JP3197222U - Single-direction sensitive short-range wireless communication device - Google Patents
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Abstract
【課題】単一方向感応式近距離無線通信装置を提供する。【解決手段】単一方向感応式近距離無線通信装置は、近距離無線通信装置（ＮＦＣ）が、感応層１内部にチップ１１を設け、且つ感応層一側表面に感応コイル１２を設け、近距離無線通信信号を感応させ、感応コイルが相対する感応層他側表面には、吸収層２を固定し、吸収層は、高透磁率金属及びポリエステル材質等を含んで多層積層状に成型され、感応層が相対する吸収層の他側表面に金属隔離層３を固定し、金属隔離層の寸法を吸収層以上にさせ、吸収層一側表面に定位可能にし、近距離無線通信装置がただ感応層の感応コイルを有する表面のみに単一方向の感応を行うことができ、他方向は、感応不可能とする目的を達成し、双方向の感応を行うことができないようする。【選択図】図２A single-direction sensitive short-range wireless communication device is provided. A single-direction sensitive short-range wireless communication device includes a short-range wireless communication device (NFC) in which a chip 11 is provided in a sensitive layer 1 and a sensitive coil 12 is provided on one surface of the sensitive layer. The absorbing layer 2 is fixed to the other surface of the sensitive layer to which the distance wireless communication signal is sensitive, and the sensitive coil is opposed to the absorbing layer, and the absorbing layer is molded into a multi-layered structure including a high permeability metal and a polyester material. The metal isolation layer 3 is fixed to the other surface of the absorption layer opposite to the sensitive layer, the size of the metal isolation layer is made larger than that of the absorption layer, and it can be localized on the one surface of the absorption layer. Only the surface with the sensitive coil of the layer can be sensitive in a single direction, while the other direction achieves the insensitivity objective and prevents bidirectional sensitivity. [Selection] Figure 2
Description
本考案は、単一方向感応式近距離無線通信装置に関し、特に、感応層の感応コイルを具えた他側面にそれぞれ吸収層及び金属隔離層を結合し、近距離無線通信装置他側の無線が感応されることを阻止する目的を達成する単一方向へ近距離無線感応を行わせることができる近距離無線通信装置に関する。 The present invention relates to a single-direction sensitive short-range wireless communication device, and in particular, an absorption layer and a metal isolation layer are coupled to the other side of the sensitive layer having a sensitive coil, respectively, so The present invention relates to a short-range wireless communication apparatus capable of performing short-range wireless sensitivity in a single direction that achieves the purpose of preventing sensitivity.
電子科学技術の急速な発展に伴い、多くの電子製品も日常生活に応用され、人々の生活、仕事及び勉学等の各方面の利便性をもたらし、近年より更に３Ｃ電子製品の迅速な成長により、スマートフォン、タブレットＰＣ等の各種携帯式電子装置が人々に不可欠なアプリケーションツールになっており、関連する周辺機器（例えば、イヤホン、スピーカ又はブルートゥース装置等）及びアプリケーションプログラム、システムも開発され、伴って無線通信の伝送も急速に発展し、現在常用される無線伝送モード、例えば、無線周波数（ＲＦ）信号、無線ブルートゥース又は近距離無線通信装置等は、何れも近距離の無線振動伝送によって、各種電子信号（例えば、文字、図面、イメージ、音声又は映像等）の伝送を完成させることができ、スマートフォン、タブレットＰＣ等の各種可携帯式電子装置によって、必要な電子情報を即時取得することができ、時間、地域等の制限を突破しており、無線信号が及ぶことができる箇所であれば、どこでも無線信号を送受信でき、最も便利で速い通信モードとなっており、また、現代社会の老若男女が皆非常に寵愛する通信モードであり、スマートフォン、タブレットＰＣ等の可携帯式電子装置は、無線通信を利用してインターネットに接続し、各種電子データのダウンロード、アプリケーションの実行を行うことができ、映像音声の動的モードを具備し、活発で更に多元化した使用方式となり、更に多元化した操作応用を提供し、多くの人々が空き時間があれば、スマートフォン又はタブレットＰＣ等のスライディング(移動)を行い、且つ現代人の日常生活中の重要な一環となっている。 Along with the rapid development of electronic science and technology, many electronic products are also applied to daily life, bringing convenience in every aspect of people's life, work and study, etc. With the rapid growth of 3C electronic products in recent years, Various portable electronic devices such as smartphones and tablet PCs have become indispensable application tools for people, and related peripheral devices (for example, earphones, speakers, Bluetooth devices, etc.), application programs, and systems have been developed, and wireless Communication transmission has also developed rapidly, and currently used radio transmission modes, such as radio frequency (RF) signals, wireless Bluetooth or short-range wireless communication devices, all use various electronic signals by short-range wireless vibration transmission. (For example, text, drawings, images, audio or video) can be completed, Various portable electronic devices such as smartphones, tablet PCs, etc. can obtain the necessary electronic information immediately, break through the restrictions of time, region, etc. It is the most convenient and fast communication mode that can send and receive wireless signals everywhere, and it is a communication mode that all young and old men and women in modern society are very fond of, and portable electronic devices such as smartphones and tablet PCs are wireless Connect to the Internet using communication, download various electronic data, execute applications, have a dynamic mode of video and audio, become a more active and multi-use system, and more multi-operation Provide application, if many people have free time, sliding (moving) smartphone or tablet PC etc. It has become an important part of people's daily life.
電子信号を通信伝送する以外に、電子科学は、閲読学習の分野にも応用され、図書表面に必要な文字、画像又はＱＲＣｏｄｅ等を印刷し、電子スキャンペンを合わせて該文字又は画像をスキャンした後、電子スキャンペン中の回路システムにより処理を行い、スキャンした文字、画像又はＱＲＣｏｄｅ等と関連する音声読み方、学習のモードを発し、サウンド指導の自習方式を提供し、近年より多くの人々の歓迎を受け、既に多くの指導場所又は学生等の自習実施のモードとなっているが、該スキャン方式は、サウンド指導の方式を行うことによって、ただ図書の静的イメージに対照な音声を有し、同一の音声リーディングを絶えず繰り返し行うだけであり、時間の経過にとり引き付ける力を失い、学習を行う意欲が消失し、且つ電子スキャンペン及び図書のサウンド指導は、ただ音声の再生のみがあり、動的なイメージを具備せず、動的映像のインタラクション指導方式を達成することができず、学習者の興味を引き付けることが比較的困難であり、電子スキャンペン及び図書の指導方式は、単調で面白みのない欠陥が嫌われ、実際の応用実施時、多くの不便が存在し、改善が期待される。
先行技術文献としては、原稿に無線交信素子(RFIDチップ)を付し、原稿をスキャンすることにより、原稿全体の画像を読み取るようにした画像入力装置および画像形成装置(例えば、特許文献１参照)が開示されている。
In addition to electronic transmission of electronic signals, electronic science is also applied to the field of reading learning, printing necessary characters, images, QRCode, etc. on the book surface, and scanning the characters or images with an electronic scanning pen Later, processing is performed by a circuit system in an electronic scanning pen, and a reading method and a learning mode related to scanned characters, images, QRCode, etc. are issued, and a self-study method for sound guidance is provided. Has already been in the mode of self-study implementation of many teaching places or students, etc., but by performing the sound teaching method, the scan method has a voice that contrasts with the static image of the book, It only repeats the same voice reading constantly, loses the ability to attract over time, loses the willingness to learn, and electronically scans. Pen and book sound instruction only plays audio, does not have a dynamic image, cannot achieve a dynamic image interaction instruction method, and is relatively less attractive to learners. It is difficult, and the electronic scanning pen and book teaching methods are disliked with monotonous and interesting defects, and there are many inconveniences in actual application implementation, and improvement is expected.
Prior art documents include an image input apparatus and an image forming apparatus in which a wireless communication element (RFID chip) is attached to a document, and an image of the entire document is read by scanning the document (see, for example, Patent Document 1). Is disclosed.
本考案の目的は、該近距離無線通信装置（ＮＦＣ）が、感応層内部にチップを設け、且つ感応層一側表面に感応コイルを設け、近距離無線通信信号を感応させ、前記感応コイルが相対する感応層他側表面には、吸収層を固定し、吸収層は、高透磁率金属及びポリエステル材質等を含んで多層積層状に成型され、電磁波の互換又は干渉を統合した作用を有し、感応層が相対する吸収層の他側表面に金属隔離層を固定し、近距離無線通信装置がただ感応層の感応コイルを有する表面のみに単一方向の感応を行うことができ、他方向は、感応不可能とする目的を達成し、即ち、双方向の感応を行うことができないようすることにある。 The object of the present invention is to provide a short-range wireless communication device (NFC) in which a chip is provided in the sensitive layer and a sensitive coil is provided on one surface of the sensitive layer to sense a short-range wireless communication signal. An absorbing layer is fixed to the opposite surface of the sensitive layer, and the absorbing layer is molded into a multi-layered structure including a high magnetic permeability metal and polyester material, and has an action of integrating electromagnetic compatibility or interference. The metal isolation layer is fixed to the other surface of the absorbing layer opposite to the sensitive layer, and the short-range wireless communication device can only perform the unidirectional response on the surface having the sensitive coil of the sensitive layer, the other direction Is to achieve the purpose of insensitivity, that is, to prevent bidirectional sensitivity.
本考案のもう１つの目的は、該感応層、吸収層及び金属隔離層等が薄片状に成型された近距離無線通信装置（ＮＦＣ）が、図書の表紙、背表紙の内表面を感応させ、又は頁面内部の２つの相反方向に定位するように設け、異なる頁面表面を感応させることができ、各感応コイルの相対する頁面を予め設ける可携帯式電子装置に感応させることができ、且つ背面の頁面は、感応されないようにし、図書の単一頁の二面の異なる内容が異なる感応モードを行わせ、相互に干渉の現象を起こさず、それぞれ異なる電子信号を感応する効果を発生することができるようにすることである。 Another object of the present invention is that the short-range wireless communication device (NFC) in which the sensitive layer, the absorbing layer, the metal isolating layer, etc. are formed into a thin piece is sensitive to the inner surface of the book cover and back cover, Alternatively, it can be provided so as to be localized in two opposite directions inside the page surface, can be made to sense different page surface surfaces, can be made sensitive to a portable electronic device in which the opposite page surfaces of each sensitive coil are previously provided, and The page surface is made insensitive, the different contents of the two pages of the single page of the book perform different sensitivity modes, and the effect of sensitizing different electronic signals can be generated without causing mutual interference phenomenon. Is to do so.
本考案の単一方向感応式近距離無線通信装置は、感応層、吸収層及び金属隔離層を含み、そのうち、該感応層内部にチップを設け、感応層一側表面に近距離無線通信信号を感応する感応コイルを設け、該吸収層は、前記感応コイルが相対する感応層他側表面に固定され、多層積層状を呈する高透磁率金属及びポリエステル材質を含み、該金属隔離層は、感応層が相対する吸収層他側表面に固定される。 The unidirectional sensitive short-range wireless communication device of the present invention includes a sensitive layer, an absorption layer, and a metal isolation layer, of which a chip is provided inside the sensitive layer, and a short-range wireless communication signal is provided on one surface of the sensitive layer. A sensitive coil is provided, and the absorbing layer is fixed to the other surface of the sensitive layer opposite to the sensitive coil, and includes a high permeability metal and polyester material having a multi-layered structure, and the metal isolation layer is a sensitive layer. Is fixed to the other surface of the opposite absorbent layer.
本考案の単一方向感応式近距離無線通信装置は、該近距離無線通信装置（ＮＦＣ）が、感応層内部にチップを設け、且つ感応層一側表面に感応コイルを設け、近距離無線通信信号を感応させ、前記感応コイルが相対する感応層他側表面には、吸収層を固定し、吸収層は、高透磁率金属及びポリエステル材質等を含んで多層積層状に成型され、感応層が相対する吸収層の他側表面に金属隔離層を固定し、金属隔離層の寸法を吸収層以上にさせ、吸収層一側表面に定位可能にし、近距離無線通信装置がただ感応層の感応コイルを有する表面のみに単一方向の感応を行うことができ、他方向は、感応不可能とする目的を達成し、双方向の感応を行うことができないようする。 The short-range wireless communication device according to the present invention includes a short-range wireless communication device (NFC) in which a short-range wireless communication device (NFC) is provided with a chip inside the sensitive layer and a sensitive coil on one surface of the sensitive layer. An absorbing layer is fixed to the other surface of the sensitive layer opposite to the sensitive coil to which the sensitive coil is opposed, and the absorbing layer is formed into a multilayer laminate including a high magnetic permeability metal and a polyester material. A metal isolation layer is fixed to the other side surface of the opposite absorption layer, the size of the metal isolation layer is made larger than that of the absorption layer, and localization is possible on the surface of one side of the absorption layer. Only a surface having a unidirectional sensitivity can be performed, and the other direction achieves the purpose of non-sensitivity and prevents bidirectional sensitivity.
以下、図面を参照して本考案の実施の態様を説明する。
図１、図２を参照し、本考案の一実施例の単一方向の感応式近距離無線通信装置は、感応層１、吸収層２及び金属隔離層３を含む。
Hereinafter, embodiments of the present invention will be described with reference to the drawings.
Referring to FIGS. 1 and 2, a unidirectional sensitive short-range wireless communication device according to an embodiment of the present invention includes a sensitive layer 1, an absorbing layer 2, and a metal isolation layer 3.
該感応層１内部にチップ１１を設け、且つ感応層一側表面にチップ１１と電気的に導通する感応コイル１２を設ける。 A chip 11 is provided inside the sensitive layer 1 and a sensitive coil 12 that is electrically connected to the chip 11 is provided on one surface of the sensitive layer.
該吸収層２は、高透磁率金属及びポリエステル材質を含んで構成され、多層積層状を呈する。 The absorption layer 2 includes a high magnetic permeability metal and a polyester material, and has a multi-layered structure.
該金属隔離層３は、金属材質の銅、鉄、アルミニウム又は錫又は金属合金等から形成される。 The metal isolation layer 3 is made of a metal material such as copper, iron, aluminum, tin, or a metal alloy.
前記各部材の結合成型時、感応コイル１２の相対する感応層１他側表面に吸収層２及び金属隔離層３を順に結合固定し、感応層１、吸収層２及び金属隔離層３の各相対する表面の間は、接着剤、樹脂又は両面テープ等で接合、固定して薄片状に成型されることができ、感応層１、吸収層２及び金属隔離層３によって本考案の単一方向感応式近距離無線通信装置を構成することができる。 At the time of bonding molding of the respective members, the absorbing layer 2 and the metal isolating layer 3 are sequentially bonded and fixed to the opposite surface of the sensitive layer 1 of the sensitive coil 12, and each of the sensitive layer 1, the absorbing layer 2 and the metal isolating layer 3 is relatively fixed. The surface to be bonded can be formed into a thin piece by bonding and fixing with an adhesive, resin or double-sided tape, etc., and the sensitive layer 1, the absorbing layer 2 and the metal isolating layer 3 provide a unidirectional sensitive A short-range wireless communication apparatus can be configured.
上記の感応層１内部のチップ１１は、所定のデータ（例えば、文字、図面、映像又は音声又はスキャンイメージ等）を保存させることができ、電気的に導通する感応コイル１２によって近距離無線通信（Ｎｅａｒ Ｆｉｅｌｄ Ｃｏｍｍｕｎｉｃａｔｉｏｎ，ＮＦＣ）の無線通信の感応、伝送等を行わせることができ、予め設ける可携帯式電子装置（例えば、スマートフォン又はタブレットＰＣ等）と単一方向の近距離無線通信の感応を行い、予め設ける可携帯式電子装置は、感応層１の感応コイル１の表面に接近するだけで、感応を行うことができ、感応層１他側の金属隔離層３の表面を覆い、予め設ける可携帯式電子装置が感応を行うことができ、感応コイル１２が相対する感応層１他側表面には、吸収層２を固定設置しているので、吸収層２により感応層１裏面の無線通信の信号電磁波を整合、吸収することができ、吸収層２外部を覆う金属隔離層３によって無線信号の外向きの伝送を阻止し、吸収層２によって無線通信の信号電磁波と互換又は干渉の作用を発生することができ、金属隔離層３の隔離によって、近距離無線通信の信号電磁波の外向きの伝送を回避でき、感応層１他側の金属隔離層３が覆う表面が近距離無線通信（ＮＦＣ）の無線通信信号感応を行うことができないようにし、無線通信装置にただ単一方向のみの感応をさせ、他方向には感応されないようにし、無線通信装置の感応モードを限定し、双方向に感応されないようにすることを達成する。金属隔離層３が感応層１の感応信号を干渉すると、感応層１の干渉信号が感応し、読み取れなくなるので、感応層１、金属隔離層３の間に吸収層を設置し、感応層１が金属隔離層３により干渉される現象を回避する必要があり、吸収層２の阻隔作用によって、金属隔離層３が感応層１に干渉することを回避し、ただ感応層１から単一方向でのみ感応させることができ、他側の金属隔離層３の方向からは、感応されないようすることができる。 The chip 11 in the sensitive layer 1 can store predetermined data (for example, characters, drawings, video, audio, scan image, etc.), and the short-distance wireless communication ( Near Field Communication (NFC) wireless communication sensitivity, transmission, etc. can be performed, and portable electronic devices (for example, smart phones or tablet PCs) provided in advance and single-direction short-range wireless communication sensitivity The portable electronic device provided in advance can perform the sensing only by approaching the surface of the sensitive coil 1 of the sensitive layer 1, and covers the surface of the metal isolation layer 3 on the other side of the sensitive layer 1 and can be provided in advance. The portable electronic device can be sensitive, and the absorption layer 2 is fixedly installed on the surface of the other side of the sensitive layer 1 to which the sensitive coil 12 faces. The layer 2 can match and absorb radio wave signal electromagnetic waves on the back side of the sensitive layer 1. The metal isolation layer 3 covering the outside of the absorption layer 2 prevents the radio signal from being transmitted outward, and the absorption layer 2 performs radio communication. It is possible to generate compatibility with or interference with the signal electromagnetic wave of the above, and the isolation of the metal isolation layer 3 can avoid the outward transmission of the signal electromagnetic wave of short-range wireless communication, and the metal isolation layer 3 on the other side of the sensitive layer 1. The wireless communication device is configured such that the surface covered by the wireless communication device cannot perform near field communication (NFC) wireless communication signal sensitivity, the wireless communication device is sensitive only in one direction, and is not sensitive in other directions. The sensitivity mode is limited so that it is not sensitive in both directions. When the metal isolation layer 3 interferes with the sensitive signal of the sensitive layer 1, the interference signal of the sensitive layer 1 is sensitive and cannot be read. Therefore, an absorbing layer is installed between the sensitive layer 1 and the metal isolating layer 3, and the sensitive layer 1 It is necessary to avoid the phenomenon of interference by the metal isolation layer 3, and the interference of the absorption layer 2 prevents the metal isolation layer 3 from interfering with the sensitive layer 1, and only in a single direction from the sensitive layer 1. It can be made sensitive, and it can be made not sensitive from the direction of the metal isolation layer 3 on the other side.
また、該金属隔離層３の寸法面積は、吸収層２の寸法面積以上であることができ、金属隔離層３が吸収層２の一側表面又は吸収層２の一側表面及び周縁外部等を覆うことができ、金属隔離層３の金属材質によって電磁波、電子信号又はノイズ信号等をブロックする機能を有し、感応層１、吸収層２の良好なブロック効果を形成し、感応層１のチップ１１、感応コイル１２他側表面が発生する無線通信信号を、吸収層２を介して吸収した後、金属隔離層３を利用して隔離、ブロックすることができ、即ち、金属隔離層３を経由して外向きに近距離無線通信（ＮＦＣ）信号を伝送することがなく、感応層１、吸収層２及び金属感応層３から成型される近距離無線通信装置がただ単一方向のみに感応させる効果を達成し、ただ、感応層１の感応コイル１２表面及び予め設ける可携帯式電子装置により近距離無線通信（ＮＦＣ）感応を行うことができる。 The dimensional area of the metal isolation layer 3 may be equal to or greater than the dimensional area of the absorption layer 2, and the metal isolation layer 3 may cover one side surface of the absorption layer 2, one side surface of the absorption layer 2, the outer peripheral edge, or the like. It can be covered and has a function of blocking electromagnetic waves, electronic signals, noise signals, etc. by the metal material of the metal isolation layer 3 and forms a good blocking effect of the sensitive layer 1 and the absorbing layer 2. 11. Sensitive coil 12 The wireless communication signal generated on the other side surface can be isolated and blocked using the metal isolation layer 3 after being absorbed through the absorption layer 2, that is, via the metal isolation layer 3. Thus, the short-range wireless communication device molded from the sensitive layer 1, the absorption layer 2, and the metal-sensitive layer 3 is sensitive only in a single direction without transmitting a near field communication (NFC) signal outward. Achieves the effect, but only the sensitive carp of the sensitive layer 1 It is possible to perform Near Field Communication (NFC) sensitive by 12 surface and previously provided variable portable electronic device.
図１、図２、図３、図４、図５を参照し、図３から分かるように、本考案の単一方向感応式近距離無線通信装置は、２組の感応層１、吸収層２及び金属隔離層３から成型される２つの近距離無線通信装置をそれぞれ図書４の頁面４１の挟持層４１０内部に取り付け、２つの近距離無線通信装置の２つの感応層１の感応コイル１２によりそれぞれ異なる頁面表面４１１、４１２に反対向きに相対し、単一頁面４１の二側頁面表面４１１，４１２をそれぞれ異なる感応層１の感応コイル１２を介して、予め設ける可携帯式電子装置（例えば、スマートフォン又はタブレットＰＣ等）に近距離無線通信の感応を行わせることができ、異なる頁面表面４１１，４１２の相対する感応層１内部チップ１１がそれぞれ異なる頁面表面４１１，４１２の内容と関連する文字、図面、映像、音声又はスキャンイメージ又はＱＲｃｏｄｅ等を保存することができ、予め設ける可携帯式電子装置が異なる頁面表面４１１，４１２の異なる感応層１の感応コイル１２を感応し、予め設ける可携帯式電子装置によりインターネット、アプリケーションプログラム（ＡＰＰ）又はオペレーションシステム等に接続し、各頁面表面４１１，４１２の内容と関連するイメージを再生し、動的イメージ、音声式のインタラクション指導、自習の効果を達成することができ、且つ動的映像音声式インタラクション方式によって、図書４内部の各頁面４１のそれぞれ異なる頁面表面４１１，４１２の文字、図面又は写真の内容に合わせて、使用者の強烈な興味を引十分に引き付け、飽きを感じさせず、且つ異なる頁面表面４１１，４１２の内容が誤った感応を起こさず、頁面表面４１１の内容（例えば、動物のライオン等）は、該頁面の無線通信装置箇所でのみ感応を行うことができ、他の頁面表面４１２（内容が動物のトラ等）は、頁面表面４１１の内容（ライオン）情報を感応することができず、異なる頁面表面４１１，４１２の内容情報が誤って感応されることを防止する効果を有する。 1, 2, 3, 4, and 5, as can be seen from FIG. 3, the unidirectional sensitive short-range wireless communication device of the present invention includes two sets of a sensitive layer 1 and an absorbing layer 2. And two short-range wireless communication devices molded from the metal isolation layer 3 are mounted inside the pinching layer 410 on the page surface 41 of the book 4, respectively, and the sensitive coils 12 of the two sensitive layers 1 of the two short-range wireless communication devices respectively. A portable electronic device (for example, a smartphone) which is provided in advance opposite to the different page surface surfaces 411 and 412, and the two side page surfaces 411 and 412 of the single page surface 41 are provided in advance via the sensitive coils 12 of the different sensitive layers 1. Or tablet PC, etc.) can be sensitive to short-range wireless communication, and the opposite sensitive layer 1 internal chip 11 of different page surface surfaces 411, 412 has different contents of page surface surfaces 411, 412. Relevant characters, drawings, video, audio or scanned images or QRcode can be stored, and a portable electronic device provided in advance senses the sensitive coil 12 of different sensitive layers 1 on different page surfaces 411 and 412, Connected to the Internet, application program (APP) or operation system, etc. with the portable electronic device provided, reproduces the image related to the contents of each page surface 411, 412, dynamic image, voice interaction instruction, self-study The effect can be achieved, and the dynamic video / audio interaction method can be used to match the contents of characters, drawings or photographs on different page surface surfaces 411 and 412 of each page surface 41 in the book 4 to the user's intense. A different page surface that attracts interest and does not get bored 11, 412 does not cause false sensitivity, and the content of the page surface 411 (for example, an animal lion) can be sensed only at the location of the wireless communication device on the page surface, and other page surface surfaces 412 ( An tiger or the like whose contents are animals cannot respond to the contents (lion) information of the page surface 411 and has an effect of preventing the contents information of different page surfaces 411 and 412 from being erroneously sensed.
図４、図５から分かるように、２組の感応層１、吸収層２及び金属隔離層３から成型される２つの近距離無線通信装置をそれぞれ図書４の表紙４２内表面４２１(図４)又は背表紙４３内表面４３１(図５)に取り付け、且つ図書４が折り畳まれた状態では、表紙４２又は背表紙４３の外表面４２２，４３２から感応できず、図書４が折り畳まれる前には、図書４の表紙４２又は背表紙４３の外表面４２２，４３２から図書４の関連内容（目録、作者、出版社又は内容紹介等）情報を感応することができ、図書の機密保持の機能を達成する。 As can be seen from FIGS. 4 and 5, two short-range wireless communication devices molded from the two sets of the sensitive layer 1, the absorbing layer 2 and the metal isolation layer 3 are respectively shown in the cover 42 inner surface 421 of the book 4 (FIG. 4). Or, when attached to the inner surface 431 (FIG. 5) of the back cover 43 and the book 4 is folded, it cannot be detected from the outer surface 422, 432 of the cover 42 or the spine 43, and before the book 4 is folded, Information related to the book 4 (inventory, author, publisher, or content introduction) can be sensed from the outer surfaces 422 and 432 of the cover 42 or the back cover 43 of the book 4, and the confidentiality function of the book is achieved. .
また、感応層１は、ただ感応コイル１２の表面からのみ予め設ける可携帯式電子装置に感応させることができ、感応層１他側表面は吸収層２、金属管理層３が形成するブロックにより隔離され、予め設ける可携帯式電子装置により感応されることができない。
図３に示すように、２つの近距離無線通信装置が図書４の頁面４１の挟持層４１０内部に取り付けられた後、図示右上側に示す近距離無線通信装置の感応層１の感応コイル１２が相対する頁面表面４１１のみ予め設ける可携帯式電子装置に感応させることができ、他側頁面４１２は、その他の頁面の内容情報を感応することができず、且つ異なる頁面表面４１２の関連情報内容を感応せず、図示左下側に示す近距離無線通信装置の感応層１の感応コイル１２が相対する頁面表面４１２のみ予め設ける可携帯式電子装置に感応させることができ、頁面表面４１１は、その他の頁面の内容情報を感応することができず、且つ異なる頁面表面４１１の関連情報内容を感応せず、各々の近距離無線通信装置の単一方向感応機能によって、単一頁の二面の図書、文献、リスト又はカタログ等に応用でき、単一頁に対して異なる内容を感応する効果を達成することができる。
The sensitive layer 1 can be made sensitive to a portable electronic device provided in advance only from the surface of the sensitive coil 12, and the other surface of the sensitive layer 1 is separated by a block formed by the absorption layer 2 and the metal management layer 3. And cannot be sensed by a portable electronic device provided in advance.
As shown in FIG. 3, after the two short-range wireless communication devices are attached inside the pinching layer 410 of the page surface 41 of the book 4, the sensitive coil 12 of the sensitive layer 1 of the short-range wireless communication device shown in the upper right side of the drawing is Only the facing page surface 411 can be made sensitive to the portable electronic device provided in advance, the other page surface 412 cannot sense the content information of other page surfaces, and the related information content of different page surface surfaces 412 can be obtained. Only the page surface 412 with which the sensitive coil 12 of the sensitive layer 1 of the short-range wireless communication device shown in the lower left side of the figure shown in the lower left side of the figure is opposed can be made sensitive to a portable electronic device provided in advance. The content information on the page cannot be sensed, and the related information content on the different page surface 411 is not sensitive, and the single-direction sensitive function of each short-range wireless communication device makes it possible to Books, literature, can be applied to a list or catalog, etc., can achieve the effect that is sensitive to different content for a single page.
上記は、ただ本考案の好適実施例及び応用例というだけであり、本考案の権利範囲を制限するものではなく、本考案の単一方向感応式近距離無線通信装置は、感応層１内部にチップ１１を設け、感応層一側表面に感応コイル１２を設け、該感応コイル１２が相対する感応層１他側表面には、吸収層２、金属隔離層３を順に固定設置し、感応層１他側のブロック隔離作用を形成することにより、近距離無線通信装置がただ単一方向のみに感応させることができるという目的を達成し、双方向に感応されず、近距離無線通信装置は、を図書４の頁面４１の挟持層４１０内部に取り付け、頁面の異なる頁面表面４１１，４１２により予め設ける可携帯式電子装置に異なる近距離無線通信（ＮＦＣ）感応の機能を行わせることができ、予め設ける可携帯式電子装置によりインターネットに接続して動的映像音声再生を行う効果を達成し、故に、前記効果を達成できる構造、装置は、何れも本考案により含まれるべきであり、この種の簡易な修飾及び同等効果構造の変化は、何れも同様に本考案の権利範囲内に含まれるべきものである。 The above is merely a preferred embodiment and application example of the present invention, and does not limit the scope of rights of the present invention. The single-direction sensitive short-range wireless communication device of the present invention is provided in the sensitive layer 1. A chip 11 is provided, a sensitive coil 12 is provided on one surface of the sensitive layer, an absorbent layer 2 and a metal isolating layer 3 are fixedly installed in order on the other surface of the sensitive layer 1 to which the sensitive coil 12 faces. By forming a block isolation action on the other side, the short-range wireless communication device achieves the purpose that the short-range wireless communication device can only be sensitive to a single direction and is not sensitive to both directions. A portable electronic device that is attached to the inside of the pinching layer 410 of the page surface 41 of the book 4 and that is provided in advance by different page surface surfaces 411 and 412 can be provided with different near field communication (NFC) sensitive functions. Portable A structure and device capable of achieving dynamic video and audio playback by connecting to the Internet with a portable electronic device, and thus the above effect should be included by the present invention, and this kind of simple modification Any change in the equivalent effect structure should be included within the scope of the present invention as well.
１ 感応層
１１ チップ
１２ 感応コイル
２ 吸収層
３ 金属隔離層
４ 図書
４１ 頁面
４１０ 挟持槽
４１１ 頁面表面
４１２ 頁面表面
DESCRIPTION OF SYMBOLS 1 Sensitive layer 11 Tip 12 Sensing coil 2 Absorbing layer 3 Metal isolation layer 4 Book 41 Page surface 410 Nipping tank 411 Page surface surface 412 Page surface
Claims (3)
該感応層内部にチップを設け、感応層一側表面に近距離無線通信信号を感応する感応コイルを設け、
該吸収層は、前記感応コイルが相対する感応層他側表面に固定され、多層積層状を呈する高透磁率金属及びポリエステル材質を含み、
該金属隔離層は、前記感応層が相対する吸収層他側表面に固定されることを特徴とする単一方向感応式近距離無線通信装置。 Including sensitive layer, absorption layer and metal isolation layer, of which
A chip is provided inside the sensitive layer, and a sensitive coil for sensing a short-range wireless communication signal is provided on one surface of the sensitive layer,
The absorbing layer is fixed to the other surface of the sensitive layer opposite to the sensitive coil, and includes a high permeability metal and a polyester material exhibiting a multi-layered structure,
The unidirectional sensitive short-range wireless communication device, wherein the metal isolation layer is fixed to the other surface of the absorbing layer facing the sensitive layer.
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