201008155 1 九、發明說明： •【發明所屬之技術領域】 •本發明是㈣於—種點對點行動通訊互動纟統及其方 法，特別指藉由點辦點（Peer to Peer，P2P)傳輸技術做多 個通訊裝置相互間訊息互動之系統及其方法。 【先前技術】 、隨著交if工具一曰千里的發展，全球衛星導航器的需201008155 1 IX. Description of invention: • [Technical field to which the invention belongs] • The present invention is (iv) a peer-to-peer mobile communication system and its method, especially by Peer to Peer (P2P) transmission technology. A system and method for interacting with a plurality of communication devices. [Previous technology], with the development of the tool for the development of a thousand miles, the needs of the global satellite navigator
求也越來越高，從早期僅避免迷失方向，使能順利到達預 定目的地，至現今朝向高精確度、高穩定度錢整合人性 化功能的方向發展。 請> 閱圖1所示’圖1為習駿球衛星導航器示意圖。 習知衛星導航方式係全球衛星導航器1接收衛星訊號，將 衛星訊號賴錢取得全_星導絲丨自身所處地理位 置。然而，上述衛星導航方式往往只僅於獲取自身位置資 、導航’無法使同時不同地其他行動通訊 裝置進仃互動共享。料，習知魅導航 使用者如㈣道路路況訊息、整合行動通訊雜紐^ ==相，全球衛星_ 1在其應用完整性 及實用性遺留相當程度的缺憾。 【發明内容】 有鑑於此，本發明所欲解決的問題係在於提出一種點 對點行動通訊互動线及其方法，係通崎置接收衛星訊 號產生其地理位置，且接著以點對點(PeertGp咐， 輸技術提供一或多個預定通訊裝置來共享地理位置。 201008155 ' 為解決上述問題，本發明所提出之解決手段係在於提 供一種點對點無線行動通訊互動系統，包含：一提供通气 . 網路的無線行動通訊平台以及複數個無線通訊設備。該些 無線通訊設備係向該無線行動通訊平台登錄以獲得一 Ip 位址’該些無線通訊設備之間可直接連結構成點對點網 路’每一該些無線通訊設備可獲取一第一 GPS信號，並依 據該點對點網路上其他無線通訊設備的接收要求，將該第 ❹ GPS #號結合一第一物件代碼及一第一通信訊息，封震 為一第一封包資料予以輸出，亦可自該點對點網路獲取至 少一由其他無線通訊設備傳來的由一第二物件代碼、一第 二GPS信號及一第二通信訊息組成的一第二封包資料，並 即時圖形化顯示該第一 GPS信號、該第二GPS信號之對應 的座標位置及該第二通信訊息内容。 本發明另一實施方式之點對點無線行動通訊互動系 統’包含：一提供通訊網路之無線行動通訊平台；一連接 ® 於該無線行動通訊平台之網路伺服器，該網路伺服器至少 包含一 IP位址储存資料庫；以及複數個無線通訊設備，其 係向該無線行動通訊平台登錄以獲得一 Ip位址，並將該 IP位址儲存於該網路伺服器，該些無線通訊設備可透過該 . 網路伺服器取得對方的IP位址，以構成點對點網路，每一 ' 該些無線通訊設備可獲取HPS信號，並可回應該點 對點網路上其他該些無線通訊設備的接收要求，將該第一 GPS信號結合一第一物件代碼及一第一通信訊息，封裝為 一第一封包資料予以輸出，並自該點對點網路獲取至少一 201008155 由一第二物件代碼、-第二GPS冑號及一第二通信訊息組 成的第二封包資料中，並即時圖形化顯示該第一 Gps信 號、該第二GPS信號之對應的座標位置及該第二通信訊息 内容。 ^ =上述本發明中，其中該些無線通訊設備之間係利用每 一設備中預先建立之一連絡清單來直接連結。又其無線通 訊裝置可安裝於時時移動的車輛上或固定不動的建築物 中，且其上述互動的方式包含車輛間共享地理座標、通訊， 車輛獲得建築物的導覽資訊或收費資訊等。 =發明再一實施方式之點對點無線行動通訊互動方法 係包含：首先，判斷該無線通訊設備之GPS接收功能和點 對點網路連線功能是錢於正常連線。再，若判斷為是， 則產生兩執行緒，分別為產生一地理座標封包傳送執行绪 用以輸出該無線通訊設備之一即時地理位置，用以更新其 他無線通訊設備之—即時訊息；以及產生—圖資處理執行 緒，用以更新其他無線通訊設備之一即時訊息。 上述之本發針，該地理座標封包傳送執行緒係將該 無線通訊設備之代碼，結合其Gps信號而形成一第一物件 代碼⑽及其絲絲之封包資義透過該賴點網路即 時傳送，而該圖育處理執行緒之處理步驟包括：判斷接收 之-第二物件代碼及其地理座標之封包資料内之該地理座 標是否產生一移動量；若判斷為是’則將該物件之該地理 座標更新並顯示於該無線通訊設備之—使用者介面模組. 若判斷為否，且該物件為—建築物時，料算該地理座標 201008155 與〜》’、線通訊設備之一距離，且當該距離落入一預設的導 覽距離内時’進行該物件之導覽、收費功能。 ' —本發明系統提供使用者採用建置有全球衛星導航功能 之行動通訊裴置做道路導航時，玎透過網路點對點傳輸技 術，選擇性地通信一或多個通訊裝置獲取相互間地理位 番 〇 S ^ 方面，更可藉由傳送使用者影音訊息的媒體串流 訊息提供影音雙方對談或多方對談，並在道路導航過程主 ❹動根據現前地理位置計算出一定範圍内著名風景區或著名 建築等地標資訊及導覽訊息在電子地圖中顯示。甚至可應 用於預先約定的停車場、遊樂園等景點中，啟動收費服務。 【實施方式】 為使對本發明内容有進一步了解，下文中茲配合相關 實施例及圖示作詳細說明： 請參考圖2、圖3及圖4,圖2繪示本發明點對點無線 行動通訊互動系統第一實施例系統圖，圖3繪示本發明點 ❹ 對點無線行動通訊互動系統之全球衛星導航系統實施例之 使用者介面示意圖，圖4係為本發明點對點無線行動通訊 互動系統之無線通訊設備實施例之系統方塊示意圖。 本實施例係於複數部車輛201内裝載符合3.5G通訊規 範或微波存取全球互通（Worldwide Interoperability for ' Microwave Access ’ WiMAX)通訊規範之手機、個人數位助 理(Personal Digital Assistant，PDA)或車用手持式衛星導航 機；或於複數個建築物202内裝置裝載符合3.5G通訊規範 或微波存取全球互通（Worldwide Interoperability for 201008155 ’ MicrowaveAccess’ WiMAX)通訊規範之個人電腦或筆記型 • 電腦等無線通訊設備20，利用上述每一無線通訊設備2〇 - 都可以在開機時登入的一無線行動通訊平台（圖中以基地 台11代表）取得一 IP位址，利用該Ip位址及每一無線通 訊汉備20内的點對點網路技術，將每一無線通訊設備 形成一點對點網路211上的節點，係可利用每一無線通訊 設備20内預先設定的一連絡清單（圖中未示出），對應於 ❿點對點網路211上的連絡清單節點間的直接傳輸功能。每 一個無線通訊設備20可由上述之無線行動通訊平台或從 無線通訊設備20本身設置的GPS接收模組（圖中未示）自人 造衛星40獲取一第一全球定位系統（G1〇bai p〇siti〇ning System，GPS)信號，係可直接回應至少其一該點對點網路 211上該些無線通訊設備2〇的接收請求，將該第一 Gps信 號50結合一第一物件代碼及一第一通信訊息，封裝為一第 一封包資料P1予以輸出至該請求端，並自該點對點網路 G 211獲取至少一第二封包資料P2中的一第二物件代碼、— 第二GPS信號及一第二通信訊息，經即時圖形化處理分析 後顯示該第一 GPS信號50、該第二GPS信號之對應的座標 位置及該第二通信訊息内容，以在本身的無線通訊設備2〇 中同時、即時地顯現出本身的GPS地理座標及連線方的gps ^ 地理座標’達到地理座標共享。物件代碼係代表無線通訊 設備20之代碼。 又’上述點對點網路211直接連線兩端的無線通訊設 備20所傳出的第一封包資料或接收的第二封包資料中包 201008155 3第通彳s訊息及第二通信訊息，這些通信訊息可為彼此 •的通話語音資料、文字交談資料，除了可提供車輛2〇1與 * 車輛201之間（如圖3中之A車，B車，C車）互相即時顯示彼 此的地理座標位置之外，也可彼此通話、即時溝通；或是 提供車輛201與建築物202之間（如圖3中之A車，D停車 場’E車站，F餐廳），由車輛201顯示建築物2〇2的地理座 標、導覽資料或停車場、遊樂園入場的收費資料等相關訊 β息' 请參照圖4所示，本實施例之每一無線通訊設備2〇包 含：一點對點技術連線模組21、一傳送/揍收模組22、一 GPS NMEA(National Marine Electronics Association,全 國海洋電子協會）資訊分析模組23、一圖資處理模組24以 . 及一使用者介面模組25。點對點技術連線模組21係為了 要與至少其一無線通訊設備20形成點對點網路211連接； 傳送/接收模組22係可應用該點對點技術連線模組21所構 © 成的點對點網路211 ’直接傳送該第一封包資料.pi到點對 點網路211的連線要求端以及自該連線要求端接收該第二 封包資料P2 ; GPS NMEA資訊分析模組23，係可計算該無 線通訊設備20本身所取得的該第一 GPS信號50為一第一 • 地理座標，然後封裝該第一地理座標進入該第一封包資料 ' P1内（該第一封包資料P1包含有該無線通訊設備20本身 的物件代碼、該第一地理座標及該第一通信訊息等資訊）， 並將第一封包資料P1透過該傳送/接收模組22予以傳送出 去，GPS NMEA資訊分析模組23並可分析該傳送/接收模組 11 % 201008155 22所接收之該第二封包資料P2，以擷取該第二物件代碼 (該無線通訊設備20本身以外的他車或建築物的物件代 碼）及計算該第二GPS信號為一第二地理座標；圖資處理 模組24，係接收並圖形化處理該GPS NMEA資訊分析模組 23之該第一地理座標及該第二地理座標；使用者介面模組 25，係用以即時圖形化顯示該第一地理座標、及根據上述 的連絡清單供進行選擇式地顯示或不顯示該連絡清單上的The demand is getting higher and higher. From the early stage, it only avoids getting lost, so that it can smoothly reach the intended destination, and nowadays it is developing towards the integration of high-accuracy and high-stability money with humanized functions. Please refer to Figure 1 as shown in Figure 1. Figure 1 is a schematic diagram of the Xijun ball satellite navigator. The conventional satellite navigation method is that the global satellite navigator 1 receives the satellite signal, and the satellite signal is used to obtain the full geographical position of the star guide wire. However, the above-mentioned satellite navigation methods are often only used to obtain their own location and navigation, and it is impossible to enable other mobile communication devices to interact and share at the same time. It is expected that users such as (4) road traffic information, integrated mobile communication hybrids ^ == phase, global satellite _ 1 in its application integrity and practicality left a considerable degree of shortcomings. SUMMARY OF THE INVENTION In view of the above, the problem to be solved by the present invention is to propose a peer-to-peer mobile communication interactive line and a method thereof, in which the Tasaki receives a satellite signal to generate its geographical location, and then uses point-to-point (PeertGp咐, transmission technology). One or more predetermined communication devices are provided to share the geographic location. 201008155 ' To solve the above problem, the solution proposed by the present invention is to provide a point-to-point wireless mobile communication interactive system, comprising: a wireless mobile communication providing ventilation. a platform and a plurality of wireless communication devices. The wireless communication devices are logged in to the wireless mobile communication platform to obtain an IP address. The wireless communication devices can be directly connected to form a point-to-point network. A first GPS signal can be obtained, and according to the receiving request of other wireless communication devices on the point-to-point network, the third GPS number is combined with a first object code and a first communication message, and the first packet data is sealed. Output, or obtain at least one other wireless communication from the peer-to-peer network a second packet data consisting of a second object code, a second GPS signal and a second communication message, and graphically displaying the corresponding coordinates of the first GPS signal and the second GPS signal The location and the second communication message content. The peer-to-peer wireless mobile communication interaction system of another embodiment of the present invention comprises: a wireless mobile communication platform providing a communication network; and a network server connected to the wireless mobile communication platform, The network server includes at least one IP address storage database; and a plurality of wireless communication devices that log in to the wireless mobile communication platform to obtain an IP address, and store the IP address in the network servo The wireless communication device can obtain the IP address of the other party through the network server to form a peer-to-peer network, and each of the wireless communication devices can acquire the HPS signal and can respond to other points on the peer-to-peer network. Receiving, by the wireless communication device, the first GPS signal is combined with a first object code and a first communication message, and is packaged as a first packet. Outputting, and obtaining at least one 201008155 from the peer-to-peer network, a second packet data consisting of a second object code, a second GPS nickname and a second communication message, and graphically displaying the first GPS signal Corresponding coordinate position of the second GPS signal and the content of the second communication message. ^= In the above invention, the wireless communication devices are directly connected by using a pre-established contact list in each device. Moreover, the wireless communication device can be installed in a vehicle that is moving from time to time or in a stationary building, and the manner of interaction described above includes sharing geographical coordinates, communication between vehicles, navigation information of the vehicle, or charging information. The invention relates to a peer-to-peer wireless mobile communication interactive method comprising: first, determining that the wireless receiving device's GPS receiving function and the peer-to-peer network connection function are money for normal connection. Then, if the determination is yes, two threads are generated, respectively, for generating a geographic coordinate packet transmission thread for outputting an instant geographic location of the wireless communication device for updating other wireless communication devices - instant messages; - Tutorial processing thread to update one of the other wireless communication devices. In the above-mentioned hairpin, the geographic coordinate packet transmission thread is configured to combine the code of the wireless communication device with the GPS signal to form a first object code (10) and the packet of the silk thread to be instantly transmitted through the network of the point network. And the processing step of the graphic processing thread includes: determining whether the geographic coordinate in the received packet data of the second object code and its geographic coordinates generates a moving amount; if the determination is yes, the object is The geographic coordinates are updated and displayed on the user interface module of the wireless communication device. If the judgment is no, and the object is a building, the distance between the geographic coordinates 201008155 and the """, the line communication device is calculated. And when the distance falls within a preset navigation distance, 'the navigation and charging function of the object is performed. The system of the present invention provides a user with a mobile communication device with global satellite navigation function for road navigation, and selectively communicates one or more communication devices to obtain mutual geographic position through network point-to-point transmission technology. 〇S ^, it can also provide video and audio conversations or multi-party conversations by transmitting media streaming messages of user video and audio messages, and calculate the famous scenic spots within a certain range according to the current geographical location. Landmark information and navigational information such as famous buildings are displayed on the electronic map. It can even be used in pre-agreed parking lots, amusement parks and other attractions to start charging services. [Embodiment] In order to further understand the content of the present invention, the following detailed description is made with reference to related embodiments and figures: Please refer to FIG. 2, FIG. 3 and FIG. 4, FIG. 2 illustrates the peer-to-peer wireless mobile communication interactive system of the present invention. 1 is a system diagram of FIG. 3, FIG. 3 is a schematic diagram of a user interface of a global satellite navigation system embodiment of the point-to-point wireless mobile communication interaction system of the present invention, and FIG. 4 is a wireless communication of the point-to-point wireless mobile communication interaction system of the present invention. A block diagram of a system block of an embodiment of the device. In this embodiment, a plurality of mobile phones, personal digital assistants (PDAs) or vehicles that comply with the 3.5G communication specification or the Worldwide Interoperability for Microwave Access 'WiMAX communication specification are loaded in the plurality of vehicles 201. Hand-held satellite navigation system; or wireless communication such as a personal computer or a notebook computer or a computer that is equipped with a 3.5G communication specification or a Worldwide Interoperability for 201008155 'Microwave Access' WiMAX communication specification in a plurality of buildings 202 The device 20 can obtain an IP address by using a wireless mobile communication platform (represented by the base station 11 in the figure) that is accessed by each of the wireless communication devices, and uses the IP address and each wireless communication. The peer-to-peer network technology in the Hanbei 20, each wireless communication device forms a node on the peer-to-peer network 211, and a preset list (not shown) in each wireless communication device 20 can be utilized. Corresponding to the direct transfer function between the contact list nodes on the peer-to-peer network 211. Each of the wireless communication devices 20 can acquire a first global positioning system from the artificial satellite 40 by the wireless mobile communication platform or the GPS receiving module (not shown) provided by the wireless communication device 20 itself (G1〇bai p〇siti The 〇ning System (GPS) signal can directly respond to at least one of the wireless communication devices 2 〇 on the peer-to-peer network 211, and combine the first GPS signal 50 with a first object code and a first communication. The message is encapsulated into a first packet data P1 and output to the requesting end, and a second object code, a second GPS signal and a second, of the at least one second packet data P2 are obtained from the peer-to-peer network G 211. The communication message is displayed by the instant graphical processing, and the first GPS signal 50, the corresponding coordinate position of the second GPS signal, and the content of the second communication message are displayed to be simultaneously and instantaneously in the wireless communication device 2 It shows its own GPS geographic coordinates and the gps ^ geographic coordinates of the connected party to achieve geographic coordinate sharing. The object code is the code representing the wireless communication device 20. Further, the first packet data or the second packet data transmitted by the wireless communication device 20 at both ends of the point-to-point network 211 are directly connected to the 201008155 3th message and the second communication message, and the communication message may be For each other's call voice data, text chat data, in addition to providing a vehicle between the vehicle 2〇1 and the *vehicle 201 (such as A car, B car, C car in Fig. 3), the mutual display of each other's geographic coordinates , can also talk to each other, communicate instantly; or provide between the vehicle 201 and the building 202 (such as A car in the 3, D parking lot 'E station, F restaurant), the vehicle 201 displays the geography of the building 2〇2 Please refer to FIG. 4 for each of the wireless communication devices 2 of the present embodiment, including: a point-to-point technical connection module 21, a coordinate information, a navigation material, and a parking lot. The transmission/receiving module 22, a GPS NMEA (National Marine Electronics Association) information analysis module 23, a picture processing module 24, and a user interface module 25. The point-to-point technology connection module 21 is configured to form a point-to-point network 211 with at least one of the wireless communication devices 20; the transmission/reception module 22 can apply the point-to-point network constructed by the point-to-point technology connection module 21. 211 ' directly transmitting the first packet data. pi to the connection request end of the peer-to-peer network 211 and receiving the second packet data P2 from the connection request end; the GPS NMEA information analysis module 23 can calculate the wireless communication The first GPS signal 50 obtained by the device 20 itself is a first geographic coordinate, and then the first geographic coordinate is encapsulated into the first packet data 'P1 (the first packet data P1 includes the wireless communication device 20) The first packet data P1 is transmitted through the transmitting/receiving module 22, and the GPS NMEA information analysis module 23 can analyze the object data, the first geographic coordinate, and the first communication message. The second packet data P2 received by the transmitting/receiving module 11% 201008155 22 is used to retrieve the second object code (the object code of the other vehicle or building other than the wireless communication device 20 itself) And calculating the second GPS signal as a second geographic coordinate; the image processing module 24 receives and graphically processes the first geographic coordinate and the second geographic coordinate of the GPS NMEA information analysis module 23; The interface module 25 is configured to graphically display the first geographic coordinate and to selectively display or not display the contact list according to the contact list.
❿ 該第二地理座標及該第二通信訊息，例如，使用者可以在 使用者介面模組25中圖形化顯示該連線清單，並同時顯示 車輛201本身的無線通訊設備2〇地理位置以及令其他在該 連絡清單内的車輛2〇1所裝置的其他無線通訊設備2〇的地 理位置顯不或不顯示、其他無線通訊設備2〇的通信訊息交 談或不交談，又或設定一顯示範圍，當其他通訊設備處於 此範圍實顯示其地理位置。 續請參照圖5所繪示之點對點無線行動通訊互動系統 第二實施例之系統示㈣4包含：—提供通訊網路的叙 線行動通訊平台，例如行動軌㈣之基地台^ ; 一連接 於該無線行動通訊平台的網路伺· 3()，該網路祠服器抑 至少包含- IP位址儲存資料庫(圖中未示)以儲 的無線通錢錢之IP彳叫；魏個祕通減備 裝於車輛2(U或建築物m巾，係向該無線行動通 登錄後獲得-IP位址，並將該Ip位址儲存於該網略口 器30，該些祕軌設備2Q可透過__服器3 連線對方的1P位址，以構成^對點網路2U，每一讀些^ 201008155 線通訊設備20可獲取一第一 GPS信號5〇，亦可回應該點 對點網路2丨1上至少其一該些無線通訊設備20的接收要 . 求，將該第一 GPS信號50結合一第一物件代碼及一第一通 信訊息封裝為一第一封包資料P1予以輸出，並自該點對點 網路211獲取至少一第二封包資料P2中的一第二物件代 碼、一第二GPS信號及一第二通信訊息，並即時圖形化顯 示該第一 GPS信號50、該第二GPS信號之對應的座標位置 ❹ 及該第二通信訊息内容。本實施例與上述第一實施例中所 不同者乃在於，上述第一實施例之無線通訊設備2〇之間可 直接找到彼此的IP位址，並直接連接成一點對點網路 211，而本第二實施例則是利用所有無線通訊設備都保 持連線並透過網路伺服器30來取得連線方的無線通訊設 備20的IP位址之後，方建立點對點網路211間虛擬的直 接連線通道，來直接傳送/接收資料。而本第二實施例在建 立點對點網路211之後，其系統的應用與前述第一實施例 ❹ 相同，自不在此贅述。再請參照圖6所繪示之本發明點對 點無線行動通訊互動方法之流程圖，以及圖7所緣示之圖 6中的圖貧處理執行绪流程圖。本實施例之點對點無線行 動通訊互動方法之步驟係包括·首先，判斷該無線通訊設 備2 0之G P S接收功能和點對點網路連線功能是否處於正常 連線（步驟S100)’以確保與其他車輛或建築物之間互動 功能之遂行。再來，若上述判斷結果為「是」，則，在該無 線通訊設備20上分別產生一地理座標封包傳送執行緒（步 驟Sii〇)以及一圖資處理執^緒（步驟sl2〇):該地理座 201008155 標封包傳送執行緒主要是可結合無線通訊設備 及^PS信號而形成包括一物件代碼⑽及其地理座標^ 1 一封包資料並透過該點對點網路㈣傳送；資 理執行緒之步㈣包括··崎所接收之包括—物件= 其地理座獅-第二封包資料是否產生—位置 若判斷為是，則將該物件（此時該物件 輛）之該地職標更新並顯示於該無線通訊設備之 者介面模組（步驟S122);若判斷為否，且該物 築物時，則計算該地理座標與該無線通訊設備之—距離， 且當該距離落人-導覽距離内時，進行該物件之 能（步驟S123)。 等寬力 上本發明的方法實施例中，所述的導覽功能也包 =一收費站之預先定義的-種進崎車場、遊樂場或遊 樂園之區域内的收費服務。 一 Φ 综上所述，本發明點對點無線行動通訊互動系統及方 法，提供行動軌裝置可選雜將自身地理位置 息提供:其他成員之行動通訊裝置，共享相互間地^位 置、文字語音交談互動，打破用於定位及導航藩籬 用者有著天涯若比鄰的感覺。 _ 雖然本發明以前述之較佳實施例揭露如上，然其並非 用以限定本伽’任何熟習相像技藝者，在㈣離本發明 之精神和範圍内，所作更動與潤飾之等效替換，仍 明之專利保護範圍内。 201008155 Λ 【圖式簡單說明】 圖1 為先前技術之全球衛星導航系統使用者介面示意 * 圖； 圖2 為本發明點對點無線行動通訊互動系統第一實施例 之糸統不意圖， 圖3 為本發明點對點無線行動通訊互動系統實施例之使 用者介面示意圖； ©圖4 為本發明點對點無線行動通訊互動系統之無線通訊 設備實施例之系統方塊示意圖； 圖5 為本發明點對點無線行動通訊互動系統第二實施例 之系統示意圖； 圖6 為本發明點對點無線行動通訊互動方法之流程圖； 以及 圖7 為圖6中之圖資處理執行緒流程圖。 【主要元件符號說明】 1 全球衛星導航器 11 基地台 20 無線通訊設備 201 車輛 202 建築物 21 點對點技術連線模組 211 點對點網路 22 傳送/接收模組 23 GPS ΝΜΕΑ資訊分析模組 15 201008155 λ 24 圖資處理模組 25 使用者介面模組 30 網路伺服器 40 人造衛星 50 第一 GPS訊號 P1 第一封包資料 P2 第二封包資料❿ the second geographic coordinate and the second communication message, for example, the user can graphically display the connection list in the user interface module 25, and simultaneously display the location and order of the wireless communication device 2 of the vehicle 201 itself Other geographic information of other wireless communication devices 2装置 installed in the vehicle 2〇1 in the contact list is displayed or not displayed, communication messages of other wireless communication devices are not talking or not, or a display range is set. When other communication devices are in this range, their geographic location is displayed. Continuing to refer to the system of the second embodiment of the peer-to-peer wireless mobile communication interaction system shown in FIG. 5 (4) 4 includes: - providing a communication network of a mobile communication platform, such as a mobile station (4) base station ^; a connection to the wireless The mobile communication platform's network server (3), the network server includes at least - IP address storage database (not shown) to store the wireless money money IP scream; Wei a secret Substituting the vehicle 2 (U or building m towel, obtaining the -IP address after logging in to the wireless mobile phone, and storing the IP address in the network porter 30, the secret track device 2Q can Connect the 1P address of the other party through the __ server 3 to form the 2U network of the point-to-point network. Each of the readings of the 201008155 line communication device 20 can acquire a first GPS signal 5〇, and can also respond to the point-to-point network. At least one of the wireless communication devices 20 receives the first GPS signal 50, and combines a first object code and a first communication message into a first packet data P1 for output. Obtaining a second object code in the at least one second packet data P2 from the peer-to-peer network 211 a second GPS signal and a second communication message, and graphically displaying the first GPS signal 50, the corresponding coordinate position of the second GPS signal, and the content of the second communication message. This embodiment and the foregoing What is different in an embodiment is that the wireless communication devices of the first embodiment can directly find each other's IP addresses and directly connect to the peer-to-peer network 211, and the second embodiment utilizes After all the wireless communication devices are connected and access the IP address of the wireless communication device 20 of the connected party through the network server 30, a virtual direct connection channel between the peer-to-peer networks 211 is established to directly transmit/receive. After the point-to-point network 211 is established in the second embodiment, the application of the system is the same as that of the foregoing first embodiment, and will not be described here. Referring again to the present invention, the peer-to-peer wireless mobile communication interaction is illustrated. The flowchart of the method, and the flowchart of the lean processing thread in FIG. 6 shown in FIG. 7. The steps of the point-to-point wireless mobile communication interaction method of the embodiment include: It is judged whether the GPS receiving function of the wireless communication device 20 and the peer-to-peer network connection function are in normal connection (step S100)' to ensure the interaction function with other vehicles or buildings. Further, if the above judgment result If yes, a geographic coordinate packet transmission thread is generated on the wireless communication device 20 (step Sii) and a map processing command (step sl2): the geographic location 201008155 label transmission execution The main purpose is to combine the wireless communication device and the ^PS signal to form a package code including an object code (10) and its geographic coordinates ^ 1 and transmit it through the peer-to-peer network (4); the step of the logic thread (4) includes: Including - the object = its geographical lion - whether the second packet data is generated - if the position is judged to be, the position of the object (the object at this time) is updated and displayed on the interface of the wireless communication device Module (step S122); if the determination is no, and the object is built, the distance between the geographic coordinate and the wireless communication device is calculated, and when the distance falls within the navigation distance , It can be the object (step S123). Equal-Loop Force In the embodiment of the method of the present invention, the navigation function also includes a toll service in a pre-defined area of a toll station, a playground, a playground or an amusement park. In summary, the point-to-point wireless mobile communication interactive system and method of the present invention provides a mobile track device that can provide its own geographical location information: other members' mobile communication devices, sharing mutual location, text and voice interaction Breaking the use of positioning and navigation barriers has a feeling of being close to the world. Although the present invention has been disclosed above in the foregoing preferred embodiments, it is not intended to limit the equivalents of the present invention, and the equivalent replacement of the modifiers and retouchings within the spirit and scope of the present invention. Within the scope of patent protection. 201008155 Λ [Simple diagram of the diagram] Figure 1 is a schematic diagram of the user interface of the global satellite navigation system of the prior art; Figure 2 is a schematic diagram of the first embodiment of the peer-to-peer wireless mobile communication interaction system of the present invention, Figure 3 FIG. 4 is a schematic diagram of a system diagram of a wireless communication device embodiment of a peer-to-peer wireless mobile communication interaction system according to the present invention; FIG. 5 is a system diagram of a point-to-point wireless mobile communication interaction system according to the present invention; 2 is a schematic diagram of a system for interacting with a point-to-point wireless mobile communication; and FIG. 7 is a flow chart of a processing thread for processing in FIG. [Main component symbol description] 1 Global satellite navigator 11 Base station 20 Wireless communication device 201 Vehicle 202 Building 21 Point-to-point technology connection module 211 Point-to-point network 22 Transmission/reception module 23 GPS ΝΜΕΑ Information analysis module 15 201008155 λ 24 picture processing module 25 user interface module 30 network server 40 artificial satellite 50 first GPS signal P1 first package data P2 second packet data
步驟S100判斷該無線通訊設備之GPS接收功能和點對點 網路連線功能是否處於正常連線 步驟S110產生一地理座標封包傳送執行緒用以輸出該無 線通訊設備之一即時地理位置 步驟S120產生一圖資處理執行緒用以更新其他無線通訊 設備之一即時訊息 步驟S121判斷所接收之包括一物件代碼及其地理座標的 一第二封包資料是否產生一位置移動量 步驟S122若判斷為是，則將該物件之該地理座標更新並 顯示於該無線通訊設備之一使用者介面模組 步驟S123若判斷為否，且該物件為一建築物時，則計算 該地理座標與該無線通訊設備之一距離，且當 該距離落入一導覽距離内時，進行該物件之一 導覽功能 16Step S100: determining whether the GPS receiving function of the wireless communication device and the peer-to-peer network connection function are in a normal connection step S110, generating a geographic coordinate packet transmission thread for outputting one of the wireless communication devices, and generating an image of the instant geographic location, step S120 The processing thread is used to update one of the other wireless communication devices, and the instant message step S121 determines whether the received second packet data including an object code and its geographic coordinates generates a positional movement amount. If the determination is yes, then The geographic coordinate of the object is updated and displayed in the user interface module of the wireless communication device. If the determination is no, and the object is a building, the distance between the geographic coordinate and the wireless communication device is calculated. And when the distance falls within a navigation distance, performing a navigation function of the object 16