KR200476175Y1 - Sounding book case - Google Patents

Abstract

The present invention relates to a bookcase for reading a book. More specifically, the present invention relates to a bookcase for reading a book, and more particularly, to a book reading device that enables audio output using an OID sensor and a coding dot to reduce manufacturing costs, It is about bookshelves.
To this end, a body is provided, in which each book is printed on each page and on the surface thereof with a coding dot that can be recognized by the OID sensor, and which forms a storage space in which a plurality of books can be stored; And a sound output terminal provided at one side and including an OID sensor, wherein the OID sensor has a coding dot of a book being touched so that an audio output is performed, and a sensing direction of the OID sensor is a state in which a printed surface of the book is visible And a direction of sensing the coding halftone dot of the book is provided.

Description

{Sounding book case}

The present invention relates to a bookcase for reading a book, and more particularly, to a bookcase for reading a book by using a bookcase on which an OID sensor is installed and a book on which a coding dot is printed.

As is well known, bookshelves are furniture for storing and storing several books, and their shapes and materials are variously provided.

The material and the shape of the bookcase are variously provided according to the use place, and it is one of the essential furniture used in each home as well as the office.

Such a bookcase forms a storage space partitioned by a plurality of compartments so that a plurality of books can be separately stored.

Especially, in the case of a bookcase for children, it is produced in the form of a character that can give an affinity to a child or an object that can induce an interest, out of a uniform rectangular form.

However, even if the forms of bookshelves are provided in various ways as described above, there is a limit to continuing the interest of infants.

In other words, it is difficult for infants to maintain the interest of the infant only by the form of the bookshelf, because it is difficult to keep interest and interest on something constantly.

Since it is important for infants to be interested in books from their childhood, not only the content of the book, but also the bookshelf in which the book is stored, would be better if the infant's continued interest was maintained.

In order to maintain the interest of the children in the bookshelf, bookshelves have been developed which output the contents of the books from the bookshelves by voice.

That is, as disclosed in "Utility Model Registration Application No. 20-2011-2794", a bookcase in which the form of a bookcase is shaped into a tree to induce the interest of infants and the contents of the book are output from the bookcase as a voice is disclosed It is.

For this purpose, a book reader is provided with a voice generating terminal for controlling the reading signals of RFID readers and RFID readers, and an RFID tag capable of reading the RFID readers is attached to the book or the back side of each book.

Accordingly, when the infant tags the book in the RFID reader by holding the book, the RFID reader recognizes the book and the contents of the book tagged through the voice generating terminal are outputted as a voice.

However, the conventional bookcase described above has the following problems.

Firstly, there is a problem that the workability for producing the audio is low because the audio is output using the RFID.

That is, the RFID tags that can be read by the RFID readers installed on the bookshelves must be manually attached to the respective books manually.

Of course, in order to increase the efficiency of production, the RFID tag may be provided so that the purchaser directly attaches it.

That is, the RFID tags corresponding to the respective books may be sticky, and the purchaser may directly attach the RFID tags to the respective books. However, after RFID tags corresponding to the respective books are found one by one and attached to specific positions of the book, A series of operations for attaching additional anti-tamper stickers to prevent the damage of the sticker may cause a problem of lowering the purchasing power because it is difficult to increase the satisfaction of the buyer.

Secondly, since the RFID tag having a relatively high production cost is used, the cost of bookshelves and book is increased, and it is difficult to increase the satisfaction of the product price of the consumer.

Especially, after a long use, the RFID tag may be dropped from the book, so that the original purpose of the bookcase can not be utilized, and a very troublesome problem such as an additional RFID tag is required.

Third, one RFID tag attached to each book has a problem that it is difficult to output only the pages of each book separately by voice because the entire contents of the book are outputted uniformly.

Of course, RFID tags can be attached to each page to open a page to be read and tagged to an RFID reader. However, the task of attaching an RFID tag to each page of a book is not only efficient in terms of work efficiency, There will be a problem of falling.

Application for utility model registration of Korea 20-2011-2794

It is an object of the present invention to reduce the cost of producing a book according to a coding halftone printing method by allowing the contents of a book to be output by using an OID sensor, A book page for reading a book so that only a specific page of the book can be displayed separately.

In order to accomplish the above object, the present invention provides a storage medium in which each content is provided, a book on which a coding dot mark recognizable by an OID sensor is printed is provided on each page and a surface thereof, And a sound output terminal including an OID sensor, wherein the OID sensor is configured to allow sound to be output by touching a coding halftone dot of a book, wherein a sensing direction of the OID sensor Is a direction for sensing a coding halftone dot of a book in a state in which the printed surface of the book is visible.

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In addition, it is preferable that a reading card printed with a coding halftone dot corresponding to the content corresponding to each book is separately provided.

It is preferable that a control unit for controlling the audio output terminal is provided and the control unit is provided as a separate control board on which a coding halftone dot that can be recognized by the OID sensor of the audio output terminal is printed.

The bookshelf reading this book has the following effects.

First, since the audio output is performed using the OID sensor and the coding dot printed on the book, the manufacturing cost is reduced and the manufacturing cost is reduced to 1/10 as compared with the book having the RFID tag attached thereto.

That is, compared to a series of manual work of attaching a relatively expensive RFID tag to a book, since a coding dot pattern is printed on a book, the number of workings can be reduced and the overall manufacturing cost can be reduced.

Second, since a coding dot can be printed on each page of a book as well as on a surface of each book, besides outputting the entire contents of the book as a voice, only the specific contents of each page can be outputted as a voice.

That is, since the printing cost of the coding halftone dot is comparatively low, even if the printing of the coding halftone dot is performed for each page, the manufacturing cost is not excessively increased and the efficiency can be increased.

In addition, when an RFID is configured for each page of a book, it is difficult to make a book neat because the thickness of the RFID chip is thick and convex due to the nature of the thickness of the RFID chip. In the case of a coding halftone, It is possible to cope with utilization of various contents and various contents.

Third, in the case of a non-coded published book, if a coded printed reading card or a sticker that can be attached to a book is provided, voice output can be performed, thereby eliminating the need for a separate book production and reprinting for speech coding have.

In addition, reading cards and stickers alone have the effect of being able to read the entire contents of the book and the contents of each page.

Fourthly, a reading card corresponding to each book is provided, and since the coding dot is printed on each reading card, the contents of the book corresponding to the reading card can be outputted even if only the card is tagged to the OID sensor.

Accordingly, there is an effect that the interest of the infant can be continuously induced.

Fifth, the control section of the OID sensor is configured not to be exposed to the outside of the voice output terminal, and the control panel for controlling the function of the voice output terminal is provided, thereby providing the appearance of the voice output terminal neatly.

Accordingly, it is possible to neatly provide the appearance of the bookcase where the voice output terminal is installed.

1 is a perspective view showing a bookcase reading a book according to a preferred embodiment of the present invention;
2 is a front view showing the inside of a book and the surface of a book applied to a bookcase reading a book according to a preferred embodiment of the present invention;
3 is a cross-sectional view taken along the line II in Fig. 1
4 is a block diagram illustrating a sound output terminal of a bookcase reading a book according to a preferred embodiment of the present invention
5 is a front view showing a control plate which can be additionally provided in a bookcase for reading a book according to a preferred embodiment of the present invention
FIG. 6 is a front view showing a reading card that can be additionally provided in a bookcase for reading a book according to another embodiment of the present invention; FIG.

It is to be understood that the words or words used in the present specification and claims are not to be construed in a conventional or dictionary sense and that the inventor can properly define the concept of a term in order to best describe its own design in the best way It should be construed as meaning and concept consistent with the technical idea of the invention.

1 to 5, a book reading book according to a preferred embodiment of the present invention will be described below.

The bookshelf reading the book has a technical feature that the OID sensor recognizes a coding dot printed on each book and the contents of the book can be outputted from the speaker installed in the bookcase.

In other words, by using the OID sensor for detecting a book, the cost for production and maintenance of books can be reduced, and a coding dot can be printed for each page, so that only a specific page can be repeatedly heard.

A bookcase (hereinafter referred to as a "bookcase") for reading a book includes a body 100, a sound output terminal 200, and a book 300.

The body 100 forms an appearance of the bookcase and forms a plurality of storage spaces S.

At this time, the shape of the body 100 is not limited, and it is preferable that the form of the body 100 is a form that allows the child to be friendly to the infant.

For example, the body 100 may be shaped into characters, animals, trees, cars, and the like.

In the present specification, a bookcase made up of words is exemplified for convenience of explanation.

A speaker 110 is installed on the body 100.

The speaker 110 amplifies and outputs the voice output from the voice output terminal 200 to be described later, and may be installed at any position of the body 100.

It is preferable that the speaker 110 is not exposed to the outside of the bookcase.

For convenience of explanation, although the speaker 110 is installed to be exposed, the speaker 110 may be covered with a panel such as a character.

Next, the voice output terminal 200 recognizes the coding halftone dot C and controls voice output through the speaker 110, and is installed at one side of the body 100.

The installation position of the sound output terminal 200 is not limited and may be a position where the child can easily touch the book.

At this time, it is preferable that the voice output terminal 200 is installed so as not to be exposed to the outside of the body 100 for the mysterious feeling of infants, and the OID sensor 210 constituting the voice output terminal 200 is easily It is desirable to decorate with a character or surrounding objects that you can have.

At this time, it is preferable that the sensing direction of the OID sensor 210 be useful for recognizing the book 300, the control board 400, and the reading card 500, which will be described later.

This is to facilitate the sensing posture of the book 300.

That is, the OID sensor 210 must be installed so that the printed surface of the book 300 is visible to the infant during the process of contacting the coding halftone dot C of the book 300 with the OID sensor 210.

If the sensing direction of the OID sensor 210 is oriented in an arbitrary direction in accordance with the bookcase structure, in the process of contacting the book 300 with the OID sensor 210, the printed surface of the book 300 may not be visible In this case, the OID sensing process of infants will be very uncomfortable.

Therefore, the sensing direction of the OID sensor should be a direction in which the coding halftone dot C can be sensed in a state where the printed surface of the book 300 is visible.

Preferably, the sound output terminal 200 is detachably attached to the body 100.

This is to facilitate the maintenance work (A / S) for the voice output terminal 200 or to facilitate downloading of the sound source.

At this time, if the sound output terminal 200 is provided as a detachable type, it is preferable that the sound output terminal 200 is provided to have an external appearance such as a character that the child can enjoy.

The audio output terminal 200 includes an OID sensor 210 for sensing a coding halftone dot C, a storage unit 220 for storing contents of all books, A control unit 230 for matching and outputting the book stored in the storage unit 220 and an output unit 240 for outputting the contents of the storage unit 220 as a voice by the control unit 230.

At this time, the OID (Optical Identification) sensor 210 recognizes the coding halftone dot C printed on the book, and is a well-known technology, and thus a detailed description thereof will be omitted.

The storage unit 220 is provided as a memory card and may be detachably installed.

Meanwhile, it is preferable that the control unit for controlling the sound output terminal 200 is installed not to be exposed to the outside of the sound output terminal 200.

This is to make the appearance of the voice output terminal 200 clean in preparation for the case where the voice output terminal 200 is installed to be exposed to the outside.

Accordingly, the control of the audio output terminal 200 is also performed by recognizing the coding halftone dot C of the OID sensor 210, and the control board 400 to which each control function is applied is provided as shown in FIG. 5 .

That is, when the control board 400 contacts the OID sensor 210, the OID sensor 210 senses the OID sensor 210 and controls the power supply to be turned off or the volume to increase.

Next, the book 300 provides various contents and is stored in the storage space S of the bookcase.

At this time, a coding halftone dot C is printed on the book 300.

The coding dot C is preferably a code that can be recognized by the OID sensor 210 and is printed on the surface of the book 300 and on each page.

This is useful when the coding halftone dot is printed not only on the surface of the book 300 but also on each page as described above, so that it is desired to read only a specific page.

That is, when the coding halftone dot C printed on the surface of the book 300 is brought into contact with the OID sensor 210, the entire contents of the book 300 are read collectively and the specific page of the book 300 is unfolded, The specific page can be read.

As shown in FIG. 2, the coding dot C represents a unique index composed of extremely small dots. The size of the dot is extremely small, about 40 to 80 μm, It is recognized only by the voice output terminal 200 through the OID sensor 210, and replication is almost impossible.

At this time, the coding dot (C) is printed through the voice ink, and the voice ink contains the carbon component.

On the other hand, the audio content included in the coding halftone dot C can be applied not only to the contents of the book, but also to consonants and related vocabulary, vocabulary, songs, and animals.

The printing method for the coding halftone dot C is the same as the printing method of the coding halftone dot C disclosed in the "sounding wallpaper (application No. 20-2013-0001242)" filed by the present applicant.

Hereinafter, the audio output process of the bookcase having the above-described configuration will be described.

A bookcase on which the voice output terminal 200 is installed is provided and the book 300 on which the coding halftone dot C is printed is stored in the storage space S of the bookcase.

At this time, in the case of a published book in which the coding halftone dot C is not printed, a new book is produced in a state in which the coding halftone dot C is printed, and only a separate sticker printed with the coding halftone dot C is produced, It may be used by being attached to the published book 300.

Such a printing process of the coding halftone dot C is not only simple and easy but also requires less than 1/10 of the manufacturing cost of the RFID tag.

On the other hand, when the book 300 to be read is taken out from the storage space S and brought into contact with the portion where the OID sensor 210 is installed, the OID sensor 210 detects the coding halftone dot C printed on the book 300 .

The control unit 230 matches the book 300 recognized from the OID sensor 210 with the voice content stored in the storage unit 220 and outputs the same to the output unit 240. The voice content is output to the external unit 240 via the amplifier 250, And output through the speaker 110.

At this time, since the book mark 300 has the coding halftone dot C printed on each page, not only the entire contents of the book 300 are output uniformly, but only a specific page is selected and output, Delay.

As described so far, in order to read the book 300, the book 300 must be in direct contact with the OID sensor 210. [

At this time, it is possible to reduce the inconvenience of finding the book 300 individually, and it is difficult for the young children to load the hardcover book. Therefore, as shown in FIG. 6, the reading card 500 corresponding to each book 300 is provided .

This is shown as another embodiment of the present invention.

All the configurations of the bookcase except for the reading card 500 are the same, and the coding dot C that can be recognized by the OID sensor 210 is printed on the reading card 500.

As described above, since the reading card 500 is provided, it can further induce the interest of the children, and even if the book 300 is not provided, there is a technical feature that the user can easily listen to the voice contents.

At this time, an image which can easily grasp the contents of the book 300 can be printed on the reading card 500, and the reading card 500 can be separately manufactured for each color.

As the reading card 500 is provided, when the infant comes into contact with the OID sensor 210 only in place of the heavy book, the contents of the book 300 corresponding to the reading card 500 are output So that the convenience can be enhanced.

As described above, the bookcase reading the book according to the present invention has a technical feature that audio output can be performed using the OID sensor and the coding dot.

Accordingly, compared with the conventional work in which the RFID tag is manufactured and manually attached to the book, the book is produced only by the coding halftone printing, so that the product can be easily manufactured and the cost of the product can be reduced, thereby increasing the purchasing power of the consumer .

In addition, since the burden on the book production can be reduced, the coding halftone can be printed for each page of the book, so that only a specific page of the book can be read.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is evident that many alternatives, modifications and variations will be apparent to those skilled in the art.

100: body 110: speaker
200: audio output terminal 210: OID sensor
220: storage unit 230:
240: Output section 250: Amplifier
300: Book 400: Control Panel
500: Reading card S: Storage space
C: coding dot

Claims (4)

Each content is provided, and on each page and surface, a book on which a coding dot is recognizable by the OID sensor is printed,
A body forming a storage space in which a plurality of books can be stored;
And an audio output terminal provided at one side of the body and including an OID sensor,
Characterized in that the OID sensor is a direction in which the coding dot of the book is touched so that the audio output is performed and the sensing direction of the OID sensor is the direction of sensing the coding dot of the book in a state in which the printed surface of the book is visible. Your bookcase. delete The method according to claim 1,
Wherein a reading card printed with a coding dot for the content corresponding to each book is separately provided. The method according to claim 1 or 3,
A control unit for controlling the audio output terminal is provided,
Wherein the control unit is provided as a separate control board on which a coding halftone dot that can be recognized by the OID sensor of the audio output terminal is printed.

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