (2), and the dictionary is searched based on the new division.

[Phase] Determine whether the global conversion key has been pressed.

If the pressing of the entire conversion key is detected, control is transferred to process (2) and the reading is re-divided.

(2) Determine whether a partial designation has been made using the shift key 33 and execution key 32. If it is not a partial designation, two parts will be canceled depending on the type of key.

Performs processing corresponding to each type of key, such as entire cancellation and other cursor movement.

@ When a partial specification is made, the position of the word to be partially converted by the cursor is memorized, and control is transferred to process (■). This position information is used as a position to preferentially search for homophones during dictionary search in process (2).

For example, a case will be described in which the following words are registered in the word dictionary 23 and the pronunciation of "Dainouriyokai" is converted to "Dainouryokai".

In this embodiment, the division of "Dai no Uri Yokai" is performed several times, and "Comprehension of payment" is displayed at the first conversion. The reading division is ``Dainou/Riyoukai,'' which is different from the division ``Dai/Nouryo/Kai.'' Therefore,
The entire conversion is instructed by pressing the conversion key 30 alone.

Due to this.

``Great Summer Summer'' will be displayed once. Since this delimiter is correct, if you instruct a partial conversion by pressing the shift key 33 and the conversion key 30 at the same time, it will be converted to the second one.

This will allow us to obtain the correct expression for ``Great Summer Party.''

In this embodiment, partial designation by simultaneously pressing the shift key 33 and execution key 32 is used in the following manner. For example, let's say you want to get the expression ``Today is nice weather'' from the pronunciation of ``Today is good weather''. If ``Today is a drunken weather'' is displayed in the first conversion, for example, ``Today is a drunken transcription'' is displayed in the second partial conversion. So 2
For example, if you move the cursor to the "drunk" position and specify one part by pressing the shift key 33 and execution key 32 at the same time, the first part conversion will give priority to the "drunk" part. can do. In addition.

After specifying a portion, the cursor may be moved to specify the range of nine-part conversion.

Partial cancellation using the shift key 33 and cancellation key 31 is used in the following manner. For example, suppose you want to get the expression ``I was writing a letter'' from the pronunciation of ``I was writing a letter.'' If the first conversion displays "I letter below the ocean floor".

I only need to correct the part "just below the ocean floor".

If you cancel the whole thing, you'll have to start over from "I...". So if you cancel one part.

Since the correct first half remains, only ``beneath the ocean floor'' can be converted using the secondary conversion instruction.

〔Effect of the invention〕

As explained above, according to the second aspect of the present invention, it is possible to quickly obtain a correct expression in continuous clause conversion by N simple operations.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a block diagram of the principle of the present invention, FIG. 2 is a processing configuration diagram of an embodiment of the invention, and FIG. 3 is a diagram illustrating processing of an embodiment of the invention. In the figure, 10 is a keyboard, and 11 is a general conversion key. 12 is a partial conversion key, 13 is a reading buffer, 14 is a delimiter storage section, 15 is a whole conversion section, 16 is a partial conversion section, 17
represents a display. Patent Applicant: Fujitsu Ltd. Representative Patent Attorney Hiroshi Mori 1) Hiroshi Mori (1 other person) Kabuto-slapping Kazusuke Hiro Case M Rio All Connections Figure 2 A Rare Case of Ali from Trees Figure 3

Claims (1)

[Claims] A Japanese document creation device that edits and creates a document by inputting a Japanese pronunciation containing multiple words, searching a word dictionary, and converting the input into a sentence containing kanji. It has a key (11) for instructing the whole conversion and a key (12) for instructing the partial conversion, and by inputting the key (11) for instructing the whole conversion, the reading in the undetermined state can be changed. Overall conversion means (
15), and a partial conversion means (16) that preferentially adopts the reading division in the current conversion in response to the input of the key (12) instructing the partial conversion, and performs kana-kanji conversion corresponding to the division.
) A continuous clause conversion processing method in a Japanese document creation device.