KR20180017556A - The Method For Dictation Using Electronic Pen - Google Patents

Abstract

The present invention relates to a method for allowing a learner to take dictation by himself/herself without a questioner using an electronic pen. According to the method of the present invention, a questioner or a learner can record and store a voice in a storage area. The learner can listen questions by recognizing a play area using an electronic pen or repeatedly listen the questions, can receive hints with respect to correct answers by recognizing a hint area using the electronic pen and can take dictation by writing the correct answers on a dictation area or storing the same.

Description

[0001] The present invention relates to a dictation method using an electronic pen,

The present invention relates to a dictation method using an electronic pen. More particularly, the present invention relates to a method by which a learner can dictate himself / herself without using a questioner using an electronic pen.

There are devices that recognize markers printed on a print medium and output data related to markers.

A bar code reader reads such bar codes printed on a printing medium, and then outputs data corresponding to the bar code to a display device or the like.

In recent years, many electronic pens have been developed that recognize specific codes printed on a print medium such as a book and output voices corresponding to these codes.

Such an electronic pen includes a code reader device, reads a specific code printed on a printing medium such as a book, and outputs a voice corresponding to the code through a speaker or the like.

Typically, only text is displayed on a print medium such as a book. Therefore, only the user is provided with the type information. If such an electronic pen is used, the user's experience of the reader can be enhanced since the user can also provide voice information in addition to the type information .

Especially, when the text contained in the print medium is a foreign language, the voice information such as pronunciation is more advantageous than the type information. In this case, since the electronic pen can provide foreign language pronunciation in addition to foreign language text, It is high.

However, there are various ways of utilizing the conventional electronic pen to learn the learner. However, there is no technical description about the utilization method, and thus it can not be helpful for the learner's learning efficiently, There is a problem in that different needs of each user are not satisfied.

SUMMARY OF THE INVENTION In view of the foregoing, it is an object of the present invention to provide an electronic pen capable of writing a note by himself / herself without using a question maker by using an electronic pen, To provide a dictation using.

In order to achieve the above object, in one aspect, the present invention provides a dictation printed matter provided with a plurality of recording, reproducing, hinting and dictation areas.

The pattern image printed on the dictation print is recognized by the electronic pen and converted into a specific code. Then, the specific code is stored in correspondence with the voice of the user.

The dictation printed matter includes a plurality of storage areas for recording a problem or memo, a plurality of reproduction areas for reproducing recorded problems or memos, a dictation area for the learner to listen to a problem and write a correct answer, and a hint Region.

The electronic pen can be operated in the storage mode and the reproduction mode, and when the electronic pen recognizes the pattern image printed on the storage area, it can be in the storage mode.

In the storage mode, the voice of the question maker or learner is recorded as a recording file, and the stored recording file is matched with the pattern image of a plurality of recording areas printed on the dictation print. Here, since the electronic pen analyzes the pattern image and converts it into a specific code, it actually matches the specific code with the recorded file.

The recording file stored in the electronic pen can be converted into a sound and output by the sound reproducing apparatus when the electronic pen again recognizes a plurality of pattern images printed on the plurality of reproducing regions.

The learner can listen to the output voice and write the correct answer in the dictation area. If the learner desires to listen again, the learner recognizes the pattern images printed on the plurality of reproduction areas with the electronic pen and can hear the voice again.

When a learner wants to hear a hint about a problem, the electronic pen recognizes a plurality of pattern images printed in the hint area by outputting a hint voice corresponding to a code and a code corresponding to the pattern image, Hints are provided.

For example, a problem taker can record and record a problem in a dictation print, and the learner can listen to the recorded voice and dictate.

As another example, after the learner has listened to the recorded problem voice, the learner's pronunciation is recorded and stored in the dictation print, and the recorded problem voice and the learner's pronunciation voice are compared with each other and heard.

As another example, a learner or a question-taker can record a note such as a brief message at a point in time on a dictation print, and listen to a voice recorded in the dictation print by the same person or another person at another point in time.

In another aspect, the present invention provides a keyboard printed matter in which a dictation printed matter having a plurality of recording, reproducing, hinting and dictation areas, a English alphabet and a pattern image of each different alphabet are printed.

Accordingly, the question maker or the learner can store a problem, a memo, or the like as a sound source file using a separate keyboard printed matter in a plurality of storage areas.

The learner can input the correct answer to the question in the dictation area using the keyboard print. The electronic pen compares the correct spelling codes with the spelling codes inputted by the learner, And outputs a wrong answer voice indicating that the answer is wrong when there is a discrepancy.

In another aspect, the present invention provides a dictation print with a plurality of recording, playback, hints, and dictation areas, and an example problem print with a plurality of different dictation problems and their different pattern images printed.

Accordingly, the question maker or the learner can store the problem as a sound source file or input the correct answer to the problem using a separate example problem printout in a plurality of storage areas.

At this time, the different dictation problems printed on the illustrative problem print may be printed in the form of a picture, or in a form of a letter, and can be divided into levels.

INDUSTRIAL APPLICABILITY As described above, according to the present invention, it is possible to use the electronic pen to dictate the learner's self without questioner, to easily reproduce the problem repeatedly, and to effectively write the dictation, have.

1 is a configuration diagram of an electronic pen according to an embodiment.
2 is an exemplary diagram of a detailed configuration of the digital processor and memory of FIG.
3 is a diagram showing an example of a dictation print according to the present embodiments.
4 to 5 are diagrams illustrating a dictation method using an electronic pen according to another embodiment.
6 is a diagram illustrating a dictation method using an electronic pen according to another embodiment.

Hereinafter, some embodiments of the present invention will be described in detail with reference to exemplary drawings. It should be noted that, in adding reference numerals to the constituent elements of the drawings, the same constituent elements are denoted by the same reference numerals whenever possible, even if they are shown in different drawings. In the following description of the present invention, a detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear.

In describing the components of the present invention, terms such as first, second, A, B, (a), and (b) may be used. These terms are intended to distinguish the constituent elements from other constituent elements, and the terms do not limit the nature, order or order of the constituent elements. When a component is described as being "connected", "coupled", or "connected" to another component, the component may be directly connected to or connected to the other component, It should be understood that an element may be "connected," "coupled," or "connected."

FIG. 1 is a configuration diagram of an electronic pen according to an embodiment, and FIG. 2 is an exemplary view of a detailed configuration of the digital processor and the memory of FIG.

Referring to FIG. 1, the electronic pen 100 may include an image sensor 110, a digital processor 120, a memory 130, a speaker 140, and the like.

2, the digital processor 120 may include a code conversion unit 122, a control unit 124, and a bookmark storage unit 126, and the memory 130 may include a voice data DB 132 and a bookmark DB (134) may be included.

The image sensor 110 recognizes the image printed on the print medium.

Print media refers to various types of media on which images are printed. For example, the print media may be paper, such as books, cards, newspapers, magazines, flyers, brochures, and post. As another example, the print medium may be a school article such as a desk, a pencil case, a pencil, and an eraser. In addition, the medium capable of printing an image may be a printing medium to which one embodiment is applicable.

The image sensor 110 can recognize the pattern image printed on the print medium.

The pattern image may be an image having a certain pattern and an image for displaying specific information in the form of a specific pattern. Specifically, two pattern images formed in different patterns can correspond to different information. For example, the first pattern image formed in the first pattern corresponds to the first information, and the second pattern image formed in the second pattern corresponds to the second information.

The pattern image may be formed as a dot pattern printed on a print medium. Such a dot pattern can be patterned into dots of a predetermined size or less having low visibility.

If the pattern image is formed with such a low-visibility dot pattern, the user may not be able to recognize the pattern image. However, even in this case, the image sensor 110 can recognize a pattern image and distinguish a pattern included in the pattern image, for example, a dot pattern.

The code conversion unit 122 analyzes the pattern image recognized by the image sensor 110 and confirms a code corresponding to the analyzed pattern image. In another aspect, the code conversion unit 122 converts the pattern image printed on the print medium into a code. For example, when the first pattern image is printed on the print medium, the code conversion unit 122 can analyze the first pattern image to check the first code, and if the second pattern image is printed on the print medium The code conversion unit 122 can analyze the second pattern image to confirm the second code. In another aspect, the code conversion unit 122 may convert the first pattern image printed on the print medium into a first code and convert the second pattern image printed on the print medium to a second code.

The code confirmed by the code conversion unit 122 is transmitted to the control unit 124, and the control unit 124 can perform a specific function according to the code.

A variety of classifications can be applied to the code. Of course, such classification may be arbitrarily changed, and variations may be made in applying the contents of the present invention.

The code can be classified into a character code, a special key code, an instruction code, a content code, a bookmark code, and the like.

The character code is a code for entering characters. Specifically, there may be a character code corresponding to the keyboard layout. For example, there may be a character code corresponding to the alphabet 'c' on the keyboard, and a character code corresponding to the Korean consonant 'A'.

The electronic pen 100 according to an embodiment can form a word using a character code.

A special key code is a code corresponding to a key representing a special function in a keyboard keyboard. As an example of the special key code, there may be an enter key code corresponding to the enter key, and there may be an ESC keyboard corresponding to the ESC key. There may also be a backspace key code corresponding to the backspace key.

The electronic pen 100 according to an exemplary embodiment can edit a word or perform other functions using the special key code.

The command code is a code for causing the electronic pen 100 to perform a specified function. Examples of the command code include a storage command code, a recording command code, a playback command code, and a deletion command code. When the command code is recognized, the electronic pen 100 performs a specific function corresponding to each command code .

The content code is a code corresponding to the print medium in which the content is stored. Since the digital file corresponding to the content is not actually stored in the print medium, the content code is actually a code corresponding to the pattern image printed on the print medium. The content corresponding to the content code is stored in the electronic pen 100, and the electronic pen 100 scans the print medium to output the content matched to the content code if the content code is recognized.

The bookmark code is a code corresponding to the print medium in which the content is to be stored. If the code used for other purposes can also be used to store the content, this can be the bookmark code. For example, the content code already matched to the content may be a bookmark code for storing new content according to an embodiment. Of course, according to the embodiment, the function of separating the content code and the bookmark code may be included in the electronic pen 100 so that the new content is not overwritten in the content code.

The code conversion unit 122 recognizes the codes of various classes and transmits the recognized codes to the control unit 124. The control unit 124 performs a specific function according to the characteristics of each code transmitted. The control unit 124 may control the various functions of the electronic pen 100 while generating control signals for various configurations included in the electronic pen 100.

The bookmark storage unit 126 may store the content on the print medium. Since the content file is not directly stored in the print medium, the bookmark storage unit 126 can technically store the bookmark code and the content corresponding to the print medium on which the bookmark code is printed. After this matching, the electronic pen 100 can scan the bookmark code and output the content matched to the bookmark code. For convenience of description, the expression "print medium on which codes are printed" is used. Here, "print medium on which codes are printed" can be understood as print media on which pattern images corresponding to the codes are printed.

3 is a diagram showing an example of a dictation print according to the present embodiments.

3, the dictation print 200 includes a first storage area 290, a second storage area 210, a third storage area 250, a first reproduction area 220, a second reproduction area 240 A third reproduction area 260, a total reproduction area 270, a dictation area 230, and a hint area 280, and a different pattern image is printed in each area.

The pattern image printed on the dictation printed matter 200 is recognized by the electronic pen 100 and converted into a specific code. Then, the specific code is stored in correspondence with the voice of the user.

For example, the applicant may record and record a problem of dictation. When the electronic pen 100 recognizes the first storage area 290, the electronic pen 100 becomes a storage mode, Recognizes the first reproduction area 220 of the user and then records the voice of the applicant as a recording file.

The plurality of first playback regions 220 are for reproducing the recorded files stored in the storage mode of the first storage region 290. When the electronic pen 100 is used to reproduce any one of the plurality of first playback regions 220 When it recognizes, it outputs the recorded recording file.

For example, the plurality of second storage areas 210 are for the learner to hear the dictation problem and confirm the pronunciation. After the electronic pen 100 recognizes any one of the plurality of second storage areas 210, You can record and save it as a recording file. The electronic pen 100 recognizes the first reproduction area 220 and the second reproduction area 240 and compares the problem pronunciation with the pronunciation of the learner.

In addition, the second storage area 210 may record and record the problem of dictation, or may record and record additional problems.

The plurality of second playback regions 240 are for reproducing the recorded files stored in the second storage region 210. When the electronic pen 100 recognizes any one of the plurality of second playback regions 240, Output the recording file.

The third storage area 250 is for storing a note such as a simple delivery note at a point of time by a learner or a question taker. After the electronic pen 100 recognizes the third storage area 250, the learner or the question taker A note such as a brief message can be recorded as a voice recording and recorded as a recording file. Then, the same person or another person can listen to the recorded voice in the dictation print 200 at another point in time.

The third reproduction area 260 is for reproducing the recorded file stored in the third storage area 250. When the electronic pen 100 recognizes the third reproduction area 260, the recorded file is output.

The entire reproduction area 270 is for sequentially reproducing the recorded files stored in the dictation printed material 200. When the electronic pen 100 recognizes the pattern image of the entire reproduction area 270, The second storage area 210, and the third storage area 250, as shown in FIG.

At this time, the order of the first storage area 290, the second storage area 210, and the third storage area 250 output from the electronic pen 100 may be changed.

In addition, the electronic pen 100 may sequentially output only the recorded files of the first storage area 290 or only the recorded files of the second storage area 210 sequentially.

When the electronic pen 100 outputs a recorded file in the first storage area 290, the electronic pen 100 takes a time to create an answer in the learner's dictation area 230, Output.

The hint area 280 is provided to provide a hint to the learner. When the electronic pen 100 recognizes the hint area 280, a voice file related to the hint for the correct answer is output.

For example, a speech file associated with a hint of the correct answer may be spelled out as a speech of the correct answer, or it may be another type of speech file.

The dictation area 230 is an area in which a learner creates a correct answer after listening to a recording file in question, and a pattern image is also printed in the dictation area 230 so that a learner can create it manually or store the spelling as a recording file have.

That is, after the electronic pen 100 recognizes the dictation area 230, the learner can record the spelling by voice and save it as a recording file.

Meanwhile, the electronic pen 100 can be operated in a storage mode and a reproduction mode. When the electronic pen 100 recognizes a pattern image printed on the storage areas 210, 250, and 290, the electronic pen 100 can be in a storage mode.

In the storage mode, a voice of a question maker or a learner is recorded as a recording file, and the stored recording file is matched with a pattern image of a plurality of storage areas 210, 250, and 290 printed on the dictation print 200. Here, since the electronic pen 100 analyzes the pattern image and converts it into a specific code, substantially matching the specific code with the recorded file.

The recording file stored in the electronic pen 100 can be converted into a sound and output by the audio reproducing apparatus when the electronic pen 100 recognizes a plurality of pattern images printed on the plurality of reproducing regions 220, .

The learner can listen to the output sound and write the correct answer in the dictation area 230. If the learner desires to listen again, the learner recognizes the plurality of pattern images printed on the plurality of reproduction areas 220, 240 and 260 as the electronic pen 100, I can hear again.

When the learner wants to hear a hint about the problem, the electronic pen 100 recognizes a plurality of pattern images printed in the hint area 280 as a code image corresponding to the pattern image, The corresponding hint voice is outputted and the learner is provided with the hint.

For example, the question taker can record the problem in the dictation print 200 and store the problem, and the learner can listen to the recorded voice and write it down.

As another example, after the learner has listened to the recorded question voice, the learner's pronunciation is recorded and stored in the dictation print 200, and the recorded question voice is compared with the pronunciation voice of the learner.

As another example, a learner or a question-taker may record a note such as a brief message at a point in time in the dictation print 200 and store the voice recorded in the dictation print 200 at the same point of time You can listen.

FIGS. 4 to 5 are diagrams illustrating a dictation method using the electronic pen 100 according to another embodiment.

4 to 5, a problem or a correct answer may be stored using the keyboard print 300 in which the English alphabet and the pattern image of each of the different alphabets are printed.

As shown in FIG. 4, each alphabet and each pattern image is printed on the keyboard print 300, so that when the electronic pen 100 recognizes one letter of the alphabet in order, Converted into the electronic pen 100, and when the electronic pen 100 recognizes the enter, the word consisting of the codes input to the electronic pen 100 can be found in the word database and converted into speech and stored or compared.

In other words, after recognizing the first storage area 290 with the electronic pen 100 and entering the storage mode, the first reproduction area 220 is recognized and then the alphabet of the word of the question to be issued is displayed on the keyboard print 300 After recognizing the sequence and recognizing the enter, it is saved as a recorded file.

Then, the learner can recognize the first reproduction area 220 as the electronic pen 100 and listen to the problem.

Accordingly, a problem maker or a learner can store a problem, a memo, or the like as a sound source file by using a separate keyboard print 300 in a plurality of storage areas 210, 250, and 290.

5, the learner can input the correct answer to the question in the dictation area 230 by using the keyboard print 300, and the electronic pen 100 has the correct spelling codes and the learner Compares the codes of spelling to be input, outputs a correct answer voice indicating that the answer is correct, and outputs an incorrect answer saying that the answer is incorrect.

In other words, if the learner recognizes the dictation area 230 by using the electronic pen 100 and then sequentially recognizes the alphabets of the words thought to be correct in the keyboard print 300, the codes of the respective alphabets are inputted, If they are recognized, they are compared with the alphabet codes for the correct answer, and the learners are informed of the match / discrepancy.

6 is a diagram showing a dictation method using the electronic pen 100 according to another embodiment.

Referring to FIG. 6, an example problem print 400 in which a plurality of different dictation problems and their different pattern images are printed may be used to store the problem or correct answer.

When the electronic pen 100 recognizes such dictation problems and pattern images, it copies the codes and stores them as the respective problems.

In other words, in the case of the question maker, for example, the electronic pen 100 recognizes and copies any of the dictation problems in the example problem print 400, recognizes the first storage area 290, , And recognizes any one of a plurality of first reproduction regions 220 to be copied.

Then, when the electronic pen 100 again recognizes the first reproduction area 220, the sound source file copied in the example problem print 400 is reproduced.

Further, in the case of a learner, after recognizing the dictation area 230 with the electronic pen 100 as an example, one of the dictation problems considered to be correct in the example problem printout 400 is recognized and selected.

Then, the electronic pen 100 compares the correct answer with the selected dictation problem of the learner, and outputs the correct answer voice if it is matched, and outputs the wrong answer voice if the discrepancy is found.

Accordingly, the question maker or the learner can store the problem as a sound source file or input the correct answer to the problem using the separate example problem prints 400 in the plurality of storage areas 210, 250, and 290.

At this time, the different dictation problems printed on the example problem prints 400 may be printed in a picture form or a text form, and may be divided into levels.

INDUSTRIAL APPLICABILITY As described above, according to the present invention, it is possible to use the electronic pen to dictate the learner's self without questioner, to easily reproduce the problem repeatedly, and to effectively write the dictation, have.

It is to be understood that the terms "comprises", "comprising", or "having" as used in the foregoing description mean that the constituent element can be implanted unless specifically stated to the contrary, But should be construed as further including other elements. All terms, including technical and scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs, unless otherwise defined. Commonly used terms, such as predefined terms, should be interpreted to be consistent with the contextual meanings of the related art, and are not to be construed as ideal or overly formal, unless expressly defined to the contrary.

The foregoing description is merely illustrative of the technical idea of the present invention, and various changes and modifications may be made by those skilled in the art without departing from the essential characteristics of the present invention. Therefore, the embodiments disclosed in the present invention are intended to illustrate rather than limit the scope of the present invention, and the scope of the technical idea of the present invention is not limited by these embodiments. The scope of protection of the present invention should be construed according to the following claims, and all technical ideas within the scope of equivalents should be construed as falling within the scope of the present invention.

Claims (1)

A dictation printed matter having a plurality of recording, reproduction, hint and dictation areas, a pattern image printed on the dictation print is recognized by the electronic pen and converted into a specific code, and the specific code is matched to the user's voice and stored A dictation printed matter has a plurality of storage areas for recording a problem or a memo or the like, a plurality of reproduction areas for reproducing recorded problems or memos, a dictation area for the learner to listen to a problem and write a correct answer, A dictation print comprising a hint area.

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