201212694 六、發明說明： 【發明所屬之技術領域】 本七月係有關無線通信領域’尤其指—種無線通信的方法及 無線收發裝置。 【先前技術】 隨著近年通信設施和技術的不斷發展，移動通信已經得到廣 泛應用，無線通信的應用也快速增長。各個領域中，無線通信設 籲仙手機’無線筆記本電腦，舰等設備普遍使用，同時透過無線 通仏技術及網路進行音頻，視頻，資料的傳輸。 在運行這些無線通信網路的無線通信服務提供端需要透過註 冊、認證、位置更新’移交、通話路由選擇等方式為無線通信設 備的用戶提供預定的服務。如GSM提供用戶確認和認證，用戶和 通信網路其他部分的加密職。-_戶身份識針⑽），是 可分離式電子卡，存儲了用戶的國際移動用戶身份（IMSI )，每個 鲁肖戶的5忍證密齡1，密鑰Kc，和個人資訊，如用戶電話號碼薄。 I由移動國家代碼（MCC)，移動網路代碼⑽〇和特定用戶 移動用戶識別號碼⑽N)組成。可檇式_卡使戶能夠在 GSM相谷设備之間方便的更換調卡，利用對應於⑽卡的用戶 帳戶繼續使用通信網路。GSM的關鍵特點是漫遊，使移動用戶可 在本地網之外的地理覆蓋區域自動發送和接收聲音電話，發送和 接收資料’或享用其他服務，包括資料服務。漫遊需要移動管理、 認證、授權和不同職提供端之間的記_式。用戶的本地網路 201212694 是其移動通信設備登陸的本地位置寄存器（HLR)網路。#移動通 信設備啟動時或轉到網路時，使用msi，網路能夠確定該站是否 註冊到其HLR。如果是，該網路是用戶的本地網路，則通信繼續。 如果移動職設備沒有註冊，所訪_轉試眺職設備的本 地網路，織請求_移動通信設備服務資訊。如果兩個服務提 供端之間沒有簽訂漫麵定’或該移騎信設備不允許漫遊，所 訪問的網路拒絕服務。如果服務允許，__網路建立一個臨 時移動用戶識別（TMSI)並開始保持服務記錄。本地網路升級其 資訊’指示該移動通信賴在新的主機型網路（h〇st咕峨）， 所訪問的網路中，因此發送到它上面的所有#訊能夠正確的發 送。當-個電話撥打到漫遊的移動通信設斜，公共交換電話網 絡（PSTN)將該電話發送_站的本_路，紐發送到被訪問 的網路上。 在不同的通信系統中’例如CDMA、w⑽A、cdma細或 TD-OTMA系統中’同樣存在上述問題’系統透過識別用戶身份識 別卡（SIM或_來為不同的用戶提供通信服務，通常識或_ 卡是可分離式電子卡’存儲了用戶的國際移動用戶身份 目前的移動終端，如大多數手機_—卡—機的形式，即一部電 話上只具有-個SIM卡的插槽，尤其是國外品牌的手機。同時由 於不同通信公司所採取的無線通信方式不同，造成手機之間的不 相容性。軸’現有技術巾，存在—機兩卡的手機，但種類少， 且造價高，朗度不廣。例如，在用戶短_離開本地網路，處 201212694 &國際<遊狀_情況下，為了使用當地的通信服務，該用戶需 要更換新的手機或終端設備’使用新的SIM或UIM卡透過新的手 機或終端⑤備訪問不同於朗於原來使㈣通信網路。通常，這 。未I用戶需要彳6費非常昂責的代價獲取-套新的手機或終端設 ^ °而且’對於用戶而言’該用戶無法繼續使用原來非常熟悉的 手機或終％②備’該用戶需要花#時間、精力以及金錢來使用- 套新的手機或終端設備。對於用戶短期間使用當地通信服務而 • 言，上述代價顯得非常昂貴。 對於用戶而言，其不關心所使用的通信網路具體的通信方 式’用戶所關心的是為其提供無差異的業務以及服務品質。針對 不同的用戶需求，不同的終端具有不同消費群體，即用戶購買終 端的愛好和習慣各不相同。因此，現有技術中缺少一種技術方案， 能解決用戶繼續使用其喜歡的移動終端的同時，能在花費較小代 價的情況下，透過其經常使用的移動終端能訪問不同的移動通信 鲁 系統，而不僅限於訪問其本地的通信網路。 【發明内容】 本發明的主要在於至少解決上述技術缺陷之一，特別是透過 為用戶提供一個統一的底層通信平臺，解決用戶繼續使用其直歡 的移動終端的同時，能在花費較小代價的情況下，透過其經常使 用的移動終端能訪問不同的移動通信系統，而不僅限於訪問其本 地的通信網路。 為了達到上述目的’本發明的實施例一方面提出了一種無線 201212694 通信的方法，包括以下步驟：一無線收發裝置從一用戶身份識別 卡中獲取需要連接移動通信網路的一用戶的資料資訊；所述無線 收發裝置與一本地終端設備建立一通信鏈路，實現接收和發送所 述用戶的資料資訊，以及與移動通信網路建立一無線通信鏈路， 實現接收和發送所賴戶的資料資訊；所述無線收發裝置接收所 述本地終端設備的發送的資料資訊，並將所述資料資訊轉發給所 述移動通信網路，以及接收所述移動通信網路發送給所述用戶的 資料資訊，並將所述資料資訊轉發給所述本地終端設備。 根據本發明的實施例，所述用戶與所述移動通信網路進行通 信包括：一語音通信或一資料通信。 根據本發明的實施例，所述移動通信網路包括：GSM、CDMA、 WCDMA、CDMA2000、TD-SCDMA、WiFi 或 WiMax 其中任一通信系統， 所述無線收發裝置根據所述移動通信網路定義通信方式與所述移 動通信晴建靖賴彳與賴雜触網路通信的無線鍵路。 根據本發明的實施例，所述無線收發裝置與本地終端設備建 立通信鏈路包括：一無線通信鏈路，所述無線通信鏈路包括一藍 牙通信鏈路或紅外線通信鏈路；一有線鏈路，所述有線鏈路包括 透過一網線、電話線或USB介面資料線連接的鏈路。 根據本發明的實施例，所述本地終端設備包括：手機、電腦、 PDA或MP4其中任一類型的終端設備。 根據本發明的實施例，所述無線收發裝置接收所述本地終端 "又備發送的所述用戶的s吾音通信資訊之後，所述無線收發裝置向 201212694 所述移動通信網路轉發所述語音通信資訊，並將接收到來自所述 移動通信網路的語音通信資料轉發給所述本地終端設備；或所述 無線收發敦置接收所述移動通信網路發送的所述用戶的語音通信 二貝afi之後’所述無線收發裝置向所述本地終端設備轉發所述語音 通貝汛’並將接收到來自所述本地終端設備的語音通信資料轉 發給所述移動通信網路。 根據本發明的實施例，所述無線收發裝置接收所述本地終端 3又備發送的所述用戶的資料通信資訊之後，所述無線收發裝置向 所述移動通信網路轉發所述資料通信資訊，並將接收到來自所述 移動通信網路的資料通信資料轉發給所述本地終端設備；或所述 無線收發裴置接收所述移動通信網路發送的所述用戶的資料通信 為汛之後’所述無線收發裝置向所述本地終端設備轉發所述資料 通仏 > 汛，並將接收到來自所述本地終端設備的資料通信資料轉 發給所述移動通信網路。 根據本發明的實施例，所述本地終端設備輸出所述移動通信 '網路發送給所述用戶的資料資訊。 本發明的實施例另一方面還提出了一種無線收發裝置，包括 一用戶識別單元、一遠端收發單元以及一本地收發單元，所述用 戶識別單元包括一組擴展插槽，所述擴展插槽用於連接一個或多 個用戶身份識別卡’所述用戶識別單元用於從所述用戶身份識別 卡獲取需要連接移動通信網路的用戶的資料資訊；所述遠端收發 單疋用於建立所述用戶與移動通信網路通信的無線鏈路，實現接 201212694 收和發送所述用戶的資料資訊，所述無線鏈路承載所述用戶與移 動通信網路通信的資料資訊；所述本地收發單元用於建立所述無 線收發裝置與本地終端設備的通信鏈路，實現接收和發送所述用 戶的資料資訊’所述通信鏈路承載所述用戶與鷄通信網路通信 的資料資訊。 根據本發明的實施例，還包括一處理器單元和一控制單元， 所述控制單元包括一作業系統模組、一音頻傳輸模組、一電話控 制模組及一網路通信模組，所述作業系統模組用於透過所述處理 器單元，则所述音頻傳輸模組，控制所制戶與移動通信網路 通信的音頻資料資訊；所述作業系統模組用於透過所述處理器單 元’調用所述電話控纖組’控制所賴彳與㈣通信網路通信 的電話資料資訊；所述作業系統模組用於透過所述處理器單元， 綱所述娜通賴組，控辦麵戶與雜通信_通信的網 路通信資訊。 根據本發明的貫施例，所述用戶與移動通信網路通信包括： 一語音通信或一資料通信。 根據本發明的實施例，所述遠端收發單元根據所述移動通信 網路定義通信方式與所述移動通信網路建立所述用戶與所述移動 通佗網路通k的無線鏈路，所述移動通信網路包括：、cdmA、 WCDMA ' CDMA2000 ' TD-SCDMA、WiFi 或 WiMax 其中任一通信系統。 根據本發明的實施例，所述無線收發裝置與本地終端設備的 通b鏈路包括：一無線通信鏈路，所述無線通信鏈路包括一藍牙 201212694 通信鏈路或-紅外線通信鏈路；一有線鍵路，所述有線鍵路包括 透過一網線、電話線或USB介面資料線連接的鏈路。 根據本發明的實施例’所述本地終端賴包括以下任意一種 或多種類型的終端設備··手機、電腦、ΡΜ或粑4。 根據本發_實關，所縣地收發單元接收所述本地終端 »又備發il的所述用戶的§吾音通信資訊之後’所述遠端收發單元向 所述移動通信網路轉發所述語音通信資訊，並將接收到來自所述 #移動通信網路的語音通信資料之後，經所述本地收發單元轉發給 所述本地、’xj^備，或者，所述遠端收發單元接收所述移動通信 、祕么送的所述用戶的語音通信資訊之後，所述本地收發單元向 所述本地終端設備轉發所述語音通信魏，並將接㈣來自所述 本地終端&備的4音通信倾之後，⑽述遠敵發單元轉發給 所述移動通信網路。 根據本發明的實施例，所述本地收發單元接收所述本地終端 ® 。又備發送的所述用戶的資料通信資訊之後，所述遠端收發單元向 所述移動通信網路轉發所述資料通信資訊，並將接收到來自所述 移動通信網路的資料通信資料之後，經所述本地收發單元轉發給 所述本地終端設備者，所述遠端收發單元接收所述移動通信 ’周路發送的所述用戶的資料通信資訊之後，所述本地收發單元尚 所述本地終端設備轉發所述資料通信資訊’並將接收到來自所述 本地終端设備的資料通信資料之後，經所述遠端收發單元轉發給 所述移動通信網路。 201212694 本發明的實施例提出的技術方案，透過為用戶提供一個統一 的底層通信平臺’解決用戶繼續使用其喜歡的移動終端的同時， 能在花費較小代價的情況下，透過其經常使用的移動終端能訪問 不同的移動通信系統，而不僅限於訪問其本地的通信網路。本發 明的實施例提出的上述方案，不需要對現有的通信系統進行改 動，有利於用戶在不同通⑽、統中得到無差異#務和服務品質， 不會影響系統的相容性，而且實現簡單、高效。 本發明附加的方面和優點將在下面的描述中部分給出，部分 將從下面的描述中變得明顯，或透過本發明的實踐瞭解到。 【實施方式】 下面詳細描述本發明的實施例，所述實施例的示例在附圖中 不出，其中自始至終相同或類似的標號表示相同或類似的元件或 具有相同或類似功能的元件。下面透過參考附圖描述的實施例是 示例性的’僅用於解釋本發明，並非對本發明的限制。 為了實現本發明之目的，本發明的實施例提出了一種無線通 信的方法，包括以下步驟：一無線收發裝置從一用戶身份識別卡 中獲取需要連接移動通信網路的一用戶的資料資訊；所述無線收 發裝置與一本地終端設備建立一通信鏈路，實現接收和發送所述 用戶的資料資訊，以及與移動通信網路建立一無線通信鏈路，實 現接收和發送所述用戶的資料資訊；所述無線收發裝置接收所述 本地終端設備的發送的資料資訊，並將所述資料資訊轉發給所述 移動通信網路，以及接收所述移動通信網路發送給所述用戶的資 201212694 料資訊’並將所述資料資訊轉發給所述本地終端設備。 如第1圖所示，為本發明實施例的通信系統100組成的結構 示意圖。具體而言，系統100中包括移動終端1〇5，移動通信網路 的基地台103，系統100中還包括一個無線收發裝置，具體表現為 移動擴展通信裝置104,圖示中，移動終端1〇5透過本地電話通信 鏈路106與基地台103通信連接’移動擴展通信裝置1〇4透過遠 端電話通信鏈路108、109與基地台103通信連接；移動擴展通信 • 裝置104透過本地通信鏈路107與移動終端105通信。透過上述 方式’移動擴展通信裝置104為移動終端1〇5與基地台1〇3提供 通信的傳輸通道。 如第2 ffl所示’為本發明實施_錄通信方法的流程圖 包括以下步驟： S201 訊 S202 :無線收《置獲取需要連接移騎細_用戶的資料資 在步驟S201中，無線收發襄置從用戶身份識別卡中獲 取需要連接移動通信網路的用戶㈣㈣訊。目前的 終端’通常是-卡或兩卡—機的形式，即—部行動電話上 只具有一個至多兩個SIM卡的插槽’為了實現本發明^目 的，無線收發裝置包括-組擴展插槽，擴展插槽用 一個或多細戶身份識別卡，無線收發裝置從用戶身= 別卡獲取需要連接移騎麵路_戶的資料資訊。5 無線收發裝本祕觀辆錢信動通信 201212694 網路建立無線通信鏈路。 在步驟S202中，無線收發裝置與本地終端設備建立通 信鏈路，實現接收和發賴賴戶的資料資訊，以及與移 動通信網路建立無線通信鏈路，實現接收和發送所述用戶 的資料資訊。 作為本發明的實施例，移動通信網路包括：GSM、CDMA、 WCDMA、CDMA2000、TD-SCDMA ' WiFi 或 WiMax 其中任一種通 信系統，無線收發裝置根據所述移動通信網路定義通信方 式與所述移動通信網路建立相應的無線鏈路，該無線鏈路 為用戶身份識別卡標識的用戶與移動通信網路通信的無線 鏈路。顯然，本發明不限於上述通信網路，例如pHS系統 或3G系統的演進系統LTE，也適用本發明。例如，當通信 系統為GSM時，無線收發裝置以時分多址存取的方式建立 鏈路，當通信系統為CDMA時，無線收發裝置以碼分多址的 方式建立鏈路，具體建立通信鏈路的方式根據通信系統的 不同按照通信系統的協定規定實現。此外，透過本發明提 出的方案，原來只能與某一類通信系統通信的終端，也可 以訪問其他類的通信系統，例如，CDMA制式的手機，透過 無線收發裝置訪問GSM的網路。 作為本發明的實施例，無線收發裝置與本地終端設備 建立通信鏈路包括：無線通信鏈路，其中，無線通信鏈路 包括一藍牙通信鏈路一紅外線通信鏈路或其他短途近距 12 201212694 離的無線通信方式；及一有線鏈路，其中，有線鏈路包括 透過一網線、電話線、USB介面資料線等有線連接的鏈路。 本發明中涉及的本地終端設備包括以下任意一種或多 種類型的終端設備：手機、電腦、PDA、MP4、流覽器設備、 GPS設備或其他多媒體的終端設備，但不限於此。 S203 :無線收發裝置轉發用戶的資料資訊，實現本地終端設備與 移動通信網路之間的用戶通信。 9 在步驟S203中’無線收發裝置接收所述本地終端設備 的發送的資料資訊，並將所述資料資訊轉發給所述移動通 信網路，以及接收所述移動通信網路發送給所述用戶的資 料資訊，並將所述資料資訊轉發給所述本地終端設備。 其中’用戶與所述移動通信網路進行通信包括：一語音 通信或一資料通信。 具體而言，所述無線收發裝置接收所述本地終端設備發送的 ♦ 所述用戶的語音通信資訊之後，所述無線收發裝置向所述移動通 信網路轉騎述語音通信㈣，並將接_來自所述移動通信網 路的語音通信資料轉發給所述本地終端設備；或者，所述無線收 發裝置接收所述移動通信網路發送的所述用戶的語音通信資訊之 後’所述無·躲置向騎本地_設備轉發崎語音通信資 訊’並將接收到來自所述本地終端設備的語音通信資料轉發給所 述移動通信網路。 具體而言，所述無線收發裝置接收所述本地終端設備發送的 13 201212694 所述用戶的資料通信資訊之後，所述無線收發裝置向所述移動通 信網路轉發所述資料通信資訊，並將接收到來自所述移動通信網 路的資料通信資料轉發給所述本地終端設備；或者，所述無線收 發裝置接收所述移動通信網路發送的所述用戶的資料通信資訊之 後，所述無線收發裝置向所述本地終端設備轉發所述資料通信資 訊，並將接收到來自所述本地終端設備的資料通信資料轉發給所 述移動通信網路。 此外，本地終端設備輸出移動通信網路發送給所述用戶的資 料資訊。 具體而言，例如，用戶透過操作本地終端設備，透過無線收 發裝置中的用戶身份識別卡與移動通信網路建立通信，例如接收 或撥打電話’或發起上網等其他資料業務。 透過上述方案，無線收發裝置為用戶提供一個統一的底層通 k平臺，解決用戶繼續使用其喜歡的移動終端的同時，能在花費 較小代價的航下，透過其經常制的移祕端能關不同的移 動通信系統’例如在進人新的通信祕時，在無線收發裝置中插 入新的用戶身份識別卡’即可訪騎的通信轉，透過原有的終 知δ又備不僅限於訪問其本地的通信網路。 相應地’如圖3所示，本發明實施例提出了—種無線收發裝 置104，包括-用戶識別單元3〇8、一遠端收發單元3〇3以及一本 地收發單元302。 其中’該用戶識別單元咖包括一組擴展插槽，前述擴展插 201212694 槽用於連接-個❹翻戶身份識別卡 ，用戶識別單元308用於 從用戶身伤識別卡獲取需要連接移動通信網路的用戶的資料資 A m述細收發單元_祕建立帛戶赫動通細路通信的 無線鏈路實現接收和發送用戶的資料資訊，無線鍵路承載用戶 與移動通信網路通信的資料資訊。 本地收發單元3Q2用於建立無線收發裝置與本地終端設備的 通仏鏈路’實現接收和發送用戶的資料資訊，通信鏈路承載用戶 # 與移動通信網路通信的資料資訊。 作為上述設備的實施例，其中還可以包括一處理器單元3〇〇 和一控制單70 ’前述控制單元包括一作業系統模組307、一音頻傳 輸模組304、-電話控麵組3〇5及一網路通信模組3〇6。 作業系統模組307用於透過處理器單元3〇〇，調用音頻傳輸模 組304 ’控制用戶與移動通信網路通信的音頻資料資訊；作業系統 模組307用於透過處理器單元3〇〇，調用電話控制模組3〇5，控制 Φ 戶與移動通信網路通信的電話資料資訊；作業系統模組3〇7用 於透過處理器單元300，調用網路通信模組3〇6，控制用戶與移動 通信網路通信的網路通信資訊。 作為上述設備的實施例，用戶與移動通信網路通信包括：一 語音通信或一資料通信。 作為上述設備的實施例，前述遠端收發單元3〇3根據移動通 信網路定義通信方式與移動通信網路建立用戶與移動通信網路通 信的無線鏈路，移動通信網路包括：GSM、CDMA、TOMA CDMA£_、 201212694 TD-SCDMA、WiFi或WiMax其中任一種通信系統。 具體而言，該無線收發裝置1〇4根據所述移動通信網路定義 通L方式與所述移動通_路建立相應的無線鏈路，該無線鏈路 為用戶身A識別卡;^識_戶與移動通信網路通信的無線鏈路。 顯然’本發明不限於上述通信網路，例如pHs系統或％系統的演 進系統LTE ’也適用本發明。例如，當通信系統為GSM時無線收 發裝置以時为多址的方式建立鏈路，當通信系統為（皿時，無線 收發裝置104以碼分多址的方式建立鏈路，具體建立通信鏈路的 方式根據通k系統的不同按照通信系統的協定規定實現。 此外，透過本發明提出的方案，原來只能與某一類通信系統 通仏的終端，也可以訪問其他類的通信系統，例如，cDMA制式的 手機，透過無線收發裝置104訪問GSM的網路。作為上述設備的 貫施例，無線收發裝置與本地終端設備的通信鏈路包括：無線通 信鍵路，無線通信鏈路包括藍牙通信鏈路或紅外線通信鏈路；及 有線鏈路’有線鏈路包括透過網線、電話線或USB介面資料線連 接的鍵路。 作為上述設備的實施例’本地終端設備包括：手機、電腦、 PDA或MP4、流覽器設備、GPS設備或其他多媒體其中任一種類型 的終端設備。 作為上述設備的實施例，本地收發單元302接收本地終端設 備發送的用戶的語音通信資訊之後，遠端收發單元303向移動通 信網路轉發語音通信資訊，並將接收到來自移動通信網路的語音 201212694 " 通信資料之後，經本地收發單元302轉發給本地終端設備；或者， 遠端收發單元303接收移動通信網路發送的用戶的語音通信資訊 之後’本地收發單元302向本地終端設備轉發語音通信資訊，並 將接收到來自本地終端設備的語音通信資料之後，經遠端收發單 元303轉發給移動通信網路。 作為上述設備的實施例，本地收發單元302接收本地終端設 備發送的用戶的資料通信資訊之後，遠端收發單元303向移動通 φ 信網路轉發資料通信資訊’並將接收到來自移動通信網路的資料 通信資料之後，經本地收發單元302轉發給本地終端設備；或者， 遠端收發單元303接收移動通信網路發送的用戶的資料通信資訊 之後，本地收發單元302向本地終端設備轉發資料通信資訊，並 將接收到來自本地終端設備的資料通信資料之後，經遠端收發單 元303轉發給移動通信網路。 另外’上述設備還可以包括電源301，顯然，也可以外接電源， • 又例如透過USB資料線供電。上述設備結構簡單，外形小巧，可 放置在口袋，公事包裏，保持與本地終端一定的距離即可實現時 時通信。 為了進一步闡述本發明，下面結合附圖對本發明的技術方案 在各種場景中的應用作進一步闡述。 圖4為本發明方法中本地網路撥出電話流程時序圖；為了便 於闡述本發明，圖示中將移動終端的輸入模組分離出來，通常在 具體的移動終端中，輸入模組為其内置或可以連接的一個部分， 201212694 例如鍵盤。 400撥打本地網路電話步驟包括： (401) 透過移動終端的輸入模組進行撥號操作； (402) 移動終端向本地網路通信信號基地台請求電話接通； (403 )本地轉通健絲地台向移祕猶岐賴路接通回 饋， (404 )通話； (405) 透過移動終端的輸入模組進行掛斷電話操作； (406) 移動終端向本地醜通健縣地台請求終止電話； (407 )本地網路通健號基地台向移動終端發出通話鏈路終止回 饋。 圖5為本發明方法中擴展網路撥出電話流程時序圖； 500撥打擴展網路電話步驟包括： (501) 透過移動終端的輸入模組進行撥號操作； (502) 移祕端向雜腿通趙置發出選擇通铜路指令. ⑽）移動祕通信裝置撥出所選鳴無線職的電話； (5〇4)移動擴展通信裝置向所選網路通信信號基地台請求電話接 通； (5〇5)所翻路通健餘地台向移動祕聰歧《通話鏈 路接通回饋； ⑽）飾擴展通健置向軸終觀行音齡號傳輸； (507)通話； 201212694 (508) 透過移動終端的輸人模_行掛斷電話操作； (509) 移動終端向移祕展通錄置糾選擇通信網路指令； ⑽）移動終端向移動擴展通信裝置發出請求終止電話指令； ⑽）移軸祕絲置向__触信縣糾請求電話終 止； (512)所選鹏通信錢基地台向移輪展通錄置發出通話鍵 路終止回饋； (⑽）移賴展聽裝置停止⑽鱗端進行音顧賴輸操作 圖 圖6為本發明方法中本地網路接入電話流程時序 600接入本地網路電話步驟包括·· ⑽υ本__健絲地台魏柄触網軸移動終端發 出來電接通請求； (602) 透過移動終端的輸入模組進行應答操作； (603) 移動終端向本地網路通信信號基地台發出接收來電指令； ⑽4)本地網路通信信號基地台向移動終端發出通話鍵路接曰^回 饋； (605 )通話； (606) 透過移動終端的輸入模組進行掛斷電話彳喿作. (607) 移動終端向本地網路通信信號基地台請求終止電話； 本_路通信信號基地㈣移動終端發㈣話鏈路終止回 201212694 圖7為本發财法帽細路接人電話流辦序圖； 700接通擴展網路電話步驟包括·· ⑽）擴展網路通信信號基地台透過該通信網路向移動擴展通信 裝置發出來電接通請求； (702) 移動擴展通信裝置通知移動終端來電； (703) 透過移動終端的輸入模組進行應答操作； (704) 移動終端向移動擴展通信裝置發出接收來電指令； (705) 移動擴展通信裝置向該網路通信信號基地台發出接收來電 請求； · α⑹該祕通健縣地台向軸概通錄置發出通話鍵路 接通回饋； (707)移動祕通信裝置向鶴終端進行音触號傳輸； (708 )通話； (709) 透過移動終端的輸人模組進行掛斷電話操作； (710) 移動終端向移動擴展通信妓發出終止通話指令； (711) 移動擴展通信裝置向所述網路通信信號基地^求電執鲁 止； 、’、 (712) ㈣祕通健縣料向移_騎錄置發出通話鏈 路終止回饋； ％ _ 音触號傳輸操 作。 圖8為本Μ錢序圖； 20 201212694 在完成資料通信過財，f料傳輸鏈路接人及娜過程包括. 800資料傳輸鏈路接入步驟，包括： ()透過轉終端的輸人模組進行#料連接觸發； (802) 移動終端肖移動擴展通信裝置發出觸發資料處理應用系統 (SAP)的指令； … (803) 移動擴展通信裝置向移動終端回饋MR反應； (804) 移動終端透過藍柏移動擴展通信裝置發出連接網路指令 Φ (805) 移動擴展通信裝置向所述網路通信信號基地台提出資料連 接請求； (_)所述網路通信信縣地㈣·料齡連接指令； (807) 移動擴展通錄置向移動終端配置資料資訊； (808) 資料鏈路啟動； 資料傳輸鏈路拆解步驟，包括： ❿⑽W ϋ麵祕端的輸峨咖爾拆解指令觸發； _移鱗端向移動擴展触裝置翻終域牙連接網路指令 (811)移動擴展通信裝置向 料連接請求； 所述網路通信錢絲台提出終止201212694 VI. Description of the Invention: [Technical Field of the Invention] This July relates to the field of wireless communication, particularly to a method of wireless communication and a wireless transceiver. [Prior Art] With the continuous development of communication facilities and technologies in recent years, mobile communication has been widely used, and the application of wireless communication has also rapidly increased. In various fields, wireless communication is designed to be used by devices such as wireless notebook computers and ships. At the same time, audio, video and data transmission are carried out through wireless communication technologies and networks. The wireless communication service provider running these wireless communication networks needs to provide predetermined services to users of the wireless communication device through registration, authentication, location update, handover, and call routing. For example, GSM provides user authentication and authentication, encryption for users and other parts of the communication network. -_ Household Identification Pin (10)) is a detachable electronic card that stores the user's International Mobile Subscriber Identity (IMSI), each of the Lushawian's 5 bears of the age of 1, the key Kc, and personal information, such as User phone number directory. I consists of a mobile country code (MCC), a mobile network code (10), and a specific user mobile subscriber identification number (10)N). The _ _ card enables users to easily change the card between GSM Valley devices and continue to use the communication network with the user account corresponding to the (10) card. A key feature of GSM is roaming, enabling mobile users to automatically send and receive voice calls, send and receive data, or access other services, including data services, in geographic coverage areas outside the local network. Roaming requires mobility management, authentication, authorization, and the relationship between different providers. The user's local network 201212694 is the home location register (HLR) network for their mobile communication device to log in. # When the mobile communication device starts up or goes to the network, using msi, the network can determine if the station is registered to its HLR. If so, the network is the user's local network and communication continues. If the mobile device is not registered, the visited _ transfer to the local network of the service equipment, weaving request _ mobile communication device service information. If there is no signing between the two service providers, or the mobile device does not allow roaming, the network that is accessed is denied service. If the service allows, the __ network establishes a Temporary Mobile Subscriber Identity (TMSI) and begins to maintain the service record. The local network upgrades its information' to indicate that the mobile communication is on the new host network (h〇st咕峨), the network that is being accessed, so all the messages sent to it can be sent correctly. When a telephone dials the roaming mobile communication set, the Public Switched Telephone Network (PSTN) sends the telephone to the visited network. In different communication systems, such as CDMA, w(10)A, cdma or TD-OTMA systems, 'the same problem exists'. The system identifies the user identity card (SIM or _ to provide communication services for different users, usually _ or _ The card is a detachable electronic card that stores the user's current mobile user identity. The current mobile terminal, such as the form of most mobile phones, is a slot with only one SIM card on a phone, especially Foreign brands of mobile phones. At the same time, due to different wireless communication methods adopted by different communication companies, the incompatibility between mobile phones is caused. The axis 'existing technology towel, there are two-card mobile phones, but the types are small, and the cost is high. For example, in the case of a user short_away from the local network, in the case of 201212694 & international <voyage_, in order to use the local communication service, the user needs to replace the new mobile phone or terminal device 'use new The SIM or UIM card is accessed via a new mobile phone or terminal 5, which is different from the original (4) communication network. Usually, this does not require the user to pay a very high price for the fee. The phone or terminal is set to ^ ° and 'for the user' the user can not continue to use the original very familiar mobile phone or the end of the 'this user needs to spend # time, energy and money to use - a new set of mobile phones or terminal devices For the user to use the local communication service for a short period of time, the above cost is very expensive. For the user, it does not care about the specific communication method of the communication network used. The user is concerned with providing the service without difference. And the quality of service. Different terminals have different consumer groups for different user needs, that is, the hobbies and habits of users purchasing terminals are different. Therefore, there is a lack of a technical solution in the prior art, which can solve the problem that users continue to use their favorite mobile terminals. At the same time, it is possible to access different mobile communication systems through its frequently used mobile terminals at a small cost, and is not limited to accessing its local communication network. SUMMARY OF THE INVENTION Solve one of the above technical flaws, especially by providing users with a An underlying communication platform that solves the problem that users can continue to use their favorite mobile terminals while accessing different mobile communication systems through their frequently used mobile terminals at a small cost, rather than accessing their local In order to achieve the above object, an embodiment of the present invention provides a method for wireless 201212694 communication, which includes the following steps: a wireless transceiver acquires a connection from a user identification card that needs to be connected to a mobile communication network. User information information; the wireless transceiver device establishes a communication link with a local terminal device, implements receiving and transmitting data information of the user, and establishes a wireless communication link with the mobile communication network to implement receiving and transmitting Information of the Lai household; the wireless transceiver receives the information information sent by the local terminal device, and forwards the data information to the mobile communication network, and receives the mobile communication network and sends the information to the User's profile information and forward the profile information to the local end Equipment. According to an embodiment of the invention, the user communicating with the mobile communication network comprises: a voice communication or a data communication. According to an embodiment of the invention, the mobile communication network comprises: any one of GSM, CDMA, WCDMA, CDMA2000, TD-SCDMA, WiFi or WiMax, the radio transceiver defines communication according to the mobile communication network The method and the wireless communication of the mobile communication Qing Jianjing Lai and the communication network. According to an embodiment of the invention, the wireless communication device establishes a communication link with the local terminal device, comprising: a wireless communication link, the wireless communication link comprising a Bluetooth communication link or an infrared communication link; a wired link The wired link includes a link that is connected through a network cable, a telephone line, or a USB interface data line. According to an embodiment of the invention, the local terminal device comprises any one of a mobile phone, a computer, a PDA or an MP4. According to an embodiment of the present invention, after the wireless transceiver receives the local communication terminal of the user, the wireless transceiver transmits the message to the mobile communication network of 201212694. Transmitting, by the voice communication information, the voice communication data received from the mobile communication network to the local terminal device; or the wireless transceiver receiving the voice communication of the user sent by the mobile communication network After the afi, the wireless transceiver forwards the voice communication to the local terminal device and forwards the voice communication data received from the local terminal device to the mobile communication network. According to an embodiment of the present invention, after the wireless transceiver device receives the data communication information of the user that is further sent by the local terminal 3, the wireless transceiver device forwards the data communication information to the mobile communication network. And forwarding the data communication data from the mobile communication network to the local terminal device; or the wireless transceiver device receives the data communication of the user sent by the mobile communication network as a The wireless transceiver forwards the data communication to the local terminal device, and forwards the data communication data received from the local terminal device to the mobile communication network. According to an embodiment of the invention, the local terminal device outputs the mobile communication 'data information sent by the network to the user. Another embodiment of the present invention further provides a wireless transceiver device, including a subscriber identity unit, a remote transceiver unit, and a local transceiver unit, the subscriber identity unit including a set of expansion slots, the expansion slot For connecting one or more user identification cards, the user identification unit is configured to acquire, from the user identification card, profile information of a user who needs to connect to the mobile communication network; the remote transceiver is used to establish a location The wireless link that communicates with the mobile communication network is implemented, and the data information of the user is received and transmitted by the 201212694, and the wireless link carries the data information of the user and the mobile communication network; the local transceiver unit And a communication link for establishing the wireless transceiver device and the local terminal device to receive and send the user information information. The communication link carries the data information of the user and the chicken communication network communication. According to an embodiment of the present invention, a processor unit and a control unit are further included. The control unit includes an operating system module, an audio transmission module, a telephone control module, and a network communication module. The operating system module is configured to transmit, by the processor unit, the audio transmission module, the audio data information communicated between the user and the mobile communication network; and the operating system module is configured to transmit the processor unit 'Invoking the telephone control fiber group' to control telephone data information communicated with the (4) communication network; the operating system module is configured to pass the processor unit, the said Natong Lai group, and control the surface Household and miscellaneous communication _ communication network communication information. According to an embodiment of the invention, the user communicating with the mobile communication network comprises: a voice communication or a data communication. According to an embodiment of the present invention, the remote transceiver unit establishes a wireless link between the user and the mobile communication network with the mobile communication network according to the mobile communication network defining communication manner. The mobile communication network includes: cdmA, WCDMA 'CDMA2000' TD-SCDMA, WiFi or WiMax. According to an embodiment of the present invention, the communication link of the wireless transceiver device with the local terminal device includes: a wireless communication link, the wireless communication link includes a Bluetooth 201212694 communication link or an infrared communication link; A wired key, the wired key comprising a link connected through a network cable, a telephone line or a USB interface data line. The local terminal according to an embodiment of the present invention includes any one or more of the following types of terminal devices: a mobile phone, a computer, a computer or a computer. According to the present invention, the receiving and receiving unit of the county receives the local terminal » and the user's spoof communication information of the user il, then the remote transceiver unit forwards the message to the mobile communication network. Voice communication information, and after receiving the voice communication data from the #mobile communication network, forwarded to the local, the device, or the remote transceiver unit receives the voice communication data After the mobile communication and the voice communication information of the user sent by the user, the local transceiver unit forwards the voice communication Wei to the local terminal device, and connects (4) the 4-tone communication from the local terminal & After dumping, (10) the far enemy unit is forwarded to the mobile communication network. According to an embodiment of the invention, the local transceiver unit receives the local terminal ® . After the data communication information of the user is further sent, the remote transceiver unit forwards the data communication information to the mobile communication network, and after receiving the data communication data from the mobile communication network, And forwarding, by the local transceiver unit, to the local terminal device, after the remote transceiver unit receives the data communication information of the user sent by the mobile communication, the local transceiver unit is still the local terminal. After forwarding the data communication information and receiving the data communication data from the local terminal device, the device forwards the data to the mobile communication network via the remote transceiver unit. 201212694 The technical solution proposed by the embodiment of the present invention provides a unified underlying communication platform for the user to solve the problem that the user can continue to use his favorite mobile terminal while using the mobile terminal he frequently uses at a small cost. The terminal has access to different mobile communication systems and is not limited to accessing its local communication network. The above solution proposed by the embodiment of the present invention does not need to modify the existing communication system, and is beneficial to the user to obtain the difference between the service and the service quality in different systems (10) and system, without affecting the compatibility of the system, and realizing Simple and efficient. The additional aspects and advantages of the invention will be set forth in part in the description which follows in [Embodiment] The embodiments of the present invention are described in detail below, and the examples of the embodiments are not shown in the drawings, wherein the same or similar reference numerals are used to refer to the same or similar elements or elements having the same or similar functions. The embodiments described below with reference to the drawings are intended to be illustrative only and not restrictive. In order to achieve the object of the present invention, an embodiment of the present invention provides a method for wireless communication, comprising the steps of: obtaining, by a wireless transceiver, a data of a user who needs to connect to a mobile communication network from a user identification card; The wireless transceiver device establishes a communication link with a local terminal device, implements receiving and transmitting data information of the user, and establishes a wireless communication link with the mobile communication network to implement receiving and transmitting the user information information; Receiving, by the wireless transceiver, the data information sent by the local terminal device, and forwarding the data information to the mobile communication network, and receiving the information of the 201212694 information sent by the mobile communication network to the user 'and forward the information to the local terminal device. As shown in Fig. 1, a schematic structural view of a communication system 100 according to an embodiment of the present invention is shown. Specifically, the system 100 includes a mobile terminal 105, a base station 103 of the mobile communication network, and the system 100 further includes a wireless transceiver device, which is embodied as a mobile extension communication device 104. In the figure, the mobile terminal 1 5 communicating with base station 103 via local telephone communication link 106 'mobile extension communication device 1 4 communicating with base station 103 via remote telephone communication links 108, 109; mobile extension communication device 104 transmitting through local communication link 107 communicates with the mobile terminal 105. The mobile extension communication device 104 transmits a transmission channel for communication between the mobile terminal 105 and the base station 1〇3 in the above manner. As shown in the 2nd ffl, the flowchart of the method for implementing the communication method of the present invention includes the following steps: S201: S202: Wireless collection, the acquisition of the data required to be connected to the user, in step S201, the wireless transceiver Obtain the users (4) (4) who need to connect to the mobile communication network from the user identification card. The current terminal 'is usually in the form of a card or a two card machine, that is, a slot having only one SIM card for at most two SIM cards'. In order to achieve the present invention, the wireless transceiver includes a group expansion slot. The expansion slot uses one or more small household identification cards, and the wireless transceiver device obtains the information about the information that needs to be connected to the mobile phone from the user's body card. 5 Wireless transceivers and secrets of the money communication communication 201212694 The network establishes a wireless communication link. In step S202, the wireless transceiver device establishes a communication link with the local terminal device, implements receiving and sending data information of the dependent user, and establishes a wireless communication link with the mobile communication network to implement receiving and transmitting the data information of the user. . As an embodiment of the present invention, the mobile communication network includes: any one of GSM, CDMA, WCDMA, CDMA2000, TD-SCDMA 'WiFi or WiMax, and the wireless transceiver determines the communication mode according to the mobile communication network. The mobile communication network establishes a corresponding wireless link, which is a wireless link that the user identified by the subscriber identity card communicates with the mobile communication network. Obviously, the present invention is not limited to the above communication network, such as the pHS system or the evolution system LTE of the 3G system, and the present invention is also applicable. For example, when the communication system is GSM, the wireless transceiver device establishes a link in a time division multiple access manner. When the communication system is CDMA, the wireless transceiver device establishes a link in a code division multiple access manner, and specifically establishes a communication chain. The way of the road is implemented according to the agreement of the communication system according to the communication system. In addition, through the solution proposed by the present invention, a terminal that can only communicate with a certain type of communication system can also access other types of communication systems, for example, a CDMA mobile phone, and access the GSM network through the wireless transceiver. As an embodiment of the present invention, the wireless communication device establishes a communication link with the local terminal device, including: a wireless communication link, wherein the wireless communication link includes a Bluetooth communication link, an infrared communication link, or other short-distance close-range 12 201212694 The wireless communication method; and a wired link, wherein the wired link includes a link that is wired through a network cable, a telephone line, a USB interface data line, and the like. The local terminal device involved in the present invention includes any one or more of the following types of terminal devices: a mobile phone, a computer, a PDA, an MP4, a browser device, a GPS device, or other multimedia terminal device, but is not limited thereto. S203: The wireless transceiver transmits the user's data information to implement user communication between the local terminal device and the mobile communication network. 9 in step S203, the radio transceiver receives the data information sent by the local terminal device, and forwards the data information to the mobile communication network, and receives the mobile communication network to send to the user. Data information and forwarding the data information to the local terminal device. Wherein the user communicates with the mobile communication network including: a voice communication or a data communication. Specifically, after the wireless transceiver receives the voice communication information of the user sent by the local terminal device, the wireless transceiver transmits a voice communication to the mobile communication network (4), and The voice communication data from the mobile communication network is forwarded to the local terminal device; or the wireless transceiver device receives the voice communication information of the user sent by the mobile communication network Forwarding the voice communication information to the local device_and forwarding the voice communication data from the local terminal device to the mobile communication network. Specifically, after the wireless transceiver receives the data communication information of the user, which is sent by the local terminal device, the wireless communication device forwards the data communication information to the mobile communication network, and receives the data communication information. Transmitting the data communication data from the mobile communication network to the local terminal device; or after the wireless transceiver device receives the data communication information of the user sent by the mobile communication network, the wireless transceiver device Forwarding the material communication information to the local terminal device, and forwarding the data communication data received from the local terminal device to the mobile communication network. In addition, the local terminal device outputs the information information transmitted by the mobile communication network to the user. Specifically, for example, the user establishes communication with the mobile communication network through the user identification card in the wireless transceiver device by operating the local terminal device, for example, receiving or making a call or initiating other data services such as surfing the Internet. Through the above scheme, the wireless transceiver device provides the user with a unified bottom-level k-channel platform, and solves the problem that the user can continue to use his favorite mobile terminal, and at the same time, at a lower cost, through the frequent system of the secret terminal. Different mobile communication systems, such as inserting a new user identification card into the wireless transceiver when entering a new communication secret, can be used to access the communication, and the original knowledge of the δ is not limited to accessing it. Local communication network. Correspondingly, as shown in FIG. 3, the embodiment of the present invention provides a wireless transceiver device 104, including a user identification unit 3〇8, a remote transceiver unit 3〇3, and a local transceiver unit 302. Wherein the user identification unit includes a set of expansion slots, the aforementioned extension plug 201212694 slot is used to connect the one-way account identification card, and the user identification unit 308 is configured to obtain the connection to the mobile communication network from the user identification card. The user's data A _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The local transceiver unit 3Q2 is configured to establish an overnight communication link between the wireless transceiver device and the local terminal device to receive and transmit data information of the user, and the communication link carries the data information communicated by the user # with the mobile communication network. As an embodiment of the device, a processor unit 3 and a control unit 70 are further included. The foregoing control unit includes an operating system module 307, an audio transmission module 304, and a telephone control panel 3〇5. And a network communication module 3〇6. The operating system module 307 is configured to, through the processor unit 3, invoke the audio transmission module 304' to control audio data information communicated by the user with the mobile communication network; the operating system module 307 is configured to pass through the processor unit 3? Calling the telephone control module 3〇5, controlling the telephone data information of the Φ household and the mobile communication network; the operating system module 〇7 is used to call the network communication module 3〇6 through the processor unit 300 to control the user. Network communication information that communicates with a mobile communication network. As an embodiment of the above apparatus, the user communicates with the mobile communication network including: a voice communication or a data communication. As an embodiment of the foregoing apparatus, the remote transceiver unit 3〇3 establishes a wireless link between the user and the mobile communication network according to the mobile communication network defined communication manner, and the mobile communication network includes: GSM, CDMA. , TOMA CDMA £_, 201212694 TD-SCDMA, WiFi or WiMax. Specifically, the wireless transceiver device 104 establishes a corresponding wireless link with the mobile communication path according to the mobile communication network definition, and the wireless link is a user A identification card; The wireless link that the user communicates with the mobile communication network. It is apparent that the present invention is not limited to the above communication network, and the present invention is also applicable to the LTE system of the pHs system or the % system. For example, when the communication system is GSM, the wireless transceiver establishes a link in a time-multiplexed manner. When the communication system is (the wireless transceiver 104 establishes a link in a code division multiple access manner, the communication link is specifically established. The method is implemented according to the protocol of the communication system according to the different systems of the communication system. Furthermore, through the solution proposed by the invention, the terminal that can only communicate with a certain type of communication system can also access other types of communication systems, for example, cDMA. The mobile phone of the system accesses the network of the GSM through the wireless transceiver 104. As a common example of the device, the communication link between the wireless transceiver and the local terminal device includes: a wireless communication key, and the wireless communication link includes a Bluetooth communication link. Or an infrared communication link; and a wired link 'wired link includes a keyway connected through a network cable, a telephone line or a USB interface data line. As an embodiment of the above device, the local terminal device includes: a mobile phone, a computer, a PDA or an MP4 Any of a type of terminal device, a browser device, a GPS device, or other multimedia. As an embodiment of the above device After the local transceiver unit 302 receives the voice communication information of the user sent by the local terminal device, the remote transceiver unit 303 forwards the voice communication information to the mobile communication network, and receives the voice 201212694 " communication data from the mobile communication network. And the local transceiver unit 302 forwards the voice communication information to the local terminal device; or the remote transceiver unit 303 receives the voice communication information of the user sent by the mobile communication network, and then the local transceiver unit 302 forwards the voice communication information to the local terminal device, and receives the voice communication information. The voice communication data from the local terminal device is forwarded to the mobile communication network via the remote transceiver unit 303. As an embodiment of the device, the local transceiver unit 302 receives the data communication information of the user sent by the local terminal device, and then transmits and receives the data to the remote terminal. The unit 303 forwards the data communication information to the mobile communication network and receives the data communication data from the mobile communication network, and then forwards the data to the local terminal device via the local transceiver unit 302. Alternatively, the remote transceiver unit 303 receives the mobile communication. User's capital sent by the network After the communication information, the local transceiver unit 302 forwards the data communication information to the local terminal device, and receives the data communication data from the local terminal device, and then forwards the data to the mobile communication network via the remote transceiver unit 303. In addition, the above device can also Including power supply 301, obviously, it can also be connected to external power supply. • It can also be powered by USB data cable. The above-mentioned device is simple in structure and small in size. It can be placed in a pocket, briefcase, and keeps a certain distance from the local terminal to realize time communication. In order to further illustrate the present invention, the application of the technical solution of the present invention in various scenarios will be further described below with reference to the accompanying drawings. Figure 4 is a timing diagram of a local network outgoing call flow in the method of the present invention; The display module separates the input module of the mobile terminal, usually in a specific mobile terminal, the input module is a part of its built-in or connectable, 201212694 such as a keyboard. The steps of the 400 dialing the local network phone include: (401) performing a dialing operation through the input module of the mobile terminal; (402) the mobile terminal requesting the call to the local network communication signal base station; (403) local transfer to the smart network (406) hang up the phone through the input module of the mobile terminal; (406) the mobile terminal requests the local ugly Tongjian County platform to terminate the call; (407) The local network security base station sends a call link termination feedback to the mobile terminal. 5 is a timing diagram of an extended network outgoing call in the method of the present invention; the 500 dialing an extended network call includes: (501) performing a dialing operation through an input module of the mobile terminal; (502) moving the secret terminal to the mobile leg Zhao set out the command to select the Tongtong Road. (10)) The mobile communication device dials the selected wireless service; (5〇4) the mobile extension communication device requests the telephone to be connected to the selected network communication signal base station; (5) 〇5) The road to the road to the mobile phone to the mobile secret Cognizant "call link connection feedback; (10)) to expand the extension of the health to the axis of the end of the line of voice transmission; (507) call; 201212694 (508) through The mobile terminal's input mode _ hangs up the telephone operation; (509) the mobile terminal arbitrarily selects the communication network command to the mobile terminal; (10) the mobile terminal sends a request to the mobile extension communication device to terminate the telephone command; (10) shift The axis of the wire is set to __Touching the county to request the telephone to terminate; (512) The selected Peng communication money base station sends a call key to terminate the feedback to the transfer exhibition; ((10)) Move the display device to stop (10) scale Figure 6 is the side of the present invention. The method of accessing the local network access telephone in the method of the local network access telephone process 600 includes: (10) _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The module performs a response operation; (603) the mobile terminal sends an incoming call command to the local network communication signal base station; (10) 4) the local network communication signal base station sends a call key connection to the mobile terminal; (605) the call; (606) hang up the call through the input module of the mobile terminal. (607) The mobile terminal requests termination of the call to the local network communication signal base station; the base communication signal base (4) the mobile terminal sends (4) the call link terminates Back to 201212694 Figure 7 is a sequence diagram of the incoming call flow of the financial method; the step of connecting the extended network telephone includes: (10)) the extended network communication signal is transmitted to the mobile extension communication device through the communication network. (702) the mobile extension communication device notifies the mobile terminal of the incoming call; (703) performs a response operation through the input module of the mobile terminal; (704) the mobile terminal expands to the mobile terminal The communication device sends an incoming call command; (705) the mobile extended communication device sends a call request to the base station of the network communication signal; · α(6) the secret communication platform sends a call key to the axis to record the feedback; (707) the mobile communication device transmits the tone number to the crane terminal; (708) the call; (709) hangs up the phone operation through the input module of the mobile terminal; (710) the mobile terminal issues the termination to the mobile extension communication a call instruction; (711) the mobile extension communication device seeks to terminate the power to the network communication signal base; , ', (712) (4) The secret communication Jianxian material sends a call link termination feedback to the mobile_ride recording; % _ Tone number transfer operation. Figure 8 is a diagram of the cost of the money; 20 201212694 In the completion of the data communication, the f-transport link access and the process include: 800 data transmission link access steps, including: () through the transfer terminal's input mode The group performs the #connection connection triggering; (802) the mobile terminal Xiao mobile extension communication device issues an instruction to trigger the data processing application system (SAP); (803) the mobile extension communication device returns the MR response to the mobile terminal; (804) the mobile terminal transmits The cypress mobile extension communication device issues a connection network command Φ (805) the mobile extension communication device makes a data connection request to the network communication signal base station; (_) the network communication letter county (four) · age connection instruction (807) The mobile extension record is configured to configure data information to the mobile terminal; (808) the data link is started; the data transmission link disassembly step includes: ❿(10)W 峨 秘 秘 的 峨 峨 峨 ; ; ; ; ; ; ; ; The scale end-to-mobile extension device touches the terminal connection network command (811) to move the extension communication device to the material connection request; the network communication Qiansitai proposes termination
基地台回饋資料鏈路終止連接指令； (812) 所述網路通信信號 (813) 網路通信結束。 圖9為本發財法巾資贿额程時序圖。 201212694 其中900資料鏈路啟動過程，包括， (901) 透過移動終端的輸人模組進行資料連接請求； (902) 移祕猶職拍軸紐通絲置發出触連接請求 9 (903) 移動擴展驗裝置操倾齡喊料傳輸路徑； (904) 移動擴展通信裝置向所述網路通信信號基地台發出資料通 (905) 所述網路通信信號基地台回饋資料通信信號； (906) 移動擴展通錄置透過藍牙將賴f訊發送給移動終端。 本發明的實施例提出的技術方案，透過為用戶提供一個統一 的底層通信平臺’解朗戶_使用其喜歡的軸終端的同時， 能在花費較小代價的情況下，透過其經常使㈣飾終端能訪問 不同的移動通信系統，科僅限於訪問其本地的通信網路。此外， 當運營商將纟賴騎行升級或更新賴時，透過彻本發明提 出的技術方案，在本發明提^的設備上置人與新_路通信的晶 片或模組’用戶透過之前使㈣終端就能訪問新的鱗，節省了 用戶的開支’同時也有利於運營商齡統網路進行升級或更新替 換時用戶群不會受到干擾。 另者’本發明的實施例提出的上述方案，不需要對現有的通 信系統進行改動，有利於用戶在不同通信系統巾得到無差異業務 和服務品質，不會影響系統的相容性，而且實現簡單、高效。本 領域普通技術人員可以理解實現上述實施例方法攜帶的全部或部 22 201212694 分步驟是可賤難縣齡侧的完成，所蘭程式可以 存儲於一種電腦可讀存儲介質中，該程式在執行時，包括方法實 施例的步驟之一或其組合。 再者’在本發明各讀施财的各魏單元可轉成在一個 處理模，中，也可以是各個單元單獨物理存在，也可以兩個或兩 、，單元集成在-個模組巾。上述集成賴組既可以採用硬體 的$式實％也可以域軟體魏模組的形式實現。所述集成的 模組如果崎體功賴_形式實現並作為社的產品銷售或使 用時，也可以存儲在一個電腦可讀取存儲介質中。 上述提到的存齡質可岐唯敎舰，則或光碟等。 以上所述僅是本發_較佳實施方式，應t指出，對於本技術領 域的普通技術人貞來說’在稀離本發明賴的前提下，還可以 做出若干改進和稱，這些改進和潤飾也應視為本發_保護範The base station feedback data link terminates the connection command; (812) the network communication signal (813) network communication ends. Figure 9 is a timing chart of the bribes for the financial law. 201212694 Among them 900 data link startup process, including, (901) data connection request through the mobile terminal's input module; (902) migrating secret 拍 拍 纽 纽 纽 发出 发出 发出 发出 ( ( ( ( ( ( (904) the mobile extension communication device sends a data transmission to the network communication signal base station (905), the network communication signal base station feedback data communication signal; (906) mobile extension The general record is sent to the mobile terminal via Bluetooth. The technical solution proposed by the embodiment of the present invention can provide a unified underlying communication platform for users by using its favorite axis terminal, and can often make (four) decorations at a small cost. The terminal can access different mobile communication systems, and the department is limited to accessing its local communication network. In addition, when the operator will upgrade or update the rider, the device or the module of the new communication device will be placed on the device of the present invention through the technical solution proposed by the present invention. The terminal can access the new scales and save the user's expenses. It also helps the user community to be undisturbed when the service provider network is upgraded or updated. In addition, the above solution proposed by the embodiment of the present invention does not need to modify the existing communication system, which is beneficial for the user to obtain the indifferent service and service quality in different communication system towels, without affecting the compatibility of the system, and realizing Simple and efficient. A person skilled in the art can understand that all or part of the steps carried out by the method of the above embodiment is completed. The 201212694 sub-step is completed on the county side, and the program can be stored in a computer readable storage medium. , including one or a combination of the steps of the method embodiments. Furthermore, each Wei unit in the present invention can be converted into a processing module, or each unit can exist physically, or two or two, and the unit is integrated in a module towel. The above integrated group can be implemented in the form of a hardware $% real or a domain software Wei module. The integrated module can also be stored in a computer readable storage medium if it is implemented in a form and sold or used as a product of the company. The above mentioned ages can be found on the ship, or on CDs. The above description is only the preferred embodiment of the present invention, and it should be noted that, for those skilled in the art, it is also possible to make a number of improvements and improvements under the premise of diluting the present invention. And retouching should also be regarded as the hair _ protection
【圖式簡單說明】 第1圖為本發明實施例的系統組成的結構示意圖； 第2圖為本發明實施例的無線通信方法的流程圖； 第3圖為本發明另一個實施例無線收發裝置的結構示意圖； 第4圖為本發明方法中本地網路撥出電話流程時序圖； 第5圖為本發明方法中擴展網路撥出電話流程時序圖； 第6圖為本發明方法中本地網路接入電話流程時序圖； 23 201212694 第7圖為本發明方法中擴展網路接人電話流程時序圖； 第8圖為本發明方法中資料鏈路連接和資料鍵路拆解流程時序圖 第9圖為本發明方法中資料通信流程時序圖。 【主要元件符號說明】 通"ί§糸統 …100 移動終端 …105 基地台 …103 移動擴展通信裝置 …104 本地電話通信鏈路 …106 遠端電話通信鏈路 …108 本地通信鏈路 …107 該用戶識別單元 …308 遠端收發單元 ...303 本地收發單元 ...302 處理器單元 … 300 作業系統模組 ··. 307 音頻傳輸模組 … 304 109電話控制模組 … 305 網路通信模組 … 306BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic structural diagram of a system composition according to an embodiment of the present invention; FIG. 2 is a flowchart of a wireless communication method according to an embodiment of the present invention; and FIG. 3 is a wireless transceiver apparatus according to another embodiment of the present invention. 4 is a timing diagram of a local network outgoing call flow in the method of the present invention; FIG. 5 is a timing diagram of an extended network outgoing call flow in the method of the present invention; FIG. 6 is a local network in the method of the present invention Road access telephone flow timing diagram; 23 201212694 Figure 7 is a timing diagram of the process of extending the network access telephone in the method of the present invention; FIG. 8 is a timing diagram of the data link connection and the data keyway disassembly process in the method of the present invention. Figure 9 is a timing diagram of the data communication flow in the method of the present invention. [Major component symbol description] General " ί§ system...100 mobile terminal...105 base station...103 mobile extension communication device...104 local telephone communication link...106 remote telephone communication link...108 local communication link...107 The subscriber identity unit...308 remote transceiver unit...303 local transceiver unit...302 processor unit...300 operating system module··. 307 audio transmission module... 304 109 telephone control module... 305 network communication Module... 306
24twenty four