JPH0683814A - Document preparing device - Google Patents

Abstract

PURPOSE:To register a new word while excluding a subsidiary word from a prepared composite word by performing single KANJI (Chinese character) conversion for single KANJI or the composite word of KANA (Japanese syllabary) (such as an idiom, synthetic word or composite word). CONSTITUTION:This device is provided with a single KANJI conversion control part 3 for executing the single KANJI conversion while excluding a non- conversion designated part by dividing reading into several parts enabling the single KANJI conversion when there is no single KANJI candidate completely coincident with the reading in the case of performing conversion processing for the single KANJI conversion instructed reading while referring to a single KANJI dictionary 4. Further, this device is provided with a single KANJI display control part 5 for waiting an instruction and displaying the composite word, which is provided by this single KANJI conversion, so as to register it on a new word registration dictionary 9, new word registered word inspection part 7 and new word registration part 8 for registering the composite word on the new word registration dictionary 9 while excluding the inflected end of the word and the attached word from an index and reading to register the new word.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a document creation device having a single-kanji conversion function.

[0002]

2. Description of the Related Art In a document creating apparatus having a single-kanji conversion function, the conventional single-kanji conversion can convert the reading for one kanji into one kanji. It is also possible to convert single kanji into compound words that are compound words that are composed of compound words, compound words, compound words (herein simply referred to as compound words) or clauses. To be

[0003] For example, if you enter the pronunciation "Kototorii no" and press the single-kanji conversion key, there is no single kanji that exactly matches the instructed reading, so you can divide it into parts that can be converted to single-kanji. Convert. In this example, the reading is automatically divided into "ko", "tori", "i", and "no". Of these parts, the first three can be selected from the single Kanji characters "Kou", "Tori", "Kai", and "No" can be hiragana.

However, the compound word created by the single-kanji conversion cannot be converted by the normal conversion unless the user performs a new word registration process, and must be synthesized again by the single-kanji conversion and converted.

In addition, when registering a new word, when the reading is set to "Kototori no I", the heading becomes "JFTC No." When I change the adjunct word, the "FTC" disappears.

[0006]

As described above, conventionally, the compound word created by the single-kanji conversion cannot be converted by the normal conversion operation unless the user performs the new word registration process. Must be combined and converted by conversion.

In addition, when registering a new word, when the reading is set to "Kototori no I", the heading becomes "JFTC No." There was a problem that when changing the adjunct word, the JFTC disappeared.

The present invention has been made in view of the above circumstances,
It is possible to convert single kanji and compound words of hiragana (jukugo, compound words, compound words, etc.) into single kanji characters, remove adjunct words from created compound words, and register new words. An object of the present invention is to provide a document creation device that can realize an efficient single-kanji conversion function.

[0009]

According to the present invention, in a document creating apparatus having a single-kanji conversion function, a compound word created by single-kanji conversion without an attached word can be registered as a new word. , A single-kanji dictionary and a new word registration dictionary, input means for specifying the range of reading, input means for instructing conversion of the single kanji of the reading specified by the same means, and reading for which single-kanji conversion is instructed by the same means Processing means for converting by referring to a dictionary, processing means for dividing the reading into parts that can be converted to single kanji when there is no single kanji candidate that completely matches the reading in the processing means, and reading division range An input means for instructing change, an input means for instructing non-conversion of a part of the reading instructed to convert the single kanji, and a generated compound word including a reading part instructed to be converted by the means to be registered in the new word registration dictionary Display waiting for instructions A processing means, an input means for instructing registration of a new word of the generated compound word, and a processing means for removing an inflection ending and an adjunct word from the generated compound word instructed to register the new word by the means, and registering in the new word registration dictionary. Then, the new word registration of the compound word generated by the single-kanji conversion is facilitated, and the compound word created by the single-kanji conversion is automatically taken as an adjunct word so that the appropriate compound word can be registered.

[0010]

According to the present invention, when a single Kanji conversion instruction is converted by referring to the above single Kanji dictionary and there is no single Kanji candidate that completely matches the reading, the reading is converted into a single Kanji conversion part. Divide and perform single-kanji conversion except for the non-conversion specified part. Furthermore, the generated compound word obtained by this single-kanji conversion is displayed in the new word registration dictionary so that it can be registered. Then, the generated compound word is removed and registered in the new word registration dictionary.

As described above, by allowing a new word to be arbitrarily registered in the compound word created by the single-kanji conversion, it is possible to obtain the compound word created by the single-kanji character even by the normal conversion.
Furthermore, by automatically removing adjuncts from headings and readings that are registered as new words, it is possible to convert even readings with different adjuncts,
You can effectively use the compound words registered as new words.

[0012]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of the present invention will be described below with reference to the drawings. FIG. 1 is a block diagram showing a configuration of a main part of a document creating apparatus according to an embodiment of the present invention.

In FIG. 1, reference numeral 1 denotes a keyboard having character input keys and function keys. Here, one of the function keys has a single-kanji conversion key for instructing single-kanji conversion, and is a target of single-kanji conversion processing. The reading character or character string that becomes is input by key operation.

Reference numeral 2 is an input control processing unit for managing the input of keys and controlling the specified range. Here, when the single Kanji conversion key on the keyboard 1 is pressed, the reading for which single Kanji conversion is instructed is read. The range is determined and sent to the single-kanji conversion control unit 3. Further, here, the change of the reading character length designated by the user by the key operation and the selection of the candidate are accepted.

Reference numeral 3 denotes a single-kanji conversion control unit for executing a single-kanji conversion process by searching a single-kanji dictionary.
The reading designated by the above, or the reading is divided into parts that can be converted into single kanji, the single kanji dictionary 4 is searched from each reading, and single kanji conversion by the reading of single kanji, compound words (jukugo,
Selective execution of a single Kanji conversion of a part of a compound word or a compound word). Reference numeral 4 is a single-kanji dictionary in which readings and headings of single-kanji are registered. . Reference numeral 5 is a single-kanji display control unit for instructing the display of single-kanji characters and readings obtained after the dictionary search.

Reference numeral 6 denotes a new word registration control unit, which executes new word registration processing for a compound word synthesized by single-kanji conversion when the user specifies new word registration.

Reference numeral 7 denotes a new word registration word inspection unit for recognizing a new word registration portion from the compound word obtained by the conversion process of the single Kanji character conversion control unit 3 and excluding characters not subject to new word registration, and the single Kanji character conversion control unit 3 For the compound word obtained by the conversion process of, the part of the adjunct word is removed from the reading and heading. Reference numeral 8 denotes a new word registration unit that registers in the new word registration dictionary 9 the headings and the readings of the compound words from which the adjunct words have been removed by the new word registration word inspection unit 7. Reference numeral 9 is a new word registration dictionary in which the reading and heading designated by the normal new word registration function are registered.

Reference numeral 10 denotes a display unit for displaying various information such as an input document and an edited document. Here, under the control of the single-Kanji display control unit 5, information such as reading and single-Kanji conversion result to be converted into a single-Kanji character is displayed. Displayed and output.

FIG. 2 is a flow chart showing the procedure for converting single-kanji characters in the above embodiment. Here, the single-kanji conversion function for registering only new words excluding adjunct words from compound words created by single-kanji conversion is provided. Has been realized. The contents of each step (S1 to S21) in FIG. 2 are listed. S1 ： Character input (input operation for reading which is the target of single-kanji conversion) S2 ； Single-kanji conversion instruction (single-kanji conversion instruction by single-kanji conversion key operation) S3 ； Dictionary search (search of single-kanji dictionary 4 according to reading) S4 There are any candidates? (Is there a single Kanji candidate that follows the reading?) S5: Is the conversion target reading more than 2 characters? S6: Reduce the conversion target reading by one character (division of reading (partization) processing) S7: Display single Chinese character candidates S8: Key input (waiting for key input and key operation discrimination) S9: Is it a hiragana instruction? (No conversion key operation?) S10; Candidate selection? (Is the selection key operation?) S11; Is there any remaining reading? (Are there any remaining parts to be converted?) S12: No conversion of the reading to be converted (the reading is converted into kana as it is) S13: The remaining reading is to be converted S14: Compound word (jukugo, compound) Word, compound word) conversion? S15: Is there an attached word? S16: Reading and removing adjunct words from headings S17: Displaying new word registration contents (displaying compound words that are subject to new word registration) S18: Registering / not registering new words (select key operation?) S19: Registering new words (single kanji) Remove the adjunct word from the converted compound word and register it as a new word.) S20: Display the single-kanji conversion result S21: Specify the reading division range? (Is the conversion target reading range changed?) S22: Setting the conversion target reading to a specified length Here, the operation of the embodiment of the present invention will be described with reference to FIGS. Here, "Kotori Iga"
Take the case of converting "Yomi" to "Kojiga".

By inputting the reading "Kototoriiga" by operating the keys of the keyboard 1 and pressing the single Kanji key,
The single-kanji conversion control unit 3 is activated and the single-kanji conversion process shown in FIG. 2 is executed.
Is recognized as a single-kanji conversion target, and the single-kanji dictionary 4 is searched according to the reading (steps S1 to S3 in FIG. 2).

Here, first, the single-kanji conversion control unit 3 searches the single-kanji dictionary 4 with the reading "Kototoriiga", but there is no single-kanji candidate corresponding to this reading "Kototoriiga". The conversion target reading is shortened by one character and the single Kanji dictionary 4 is searched again (FIG. 2, steps S4 to S6, S3, S).
Four ). This process (steps S3 to S6 in FIG. 2) is repeated, and when candidates come to exist, single kanji character candidates are displayed (step S7 in FIG. 2). In this example, the single kanji dictionary 4 is searched with "ko" as the reading part, and as a result,
As shown in <Display Example 1>, single-kanji candidates for "Kou" are displayed. <Display example 1> [Kou / Toraiga] ← Reading 1 Yellow 2 Cases 3 Exchanges 4 Entertainment 5 Support 6 After 7 Public… ← Candidates

Here, when the candidate "2""Kou" is selected by operating the cursor (steps S8 to S10 in FIG. 2), a single Kanji character for the first part "Kou" of the reading is fixed, and the remaining part follows that part. When there is a reading (step S11 in FIG. 2), a dictionary search similar to the above is executed for the remaining readings (steps S13, S3, ... In FIG. 2).

002
3 Here, similar to the above-mentioned single-kanji conversion processing of the reading part "ko", the reading is automatically shortened, and the single-kanji dictionary 4 is searched with "tori" as the reading, and as a result, <display example 2>. As shown in, a single kanji candidate for "tori" is displayed. <Display example 2> [Official / Iga] ← Reading 1 Bird 2 Rooster 3 Catching 4 Birds 5 Catching 6 Chickens 7… ← Candidates

Here, when "Tori" is selected, thereafter, a dictionary search for the remaining readings is automatically executed in the same manner as described above (steps S3 to S11, S13 in FIG. 2), and here, the readings are shortened. Then, the single-kanji conversion process for "i" is executed.

Here, when "commission" is selected, a dictionary search for the remaining reading "ga" is then performed, and candidates are displayed as in <Display Example 3> in the same manner as described above. Because "ga" is an adjunct word, conversion processing should be performed with the hiragana
By operating the non-conversion key, "ga" is non-conversion processed as hiragana (steps S9 and S10 in FIG. 2). As a result, as shown in <Display Example 4>, [JFTC] is displayed as the conversion result. <Display example 3> [JFTC] ← Reading 1 piece 2 I 3 strokes 4 buds 5 Ka 6 Masa 7 hunger… ← Candidate <Display example 4> [JFTC]

In this way, after all the readings (all the parts of the readings) have been converted, it is judged whether or not there is an adjunct word with respect to the compound word created by synthesizing single Chinese characters (Fig. 2 steps S14, S15). Here, since "ga" at the end is a postpositional particle (adjunct word), it is removed from "reading, heading" of the new word registration target (step S16 in FIG. 2).

In this process, the new word registration word checking unit 7 refers to the rule table to remove the inflectional endings and adjunct words, or uniquely obtains the final unconverted reading part as inflectional endings and adjunct words. Any processing means such as a configuration other than the above may be used. If there is no adjunct word, the "reading, heading" will be subject to new word registration. After the above process, as shown in <Display example 5>, the reading of new word registration and the headline are displayed (step S17 in FIG. 2). <Display example 5> [JFTC] ← Heading [Kotori] ← Reading Furthermore, "Register new word / Do not register" on the same screen display.
Is prompted (step S18 in FIG. 2).

Here, the user can select whether or not to register a new word with respect to the compound word of the single-kanji conversion result, and when "Register new word" is selected, the compound word (header) of the single-kanji conversion result is selected. [JFTC], Yomi [Kototori]) are registered in the new word registration dictionary 9 under the control of the new word registration unit 8 (FIG. 2).
Step S19). At this time, the conversion result is displayed regardless of whether or not a new word is registered (step S20 in FIG. 2).

In this conversion example, all the reading divisions (partization) are performed automatically, but the user can arbitrarily specify the reading division range. In this case, the reading portion with the designated range is read. The dictionary is searched for (parts) as a conversion target (steps S21, S22, S3, ... In FIG. 2).

In the above embodiment, compound words (i.e. compound words, compound words, compound words) were created for Hiragana.
With regard to katakana, it is possible to create compound words and register new words that remove adjunct words. For example, by converting the reading "Busshujinei no" to "Bush camp", the reading can be registered as "Busshujinei" and the heading can be registered as "Bush camp".

Further, in the above embodiment, the new word registration can be arbitrarily selected for the compound word from which the inflectional ending and the adjunct word are removed. However, the compound word by the single-kanji conversion processing is uniquely registered as the new word. It may be configured to.

[0032]

As described above in detail, according to the present invention, in a document preparation device equipped with a single-kanji dictionary and a new word registration dictionary, a compound word of a single kanji or hiragana (a compound word, a compound word, a compound word) It is possible to convert a single kind of Kanji into a single Kanji character and to add a new word from the created compound word to register a new word. This makes it possible to realize a single Kanji character conversion function with good operability and conversion efficiency.

[Brief description of drawings]

FIG. 1 is a block diagram showing the configuration of an embodiment of the present invention.

FIG. 2 is a flowchart showing a processing procedure of the embodiment.

[Explanation of symbols]

1 ... Keyboard, 2 ... Input control processing unit, 3 ... Single-Kanji conversion control unit, 4 ... Single-Kanji dictionary, 5 ... Single-Kanji display control unit, 6 ...
New word registration control unit, 7 ... New word registration word inspection unit, 8 ... New word registration unit, 9 ... New word registration dictionary, 10 ... Display unit.

Claims (2)

[Claims] 1. A document creating apparatus having a single-kanji dictionary, which accepts a reading of a compound word as a single-kanji conversion target, and executes the single-kanji conversion process by referring to the single-kanji dictionary. A second means for executing the single kanji conversion processing by dividing the reading into parts that can be converted into single kanji characters when there is no single kanji character candidate matching the reading in the processing means and the single kanji dictionary in the processing of the processing means. A document creating apparatus comprising: a processing means; and a third processing means for removing an adjunct word from a compound word obtained by converting the parts into single kanji characters based on a reading and a heading and registering a new word. . 2. A single-kanji dictionary and a new word registration dictionary, input means for designating a range of reading, input means for instructing conversion of single kanji of the reading designated by the same means, and reading for which single-kanji conversion is designated by the same means. A processing means for converting with reference to the single kanji dictionary, and a processing means for dividing the reading into parts that can be converted to single kanji when there is no single kanji candidate that completely matches the reading in the same processing means, An input means for instructing to change the reading division range, an input means for instructing non-conversion of a part of the reading instructing the above single-kanji conversion, and a composite of single-kanji conversion results including the reading part instructed to be non-conversion by the same means. A processing means for displaying a word in the new word registration dictionary so that the word can be registered, an input means for instructing the new word registration of the compound word, and a reading operation for the compound word when the new word registration is instructed by the means. From heading to inflection And a processing unit for removing the adjunct word and registering it in the new word registration dictionary.