201117149 六、發明說明： 【發明所屬之技術領域】 本發明係關於一種多媒體教材裝置，特別係關於一種 结合無線射頻辨識（Radi〇 Frequency Identification, RFID)技 術和無線傳輸技術’將一 rFID標籤設置於一實體書的内頁 或内頁中特定段落中的多媒體教材讀取裝置。 【先前技術】 隨著科技的進步及多媒體教材的市場蓮勃發展，越來 ♦越多互動式教學裝置相繼推出，讓學習的方式越來越有 趣，大幅提升了學習者的學習興趣，以達到更佳的教育效 果0201117149 VI. Description of the Invention: [Technical Field] The present invention relates to a multimedia teaching material device, in particular to a combination of radio frequency identification (RFID) technology and wireless transmission technology to set an rFID tag to A multimedia textbook reading device in a specific section of an internal page or an inner page of a physical book. [Prior Art] With the advancement of technology and the development of multimedia teaching materials, more and more interactive teaching devices have been launched, making learning more and more interesting, greatly enhancing the learner's interest in learning. Better educational results0
一般而言，多媒體教材大致可分為兩類，一類是電子 式的學習貞’透過插卡或按鍵的方式來供學習者操作以播 放教學内m収透過結合傳統的實體書，再配八 辅助閱讀工具來播放教學内容，丨中，更以後者的； ==體書更能滿足習慣傳統慣的學f者翻閱書本 目別的實體多媒體書基本上係應用-條碼標籤 ❖K ^ /iC rff ^ ^ ... ^ ^ -紅外線條碼讀取裝置，^ M ㈤㈣鐵’透 ，買取裒置，再於一播放裝置 籤的教學内容播放出來，因此，一學 -戶“取 播放並搭配著圖文並茂 過教學内 亚戊的實體書，來達到更有效率的學】 然而，目前的條碼標籤仍有諸多缺 … 制外，若沒有適〜：：：長，致應用上有所 有適田的保存會導致條碼標鐵損壞或讀取失 201117149 1目前已知經驗來說，將條碣標籤應用於實體書 棋押〜⑼取速度往往趕不上—般人們閱讀的速度，且條 必須小心不可因翻閱而發生折損或存放於潮濕的區 因此’仍有相當大的改進空間。 【發明内容】 為解決上述習知應用條碼標籤實體多媒體書的缺點， 發明人特潛心致力於實體多媒體書的開發及功能性改 良，終開發出本發明之結合無線射頻辨識(——π 響identlfication，RFID)技術及無線傳輸技術的實體多媒體書。 本發明之主要目的在於提供一種應用RFID技術的多媒 體教材裝置，係特別在於結合RFID技術和無線傳輸技術， 將一 RFID標籤嵌人設置於—實體書的内頁或内頁中特定段 落的紙張内，一使用者可透過一具有無線傳輸功能的RFID 讀取裝置，將所讀取之RFID標籤傳送至一播放裝置，來將 對應於該RFID標籤的教學内容播放出來，利用RFm標鍛 _及其讀取裝置的特性，可解決傳統多媒體書條碼標藏損壞 率高、可靠性低及讀取速度慢的問題。 為達上述之目的，本發明之多媒體教材裝置，係包括 有： 實體書’其具有複數張頁面，並於各頁面中特定段 落或各頁面的紙張内嵌入設置有至少一被動式RFID標籤； —讀取裝置，係至少包括有一 rFID讀取單元、—連择 於該RFID璜取單元的處理單元及一連結於該處理單元的無 線傳輸單元，該RFID讀取單元係用於讀取該RFID標籤: 201117149 該處理單7L再將所讀取之RFID標籤透過該無線傳輸單元進 行傳輸； 一播放裝置，係至少包括有一中央處理單元、一連結 於該中央處理單元的記憶體單元、無線傳輸模組及多媒體 播放單元，該記憶體單元儲存有複數個對應於該RFID標籤 的教學内容，該無線傳輸模組接收該讀取裝置之無線傳輸 早兀所發送之RFID標籤，該中央處理單元根據該RFID標 籤於該記憶體單元讀取對應之教學内容，再透過該多媒體 鲁播放單元進行播放。 因此，藉由上述之多媒體教材裝置，本發明結合RFID 技術及無線傳輪技術，大幅改善習知利用條碼標籤的實體 多媒體書之高損壞率、低可靠及讀取速度慢的問題， 【實施方式】 為使熟悉該項技藝人士瞭解本發明之目的，兹配合圖 式將本發明之較佳實施例詳細說明如下。 攀 請參考第一圖所示，本發明之多媒體教材裝置，係包 括有： —實體書（10)，其具有複數張圖文並茂的頁面，並於各 頁面中特定段落或各頁面的紙張内嵌入設置有至少一被動 式無線射頻辨識（Radio Frequency Identification，RFID)標藏 (11)，其中，該RFID標籤（11)係具有一辨識晶片（111)及一 連接於該辨識晶片（m)的RFID天線（n 2); 一讀取裝置（20)，係至少包括有一 RFID讀取單元（21)、 201117149 一連結於該RFID讀取單元（21)㈣理單元（22)及一連結 於該處理單元（22)的無線傳輸單元（23)，該RFmff取單元 (21)係用於讀取該RFID標籤⑴），該處理單元（22)再將所讀 取之RFID標籤⑴）透過該無線傳輸單元（23)進行傳輸； 一播放裝置（30) ’係至少包括有—中央處理單元（32)、 一連結於該Μ處理單元⑼的記憶料元⑴）、無線傳輸 模組（33)及多媒體播放單元（Μ)，該記憶體翠元⑴）健存有 複數個對應於該RFID標籤⑴)的教學内容，該無線傳輸模 鲁組（33)接收該讀取褒置㈣之無線傳輸單元⑼所發送之 RFID標籤⑴），該中央處理單元（32)根據該R·標鐵⑴） 於該記憶體單元（3丨）讀取對應之教學内容，再透過該多媒體 播放單元（34)進行播放。 其中，該播放裝置（30)可為—桌上型電腦、一筆記型電 腦、- PDA或-嵌人式系統平台，該記憶體單元叫可為 一内建或外插的記憶體單元，該無線傳輸模組（33)可為一藍 擊芽（Bluetootl^RTM))傳輸模組、—標準IEEE 8〇2丨i無線傳 輸模組或一 ZigBee傳輸模組，該讀取裝置（2〇)之無線傳輪 單元（23)的類型則對應於該無線傳輸模組（33) ^ 請參考第一及二圖所示，係本發明之多媒體教材裝置 之一實施例，該讀取裝置（20)係設計成一筆型以供一使用者 握取，其一端設置有該RFID讀取單元（21)，另一端則設置 該無線傳輸單元（23)，該播放裝置（3〇)則為一筆記型電腦， 該中央處理單元（3 2)即為該筆記型電腦的中央處理器 (CPU)，該多媒體播放單元（34)則為設置於該筆記型電腦的 201117149 螢幕與喇β八，該無線傳輪模組（33)則為一内建於該筆記型電 腦的Wi-Fi(RTM)無線網路卡，而該記憶體單元（31)係一儲 存有複數個教學内容的光碟片（31A)，該中央處理單元（32) 可透過該筆記型電腦的光碟讀取裝置存取該光碟片（31 A) 内的資料。 因此，一使用者可握持該筆型的讀取裝置（2〇)，於特定 頁面或段落讀取其對應嵌入紙張内的RFID標籤（丨丨），該讀 取裝置（20)的無線傳輸單元（23)將所讀取之RFID標籤〇丄） •傳送至該播放裝置（3〇)之無線傳輸模組（33)，該播放裝置（3〇) 之中央處理單元（32)可透過所接收之RFID標籤（11)對應讀 取該光碟（3 1A)内的教學内容，並藉由該多媒體播放單元（34) 播放出去》 雖然本發明以較佳實施例揭露如上，然其並非用以限 定本發明，然任何熟習該項技藝者’在不脫離本發明之精 神和範圍内，當可作些許之更動與潤飾，因此本發明之專 利保護範圍須視本說明書所附之申請專利範圍所界定者為 響基準。 【圖式簡單說明】 第圖為本發明多媒體教材裝置之功能方塊示意圖。 第二圖為本發明一實施例之示意圖。 【主要元件符號說明】 (10) 實體書 (11) 無線射頻辨識（Radio Frequency Identifieati〇n， RFID)標籤 ’ 201117149 (111) 辨識晶片 (112) RFID 天線 (20) 讀取裝置 (21) RFID讀取單元 (22) 處理單元 (23) 無線傳輸單元 (30) 播放裝置 (31) 記憶體單元 (31A)光碟片 (32) 中央處理單元 (33) 無線傳輸模組 (34) 多媒體播放單元In general, multimedia textbooks can be broadly divided into two categories, one is electronic learning 贞 'through the card or button to allow learners to operate to play the teaching within the collection of traditional physical books, coupled with eight auxiliary Reading tools to play the teaching content, squatting, and later; == physical books can better meet the habits of traditional habits of learning f. Read the book's physical multimedia books basically apply - bar code label ❖ K ^ /iC rff ^ ^ ... ^ ^ - Infrared bar code reading device, ^ M (five) (four) iron 'transparent, buy the device, and then play the teaching content of a player to play, therefore, a school - household "take the play and match the pictures and texts I have taught the physical book of Ya'a, to achieve more efficient learning. However, there are still many shortcomings in the current bar code label. If there is no suitable ~::: long, the application will have all the preservation of the field. Caused the barcode label damage or read loss 201117149 1 currently known experience, the application of the strip label to the physical book chess ~ (9) take speed can not catch up - the speed of people reading, and the strip must be careful not to In view of the fact that it is damaged or stored in a humid area, there is still considerable room for improvement. SUMMARY OF THE INVENTION In order to solve the above-mentioned shortcomings of the application of the bar code label entity multimedia book, the inventor devoted himself to the development of the entity multimedia book and The functional improvement finally develops the physical multimedia book of the present invention combined with radio frequency identification (-π 响 identlfication, RFID) technology and wireless transmission technology. The main purpose of the present invention is to provide a multimedia teaching material device using RFID technology. In particular, in combination with RFID technology and wireless transmission technology, an RFID tag is embedded in a paper of a specific section of an inner page or an inner page of a physical book, and a user can pass through an RFID reading device with wireless transmission function. Transmitting the read RFID tag to a playback device to play the teaching content corresponding to the RFID tag, and utilizing the characteristics of the RFm forging_and its reading device, the traditional multimedia book barcode can be solved with high damage rate , low reliability and slow reading speed. For the above purposes, the multimedia teaching material of the present invention The device includes: a physical book that has a plurality of pages, and at least one passive RFID tag is embedded in a specific paragraph or each page of each page; the reading device includes at least one rFID reading unit And a processing unit selected from the RFID capture unit and a wireless transmission unit coupled to the processing unit, the RFID reading unit is configured to read the RFID tag: 201117149 The processing list 7L will be read again The RFID tag is transmitted through the wireless transmission unit; a playback device includes at least a central processing unit, a memory unit connected to the central processing unit, a wireless transmission module, and a multimedia playback unit, and the memory unit stores a plurality of Corresponding to the teaching content of the RFID tag, the wireless transmission module receives the RFID tag sent by the wireless transmission of the reading device, and the central processing unit reads the corresponding teaching content in the memory unit according to the RFID tag. And then play through the multimedia Lu playback unit. Therefore, with the above multimedia teaching material device, the present invention combines the RFID technology and the wireless transmission technology to greatly improve the problem of high damage rate, low reliability, and slow reading speed of the physical multimedia book using the bar code label. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The preferred embodiments of the present invention are described in detail below with reference to the drawings. Referring to the first figure, the multimedia teaching material device of the present invention comprises: a physical book (10) having a plurality of illustrated pictures and embedded in a specific paragraph or each page of each page. There is at least one passive radio frequency identification (RFID) tag (11), wherein the RFID tag (11) has an identification chip (111) and an RFID antenna connected to the identification chip (m) ( n 2); a reading device (20) comprising at least one RFID reading unit (21), 201117149 coupled to the RFID reading unit (21) (four) processing unit (22) and a connection to the processing unit ( 22) a wireless transmission unit (23) for reading the RFID tag (1)), the processing unit (22) transmitting the read RFID tag (1) through the wireless transmission unit ( 23) transmitting; a playback device (30) 'includes at least a central processing unit (32), a memory cell (1) coupled to the processing unit (9), a wireless transmission module (33), and a multimedia playback unit (Μ), the memory of the Cuiyuan (1) storing a plurality of teaching contents corresponding to the RFID tag (1), the wireless transmission module (33) receiving the RFID tag (1) transmitted by the wireless transmission unit (9) of the reading device (4), the central processing The unit (32) reads the corresponding teaching content in the memory unit (3丨) according to the R·marker (1), and then plays the content through the multimedia playing unit (34). The playing device (30) may be a desktop computer, a notebook computer, a PDA or an embedded system platform, and the memory unit may be a built-in or extra-plugged memory unit. The wireless transmission module (33) can be a bluetooth (RTM) transmission module, a standard IEEE 8〇2丨i wireless transmission module or a ZigBee transmission module, and the reading device (2〇) The type of the wireless transmission unit (23) corresponds to the wireless transmission module (33). Referring to the first and second figures, an embodiment of the multimedia teaching material device of the present invention, the reading device (20) The system is designed as a one-piece type for a user to hold, the RFID reading unit (21) is disposed at one end, the wireless transmission unit (23) is disposed at the other end, and the playback device (3〇) is a note. a central processing unit (32) is a central processing unit (CPU) of the notebook computer, and the multimedia playback unit (34) is a 201117149 screen and a black beta set on the notebook computer, the wireless The transmission module (33) is a Wi-Fi (RTM) wireless network built into the notebook. The memory unit (31) is a compact disc (31A) storing a plurality of teaching contents, and the central processing unit (32) can access the optical disc (31 A) through the optical disc reading device of the notebook computer. Within the data. Therefore, a user can hold the pen-type reading device (2〇) and read the RFID tag (丨丨) in the corresponding embedded paper on a specific page or paragraph, and the wireless transmission of the reading device (20) The unit (23) transmits the read RFID tag 〇丄) to the wireless transmission module (33) of the playback device (3〇), and the central processing unit (32) of the playback device (3〇) is transparent The received RFID tag (11) correspondingly reads the teaching content in the optical disk (31A) and is played out by the multimedia playing unit (34). Although the present invention is disclosed above in the preferred embodiment, it is not used The invention is not limited by the scope of the invention, and the scope of patent protection of the present invention is subject to the scope of the patent application attached to the specification, without departing from the spirit and scope of the invention. The definition is the benchmark. BRIEF DESCRIPTION OF THE DRAWINGS The figure is a functional block diagram of the multimedia teaching material device of the present invention. The second figure is a schematic view of an embodiment of the invention. [Main component symbol description] (10) Physical book (11) Radio Frequency Identification (RFID) tag '201117149 (111) Identification chip (112) RFID antenna (20) Reading device (21) RFID reading Pickup unit (22) Processing unit (23) Wireless transmission unit (30) Playback device (31) Memory unit (31A) Optical disc (32) Central processing unit (33) Wireless transmission module (34) Multimedia playback unit