201037274 六、發明說明： 【發明所屬之技術領域】 本發明係關於一種導航系統，特別是指一種具有 播放導航區域影片的導航糸統。 【先前技術】 隨著科技日新月異的進步，全球衛星定位系統 (Global Position System; GPS)的技術已趨於成熟。 全球衛星系統具有良好的導航定位的功能，以被廣泛 應用在軍事、交通、工程及定時等。例如巡航導彈、 防止兒童老人族群走失、戶外活動、交通工具導航或 是車輛防盜上等等。 全球衛星定位系統具有許多特點，主要為不受任 何天氣的影響、且全球覆蓋率高達98%、可以移動定 位與應用廣泛且多功能等等。但是全球衛星定位系統 同時也具備了一些缺點。就以全球衛星定位系統而 言’有二維導航和二維導航之分，如果衛星信號強度 不夠時，則無法提供三維導航的服務，而且全球衛星 定位糸統在處於南樓林立的地區、有大樓遮敝空間的 地方或是室内等，捕捉衛星信號就要花較長時間亦容 易有完全無法接收的情況發生。 但對於一般人在環境不熟悉的較大的室内場所 或是大樓内，沒有指標地圖或是指標圖指示不清，也 不使用導航儀器的情況下，容易造成迷失或是方向感 錯亂的情形。例如大學新生剛進入校園時，在不熟悉 校園環境的情況下，只能在短短的下課時間尋找下一 堂課的上課教室，造成新生莫名的恐慌。 4 201037274 再者為認知障礙者（如失憶症、腦部創傷、阿茲 海默症、精神分裂、類人格分裂症患者、部分腦性麻 痒或發展遲緩者等）本身在運用與處理外界訊息的能 力便有障礙，在面對不熟悉的空間容易產生不安定 感，使得生活空間常常被限制在固定場所，如住家或 看護機構等等。對於是否能讓認知障礙者可獨立行 動，攸關著他們的生活品質。如果能在確切的時間和 • 地點出現一個以手持裝置做為輔具的導航系統，可以 ' 讓不管是認知障礙者的人們或是不熟悉環境的正常 人，在生活的獨立的同時，能夠即時獲得所需要的幫 Ο 助。 如以上所述，顯而易見地，對於處在陌生的室内 大樓或是不熟悉的環境之下，容易產生不安全感或是 迷失的情況；再者為認知障礙者對於認識環境發生障 礙，無法獨立活動。因此，需要一個有善的導航系統， 使處在陌生室内環境或是認知障礙者都能獲得實質 的幫助。 此外，就全球衛星定位系統而言，技術已趨於成 熟，且具有良好的導航及定位的功能。但由於全球衛 星定位系統在室内環境或是有遮蔽物的地點中，無法 接收到良好的信號強度，容易造成訊號接收斷斷續 續，在室内無法有良好的導航效果。 在以上前提之下，本發明之發明人認為實有必要 研發出一種影像導航系統，其係利用預先錄製一導航 區域内設置之複數個感應信標間之區域導航影片，並 在影像導航裝置接收到信標信號後播放所對應之該 區域導航影片，藉以在導航區域内可進行區域導航作 業。 5 201037274 【發明内容】 本發明所欲解決之技術問題與目的： 有鑒於習知技術所提供之全球衛星定位系統在 室内無法有良好的導航系統。緣此，本發明之主要目 的係提供一種影像導航系統，利用預錄一導航區域内 存在之複數個感應信標間之區域導航影片，影像導航 裝置在感測感應信標後，播放區域導航影片，藉以進 行區域導航。 本發明解決問題之技術手段： 本發明為解決習知技術之問題所採用之技術手 段係提供一種影像導航系統，係用以預錄設置在一導 航區域内之複數個感應信標間之區域導航影#，進行 區域導航。該影像導航系統包含：一影像導航裝置與 複數個感應信標。複數個感應信標，係分別設置在一 導航區域中，並發出一信標信號。影像導航裝置係包 含：一信號接收器、一處理單元、一記憶單元與一影 音播放單元。信號接收器係用以接收該信標信號；處 理單元，係電性連接於該信號接收器，以接收該信標 信號；記憶單元係電性連接於該處理單元，並儲存複 數個區域導航影片，其中，每一個區域導航影片係對 應至該信標信號，當該處理單元接收該信標信號後， 呼叫所對應至該信標信號之該區域導航影片；影音播 放單元當該區域導航影片被呼叫時自動開啟，並播放 該區域導航影片導引至下一個感應信標。 本發明對照先前技術之功效： 6 201037274 中，全球衛星定位系統，由於在本發明 拉4»^，導航裝置直接感應設置於導航區域内的感應 在感應後開啟預錄導航區域内感應信標二 ，像以進行導航，並無室内室外信號接收及強弱 = 能以導航影片導引至目的地方向。顯而 =作本業發明確實可以藉由觀看導航影片來進行區 例及===實施例’將籍由以下之實施 ❹ Ο 【實施方式】 ^ ί ί '"ΐ ^ ^ ^ ^ ^ ^ 里至π叙％合、至内公共場合盥一船八丛+Β私 枚：m地’由於相關之組合實；方式ΐΐ:: ^加以一資述’僅列舉其中一個較佳實201037274 VI. Description of the Invention: [Technical Field] The present invention relates to a navigation system, and more particularly to a navigation system having a movie playing a navigation area. [Prior Art] With the rapid advancement of technology, the technology of Global Positioning System (GPS) has matured. The global satellite system has a good navigation and positioning function, which is widely used in military, transportation, engineering and timing. For example, cruise missiles, prevention of children's elderly population loss, outdoor activities, vehicle navigation or vehicle theft and so on. Global Positioning System (GPS) has many features, mainly independent of any weather, with a global coverage of 98%, mobile positioning and wide-ranging applications. But the global satellite positioning system also has some shortcomings. In the case of global satellite positioning systems, there are two-dimensional navigation and two-dimensional navigation. If the satellite signal strength is not enough, the three-dimensional navigation service cannot be provided, and the global satellite positioning system is in the area where the south building is located. In the concealed space of the building or indoors, it takes a long time to capture satellite signals and it is easy to be completely unacceptable. However, in the case of a large indoor place or a building in which the general environment is unfamiliar with the environment, there is no indicator map or indicator map indication, and when the navigation device is not used, it is easy to cause loss or confusion. For example, when a university freshman first entered the campus, he could only find the classroom of the next class in a short class time without being familiar with the campus environment, causing a new inexplicable panic. 4 201037274 In addition, people with cognitive impairment (such as amnesia, brain trauma, Alzheimer's disease, schizophrenia, genital schizophrenia, partial cerebral palsy or developmental delay) are using and processing external information. The ability to have obstacles, in the face of unfamiliar space is prone to instability, so that living space is often limited to fixed places, such as home or care institutions. Whether or not people with cognitive disabilities can act independently can be responsible for their quality of life. If you can have a navigation system with a handheld device as an aid at the exact time and place, you can 'allow people who are both cognitively disabled or normal people who are not familiar with the environment to be able to live independently while living independently. Get the help you need. As mentioned above, it is obvious that in an unfamiliar indoor building or an unfamiliar environment, it is easy to cause insecurity or loss. In addition, people with cognitive impairment have obstacles to understanding the environment and cannot independently act. . Therefore, a good navigation system is needed to enable substantial help in a strange indoor environment or a cognitively impaired person. In addition, in the case of global satellite positioning systems, technology has become more sophisticated and has good navigation and positioning functions. However, because the global satellite positioning system cannot receive good signal strength in indoor environments or in sheltered areas, it is easy to cause signal reception to be intermittent, and there is no good navigation effect indoors. Under the above premise, the inventor of the present invention believes that it is necessary to develop an image navigation system, which uses a pre-recorded area navigation movie between a plurality of sensing beacons arranged in a navigation area, and receives the video in the image navigation device. After the beacon signal is played, the corresponding area navigation movie is played, so that the area navigation operation can be performed in the navigation area. 5 201037274 SUMMARY OF INVENTION Technical problems and objects to be solved by the present invention: In view of the fact that the global satellite positioning system provided by the prior art does not have a good navigation system indoors. Therefore, the main object of the present invention is to provide an image navigation system for pre-recording an area navigation movie between a plurality of sensing beacons in a navigation area, and the image navigation device plays the area navigation film after sensing the sensing beacon. , for regional navigation. Technical Solution for Solving the Problems of the Invention: The technical means adopted by the present invention for solving the problems of the prior art provides an image navigation system for pre-recording regional navigation between a plurality of sensing beacons disposed in a navigation area. Shadow #, for area navigation. The image navigation system comprises: an image navigation device and a plurality of sensing beacons. A plurality of inductive beacons are respectively disposed in a navigation area and emit a beacon signal. The image navigation device comprises: a signal receiver, a processing unit, a memory unit and a video playback unit. The signal receiver is configured to receive the beacon signal; the processing unit is electrically connected to the signal receiver to receive the beacon signal; the memory unit is electrically connected to the processing unit, and stores a plurality of regional navigation films Each of the area navigation videos corresponds to the beacon signal. When the processing unit receives the beacon signal, the call corresponds to the area of the beacon signal to navigate the movie; the video playback unit when the area navigation movie is Automatically turn on when the call is made, and play the area navigation movie to guide to the next induction beacon. The present invention compares the effects of the prior art: 6 In 201037274, the global satellite positioning system, because in the present invention, the navigation device directly senses the sensing in the navigation area, and the sensing beacon is opened in the pre-recorded navigation area after sensing. , for navigation, no indoor and outdoor signal reception and strength = can guide the video to the destination direction. Obviously, the invention can indeed be carried out by viewing the navigation film and the === embodiment will be implemented by the following implementations [embodiment] ^ ί ί '"ΐ ^ ^ ^ ^ ^ ^ To π % 合 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , ,
°月參閱第一圖’係顯示在感廣作;命旦/ M 置於 1 航區域意圖。如“夕一Jd Id與le與一影像導崩 應信標1、la、lb、lc、ld^】^裝置2°六個感 域中，而使用者年牲史德道/壯e刀別設置於導航區 而使用者手持影像導航裝置2處在導航區域内。 圖。系統方塊示意 -操作介面22、= 裝收置器22匕-處;里”广 2;記^ 25、一影音播放單元％ t二14: ，單ί 5，二22、賴收器23、顯示單元曰ί Ϊ —25、音播放單元26與音效單◎係分別電己 7 201037274 性連接於處理單元21，其中操作介面22為-鍵盤。 後墓it閱第—圖的同時，請一併參閱第二圖，當影 传妒；2接收到感應信標1之信標信號P1後， 傳ΐ到产^信標信號P1 ’並將信標信號P1 處理單元21發出-提示信號 者H:，Λ音效單元27發出聲響提示使用 Carcj)。 °己思单元25可為一記憶卡（Memory ❹ ❹ 圖圖與第二圖的同時，請-併參閱第三 單，第四圖盆‘二亍巴其::之示區域導航之目的地選 單元27發出盤‘ Γ域^航影片内之影像。在音效 會顯示出Χ—出示單元24中的工作視窗241 選單2411合續亍如第三圖所示’目的地 24Ua'~ 241lc、一系辦^文么241113、一頂樓選項圖/文框 項圖/文框文框24nd、一學務處選 4Ue與一貫驗室選項圖/文框24Uf。 使用者利用操作介面22 ^ ^ ^ ^ ^ ^ ^ ^ ^ 文框24"a時，其上二 先儲存在7产m蛤航裝置2安排一導航路線，呼叫預 口匕G早疋25中所對應的 二田 理單元2】將自動開播片被=後’處 放單元26播放區妁道放早兀26，並在影音播 響提示使用者^^^ t音效單以發出聲 元26開始播放航作業，影音播放單 之工作視窗241 身片，並且於顯示單元24中 固1顯不出—區域導航影像24U。 當使用者觀看區域導航影片進行區域導航時，影 8 201037274 像導航裝置2進入感應信標1 a時，影像導航裝置2 接收到感應信標1 a之信標信號P1。當處理單元2 i 接收到信標信號P1後，記憶單元25中下一段的區域 導航影片。當記憶單元25中的區域導航影片被呼叫 後，處理單元21將再自動開啟影音播放單元26，並 在=音播放單元26播放下一段區域導航影片前，處 理單元21發出提示信號到音效單元27，使音效單元 27再發出聲響提示使用者感應信標la所對麻之區域 導航影片即將開啟。 ‘ ^ Ο Ο 衫像導航聚置2進入感應信標1b時，影像導航 裝置2接收到感應信標lb之信標信號ρι。當處理單 几21接收到信標信號ρι後，呼叫記憶單元25内另 丰又的區域導航影片。當記憶單元25中的區域導航 ，，呼叫後，處理單元21將再自動開啟影= ‘，並在影音播放單元26播放另一段區域導航 :立刖，處理單元21發出提示信號到音效單元27， 再發出㈣提示使用者感應信標1⑽ 對應的&域導航影片即將開啟。 裝置Γίϊίί ΐ2進入感應信標ic時’影像導航 元接收到^^^1；^信標錢Pb #處理單 對雍L號後，呼叫記憶單元25中所 忠U、+ 〇〇域¥航影片。當記憶單元25中的區域導航 單元26t二ί旦/t i早7^ 21將再1動開啟影音播放 ^ u f在衫曰播放單元26播放另一段區域導航 單元21發出提示信號到音效單元27 影7L 7再發料響提錢用者觀看區域導航 時’請Hi、第二圖、第一三圖與第四圖的同 多弟五圖，其係顯示抵達目的地之抵達 9 201037274 提示，當影像導航裝置2進入感應信標id接收範圍 時’影像導航裝置2接收到感應信標id之信標信號 P1。當處理單元21接收到信標信號pi後，判斷為目 的地感應信標1之信標信號P1時，處理單元21發出 提示信號到音效單元27，使音效單元27再發出聲響 提示使用者，並將一抵達提示2413顯示於顯示單元 24之工作視窗241中’提示使用者已抵達所選取之目 的地。 較佳者，在本發明中，上述之感應信標1、la、° ° see the first figure ' shows the wide sense; life / M placed in the 1 area of the intention. For example, "Xi Yi Jd Id and le and an image detonation should beacon 1, la, lb, lc, ld ^ ^ ^ device 2 ° six senses, and the user's annual history of the road / Zhuang e knife set The navigation area and the user's handheld image navigation device 2 are located in the navigation area. Fig. System block diagram - operation interface 22, = loading and receiving device 22 匕 - place; inside "wide 2; record ^ 25, a video playback unit% t二14: , single ί 5, 2 22, finder 23, display unit 曰ί Ϊ 25, sound playback unit 26 and sound effect unit ◎ are respectively connected to the processing unit 21, wherein the operation interface 22 For - keyboard. After the tomb is reading the first picture, please refer to the second picture together, when the picture is transmitted; 2, after receiving the beacon signal P1 of the inductive beacon 1, pass the signal to the beacon signal P1 'and The signal P1 processing unit 21 issues a - prompt signal to H:, and the sound effect unit 27 gives an audible prompt to use Carcj). ° 思思 unit 25 can be a memory card (Memory ❹ ❹ map and the second map at the same time, please - and refer to the third, fourth basin 'two 亍 其 : ::: the regional navigation destination menu Yuan 27 sends out the image of the disk's video. In the sound effect, the window 241 in the presentation unit 24 is displayed. The menu 2411 continues. As shown in the third figure, 'destination 24Ua'~ 241lc, one system ^文文241113, a top floor option map / text box item map / text box frame 24nd, a school office selection 4Ue and a consistent laboratory option map / frame 24Uf. Users use the operation interface 22 ^ ^ ^ ^ ^ ^ ^ ^ ^ When the box is 24"a, the second two are stored in the 7-meter navigation device 2, and a navigation route is arranged. The second field unit corresponding to the call pre-port 匕G early 25 will automatically start broadcasting. The film is replaced by the 'after' playback unit 26, and the user is prompted to play the game with the sound element 26 to start the navigation operation, and the working window of the video playback list is 241. The slice is displayed in the display unit 24 - the area navigation image 24U. When the user views the area navigation film to perform the area When navigating, the shadow 8 201037274, when the navigation device 2 enters the inductive beacon 1 a, the image navigation device 2 receives the beacon signal P1 of the inductive beacon 1 a. After the processing unit 2 i receives the beacon signal P1, the memory unit The area navigation movie of the lower section of 25. When the area navigation movie in the memory unit 25 is called, the processing unit 21 will automatically turn on the video playback unit 26 again, and process the video before the next section of the area is played by the audio playback unit 26. The unit 21 sends a prompt signal to the sound effect unit 27, so that the sound effect unit 27 re-sounds to prompt the user to sense that the beacon area is in the area where the navigation video is about to be turned on. ' ^ Ο Ο shirt image navigation gather 2 into the induction beacon 1b The image navigation device 2 receives the beacon signal ρι of the inductive beacon lb. When the processing unit 21 receives the beacon signal ρι, it calls the other area of the memory unit 25 to navigate the movie. When the memory unit 25 is in the area After the call, the processing unit 21 will automatically turn on the shadow = ', and play another area navigation in the video playback unit 26: the processing unit 21 sends a prompt signal to the tone. Effect unit 27, re-issued (four) prompts the user to sense the beacon 1 (10) corresponding & field navigation movie is about to open. Device Γίϊίί ΐ 2 when entering the beacon ic "image navigation unit received ^ ^ ^ 1; ^ beacon money Pb # After processing the single pair L number, the U, + ¥ field of the memory unit 25 is sung. When the area navigation unit 26t in the memory unit 25 is ί 旦 / ti early 7^ 21, the video will be turned on again. Play ^ uf in the shirt playing unit 26 to play another area navigation unit 21 to send a prompt signal to the sound unit 27 shadow 7L 7 and then send the money to the user to view the area navigation 'Please Hi, the second picture, the first three pictures The same figure as the fourth figure, which shows the arrival of the arrival destination 9 201037274. When the image navigation device 2 enters the inductive beacon id receiving range, the image navigation device 2 receives the beacon of the inductive beacon id. Signal P1. When the processing unit 21 receives the beacon signal pi and determines that the destination inductive beacon 1 is beacon signal P1, the processing unit 21 sends a prompt signal to the sound effect unit 27, causing the sound effect unit 27 to re-sound to prompt the user, and An arrival alert 2413 is displayed in the work window 241 of the display unit 24 to prompt the user that the selected destination has arrived. Preferably, in the present invention, the above-mentioned induction beacon 1, la,
或為—t與^可為一藍芽信標（Bluetooth Beacons ) ) ^ 射頻辨熾（Radio Frequency Identification; 讀取器或為一 ^述之彳§標信號接收器23可為一藍芽 顯示單元24 線射頻辨識讀取器’操作介面22與 了結合為一顯示面板。 同樣地’當使闲土 + 選單2411中之pb 者藉由操作介面22選取目的地 點為第一圖中之&^弟教室選項圖/文框2411 b時，其地 航路線，並開始進，地點，影像導航裝置2安排另一導 裝置2進入感^作=上述區域導航作業。當影像導航 接收到感應信；J 1標1C接收範圍時，影像導航裝置2 接收到信標信^ PlC之信標信號P1。當處理單元21 pl為B地點時，声丨後^判斷感應信標1之信標信號 元27，使音效單处理單元21發出提示信號到音效單 —抵達提示2413^27再發出聲響提示使用者’並將 中提示使用者已扣於顯示單元24之工作視窗241 pi供沾 達選取之目的地。 同松地，當使用本# 選單2411中之頂棟、^考藉由操作介面22選取目的地 在第一圖中顯示、，^項圖/文框2411c時，其地點不 開始進行上述區像導航裝置2安排導航路線，並 域導銳作業，將使用者導引至第一圖 201037274 信號1e。當影像導航裝置2進入 λ;; 範圍時，影像導航裝置2接收到感 效”21發出提示信號到音效單元 導航旦 ^ 再發出聲響提示使用者觀看區域 用者導引至—頂樓樓梯3,並給予使 用有扼不仃動方向至目的地。Or -t and ^ can be a Bluetooth Beacons ^ Radio Frequency Identification (Reader or for a description of the signal receiver 23 can be a Bluetooth display unit The 24-wire RFID reader's operation interface 22 is combined into a display panel. Similarly, when the pb in the idle soil + menu 2411 is selected by the operation interface 22, the destination point is &^ in the first figure. When the classroom option map/frame 2411 b, its route, and start, the location, the image navigation device 2 arranges another guide 2 to enter the sense = the above-mentioned area navigation operation. When the image navigation receives the induction letter; When the J 1 standard 1C receiving range, the image navigation device 2 receives the beacon signal P1 of the beacon signal P1C. When the processing unit 21 pl is the B location, the beacon signal element 27 of the sensing beacon 1 is determined after the sonar. , the sound effect processing unit 21 sends a prompt signal to the sound effect sheet - the arrival prompt 2413^27 and then sounds to prompt the user' and prompts the user to have the work window 241 pi buckled to the display unit 24 for the selected destination. Same as loose land, when using this # In the top block of 2411, when the destination is displayed in the first figure by the operation interface 22, the location/frame 2411c is not displayed, and the location of the navigation device 2 does not start to arrange the navigation route. The sharpening operation guides the user to the first signal 201037274 signal 1e. When the image navigation device 2 enters the λ;; range, the image navigation device 2 receives the sensation "21 sends a prompt signal to the sound unit navigation The audible prompts the user to view the area to guide the user to the top stairs 3 and gives the use of the squatting direction to the destination.
選輩m’當使用者藉由操作介面22選取目的地 ΐ d上之_公室選仙/文框2 4丨1 d時，其地 線’:、並η #C地點，影像導航裝置2安排導航路 &進入上述區域導航作業。#影像導航裝置 到感應”妾收範圍時，影像導航裝置2接收 二之仏標信號Ρ1。當處理單元21接收到 ϊ ί】日:2:4:朗為應信標1之信標信 立兮抑地ί早兀21發出提示信號到音效單元27, 料㈣提顿时，並將一抵達 SI 於顯示單元24之工作視窗241中提示 使用者已抵達選取之目的地。 一 #使用者藉由操作介® 22選取目的地 砥早24n中之學務處選項圖/文框2411e，即為第一 地點’影像導航裝置2安排導航路 線，亚開始進行上述區域導航作業。當影像導航裝置 2進入感應信標lb接收範圍時，影像導航裝置2接收 到感應彳s標lb之信標信號P1。當處理單元21 到信標信號P1後，判斷為D地點感應信標丨之芦 信號P1日$ :處理單元21發出提示信號到音效^ 27 ’使音效單元27再發出聲響提示使用者，並將一 抵達提示2413顯示於顯示單元24之工作視窗241中 提示使用者已抵達選取之目的地。 201037274 ，1者藉由操作介面22選取目的地 之戶、驗至選項圖/文框2411f時，豆地點 為弟一圖中之E地點，影傻邋^也點 線，並開始進行上述區域導排導航路 0、隹λ 處AW X等航作業。當影像導航裝置 1感應尨私la接收範圍時，影像導 到感應信標la之信標信號ρι === 判=地點=== 佶立兮押处早兀21毛出提不信號到音效單元27， Ο ❹ 出㈣提錢时，並將一抵達 如不2413顯不於顯不單元24之工作視窗241 已抵達所選取之目的地。 ’、 下將ί後半ΐ了進一步推廣本發明所揭露之技術，以 Π1在所屬技術領域中具有通常知識者n 第：圖产系顯示本發明較佳實施例之簡 座”像導航褒置2儲存導航區域内 ia、ib、ic、“與ie 間之區域 收11G)°使用者藉由影像導航裳置2接 收到導航區域内感應信標】、la、lb、lc、id盥『 ίίίΐί P1(步驟12〇) °在影像導航農置2進λ到 1、la、lb、le、ld與le範圍，並接收 ϊΐ信LP1: ’影像導航裝置2便發出-音效信號， 用步驟i3G) °#影像導航裝置2依據使 用者猎由刼作介面22選取目的地選單2411 =地選項後’處理單元21呼叫所對應至目的地導航 路偟之區域導航影片（步驟140)。 ， 當影像導航裝置2感測到導航路徑中另一感應信 二;=、1C,、ld與1e時’影像導航裝置2發 曰效L號，亚且開啟另一對應之區域導航影片 12 201037274 (的步影像導航/置2會判斷目前感測 α應彳5軚疋否為目的地之感應信標（步驟16〇 行步驟150。若是，則當感測到選取之目： 二ΪΓ;:1後，影像導航裝置2在顯示單^ 出-抵達提示，通知使用者到達目的地（步驟 ，佳者，在本發明中，上述之影像導航裝置2 二二個人數位助理（Pers〇nal Digital Assistam 或為一行動電話。 ）When the user selects the destination on the destination ΐ d by selecting the destination ΐ d / frame 2 4 丨 1 d, the ground line ':, and η #C location, the image navigation device 2 Arrange the navigation road & enter the above area navigation work. When the image navigation device reaches the sensing range, the image navigation device 2 receives the second target signal Ρ 1. When the processing unit 21 receives ϊ ί 】: 2:4: lang is the beacon of the beacon 1兮 ί ί 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出 发出The operation interface 22 selects the school office option map/frame 2411e in the destination 24n, that is, arranges the navigation route for the first location 'image navigation device 2, and starts the above-mentioned area navigation operation. When the image navigation device 2 enters When the beacon lb receives the range, the image navigation device 2 receives the beacon signal P1 of the sensor s lb. After the processing unit 21 reaches the beacon signal P1, it determines that the D-site sensing beacon 丨 信号 signal P1 is $ The processing unit 21 sends a prompt signal to the sound effect 27' to cause the sound effect unit 27 to re-sound to prompt the user, and displays an arrival prompt 2413 in the work window 241 of the display unit 24 to prompt the user that the selected destination has arrived. 201037274When one selects the destination of the user through the operation interface 22 and checks the option map/frame 2411f, the bean location is the E location in the map of the younger brother, and the shadow is also clicked, and the above-mentioned regional guide is started. Navigation road 0, 隹 λ at AW X, etc. When the image navigation device 1 senses the singular la reception range, the image leads to the beacon signal of the induction beacon la ρι === judgment = location === 佶立兮The escorting of 21 毛 不 不 不 兀 音 音 音 音 音 音 音 音 音 音 音 音 音 音 音 音 音 音 音 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四Further, the technology disclosed in the present invention is further promoted, and the first embodiment of the present invention is shown in the prior art. In the navigation area, ia, ib, ic, "the area between the area and the IE is 11G." ° The user receives the inductive beacon in the navigation area by the image navigation slot 2, la, lb, lc, id盥『 ίίίΐί P1 ( Step 12〇) ° In the image navigation farm 2 into the range of λ to 1, la, lb, le, ld and le, and connect LP信LP1: 'The image navigation device 2 emits a sound effect signal, using the step i3G) °# The image navigation device 2 selects the destination menu 2411 = the ground option according to the user's hunting interface 22, and then the processing unit 21 calls the corresponding The area navigation movie to the destination navigation route (step 140). When the image navigation device 2 senses another induction signal in the navigation path; =, 1C, ld and 1e, the image navigation device 2 is ineffective. No., and open another corresponding area navigation film 12 201037274 (Step image navigation / set 2 will determine whether the current sensing α should be 5 軚疋 is the destination of the beacon (step 16 step 150). If yes, when the selected item is sensed: 2:; 1, the image navigation device 2 displays the single-out-arrival prompt to notify the user to reach the destination (step, preferably, in the present invention, the above) Image navigation device 2 Two or two number of assistants (Pers〇nal Digital Assistam or a mobile phone.)
在閱讀以上所揭露之技術後，相信舉 ::域中具有通常知識者皆能輕易理解，由。= 二二航系統1 〇〇中之影像導航裝置2在感i 到導航區域中之感應信標1、la、lb、lc、]^與le。 在影像導航裴置2接收到信標信號ρι後，便可藉由 ，好的區域導航影片進行區域導航作業。顯而^見 =三本發明並無室内室外信號接收及強弱之問題，可 確實的進行區域導航作業。 藉由上述之本發明實施例可知，本發明確具產業 十之利用價值。惟以上之實施例說明，僅為本^明^ 較，實施例說明，舉凡所屬技術領域中具有通常知識 者當可依據本發明之上述實施例說明而作其它種種 之改良及變化。然而這些依據本發明實施例所作的種 種改良及變化，當仍屬於本發明之發明精神及界定之 專利範圍内。 【圖式簡單說明】 第一圖係顯示在感應信標與影像導航裝置於導航區 域中之示意圖； 13 201037274 弟二圖係顯不影像導航糸統方塊不意圖； 第三圖係顯示區域導航之目的地選單； 第四圖係顯示區域導航影片内之影像； 第五圖係顯示抵達目的地之抵達提示； 第六圖係顯示本發明較佳實施例之簡易流程圖。 【主要元件符號說明】 影像導航糸統 100 感應信標 1〜1 e 影像導航裝置 2 頂樓樓梯 3 處理單元 21 操作介面 22 信號接收器 23 顯示單元 24 工作視窗 241 目的地選單 2411 一樓廁所選項圖/文框 2411a 階梯教室選項圖/文框 2411b 頂樓選項圖/文框 2411c 系辦公室選項圖/文框 2411d 學務處選項圖/文框 2411e 14 201037274 實驗室選項圖/文框 區域導航影像 抵達提示 信標信號 2411f 2412 2413 P1After reading the techniques disclosed above, it is believed that those who have the usual knowledge in the :: domain can easily understand. = The image navigation device 2 in the second and second navigation system 1 senses the beacons 1, la, lb, lc, ]^ and le in the navigation area. After the image navigation device 2 receives the beacon signal ρι, the area navigation operation can be performed by using the good area navigation movie. Obviously, you can see that there are no indoor and outdoor signal reception and strength problems, and you can carry out regional navigation operations. It can be seen from the above embodiments of the present invention that the present invention has the use value of the industry ten. However, the above embodiments are merely illustrative of the embodiments, and those of ordinary skill in the art can be modified and changed in various other embodiments. However, various modifications and changes made in accordance with the embodiments of the present invention are still within the scope of the invention and the scope of the invention. [Simple diagram of the diagram] The first diagram is shown in the navigation area of the inductive beacon and image navigation device; 13 201037274 The second picture shows the image navigation system block is not intended; the third picture shows the area navigation The destination menu; the fourth image shows the image in the area navigation film; the fifth picture shows the arrival prompt arriving at the destination; and the sixth figure shows a simplified flow chart of the preferred embodiment of the present invention. [Main component symbol description] Image navigation system 100 Inductive beacon 1~1 e Image navigation device 2 Top floor staircase 3 Processing unit 21 Operation interface 22 Signal receiver 23 Display unit 24 Working window 241 Destination menu 2411 First floor toilet option map / Box 2411a Ladder classroom option map / box 2411b Top floor option map / box 2411c Department office option map / box 2411d Academic office option map / box 2411e 14 201037274 Lab option map / text box area navigation image arrival prompt Beacon signal 2411f 2412 2413 P1
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