JPH08171558A - Simultaneous conversion from speech information to character information and externally display method for simultaneously converted character information - Google Patents

Abstract

PURPOSE: To enable the simultaneous conversion from speech information to character informa tion and externally display the converted character information. CONSTITUTION: Information in the form of a speech is inputted to a 1st central processor 3 by a KANA(Japanese syllabary) input device 2 simultaneously and KANA document data which are inputted thereafter are transferred to and stored in a 2nd central processor 4 through a 1st communication means and displays in the KANA document storage area 5a of its image display means. Then the KANA document is selected and displayed in the operation area 5b of the image display means by single paragraphs or compound paragraphs according to a punctuation symbol of punctuation marks, etc., and converted into KANJI (Chinese character) at a time through a KANA-KANJI converting device 6, and the converted KANJI is outputted to a specific external display means through the 2nd communication means and displayed out when the converted KANJI is correct. If there is an error, the paragraph is displayed in the correction area 5c, converted into the KANA paragraph before the KANJI conversion stored in the central processor 4 by a KANJI-KANA converting device 7 for reverse consultation; and then the misconverted KANA characters are corrected partially into the correct KANJI, which is displayed on the specific external display means through the communication means.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention outputs voice information in real time as character information, so that characters from voice information can be transmitted to a wide variety of scene expressions, especially to people with hearing impairments and deaf people. The present invention relates to simultaneous information conversion and an external display method of the simultaneously converted character information.

[0002]

2. Description of the Related Art Conventionally, in order for persons with hearing impairment, hearing impaired persons, etc. to understand information by voice, for example, mainly in subtitles in video media such as television, or sign language in theaters and meetings. The current situation is that it depends on the information transmission used.

[0003]

However, as in the above-mentioned conventional method, subtitles are used for video media such as televisions, or sign language is used in theaters, meetings, etc. to transmit information to the deaf and hearing impaired persons. In that case, there were the following problems.

That is, as described above, when subtitles are used to convey audio information to a hearing-impaired person or a hearing-impaired person via a video medium such as a television, for example, when the speed of the audio information is relatively slow. , It is possible to convert the voice information into text information relatively easily using a device such as a word processor or a personal computer, but in any case, it is extremely important voice information such as a particularly important parliamentary debate or a trial decision involving human rights. In the case of transmitting, live broadcasting including immediate recording when the speed of audio information is extremely fast,
In addition, when performing character subtitle broadcasting on live programs such as various lectures, while inputting sentences to the device, not only Kanji conversion each time but also sentence editing such as addition and deletion of kana and kanji and error correction Not only does the processing speed naturally limit, but currently used devices, such as word processors and personal computers, support kana characters after they have been converted to kanji characters and then corrected again. The kana character before conversion is not output. Therefore, even if the series of processes is performed by a worker who processes the voice information at high speed, once the kanji conversion fails, the correction process is very difficult. Therefore, when substituting audio information via video media, it is usually annoying to first perform a predetermined process such as recording and then editing. Must Kere, therefore, is a live program and the live broadcast is being actively used Orazu, also could not be used effectively.

[0005] Therefore, for the above reasons, attempts have been made to transmit audio information to a hearing-impaired person, a hearing-impaired person, or the like, especially in a live program or live broadcast, but in any case, a sign language can be expressed by hand. Since it is only enumerated, it is not possible to convey a scene expression that is mainly emotional, and thus it is not possible to reliably and accurately transmit voice information accompanied by emotions. There was a problem.

The present invention, however, solves all of the above-mentioned various problems, and in particular, it transmits information in a variety of voices and scene representations that could not be realized in real time to a hearing-impaired person or a deaf person. Not only can it be used, but it can be used not only for the shorthand for parliament and shorthand for court that required specialized technology, but also for the subtitle broadcasting of live programs such as various lectures. An object of the present invention is to provide a simultaneous conversion and an external display method of the simultaneously converted character information.

[0007]

In order to solve the above problems, the present invention invents a completely new simultaneous conversion of character information from voice information and an external display method of the simultaneously converted character information, and the following means are provided. It was taken.

That is, according to the present invention, the first central processing unit 3 simultaneously processes the information via voice by the kana input device 2.
Kana sentence data input to the first central processing unit 3 and then transferred to the second central processing unit 4 via the first communication means for storage and storage of the second central processing unit. No. 4 is displayed in the kana sentence storage area 5a of the image display means, and then the kana sentence displayed in the kana sentence storage area 5a is read by the image display means for each single phrase or each multiple phrase via a delimiter such as a punctuation mark. After selecting and displaying in the operation area 5b, the phrase displayed in the operation area 5b is converted into collective Kanji characters through the Kana-Kanji conversion device 6, and then the conversion Kanji of the collective Kanji converted phrase is second. If there is an error in the converted Chinese character of the phrase converted into the collective Chinese character,
Display the phrase in the correction area 5c of the image display means,
After that, the phrase displayed in the correction area 5c is converted by the reverse kanji kana conversion device 7 into the kana phrase before kanji conversion stored in the second central processing unit 4, and then converted into an incorrect kanji character. The Kana-to-Kana conversion unit 6 converts the Kana-character to the correct Kanji and partially corrects it, and then outputs the Kanji-converted phrase to a predetermined external display unit via the second communication unit to externally. There is a way to view.

Further, according to the present invention, the first central processing unit 3 simultaneously processes information via voice by the kana input device 2.
Kana sentence data input to the first central processing unit 3 and then transferred to the second central processing unit 4 via the first communication means for storage and storage of the second central processing. The kana sentence storage area 5a of the image display means of the device 4 is displayed, and then the kana sentence displayed in the kana sentence storage area 5a is separated by a punctuation mark or the like for each single phrase or each multiple phrase to display the image. Selected and displayed in the operation area 5b, and then the bunsetsu displayed in the operation area 5b is converted into a collective Kanji character through the kana-kanji conversion device 6 or the kana of the phrase is added through the sentence editing device 9. , At least one of text editing such as deletion and error correction
Next, if the phrase converted in batch Kanji and / or the sentence edited is correct, it is output to a predetermined external display unit via the second communication unit and displayed externally, and converted into the phrase converted into batch Kanji. If there is an error in the kanji, the phrase is displayed in the correction area 5c of the image display means, and then the correction area 5c is displayed.
The kana phrase before the kanji conversion stored in the second central processing unit 4 by the kanji kana conversion device for reverse lookup 7 or the kana phrase edited by the text editing device 9 Kana-to-Kanji conversion device 6
According to this method, the kanji is converted into a correct kanji character and partially corrected, and then the kanji-converted phrase is output to a predetermined external display means via the second communication means for external display.

Further, according to the present invention, after the phrase which has been converted into a correct kanji by the kana-kanji conversion device 6 and partially corrected is displayed again in the operation area 5b of the image display means and confirmed,
There is a method of outputting to a predetermined external display means via the second communication means for external display.

[0011]

In the simultaneous conversion of the character information from the voice information and the external display method of the simultaneously converted character information having the above-described structure, the information transmitted via the voice is simultaneously processed by the kana input device 2 in the first manner. The kana sentence data inputted to the central processing unit 3 and then inputted to the first central processing unit 3 are
Is transferred to the second central processing unit 4 via the communication means of the second central processing unit 4 and stored therein, and is displayed in the kana sentence storage area 5a of the image display means of the second central processing unit 4, and then in the kana sentence storage area 5a. The displayed kana sentence is selected and displayed in the operation area 5b of the image display means for each single phrase or each multiple phrase through a delimiter such as a punctuation mark, and then the operation area is displayed.
The bunsetsu displayed in 5b is converted into collective kanji by the kana-kanji conversion device 6, and then the converted kanji of the converted kanji is output to a predetermined external display means via the second communication means if the converted kanji is correct. If there is an error in the converted kanji of the batch-kanji converted phrase, the phrase is displayed in the correction area 5c of the image display means, and then the phrase displayed in the correction area 5c is reverse-looked up. The kana-kana conversion device 6 converts the kana characters stored in the second central processing unit 4 into kana clauses before kanji conversion, and then converts kana characters that were converted into incorrect kanji characters by the kana-kanji conversion device 6. The characters are converted into correct kanji and partially corrected, and then the kanji-converted phrase is output to a predetermined external display means via the second communication means to be externally displayed, so that the audio information is converted into kanji each time. To do The process of instantly inputting only kana sentences at the same time simultaneously, the process of converting the input kana sentences into batch kanji for each phrase, and the conversion of the batch kanji converted phrases If there is an error in the kanji, it will be reversed for each phrase. High-speed sentence with reliable voice information by sharing the work with each process in which the Kana bunsetsu before the Kanji conversion stored in the central processing unit 4 through the Kanji-Kana to Kana conversion unit 7 can be inversely converted and partially corrected. Processing can be done in real time.

Further, according to the present invention, the first central processing unit 3 simultaneously processes the information via voice by the kana input device 2.
Kana sentence data input to the first central processing unit 3 and then transferred to the second central processing unit 4 via the first communication means for storage and storage of the second central processing. The kana sentence storage area 5a of the image display means of the device 4 is displayed, and then the kana sentence displayed in the kana sentence storage area 5a is separated by a punctuation mark or the like for each single phrase or each multiple phrase to display the image. Selected and displayed in the operation area 5b, and then the bunsetsu displayed in the operation area 5b is converted into a collective Kanji character through the kana-kanji conversion device 6 or the kana of the phrase is added through the sentence editing device 9. , At least one of text editing such as deletion and error correction
Next, if the phrase converted in batch Kanji and / or the sentence edited is correct, it is output to a predetermined external display unit via the second communication unit and displayed externally, and converted into the phrase converted into batch Kanji. If there is an error in the kanji, the phrase is displayed in the correction area 5c of the image display means, and then the correction area 5c is displayed.
The kana phrase before the kanji conversion stored in the second central processing unit 4 by the kanji kana conversion device for reverse lookup 7 or the kana phrase edited by the text editing device 9 Kana-to-Kanji conversion device 6
Is converted into a correct kanji character by means of partial correction, and then the kanji-converted phrase is output to a predetermined external display means via the second communication means to be externally displayed, so that the audio information is converted to the kanji character each time. At least one of a step of immediately inputting only a kana sentence as it is without conversion, and a step of performing sentence editing such as addition, deletion, and error correction of the kana of the phrase via the sentence editing device 9. And the step of converting the input tentative one sentence into collective Kanji characters for each clause, and the conversion of the converted batch Chinese characters into Kanji characters, if there is an error in the Kanji characters, the reverse Kanji Kana conversion device 7 is used for each clause. It is possible to perform reliable high-speed sentence processing of voice information in real time by dividing the work into a process in which the Kana bunsetsu before kanji conversion stored in the central processing unit 4 can be inversely converted and partially corrected. That.

Further, according to the present invention, the phrase converted into the correct kanji by the kana-kanji conversion device 6 and partially corrected is displayed again in the operation area 5b of the image display means and confirmed,
Since the information is output to a predetermined external display means via the second communication means and is externally displayed, it is possible to make the text information with Kanji conversion displayed in real time externally more accurate without any erroneous writing. I can.

[0014]

An embodiment of the present invention will be described below with reference to the drawings. In FIG. 1, reference numeral 1 denotes a voice / character information simultaneous conversion device used for simultaneous conversion of character information from voice information and an external display method of the simultaneously converted character information according to the present invention, and 4a denotes a built-in central portion. The processing device is shown.

Reference numeral 2 denotes a kana input device for inputting all information in the kana to the central processing unit 4a via the voice generated from the voice generator 14 such as a speaker.

Reference numeral 5 denotes a CRT monitor (image display means) connected to the first central processing unit 4a, and the screen of the CRT monitor 5 is input to the central processing unit 4a via the kana input device 2. , And a kana sentence storage area 5a for sequentially displaying kana sentence data consisting of stored hiragana by a command, and the kana sentence displayed in the kana sentence storage area 5a for each single phrase via a punctuation mark or other delimiter. There is an operation area 5b that is displayed by selection for each complex clause,
In addition, the central processing unit 4a is provided with a kana-kanji conversion device 6 for converting the phrases displayed in the operation area 5b into collective kanji characters, and the central processing device 4a uses the kana-kanji conversion device 6 to intervene. If the converted Chinese characters are correct, the data is output to the ACRTC (external display means) 8 via the communication line 13.

Further, on the screen of the CRT monitor 5,
If there is an error in the converted kanji of the phrase that has undergone the collective kanji conversion via the kana-kanji conversion device 6, a correction area 5c for displaying the phrase is provided, and the central processing unit 4a is provided with the correction area 5c. A reverse kanji kana conversion device 7 for converting the displayed phrase into a kana phrase before kanji conversion stored in the central processing device 4a is provided, and the central processing device 4a is a reverse kanji character. The kana phrase before conversion of kanji converted by the kana conversion device 7 is converted again by the kana-kanji conversion device 6 into correct kanji and partially corrected, and then the communication line 13
It is configured to output to the ACRTC (external display means) 8 via.

Reference numeral 10 is a dedicated operating device which is connected to the central processing unit 4a and which is used to operate various image operations via the CRT monitor 5 and the kana-kanji conversion device 6 and the reverse-kanji kana-kana conversion device 7, respectively. Indicates.

The voice / text information simultaneous conversion apparatus 1 used for the simultaneous conversion of character information from voice information and the external display method of the simultaneously converted character information in this embodiment has the above-mentioned configuration. Character information simultaneous conversion device 1
The case of using will be described.

First, as shown in FIG. 1, all the voice information generated from the voice generator 14 is inputted in the central processing unit 4a simultaneously as a whole Kana sentence through the Kana input unit 2 and sequentially stored. At this time, however, a delimiter symbol is added in advance for each predetermined phrase via punctuation marks.

Next, after selecting a phrase consisting of the hiragana sentence stored in the central processing unit 4a through the dedicated operating device 10, it is displayed in the kana sentence storage area 5a of the CRT monitor 5 of the central processing unit 4a. Then, the kana sentence storage area 5a
The operation area 5b of the CRT monitor 5 for the hiragana sentence displayed on the
Is displayed using the dedicated operating device 10.

Next, the Hira-Kana phrase displayed in the operation area 5b is converted into a collective Kanji character through the Kana-Kanji conversion device 6 while using the special-purpose operating device 10, and the converted Kanji of the converted Kanji characters is correct. ACRTC via communication line 13
It can be output to 8 and displayed externally.

When performing collective Kanji conversion through the Kana-Kanji conversion device 6, if there is an error in the converted Kanji of the batch-Kanji-converted phrase, the phrase is used by the dedicated operating device 10 for the CRT monitor. 5 is displayed in the correction area 5c, and then the phrase displayed in the correction area 5c is stored in the central processing unit 4a via the reverse kanji / kana conversion device 7 while using the special operating device 10 again. The character was once converted into the Hiragana phrase before the Kanji conversion, and then the Hiragana character in the portion that had been converted into an incorrect Kanji was converted again into the correct Kanji by the Kana-Kanji conversion device 6 and partially corrected, and then converted into the Kanji. The phrase can be output to the ACRTC 8 via the communication line 13 for external display.

Therefore, the process of immediately inputting the information by voice without changing the kanji each time with only the hiragana sentence as it is, the process of converting the input hiragana sentence into the kanji for each phrase, and the batch conversion Conversion of Kanji-converted bunsetsu If there is an error in a kanji character, it is reverse-converted into a hiragana kana bunsetsu before kanji conversion stored in the central processing unit 4 via the kanji-kana kana conversion device 7 for reverse lookup. Work can be divided into correctable steps and reliable high-speed text processing of voice information can be performed in real time.

In the above embodiment, the central processing unit 4a
2 is provided with a kana-kanji conversion device 6 and a reverse-kanji kana-kana conversion device 7. As shown in FIG. 2, addition, deletion and error correction of the hiragana kana of a phrase are added to the central processing unit 4a. By adding a text editing device 9 capable of editing texts, etc., the phrases displayed in the operation area 5b of the CRT monitor 5 are collectively converted into kanji characters via the kana-kanji conversion device 6, or the text editing device At least one of sentence editing such as addition, deletion, and typographical error correction of the hiragana of the phrase is performed via 9 and then the communication line 13 if the batch-kanji converted or / and the sentence-edited phrase is correct. Output to the ACRTC 8 via the external display, and if there is an error in the converted Chinese character in the batch Chinese character converted phrase, the phrase is displayed in the correction area 5c of the CRT monitor 5, and then the correction is performed. Eri Either the kana phrase before kanji conversion stored in the central processing unit 4a by the kanji kana conversion device 7 for reverse lookup of the phrase displayed in 5c, or the kana phrase edited by the sentence editing device 9 To Kana, and after that, the Kana to Kana conversion device 6 converts the Hiragana to Kana into the correct Kanji and partially corrects it.
Since it is output to the ACRTC 8 via 13 and displayed externally, the process of instantly inputting the information by voice as it is with only the hiragana sentence without performing kanji conversion each time, or via the sentence editing device 9 Adding / deleting the Hiragana of the phrase, performing at least one of the steps of editing the sentence such as correction of typographical errors, converting the input Hiragana sentence into collective Kanji characters for each phrase, and converting into collective Kanji characters If there is an error in the converted Kanji of the converted bunsetsu, it will be converted back to the Hiragana bunsetsu before the Kanji conversion stored in the central processing unit 4 via the reverse kanji kana kana conversion device 7 for each part and the partial correction will be performed. There is an excellent advantage that the work can be divided into possible processes and reliable high-speed text processing of voice information can be performed in real time.

Further, in the above embodiment, the kana input device 2, the kana-kanji conversion device 6, and the reverse kanji-kana conversion device 7 are each connected to one central processing unit 4a.
It is not always necessary that all of the respective devices be connected to one central processing unit 4a, and as shown in FIG. 3, for example, the kana input device 2 has a CRT monitor 11 which is completely different from the CRT monitor 5. By connecting to the first central processing unit 3, the CRT monitor 11 checks while inputting text information using Hiragana through voice information, and if the voice information is low speed, the Kana input device 2 is used. Text editing such as addition, deletion and correction of typographical errors entered via
After that, via the communication line 12 (first communication means) using RS-232C, the second central processing unit 4 having the kana-kanji conversion device 6 and the kanji-kana conversion device 7 for reverse lookup is opened. The kana sentence data is transferred and stored, and then the communication line 13 using RS-232C (second
The external table may be configured by the video scan converter (external display means) 8a via the communication means), and in this case, the conversion processing of higher speed is performed via two different central processing units. Not only that, there is an excellent advantage that conversion processing from voice information to text information between remote places can be performed in real time.

Further, in the above embodiment, the sentence information converted into the correct kanji by the kana-kanji conversion device 6 is externally displayed by various external display means via various communication means. After the phrase converted into correct Kanji by the conversion device 6 and partially corrected is displayed again in the operation area 5b of the image display means of the CRT monitor 5 for confirmation, it is output to a predetermined external display means via the communication means. It may be displayed externally, and in this case, the text information accompanied by the conversion of kanji can be made more accurate without any typographical errors.

Further, in the above embodiment, the kana input device can be inputted to the central processing unit so as to store the sentence information of the phrase consisting of all hiragana. Alternatively, the sentence information obtained by the Kanji conversion may be confused with the Hiragana sentence before conversion and input into the central processing unit and stored therein. In this case, the Kana-Kanji conversion unit may convert the Kanji into Kanji. There is an advantage that only the clause consisting of the previous Hiragana sentence needs to be converted to Kanji at once, which in turn can facilitate the processing.

Further, in the above embodiment, the kana-kanji conversion device 6 and the reverse-lookup kanji-kana conversion device 7 process the hiragana input through the kana input device 2 into clauses using kanji. However, for example, a kana foreign language conversion device having a function of converting a hiragana input into the respective device through the kana input device 2 into a foreign language such as Korean or Chinese, and for reverse lookup It may be used as a foreign language kana conversion device, and in this case, it can be used as simultaneous conversion of character information from highly versatile voice information and an external display device of the simultaneously converted character information.

However, it goes without saying that the specific functions, configurations, types, etc. of the communication means and the external display means are by no means limited, and the content of the voice information to be processed is not necessarily limited to hearing-impaired persons and hearing-impaired persons. Instead, it may be used as a shorthand for parliament or shorthand for court that also serves as a record, and may be configured so that the contents of live lectures, etc. are linked to a copying machine and displayed externally to people on the spot via copying paper. In this case, there is an advantage that it is possible to provide customer service that has never existed before.

[0031]

As described above, according to the present invention, information via voice is input to the first central processing unit simultaneously by the kana input device, and then input to the first central processing unit. The kana sentence data is transferred to the second central processing unit via the first communication means to be stored and displayed in the kana sentence storage area of the image display means of the second central processing device, and thereafter the kana sentence is stored. The kana sentence displayed in the storage area is selected and displayed in the operation area of the image display unit for each single phrase or each multiple phrase through a delimiter such as a punctuation mark, and then the phrase displayed in the operation area is kana. The collective Kanji conversion is performed through the Kanji conversion device, and then the conversion of the converted collective Kanji clause is output to a predetermined external display unit via the second communication unit for external display, and the collective Kanji character is converted. Conversion of the converted clause If there is an error in the characters, the phrase is displayed in the correction area of the image display means, and then the phrase displayed in the correction area is stored in the second central processing unit by the reverse kanji / kana conversion device. Is converted into a Kana phrase before Kanji conversion, and then the Kana character in the portion that was converted into an incorrect Kanji is converted into a correct Kanji by the Kana-Kanji conversion device and partially corrected, and then the Kanji converted phrase is converted into the second character. Since it is output to a predetermined external display means via the communication means of the above and externally displayed, the step of inputting the information by voice at the same time with only the kana sentence without performing the kanji conversion each time is input. The process of converting the kana sentences into batch kanji for each phrase, and if the conversion kanji of the batch-kanji converted phrases is incorrect, it is stored in the central processing unit via the reverse kanji kana conversion device for each phrase. It is in and once that can be reverse-conversion and partial correction process pseudonym clause before Kanji conversion formed by each division of labor reduction and it is possible to perform a reliable high-speed text processing of voice information in real time.

Further, according to the present invention, the information via voice is input to the first central processing unit simultaneously by the kana input device, and then the kana sentence data input to the first central processing unit is converted into the first kana text data. It is transferred to and stored in the second central processing unit via the first communication means, and is displayed in the kana sentence storage area of the image display means of the second central processing device, and then displayed in the kana sentence storage area. The selected kana sentence is displayed by selecting it in the operation area of the image display unit for each single phrase or each multiple phrase through a delimiter such as a punctuation mark, and then the phrase displayed in the operation area is transmitted through the kana-kanji conversion device. Or at least one of text editing such as addition, deletion, and error correction of the kana of the phrase is performed via the text editing device, and then batch kanji conversion or /
If the edited phrase is correct, it is output to a predetermined external display means via the second communication means to be displayed externally, and if there is an error in the converted kanji in the batch-kanji converted phrase, The phrase is displayed in the correction area of the image display means, and then the phrase displayed in the correction area is stored in the second central processing unit by the kanji-kana conversion device for reverse lookup before kanji conversion. , Or by converting into any of the kana clauses that have been edited through the text editing device, and then converting the kana characters in the part that had been converted into incorrect kanji into the correct kanji by the kana-kanji conversion device and partially correcting them. After that, since the kanji-converted phrase is output to a predetermined external display means via the second communication means and is externally displayed, the information by voice is directly converted into kana sentence without performing kanji conversion. And a step of performing at least one of a step of performing immediate input by simultaneous progress with only one or a step of performing sentence editing such as addition, deletion, and typographical error correction of the clause kana through the text editing device 9. A process of converting one kana sentence into a batch kanji for each phrase, and if there is an error in the conversion kanji of the batch kanji-converted phrase, each phrase is stored in the central processing unit via the reverse kanji kana kana converter. It is possible to perform reliable high-speed sentence processing of voice information in real time by dividing the work into steps that can be partially converted and back-converted into kana bunsetsu before kanji conversion.

According to the present invention, the phrase converted into the correct kanji by the kana-kanji conversion device and partially corrected is displayed again in the operation area of the image display means for confirmation, and then the second part is displayed.
Since the information is output to a predetermined external display means via the communication means and externally displayed, the text information accompanied by Kanji conversion that is externally displayed in real time can be made more accurate without any error.

Therefore, in particular, not only can information of various kinds of voices and scene representations that could not be realized can be immediately transmitted in real time to a deaf person or a hearing-impaired person, and a specialized technique is required. Simultaneous conversion of text information from extremely excellent audio information that can be easily used not only for parliamentary shorthands and trial shorthands, but also for subtitle broadcasting of live programs such as various lectures, etc. External It has come to have various special effects that a display method can be provided.

[Brief description of drawings]

FIG. 1 is a block diagram of a voice / text information simultaneous conversion device used for simultaneous conversion of text information from voice information and an external display method of the simultaneously converted text information according to the present invention.

FIG. 2 is a block diagram showing another embodiment of the voice / text information simultaneous conversion device used for the simultaneous conversion of character information from voice information and the external display method of the simultaneously converted character information of the present invention.

FIG. 3 is a block diagram showing another embodiment of the voice / text information simultaneous conversion device used for the simultaneous conversion of character information from voice information and the external display method of the simultaneously converted character information of the present invention.

[Explanation of symbols]

 1 ... Simultaneous conversion device for voice and character information 2 ... Kana input device 3 ... First central processing unit 4 ... Second central processing unit 5 ... CRT monitor (image display means) 5a ... Kana text storage area 5b ... Operation area 5c ... Correction area 6 ... Kana-Kanji conversion device 7 ... Kanji-Kana conversion device for reverse lookup 8 ... ACRTC (external display means) 9 ... Text editing device

Claims (10)

[Claims] 1. A kana input device for transmitting information via voice (2)
Input to the first central processing unit (3) simultaneously by
After that, the kana sentence data input to the first central processing unit (3) is transferred to the second central processing unit via the first communication means.
(4) Transferred to and stored in the second central processing unit
The kana sentence displayed in the kana sentence storage area (5a) of the image display means of (4), and then the kana sentence displayed in the kana sentence storage area (5a) is separated into single clauses or multiple clauses through delimiters such as punctuation marks. In the operation area (5b) of the image display means, and then the bunsetsu displayed in the operation area (5b) is converted into collective kanji characters via the kana-kanji conversion device (6), and then the collective kanji characters are converted. If the converted Chinese character of the converted Chinese character is correct, the converted Chinese character is output to a predetermined external display unit via the second communication unit and externally displayed. If there is an error in the converted Chinese character of the collective Chinese character converted Chinese character, if the converted Chinese character is incorrect. Is displayed in the correction area (5c) of the image display means, and then the phrase displayed in the correction area (5c) is transferred to the second central processing unit (4) by the reverse kanji kana conversion device (7). It is converted to the kana phrase before conversion of the stored kanji and then converted to the wrong kanji. The kana characters in the removed part are converted into correct kanji by the kana-kanji conversion device (6) and partially corrected, and then the kanji-converted clause is output to a predetermined external display means via the second communication means. A method for simultaneously converting character information from voice information and an external display method for the simultaneously converted character information, which is characterized in that it is externally displayed. 2. A kana input device for inputting information via voice (2)
Input to the first central processing unit (3) simultaneously by
After that, the kana sentence data input to the first central processing unit (3) is transferred to the second central processing unit via the first communication means.
It was transferred to (4) and stored therein, and was displayed in the kana sentence storage area (5a) of the image display means of the second central processing unit (4), and then displayed in the kana sentence storage area (5a). A kana sentence is selected and displayed in the operation area (5b) of the image display means for each single phrase or each multiple phrase through a delimiter such as a punctuation mark, and then the phrase displayed in the operation area (5b) is kana. Performs batch kanji conversion via the kanji conversion device (6), or performs at least one of text editing such as addition, deletion, and typographical error correction of the kana of the phrase via the text editing device (9), Next, if the phrase converted in batch Kanji and / or the sentence edited is correct, it is output to a predetermined external display unit via the second communication unit and displayed externally, and converted into the phrase converted into batch Kanji. If there is an error in the kanji, add the phrase to the correction area (5 c), and then the verses displayed in the correction area (5c) are stored in the second central processing unit (4) by the kana-kana conversion device for reverse lookup (7) before kanji conversion. A kana character that has been converted to a bunsetsu or a kana bunsetsu edited by the sentence editing device (9) and then converted into an incorrect kanji character is converted to a correct kanji character by the kana-kanji conversion device (6). The character information simultaneous conversion from voice information is characterized in that the phrase is converted into Chinese characters and partially corrected, and then the Chinese character-converted phrase is output to a predetermined external display unit via the second communication unit for external display. And the external display method of the character information converted at the same time. 3. A kana input device for inputting information via voice (2)
Kana sentence storage data of the image display means of the central processing unit (4a), the kana sentence data input to the central processing unit (4a) at the same time by the
Displayed in (5a), then the kana sentence displayed in the kana sentence accumulation area (5a) in the operation area (5b) of the image display unit for each single phrase or multiple phrases through a delimiter such as a punctuation mark. Select and display, and then the phrase displayed in the operation area (5b) is converted into collective Kanji characters through the Kana-Kanji conversion device (6), and then the converted Kanji of the collective Kanji converted phrase is correct. Output to a predetermined external display means via an external display, and if there is an error in the converted kanji of the batch-kanji converted phrase, the phrase is corrected in the correction area of the image display means.
The phrase displayed in (5c) and then displayed in the correction area (5c) is converted into a kana phrase before kanji conversion stored in the central processing unit (4a) by the kanji kana conversion device for reverse lookup (7). After conversion, the kana characters in the places that had been converted into incorrect kanji are converted to correct kanji by the kana-kanji conversion device (6) and partially corrected, and then the kanji-converted phrase is specified by the communication means. A method for simultaneously converting character information from voice information and externally displaying the simultaneously converted character information, characterized by outputting to external display means for external display. 4. A kana input device for inputting information via voice (2)
The central processing unit (4a) is input at the same time, and the kana sentence data input to the central processing unit (4a) is then stored in the kana sentence storage area (5a) of the image display means of the central processing unit (4a).
, And then the kana sentence displayed in the kana sentence storage area (5a) is selected in the operation area (5b) of the image display means for each single phrase or each multiple phrase through a delimiter such as a punctuation mark. After that, the phrases displayed in the operation area (5b) are collectively converted into Kanji characters through the kana-kanji conversion device (6), or the kana of the phrase is added or deleted through the text editing device (9). And / or text editing such as correction of typographical errors is performed, and then if the batch-kanji converted or / and text-edited clause is correct, it is output to a predetermined external display means for external display, and the batch If there is an error in the converted Chinese character in the Kanji-converted phrase, the phrase is displayed in the correction area (5c) of the image display means, and then the correction area (5c)
The kanji bunsetsu displayed before is converted by the kana-kana conversion device for reverse lookup (7) stored in the central processing unit (4a) before kanji conversion, or the text is edited through the text editing device (9). Kana-Kanji conversion device that converts Kana characters that have been converted into incorrect Kanji characters
Characters from voice information characterized by converting to correct Kanji by (6) and partially correcting, and then outputting the Kanji-converted phrase to a predetermined external display unit via the communication unit for external display. Simultaneous information conversion and external display method of the simultaneously converted character information. 5. The kana-kanji conversion device (6) converts the sentence into a correct kanji and partially corrects the phrase to display it again in the operation area (5b) of the image display means, and then confirms the second communication means. 5. The simultaneous conversion of character information from voice information and the external display of the simultaneously converted character information, which are output to a predetermined external display means via the external display means for external display. Method. 6. A kana input device for inputting information via voice (2)
Input to the first central processing unit (3) simultaneously by
After that, the kana sentence data input to the first central processing unit (3) is transferred to the second central processing unit via the first communication means.
(4) Transferred to and stored in the second central processing unit
The kana sentence displayed in the kana sentence storage area (5a) of the image display means of (4), and then the kana sentence displayed in the kana sentence storage area (5a) is separated into single clauses or multiple clauses through delimiters such as punctuation marks. The selected area in the operation area (5b) of the image display means, and then the phrase displayed in the operation area (5b) is converted into a foreign language through a kana foreign language conversion device, and then converted into a foreign language. If the foreign language of the phrase is correct, it is output to a predetermined external display means via the second communication means and externally displayed. If the foreign language of the foreign language-converted phrase is incorrect, the phrase is It is displayed in the correction area (5c) of the image display means, and then the phrase displayed in the correction area (5c) is stored in the second central processing unit (4) by the foreign-language kana conversion device for reverse lookup. It was converted to the Kana phrase before the foreign language conversion and then converted to the wrong foreign language. The kana character at the location is converted into a correct foreign language by the kana foreign language conversion device and partially corrected, and then the phrase converted into the foreign language is output to a predetermined external display means via the second communication means and externally. A simultaneous conversion of character information from voice information, which is characterized by displaying, and an external display method of the simultaneously converted character information. 7. A kana input device for inputting information via voice (2)
Input to the first central processing unit (3) simultaneously by
After that, the kana sentence data input to the first central processing unit (3) is transferred to the second central processing unit via the first communication means.
It was transferred to (4) and stored therein, and was displayed in the kana sentence storage area (5a) of the image display means of the second central processing unit (4), and then displayed in the kana sentence storage area (5a). A kana sentence is selected and displayed in the operation area (5b) of the image display means for each single phrase or each multiple phrase through a delimiter such as a punctuation mark, and then the phrase displayed in the operation area (5b) is kana. Foreign language conversion is performed via a foreign language conversion device, or at least one of sentence editing such as addition, deletion, and typographical error correction of the phrase is performed via a sentence editing device, and then a foreign language conversion is performed. Or / and if the edited sentence is correct, it is output to a predetermined external display means via the second communication means and displayed externally, and there is a foreign language error in the foreign language converted phrase. Display the phrase in the correction area (5c) of the image display means. , Then the correction area (5
The phrase displayed in c) is stored in the second central processing unit (4) by the foreign-language kana conversion device for reverse lookup before the foreign-language conversion, or the sentence is edited through the sentence editing device. Converted into any of the following Kana bunsetsu, and then converted into a correct foreign language by using the Kana foreign language conversion device to partially correct the Kana characters that had been converted to an incorrect foreign language, and then translated into a foreign language Is output to a predetermined external display means via the second communication means and externally displayed, and a method of simultaneously converting character information from voice information and an external display method of the simultaneously converted character information. 8. A kana input device (2) for inputting information via voice.
Kana sentence storage data of the image display means of the central processing unit (4a), the kana sentence data input to the central processing unit (4a) at the same time by the
Displayed in (5a), then the kana sentence displayed in the kana sentence accumulation area (5a) in the operation area (5b) of the image display unit for each single phrase or multiple phrases through a delimiter such as a punctuation mark. After selecting and displaying, the phrase displayed in the operation area (5b) is converted into a foreign language by a kana foreign language conversion device, and then, if the foreign language of the converted phrase is correct, it is transmitted through communication means. Output to a predetermined external display means for external display, and if there is an error in the foreign language of the phrase converted into the foreign language, the phrase is displayed in the correction area (5c) of the image display means, and then the The phrase displayed in the correction area (5c) is converted by the foreign language kana conversion device for reverse lookup into the central processing unit (4a).
It is converted to the previous kana phrase stored in the foreign language, and then the kana characters in the part that was converted to the wrong foreign language are converted to the correct foreign language by the kana foreign language conversion device and partially corrected, and then the foreign language A method of simultaneously converting character information from voice information and an external display method of the simultaneously converted character information, characterized in that the converted phrase is output to a predetermined external display means via the communication means and externally displayed. 9. A kana input device for inputting information via voice (2)
Input to the central processing unit (4a) at the same time, and then the kana sentence data input to the central processing unit (4a) is stored in the kana sentence storage area (5) of the image display means of the central processing unit (4a).
a) and then the kana sentence displayed in the kana sentence storage area (5a) is selected in the operation area (5b) of the image display unit for each single phrase or each multiple phrase through a delimiter such as a punctuation mark. Or, after that, the phrase displayed in the operation area (5b) is converted into a foreign language through a kana foreign language conversion device, or
Or, at least one of sentence editing such as addition, deletion, and typographical correction of the kana of the phrase is performed through the sentence editing device, and then the foreign language conversion or / and the sentence edited sentence is predetermined if the sentence is correct. Output to the external display means for external display, and if there is an error in the foreign language in the phrase converted into the foreign language, the phrase is corrected in the correction area (5
c), and then the phrase displayed in the correction area (5c) is stored in the central processing unit (4a) by the foreign language kana conversion device for reverse lookup, or the kana phrase before foreign language conversion, or Convert it to any of the kana clauses that have been edited using the text editing device, and then convert the kana characters in the incorrect foreign language to the correct foreign language using the kana foreign language translation device to partially correct them. , The foreign language-converted phrase is then output to a predetermined external display means via the communication means for external display, and the character information is simultaneously converted from voice information and the simultaneous converted character information is converted. External display method. 10. The phrase converted into a correct foreign language and partially corrected by the kana foreign language conversion device is displayed again in the operation area (5b) of the image display means for confirmation, and then the second communication means is used. 10. The simultaneous conversion of character information from voice information and the external display method of the simultaneously converted character information according to any one of claims 6 to 9, wherein the character information is simultaneously output to a predetermined external display means for external display. .