KR101365610B1 - Book comprising near field communication device and protective layer for protecting the same - Google Patents

Abstract

The present invention relates to a book which can perform local area wireless communication and comprises: a body unit where multiple inner sheets for expressing the content of a book are combined; a cover unit which covers the front and back sides of the body unit; a local area wireless communication device which is formed on the cover unit; and a protective layer which covers the local area wireless communication device. The local area wireless communication device comprises: an antenna which transmits and receives radio waves into and from an external terminal by being formed by printing or a silk screen on the cover unit during the process of forming the cover unit; and an integrated circuit chip which stores information on the book by being formed to be electrically connected with the antenna on the cover unit. Disclosed are the book and a manufacturing method for the same where the protective layer is formed on the upper part of the antenna and the upper part of the integrated circuit chip.

Description

Near field communication device and protective layer for protecting the same

The present invention relates to a book having a short range wireless communication device, and more particularly, to a book having a protective layer for protecting a short range wireless communication device.

The need to give a book the ability to communicate externally to a book, a traditional off-line medium, to efficiently produce, distribute, and manage the book, or to make effective use of the information and content of the book. come.

Printing an image data code such as a barcode or QR code as a means of communicating with the outside of a book, or radio frequency identification (RFID) tag or near field communication (NFC) tag on a book There has been proposed a method of installing a short range wireless communication device.

Registered Utility Model Publication No. 20-0406501 2. Japanese Patent Office Publication No. P2003-76691 3. Registered Patent Publication of Korea Patent Office No. 10-0862964

Conventionally, when an image type data code such as a barcode or a QR code is printed as a means of communicating with the outside of a book, the user has to take a picture of the code with a terminal to recognize the code. .

Conventionally, as disclosed in Korean Patent Application Publication No. 20-0406501 or Japanese Patent Application Publication No. P2003-76691, Patent Publication No. RFID tag or NFC tag as a means for communicating with the outside of a book. In the case of installing a short range wireless communication device such as the above, since the short range wireless communication device was prepared separately from the book and then attached to the book, additional time, cost, and effort are required to install the short range wireless communication device in the book. There was a problem, and after the installation process or after installation, the short range wireless communication device was damaged or damaged due to an external shock, and thus there was a problem in that it did not operate normally.

Furthermore, as disclosed in Korean Patent Application Publication No. 10-0862964, when the electronic tag is simply printed on the ticket paper, there is a problem that it is difficult to repeatedly use it for a long time because it is damaged or broken by an external impact.

An object of the present invention is to provide a book capable of protecting a short-range wireless communication device formed in a book from external shock and preventing the device from being damaged or broken.

According to an aspect of the present invention, there is provided a book capable of short-range wireless communication, comprising: a body portion in which a plurality of inlays representing contents of the book are combined; A cover part covering the front and back surfaces of the main body; A short range wireless communication device formed on the cover unit; And a protective layer covering the short range wireless communication device, wherein the short range wireless communication device is formed by printing or silk screen on the cover part in the process of forming the cover part, and transmits and receives radio waves to and from an external terminal. An integrated circuit chip formed on the cover part to be electrically connected to the antenna to store information on the book information, and the protective layer is formed on an upper portion of the antenna and an upper portion of the integrated circuit chip. .

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Here, the thickness of the protective layer formed on the integrated circuit chip may be thicker than the thickness of the protective layer formed on the antenna.

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Here, the protective layer may be formed of a material containing an epoxy.

Here, the protective layer may be formed of a paper material.

Here, the protective layer may be formed of an elastic material.

Here, the protective layer may be formed by printing or silk screen.

According to another aspect of the present invention, there is provided a book capable of conducting short-range wireless communication, comprising: a body portion having a plurality of inlays representing contents of the book; A cover part covering the front and back surfaces of the main body; An insertion unit included in the main body and coupled with the plurality of inlays; A near field communication device formed on the insertion unit; And a protective layer covering the short range wireless communication device, wherein the short range wireless communication device is formed by printing or silk screen on the inserting part to transmit and receive radio waves with an external terminal and the antenna on the inserting part. And an integrated circuit chip which is formed to be electrically connected to and stores information on the book information, and the protective layer is formed on an upper portion of the antenna and an upper portion of the integrated circuit chip.

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Here, the thickness of the protective layer formed on the integrated circuit chip may be thicker than the thickness of the protective layer formed on the antenna.

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Here, the protective layer may be formed of a material containing an epoxy.

Here, the protective layer may be formed of a paper material.

Here, the protective layer may be formed of an elastic material.

Here, the protective layer may be formed by printing or silk screen.

According to another aspect of the present invention, there is provided a method of manufacturing a book, the method of manufacturing a book capable of short-range wireless communication, comprising: preparing a main body by combining a plurality of inlays representing the contents of the book; Preparing a cover unit to cover the front and back of the body portion; Forming a short range wireless communication device on the beacon; Forming a protective layer covering the short range wireless communication device; And coupling the cover part having a protective layer covering the short range wireless communication device to cover the front and rear surfaces of the body part, and the forming of the short range wireless communication device forms the cover part. Forming an antenna for transmitting / receiving radio waves with an external terminal on the cover part by printing or silk screen and electrically connecting with the antenna on the cover part to store information regarding the book information; And forming a circuit chip, wherein the protective layer is formed on the antenna and on the integrated circuit chip.

According to still another aspect of the present invention, there is provided a method of manufacturing a book, the method of manufacturing a book capable of short-range wireless communication, comprising: preparing a plurality of inlays included in a main body of the book and expressing contents of the book; Preparing an inserting part included in the main body to be combined with the plurality of inlays; Forming a short range wireless communication device on the insertion unit; Forming a protective layer covering the short range wireless communication device; Forming the body part by combining the inserting part having a protective layer covering the short range wireless communication device together with the plurality of inlays; And coupling a cover part to the body part so as to cover the front side and the back side of the body part, and the forming of the short range wireless communication device may include printing or silk printing an antenna for transmitting and receiving radio waves with an external terminal on the inserting part. And forming an integrated circuit chip electrically connected to the antenna on the inserting portion to store information about the book information, wherein the protective layer is formed on the top of the antenna and on the inserting portion. It is formed on top of the integrated circuit chip.

The present invention can protect the short-range wireless communication device formed on the cover of the book from external shocks and prevent the device from being damaged or broken.

The present invention can protect the short-range wireless communication device formed in the inserting portion of the island from external shocks and prevent the device from being damaged or broken.

The present invention provides a method of protecting a short-range wireless communication device formed on a cover portion of a book from external shock and preventing the device from being damaged or broken.

The present invention provides a method of protecting a short-range wireless communication device formed in an inserting portion of a book from external shock and preventing the device from being damaged or broken.

1 is a diagram showing a book according to a first embodiment of the present invention.
Fig. 2 is a view showing a state in which a cover part of a book according to the first embodiment of the present invention is partially opened.
3 is a cross-sectional view taken along the line III-III of FIG. 2.
4 is a view showing a modification of the section III-III of FIG. 2.
FIG. 5 is a diagram showing another modification of the section III-III of FIG. 2.
Fig. 6 shows a book according to a second embodiment of the present invention.
It is a figure which shows the state which partially opened the insertion part of the book which concerns on the 2nd Example of this invention.
FIG. 8 is a cross-sectional view taken along line VIII-VIII of FIG. 7.
9 is a diagram showing a method for manufacturing a book according to a third embodiment of the present invention.
Fig. 10 is a diagram showing a method for manufacturing a book in accordance with a fourth embodiment of the present invention.

Specific details for carrying out the invention will be described through various embodiments. The following embodiments are provided by way of example to explain the specific details for carrying out the present invention to those skilled in the art to which the present invention pertains may be modified in various other forms, of the present invention The range is not limited by the following examples.

(Embodiment 1)

A book according to a first embodiment of the present invention will be described with reference to FIGS. The book 100 according to the first embodiment includes a short range wireless communication device 400 covered by a main body 200, a cover part 300, and a protective layer 430.

The main body 200 is formed by combining a plurality of inlays 210 representing the contents of a book. The plurality of inlays 210 are bonded to each other by being attached at one end 220 by various means such as thread, adhesive, and the like.

The cover part 300 is a part covering the front and back of the body part 200 to protect the body part 200 and indicate the title, author, publisher, and the like of the book 100. The cover portion 300 includes a front cover portion 310 covering the front surface of the body portion 200 and a back cover portion 320 covering the back surface of the body portion 200. The cover part 300 further includes a connection cover part 330 that connects the front cover part 310 and the back cover part 320 and covers a portion where the inlays 210 of the body part 200 are coupled to each other.

The short range wireless communication device 400 is formed on the cover part 300 and is within a certain distance of a wireless communication terminal (not shown) such as a mobile phone, that is, a distance within which the short range wireless communication device 400 can transmit and receive radio waves. As the device approaches, it receives a radio wave transmitted from the terminal and transmits a radio wave about the contents or information of the book 100 to the terminal.

Near field radio frequency identification, which is performed by the near field communication device 400, generally uses a non-contact type of data stored in a tag, label, card, etc. in which a semiconductor chip is embedded, using radio frequency. To read. A wireless recognition system consists of a tag, an antenna, and a reader. The tag and antenna send information wirelessly from several meters to several tens of meters, and the reader receives this signal, decodes the product information, and sends it to a computer. The sent data is processed by the computer system. Therefore, all tagged products can be automatically checked or tracked anytime, anywhere, and the tag can be updated and modified by in-memory memory. The wireless identification tag can be classified into active type (active type) requiring power and passive type (Passive type) operated by the electromagnetic field of the reader without supplying power directly from inside or outside depending on power supply. The tag contains an antenna connected to a semiconductor chip and a capacitor for radio wave tuning. The size of the semiconductor chip has recently been developed up to a size of 0.4 mm. The size of the tag depends on the built-in battery and the frequency band. The reader has an electronic circuit portion that sends and receives radio waves toward the tag. The microprocessor in the reader is stored in memory, which is a storage device, and converts the signal coming from the tag or verifies the signal of the data and has a transmission function. The antenna used in the reader may be included in the case or may be separated by itself, along with an electronic circuit part capable of transmitting and receiving radio waves. The wireless recognition system is classified into a low frequency system below 300 MHz and a high frequency system above 400 MHz according to an operating frequency. Low-frequency systems are typical at 125KHz and 13.56MHz, with low cost tags, small amounts of data storage, short read distances, and omnidirectional antennas. High frequency systems are typical of the standard frequencies 860-930MHz and 2450MHz, with long reading distances from several meters to more than ten meters, making them suitable for moving objects or multi-tag packages that must be recognized very quickly and have a directional antenna.

The short range wireless communication device 400 includes an antenna 410 that transmits and receives radio waves to and from an external terminal, and an integrated circuit chip 420 electrically connected thereto. The integrated circuit chip 420 stores matters related to the information of the book 100. The antenna 410 transmits the information on the book 100 stored in the integrated circuit chip 420 to the terminal through communication with a reader embedded in an external terminal. The terminal transmits the information regarding the book 100 to the server that stores the contents of the book 100 through a wireless communication network, and the server sends the information about the book 100 to the terminal. Send. The terminal that has received the contents of the book 100 transmits the information to the user through a speaker or a screen.

Conventionally, in the case of a book having a barcode or a QR response code, the user must find the barcode or QR code displayed on the book individually using a reader and scan it with the correct distance and illuminance. Since it can be read, there is an inconvenience that it is not possible to scan a plurality of books simultaneously at the same time. However, in the case of the book 100 having the short range wireless communication device 400, the user can read the information of the book 100 by simply accessing the reader to the short range wireless communication device 400 within a predetermined distance, for example, several meters. Since the information of the plurality of books 100 having the same or different contents can be read in a batch at the same time, the logistics process can be made very easy.

In addition, in the case of a book having a bar code or a QR code in the related art, a visually impaired user cannot easily read the bar code or QR code individually and scan it with the correct distance and illuminance by the reader. It was very inconvenient to use the voice support of the contents. However, in the case of the book 100 having the short range wireless communication device 400, the user may read the information of the book 100 only by approaching the reader to the book 100 within a predetermined distance, so that the visually impaired user may read the book 100. Voice support of book content through readers will be very easy.

In addition, the short-range wireless communication device 400 is provided so that the user can receive a service such as previewing a part of the book content or watching a promotional image by simply approaching the reader to the book 100. In particular, even books that are made of plastic packaging to prevent opening, it is possible to provide information without releasing the plastic packaging. In addition, by connecting to the Internet through a reader such as a mobile phone, it is very easy to find and view additional data.

The short range wireless communication device 400 may be installed at the front side or the rear side of the front cover unit 310 or the front side or the rear side of the rear cover unit 320. In addition, the short-range wireless communication device 400 may be installed on the front or rear of the connection cover portion 330 connecting the front cover portion 310 and the rear cover portion 320.

The antenna 410 of the short range wireless communication device 400 may be formed by various methods on the cover part 300, but is formed by printing or silk screen in the process of forming the cover part 300 of the book 100. Can be. As such, the antenna 410 may be formed during the process of forming the cover part 300 by forming the antenna 410 by printing or silk screen, so that the book 100 having the short range wireless communication device 400 is fixed. Not only can it be mass-produced to specifications, but also very easily. That is, in the past, the manufacturing process is increased by attaching the short range wireless communication device 400 to the cover unit 300 after the cover unit 300 is completed, and it is not easy to attach to the standard and is not suitable for mass production. This problem can be solved when the antenna 410 is formed by printing or silk screen.

The antenna 410 of the near field communication device 400 is printed with ink containing a conductive material. The conductive material may be various materials having conductivity such as copper, silver, gold, and nickel. In addition, the conductive material may be a nano ink including a nano-sized material.

The integrated circuit chip 420 of the short range wireless communication device 400 may be formed on the cover part 300 by various methods as in the antenna 410. The integrated circuit chip 420 set in advance to store necessary information may be formed to be electrically connected to the antenna 410 on the cover part 300. Alternatively, after the integrated circuit chip 420 is formed on the cover unit 300, the integrated circuit chip 420 may be set later to store necessary information. The integrated circuit chip 420 may be formed on the antenna 410 using solder bumps or the like.

The near field communication device 400 is covered by a protective layer 430. The protective layer 430 covers the short range wireless communication device 400 to prevent the short range wireless communication device 400 from being damaged or broken by an external impact. As such, the protective layer 430 prevents damage or damage to the short range wireless communication device 400 so that the short range wireless communication device 400 provided in the book 100 is stable even if a user or the like repeatedly uses the book 100 for a long time. To work.

The protective layer 430 may be formed on the antenna 410 to protect the antenna 410, and may be formed on the integrated circuit chip 420 to protect the integrated circuit chip 420. have. Also, as shown in FIG. 3, the protective layer may be formed on both the top of the antenna 410 and the top of the integrated circuit chip 420 to protect both the antenna 410 and the integrated circuit chip 420. have.

When the protective layer 430 is formed on both the upper portion of the antenna 410 and the integrated circuit chip 420, the thickness of the protective layer 430 formed on the upper portion of the integrated circuit chip 420 is measured. It may be thicker than the thickness of the protective layer 430 formed on the upper portion of the (410). For example, as shown in FIG. 3, before forming the protection layer 430, the chip protection layer 431 having the same material as the protection layer 430 is formed on the integrated circuit chip 420, and then the antenna is formed. The protection layer 430 may be formed to cover the top of the 410 and the top of the chip protection layer 431. As such, when the thickness of the protective layer 430 formed on the upper portion of the integrated circuit chip 420 is thicker than the thickness of the protective layer 430 formed on the antenna 410, The integrated circuit chip 420, which stores information on information, may be further protected. This point is further required when the integrated circuit chip 420 protrudes further from the cover part 300 than the antenna 410 due to the reason that the integrated circuit chip 420 is formed on the antenna 410.

As shown in FIG. 4, the protective layer 430 may cover the antenna 410 or the integrated circuit chip 420 along the extending direction of the antenna 410 or the integrated circuit chip 420. The integrated circuit chip 420 may not be formed at a portion where the antenna 410 or the integrated circuit chip 420 is not arranged, for example, a center portion surrounded by the antenna 410. When the protective layer 430 is formed as described above, the material for forming the protective layer 430 may be reduced.

The protective layer 430 may be formed on the front or rear surface of the front cover portion 310 or the front or rear surface of the back cover portion 320 to cover the device depending on where the near field communication device 400 is installed. . As shown in FIG. 5, when the short range wireless communication device 400 is installed on the rear surface of the front cover portion 310, the short range wireless communication device 400 may be formed on the rear surface of the front cover portion 310 to cover the device. Furthermore, when the short range wireless communication device 400 is also installed on the front or back side of the connection cover part 330 connecting the front cover part 310 and the back cover part 320, the protective layer 430 covers the device. It may be formed on the front or back of the connecting cover portion 330.

The protective layer 430 may be formed of various materials that may protect the short range wireless communication device 400. For example, the protective layer 430 may be formed of a material including an epoxy. As described above, when the protective layer 430 is formed of a material containing epoxy, external heat or moisture may be protected by the epoxy having heat resistance, water resistance, chemical resistance, etc. as well as protecting the short range wireless communication device 400 from external impact. Alternatively, the short-range wireless communication device 400 may be prevented from malfunctioning due to external heat, moisture, or chemicals by protecting against chemicals or the like. When the protective layer 430 is formed of an epoxy-containing material, heat protection, water resistance, chemical resistance, and the like may be appropriately adjusted by using the curing layer together with a curing material.

The protective layer 430 may be formed of a paper material. When the protective layer 430 is formed of a paper material, the protective layer 430 may be easily formed.

The protective layer 430 may be formed of a material having elasticity. Examples of the elastic material include natural rubber, inorganic materials such as elastic selenium, and organic materials such as urethane rubber. As described above, when the protective layer 430 is formed of an elastic material, external shock applied to the short range wireless communication device 400 may be alleviated, thereby further protecting the device from external shock.

The protective layer 430 may be formed in various ways, but may be formed together with the cover part 300 by printing or silk screen in the process of forming the cover part 300. As described above, when the protective layer 430 is formed by printing or silk screen, the protective layer 430 may be included in the manufacturing process of the cover part 300 to be formed together with the cover part 300. It can be simplified and advantageous for mass production of the book 100 having the protective layer 430 and has the advantage of precisely producing the protective layer 430 in accordance with the specification. In addition, the protective layer 430 may be formed by inkjet printing.

(Second Embodiment)

A book according to a second embodiment of the present invention will be described with reference to FIGS. 6 to 8. The book 500 according to the second embodiment includes a main body 600, a cover part 700, and a short range wireless communication device 900 covered by the inserting part 800 and the protective layer 930.

The main body 600 is formed by combining a plurality of inlays 610 representing the contents of the book 500. The plurality of inlays 610 are coupled to each other by being attached at one end 620 by various means such as thread, adhesive.

The cover part 700 covers the front and back sides of the main body 600 to protect the main body 600 and indicates the title, author, publisher, and the like of the book 500. The cover part 700 includes a front cover part 710 covering the front surface of the body part 600 and a back cover part 720 covering the back surface of the body part 600. The cover part 700 further includes a connection cover part 730 that connects the front cover part 710 and the back cover part 720 and covers a portion where the inlays 610 of the body part 600 are coupled to each other.

The inserter 800 is included in the body 600 to form the short range wireless communication device 900 and is coupled with the plurality of inlays 610. The inserting part 800 may be inserted anywhere including the middle of the body part 600, but may be inserted between the cover part 700 and the body part 600 as shown in FIG. 6. As described above, when the inserting unit 800 is inserted between the cover unit 700 and the body unit 600, the user easily finds the inserting unit 800 and the short range wireless communication device 900 formed in the inserting unit 800. ) Can be easily used.

The inserter 800 may have various sizes, thicknesses, and shapes, but as shown in FIG. 7, the inserter 800 may have a width and length smaller than each size of the body 600. Can be. Furthermore, the size or shape of the insertion unit 800 may be adjusted to have a size or shape corresponding to an area where the short range wireless communication device 900 may be formed. As such, when the size, thickness, and shape of the inserter 800 are adjusted to correspond to the short range wireless communication device 900, the short range wireless communication device 900 may be easily formed, and the material of the insert paper may be reduced. Will be.

Insertion unit 800 may be made of a variety of materials. For example, the inserter 800 may be made of various materials that may be included in the body 600 such as paper or thin film plastic and may be combined with the plurality of inlays 610.

The short range wireless communication device 900 is formed on the insertion unit 800, and the terminal as the wireless communication terminal such as a mobile phone approaches a certain distance, that is, within a distance that can transmit and receive radio waves with the short range wireless communication device 900. Receiving a radio wave transmitted from the device and transmits a radio wave about the contents or information of the book 500 to the terminal.

The short range wireless communication device 900 includes an antenna 910 for transmitting and receiving radio waves to and from an external terminal and an integrated circuit chip 920 electrically connected thereto. The integrated circuit chip 920 stores matters related to the information of the book 500. The antenna 910 transmits the information regarding the book 500 stored in the integrated circuit chip 920 to the terminal through communication with a reader embedded in an external terminal. The terminal transmits the information about the information of the book 500 to the server that stores the information about the content of the book 500 through the wireless communication network, and the server sends the information about the content of the book 500 to the terminal. Send. The terminal that has received the contents of the book 500 transmits it to the user through a speaker or a screen.

The short range wireless communication device 900 may be formed at either the front side or the rear side of the insertion unit 800. The short range wireless communication device 900 is formed in the inserting unit 800 included in the main body 600 of the book 500 so that the short range wireless communication device 900 is formed by the main body 600 and the cover part 700. Protection from external shocks can prevent the device from being damaged or broken. In addition, in the case of forming the short range wireless communication device 900 in the inserting unit 800, the manufacture of the inserting unit 800 in which only the short range wireless communication device 900 is formed is facilitated, and the short range wireless communication device 900 is formed. By facilitating the manufacture of the cover portion 700 that is not provided, the book 500 having the short range wireless communication device 900 can be easily manufactured.

The antenna 910 of the short range wireless communication device 900 may be formed by various methods on the inserter 800, but may be formed by printing or silkscreen. In this way, by forming the antenna 910 by printing or silkscreen, the book 500 having the insertion unit 800 on which the short range wireless communication device 900 is formed can be mass-produced to a certain standard, and of course, very easily. Will be able to produce. Therefore, when the insertion unit 800 in which the short range wireless communication device 900 is formed is combined to be included in the main body 600, the book 500 having the short range wireless communication device 900 can be manufactured very easily. do.

The antenna 910 of the near field communication device 900 is printed with ink containing a conductive material. The conductive material may be various materials having conductivity such as copper, silver, gold, and nickel. In addition, the conductive material may be a nano ink including a nano-sized material.

The integrated circuit chip 920 of the short range wireless communication device 900 may be formed on the insertion unit 800 by various methods, like the antenna 910. The integrated circuit chip 920 set in advance to store necessary information may be formed to be electrically connected to the antenna 910 on the inserter 800. Alternatively, after the integrated circuit chip 920 is formed on the insertion unit 800, it may be set later to store necessary information. The integrated circuit chip 920 may be formed on the antenna 910 using solder bumps or the like.

The short range wireless communication device 900 is covered by the protective layer 930, as shown in FIG. The protective layer 930 covers the short range wireless communication device 900 to prevent the short range wireless communication device 900 from being damaged or broken by an external impact. As such, the protective layer 930 prevents damage or damage to the short range wireless communication device 900 so that the short range wireless communication device 900 provided in the book 500 is stable even if a user or the like repeatedly uses the book 500 for a long time. To work. Therefore, when the short range wireless communication device 900 covered by the protective layer 930 is formed on the insertion unit 800, the short range wireless communication device 900 may include the protective layer 930 as well as the main body 600 and the cover. Since it is redundantly protected by the part 700, it is more reliably protected from external shocks, thereby making it possible to more reliably prevent damage or breakage.

The protective layer 930 may be formed on the antenna 910 to protect the antenna 910, and may be formed on the integrated circuit chip 920 to protect the integrated circuit chip 920. have.

The protective layer may be formed on both the upper portion of the antenna 910 and the upper portion of the integrated circuit chip 920 to protect both the antenna 910 and the integrated circuit chip 920. When the protective layer 930 is formed on both the upper portion of the antenna 910 and the integrated circuit chip 920, the thickness of the protective layer 930 formed on the integrated circuit chip 920 is measured. It may be thicker than the thickness of the protective layer 930 formed on the upper portion of the (910). When the thickness of the protective layer 930 formed on the upper portion of the integrated circuit chip 920 is greater than the thickness of the protective layer 930 formed on the antenna 910 as described above, The integrated circuit chip 920, which stores information on information, may be further protected. This is more necessary when the integrated circuit chip 920 protrudes more than the antenna 910 from the inserter 800 due to the reason that the integrated circuit chip 920 is formed on the antenna 910.

The protective layer 930 may be disposed on the antenna 910 or the integrated circuit chip 920 to cover the antenna 910 or the integrated circuit chip 920 along the extending direction of the antenna 910 or the integrated circuit chip 920. It may not be formed in a portion formed, the center portion surrounded by the antenna 910, for example, the antenna 910 or the integrated circuit chip 920 is not arranged. When the protective layer 930 is formed as described above, the material for forming the protective layer 930 may be reduced.

The protective layer 930 may be formed on the front side or the rear side of the insertion unit 800 so as to cover the short distance wireless communication device 900 depending on where it is installed.

The protective layer 930 may be formed of various materials for protecting the short range wireless communication device 900. For example, the protective layer 930 may be formed of a material including an epoxy. As described above, when the protective layer 930 is formed of an epoxy-containing material, external heat or moisture may be protected by an epoxy having heat resistance, water resistance, chemical resistance, etc. as well as protecting the short range wireless communication device 900 from external impact. Alternatively, the short-range wireless communication device 900 may be prevented from malfunctioning due to external heat, moisture, or chemicals by protecting against chemicals or the like. When the protective layer 930 is formed of an epoxy-containing material, heat resistance, water resistance, chemical resistance, and the like may be appropriately controlled by using the curing material together.

The protective layer 430 may be formed of a paper material. When the protective layer 430 is formed of a paper material, the protective layer 430 may be easily formed.

The protective layer 930 may be formed of an elastic material. Examples of the elastic material include natural rubber, inorganic materials such as elastic selenium, and organic materials such as urethane rubber. As described above, when the protective layer 930 is formed of an elastic material, external shocks applied to the short range wireless communication device 900 may be alleviated, thereby further protecting the device from external shocks.

The protective layer 930 may be formed in various ways, but may be formed together with the inserting portion 800 by printing or silk screen in the process of forming the inserting portion 800. As described above, when the protective layer 930 is formed by printing or silk screen, the protective layer 930 may be included in the manufacturing process of the inserting part 800 to be formed together with the inserting part 800. It can be simplified and advantageous for mass production of the book 500 having the protective layer 930 and has the advantage of precisely producing the protective layer 930 to meet the specifications. In addition, the protective layer 930 may be formed by inkjet printing.

(Third Embodiment)

The manufacturing method of the book which concerns on 3rd Example of this invention is demonstrated with reference to FIG. In a method of manufacturing a book according to a third embodiment of the present invention, preparing a main body portion (S110), preparing a cover portion (S120), forming a short range wireless communication device (S130), and forming a protective layer (S140) and the step (S150) for coupling the cover portion to the body.

The preparing of the main body (S110) is a step of preparing the main body by combining a plurality of inlays representing the contents of the book.

Preparing the cover portion (S120) is a step of preparing a cover portion to cover the front and back of the body portion. In order to prepare the cover part, the design to be printed on the cover part must first be designed. Next, the design of the near field communication device to be formed in the cover section is also designed. After preparing a front sheet to be used as a cover section, first, the design is printed by a printing apparatus according to the design to prepare a cover section. At this time, it prints using the design ink.

The forming of the short range wireless communication device (S130) is a step of forming the short range wireless communication device on the cover unit on which the design is printed. In addition to the cover portion on which the design is printed, the antenna of the near field communication device is printed by the printing device according to the design. At this time, the antenna is printed using conductive ink. Conversely, the front surface of the antenna may be first printed according to the design using conductive ink, and then the design may be printed according to the design using ink for printing.

On the other hand, the integrated circuit chip is attached so that the antenna of the short-range wireless communication device is electrically connected to the printed cover portion. At this time, the integrated circuit chip stores the information on the book information. On the other hand, the information about the book information can be stored in the integrated circuit chip in advance before being electrically connected to the antenna on the cover part.

Forming a protective layer (S140) is a step of forming a protective layer so that the short-range wireless communication device covers the short-range wireless communication device to the printed cover portion. The protective layer is printed by the printing apparatus to cover the short range wireless communication device as previously designed. At this time, the protective layer may be formed by a silk screen. In this case, the protective layer may use an ink made of a material containing epoxy. On the other hand, only a portion corresponding thereto to cover the integrated circuit chip of the short range wireless communication device is first covered by the protective layer, and then the protective layer is covered to cover the entire short range wireless communication device including the antenna and the protective layer of the integrated circuit chip. You can print additionally.

Coupling the cover portion to the body portion (S150) is a step of coupling the cover portion formed on the short-range wireless communication device and the protective layer on the body portion. After the short-range wireless communication device and the cover layer formed with the protective layer are cut to fit the book, they are combined with the main body.

By providing a protective layer that protects the short-range wireless communication device as described above, it is possible to provide a book manufacturing method that can protect the short-range wireless communication device from external shock and prevent its damage or damage.

(Fourth Embodiment)

The manufacturing method of the book which concerns on 4th Example of this invention is demonstrated with reference to FIG. In the method of manufacturing a book according to the fourth embodiment of the present invention, the method includes preparing a main body inlay (S210), preparing a inserting unit (S220), and forming a short range wireless communication device on the inserting unit (S230). Forming a protective layer (S240), combining the insertion portion with the inlay to form a body portion (S250) and the step of coupling the cover portion to the body portion (S260).

Preparing the main body inlay (S210) is a step of preparing a plurality of inlays expressing the content of the book.

The preparing of the inserting unit (S220) is a step of preparing the inserting unit included in the main body to be combined with the inlay. In order to prepare the insertion part, the design of the short range wireless communication device to be formed in the insertion part is designed.

Forming a near field communication device on the inserter (S230) is a step of forming a near field communication device on the inserter. The antenna of the near field communication device is printed by the printing device according to the design of the inserting unit. At this time, the antenna is printed using conductive ink.

On the other hand, the integrated circuit chip is attached so that the antenna of the short-range wireless communication device is electrically connected to the printed insertion unit. At this time, the integrated circuit chip stores the information on the book information. On the other hand, the information about the book information can be stored in the integrated circuit chip in advance before being electrically connected to the antenna in the insertion section.

Forming a protective layer (S240) is a step of forming a protective layer so that the short-range wireless communication device covers the short-range wireless communication device to the printed insertion unit. The protective layer is printed by the printing apparatus to cover the short range wireless communication device as previously designed. At this time, the protective layer may be formed by a silk screen. In this case, the protective layer may use an ink made of a material containing epoxy. On the other hand, only a portion corresponding thereto to cover the integrated circuit chip of the short range wireless communication device is first covered by the protective layer, and then the protective layer is covered to cover the entire short range wireless communication device including the antenna and the protective layer of the integrated circuit chip. You can print additionally.

Forming the body portion by combining the insertion portion with the inlay (S250) is a step of combining the plurality of inlay and insertion portion. The insertion unit is cut for each portion in which the short range wireless communication device is formed, and then combined with a plurality of inlays to form a body portion.

Coupling the cover portion to the body portion (S260) is a step of coupling the cover portion to the body portion including a short-range wireless communication device and the insertion portion formed with a protective layer. Cut the cover to fit the book and attach it to the main text.

Thus, the step of forming a protective layer for protecting the short-range wireless communication device in the inserting portion to protect the short-range wireless communication device more reliably from external shock by the protective layer and the body portion and the cover portion to further protect the damage or damage. The book manufacturing method which can reliably prevent can be provided.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it will be understood by those of ordinary skill in the art that various changes in form and details may be made therein without departing from the spirit and scope of the present invention as defined by the following claims. It is understandable that it is possible. Accordingly, the scope of protection of the present invention is defined by the technical idea of the appended claims.

Industrial Applicability The present invention can be used for books capable of short-range wireless communication and methods for manufacturing the same.

100, 500: book 200, 600: main body
210, 610: inlay 300, 700: cover
310, 710: front cover 320, 720: back cover
330, 730: Connection mark 400, 900: Short-range wireless communication device
410, 910: antenna 420, 920: integrated circuit chip
430, 930: protective layer 431: chip protective layer

Claims (21)

As a book capable of short-range wireless communication,
A text unit in which a plurality of inlays representing the contents of the book are combined;
A cover part covering the front and back surfaces of the main body;
A short range wireless communication device formed on the cover unit; And
A protective layer covering the short range wireless communication device,
The short range wireless communication device is formed by printing or silk screen on the cover part in the process of forming the cover part, and is formed to be electrically connected to the antenna on the cover part and an antenna for transmitting and receiving radio waves with an external terminal. It is equipped with an integrated circuit chip that stores information about the book information,
The protective layer is formed on top of the antenna and the top of the integrated circuit chip. delete delete delete delete The method according to claim 1,
And a thickness of the protective layer formed on the integrated circuit chip is thicker than a thickness of the protective layer formed on the antenna. The method according to claim 1,
The protective layer is formed of a material containing an epoxy. The method according to claim 1,
The protective layer is a book formed of a paper material. The method according to claim 1,
The protective layer is a book formed of an elastic material. The method according to claim 1,
The protective layer is a book formed by printing or silkscreen. As a book capable of short-range wireless communication,
A text unit in which a plurality of inlays representing the contents of the book are combined;
A cover part covering the front and back surfaces of the main body;
An insertion unit included in the main body and coupled with the plurality of inlays;
A near field communication device formed on the insertion unit; And
A protective layer covering the short range wireless communication device,
The short-range wireless communication device is formed by printing or silk screen on the inserting unit to transmit and receive radio waves with an external terminal, and is formed to be electrically connected to the antenna on the inserting unit for information on the information of the book. It has an integrated circuit chip for storing,
The protective layer is formed on top of the antenna and the top of the integrated circuit chip. delete delete delete 12. The method of claim 11,
And a thickness of the protective layer formed on the integrated circuit chip is thicker than a thickness of the protective layer formed on the antenna. 12. The method of claim 11,
The protective layer is formed of a material containing an epoxy. 12. The method of claim 11,
The protective layer is a book formed of a paper material. 12. The method of claim 11,
The protective layer is a book formed of an elastic material. 12. The method of claim 11,
The protective layer is a book formed by printing or silkscreen. As a method for manufacturing a book capable of short-range wireless communication,
Preparing a main body by combining a plurality of inlays representing the contents of the book;
Preparing a cover unit to cover the front and back of the body portion;
Forming a short range wireless communication device on the beacon;
Forming a protective layer covering the short range wireless communication device; And
Coupling the cover part having the protective layer covering the short-range wireless communication device to the front and rear surfaces of the body part,
The forming of the short range wireless communication device may include forming, by printing or silk screen, an antenna for transmitting and receiving radio waves to and from an external terminal on the cover part in the process of forming the cover part. Forming an integrated circuit chip connected to the circuit board for storing information on the book information;
And said protective layer is formed on top of said antenna and on top of said integrated circuit chip. As a method for manufacturing a book capable of short-range wireless communication,
Preparing a plurality of inlays included in a main body of the book and expressing contents of the book;
Preparing an inserting part included in the main body to be combined with the plurality of inlays;
Forming a short range wireless communication device on the insertion unit;
Forming a protective layer covering the short range wireless communication device;
Forming the body part by combining the inserting part having a protective layer covering the short range wireless communication device together with the plurality of inlays; And
Coupling a cover part to the body part so as to cover the front side and the back side of the body part,
The forming of the short range wireless communication device may include forming, by printing or silkscreening, an antenna for transmitting and receiving radio waves to and from an external terminal on the inserting portion, and electrically connecting the antenna to the inserting portion on the inserting information. Forming an integrated circuit chip for storing matters relating to
And said protective layer is formed on top of said antenna and on top of said integrated circuit chip.

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