M352099 八、新型說明： 【新型所屬之技術領域】 與地點的辨識度。 本創作侧於-種電子地圖的導航農置，特別是指—種可 過接收㈣資訊來改變料航關之背景與额樣貌的導 置’，猎以S富化導航裝置賴補地圖，並提高使財對於道路 【先前技術】 全球衛星定位系統(GPS)技術日趨成熟，在導航地圖的顯示效 果上也越趨多元化’導航系統之主要功能在於依據使用者之需^ 與2航系狀演算邏輯_出—最適路線，以協助使用者到達所 欲前往之目的地，*達成該魏之主要元件為—喊於導航系統 之電子導航地®，經料m冑算邏輯之運算，針對預設於該 導航系統中之電子導航地圖，求解得知出發地至目的地之最適路 線配置，並將該最適路線配置顯示於導系統上。 目剷導航系統之電子導航地圖的顯示方法，係針對原始二維 平面電子地®，配合上述之最適路線進行地圖再製，以方便使用 者得以輕祕導航纽中得知行進祕，_地圖縣之習知技 術論述如下。 中華民國公告第1258002號專利所揭露技術係針對地圖進行 SDahree-Dimension)模型化顯示，此方法需經由實際道路調查， 以建立路口模型資料庫，再經過圖像整合，藉以達成導航地圖立 M352099 體之目的另外’十華民國公告第挪969號專利所揭露技術係 =對航空器之電子地圖，亦利用3D顯示飛行區地形圖，並於氣象 雷達畫面顯示雨雲區、亂流區、風剪，晝面。又，美國第⑽獅 號專利所揭露技術係針對路線規劃之圖像顯示，使用者可於所在 i：也透過不同視角’經由接收地理資料庫之訊息，針對使用者當下 之視角顯示出所對應之3D即時電子地圖。 田 一中華民國公告.第娜26號專利所揭露技術為解決駕驶人於 曰仪間因炫光所造成的不適，現行嫩裝置，通常於日夜間模式 中’以不同的底色來進行地圖的顯示，而日夜間模式的轉換，係 由使用者目行定義時間，或透過導航裝置内部所預設的碑間，藉 以轉換日夜間模式。 曰 T莘氏國公告第M333553 J 叫給仪4町你对對導航地 之導航方向指引’使用者透過播風玻璃所視之實景，將導航動; 之指引方向對應於該實景投射至擋風玻璃上。 人中華民國公告第4483〇6號專利所揭露技術係針對動態影像: 合GPS之系統，其係將GPS系統裝設於機動之載具上，使該& 翻於車柄進行野外道料查健，且於車輛運動中職自= 錄母秒所接收之衛星定位訊號(經緯度、海拔高度、時間、行進; 向角、行進速度等），同時利用—數位攝影機同步攝取記錄沿跑 路之周邊_影像’而經由料處理單元之pc電腦主機同別 ^作業，使所接收之多項魅定位滅及所_之_道路數^ 影像訊號皆即時顯示於—雙視窗多讀示器上，即該純會記鸯 M352099 ' j車幸兩運動路极軌跡(包括：經緯度、海拔高度、時間、行進方 向角、订進速鱗)及㈣道路周邊絲影像於同幕晝面上。 中華民國公告第1290619號專利所揭露技術係關於-種利用 即時路況辅助導航之系統’係依據設定之—行車起始地以及一行 車目的地，以計算出一總導航路徑，其車載主機經由一全球定位 裝置接收車輛所在位置之—定位資訊，並透過—無線通訊裝置發 _送至二遠端路況資訊伺服器，遠端路況資訊伺服器依據定位資 λ ’提供至少-預定細之即時路況資料，並傳送至車載主機， 亚判斷區域導航路徑與即時路況資料是否重疊，當區域導航路徑 與即時路赌時，蘭計算規_區域導祕彳i「 卜中華民國公告第Μ308459號專利所揭露技術於電子裝 置本體内存放有路況地點的地理圖像做為底圖，並透過傳輪器以 有線或無線傳輸由路況資訊中心取得路況地點的即時交通資吼， 籲而即時交通資訊描述對應於地理圖像上路況地點的路況，藉由處 理讀路況地點的即時交通#訊對應於路況地點的地理圖像，组 合成該路況地點的交通示意圖，以顯示即時交通資訊，·再者，中 軸國公告第U26592號專利所揭露技術亦有一種由挪接收 益、令央處理器、車輛輸出人裝置、通信裳置構成之制器，以 及由通信裝置、行駿中車輛資料庫、GIS資料庫、演算裝置、網際 網路伺服器構成之祠服器所見構成之交通流量偵測系统，藉⑽ 接收器將衛星信號轉換為標準格式，再傳送財央處理器財輛 輸出入裝置輸出，偵測器將信息傳送至飼服器並紀錄於行財車 M352099 輛資料庫，由演算裝置處理整合信息為單一點資料交通資訊格式 並對映於GIS資料庫，藉演算裝置重複演算，將不同演算結果傳 达至網際網路飼服器，再傳送至網際網路或衛星導航系統。 此外，中華民國公開第2〇_9167號專利所揭術係關於 心路况更新導航系統及方法，透過輸人端接收至少—衛星座標 减，以取㈣在座標，依财同之路況狀態，漏—快捷鍵或 至^-數字鍵盤，將所對應之路況f料内容及所在地座標與時間 專送至桃況中心。祕財心可自動傳送最新之即時路況資料 '、口飼服裔端亚加以儲存’而該使用端可將欲前往目的地之最佳路 简送至翻服器端，料該練器端簡連線，細該飼服器 端所接收之即日视況與該制端所上傳之最佳路徑做崎，將相 關的路況貞料主動傳送給該使用端，且該舰器端若接收到與最 L路從相關之即時路況更新資料，可主動傳送至該使用端，直到 目的地到達或使用端取消為止者。 上揭諸多習知技術仍僅限於導航地圖上立體賴物、立體道 計/、u沾或攝像，或是透過—特定遠端伺服器傳輪相 應之即時錢訊息之導航裝置上，但其僅止於背景單調的變 ㈣且並無利用即時資訊取得裝置，以立即建構即時資訊影像， 之且充分地將適宜且生動的#景畫面搭配使用者所在地 之電子地圖，顯現於導航裝置上。 【新型内容】 M352099 以及1處理器，根據該座標與移動時間以計算一行進速度，並 根據標’從—資料庫中褐取-對應之電子地圖。 根據本創作所實施的導航裝置，主要彻—接收裝置來接收 與擷取即時魏（如使用麵在地之即時絲、路況、景物），並 根據所接收之即時魏’由資料庫中擷取出—即時背景，或根據 接收裝置所擷取之景觀影像，配合該導航裝置職社電子地圖 或C路圖像壬現出轉航裝置當時所在地之㈣背景與景觀狀 態。 有關本辦的特軸實作，茲配合圖*，將紐實施例詳細 說明如下。 【實施方式】 雖然本創祕相含林_齡實_之所_示予以充 分描述，但在此描叙誠瞭_悉本行賴之人士可修改本文 中所描述之創作’同a谱致本創作之功效。因此，需暸解以下之 描述對熟悉本行技藝之人士而言為—廣泛之揭示，域内容不在 於限制本創作。 請參閱第-圖，此為本創作之系統架構圖。在本創作之一較 么實知例巾種具即日守身訊顯示之導航聚置⑽包含以下組成 單元：資料庫、顯示器搬、微處理器ig3、接收裝置顺、 衛星訊號接收器1〇5。以下就各组成單元進一步說明。 貝料庫ιοί儲存％子地圖之道路圖像以及預先儲存的背景 10 M352099 圖像其十月不圖像可為道路實體影像或周遭景觀資訊圖像或氣 候背景圖像。顯示器搬係顯科航裝置⑽之電子地圖或道路 圖像或背景圖像或由前述圖像所合成之圖像，顯示器搬較佳為 -般液晶顯示器。衛星訊號接收器1〇5係提供該導航裝置⑽的 所祕座標與座關之移_f心微處雌⑽為—積體電路產 品，該微處理器103從資料庫1〇1存取圖像資料，並從衛星訊號 接收器105接收該導航裝置100♦斤桃座標與座標間之移動時 間’且經運算處理後提供圖像資料或合細像顯示於顯示器收。M352099 VIII. New description: [Technical field of new type] and identification of location. This creation is based on the navigation map of the electronic map, especially the kind of information that can be used to receive the (four) information to change the background and the appearance of the material's navigational profile, and to use the S-rich navigation device to map. And improve the wealth of the road [previous technology] Global Positioning System (GPS) technology is becoming more and more mature, and the display effect of navigation maps is becoming more diversified. The main function of the navigation system is based on the needs of users ^ and 2 Logic _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The electronic navigation map preset in the navigation system is used to solve the optimal route configuration from the departure place to the destination, and the optimal route configuration is displayed on the guidance system. The display method of the electronic navigation map of the eye shovel navigation system is based on the original two-dimensional plane electronic ground®, and the map is reproduced according to the above-mentioned optimal route, so as to facilitate the user to know the travel secret in the light navigation guide, _Map County The prior art is discussed below. The technology disclosed in the Republic of China Announcement No. 125802 is a model display of SDahree-Dimension for maps. This method requires an actual road survey to establish an intersection model database, and then through image integration, to achieve a navigation map to form the M352099 body. The purpose of the 'Tenhua Republic of China Announcement No. 969 Patent Revealed Technology Department = electronic map of the aircraft, also uses 3D display flight map topographic map, and shows the rain cloud area, turbulent area, wind shears on the weather radar screen, 昼surface. In addition, the technology disclosed in the US (10) Lion Patent is for the image display of the route planning, and the user can display the corresponding view from the user's current perspective by receiving the information of the geographic database through the different perspectives. 3D instant electronic map. Tian Yizhong, Republic of China Announcement. The technology disclosed in the No. 26 patent to solve the discomfort caused by the driver's glare between the singers, the current tender device, usually in the day and night mode, the map is carried out with different background colors. The display, and the conversion of the day and night mode, is defined by the user's eyes, or through the preset between the interior of the navigation device, thereby converting the day and night mode.曰T莘's announcement No. M333553 J is called to the instrument 4 town. You are directed to the navigation direction of the navigation area. The user will navigate through the real scene of the windshield glass; the direction of the guidance corresponds to the real scene projection to the wind. On the glass. The technology disclosed in the Patent No. 4,486 of the Republic of China is for dynamic images: a GPS-based system that mounts a GPS system on a mobile vehicle, so that the &turns over the handle for field inspection. Jian, and in the vehicle movement, the satellite positioning signal (latitude, longitude, altitude, time, travel, angle of travel, travel speed, etc.) received by the recording master, while using the digital camera to simultaneously capture the record along the periphery of the road _Image' and the pc computer host through the material processing unit do the same, so that the received multiple charms are located and the number of roads _ the number of roads are immediately displayed on the - double window multi-reader, that is Pure meeting 鸯 M352099 ' j car for two sports road trajectories (including: latitude and longitude, altitude, time, direction of travel, custom speed scale) and (4) road peripheral silk image on the same screen. The technology disclosed in the Patent No. 1290619 of the Republic of China on the use of the system for assisting navigation by means of immediate road conditions is based on the setting of the starting point of the driving and the destination of the vehicle, to calculate a total navigation path, and the vehicle host via the vehicle The global positioning device receives the location information of the location of the vehicle, and sends it to the second remote traffic information server through the wireless communication device, and the remote traffic information server provides at least-predetermined fine traffic condition data according to the positioning resource λ' And transmitted to the vehicle host, whether the sub-judging area navigation path and the real-time road condition data overlap, when the area navigation path and the instant road bet, the blue calculation rule _ regional guide 彳 i "Bu China Republic of China Announcement No. 308459 patent disclosed technology The geographical image of the road location is stored in the electronic device as a base map, and the real-time traffic information of the road location is obtained by the traffic information center by wire or wireless transmission through the wheel feeder, and the instant traffic information description corresponds to the geographical location. The road condition of the road location on the image, by processing the real-time traffic of the road location The geographical image of the road location is combined into the traffic diagram of the road location to display the real-time traffic information. Furthermore, the technology disclosed in the U.S. Patent No. U26592 patent also has a kind of receiving benefit, the central processor and the vehicle. a device for constructing a device, a communication device, and a traffic flow detecting system formed by a communication device, a vehicle database, a GIS database, a calculation device, and an internet server. The receiver (10) converts the satellite signal into a standard format, and then transmits the output of the financial controller to the output device. The detector transmits the information to the feeding device and records it in the M352099 database of the lucky car, which is processed by the calculation device. The integrated information is a single point data traffic information format and is reflected in the GIS database, and the calculus device repeats the calculation, and the different calculation results are transmitted to the Internet feeding device and then transmitted to the Internet or satellite navigation system. The Law of the Republic of China on Publicity No. 2_9167 discloses a navigation system and method for updating the heart condition, receiving at least the satellite through the input terminal. Standard reduction, in order to take (four) in the coordinates, according to the same state of the road, leak-fast keys or to the ^-numeric keypad, the corresponding road conditions f content and location coordinates and time to the Tao State Center. It can automatically transmit the latest real-time traffic data ', the oral feeding service to the end of the storage, and the user can send the best way to the destination to the server, and the device is connected. The day-to-day condition received by the feeding machine end and the best path uploaded by the system end are made, and the relevant road condition data is actively transmitted to the user end, and the ship end receives the most L road. The updated data from the relevant real-time traffic conditions can be actively transmitted to the user until the destination arrives or the use terminal cancels. Many of the conventional techniques are still limited to the three-dimensional navigation on the navigation map, the stereoscopic road meter, and the u Or camera, or through a navigation device that transmits the corresponding instant money message to a specific remote server, but it only ends with a monotonous change in the background (4) and does not use the instant information acquisition device to immediately construct an instant information image. Fully Appropriate and vivid picture with King # electronic map location of the user, appear on the navigation device. [New content] M352099 and 1 processor, according to the coordinates and moving time to calculate a travel speed, and according to the target 'from the database - brown - corresponding electronic map. According to the navigation device implemented by the present invention, the main-receiving device receives and captures the instant Wei (such as the use of the surface of the wire, the road, the scene), and according to the received instant Wei's extracted from the database - Instant background, or according to the landscape image captured by the receiving device, in conjunction with the electronic map of the navigation device or the C-channel image, the background and landscape status of the location of the navigation device are displayed. For the specific implementation of the Office, please refer to Figure* for a detailed description of the example. [Embodiment] Although the creation of the secret forest contains a full description of the forest, it is described here. The effect of this creation. Therefore, it is to be understood that the following description is broadly disclosed to those skilled in the art, and the domain content is not intended to limit the creation. Please refer to the figure - this is the system architecture diagram of the creation. In one of the creations, the navigation aggregation (10) of the Japanese-style body-worn display includes the following components: database, display, microprocessor ig3, receiving device, satellite signal receiver 1〇5 . The following is a further description of each component unit. The material library ιοί stores the road image of the % submap and the pre-stored background. 10 M352099 Image The October non-image can be a road physical image or a surrounding landscape information image or a climate background image. The display is preferably an electronic map or a road image or a background image or an image synthesized by the image, and the display is preferably a general-purpose liquid crystal display. The satellite signal receiver 1〇5 provides the secret coordinates of the navigation device (10) and the movement of the coordinate device (10) is an integrated circuit product, and the microprocessor 103 accesses the map from the database 1〇1. The image data is received from the satellite signal receiver 105 and the moving time between the coordinates of the navigation device 100 and the coordinates is displayed, and the image data or the combined image is displayed on the display after being processed.
，此外’微處理器103從該接收震置1〇4接收—即時資訊。在 尽創作之-触實施财，微處理器 _㈣資訊以讀取 存於資料庫1G1的—背景圖像或—周遭景觀資簡像....等。同 時’微處理器1〇3接收該導航裝置觸賴在地座標與座標間之 ，動時間可讀取所在地座標之道路圖像或對應的電子地圖，並計 异—行進速度’以及將該背景圖像或周遭景觀資訊圖像與道路 像合成並齡於顯示器脱，其愧f韻像可為魏f景圖像Θ "I雨背景圖像、黃昏㈣圖像、陰天背景圖像、閃電背景圖像愈 日月天背景圖像的其中之一。 ，、 在本創作之實施例中，接收裝置104所接收的即時資 當時時間資訊、當地氣候資訊、當地路喊訊或環賴測資1 ^時資訊可來自提供氣象資訊的氣象預報網站或氣象廣 口，亦或提供道路塞車資訊的網站，亦或該即時資訊可來自—广 ㈣測器或偵測雷達，該環境偵測器或偵測雷達可裝設在一^ 11 M352099 遇方右側賴物呈現有點燈效果，以及速限指示呈現有點燈效 果，取後經由顯示器丨〇4顯示第三3圖所示夜晚道路圖像給正在 開車中的使用者。 明參閱第四AH、第四B圖、第四c圖，第四All顯示陰天 背景圖像’第_醜示晴天背景圖像’第‘麵示打雷背景 圖像’這些氣候背景圖像可先儲存於資料庫撤或藉由接收装置 1〇4即％下載。請參閱第五八圖、第五B圖、第五〇圖，在本創作 的實施例中’具即時資訊顯示之導航裝置励經由接收襄置概 接收一即時氣候資訊後，且經由衛星訊號接收器105接受提供導 航裝置100-所-在-座標位置，.微處理器1〇3可判斷當時座標位置所 處天氣’微處理器103依所在座標位置和所處天氣從資料庫搬 讀取一所在地原始道路圖像，如第二圖所示，以及對應即時氣候 資訊之-氣候背景圖像(細A圖、第四B圖、第四c圖)後，再經 由微處理H 103將原始道關像與氣候背景圖像合成出如第五a 圖、第五_、第五〇圖所在地天氣道路圖像，其中第五八圖顯 不所在地陰天道賴像，紅B _稍在地晴天道路圖像，第 五C圖顯示所在地打雷道路圖像。最後經由顯示器逝顯示該合 成圖像資訊給正在開車中的使用者。 請參閲第六A圖，顯示—雨天背景圖像，而請參閱第六B圖 顯不-所在地陰天_天之合成道路_。在本創作之—種實施 例十，當接收裝置104接收之即時資訊為陰天暨雨天時，微處理 器103將操取一陰天背景圖像與—雨天背景圖像後，再經由微處 13 M352099 =器廳將該陰天背景圖像、雨天背景圖像與所在地之道路圖像 合成出第六B圖所示陰天暨雨天之合成道路圖像，最後經由顯示 益1〇2顯示該合成圖像資訊給正在開車中的使用者。 在本創作的—種實_巾，具㈣資觸示之導航裝置並不 ^僅氣候資訊，經由接收裝置綱(如：市售一般小型攝影機)拍 I道路周遭景觀資訊為即時#訊’職㈣資訊將包含現場之 :竟、氣候等’由微處理器從資料庫ι〇ι讀取所在地道路圖 2合成此周遭景觀資訊，使該道路更貼近實際觀；最後 、、城顯示H⑽顯示該合成圖像資訊給正在開車中的使用者。 本封作的-種實施例-中「具即時資訊顯示之導錄置經由 ^峨射H 1G5’取得該導航裝置所在地之座標與座標間之 t叫間’經由微處理器103根據該座標與移動時間以計算-行 逮^’並根據該座標，從—資料庫102中擷取一對應之道路圖 ^ Γ嫩11㈣崎峨纟·麵路圖像上， 取後經由顯示器102顯示該合成圖伪次人 成圖像貝祕正在開車中的使用 ^仃料度亦可視為-即時資訊，微處理器1〇3可據以用於 t其他時間、氣候、周遭景觀道路圖像上，不僅揭限於此實施 M352099 【圖式簡單說明】 第一圖為本創作導航裝置之方塊圖。 第二圖為原始道路圖像。 第三A圖與第三B圖為夜晚之道路圖像。 第四A圖至第四C圖為分別為本創作導航裝置之氣候背景圖象。 第五A圖至第五C圖為分別為本創作導航裝置顯示氣候背景圖象 與道路圖像之合成圖。 第六A圖為本創作導航裝置之下雨背景圖象。 第六B爾為本創作導航裝置顯示下雨背景圖象·、氣候背景圖象與 道路圖像之合成圖。 【主要元件符號說明】 100 導航裝置 101 資料庫 102 顯示器 103 微處理器 104 接收裝置 105 衛星訊號接收器 15In addition, the microprocessor 103 receives the instant information from the receiving shaker 1〇4. In the creation of the - touch implementation, the microprocessor _ (four) information to read the background image stored in the database 1G1 or - the surrounding landscape image....etc. At the same time, the microprocessor 1〇3 receives the navigation device and touches between the coordinates of the earth and the coordinates. The moving time can read the road image of the coordinates of the location or the corresponding electronic map, and calculate the speed and the background. The image or surrounding landscape information image is combined with the road image and is older than the monitor. The 愧f rhyme image can be a Wei F image, I "I rain background image, dusk (four) image, cloudy background image, One of the images of the lightning background image of the day and night. In the embodiment of the present invention, the current time information received by the receiving device 104, the local climate information, the local road call or the circumstance measurement information may be from a weather forecast website or weather providing weather information. A wide-ranging website, or a website that provides information on road traffic congestion, or the real-time information can come from a wide-range (four) detector or a detection radar. The environmental detector or detection radar can be installed on the right side of a ^11 M352099 The object presents a little light effect, and the speed limit indication presents a little light effect, and the night road image shown in the third figure 3 is displayed via the display 丨〇4 to the user who is driving. Referring to the fourth AH, the fourth B, and the fourth c, the fourth All shows the cloudy background image 'the _ ugly sunny background image 'the' face shows the thunder background image 'these climate background images can be It is first stored in the database or downloaded by the receiving device 1〇4. Please refer to the fifth figure, the fifth B figure, and the fifth picture. In the embodiment of the present invention, the navigation device with the instant information display receives the instant climate information via the receiving device, and receives the satellite information through the satellite signal. The device 105 accepts the navigation device 100-at-the-coordinate position, and the microprocessor 1〇3 can determine the weather at which the coordinate position is present. The microprocessor 103 reads from the database according to the coordinates of the coordinates and the weather in which it is located. The original road image of the location, as shown in the second figure, and the climate background image (fine A, fourth B, and fourth c) corresponding to the instant climate information, and then the original road via the micro-processing H 103 The image of the image and the climate background are combined to form a weather road image such as the fifth a map, the fifth _, and the fifth map. The fifth eight map shows the image of the cloudy sky, and the red B _ slightly sunny road. The image, the fifth C picture shows the image of the local thunder road. Finally, the synthesized image information is displayed via the display to the user who is driving. Please refer to Figure 6A for a rainy day background image, and see Figure 6B. In the tenth embodiment of the present invention, when the instant information received by the receiving device 104 is cloudy and rainy, the microprocessor 103 will take a cloudy background image and a rainy day background image, and then pass through the micro location. 13 M352099 = The hall will synthesize the cloudy background image, the rainy day background image and the road image of the location into the synthetic road image of the cloudy and rainy days shown in Figure B, and finally display it via the display benefit 1〇2 Synthesize image information to the user who is driving. In the creation of this kind of real _ towel, with (four) capital touch navigation device is not only climate information, through the receiving device program (such as: commercially available small small camera) shoot I road landscape information for instant #讯' job (4) The information will include the scene: actual, climate, etc. 'The microprocessor reads the location road from the database ι〇ι. Figure 2 synthesizes the surrounding landscape information, making the road closer to the actual view; finally, the city display H (10) shows the Synthesize image information to the user who is driving. In the embodiment of the present invention, "the guide with the instant information display is located between the coordinates of the coordinates of the location of the navigation device and the coordinates of the coordinates of the location of the navigation device via the ^H1G5' via the microprocessor 103. Moving the time to calculate - line catch ^' and according to the coordinate, extract a corresponding road map ^ Γ 11 11 (4) rugged surface image from the database 102, and then display the composite map via the display 102 The use of pseudo-secondary images into the car is being used in driving. The data can also be regarded as - instant information, the microprocessor 1〇3 can be used for other time, climate, and surrounding landscape road images, not only Limited to this implementation M352099 [Simple description of the diagram] The first figure is a block diagram of the authoring navigation device. The second picture is the original road image. The third A picture and the third B picture are the road image of the night. Figures 4 to C are respectively the climate background images of the authoring navigation device. The fifth to fifth C diagrams are composite views showing the climate background image and the road image for the authoring navigation device, respectively. A picture is the rain background image of the creation navigation device. SixBer displays a composite image of the rainy background image, the climate background image and the road image for the authoring navigation device. [Main component symbol description] 100 Navigation device 101 Database 102 Display 103 Microprocessor 104 Receiving device 105 Satellite signal receiver 15