201005265 九、發明說明： 【發明所屬之技術領域】 本發明係與衛星導航系統有關，特別是有關於一種結 合衛星導航系統與指向影像定位比對以進行通訊之方法。 5【先前技術】 隨著衛星導航系統(Global Navigation Satellite System， ❹ GNSS)從最早期的美國海軍導航衛星系統(NNSS)，發展到 最為人知的全球衛星定位系統(Global P0siti0n System， GPS)、俄羅斯的全球導航衛星系統(GLONASS)，以及近期 1〇推展的歐盟伽利略系統(Galileo)與中國大陸之北斗導航定 位系統，導航系統的定位速度與精度都有著極高的進步與 精確度，而相關的軟、硬體應用也越來越廣泛。 以GPS系統為例，其基本上是由均佈在地球周圍運轉 的24顆衛星不斷朝地面發出訊號，再由位於地面的衛星接 ❹«接收訊號。全球各地在任何_均可同時朗到4顆 卩上衛星的訊號’且不受天鮮彡響。接㈣接收到訊號之 後，利用基本三角定位原理計算即可取得所在位置的定位 資料’用以提供各種不同之應用需求。 目前最為流行的GPS制方式’就是在消費性電子產 2〇品中加入GP S接收裝置，讓人們開車時可以利用車上 航裝置輔助騎地圖查詢與路程_，或者是 之類的電子裝置具有導航功能，提供人們在 傳統地圖就可隨時查詢所在位置。 需攜帶 然而，上述各種的GPS應用方式中，使用者都只能被 4 201005265 動地接收衛星訊號取得所在位置之資料而已，當使用者旅 行或出差到一個陌生都市環境裡，又沒有當地的都會纟田部 圖資，使用者根本無法由GPS系統取得足夠有用的資訊嘎 幫助，無法得知身邊有哪些即時資源可供利用，更無法進 5行連絡，在使用上仍有許多不便之處。 φ 【發明内容】 因此，本發明之主要目的乃在於提供一種結合衛星導 航系統與利用指向影像定位比對以進行通訊之方法，讓使 用者矛j用手持式電子裝置以指向（pinp〇int)方式掏取影像 後，即可直接且方便地取得影像内容中標的設施 (Pin-pointed target)之通訊方式，進而進行個別點對點之 通工作。 t為達成前揭目的，本發明所提供結合衛星導航系統與 ❷ 扎向衫像疋位比對以進行點對點通訊之方法，適用於利用 二=持式電子裝置以達成之。該方法係先以指向方式擷取 办像>料再傳至衛星導航系統，如GPS，以取得該影像 $位置貝料’接著將影像資料與位置資料以無線傳輸方式 2〇二送Ϊ 一遠端的飼服器，然後利用伺服器比對位置資 次Υ、’〜像貝料，用以取得影像位置設施之資料内容的指定 •電話號碼、電子郵件信箱，或是即時資訊），並將 資訊傳送回手持式電子裝置，再由該使用者操作該 寺蛩Γ'電子裝置，藉以依該指定資訊進行通訊工作，包含 丁：活、傳真與送電子郵件。上述具有比對位置資料與影 201005265 ，資料能力’並擁有各被指向設施之㈣ ==各政府、民間機構、商家之民二= ’且可依實際需要遍佈各都會區與角落。藉 糊結合Τ接收衛星導航系統、地圖 置旬技術，使用者只需攜帶單一手持式電子 但二:Γί自己的位置，而且與附近環境連絡，不 J即’時間’更可增加使用便利性。 【實施方式】 ) 心舉一較佳實施例’㈣細說明本發 以進行統與指向影像定位比對 式電子震置10，今雷早# T ’主要係適用於-手持 % 12 °/電子裝置10至少包含有一微虚理;細 U、-衛星導航系統傳送 ^百微處理模組 16、-無線通訊模組^ 員、干且^影像擷取模組 士主奋相结 ^ 久顯不楔組19。 含有Ϊί步驟示之流程圖’本發明所提供的方法包 20 電子襄置取像^第四圖所示，使用者先利用手持式 J衣置ιυ之景y象掏取极纟 所在值置之影像資料，影二;= 戈是放大拉近擁取-種用途建築物影像。像貝科的内容可以是街道或是各 影像;料3 圖所示，在手持式電子裝置Η)擷取 、Ί 5 乂亦經由衛星導航系統傳送/接收模組 6 201005265 201005265 Φ 10 15 參 20 W接收自衛星20所傳來所在位置之位置資料。> 統可為GPS、GLONASS，或是Galile〇 $統。術生導航系 三、 傳送影像：手持式電子裝置10透 將影像資料傳送至-舰器30。無線通訊方：；線通訊方式 或是Wi-Fi等方式進行資料傳輸，伺服器3()3=用= 球各地或依需要之某地域的地圖及影像子 =的建築物、各建築物内所具有之公司行號：： 司的聯絡電話或是電子郵件信箱等資訊。 四、 傳送位置資料：手持式電子裝置1〇可將所接收的 專送至衛星’經過衛星將位置資料重新編碼之 30 ’ 碼後之位置資料以衛星傳輸方式傳送至飼服器 二=疋，手持電子裝置10也可直接將所接 枓傳送至伺服器30。 像資二之:當伺服器30接收到上述位置資料與影 斜)17比對編碼後之位置資料與影像資料。經 6 T料取〜於影像資料内容中相對應位置資料 的指定資訊。 μοΤΛ像資料内容中具有街道及建築物影像時，舰 別1分峰道影像與賴物影像之後，再配合 立丨磁1 >子裝置1〇傳送出所在地之位置資料，即可比對並 二影像資料中的衝道名稱與建築物名稱，而且可更進 得賴物内的財公司名稱、聯絡電話、傳真、 電子郵件信箱與即時資# 送回手持式電子裝置1G 4指定料，然後將滅資訊傳 7 201005265 傳送二式電子褒置10接收到伺服器3〇 處理後用微處理模、㈣ 否依心定#訊操作傾式電 如制者決定是 5用者欲進行通訊時，電子穿置1〇 g〇進行通訊工作。當使 18，讓使用者趣以手持式、電子卩^啟動祕通訊模組 上述通訊可為電話通訊、傳真、，指定資訊通訊， 子郵，通訊（email)等方^。、路即時通（MSN)、電 10 I ^ 即將影像資料傳送至伺服器30,並與電置：隨 Μ ==比對，就可將街道與建築物的指定資二 如第五圖所示，當電子裝置1〇接收到指定資訊 顯不模組19即可同時顯示出街道名稱、建築物内所有的公 司、飯店或是餐廳名稱、即時資訊，以及聯絡方式， 2〇由使时決定財電話傳真、或M e_mail精通訊。若 使用者決定以打電話方式進行連絡，只需操作手持式電^ 裝置10即可直接撥電話至位於建築物内的公司，完^通訊 工作。上述具有比對位置資料與影像資料能力，並擁有I 被指向設施之即時資訊的遠端伺服器可由以服務各政府、201005265 IX. INSTRUCTIONS: FIELD OF THE INVENTION The present invention relates to satellite navigation systems, and more particularly to a method of combining satellite navigation systems with pointing image positioning for communication. 5 [Prior Art] With the development of the Global Navigation Satellite System (GNSS) from the earliest US Navy Navigation Satellite System (NNSS) to the most known Global Positioning System (GPS), Russia The Global Navigation Satellite System (GLONASS), as well as the recent Galileo system of the European Union and the Beidou navigation and positioning system in mainland China, have a high degree of progress and precision in the positioning speed and accuracy of the navigation system. Soft and hard applications are also becoming more widespread. Take the GPS system as an example. Basically, 24 satellites operating around the earth continuously send signals to the ground, and then satellites on the ground receive the signal. At any time in the world, it is possible to reach four satellite signals at the same time, and it is not sizzling. After receiving the signal, the basic positioning principle can be used to calculate the location data of the location to provide various application requirements. At present, the most popular GPS system is to add GP S receivers to consumer electronics products, so that people can use the vehicle navigation device to assist in riding maps and routes when driving, or electronic devices such as navigation. The function provides people with the ability to check the location at any time on a traditional map. However, in the above various GPS application methods, the user can only receive the satellite signal by 4 201005265 to obtain the information of the location. When the user travels or travels to an unfamiliar urban environment, there is no local city. In the Putian department, users can't get enough useful information and help from the GPS system. They can't know what real-time resources are available around them, and they can't get in 5 lines. There are still many inconveniences in use. φ [Summary] Therefore, the main object of the present invention is to provide a method for communicating with a satellite navigation system and using a pointing image to perform alignment, so that the user can use a handheld electronic device to point (pinp〇int) After the image is captured, the communication method of the pin-pointed target in the video content can be obtained directly and conveniently, and then the individual point-to-point communication work can be performed. For the purpose of achieving the pre-exposure, the present invention provides a method for combining point-to-point communication with a satellite navigation system and a squatting shirt, which is suitable for using a two-hold electronic device. The method firstly uses the pointing method to capture the image > and then transmits it to the satellite navigation system, such as GPS, to obtain the image $position of the material, and then sends the image data and the location data in a wireless transmission mode. The distal feeding device, and then using the server to compare the location information, '~ like a beaker, to obtain the information content of the image location facility, the phone number, the e-mail address, or the instant information), and The information is transmitted back to the handheld electronic device, and the user operates the electronic device to communicate with the designated information, including: live, fax, and send email. The above has the location information and shadow 201005265, the data capability ‘and has the designated facilities (4) == governments, non-government organizations, businesses, people == and can be located in various metropolitan areas and corners according to actual needs. By combining the satellite navigation system and the map technology, the user only needs to carry a single handheld electronic device. However, the user's own location and contact with the nearby environment can increase the convenience of use. [Embodiment] A preferred embodiment of the heart is described in detail. (4) Detailed description of the present invention is performed for the alignment of the image and the positioning of the electronic positioning of the electronic image 10, and this is mainly used for the handheld - 12 ° / electronic The device 10 includes at least one micro-definition; the fine U,-satellite navigation system transmits the ^ micro-processing module 16, the wireless communication module ^, the dry and the image capture module is the main force of the joint ^ long show Wedge group 19. The flow chart of the method includes the method package 20 provided by the present invention. The electronic image is taken as shown in the fourth figure. The user first uses the hand-held J clothes to set the value of the image. Image data, shadow two; = Ge is to enlarge the image of the building. Contents like Beca can be streets or images; as shown in Figure 3, in the handheld electronic device 撷), Ί 5 乂 also via the satellite navigation system transmission / receiving module 6 201005265 201005265 Φ 10 15 gin 20 W receives the location data from the location where the satellite 20 is located. > can be GPS, GLONASS, or Galile〇. Surgery navigation system III. Transmission image: The handheld electronic device 10 transmits the image data to the ship 30. Wireless communication side:; line communication method or Wi-Fi method for data transmission, server 3 () 3 = use = ball or map and image of a certain area = building, each building The company's line number:: Contact information or email address of the company. 4. Transmission location data: The handheld electronic device 1 can transmit the received location data transmitted to the satellite '30' code after re-encoding the location data via satellite to the feeding device 2=疋. The handheld electronic device 10 can also directly transmit the interface to the server 30. For example, when the server 30 receives the above position data and the image is compared, the position data and the image data after the encoding are compared. The specified information of the corresponding position data in the content of the image data is taken by the 6T material. When there is a street and building image in the content of the image, the ship's 1 point peak image and the image of the object are combined with the position data of the location of the vertical magnetic 1 > The name of the rushing road and the name of the building in the image data, and the name of the company, contact number, fax number, e-mail address and instant capital in the object can be returned to the handheld electronic device 1G 4 designation, and then灭信息传7 201005265 Transmission two-type electronic device 10 receives the servo 3〇 processing with the micro-processing mode, (4) No according to the heart-set operation, the operation of the tilting electric system is determined by the user when the user wants to communicate, the electronic Wear 1〇g〇 for communication work. When 18 is made, the user can use the handheld, electronic device to activate the secret communication module. The above communication can be telephone communication, fax, designated information communication, sub-mail, communication (email), etc. , Instant Messenger (MSN), electricity 10 I ^ will send the image data to the server 30, and with the electric: with the == comparison, you can set the street and the building's designated capital as shown in the fifth figure When the electronic device 1 receives the designated information display module 19, it can simultaneously display the street name, all company, restaurant or restaurant names, instant information, and contact information in the building. Telephone fax, or Me_mail fine communication. If the user decides to make a call by telephone, simply operate the handheld power device 10 to directly dial the phone to the company located in the building to complete the communication work. The above remote server with the ability to compare location data and image data, and possessing I's directed information to the facility, can serve each government,
S 201005265 二間，構、商家之民間資訊服務公司的形式存在，且 實際g要遍佈各都會區與角落。 又 藉此，由於本發明所揭示之方法 系統、地圖杳詢，以及補邙笙妊i 妖叹爾至導航 丰拄wlr 技術’使用者只需攜帶單- 子《置就可㈣知道自己的位f與附 遂處目光所及，或是該電子裝置玫一 ，、各型服務公司、飯店或是餐廳連二*但可節省: 或疋商務拜訪的時間，增加使用便利性 = 全球衛星導料、統的應用範圍。 Γ^也了叫升 ^日^前揭實施例中所揭露之發明内容僅為 限制本案之範圍’其他等效之技術内容替代 或轉換，亦應為本案之申請專利範圍所涵蓋。 9 201005265 【圖式簡單說明】 第一圖係本發明一較佳實施例之流程圖。 第二圖係本發明一較佳實施例之架構圖。 第三圖係本發明一較佳實施例中手持式電子裝置之架 5構圖。 第四圖係本發明一較佳實施例之示意圖，主要顯示手 持式電子裝置擷取影像之狀態。 第五圖係本發明一較佳實施例之示意圖，主要顯示手 持式電子裝置之顯示狀態。 10 【主要元件符號說明】 12微處理模組 16影像擷取模組 19顯示模組 30伺服器 10手持式電子裝置 14衛星導航系統接收模組 18無線通訊模組 20衛星 15S 201005265 Two forms of private information service companies in the structure and business, and the actual g must be spread across the metropolitan areas and corners. In addition, due to the method system, map inquiring, and supplementing the i 至 导航 导航 导航 导航 导航 导航 导航 导航 导航 导航 导航 导航 导航 导航 导航 导航 导航 导航 导航 导航 导航 ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' f and the attachments, or the electronic device, a variety of service companies, restaurants or restaurants, but can save: or the time of business visits, increase the convenience of use = global satellite guide The scope of application. 。^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ 9 201005265 BRIEF DESCRIPTION OF THE DRAWINGS The first drawing is a flow chart of a preferred embodiment of the present invention. The second drawing is an architectural diagram of a preferred embodiment of the present invention. The third figure is a diagram of a frame of a hand-held electronic device in a preferred embodiment of the present invention. The fourth figure is a schematic view of a preferred embodiment of the present invention, mainly showing the state in which the handheld electronic device captures an image. The fifth drawing is a schematic view of a preferred embodiment of the present invention, which mainly shows the display state of the handheld electronic device. 10 [Main component symbol description] 12 micro processing module 16 image capturing module 19 display module 30 server 10 handheld electronic device 14 satellite navigation system receiving module 18 wireless communication module 20 satellite 15