201004294 九、發明說明： 【發明所屬之技術領域】 本發明涉及雙模手機，尤其涉及一種具有無線網路基 地台功能之雙模手機及其連接無線區域網路終端與網際 - 網路之方法。 -【先前技術】 無線網路技術的範圍可從全球語音及資料網路（遠距 離的無線連線）到最佳化的紅外線及無線頻率技術（短距 離的無線連線）。使用無線網路的終端包括可攜式電腦、 桌上型電腦、手提電腦、個人數位助理及手機等。無線技 術給使用者帶來許多便利，如使用者可以使用手機存取電 子郵件。 無線網路類型根據資料能夠傳送的距離可分成不同 的類型，包括無線廣域網路、無線都會區域網路、無線區 域網路及無線個人網路。其中，無線區域網路可讓使用者 在小區域时立無線祕，連線較㈣便捷。無線區域網 路中-個重要的設備為無線網路基地台（八咖8 p〇int， AP)，其連接至網際網路，無線區域網路終端可經由a 相互通訊或連接至網際網路。然而，當Ap無法繼^ 服務，或無線區域網路終端移動至Ap不可及之處所，> 無線區域網路終端無法繼續連接網際網路。 地 【發明内容】 可連接無線區域網 有馨於此，需提供一種雙模手機， 路終端。 201004294 用 此外，還需提供一 種雙杈手機作為無線接取點之應 -種雙模手機，包括純廣域網路天線、（線 路模組、無線區域網路天線、處 ’、3、 处段模組及無線區域網路模 組。無線區域網路模組包括終端模式子模組 組及切換子模組。終端模式子模组被致能時，使該雙^ ，處於無線區域網路終端模式。接取點模式子模組被致能 時’使該雙模手機處於接取點模式，使得無線區域網料 端可經由該雙模手機通訊。㈣子模組用於根據用戶指; 選擇性致能該終端模式子模組與該接取點模式子模組 -種雙模手機作為無線接取點之應用，包括如下步 驟：透過用戶介面接收用戶對接取點模式之選擇指令；判 =是否致能橋接模組；及若致能該橋接模組，則致能無線 廣域網路模組，進人第—接取點模式，連接無線區域網路 終端與網際網路；或不致能該橋接模組，則進入第二接取 點模式，連接複數無線區域網路終端。 【實施方式】 參閱圖1，所示為本發明雙模手機10之應用環境圖。 在本實施方式中，雙模手機10具有無線區域網路接取點 功能（Access Point，AP)，當雙模手機1〇處於接取點模 式下時，無線區域網路（Wireless L〇cal Ν__，' WLAN)終端40可經由雙模手機1〇及無線廣域網路 (Wireless Wide Area Network，WWAN ) 20 連接至網際網 路30。當雙模手機10為行動電話模式時，其可經由無線 201004294 廣域網路20連接至網際網路30，或經由無線廣域網路20 與手機（未示出）進行通訊。當雙模手機10為WLAN終 端模式時，其可經由AP 50連接至網際網路30，或與無 線區域網路終端40進行通訊。在本實施方式中，無線廣 • 域網路20為全球行動通訊系統（Global System for Mobile -Communication，GSM )、通用分組無線業務（General Packet Radio Service，GPRS )、第三代數位通訊（Third Generation，3G)、多頻碼分多重存取（Wideband CDMA) 及全球微波接取互操作性（Worldwide Interoperability for Microwave Access，WiMAX)之一。 圖2所示為本發明一實施方式中雙模手機l〇之模組 圖。在本實施方式中’雙模手機10包括無線廣域網路天 線100、無線廣域網路模組110、橋接模組120、無線區域 網路模組130、無線區域網路天線140、處理模組150及 用戶介面（Host Interface) 160。 無線廣域網路天線1〇〇用於收發無線廣域網路射頻 訊號。無線廣域網路模組110用於處理無線廣域網路天線 100接收到的無線廣域網路射頻訊號，及產生無線廣域網 路天線100發送出去的無線廣域網路射頻訊號。無線區域 網路天線140用於收發無線區域網路射頻訊號。無線區域 網路模組130用於處理無線區域網路天線140接後到的無 線區域網路射頻訊號，及產生無線區域網路天線140發送 出去的無線區域網路射頻訊號。處理模組150用於進行訊 號處理，並控制訊號流向。用戶介面160用於提供雙模手 7 201004294 機ίο之操作程式。 在本實施方式中，無線區域網路模組130包括終端模 式子模組1300、接取點模式子模組1310及切換子模組 1320。當終端模式子模組1300被致能時，該雙模手機10 處於WLAN終端模式，其可經由接取點50進行通訊，連 接至無線區域網路終端40或網際網路30。當接取點模式 子模組1310被致能時，雙模手機10處於接取點模式，無 線區域網路終端40可經由雙模手機10相互連接或連接至 網際網路30。切換子模組1320用於根據用戶指令選擇性 致能終端模式子模組1300與接取點模式子模組1310。在 本實施方式中，切換子模組1320係由軟體實現，在其他 實施方式中，其亦可由硬體電路實現。 橋接模組1320用於通訊橋接無線廣域網路模組110 與無線區域網路模組130。橋接模組1320用於當接取點 模式子模組1310被致能，雙模手機10處於接取點模式下 時，交換無線廣域網路模組110與無線區域網路模組130 相互傳輸之資料，即將無線廣域網路模組110要傳輸至無 線區域網路模組130之資料轉換為無線區域網路格式之 資料，及將無線區域網路130要傳輸至無線廣域網路模組 110之資料轉換為無線廣域網路格式之資料。 用戶介面160還用於接收用戶對接取點模式的選擇 指令，然後經由該處理模組150，使得切換子模組1320 致能接取點模式子模組1310。在本實施方式中，用戶可 經由菜單選擇的方式選取接取點模式。用戶介面160還用 8 201004294 ==戶對橋接模組12G之致能選擇指令，並經由處理 ==橋接模組120。用戶介面16〇還用於接收用 戶對無線廣域網路模組11〇之致能選擇指令，並經由 理模組150致能該無線廣域網路模组11〇。在本發明之其 方式中’無線廣域網路模組110亦可在接取點 .咖與橋接额120被致能後，由處理模組150 自動致此，而無須用戶進行選擇。 -姐在本實施方式中’雙模手機10之接取點模式包括第 1310取::么與第二接取點模式。當接取點模式子模組 主橋接模組120及無線廣域網路模組11〇均被財 :如雙模手機K)進人第—接取點模式，無線區域網料 =40可經由雙模手機1〇連接網際網路 點 =子=:°被致能時，雙模手機10進入第二= 區域網路終端40之間可經由雙模手機1。 互通訊，但不此連接網際網路3〇。 ® 3所$為本發明—實施方式中雙模 ”點之應用之流程圖。在步驟義， = :1310被致能，使該雙模手機處於接取點模式?：； 之ΓΓ’ΐ線廣域網路模組110與無線區域網路模組 2其中—者從對應之天線接收第—射頻減，處理第一射 120。在太宭二Γ 頻訊號傳送至橋接模組 &工中，無線廣域網路模組110與盈線s :網;;：13〇之其中-者還判斷第-射頻訊號= 地。在步驟剛’橋接模組120將處理過的第一射頻: 9 201004294 號轉換為第二射頻訊號，並將第二射頻訊號發送至 域網路模組110與無線區域網路模組13〇之另一者。在^ 驟S306’無線廣域網路模組11〇與無線區域網路模組 :另—者處理第二射頻訊號，並經由對應之天線發送處理 後的弟二射頻訊號。如此，即使無線區域網路内之接取點 5〇無法提供服務，無線區域網路終端4〇亦可連接降 網路30。 下 圖4所示為本發明另一實施方式中BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a dual mode mobile phone, and more particularly to a dual mode mobile phone having a wireless network base station function and a method for connecting the wireless local area network terminal and the internet-network. - [Prior Art] Wireless network technology ranges from global voice and data networks (distant wireless connections) to optimized infrared and wireless frequency technologies (short-range wireless connections). Terminals that use wireless networks include portable computers, desktop computers, laptop computers, personal digital assistants, and mobile phones. Wireless technology gives users a lot of convenience, such as users can use their mobile phones to access e-mail. Wireless network types can be divided into different types based on the distance that data can be transmitted, including wireless wide area networks, wireless metropolitan area networks, wireless local area networks, and wireless personal networks. Among them, the wireless local area network allows users to set up wireless secrets in small areas, and the connection is more convenient than (4). An important device in the wireless local area network is a wireless network base station (AP), which is connected to the Internet, and the wireless local area network terminal can communicate with each other or connect to the Internet via a. . However, when the AP cannot continue to service, or the wireless LAN terminal moves to an point where the AP is inaccessible, the wireless local area network terminal cannot continue to connect to the Internet. [Invention] The wireless local area network can be connected. In this case, a dual-mode mobile phone and a road terminal are required. 201004294 In addition, it is also necessary to provide a dual-cell mobile phone as a wireless access point-type dual-mode mobile phone, including pure wide area network antenna, (line module, wireless area network antenna, at ', 3, segment module And a wireless local area network module. The wireless local area network module includes a terminal mode sub-module group and a switching sub-module. When the terminal mode sub-module is enabled, the dual-mode is in a wireless local area network terminal mode. When the access point mode sub-module is enabled, the dual-mode mobile phone is in the access point mode, so that the wireless area network material end can communicate via the dual-mode mobile phone. (4) The sub-module is used according to the user's finger; The application of the terminal mode sub-module and the access point mode sub-module-type dual-mode mobile phone as a wireless access point includes the following steps: receiving a user selection instruction of the access point mode through the user interface; Capable of bridging the module; and if the bridging module is enabled, enabling the wireless wide area network module, entering the first access point mode, connecting the wireless local area network terminal and the internet; or failing to enable the bridging module Then enter The second access point mode is connected to a plurality of wireless local area network terminals. Embodiments Referring to Fig. 1, an application environment diagram of a dual mode mobile phone 10 according to the present invention is shown. In this embodiment, the dual mode mobile phone 10 has a wireless area. The network access point function (Access Point, AP), when the dual mode mobile phone 1 is in the access point mode, the wireless local area network (Wireless L〇cal Ν__, 'WLAN) terminal 40 can be via the dual mode mobile phone 1 And a Wireless Wide Area Network (WWAN) 20 is connected to the Internet 30. When the dual mode handset 10 is in a mobile phone mode, it can be connected to the Internet 30 via the wireless 201004294 wide area network 20, or via a wireless wide area network. The way 20 communicates with a mobile phone (not shown). When the dual mode mobile phone 10 is in the WLAN terminal mode, it can be connected to the Internet 30 via the AP 50 or communicate with the wireless local area network terminal 40. In this embodiment Medium, wireless wide area network 20 is Global System for Mobile (Communication, GSM), General Packet Radio Service (GPRS), third generation One of Digital Generation (3G), Wideband CDMA (Wideband CDMA) and Worldwide Interoperability for Microwave Access (WiMAX). FIG. 2 shows an embodiment of the present invention. In the present embodiment, the dual-mode mobile phone 10 includes a wireless wide area network antenna 100, a wireless wide area network module 110, a bridge module 120, a wireless area network module 130, and a wireless area. The network antenna 140, the processing module 150, and the user interface (Host Interface) 160. The wireless wide area network antenna 1 is used to transmit and receive wireless wide area network RF signals. The wireless wide area network module 110 is configured to process the wireless wide area network radio frequency signals received by the wireless wide area network antenna 100 and to generate wireless wide area network radio frequency signals transmitted by the wireless wide area network antenna 100. Wireless Area Network Antenna 140 is used to send and receive wireless area network RF signals. The wireless area network module 130 is configured to process the wireless area network RF signal that is connected to the wireless area network antenna 140, and generate the wireless area network RF signal sent by the wireless area network antenna 140. The processing module 150 is configured to perform signal processing and control signal flow. The user interface 160 is used to provide an operating program for the dual model 7 201004294 machine. In this embodiment, the wireless local area network module 130 includes a terminal mode sub-module 1300, an access point mode sub-module 1310, and a switching sub-module 1320. When the terminal mode sub-module 1300 is enabled, the dual mode handset 10 is in WLAN terminal mode, which can communicate via the access point 50 to the wireless local area network terminal 40 or the Internet 30. When the access point mode sub-module 1310 is enabled, the dual mode handset 10 is in the pick-up mode, and the wireless local area network terminal 40 can be connected to each other or to the Internet 30 via the dual mode handset 10. The switching sub-module 1320 is configured to selectively enable the terminal mode sub-module 1300 and the access point mode sub-module 1310 according to a user instruction. In the present embodiment, the switching sub-module 1320 is implemented by software, and in other embodiments, it may be implemented by a hardware circuit. The bridging module 1320 is used for bridging the wireless wide area network module 110 and the wireless local area network module 130. The bridging module 1320 is configured to exchange data between the wireless WAN module 110 and the wireless local area network module 130 when the access point mode sub-module 1310 is enabled and the dual-mode mobile phone 10 is in the access point mode. The data to be transmitted by the wireless WAN module 110 to the wireless local area network module 130 is converted into the data of the wireless local area network format, and the data to be transmitted by the wireless local area network 130 to the wireless wide area network module 110 is converted into Information in the wireless WAN format. The user interface 160 is further configured to receive a user selection command for the access point mode, and then, through the processing module 150, the switching sub-module 1320 enables the point mode sub-module 1310 to be accessed. In this embodiment, the user can select the pick-up point mode by means of menu selection. The user interface 160 also uses 8 201004294 == to enable the selection command of the bridge module 12G, and via the processing == bridge module 120. The user interface 16 is further configured to receive a user-selectable command to the wireless wide area network module 11 and enable the wireless wide area network module 11 via the management module 150. In the mode of the present invention, the wireless wide area network module 110 can also be automatically enabled by the processing module 150 after the access point 120. The coffee and bridge amount 120 is enabled without the user having to select. - Sister In the present embodiment, the access point mode of the dual mode mobile phone 10 includes the 1310th:: and the second access point mode. When the access point mode sub-module main bridge module 120 and the wireless wide area network module 11 are both financed: for example, the dual-mode mobile phone K) enters the first access point mode, and the wireless area network material=40 can pass the dual mode. When the mobile phone 1 is connected to the Internet point = sub =: ° is enabled, the dual mode mobile phone 10 enters the second = regional network terminal 40 via the dual mode mobile phone 1. Intercommunication, but not connected to the Internet 3〇. ® 3 is a flow chart of the application of the dual mode "point in the embodiment of the invention. In the step sense, = : 1310 is enabled, so that the dual mode mobile phone is in the access point mode?:; The WAN module 110 and the wireless local area network module 2 receive the first radio frequency minus from the corresponding antenna, and process the first shot 120. The frequency signal is transmitted to the bridge module & The WAN module 110 and the surplus line s: network;;: 13 of them also determine the first - RF signal = ground. In the step just the 'bridge module 120 converts the processed first radio: 9 201004294 to The second RF signal is sent to the other of the domain network module 110 and the wireless area network module 13. The wireless wide area network module 11 and the wireless local area network are in step S306. The module: the other handles the second RF signal, and sends the processed second RF signal through the corresponding antenna. Thus, even if the access point 5 in the wireless local area network cannot provide the service, the wireless local area network terminal 4 〇You can also connect to the drop network 30. Figure 4 below shows another implementation of the present invention. In the way
線接取點之應用之流程圖。首先，在步驟嶋，用U 接收用戶對接取點模式之選擇指令，致能接取點模 二方：：叙1310。在本實施方式中用戶可經由菜單選擇 的方式主動選取接取點模式。在本發明之另一實施 中’當雙模手機10處於終端模式下時，若找不到接取二 5〇,無線區域網路模組13〇經由處理模組15〇發送—訊％ ® 160’使用戶介面16〇提示用戶是否選擇接取 點模式。 在步驟S·，用戶介面⑽判斷是否致能橋接模租 =。在本實施方式中，用戶介面160提示用戶是否選擇 致能橋接模組，並根據用戶的選擇指令判斷是否致= 橋接模組160。若不致能橋接模組16〇，在步驟s4〇4,= 模手機K)進人第二接取點模式，複數無線區 40之間可經由雙模手機10相互通訊。 若致能橋接模組160，在步驟S4()6，無線廣__ 組110被致能，雙模手機10進入第一接取點模式，無線 201004294 區域網路終端4G可經由雙模手機1G連接網際網路30。 在本實施方式中’用戶介面16G接收用戶對無線廣域網路 模組U〇之致能選擇指令，並經由該處理模組150致能該 無線廣域網路模組11〇。在本發明之其他實施方式中，無 線廣域網路模組11G亦可在接取點模式子模組測盘橋 接模組120被致能由處理模組15()自動致能，而無須用戶 本發明之雙模手機1G可作為接取點，從而在無線區 域肩路之接取點無法提供服務時，可使無線區域網路終端 40相互通訊或連接網際網路30。 綜上所述，本發明符合發明專利要件，爰依法提出專 ^吻惟，以上所述者僅為本發明之較佳實施例，舉凡 技藝之人士，在爰依本案發明精神所作之等效修 飾或變化’皆應包含於以下之申請專利範圍内。 【圖式簡單說明】 圖1為本發明雙模手機的應用環境圖。 圖2為本發明一實施方式中雙模手機的模組圖。 點之 ^ 3為本發明—實施方式中雙模手機作為無線接取 應用之流程圖。 圖4為本發明另一 之應用之流程圖。 實施方式中雙模手機作為無 線接取點 【主要元件符號說明】 雙模手機 無線廣域網路天線 100 11 201004294 無線廣域網路模組 110 橋接模組 120 無線區域網路模組 130 終端模式子模組 1300 接取點模式子模組 1310 切換子模組 1320 無線區域網路天線 140 處理模組 150 用戶介面 160 無線廣域網路 20 網際網路 30 無線區域網路終端 40 接取點 50 12Flow chart for the application of the line access point. First, in step 嶋, U receives the user's selection command for the pick-up point mode, enabling access to the point mode two-way:: 1310. In this embodiment, the user can actively select the access point mode by means of menu selection. In another implementation of the present invention, when the dual-mode mobile phone 10 is in the terminal mode, if the access module 5 is not found, the wireless local area network module 13 transmits the message % ® 160 via the processing module 15 'Let the user interface 16〇 prompt the user to select the access point mode. In step S·, the user interface (10) determines whether to enable bridging. In the present embodiment, the user interface 160 prompts the user whether to select the enabling bridge module, and determines whether to cause the bridge module 160 according to the user's selection command. If the bridge module 16 is not enabled, in step s4 〇 4, the modulo handset K) enters the second access point mode, and the plurality of wireless zones 40 can communicate with each other via the dual mode handset 10. If the bridging module 160 is enabled, in step S4()6, the wireless wide_group 110 is enabled, the dual mode mobile phone 10 enters the first access point mode, and the wireless 201004294 regional network terminal 4G can be connected via the dual mode mobile phone 1G. Connect to the Internet 30. In the present embodiment, the user interface 16G receives the user's enabling selection command for the wireless wide area network module U, and enables the wireless wide area network module 11 via the processing module 150. In other embodiments of the present invention, the wireless WAN module 11G can also be automatically enabled by the processing module 15 () in the access point mode sub-module disk bridge module 120 without the user's invention. The dual-mode mobile phone 1G can be used as an access point, so that the wireless local area network terminal 40 can communicate with each other or connect to the Internet 30 when the access point of the wireless area cannot be provided. In summary, the present invention complies with the requirements of the invention patents, and the above is only a preferred embodiment of the present invention. The above-mentioned ones are merely preferred embodiments of the present invention, and those skilled in the art are equivalently modified in the spirit of the invention. Or the changes shall be included in the scope of the following patent application. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an application environment diagram of a dual mode mobile phone according to the present invention. 2 is a block diagram of a dual mode mobile phone according to an embodiment of the present invention. Point 3 is a flow chart of a dual mode mobile phone as a wireless access application in the embodiment of the present invention. Figure 4 is a flow chart of another application of the present invention. In the embodiment, the dual-mode mobile phone is used as the wireless access point. [Main component symbol description] Dual-mode mobile phone wireless wide area network antenna 100 11 201004294 Wireless wide area network module 110 Bridge module 120 Wireless area network module 130 Terminal mode sub-module 1300 Access Point Mode Sub-module 1310 Switching Sub-Module 1320 Wireless Area Network Antenna 140 Processing Module 150 User Interface 160 Wireless Wide Area Network 20 Internet 30 Wireless Area Network Terminal 40 Access Point 50 12