九、發明說明： 【發明所屬之技術領域】 • 本發明是有關於一種資邙今恭α ,. 裡頁讯記載裝置，且特別是有關於 •一種多層資訊記載裝置。 【先前技術】 . —般的多層資訊記載裝置，如書本、卡片，都是曰常 i舌中涇吊出現的資訊傳遞裝置。這些資訊記載裝置多是 。己載文子或圖像資訊H對於年紀較小的讀者來說， • ^夕且複雜的文子，可能造成他們產生閱讀上的困難，而 ’:、法吸引他們的注意。因此市面上玩具書之類的產品，當 翻頁時’書本會發出特定的聲響或晝面，以互動的方式吸 引4者的注意，增加此類讀者吸收資訊的效率。 一般的玩具書都是在書内設置開關或拉線等裝置，以 偵測翻書的動作，進而發出特定訊息。但開關或拉線都具 有定使用次數的壽命。當玩具書經過多次的翻動後，可 I 月匕導致開關的損壞或拉線的斷裂，目而無法再次的偵測翻 頁動作，而讓玩具書的重要功能失效。 因此如何改進多層資訊記載裝置確認各層間產生位移 的判斷機制，為現今廠商與消費者所期盼的願望。 【發明内容】 因此本發明的目的就是在提供一種多層資訊記載裝 置’可判斷多層資訊記載裝置各層間移動的動作，並進而 發出相對應的訊息。 5 1358668 根據本發明之上述目的，提出 置，包括有複數層資訊記載層、複夕:;訊記載裝 射頻辨識標鐵。資訊記載層層層堆叠=件j及複數個 上’亦可移動至少一層的資訊記載層以顯露記:層 資訊記載層。屏蔽件分別設置於資訊記載層上，、=一層 =所構成的面積互不重疊。射頻辨 ：= 而分別設置於資訊記載層上，當資訊記載層層件IX. Description of the Invention: [Technical Field to Which the Invention Is Applicable] The present invention relates to a device for recording information of a gift, and particularly relates to a multi-layer information recording device. [Prior Art] The general multi-layer information recording device, such as books and cards, is an information transmission device that appears in the tongue. These information recording devices are mostly. The text or image information H for younger readers, • The complicated and complicated texts may cause them to have difficulty reading, and the law attracts their attention. Therefore, products such as toy books on the market, when the page is turned over, the book will emit a specific sound or face, attracting the attention of the four people in an interactive manner, and increasing the efficiency of such readers to absorb information. In general, toy books are equipped with switches or wires in the book to detect the movement of the book and to send out specific messages. However, the switch or cable has a life of a certain number of uses. When the toy book has been flipped many times, it can cause damage to the switch or breakage of the cable, and it is impossible to detect the flipping motion again, and the important function of the toy book is invalidated. Therefore, how to improve the multi-layer information recording device to confirm the judgment mechanism of displacement between layers is a desire that manufacturers and consumers expect. SUMMARY OF THE INVENTION It is therefore an object of the present invention to provide a multi-layered information recording device that can determine the movement between layers of a multi-layered information recording device and further issue a corresponding message. 5 1358668 According to the above object of the present invention, it is proposed to include a plurality of layers of information recording layers, and a eve: a radio frequency identification standard. The information record layer stack = piece j and plural ' can also move at least one layer of the information record layer to reveal the layer: layer information record layer. The shields are respectively disposed on the information record layer, and = one layer = the areas formed do not overlap each other. Radio frequency identification := and set separately on the information record layer, when the information record layer layer
射頻辨識標籤被相鄰其中一層:s 時， 蔽》而當某一特定資層層二：己載層上的屏蔽件遮 己載層顯露時，設置於此輯定咨_ 記載層上的射頻辨識標籤亦不被屏蔽件所遮蔽。'5 包括上述多層資訊_置的標籤讀寫器 連接調解調器以及處理器。譜調解調器 貝罵益天線’用以譜調解嘴讀 的訊號。處理器連接嘈調解器。闲。、發出與接收 傳送或接收的㈣處理標藏讀寫器所 連外’標藏讀寫器亦包括有健存器，When the RFID tag is adjacent to one of the layers: s, when a specific layer 2: the shield on the carrier layer is exposed, the RF layer is set on the layer. The identification tag is also not obscured by the shield. '5 includes the above-mentioned multi-layer information_set tag reader connected to the modem and processor. The spectrum demodulator is used to spectrum the signal read by the mouth. The processor is connected to the mediator. idle. , sending and receiving (4) processing the tag reader connected to the external tag reader also includes a memory,
心益_存對應於多層資料記載裝置的内容。 根據發明的其他實施例’亦可將全部的射 或全部的遮蔽件設置於標藏讀寫器上。此時設置於 ^己載裝置上的射頻辨識標蕺或遮蔽件在資訊記載層^ :=讀寫器時，會覆蓋設置於《讀寫器；： 辨識標馘或遮蔽件。 、由於當射頻辨識標籤被遮蔽件所遮蔽時，標籤讀寫器 :法讀取射頻辨識標籤内的訊息。因此當資訊記载層層層 叠時’射頻辨識標籤亦被相對應之屏蔽件所遮蔽。當移 資訊°己載層，讓特定的資訊記載層顯露出來時，亦同時 6 2定^辨識標籤脫離被屏蔽件遮蔽的狀態。藉此，標 籤項寫$可以判斷出特定射頻辨識標籤的標藏訊號，得知 多層資訊記載裝置有移動的動作，並發出相對應的訊息。 射頻辨識技術（Radi0 Frequency Identificati〇n，rfid)The heart benefits_stores the content corresponding to the multi-layer data recording device. According to other embodiments of the invention, all or all of the shields may be placed on the tag reader. At this time, the radio frequency identification mark or the shielding member set on the self-loading device will be covered in the "reader/writer"; the identification mark or the shielding member when the information recording layer ^:= reader/writer. When the RFID tag is obscured by the shielding member, the tag reader/writer reads the message in the RFID tag. Therefore, when the information is layered, the RFID tag is also shielded by the corresponding shield. When the information is loaded and the specific information layer is exposed, the identification label is also removed from the shielded state. Thereby, the label item writes $ can determine the labeling signal of the specific radio frequency identification tag, and learns that the multi-layer information recording device has a moving action and sends a corresponding message. Radio Frequency Identification (Radi0 Frequency Identificati〇n, rfid)
利用非接觸式的感應，進行讀取標籤的動作，並沒有特定 的使用壽命。此外，藉由射頻辨識標籤的設置，更可讓標 籤讀寫器判定目前顯露之特定資訊記載層，藉以發出相對 應的訊息’讓多層資訊記載裝置具有更高的互動能力。 【貫施方式】With the non-contact sensing, the action of reading the label does not have a specific service life. In addition, by setting the RFID tag, the tag reader can determine the specific information layer currently exposed, thereby issuing a corresponding message, which enables the multi-layer information recording device to have higher interaction ability. [Continuous application method]
β 射頻辨識技術（Radl0 Frequency Identificati〇n，咖〇) 疋-種自動辨識方式。此種辨識方式利用標蕺讀寫器 (ReadeiVWriter)來讀寫射頻辨識標籤（RFID tags)的資料。在 射頻辨識«未被遮蔽的情況下，標籤讀寫器可對射頻辨 =標籤進行非接觸式的讀寫動作。射頻辨識標籤可分為單 :取射頻辨識標籤陶e Tag)與多讀取射頻辨識標籤 ubtag)兩種。兩種讀取射頻辨識標籤的差別在於，多这 ^頻辨識標籤可同時對複數個多讀取射頻辨識標藏進: 識的動作。相對地’單讀取射頻辨識標藏的應用標 二=同—時間内僅能夠正確辨識讀取一個單讀取射 頻辨識標籤的訊號。 本發明之各實施例中，於多層資訊記载裝置的各 2層設置屏蔽件或/及射頻韻標藏，並搭 藏 J寫器來進行辨識的動作，以達到確認多層資訊記載= 各貧訊C载層的移動狀態，並適當地發出相對應之訊 1358668 心以下將以多個實施例加以描述射頻辨識標籤與標籤讀 寫器的配置型態。 篇一實械例 請參照第1圖，此為第一實施例的示意圖。多層資訊 記載裝置110包括有複數層資訊記載層u〇A〜11〇c、複數 個屏蔽件140與複數個射頻辨識標藏15〇。資訊記載層 110A〜110C層層堆疊於相鄰的資訊記載層ll〇A〜u〇c上， 亦可移動至少一層的資訊記載層u〇A〜u〇c，以顯露出一 個特定的資訊記載層ll〇A〜11〇c。屏蔽件14〇分別設置於 資訊記載層110A〜uoc上，且每一個屏蔽件14〇所構成的 面積互不重疊。射頻辨識標籤15〇對應於屏蔽件^如而分 別設置於資訊記制隐〜職上，#資訊記載層 110A〜110C層層堆疊時，射頻辨識標籤15〇被相鄰的一層 資訊記載層110A〜110C上的屏蔽件140所遮蔽；當特定的 資訊記載層11GA〜11GC顯露時，設置於特定的資訊記載層 "0A 110C上的射頻辨識標籤15〇不被屏蔽彳⑽所遮 蔽此外尚有相對應之標籤讀冑$12〇，用以辨識多層資 訊記㈣置11G内之各層資訊記載層11ga〜1igc。因此， 本實施例中各個資訊記載層蘭〜UGC皆設置有屏蔽件 140與射頻辨識標籤15()，且射頻辨識標藏⑼所設置的位 置與相鄰其中一資訊記載層⑽〜U0C的屏蔽件140位置 相對應》β Radio Frequency Identification (Radl0 Frequency Identificati〇n, Curry) 疋 - Automatic identification method. This type of identification uses the ReadeiVWriter to read and write data from RFID tags. In the case of RF identification «unmasked, the tag reader can perform non-contact read and write operations on the RFID tag. The RFID tag can be divided into two types: the radio frequency identification tag (e-tag) and the multi-read radio frequency identification tag (ubtag). The difference between the two types of reading of the RFID tag is that the multi-frequency identification tag can simultaneously mark the multiple reading RF identifications. Relatively speaking, the application of the single-read radio frequency identification tag can only correctly identify the signal for reading a single read radio frequency identification tag. In each embodiment of the present invention, a shield or/and a radio frequency rhyme is placed on each of the two layers of the multi-layer information recording device, and a J writer is placed to perform the identification operation to confirm the multi-layer information record = poor The state of movement of the C-carrying layer and the corresponding transmission of the corresponding signal 1358668 will describe the configuration of the RFID tag and the tag reader in various embodiments. For a practical example, please refer to Fig. 1, which is a schematic view of the first embodiment. The multi-layer information recording device 110 includes a plurality of layers of information recording layers u 〇 A 〇 11 〇 c, a plurality of shield members 140 and a plurality of radio frequency identification labels 15 〇. The information layer 110A~110C is layered on the adjacent information layer 11A~u〇c, and at least one layer of information layer u〇A~u〇c can be moved to reveal a specific information record. Layers 〇A~11〇c. The shield members 14 are respectively disposed on the information recording layers 110A to uoc, and the areas formed by each of the shield members 14 are not overlapped with each other. The radio frequency identification tag 15〇 is respectively disposed on the information recording hidden area corresponding to the shielding member, and when the information recording layers 110A to 110C are stacked in layers, the radio frequency identification tag 15 is adjacent to the adjacent one of the information recording layers 110A~ The shielding member 140 on the 110C is shielded; when the specific information recording layer 11GA to 11GC is exposed, the radio frequency identification tag 15 disposed on the specific information recording layer "0A 110C is not obscured by the shielding layer (10). The corresponding tag reads $12〇, which is used to identify the multi-layer information record (4) and set the information layer 11ga~1igc in each layer in 11G. Therefore, in each embodiment, each of the information record layers LAG 〜 UGC is provided with a shield 140 and a radio frequency identification tag 15 (), and the position set by the radio frequency identification tag (9) and the shielding of one of the information recording layers (10) 〜 U0C Piece 140 position corresponding"
由於射頻辨識標籤150被屏蔽件140遮蔽後，無法被 標藏讀寫11 12G所讀取’本實施例當資訊記載層mA〜110C 8 U58668 s層㈣’例如資訊記载層⑽^#於資訊記裁層咖 ，資訊記載層mB堆疊於資訊記載層脈上時， :識標籤150皆被相鄰其中-資訊記裁層應〜U0B的屏 :件:40所遮蔽。亦即，資訊記載層驗上的屏蔽件二 ”、蔽貝訊記載層110B上的射頻辨識標籤15〇，資訊記載層 10Β上的屏蔽件14〇逆蘇皆却# # a m 0遮敝貝訊圮載層110C上的射頻辨識 ^籤150’並依此類推。藉此，標籤讀寫n m此時僅能1 取資=記載層u〇A上的射頻辨識標籤15〇。 " 當特定的資訊記載層U0B〜U0C顯露時，例如移動 訊記載層11GA、UGB，顯露出資訊記載層U0C，則此時 特定資訊記載層為u〇Ce此資訊記载層11〇c上的射頻辨 識標2 150不被資訊記㈣胸上的屏蔽件U0所遮蔽， 而隨著資訊記載層110C 一同顯露出來。此時，標籤讀寫器 :2〇即可辨識到資訊記載層"〇c上的射頻辨識標籤⑽： ^此’標籤讀寫器120可根據射頻辨識標冑⑼内部之内 容’辨識多層資訊記載裝置110所現露出來的特定資訊記 載層 110A〜110C。 ° 於本實施例中，當多層資訊記載裝置110為書本時， 資訊記載層110A〜110C即為書本的頁面。而屏蔽：140與 射頻辨識標藏15G則設置於每—頁面中，t本封面設置 屏蔽^ H0相對應資訊記載層麗上的射頻辨識標藏 150。當書本合起來時，屏蔽件14〇則遮蔽住下一頁的射頻 辨識標籤15G，因此標籤讀寫器12〇無法辨識出被 頻辨識標籤15〇的内容。當書本翻開至一個特定頁面時，’ 此特定頁面上的射頻辨識標籤150亦同時顯露，而不被屏 蔽件140所遮蔽。此時標藏讀寫胃 的射頻辨識標籤150之内 喂取到此頁上 進而發出相對應之訊息6確定書本翻開的特定頁面， 接著請>考第2圖。此為第一實施例的另一型態示意 圖°此型態中，管 #县-a ^ 110A與110C之二:m〜U〇C相對的兩最外側層 ，、 層，又有杈置射頻辨識標籤150,另一 層則沒有設置屏蔽件u〇。由 由於最外側的兩層資訊記載層 、1GC皆有—側無堆疊資訊記載層，因此可分別省略 二、射頻辨識標籤15G或屏蔽件⑽而不影響標藏讀寫 益0的辨識效果，更可降低實際應用時配置屏蔽件刚 或射頻辨識標籤Π0的成本。Since the RFID tag 150 is shielded by the shield 140, it cannot be read by the standard read/write 11 12G. [This embodiment is an information recording layer mA~110C 8 U58668 s layer (four) 'for example, information layer (10) ^ # information When the information layer mB is stacked on the information record layer, the identification labels 150 are all adjacent to each other - the information recording layer should be ~ U0B screen: piece: 40 obscured. That is, the shield 2 on the information record layer, the radio frequency identification tag 15 on the cover layer 110B, and the shield 14 on the information record layer 10 〇 苏 皆 皆 # # # # 0 0 The radio frequency identification on the carrier layer 110C is 150' and so on. Thus, the tag read and write nm can only be 1 at this time = the radio frequency identification tag 15 on the layer u〇A is recorded. When the information recording layers U0B to U0C are exposed, for example, the mobile recording layer 11GA, UGB, reveals the information recording layer U0C, then the specific information recording layer is u〇Ce, the radio frequency identification mark on the information recording layer 11〇c 150 is not obscured by the shield U0 on the chest of the information record (4), and is displayed together with the information record layer 110C. At this time, the tag reader/writer: 2〇 can recognize the RF on the information record layer "〇c Identification tag (10): ^ This tag reader/writer 120 can identify the specific information layer 110A~110C exposed by the multi-layer information recording device 110 according to the content inside the radio frequency identification tag (9). ° In this embodiment, when When the multi-layer information recording device 110 is a book, the information recording layer 110A 110C is the page of the book. The shielding: 140 and the RF identification standard 15G are set in each page, t the cover setting shield ^ H0 corresponds to the information recorded on the layer of the radio frequency identification of 150. When the book When combined, the shield 14 遮蔽 shields the radio frequency identification tag 15G of the next page, so the tag reader/writer 12 〇 cannot recognize the content of the frequency identification tag 15 。. When the book is opened to a specific page, The radio frequency identification tag 150 on this particular page is also exposed at the same time, and is not obscured by the shielding member 140. At this time, the radio frequency identification tag 150 labeled with the reading and writing stomach is fed onto the page to issue a corresponding message. Determine the specific page opened by the book, and then please refer to Figure 2. This is another schematic diagram of the first embodiment. In this type, the tube #县-a ^ 110A and 110C two: m~ The two outermost layers of the U〇C are opposite to each other, and the layers are further provided with the RFID tag 150, and the other layer is not provided with the shield u〇. Since the outermost two layers of the information layer and the 1GC have both sides without stacking Information record layer, so you can omit two, RF identification The label 15G or the shield (10) does not affect the identification effect of the label reading and writing benefit 0, and can reduce the cost of configuring the shield just or the RFID tag Π0 in practical applications.
在第一實施例中，射頻辨識標籤150可為單讀取射頻 辨識標籤ϋ而在某些情況下，移動f訊記載層iiqa〜ii〇C 時二可能有機會同時顯露❹個射頻辨識標籤i5G，而使得 標，讀寫胃12G無法辨識。因此亦可使用可同時讀取多個 標籤的多讀取射頻辨識標籤作為射頻辨識標籤150,來達到 更好的辨識效果。 此外，當一層資訊記载層11〇A〜u〇c同時設置有屏蔽 件140與射頻辨識標藏⑼日夺，例如資訊記載層11〇B，則 可將屏蔽件140與射頻辨識標籤15〇相鄰設置。藉此，可 十分容易地佈置每一層資訊記載層110A〜110C上屏蔽件 14〇與射頻辨識標籤15〇的設置位置，降低多層資訊記載裝 置110製作複雜度。而屏蔽件140與射頻辨識標籤15〇相 鄰設置更方便於將兩者整合於印刷電路板13〇上，讓整個 多層資訊記載裝置110便於使用模組化的方式製作。 眚始/ 一第3圖，此為本發明第二實施例的示意圖。此 訊記H用於多讀-取射頻辨識標籤(MUlti-Tag)，但多層資 ^14 、置U〇的貢訊記載層U〇A〜U〇C上僅設置有屏蔽 頻辨識钱310則對應屏蔽件⑽分別設置於標 藏§貝寫斋120的天錄肉。本次外， 示 聂於择您碎 線内s貝訊記載層110Α〜u〇c層層堆 Γ40' π寫器12G時’射頻辨識標藏31G分別被屏蔽件 所遮蔽’且每個射頻辨識標籤31〇分別僅被一個屏 140所遮蔽。 上述的多個實施例中，每個屏蔽件所構成的面積需要 2早-個射頻辨識標籤，使屏蔽件可完整遮蔽射頻辨識 Ί才能確保多層資訊記載裝置移動資訊記載層的判定 確率❿實施例中的屏蔽件可為金屬片，以降低屏蔽件 的材料取得難度，並降低多層資訊記載裝置的成本。 此外’各實施例中皆需要有相互搭配的標籤讀寫器， 除了第一實施例中可將射頻標籤晶片設置於標籤讀寫器上 之外’各實施例中所使用的標籤讀寫器都具有大致相同的 兀件。請參照第4圖’此為標籤讀寫器12〇的系統示意圖。 標籤讀寫H 120包括有讀寫器天線51〇、諧調解調器52〇 與處理器530。譜調解調器，連接讀寫器天線训，用以 谐調解調讀寫器天、線51G發出與接收的訊號。處理器別 連接諧調解調器520,用以處理標籤讀寫器12()所傳送或接 收的訊號。 此外，標籤讀寫器120更包括有儲存器54〇、揚聲裝置 1358668 _刀別連接處理盗530。健存器540儲存對應於多層資 置的内谷：而揚聲裝置550則用以播放儲存器所 子、令。藉此’當多層資訊記载裝置顯露出特定 記載層時，揚聲裝置550則可播放出相對應之内容’增加 ^貧訊記載裝置的互動能力。更佳地，標籤讀寫器12〇 更可設置顯示裝置560’連接處理器53〇，用以播放儲存器 _所儲存的内容，藉此讓標藏讀寫器⑽提供影像資 不的功能。 ”請參照第5A圖與帛5B圖，這兩圖為各 夕中，夕層該記載裝置11G與標籤讀寫器⑽的組合型離。 夕層資訊4裝置11G必須搭配標籤讀寫_⑶才可達到 二!=實施例中辨識移動資訊記載層的目的》第从圖將 標鐵§貝寫器120整合於多層資訊記載裝置110上。當多層 貝訊5己载裝置110為書本時，將標籤讀寫胃⑽整合於 本上，可確保書本皆可藉由標蕺讀寫器120發出相二應之 互動效果。在標藏讀寫器120整合於多層資訊記; 的設計下，各實施例中所使用的射頻辨識標藏可為單讀取 射頻辨識標藏’以降低成本、然，在某些情況下， :二層二:能有機會同時顯露出多個射頻辨識標籤， 早項射賴識標籤會導致標㈣寫^無法正 識。因此亦可使用多讀取射頻辨識標 辨 ⑼’來達到更好的辨識效果。紙作為射頻辨識標藏 於第5B圖中，將多層資訊記載裝置。 120分開設計為獨立裝置。而標籤讀寫器⑽上^ 平面61〇,用來放置多層資訊記載裝置UG。此時，多組多 12 1358668 置110可共用一個標籤讀寫器12°，因此標籤 : 部可包括多組多層資訊記載裝置110的對廯 寫！低多層資訊記載裝置110的成本，並增加標 只···· 使用上的彈性。此外，由於標籤讀寫器120 上可能會有設置射頻辨識標籤的情況，當放置平面610尚 5放置多層資訊記載裝置110時’標籤讀寫器120會同時 讀到夕個射頻辨識標藏訊號，此時假如射頻辨識標籤為單 讀取射頻辨識標籤時，標藏_ 12〇會無 號》因此為了降低設計上的難度，當多層資訊記載裝二 與標藏s賣寫器120分別咬詈*想打世要 設置沖… 射頻辨識標籤 、標m之上時，應❹多讀取射頻辨識找 贼為射頻辨識標籤，以解決上述問題。 由於本發明各實施例藉由標藏讀寫器判斷 辨識標籤的«訊號，進而得知多層資訊記載裝置有2 的動作’讓多層資訊記載裝置的移動判斷機 用壽命。除此之外射頻辨識標藏内部可預先寫入= =藉此可輕易地判斷出多層資訊記載裝置目前所顯露的 記載層，並發出相對應的訊息，讓多層資訊記載 裝置”有更南的互動能力，產生更多的應用。 雖然本發明已以一較佳實施例揭露如上，然其 以限定本發明’任何熟習此技藝者’在不脫離本發明 神和範圍内，當可作各種之更動與潤飾，因此本發 ㈣圍當視後附之中請專利範圍所界定者為準。 ’、 【圖式簡單說明】 13 1358668 為讓本發明之上述和其他目的、特徵、優點 忐更明顯易懂，所附圖式之詳細說明如下： 施例 第1圖係繪示本發明第一實施例之示意圖。 第2圖係繪示本發明第一實施例之另—型熊厂土 第3圖係繪示本發明第二實施例之示意圖。；'、思、圖。 第4圖係繪示本發明各實施例中標 意圖 。 禺态之系統示 第5A與第5B圖係繪示本發明各實施例中夕 載裝置與標籤讀寫器之組合型態。 夕g資訊記 【主要元件符號說明】 110 :多層資訊記載裝置 120 :標籤讀寫器 140 =屏蔽件 310 :射頻辨識標籤 520 :諧調解調器 540 :儲存器 5’60 :顯示裝置 110A〜ll〇c :資訊記載層 130 :印刷電路板 150 :射頻辨識標籤 510 :讀寫器天線 530 :處理器 550 :揚聲裝置 610 :放置平面 14In the first embodiment, the radio frequency identification tag 150 may be a single read radio frequency identification tag, and in some cases, when the t signal layer iiqa~ii〇C is moved, the second radio frequency identification tag i5G may be simultaneously displayed. , so that the standard, read and write stomach 12G can not be identified. Therefore, a multi-read radio frequency identification tag capable of simultaneously reading a plurality of tags can be used as the radio frequency identification tag 150 to achieve better identification. In addition, when one layer of the information recording layer 11A~u〇c is provided with the shielding member 140 and the radio frequency identification (9), for example, the information recording layer 11〇B, the shielding member 140 and the radio frequency identification tag 15 can be arranged. Adjacent settings. Thereby, the arrangement positions of the shield member 14A and the radio frequency identification tag 15A on each of the information recording layers 110A to 110C can be easily arranged, and the complexity of the multi-layer information recording device 110 can be reduced. The shielding member 140 is disposed adjacent to the RFID tag 15A to facilitate integration of the two on the printed circuit board 13 to make the entire multi-layer information recording device 110 easy to manufacture in a modular manner. Fig. 3 is a schematic view showing a second embodiment of the present invention. This message H is used for multi-reading-taking the radio frequency identification tag (MUlti-Tag), but the multi-layered ^14, U-communication recording layer U〇A~U〇C is only provided with the shielding frequency identification money 310. Corresponding shields (10) are respectively set in the recorded meat of the standard §Bai Dianzhai 120. In addition, in the outside of the line, Shi Ni is selected in the broken line s Beixun record layer 110Α~u〇c layer stacking 40' π writer 12G 'RF identification standard 31G is shielded by the shield' and each RF identification The tags 31〇 are only obscured by one screen 140, respectively. In the above embodiments, the area formed by each shielding member needs 2 early-radio identification tags, so that the shielding member can completely shield the radio frequency identification to ensure the determination accuracy of the moving information recording layer of the multi-layer information recording device. The shielding member can be a metal piece to reduce the difficulty of the material of the shielding member and reduce the cost of the multi-layer information recording device. In addition, in each of the embodiments, there is a need for a tag reader/writer that is matched with each other. In addition to the radio frequency tag chip being disposed on the tag reader/writer in the first embodiment, the tag readers used in the embodiments are Have roughly the same conditions. Please refer to Fig. 4' which is a schematic diagram of the system of the tag reader/writer 12〇. The tag read/write H 120 includes a reader/writer antenna 51A, a harmonic demodulator 52A, and a processor 530. The spectrum modem is connected to the reader antenna training to harmonize the signals sent and received by the reader and the antenna 51G. The processor is coupled to the harmonic demodulator 520 for processing signals transmitted or received by the tag reader/writer 12(). In addition, the tag reader/writer 120 further includes a memory 54 〇, a speaker device 1358668 _ knife connection processing thief 530. The memory 540 stores the inner valley corresponding to the multi-layered resources: and the speaker device 550 is used to play the storage unit. Therefore, when the multi-layered information recording device reveals a specific description layer, the speaker device 550 can play the corresponding content to increase the interactive capability of the device. More preferably, the tag reader/writer 12 is further configured to connect the display device 560' to the processor 53A for playing the stored contents of the memory, thereby allowing the standard reader/writer (10) to provide the function of image storage. Please refer to the 5A and 帛5B diagrams. These two diagrams show the combination of the device 11G and the tag reader/writer (10) in the evening. The eve information 4 device 11G must be read and written with the tag _(3). The purpose of recognizing the mobile information recording layer in the embodiment is as follows: In the figure, the standard § bee writer 120 is integrated on the multi-layer information recording device 110. When the multi-layer Beixun 5 self-loading device 110 is a book, Integrating the tag reading and writing stomach (10) into the book ensures that the book can be mutually interactive by the tag reader/writer 120. Under the design of the tag reader/writer 120 integrated in the multi-layer information; The radio frequency identification tag used in each embodiment can be a single read radio frequency identification tag to reduce the cost, and in some cases, the second layer two: can have the opportunity to simultaneously reveal multiple radio frequency identification tags, Early detection of the label will result in the label (4) writing ^ can not be right. Therefore, you can also use the multi-read RF identification (9) ' to achieve better identification. Paper as a radio frequency identification in Figure 5B, will Multi-layer information recording device. 120 is designed as a separate device. Writer (10) on the plane 61〇, used to place multiple layers of information recording device UG. At this time, multiple groups of 12 1358668 set 110 can share a tag reader 12 °, so the label: part can include multiple sets of multi-layer information recording device 110 pairs of writes! The low-level information recording device 110 costs, and increases the flexibility of the use of the mark only. In addition, since the tag reader/writer 120 may have a radio frequency identification tag, when placing the plane When the 610 is still placed on the multi-layer information recording device 110, the tag reader/writer 120 will simultaneously read the radio frequency identification tag signal. If the radio frequency identification tag is a single reading radio frequency identification tag, the tag _ 12 〇 will be absent. Therefore, in order to reduce the difficulty of design, when the multi-layer information record 2 and the standard s sells the writer 120 bite 詈 * want to pass the world to set the rush... When the RFID tag, the mark m above, should read more The radio frequency identification finds the thief as the radio frequency identification tag to solve the above problem. Since the embodiment of the present invention determines the «signal of the identification tag by the tag reader, it is known that the multi-layer information recording device has 2 actions. The movement of the layer information recording device determines the life of the device. In addition, the internal frequency identification of the RFID tag can be pre-written == thereby easily determining the current description layer of the multi-layer information recording device and issuing a corresponding message. To enable multi-layered information recording devices to have more interactive capabilities and generate more applications. Although the present invention has been described above with reference to a preferred embodiment, it is intended that the invention may be modified and modified without departing from the scope of the invention. The latter is subject to the definition of patent scope. BRIEF DESCRIPTION OF THE DRAWINGS The above and other objects, features and advantages of the present invention will become more apparent and understood. A schematic of an embodiment. Figure 2 is a schematic view showing a second embodiment of the present invention in the third embodiment of the present invention. ;', thinking, figure. Figure 4 is a diagram showing the various embodiments of the present invention. The system of the state of the present invention is shown in Figs. 5A and 5B in which the combination of the device and the tag reader is shown in the embodiments of the present invention.夕 g资讯记 [Main component symbol description] 110: Multi-layer information recording device 120: Tag reader 140 = Shield 310: Radio frequency identification tag 520: Tuning demodulator 540: Memory 5'60: Display device 110A ll 〇c: information recording layer 130: printed circuit board 150: radio frequency identification tag 510: reader/writer antenna 530: processor 550: speaker device 610: placement plane 14