M382539 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種導覽系統，特別關於一種可以將— 特定目的地附近地形'地貌或景點進行導覽說明之無線射 頻辨識（Radio Frequency iDentificati〇n，RFID)導覽裝置。 【先前技術】 m 由於社會型態的改變，人們由以前的週休一日調整為 •目前的週休二日型態，希望能藉由休間時數的增加，來舒 緩平時龐大的工作壓力，並更進一步的提昇工作品質，因 此’有更多所謂週休二日套裝行程因應而生，更有許多具 有别瞻眼光的商家，開始逐漸規劃所謂大型休閒養生園 區，希望能夠提供消費者一個可以充分休息、轉換心情的 空間’除了鼓勵消費者走出城市多多接近大自然之外更 可以達到與家人進行情感交流的目的。 然而，這些觀光景點或是生態休閒園區如雨後春荀般 »的創立，市售的紙本地圖並無法即時更新這些觀光景點或 •是生態休閒園區的地理資料’若是不斷更新地圖版本，除 了印製成本外’也在無形中損耗了大量的紙張，並對地球 產生相當大的危害’並非一妥適之道，此外，這些觀光景 點或是生態休閒園區為了讓遊客能有賓至如歸的觀感，勢 必得藉由導覽手冊等硬體設備進行相關介紹，來強化遊客 對該景點或該園區的認知，但是邊走邊翻閱這些紙本介紹 資料，有時反而會降低遊客的遊興，而這些紙本式的導覽 手冊具備有無法即時更新的缺失，若需要更新則必須重新 3 M382539 維護地球環境的環保主 印刷，此舉對於近來致力強調於 張，無疑是一種反向示範。 【新型内容】 本創作人有鑑於上述傳統旅遊景點導覽手冊在使用時 之不便、增加紙張使用*S高成本和纟_時更新資訊等 缺失，乃積極著手從事研究，經過不斷的試驗及努力，終 於開發出本創作。 本創作之主要目的在於提供—種無線射頻辨識（_。M382539 V. New Description: [New Technology Area] This creation is about a navigation system, especially for radio frequency identification (Radio Frequency iDentificati〇) that can be used to guide the terrain or location near a specific destination. n, RFID) navigation device. [Previous technology] m Due to changes in social patterns, people have been adjusted from the previous weekday to the current two-day pattern, and hope to relieve the usual work pressure by increasing the number of hours off, and To further improve the quality of work, so there are more so-called weekly two-day package trips, and many more eye-catching businesses, began to gradually plan the so-called large-scale leisure health park, hoping to provide consumers with a full rest In addition to encouraging consumers to get out of the city and get close to nature, they can achieve emotional communication with their families. However, these sightseeing spots or the establishment of eco-leisure parks like the spring after the rain, the commercially available paper maps can not instantly update these sightseeing spots or • the geographical information of the ecological leisure park 'if the map version is constantly updated, in addition to printing In addition to the cost of the system, it also inevitably consumes a large amount of paper and causes considerable harm to the earth. It is not a proper way. In addition, these sightseeing spots or eco-leisure parks are bound to make visitors feel at home. It is necessary to introduce the hardware and equipment such as the guidebook to enhance the tourists' perception of the attraction or the park. However, while reading these papers, it will sometimes reduce the tourist interest. The guidebook has the missing information that cannot be updated instantly. If it needs to be updated, it must be re-edited. 3 M382539 Maintaining the environmental protection of the global environment, this move is undoubtedly a reverse demonstration for the recent emphasis on Zhang. [New content] The creator has been actively engaged in research, after continuous trial and effort, in view of the inconvenience of the above-mentioned traditional tourist attractions guidebook, the increase in paper use*S high cost and the update of information. Finally, I developed this creation. The main purpose of this creation is to provide a type of radio frequency identification (_.
Frequency mentification，RFID)導覽系統，其可以提供一使 用者關於一特定地點之相關地形、地貌及景點之導覽說 明’可取代傳統旅遊景點導覽手冊’㈣便使用者不需觀 看地圖所顯示之繁雜路線外，亦可降低紙張用量來響應節 能減碳之環保目的。 本創作之另-目的在於提供一種具有導航功能的rfid 導覽系統，其係透過一衛星定位接收器來提供一使用者一 導航路徑，以帶領該使用者到達—特定地點後，提供該使 用者關於該特定地點之相關地形、地貌及景點之導覽說明。 為達上述之目的，本創作之RFID導覽系統，係包括有： 複數個RFID景點裝置，各RFID景點裝置内嵌一 rfid 標籤（tag)，並分別對應設置於一特定的地理區域；及 一導覽裝置，係至少包括有一 RFID讀取模組，該rfid 凟取模組藉由讀取該RFID景點裝置之RFID標籤來取得 一景點資訊。 M382539 其中’該導覽裝置，更包括有： 一記憶體單元，係儲存有複數個對應於該rfid標籤之 特定地理區域的景點資訊，其t’該景點資訊包括有地理、 圖片、文字介紹或語音導覽資訊； 一資料處理單元，係連結於該RFm讀取模組及該記憶 體單元’該資料處理單元根據該RFID讀取模組所讀取之 RFID標籤於該記憶體單元取得對應之景點資訊； * -網路傳輸模組’係連接於該資料處理單元，並依據該 f料處理單元的指示連接—後端㈣器資料庫讀取對應之 景點資訊至該記憶體單元’其中，該網路傳輸模組為一有線的 網路傳輸模組（如-乙太網路卡）或—無線網路傳輸模組（如一藍芽 傳輸模組或一標準IEEE 802. u無線傳輸模組）；及 至少-周邊裝置，係連接於該資料處理單元，並依據 該資料處理單元的指示輸出該資料處理單元所讀取之景點 資訊，其中，該周邊裝置可為一顯示器或…鄉㈣㈣。 該導覽裝置更可設置有一連結於該資料處理單元之衛 星定位接收器該衛星定位接收器接收一全球衛星系統 (gl〇bal positioning system，⑽）所發出之定位資 1，以 取得該導覽裝置所在之地理位置，當該導覽裝置取得自身 的地理位置後’該導覽裝置之資料處理單元可根據景點資 訊’計算並提供最短或是最適當的導覽路徑供使用者參考。 綜上所述，本創作之RFID導覽系統可取代習用紙本之 觀光景點導覽手冊’其透過新增該灯⑴景點裝置於一特定 5 M382539 景點位置及更新該記憶體 之景點資訊補充至該導即可將新景點 主该導覽裝置中，故可降低 及避免紙張之浪費，^, ;丨展戚本 費此外，本創作之導覽裝置亦可社人路 者參考。 &供最知或疋最適當的導覽路徑供使用 【實施方式】 為使熟悉該項技藝人士瞭解 ,,今別^ i目的，茲配合圖 式將本創作之較佳實施例詳細說明如下。 帛& —圖所不’本創作之無線射頻辨識（Radio Feeney IDentificati〇n，RFID)導覽系統係包括有： 複數個RFID景點梦署 不，，占裝置（2〇)各RFID景點裝置（2〇)内嵌 一娜標籤（tag)(201)，並分別對應設置於一 區域；及 一導覽裝置⑽，係至少包括有灯則取模組〇〇1)， 藉由讀取該RFID景點裝置㈣之RFm標籤⑽），來取得 一景點資訊。 其中’該導覽裝置（10)更包括： 一記憶體單元（103)，係儲存有複數個對應於該RFID 標籤（2(H)之特定地理區域的景點資訊，其中，該景點資訊 包括有地理、圖片、文字介紹或語音導覽資訊； 一貝料處理單兀（102)，係連結於該RFID讀取模組（1〇1) 及該記憶體單元（103)，該資料處理單元（1〇2)根據該RFID 讀取模組（101)所讀取之RFID標籤（2〇1)於該記憶體單元 6 M382539 (103)取得對應之景點資訊； 一網路傳輸模組（106)，係連接於該資料處理單元（1〇2)， 並依據該資料處理單元的指示連接—後端飼服器資料庫（圖 中未示）讀取對應之景點資訊至該記憶體單元（1〇3)，其中， 該網路傳輸模組(106)為一有線的網路傳輸模組(如_乙太網路卡) 或一無線網路傳輸模組（如一藍芽（Bluet〇〇th(RTM))傳輸模組或— 標準IEEE 802.11無線傳輸模組）；及 夕一周邊裝置（104)，係連接於該資料處理單元 (j〇2)，並依據該資料處理單元（1〇2)的指示輪出該資料處理 單元⑽)所讀取之景點資訊中，該周邊裝置（ι〇4)可為 一顯示器或一剩0八（Speaker)。 該儲存有複數個對應於該RFID標籤（2〇1)之景點資1 的記憶體單元（1〇3)，當有一新景點設立或景點資訊需要^ 新時’可藉由新增-RFID景點裝置（2G)於該新景點並透過 一網路傳輸模組（106)連接一後端伺服器資料庫（圖中未示）讀 #取對應之景點資訊來更新該記憶體單元（103)中景點資訊， -以將新景點之景點資訊補充至該導覽裝置中。 該儲存有複數個對應於該RFID標籤（2〇1)之景點資訊 的s己憶體單元（103)，並可透過一網路傳輸模組（1〇6)連接^ 端伺服器資料庫（圖中未示）讀取對應之景點資訊。 該資料處理單元（102)係透過一 USB或一 RS-232 4A* ^ 4考 输介面連結該RFID讀取模組（1 〇 1)。 請參考第三圖所示，上述之導覽裝置（1〇)可為一插卡式 7 M382539 掌上型電腦（Personal Digital Assistant, PDA)，該 RFID 讀取 模組（101)則為一對應於該插卡式pDA卡匣類型（1〇1 A)之外 接式RFID閲讀器（reader)，其中，該RFID讀取模組（1〇1) 類型可為一 Compact Flash (CF)或 Secure Digital (SD)卡式 的RFID閱讀器。 明參考第一及四圖所示，本創作之導覽裝置（1〇)更設置 -有一連結於該資料處理單元（102)之衛星定位接收器（1〇5)， 鲁該衛星定位接收器（1〇5)接收一全球衛星系統（gi〇bal • Positi〇ning system，GPS )所發出之定位資訊，以取得該導 覽裝置（10)所在之地理位置，當該導覽裝置（1〇)取得自身的 地理位置後’該導覽裝置（10)之資料處理單元（1 〇2)可根據儲 存於該記憶體單元（1〇3)中的景點資訊，計算並提供最短或 是最適當的導覽路徑供使用者參考。 其中，該衛星定位接收器（1〇5)係透過一 usb、一藍芽 ⑼uetoc^RTM))傳輸模組或一 RS_232傳輸介面連結至該導 φ覽裝置⑽之資料處理單元（102)，其透過接收該Gps之定 位資訊，來計算出該導覽裝置（10)的地理位置，其中，該定 ，位資訊至少包括有該導覽裝置⑽之經度、緯度;、平均海拔 高度及精確的衛星時間。 為使審查委員得以更容易清楚瞭解本創作之RFID 導覽系統之使用方式，特以一使用者攜帶本創作之導覽裝 置於一園區遊玩來進行說明，其包括有下列步驟： 步驟A:該使用者將該導覽裝置靠近一 rfid景點裝 置，該導覽裝置透過該RFID讀取模組讀取内嵌於該rfi: 8 M^2539 景點裝置的RFID標籤； 步驟二該資料處理單元根據該rfid讀取模組所讀取 2 FID標籤於該記憶單元挑選出對應之景點資訊，或透過 一網路傳輸模組連接後端飼服器資料庫讀取對應之景點資 訊，並透過該周if裝置顯示或播放給使用者； 步驟C:該導覽裝置透過其衛星定位接收器取得自身的 地理位置； 步驟D:該資料處理單元根據步驟c所取得之地理位 置，比對儲存於該記憶體單元之景點資訊，來計算出一最 適或最短導覽路徑供使用者參考； 因此，藉由本創作之RFID導覽系統，一使用者於一園 區遊玩時，不需要觀看地圖所顯示之繁雜路線外，即可透 過該周邊裝置的語音播放導引該使用者到想要去遊玩的景 點位置’除了可降低迷路的風險與找路的困擾外，更可提 升使用者的遊玩興緻。 综上所述’本創作之導覽系統可以取代習用紙本導覽 手冊’並降低製作該手冊之製造成本，無形中便達到節省 資源之目的，此外，該導覽系統之記憶體單元可即時進行 相關景點資訊的更新，也可避免紙本的導覽手冊需要重新 印製的缺失或是造成紙張之浪費，此外，本創作之導覽系 統更可連結有一衛星定位器而達到具有導航效果之功能， 讓使用者可以輕鬆快速的抵達其目的地。 【圖式簡單說明】 9 M382539 第一圖為本創作導覽系統之示意圖β 第二圖為本創作之導覽裝置的示意圖。 第三圖為本創作之導覽裝置為一插卡式掌上型電腦 (Personal Digital Assistant，PDA)的結構示意圖。 第四圆為本創作設置有一衛星定位接收器之導覽裝置 的不意圖。 【主要元件符號說明】 (10)導覽裝置 (1〇1)無線射頻辨識（Radio Frequency IDentification， RFID)讀取模組 (101A)卡匣類型 (102)資料處理單元 (1〇3)記憶體單元 (104) 周邊裝置 (105) 衛星地位接收器 (106) 網路傳輸模組 (20) RFID景點裝置 (201) RFID 標籤Frequency mentification (RFID) navigation system, which can provide a user's navigational description of the relevant terrain, landforms and attractions of a specific location, which can replace the traditional tourist attraction guidebook (4), so that the user does not need to view the map. In addition to the complicated route, it can also reduce the amount of paper used to respond to the environmental protection of energy saving and carbon reduction. Another object of the present invention is to provide a navigation function rfid navigation system that provides a user-a navigation path through a satellite positioning receiver to lead the user to a specific location and provide the user. A guided tour of the terrain, landforms and attractions of the particular location. For the above purposes, the RFID navigation system of the present invention includes: a plurality of RFID attraction devices, each RFID spot device is embedded with an rfid tag and correspondingly arranged in a specific geographical area; The navigation device includes at least one RFID reading module, and the RFID capture module obtains an attraction information by reading an RFID tag of the RFID attraction device. M382539, wherein the navigation device further includes: a memory unit storing a plurality of scenic spots corresponding to a specific geographic area of the RFID tag, wherein the information of the attraction includes geographic, pictorial, textual introduction or The audio navigation information is connected to the RFm reading module and the memory unit. The data processing unit obtains the corresponding RFID tag in the memory unit according to the RFID tag read by the RFID reading module. Sightseeing information; * - a network transmission module is connected to the data processing unit, and according to the instruction of the f-processing unit, the back-end (four) device database reads the corresponding attraction information to the memory unit' The network transmission module is a wired network transmission module (such as an Ethernet card) or a wireless network transmission module (such as a Bluetooth transmission module or a standard IEEE 802. u wireless transmission module). And at least the peripheral device is connected to the data processing unit, and outputs the scenic spot information read by the data processing unit according to the instruction of the data processing unit, wherein the peripheral device can For a monitor or ... township (four) (four). The navigation device may further be provided with a satellite positioning receiver coupled to the data processing unit, and the satellite positioning receiver receives a positioning resource 1 issued by a global satellite system (10) to obtain the navigation. The location of the device, when the navigation device obtains its own geographic location, the data processing unit of the navigation device can calculate and provide the shortest or most appropriate navigation path for the user's reference according to the attraction information. In summary, the RFID navigation system of this creation can replace the Sightseeing Sightseeing Guidebook for the use of the paper. It is supplemented by adding the light (1) attraction device to a specific 5 M382539 location and updating the information of the memory. The guide can be used to guide the new attraction to the navigation device, so that the waste of the paper can be reduced and avoided, and the navigation fee of the creation can also be referred to by the public. & The most appropriate or the most appropriate navigation path for use [Embodiment] In order to familiarize the person with the art, the preferred embodiment of the present invention will be described in detail below with reference to the drawings. . The Radio Feeney IDentificati〇n (RFID) navigation system includes: Multiple RFID attractions, Dream Office, and the device (2〇) RFID attraction devices ( 2)) embedded in the tag (201), and respectively corresponding to an area; and a navigation device (10), at least including a lamp to take the module 〇〇 1), by reading the RFID The RFm tag (10) of the attraction device (4) is used to obtain information on an attraction. The navigation device (10) further includes: a memory unit (103) storing a plurality of attraction information corresponding to a specific geographic area of the RFID tag (2 (H), wherein the attraction information includes Geography, picture, text introduction or audio guide information; a bedding processing unit (102) is connected to the RFID reading module (1〇1) and the memory unit (103), the data processing unit ( 1) 2) obtaining the corresponding attraction information according to the RFID tag (2〇1) read by the RFID reading module (101) in the memory unit 6 M382539 (103); a network transmission module (106) Connected to the data processing unit (1〇2), and according to the instruction connection of the data processing unit, the back end feeding device database (not shown) reads the corresponding attraction information to the memory unit (1) 〇 3), wherein the network transmission module (106) is a wired network transmission module (such as an _Ethernet network card) or a wireless network transmission module (such as a Bluetooth (Bluet〇〇th) (RTM)) transmission module or - standard IEEE 802.11 wireless transmission module); and a peripheral device (104), linkage In the information processing unit (j〇2), and according to the instruction of the data processing unit (1〇2), the information of the scenic spot read by the data processing unit (10) is read, the peripheral device (ι〇4) may be A monitor or a surplus of eight (Speaker). The memory unit (1〇3) storing a plurality of attractions 1 corresponding to the RFID tag (2〇1), when a new attraction is set up or the attraction information needs to be new, 'by adding a new-RFID spot The device (2G) is connected to the new attraction and connected to a backend server database (not shown) through a network transmission module (106) to read the corresponding attraction information to update the memory unit (103). Attractions information - Add information on the attractions of the new attractions to the tour guide. The suffix unit (103) corresponding to the information of the attraction of the RFID tag (2〇1) is stored, and can be connected to the server database through a network transmission module (1〇6) ( The corresponding attraction information is read in the figure. The data processing unit (102) connects the RFID reading module (1 〇 1) through a USB or an RS-232 4A* ^ 4 test interface. Referring to the third figure, the above navigation device (1〇) can be a plug-in type 7 M382539 Palm Digital Computer (PDA), and the RFID reading module (101) corresponds to The plug-in type pDA card type (1〇1 A) external RFID reader, wherein the RFID reading module (1〇1) type can be a Compact Flash (CF) or Secure Digital ( SD) Card-type RFID reader. Referring to the first and fourth figures, the navigation device (1〇) of the present creation is further provided with a satellite positioning receiver (1〇5) connected to the data processing unit (102), and the satellite positioning receiver (1〇5) receiving positioning information issued by a global satellite system (gi〇bal • Positi〇ning system, GPS) to obtain the geographic location of the navigation device (10), when the navigation device (1〇 After obtaining its own geographical location, the data processing unit (1 〇 2) of the navigation device (10) can calculate and provide the shortest or most appropriate according to the information stored in the memory unit (1〇3). The navigation path is for the user's reference. The satellite positioning receiver (1〇5) is connected to the data processing unit (102) of the navigation device (10) through a usb, a Bluetooth (9) uetoc^RTM) transmission module or an RS_232 transmission interface. Calculating the geographic location of the navigation device (10) by receiving the positioning information of the GPS, wherein the positioning information includes at least the longitude and latitude of the navigation device (10), the average altitude, and the precise satellite. time. In order to make it easier for the reviewing committee to understand the use of the RFID navigation system of this creation, a user will carry the creation of the navigation device in a park to explain, including the following steps: Step A: The user approaches the navigation device to an rfid attraction device, and the navigation device reads the RFID tag embedded in the rfi: 8 M^2539 scenic device through the RFID reading module; step 2: the data processing unit according to the The rfid reading module reads the 2 FID tag to select the corresponding attraction information in the memory unit, or connects the back end feeding device database through a network transmission module to read the corresponding attraction information, and through the week if The device displays or plays to the user; Step C: The navigation device obtains its geographical location through its satellite positioning receiver; Step D: The data processing unit stores the memory in the memory according to the geographical position obtained in step c The location information of the unit to calculate an optimal or shortest navigation path for the user's reference; therefore, with the RFID navigation system of the creation, when a user is playing in a park You don't need to watch the complicated routes displayed on the map, you can use the voice playback of the peripheral device to guide the user to the location of the attraction that you want to play. In addition to reducing the risk of getting lost and finding troubles, you can improve User's playful interest. In summary, the 'guided system of this creation can replace the custom paper guidebook' and reduce the manufacturing cost of the manual, which saves resources invisibly. In addition, the memory unit of the navigation system can be instantly The update of relevant scenic spots information can also avoid the need for reprinting of paper guidebooks or the waste of paper. In addition, the navigation system of this creation can be connected to a satellite locator to achieve navigational effects. Features that allow users to reach their destination quickly and easily. [Simple description of the diagram] 9 M382539 The first picture is a schematic diagram of the creation guide system. The second picture is a schematic diagram of the navigation device of the creation. The third figure is a schematic diagram of the structure of the navigation device of the creation as a personal digital assistant (PDA). The fourth circle is not intended to provide a navigation device with a satellite positioning receiver. [Description of main component symbols] (10) Navigation device (1〇1) Radio Frequency IDentification (RFID) reading module (101A) cassette type (102) data processing unit (1〇3) memory Unit (104) Peripheral device (105) Satellite status receiver (106) Network transmission module (20) RFID attraction device (201) RFID tag