1353768 九、發明說明： 【發明所屬之技術領域】 本發明係’移動通訊技術領域，尤指—種雙模移動终端及其多通訊 網路呼叫處理方法。 【先前技術】 目前廣泛使㈣移動通訊網路主要紐：全球行動軌系統⑹㈣ systemf〇rM〇Mie，aT_GSM)、^M_(CQdeDivisiQnMuitipie1353768 IX. Description of the Invention: [Technical Field] The present invention relates to the field of mobile communication technologies, and more particularly to a dual mode mobile terminal and a multi-communication network call processing method thereof. [Prior Art] At present, (4) mobile communication network is mainly used: global mobile rail system (6) (4) systemf〇rM〇Mie, aT_GSM), ^M_(CQdeDivisiQnMuitipie
Access，以下簡稱CDMA)和個人手機系統（pe職al Handy_ph〇ne⑽挪， 以下簡稱PHS)，這三種網路在業務、ff '覆蓋細' 安全性、韓射等方 面各有優勢。例如，GSM網路覆蓋面廣、通話死角少，⑽A網路安全性高、 賴射小’而PHS·網路資費相對較低。因而基於上述原因越來越多的用戶擁 有兩部以上不同類型的移動終端，以便在不同的場合選擇不同的網路但 這在携帶和使用方面都給用戶帶來了諸多不便。 請參閱令國專利申請200410088117_6之專利案，其主要係公開了一種 同時具有對應CDMA和GSM通訊網路的通訊模組的雙模移動終端1雙模移 動終端採用GSM電路和⑽電路分別連接兩個天線。衆所周知，娜通訊 網路和CDMA it訊網路的使用頻段非常接近，例如目前娜通訊普 遍使用的紐包括GS_、G咖、_删、CDM删、⑽麵 求穩定，天線的帶寬不可能很窄，這樣兩系統之間的隔離很小，當一個系 統的電路大辨發射或接收時，另—系⑽電路由於相互干擾而不能正常 工作0 5 1353768 此外，在上述雙模移動終端中兩個通賴㈣—個共用控制單元進〜 控制處理，該控制單元另外還需要兼顧顯示、輸入等功能，如果兩個觀丁 網路同時工作時，將導致處理速度較慢，影響終端的使用性能。 再者，上述龍移祕截__套電·，當_通訊模组同 時工作時，易有電流容量不足之情況，以及兩套系統共用一電 相互干擾等問題產生。 在先前技射，用戶類終端只™類通_路中選擇一種 進行通訊，侧時輸_上_物爾务步說，用戶通過 魏終端選擇-種通訊網路進行通訊時，如果有來自其他網路的來電呼叫 请求，該雙模終端將無法建立通話連接。由於射叫的—方不知道有來電， =更無法控職者織來電的接聽順序，撥出_戶在無法與其聯絡後 τ此會掛_放棄聯絡，如此被呼，—方可能失去_來電。 為解紅《題’祕糾；—種雙齡剛知松：用戶可以 選擇通期路進仃通訊，當有另—通訊網路的來電，叫時，若用戶選擇 了接聽，賴-州_，蝴峨W ;瓣不接聽，否 則掛斷該來電呼叫。 請參議專利申咖晴.8號之彻，其爆揭示了一種 =摸終端應用該呼叫處理方法’其處理流程如第-圖所示。該處理方法包 栝如下步驟： 步驟m:至少與—個通訊網路建立會話連接的多模終端，即時檢測是 還有帽求’如果有，則執行步義，否則，繼續執行步雜； 〇3·判斷用戶是否選擇接聽’如果選擇接聽，則與該呼叫建立連 射崎雜讀魅料啊對應賴式，鱗已粒會話連接 二叫保驗態，該例的狀態騎話狀態，用戶可輯過該會話 、進仃通話’否則’拒絕該呼叫請求，執行步驟诎。 ,Ά彳處理方法在接聽來自新通訊模组的新的呼叫時向原來通訊模 組發送呼叫轉提耐’軌承銳路錢姆放，這樣導致兩個通訊模 組會同時處料紅作織，導賴㈣_過高，㈣錢容量不足。 另外兩個模_以大辨發射，會帶⑽目應射頻干擾問題 ，影響用戶的通 話品質。 【發明内容】 '為解决先别技術雙模移動終端中由於兩套通訊模組的天線所接收的電 磁波頻"k接近而產餘互干擾的技姻a，本發明提供了—種雙模移動終 端及其夕通訊網料叫控制方法。此外，本發明還進—步解決了先前技術 雙模終端巾由於_通賴組翻—個_單元而産生的處理速度較慢以 及由於兩個通訊模組共用—套電源管理器而產生的電流容量不足以及相互 干擾等問題。 本發明解決先前技術雙模移動終端中由於兩套通訊模組的天線所接收 的電磁波頻段接近而產生相互干擾的技術問題所採用的技術方案是：提供 1353768 —種雙模移動終端，移動終端包括兩個通訊模組以及兩個分別與通訊模組 連接的天線’兩個天線分別設置在移動終端的$體兩側。 根據本發明的最佳實施方式，兩個天線分別設置於移動終端的主板的 頂部和底部。 根據本發明的最佳實施方式，兩個天線分別設置於移動終端主板的前 侧和後側。 根據本發_最佳實施方式，兩個天線分別為外置天線或内置天線的 任意一種。 根據本發明的最佳實施方式，兩個天線的極化方向相互垂直。 根據本發日_最佳倾方式，該兩個天_其巾—天線輕直極化， 另外一天線為水平極化。 根據本發日_最佳實财式，該兩個天_其卜天線為+45。極化， 另一天線為-45。極化。 根據本U的最佳實施方式，兩個通訊模組還分別設有控制單元，移 端還叹有對控制單疋進行調度的主控制單元，用於通過職T ^_扣) 才曰々對控制單元及其所在的通訊模纟 1進行控制。 根據本㈣的最佳實财式，_通訊触縣顺有騎、管理器。 根據本發明的最佳實施方式’該兩個通訊模“ _組、⑶_且、 PHS模組以及况模組中任兩個模組的組合。 、、 根據本發明的最佳實施方式，所述兩個通訊模組湖 屏蔽。 〜 理方法的不足而採用的一 本發明解決输技射的乡軌網路呼叫處 8 /08 /08 其包括如下步驟·· 種雙模移動終端的多通訊網路,叫處理方法， A.檢測到—通訊網路的呼叫請求； 于的通話或數據業務’·如有則 網路，如無則 本發明解決先前技術中的多通訊網路呼叫處理方法，Access, hereinafter referred to as CDMA) and personal mobile phone system (pe-handed Handy_ph〇ne (10), hereinafter referred to as PHS), these three networks have advantages in business, ff 'covering fine' security, and Korean shooting. For example, the coverage of the GSM network is wide, the dead angle of the call is small, (10) the security of the A network is high, the penetration is small, and the PHS and network charges are relatively low. Therefore, more and more users have more than two different types of mobile terminals based on the above reasons, so that different networks can be selected in different occasions, but this brings a lot of inconvenience to users in terms of carrying and using. Please refer to the patent application of the patent application No. 200410088117_6, which mainly discloses a dual-mode mobile terminal 1 having a communication module corresponding to a CDMA and GSM communication network. The dual-mode mobile terminal uses a GSM circuit and (10) a circuit to respectively connect two antennas. . As we all know, the communication frequency bands of Na communication network and CDMA it network are very close. For example, the current commonly used Nea communication includes GS_, G coffee, _ delete, CDM delete, (10) surface stability, the bandwidth of the antenna is unlikely to be very Narrow, so the isolation between the two systems is very small, when the circuit of a system is greatly transmitted or received, the other system (10) circuit can not work normally due to mutual interference. 0 5 1353768 In addition, two of the above dual-mode mobile terminals Depends on (4) - a shared control unit into ~ control processing, the control unit also needs to take into account the display, input and other functions, if the two viewing networks work at the same time, it will lead to slow processing speed, affecting the terminal's performance. Furthermore, the above-mentioned dragon shifting secret __set power, when the _ communication module works at the same time, it is easy to have insufficient current capacity, and the two systems share a mutual interference. In the previous technology, the user terminal only selects one type of communication in the TM class, and the other side transmits the message. When the user selects the communication network through the Wei terminal, the communication is from other networks. The incoming call request of the road, the dual mode terminal will not be able to establish a call connection. Because of the call - the party does not know that there is an incoming call, = the order of the caller who is unable to control the caller, the dial-out _ household can not contact with it τ this will hang _ give up the contact, so called, the party may lose _ call . In order to solve the red "question" secret correction; - kind of two-year-old just know loose: users can choose to pass the road into the communication, when there is another - communication network calls, when the user chooses to answer, Lai - State _, butterfly峨W; the flap does not answer, otherwise the call is dropped. Please refer to the patent Shen Ka Qing. No. 8 and its explosion reveals a kind of call processing method for the terminal application. The processing flow is shown in the figure. The processing method includes the following steps: Step m: a multimode terminal that establishes a session connection with at least one communication network, and the instant detection is that there is a cap seeking 'if there is, the step is executed, otherwise, the step is continued; 〇3 · Judging whether the user chooses to answer the answer. If the answer is selected, the caller will be connected with the call to read the fascinating material. The scale has been connected to the second call. The state of the call is in the state of the ride. The session, the incoming call 'otherwise' rejects the call request, and the steps are performed. The Ά彳 processing method sends a call to the original communication module to pick up the call to the original communication module when receiving a new call from the new communication module, so that the two communication modules will be red at the same time. , the guide (four) _ too high, (four) insufficient capacity of money. The other two modes are transmitted in large size, and the (10) target RF interference problem will affect the user's call quality. SUMMARY OF THE INVENTION [In order to solve the problem of the mutual interference of the electromagnetic wave frequency received by the antennas of the two sets of communication modules in the prior art dual-mode mobile terminal, the present invention provides a dual mode The mobile terminal and its communication network are called control methods. In addition, the present invention further solves the problem that the prior art dual-mode terminal towel has a slow processing speed due to the _ _ _ _ _ _ unit _ unit and the current generated by the two communication modules sharing the power management Problems such as insufficient capacity and mutual interference. The invention solves the technical problem that the mutual interference caused by the proximity of the electromagnetic wave band received by the antennas of the two sets of communication modules in the prior art dual-mode mobile terminal is: providing 1353768 as a dual-mode mobile terminal, and the mobile terminal includes Two communication modules and two antennas respectively connected to the communication module 'two antennas are respectively disposed on both sides of the body of the mobile terminal. According to a preferred embodiment of the invention, the two antennas are respectively disposed at the top and bottom of the main board of the mobile terminal. According to a preferred embodiment of the invention, the two antennas are respectively disposed on the front side and the rear side of the main body of the mobile terminal. According to the present invention, the two antennas are respectively an external antenna or an internal antenna. According to a preferred embodiment of the invention, the polarization directions of the two antennas are perpendicular to each other. According to the present day, the two antennas are lightly polarized and the other antenna is horizontally polarized. According to the date of the _ the best real money, the two days _ its antenna is +45. Polarized, the other antenna is -45. polarization. According to the best implementation manner of the present U, the two communication modules are respectively provided with a control unit, and the main control unit for scheduling the control unit is also slid by the mobile terminal, which is used for the T^_ buckle. The control unit and its communication module 1 are controlled. According to the best real-life style of this (4), _ communication touches the county with a ride, manager. According to a preferred embodiment of the present invention, a combination of the two communication modules "_group, (3)_and, PHS module, and two modules in the condition module. According to a preferred embodiment of the present invention, The two communication modules are shielded by the lake. The invention is based on the lack of a method to solve the problem of the rural rail network call station for the transmission technology. 8 /08 /08 It includes the following steps: · Multi-communication network for dual-mode mobile terminals Road, called processing method, A. detected - communication network call request; local call or data service '· if any network, if not, the present invention solves the prior art multi-communication network call processing method,
β:檢測其他通訊網路是否已經有正在進 由接收端用戶選擇終止 W 執行正常”流程。^搞斷正在進行業務的通訊 種多通訊網路州處理方法，其包括如下步驟：…4从而採用的一 A檢測到一通訊網路的呼叫請求； B ·檢測其倾酬路是奸經狂麵行物 由接收端用戶選擇終止。乎叫气— &數據業務；如有則 執行正常㈣= _錢行麵崎訊鱗，如無則 根據本發明的最佳實施方式，所述通訊網路包括咖、_、酿以及 3G通讯網路中的任兩個。 戶通過一通訊 根據本發_最佳實施枝，麟呼叫請求為發送端用 網路發出撥號請求。 根據本發_最佳實施方式，上述處理方法中所述_具體如下： & B卜檢測另一通訊網路是否已經有正在進行的通話業務，如有則提示 發送端肝通訊舰正忙線細肖#前撥號請求，如另—通訊網路沒有正 在進行的通話業務，則執行步驟B2 ; B2、檢查另-通訊網路是否有正在進行的數據業務，如有則提示發送 端用戶先掛_麟連接絲、;肖減請求，—通訊網路紐據業務， 1353768 則按正常流程進行撥號。 根據本發明的最佳實施方式，上述處理 中所述步驟B具體如下： B卜檢測另-通訊網路是否6經有正在進行的數據業務，如β 發送端用戶通訊功能正忙線並取消當前觀請求 力如有則提示 在進行的數據業務，則執行步驟B2 ; 路’又有正 ^檢查另一通訊網路是否有正在進行的通話業務，如有則提 鳊用戶先掛斷該網路連接並取消撥號請求，^ 則按正常流程進機號。 通_路無通話業務， 步驟A中’發送端用戶可以通過按鍵來發出撥號請求。 =本發日__方式，上述處財法中所述_和步驟4 體如下.判斷另一通訊網路是否正在 了通話输雜務制巾，如果另 <訊網路正在進行通話或進行數據業務使财，則發出 在界面上提示接收端用戶是接聽 不曰” 餘妙n 〃 電如果另―通訊網路既 …數據絲又無通話業務，則按正常流程進行來電接聽。 根據本發明的最佳實施方式 斷新的來電之f ,面“接《用戶是接聽還是掛 私、'斷接收_戶是否選擇接聽新的來電的步驟， ^ 續瓣峨，施糊職接，若接收 不延擇接聽新的來電’則判斷接收端用戶是否直接掛斷新來電，如 _戶選擇直接掛斷新來電，則直接掛斷新來電，雜收端用戶— 1Λ 直沒有做出選擇則等待若干秒後系統主動掛斷新的來電。 與先前技術相比，本發明的多通訊網 铗柱1處理方法’不論在主動撥 A歡破叫輕前，都要檢查其他_當前料轉况，避衫個 冋時處於通訊工作狀態，因此釆用本發明 ,„ 尤J以貝現接聽多網路呼叫的 1此’又能避免多麵賴組晴處於 流負裁過大。 做糾細棚干擾和電 天線轉，本發：：的有益效果在於：通過將兩個通訊模組的 擇性接4置_互垂直魏天_極化_，這樣兩個天線只能選 /接收與其極化方向相對應的電磁波信號，使得兩個通訊模組彼此屏 Γ不會相互干擾。此外，兩個天線之間相隔-定的距離，可以進-步解 =2隔賴題，使得—個緖在工作時，不_另—純毅備，也不 會給對方造成干擾。 卜 同時’兩個通訊模組分別設有各自的控制單元來進行功能控制，而主 控制早疋進行調度並處理顯示、鍵入等功能應用，大大提高回應速度。另 外，兩⑽統還各自設有駐的電源管_，因此不會出現電流容量不足 和通過其共用電源管理器的相互干擾等問題。 與先前技術相比，本發明的多通訊網路呼叫處理方法，不論在主動撥 斜還是則騎前，轉檢查—_情况，_個網路 3 t处於m作μ ’因此采財翻，既可以魏減多網路呼叫的 =能’又能避綱通訊模組同時處於通話I作狀態引起纖干擾和電 流負載過大。 1353768 【實施方式】 請參閱第二圖，第二圖係本發明雙模移動終端第—實施方式 。在本實施方式中，雙模移動終端採用對應於c難通訊網路的_ ：· 模組22和對應於通訊網路的P肪模組23的組合，由主控制單元&負 責CDMA模組22和PHS模組23的功能控制。⑽模組22和哪模組四分 , 別連接的天線220和天線230分別位於雙模移動終端的機體兩側。在本實 .. 施方式中’天線220設置在主板頂部而天線230設置在主板的底部，當然 亦可以將天線220設置在主板前側而天線23〇言史置在主板的後側，這樣兩 天線220和230之間相隔-定的距離，可以增强頻段隔離效果，使得—個 系統在工作時，不至損壞另一系統的設備，也不會給造成干擾。 請參閱第三圖，第三圖係本發明雙模移動終端第二實施方式的電路方 塊目在本貫施方式中，s玄雙模移動終端包括對應於。腦通訊網路的⑽八 模組12及對應於GSM通訊網路的GSM模組13。③脱模組12和gsm模組13 分別設有模組控制單元125、135，由模組控制單元125、135分別負責c職 杈組12和GSM模組13的功能控制。此外，CDMA模組12和GSM模組13共 用顯不單元14、麥克風16、揚聲器17以及輸入界面19等週邊設備。其中 CDMA模組12包括雙工器12卜接收機122、發射機123 '調制解調器124。 GSM板組13包括天線開關丨3卜接收機132、發射機133、調制解調器134。 在本實施方式中，對應的通訊網路優先選擇現有的技術已成熟的通訊模 組，模組之間完全獨立，具有各自的屏蔽設計，使得兩模組之間的設備相 互干擾非常小。 CDMA模組12和GSM模組13使用各自的天線120和天線130，天線120 12 1353768 和天線130分別設置在該雙模移動終端機體的_，例如該雙模移動終端 主板的頂部和底部或者前側和後側。此外，天線12()和天線謂的極化方 向相互垂直’例如天線12G採用水平極化，天線⑽採㈣直極化；或者 天線⑽採㈣直極化’天線⑽採用水平極化。因為水平極化天線只能 接收或者發射水平極鎌，垂餘化天線只能難或者鋪垂細匕波， 極化方向相互垂直的天線接收或者發射的信號不會産生干擾，解決了頻段 隔離問題，從而保證通訊的正常進行。因此·模組12和μ模組η之 間可以同時正常工作，—個系統工作的賴不會對另外—⑽統的通訊造 成影響。 同樣天線120和天線13〇也可以採用士45。極化來隔離，一天線採賴5 極化’另-天線採用-45。極化’兩天線也同樣存在極化隔離。 當天線120或天線13〇接收到來自不同網路的呼叫時，模組控制單元 125或模組控制單元135通知用戶接收到該呼叫。如果用戶回應所接收㈣ 叫’模組控制單元125或模組控制單元135向開關181和開關他發送麥 克風控制訊號和揚鞋㈣喊，將械軌触的爾懈網連接到爽 克風邮咖π上，以便進行正她。t GSM模㈣處於通顧 時’如果_模組12接收到呼叫請求’模組控制單元125可以通過狂立 提示、振動或者界面提示等方式提示用戶該呼叫請求，用戶可以選擇= 呼叫、結束呼叫或者取消呼叫操作。娜選擇切換呼叫操作時，卿 制單元胸侧181和賴182，將麥克風16和揚聲器 模組12的調制解調器124上，建立⑽· 1〇^ 吴、·且12的通讯’此時CDMA模組 處於當前通話狀態，而原來續模組13的，叫為Μ保持狀態。當與 13 1353768 CDMA模組12的通訊結束後，模組控制單元 控制開關181和開闊1奶， 將麥克風16和揚聲器17重新連接到GSM模 " 復原來的通訊。 、、，的調制解調器m上，恢 網路發送呼叫結束資訊，結束當前網路的呼叫。然後，模組控制單元 控制開謂和開祕將麥克風16和揚聲器17連接到_ 調制解調器124上，建立CDMA模組12的通訊。 、，·的 當用戶綱㈣操作時，模組控解元125控細A模㈣向 GSM網路發送呼叫建立失敗消息，繼續執行當前通訊。 在本實施谢，在_移祕端帽設置了主，由主 控制早兀15負責調度⑽A模組12_模組13的模組控制單祕既 ^理顯示训其他細用。此時，主控制單元Μ直接向Μ 具、.且和CDMA桓組12發送控制訊號，而是向模組控制單元心㈣ 出AT指令(AT Co喊），由模組控制單元i25、135分別向嶋㈣ 和CDM她12發送控制訊號和進行功率控制。使用三個控制單元協調工 作加快了該雙鄉祕端_應速度。 此外’ CDMA模組12和GSM模組13内還分別增設了電源管理器⑽、 136 ’通過採用獨立的電源管理器，則不會出現電流容量不足和㈣模組 12、GSM模組13通過其共用的電源管理器相互干擾的問題。 天線120、130也可以為外置天線或内置天線的任意—種。 以上述技街方案所描述的雙模移動終端為最佳實施方式，本發 露一種朗於«置的多通訊網路糾處·方法，下面分絲撥號流程 14 1353768 和撥入流程來介紹： 如第四圖所不，係本發明多通訊網路呼 流程圖。撥出产开；P益 處方法的主動撥號流程的 撥_ ’ 可轉任—通訊_動 括“撥號和數據撥號），其包括如下步驟： 竭201.多模終端錢檢卿發送端3 中，發逆姓爾h ⑽用戶疋否有撥號請求，本步騾 x仏用戶可以通過按鍵發出撥號請求· 步_:檢測另-通訊網路是否已經 提示發送端用戶通七仏：“ 以丁的通話業務’如有則 -肖麵織請求 另一通訊纟轉咖錢行的賴務，_續步糊； 如 步驟203 :檢查另—通訊網路是否有正在進 發送端用戶先掛斷該網路連接並取消撥號請求，並回至提示 訊轉既無數縣務又無通話餘，職正常餘進行„。通 同2本發明也可以先檢測另—通_路是否已經有正在進行的數據 =正=另-通訊網路沒有正在進行的數據業務，再檢查另一通訊網路是 否有正在進行的通話業務。 弟^圖所不’係本發明多通訊網路呼叫處理方法的撥入流程的流程 撥4形’即當有來電呼叫時，其包括如下步驟： 步驟3(Π :檢測是否有來電呼叫，如果有，則執 續執行步驟301; 』繼 : _—軌網路是^正在進行通話紐據祕使用中，如 立另、、通_路正在進行通喊進行數聽務使财，貞㈣來電提示 曰’並在界面上提示接收戶雜麟是騎新絲電，接下來執行步 15 丄JJJ /uo 丄JJJ /uo 據業務又無通話業務，則按正常流程進行 驟303，如果另—觀網路既無數 來電處理，並回至步驟3〇1 ; 接斷接“用戶是否選擇接聽新的來電，若接收端用戶選擇 路賴哪音舰道，然後將新 心§ *、觸日頻通_音效卡和麥克風相連，若接《用户不選 擇接U的來電，執彳诗驟 中: 數據業務使用 來做出選擇；耗的使用，本步驟中，接收端用戶可輯過按鍵 /驟304 .判斷接收端用戶是否直接掛斷新來電，如果接收端用户選擇 直接掛斷新來電，财接掛_來電，若接㈣用戶—纽概出選擇則 等待60〜12G秒後系統主動掛斷新的來電。 2上所述，本發明的多通訊網路啤叫處理方法，即不論撥出還是撥入 通話前’都要触糾_通_騎前騎赠況，避免兩侧路同時處 於通訊工作狀態，因此採用本發明，既可以實現接聽多通訊網路呼叫的功 能’又能避免兩個通訊模組乃至多通訊模組同時處於通話工作狀態引起的 射頻干擾和電流負載過大等問題。 上述的詳細描述僅係以GSM通訊祕與_通訊網路以及c腦通訊 祕與PHS通訊網路之組合爲例對本發明進行了示範性描述，但本領域技 術人貝顯而易見本發明還適用於GSM通訊網路、CDMA通訊網路、通訊 網路以及3G等通賴路任意組合的雙模乃至多通訊模組移祕端，例如， GSM與CDMA、WOTA、TD-SCDMA、PHS、3G等通訊模組之组合。此外，本發 明同樣適用於具有其他電路結構的雙模及多通訊模組移動终端。 16 2上㈣，本發明符合判專利要件，爰依法提_胸。惟，以 發明2僅林發，較佳實施例，舉凡熟悉本織藝的人士，在爰依本 物 w，__。 第一圖係先前技術雙模雙網路呼叫處财法的流程圖； 第二圖係她戦_物—細雜意方塊圖； 弟二圖係本發明雙模移動終端第二實施方式的示意方塊圖； 知圖係她咖物⑽編⑽職㈣綱； 弟五圖係本發明多通訊網路呼叫處理方法的被叫流程的流程圖。 【主要元件符號說明】 CDMA模組 主控制單元 GSM模組 顯示單元 麥克風 揚聲器 雙工器 發射機 天線開關 電源管理器 12，22 25 13 14 16 17 121 123 131 126 133 136 PHS模組 天線 模組控制單元 主控制單元 輸入界面 接收機 調制解調器 天線 開關 23 220 ’ 230 125 、 135 15 19 122 ， 132 124 > 134 120 ， 130 181 ， 182 17:: Detecting whether other communication networks are already in the process of being terminated by the receiving end user to perform the normal operation. ^ Interrupting the communication processing of the multi-communication network state processing method, which includes the following steps: ... A detects a call request from a communication network; B · Detects that the deferred road is a traitorous madman's line that is terminated by the receiving end user. It is called qi--amp; data service; if yes, it is normal (4) = _ money line According to a preferred embodiment of the present invention, the communication network includes any two of a coffee network, a _, a brewing, and a 3G communication network. The user communicates according to the present invention. The lining call request is used by the network to send a dialing request to the sending end. According to the preferred embodiment, the processing method described above is specifically as follows: & B: detecting whether another communication network has an ongoing call service If yes, the sender of the liver communication ship is busy. The front dialing request, if another communication network does not have an ongoing call service, perform step B2; B2, check another communication network. Whether there is an ongoing data service, if there is a prompt, the sender user first hangs the _ lin connection wire; the Xiao 请求 request, the communication network button service, 1353768, dials according to the normal process. According to the preferred embodiment of the present invention The step B in the above processing is specifically as follows: B: detecting whether the communication network 6 has an ongoing data service, such as the beta sender user communication function is busy and cancels the current request request, if yes, the prompt is in progress For the data service, go to step B2; the road 'has another positive ^ check whether another communication network has an ongoing call service, if any, the user first hangs up the network connection and cancels the dialing request, ^ is normal The process enters the machine number. There is no call service in the channel. In step A, the sender can send a dialing request by pressing the button. = This is the __ mode, which is described in the above financial method _ and step 4 is as follows. Whether the other communication network is in the middle of the call, and if the other network is making a call or performing data service, the user is prompted to answer the interface. No, "Yu Miao n 〃 If the other communication network is ... data and no call service, then the call is answered according to the normal process. According to the preferred embodiment of the present invention, the new incoming call f is “connected to the user whether the user answers or hangs, and the user receives a new call. ^ Continued to answer the new call. If the recipient does not choose to answer the new incoming call, then it is judged whether the receiving end user directly hangs up the new incoming call. If the _ household chooses to hang up the new incoming call directly, the new incoming call is directly hanged, and the miscellaneous receiving end user - 1Λ has not made a choice. After waiting for a few seconds, the system actively hangs up the new incoming call. Compared with the prior art, the multi-communication network mast 1 processing method of the present invention needs to check other _ current materials before the active dialing A In the case of avoiding the shirt, it is in the state of communication work. Therefore, using the present invention, „ 尤 尤 尤 尤 尤 尤 尤 尤 尤 尤 尤 尤 尤 尤 尤 尤 尤 尤 尤 尤 尤 尤 尤 尤 尤 尤 尤 尤 尤 尤 尤 尤 尤 尤Do the correction shed interference and electric antenna rotation, the beneficial effect of this:: by setting the selectivity of the two communication modules to 4 _ mutually perpendicular Wei Tian _ polarization _, so that the two antennas can only be selected / The electromagnetic wave signal corresponding to the polarization direction is received, so that the two communication modules do not interfere with each other. In addition, the two antennas are separated by a fixed distance, and the solution can be step-by-step solution = 2, so that when the system is working, it is not _ other - pure and prepared, and will not cause interference to the other party. At the same time, the two communication modules have their own control units for function control, while the main control performs scheduling and processes functions such as display and typing, which greatly improves the response speed. In addition, the two (10) systems are each provided with a power supply tube _, so that there is no problem such as insufficient current capacity and mutual interference through the shared power manager. Compared with the prior art, the multi-communication network call processing method of the present invention, whether in the case of active dialing or before riding, checks the situation - _ case, _ network 3 t is in m for μ ' Can reduce the number of multi-network calls = can 'can also avoid the communication module at the same time in the call I state caused by fiber interference and current load is too large. 1353768 [Embodiment] Please refer to the second figure, which is a first embodiment of the dual mode mobile terminal of the present invention. In this embodiment, the dual-mode mobile terminal adopts a combination of the _:· module 22 corresponding to the c-difficult communication network and the P-fat module 23 corresponding to the communication network, and the main control unit & is responsible for the CDMA module 22 and Functional control of the PHS module 23. (10) The module 22 and which module are divided into four points, and the antenna 220 and the antenna 230 to be connected are respectively located on both sides of the body of the dual-mode mobile terminal. In the embodiment, the antenna 220 is disposed on the top of the motherboard and the antenna 230 is disposed on the bottom of the motherboard. Of course, the antenna 220 can be disposed on the front side of the motherboard and the antenna 23 is placed on the back side of the motherboard, so that the two antennas The distance between 220 and 230 can increase the isolation effect of the frequency band, so that when the system is working, it will not damage the equipment of another system, and will not cause interference. Referring to the third figure, the third figure is a circuit block of the second embodiment of the dual mode mobile terminal of the present invention. In the present embodiment, the s-Xuan dual-mode mobile terminal includes a corresponding one. The (10) eight module 12 of the brain communication network and the GSM module 13 corresponding to the GSM communication network. 3 The module 12 and the gsm module 13 are respectively provided with module control units 125 and 135, and the module control units 125 and 135 are respectively responsible for the function control of the c job group 12 and the GSM module 13. In addition, the CDMA module 12 and the GSM module 13 share peripheral devices such as the display unit 14, the microphone 16, the speaker 17, and the input interface 19. The CDMA module 12 includes a duplexer 12, a receiver 122, and a transmitter 123 'modem 124. The GSM board set 13 includes an antenna switch 接收机3, a receiver 132, a transmitter 133, and a modem 134. In this embodiment, the corresponding communication network preferentially selects the existing communication module with mature technology, and the modules are completely independent, and have respective shielding designs, so that the mutual interference between the two modules is very small. The CDMA module 12 and the GSM module 13 use respective antennas 120 and antennas 130, and the antennas 120 12 1353768 and the antennas 130 are respectively disposed on the body of the dual-mode mobile terminal body, for example, the top and bottom or the front side of the dual-mode mobile terminal motherboard. And the back side. Further, the polarization directions of the antenna 12() and the antenna are perpendicular to each other', e.g., the antenna 12G is horizontally polarized, the antenna (10) is (4) directly polarized, or the antenna (10) is (four) directly polarized, and the antenna (10) is horizontally polarized. Because the horizontally polarized antenna can only receive or emit horizontal poles, the residual antenna can only be difficult or drooping, and the signals received or transmitted by the antennas with perpendicular polarization directions will not cause interference, which solves the problem of frequency band isolation. In order to ensure the normal operation of the communication. Therefore, the module 12 and the μ module η can work normally at the same time, and the operation of one system does not affect the communication of the other system. Similarly, the antenna 120 and the antenna 13 can also be used. Polarization to isolate, one antenna is 5 polarizations and the other antenna is -45. Polarized 'two antennas also have polarization isolation. When the antenna 120 or the antenna 13 receives a call from a different network, the module control unit 125 or the module control unit 135 notifies the user that the call is received. If the user responds to the received (four) called 'module control unit 125 or module control unit 135 to send a microphone control signal and a shoe (four) to switch 181 and switch him, connect the track to the cool airmail coffee π, in order to carry out her. When the GSM module (4) is in the middle of the pass, if the module 12 receives the call request, the module control unit 125 can prompt the user to make the call request by means of madness prompt, vibration or interface prompt, and the user can select = call, end the call. Or cancel the call operation. When Na chooses to switch the call operation, the chest unit 181 and Lai 182 of the unit will be connected to the modem 124 of the microphone 16 and the speaker module 12 to establish communication of (10)·1〇^, and 12'. The current call state, and the original continuation module 13, is called Μ hold state. When communication with the 13 1353768 CDMA module 12 is completed, the module control unit controls the switch 181 and the open 1 milk, reconnecting the microphone 16 and the speaker 17 to the GSM mode " On the modem m, the network restarts the call termination information and ends the call on the current network. Then, the module control unit controls the opening and opening of the microphone 16 and the speaker 17 to the modem 124 to establish communication of the CDMA module 12. When the user program (4) is operated, the module control unit 125 controls the fine A mode (4) to send a call setup failure message to the GSM network, and continues to perform the current communication. In this implementation, the master is set in the _shifting end cap, and the master control is responsible for scheduling. (10) The module control module of the module 12_module 13 is used for other details. At this time, the main control unit sends a control signal directly to the tool, and to the CDMA group 12, and sends an AT command (AT Co) to the module control unit core (4), respectively, by the module control units i25, 135 Send control signals and power control to 嶋(4) and CDM12. Coordinating work with three control units speeds up the secrets of the twins. In addition, the power manager (10) and 136' are added to the CDMA module 12 and the GSM module 13 respectively. By using an independent power manager, there is no shortage of current capacity and (4) the module 12 and the GSM module 13 pass through it. The problem of mutual interference with shared power managers. The antennas 120 and 130 may be any of an external antenna or an internal antenna. The dual-mode mobile terminal described in the above technical street scheme is a best implementation manner, and the present invention discloses a multi-communication network rectification method that is set to be placed, and the following dialing dialing process 14 1353768 and dial-in flow are introduced: The fourth figure is not a flowchart of the multi-communication network call of the present invention. Dial out the production; P-favority method of the active dialing process dialing _ 'transferable-communication_including "dial and data dialing", which includes the following steps: exhaust 201. Multi-mode terminal money prosecutor sender 3, Reversing the surname h (10) The user has a dial-up request, this step 骡x仏 user can issue a dial-up request by pressing the button. Step _: Detect another-communication network has prompted the sender to pass the message: “Ding's call service 'If yes - Xiao Weizhi requests another communication to transfer money to the money line, _ continued step; as in step 203: check another - the communication network is in the sending end, the user hangs up the network connection first Cancel the dialing request, and return to the prompt message transfer, there are countless county affairs and no call balance, the normal post is carried out „. Tongtong 2 invention can also detect the other - pass _ road has been ongoing data = positive = another - The communication network does not have an ongoing data service, and then checks whether another communication network has an ongoing call service. The process of the dial-in flow of the multi-communication network call processing method of the present invention is dialed 4 When there is an incoming call When called, it includes the following steps: Step 3 (Π: Detect whether there is an incoming call, if yes, proceed to step 301; 『 Following: _-The track network is ^ ongoing call 据 据 使用 使用 使用In addition, the road is going through the call to count the number of calls to make money, 贞 (four) caller tips 并 'and on the interface prompts the receiving households to be riding a new silk, then step 15 丄 JJJ / uo 丄 JJJ / Uo According to the service and no call service, proceed to step 303 according to the normal process. If the other network has no number of incoming calls, go back to step 3〇1; connect to “Users choose to answer new calls, if the receiving end The user chooses which sound channel to use, and then connects the new heart § *, touch the day frequency pass _ sound card and microphone, if the user does not choose to pick up the U call, the poem is in the process: data service use to make Selection; consumption use, in this step, the receiving end user can edit the button / step 304. Determine whether the receiving end user directly hangs up the new incoming call, if the receiving end user chooses to hang up the new incoming call directly, the financial connection hangs the incoming call, if Connected to (4) users - New Zealand chooses to wait for 60~ After 12G seconds, the system actively hangs up new incoming calls. 2 As described above, the multi-communication network beer calling processing method of the present invention, that is, whether to dial out or dial in before the call, 'to be touched and corrected _ pass_ ride before riding, The two sides of the road are prevented from being in the communication state at the same time. Therefore, the invention can realize the function of answering the call of the multi-communication network, and can avoid the radio frequency interference and current caused by the two communication modules or even the communication modules being in the call working state at the same time. The problem is too large, etc. The above detailed description only exemplifies the invention by taking the combination of GSM communication secret and communication network and c brain communication secret and PHS communication network as an example, but it is obvious to those skilled in the art that the present invention is still Suitable for GSM communication network, CDMA communication network, communication network, and any combination of 3G and other communication modules, such as GSM and CDMA, WOTA, TD-SCDMA, PHS, 3G, etc. Combination of groups. In addition, the present invention is equally applicable to dual-mode and multi-communication module mobile terminals having other circuit configurations. 16 2 (4), the invention meets the requirements of the patent, and the law is raised according to law. However, with the invention 2 only Linfa, the preferred embodiment, those who are familiar with the art, are relying on the original w, __. The first figure is a flow chart of the financial method of the prior art dual mode dual network call; the second picture is her 戦 _ _ _ 细 细 ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; Block diagram; Zhitu is her coffee object (10) edited (10) job (four) program; brother five map is the flow chart of the called flow of the multi-communication network call processing method of the present invention. [Main component symbol description] CDMA module main control unit GSM module display unit microphone speaker duplexer transmitter antenna switch power manager 12,22 25 13 14 16 17 121 123 131 126 133 136 PHS module antenna module control Unit main control unit input interface receiver modem antenna switch 23 220 ' 230 125 , 135 15 19 122 , 132 124 > 134 120 , 130 181 , 182 17