1292993· 九、發明說明： 【發明所屬之技術領域】 本發明係在不同通鶴定間進行軌之方法及 其系統’尤指-種-轉換裝置上設有一通訊模組及一儲存 馳，使該轉換裝置可透過-網路，與-封_定通訊網 路或一開放協定通訊網路進行通訊，並對訊號進行通訊協 定之轉換者。 【先前技術】 馨 按，當今世界係一個資訊科技化、電子產業蓬勃發展 的時代，各種計算機所魅之高科技產品、電子裝置之發 展迅速，且各種無線通訊技術的快速發展，使我們的生活 邁向了網路蓬勃發展的網路時代，為人類的生活帶來了高 度的便利性，藉由通訊網路的建立以及數位技術所衍生之 高科技電子產品，人們即可隨時隨地進行資料傳遞及溝 通，使得人與人之間在時間上與空間上的距離大幅縮短， ' 正因為如此，使得相關的網路通訊服務大受消費者所歡 w 迎。 所明「網路電話」（V〇ice over ip，簡稱v〇Ip)，係 將原為類比的聲音訊號以「數據封包（DataPacket)」的 型式在IP數據網路（IP Network)上做即時傳遞，將原 為聲音的類比訊號數位化後（digitized)，透過由網路上 各相關通訊協定下，做點對點（end—1〇—end)的即時通訊 功能。VoIP透過開放性的網際網路傳送語音，不僅做到了 可即牯提供語音服務，更可連接至世界各地，讓使用者可 1292993· 以不需再細»_公眾電話鱗（_進 話交談，_節省了Μ触之縣，使 $ 及與使用率大幅升高’特別是受到許多需以遠距= 通訊的消費族群所青睞。 飞垮0 白知之一種「多媒體通訊初始協定“咖〇η ^⑽酿㈣⑽卜簡稱幻化’係一種新的網際網路 夕媒體通訊協定，可用於逢夕 m 1 + . 用於建立多方多媒體通訊 (Mult聊ty Multimedia c咖系統，而册 在運用上’最受消費者所注目者係SIP可拿來作為替 網路電話的通訊協定，以提供打電話所需之許多的功能或 用法，因此深受許多企#及難者所歡迎；種使用 在V〇IP網路電話的通訊協定係稱為「Skype」，由於Skype ^以P2P (peer-t0_Peer，即點對點傳輸）之原理傳輸語 音，且Skype沒有擴展伺服器或管理龐大用戶群之必要， 因此，兩台裝有Skype軟體的電腦即可透過網路進行語音 通話，而不須額外付費，使得Skype 一推出，即大受網路 族群或有跨國通訊需求之消費者所歡迎。 惟，無論以SIP或Skype透過網路進行語音通話，雖 均可節省許多通話費用，然而對於使用者而言，除了費用 之節省外，最大的問題仍在於可否「接通」以進行通訊。 就此而言，SIP與Skype兩種通訊協定各自的用戶數量雖 然眾多，但消費者僅能在同一種通訊協定進行通訊，而無 法在兩種通訊協定間彼此接通以進行通訊，對許多的消費 者而言，著實帶來許多困擾及不便之處。故，為解決以上 1292993 ^題以大破上述轉通訊協定間無法進行通訊之限制， P成為亟待解決之一重要課題。 【發明内容】 有鑑於前述該等通訊協定間無法進行通訊之缺失，發 月人、’二過長久努力研究與實驗’終於開發輯出本發明之 —種在不同通鋪定間進行通訊之絲及其祕，以突破 不同之該等通訊協定間，無法進行通訊之困擾。 _ 本發明之-目的，係提供—縣不同通訊财間進行 通訊之方法’該方法係在—轉換裝置設置包括—通訊麵 及-儲存漁，其中额賴_與—_建立連線，而 該儲存模_係設有-賴倾；t_換裝置與該網路 建立連線後，若接㈣-封_定軌麟所屬之一第一 用戶端，透過細路所傳送之—第—祕訊號，即對該第 —網路訊魏行職，並傳_卜·齡觀網路所屬 之一第二用戶端；而若接收到該開放協定通訊網路所屬之 # 5亥第一用戶端，透過該網路所傳送之一第二網路訊號，即 對該第二網路訊號進行轉換，並傳送到該封閉協定通訊網 路所屬之該第一用戶端。如此，該等用戶端間即可進行通 訊，突破了該等通訊網路使用不同通訊協定之限制。 本發明之另一目的，係提供一種在不同通訊協定間進 行通訊之系統，係包括一轉換裝置；該轉換裝置係包括· 一通訊模組，係與一網路建立連線；及一儲存模組，係包 括一轉換軟體，·其中該轉換裝置與該網路建立連線；且若 接收到一封閉協定通訊網路所屬之第一用戶端，透過該網 ^^2993. 路所傳送之—第一網路訊號 換，並傳铜-·協定觀網路=之進行轉 =收到該_定通訊網路所屬二1292993· IX. DESCRIPTION OF THE INVENTION: TECHNICAL FIELD OF THE INVENTION The present invention relates to a method for performing rails between different cranes and a system thereof, and a communication module and a storage device are provided on the special-type conversion device. The conversion device can communicate with the network via a network, an open communication network, or an open protocol communication network, and convert the communication protocol. [Prior Art] Xinzheng, today's world is an era of information technology and the booming of the electronics industry. The development of high-tech products and electronic devices that are fascinated by various computers is rapid, and the rapid development of various wireless communication technologies has made our lives. Towards the Internet era where the Internet is booming, it brings a high degree of convenience to human life. With the establishment of communication networks and high-tech electronic products derived from digital technologies, people can transmit data anytime and anywhere. Communication has greatly shortened the distance between people in time and space. 'Because of this, the related network communication services are greatly welcomed by consumers. The "V〇ice over ip" (v〇Ip) is used to make an instant analog signal on the IP data network in the form of "DataPacket". Passing, digitizing the analog signal of the original sound, and doing the point-to-point (end-to-end) instant messaging function through the relevant communication protocols on the network. VoIP delivers voice over an open Internet, not only to provide voice services instantly, but also to connect to the world, so that users can be 1292993. No need to elaborate »_ public phone scales (_ incoming conversation, _ Saving the county of the smashing, making the $ and the usage rate rise sharply' especially favored by many consumer groups that need to communicate by distance = communication. 垮 0 0 A kind of "initial agreement for multimedia communication" 咖 〇 ^ (10) Brewing (4) (10) 卜 幻 化 ' is a new Internet eve media communication protocol, can be used for the evening eve m 1 + . Used to establish multi-party multimedia communication (Mult chat ty Multimedia c coffee system, while the book is in use 'most consumed The attention of the person is SIP can be used as a communication protocol for the Internet phone to provide many functions or usages required for the call, so it is very popular among many enterprises and users; The telephone communication protocol is called "Skype". Because Skype ^ transmits voice based on the principle of P2P (peer-t0_Peer), and Skype does not need to expand the server or manage a large user base, Two computers with Skype software can make voice calls over the Internet at no extra cost, making Skype popular, which is popular among Internet communities or consumers with cross-border communication needs. Or Skype can make a lot of calls by making voice calls over the Internet. However, in addition to the cost savings, the biggest problem for users is whether they can be "connected" for communication. In this regard, SIP and Although the number of users of Skype's two communication protocols is large, consumers can only communicate in the same communication protocol, and cannot communicate with each other in the two communication protocols. For many consumers, the real band There are many problems and inconveniences. Therefore, in order to solve the above-mentioned 1292993 ^ problem and to break the limitation of communication between the above-mentioned transfer protocols, P has become an important issue to be solved. [Invention] In view of the aforementioned communication agreements Unable to carry out the lack of communication, the moonman, 'two long efforts and research and experiment' finally developed the invention The communication between the same shop and its secrets, in order to break through the different communication agreements, can not be difficult to communicate. _ The purpose of the present invention is to provide a method for communication between different communication sources in the county. The system-integrated-switching device includes a communication surface and a storage fisherman, wherein the connection _ and __ establish a connection, and the storage module _ is provided with a slanting; the t_changing device is connected with the network. If the first user of one of the (4)-sealing-fixed rails belongs to the first user end, the first-to-sense signal transmitted through the thin road, that is, the first-in-one network, Wei Wei, and the _ The second user end of the road belongs to the second user end; and if the first user terminal of the #5 hai network to which the open protocol communication network belongs is received, one of the second network signals transmitted through the network, that is, the second network signal The conversion is performed and transmitted to the first client to which the closed protocol communication network belongs. In this way, the terminals can communicate with each other, breaking through the limitations of using different communication protocols for these communication networks. Another object of the present invention is to provide a system for communicating between different communication protocols, comprising: a conversion device comprising: a communication module for establishing a connection with a network; and a storage module The group includes a conversion software, wherein the conversion device establishes a connection with the network; and if the first user terminal to which the closed protocol communication network belongs is received, the network transmits the network through the network ^^2993. A network signal exchange, and pass the copper - · agreement view network = the transfer = receive the _ set communication network belongs to the second
進r榦Ϊ所傳达之—第二網路訊號，即對該第二網路舊 端㈣換’並傳送_封_定通訊網路所屬之第一用戶U 為對本發明之目的、技術特徵及其功效，做更進一牛 ^識及瞭解，兹舉實施例配合圖式，詳細說明如下/ 【貫施方式】 本發明係一種在不同通訊協定間進行通訊之方法，許 乡閱第1圖所示，該方法係在一轉 °月 組40及-儲擁⑽甘Λ ―裝置4⑨有―通訊模 W轉’射該觀歓40射與一網路 建立=’糊存触42錢有—轉換倾，當該轉 換衣置4與該網路i建立連線後’若接收 訊網路2所屬之-第-用戶端2G，透過該網路 一弟-網路訊號，即對該第一網路訊號進行轉換，並傳送 到一開放協定通訊網路3所屬之一第二用戶端3〇;若接收 到該開放協定通訊網路3所屬之該第二用戶端％，透過該 網路1所傳运之-第二網路訊號’即對該第二網路訊號進 行轉換，並傳送到該封閉協定通訊網路2所屬之該第二用 戶端3〇。如此，當該第-用戶錢及該第二用户端30傳 达出該等網路訊號，經該等通訊網路1之處理後，即可與 其他用戶端進行通訊，使得該第—用戶端2G及該第二用 戶端30不衫職封_定通购路2及贼協定通訊 1292993 網路3使用不同通訊協定之限制。 在本發明之一實施例中，請參閱第2圖所示，該轉換 裝置4内係包括至少一個嵌入式轉換元件，而該轉換軟體 内係設有一偵測程序及一偵測資料對照表，該偵測程序係 可判斷該轉換裝置4是否可針對所接收到之該等網路訊號 進行通訊協定之轉換，該偵測資料對照表係包括複數個協 定比對資料及複數個檢測訊號，當該轉換裝置4接收到該 苐一用戶々而20經该封閉協定通訊網路2傳送之該第一網 路訊號時，則依下列步驟進行處理： (201) 執行該偵測程序； (202) 根據該第一網路訊號内之一通訊協定資料，搜 尋該檢測資料對照表，判斷是否有任一協定比對資料與該 通訊協定資料相匹配，若是，則依步驟（2〇3)進行；若否， 繼續進行步驟（205); (203) 將與該協定比對資料相匹配之該檢測訊號輸出 到該等嵌入式轉換元件； (204) 判斷是否接收到該等嵌入式轉換元件所傳回之 該檢測訊號，若否，則依步驟（2〇5)進行，若是，繼續進 行步驟(206); (205) 輸出一警示訊號（如：「無法轉換」）到封閉協 定通訊網路2，經該封閉協定通訊網路2將該警示訊號傳 送到該第一用戶端20，以通知該第一用戶端2〇無法進行 通訊協定之轉換，並繼續進行步驟（2〇7); (206) 輸出一通知訊號（如：「轉換成功」）到該封閉 1292993 ^ 協定通訊網路2，經該封閉協定通訊網路2將該通知訊號 傳送到該第一用戶端20，以通知該第一用戶端2〇可進行 通訊協定之轉換，並繼續進行步驟（207); (207)結束該偵測程序。 在該實施例中，請參閱第3圖所示，當該轉換裝置4 接收到該第二用戶端30經該開放協定通訊網路3傳送之 該第二網路訊號時，則依下列步驟進行處理： (301)執行該偵測程序； • (302)根據該第二網路訊號内之一通訊協定資料，判 斷該檢測資料對照表内是否有任一協定比對資料與該通 訊協定資料相匹配，若是，則依步驛（303)進行，若否， 繼續進行步驟（305); (303) 將與该協疋比對資料相匹配之該檢測訊號輪出 到該欲入式轉換元件内； (304) 判斷是否接收到該等嵌入式轉換元件所傳回之 _ 該檢測訊號，若否，則依步驟(305)進行，若是，繼續進 — 行步驟(306) ; ^ (305) 輸出另一警示訊號（如：「無法轉換」）到該開 放協疋通矾網路3 ,經該開放協定通訊網路3將該另一敏 示訊號傳送到該第二用戶端30 ,以通知該第二用戶端加 無法進行通訊協定之轉換，並繼續進行步驟（3〇7); (306) 輪出另一通知訊號（如：「轉換成功」）到該開 放協疋通汛網路3，經該開放協定通訊網路3將該另一通 知訊號傳送到該第二用戶端30，以通知該第二用戶端3〇 1292993 可進打通訊協定之轉換，並繼續進行步驟(順） (307)結束該偵測程序。 如此’藉由雜鱗置4⑽設之城人式轉換元件 及該轉換軟體，即可使該第一用戶端20及第二用戶端30 …靖絲置4進仃通訊協定之賴，且可由該等警示訊 纽通知纖，崎知是何進行軌龄之轉換以進行 通訊。 、在。亥實細例中’當該轉換裝置4輸出該等通知訊號， 並、、口束韻測私序後，若再接收到該等網路訊號，即執行 ^轉換軟體内所設之-協定轉換程序，令該轉換軟體與該 嵌^式轉換元件__路峨進行通鶴定之轉換，使 4第網路喊可為該開放協定軌_ 3所接收，並將 已轉換通訊蚊之該第―網路峨傳送龍開放協定通 I’罔路3 ’或使该第二網路訊號可為該封閉協定通訊網路 2所接收並將已轉換通訊協定之該第二網路訊號傳送到 _ 該封閉協定通訊網路2。 ^在"亥實施例中，請參閱第4圖所示，當該轉換裝置4 將已轉換通訊協定之該第—網路職傳送龍開放協定 通訊網路3後，則依下列步驟進行處理： (401) 判斷是否接收到該開放協定通訊網路3所傳送 之一用戶代碼請求訊號，若是，則依步驟(4〇2)進行；若 否，繼續進行步驟(4〇1); (402) 對該用戶代碼請求訊號進行通訊協定之轉換， 並傳送到該封閉協定通訊網路2 ; 1292993 (403) 判斷是否接收到該封閉協定通訊網路2所傳送 之一用戶代碼資料，若是，則依步驟（404)進行；若否， 繼續進行步驟(403); (404) 對該用戶代碼資料進行通訊協定之轉換，並傳 送到該開放協定通訊網路3 ; (405) 判斷是否接收到該開放協定通訊網路3所傳送 之一識別碼請求訊號，若是，則依步驟(4〇6)進行；若否， _ 繼續進行步驟(405); (406) 對該識別碼請求訊號進行通訊協定之轉換，並 傳送到該封閉協定通訊網路2 ; (407) 判斷是否接收到該封閉協定通訊網路2所傳送 之一識別碼資料，若是，則依步驟(4〇8)進行；若否，繼 續進行步驟(407); (408) 對該識別碼資料進行通訊協定之轉換，並傳送 到該開放協定通訊網路3。 _ 在該實施例中，請參閱第5圖所示，當該轉換裝置4 將已轉換通訊協定之該第二網路訊號傳送到該封閉協定 通訊網路2後，則依下列步驟進行處理： (501) 判斷是否接收到該封閉協定通訊網路2所傳送 之另一用戶代碼請求訊號，若是，則依步驟（5〇2)進行； 若否，繼續進行步驟(501); (502) 對該另一用戶代碼請求訊號進行通訊協定之轉 換’並傳送到該開放協定通訊網路3 ; (503) 判斷疋否接收到该開放協定通訊網路3所傳送 12 1292993 之1用戶代碼資料，若是，則依步驟⑽4)進行；若否， 繼續進行步驟(5〇3); 、（504)對該另—用戶代辦料進行通訊協定之轉換， 並傳送到該封閉協定通訊網路2 ; ， （5〇5)判斷是否接收到該封閉協定通訊網路2所傳送 ~ 之另一識別碼請求訊號，若是，則依步驟（506)進行，若 否’繼續進行步驟(5〇5); _ (506)對該另一識別碼請求訊號進行通訊協定之轉 換’並傳送到該開放協定通訊網路3 ; (507) 判斷是否接收到該開放協定通訊網路3所傳送 之另一識別碼資料，若是，則依步驟（508)進行；若否， 繼續進行步驟(507); (508) 對該另一識別碼資料進行通訊協定之轉換，並 傳送到該封閉協定通訊網路2。 藉由本發明之該轉換裝置4、該轉換軟體及上揭步驟 瞻 之執行，不僅可使該第一用戶端2〇間或該第二用戶端3〇 間可進行通訊，更可使該第一用戶端2〇與該第二用戶端 3〇間彼此在該封閉協定通訊網路2及開放協定通訊網路 3 ’進行登錄，使得該等第一用戶端20及第二用戶端3〇 突破的不同通訊協定間的限制。 在該實施例中，復請參閱第1圖所示，當該封閉協定 通訊網路2接收到經過轉換之該第二網路訊號，即讀取該 弟一網路訊號内之一指定位址，在該網路1中尋找並連接 該指定位址，使該第二網路訊號得以傳送到該第一用戶端 13 1292993 20，而當该開放協定通訊網路3接收到經過轉換之該第一 網路訊號，即讀取該第一網路訊號内之該指定位址，在該 網路1中哥找並連接該指定位址，使該第一網路訊號得以 傳送到該第二用戶端3〇。 在忒貫施例中，請參閱第6圖所示，該轉換軟體内尚 包括一音訊轉換程序，當該轉換裝置4對該等網路訊號進 行協定轉換前，則依下列步驟進行處理： (601) 偵測该等網路訊號中是否存在一音訊資料，若 .是，則依步驟(602)進行；若否，繼續進行步驟（6〇1); (602) 執行該音訊轉換程序； (603) 對該音訊資料進行編碼之轉換，使該音訊資料 可為該封閉協定通訊網路2及/或該開放協定通訊網路3 所解碼； (604) 對該等網路訊號進行通訊協定之轉換，並續行 後績處理。 丨本發明之另一較佳實施例係一種在不同通訊協定間 進行通訊之系統，復請參閱第1圖所示，該系統係包括一 轉換裝置4 ;該轉換裝置4係包括：一通訊模組40，係與 一網路1建立連線；及一儲存模組42,係包括一轉換軟體； 其中該轉換裝置4與該網路1建立連線；且若接收到一封 閉協定通訊網路2所屬之第一用戶端2〇,透過該網路所傳 送之一第一網路訊號，即對該第一網路訊號進行轉換，並 傳送到一開放協定通訊網路3所屬之一第二用戶端3〇;及 若接收到該開放協定通訊網路3所屬之該第二用戶端3〇， 14 1292993 • 5軸路所傳送之第二網路域，即對該第二網路訊號 行轉換，並傳送到該封關定通訊網路2 戶端20。 、在該等實施例中，復請參閱第丨圖所示，該封閉協定 通訊網路2係使用Skype作為軌協定，_開放協定通 、、罔路3係使用sip作為通訊協定。如此，本發明之方法 Z僅可就該封_定通訊網路2及開放協定通訊網路3進 仃轉換，尚可就該音源資料之編碼進行轉換，使得該第一 用戶女而20與该第二用戶端3〇間不僅可進行訊號之傳遞， 並可透過.σ q進行通訊，使不同協定之網路電話所屬的用 戶間’可透過本發明之方法進行通訊，更加提升了網路通 訊上的便利性。 按，以上所述，僅為本發明最佳之較佳具體實施例， 惟本發明之構造特徵並不侷限於此，任何熟習該項技藝者 在本發明領域内，可輕易思及之變化或修飾，皆可涵蓋在 以下本案之申請專利範圍。 【圖式簡單說明】 第1圖係本發明之轉換裝置及通訊網路之示意圖； 第2圖係本發明之轉換裝置對第一網路訊號之轉換流 程圖； 第3圖係本發明之轉換裝置對第二網路訊號之轉換流 程圖； ' 第4圖係本發明在封閉協定通訊網路登錄之流程圖； 第5圖係本發明在開放協定通訊網路登錄之流程圖； 15 1292993 及 第6圖係本發明之音訊轉換程序之流程圖 【主要元件符號說明】 網路.............. .····1 第一用戶端·…· .…·20 第二用戶端··… •…·30 通訊模組........ .····40 封閉協定通訊網路…2 開放協定通訊網路…3 轉換裝置...............4 儲存模組...............42 16The second network signal conveyed by the r coherent, that is, the second end of the second network (four) is changed and the first user U to which the communication network belongs is the object, technical features and The effect of this is to make a better understanding and understanding. The embodiment and the diagram are described in detail below. [The method of communication] The present invention is a method for communication between different communication protocols. Show that the method is in a turn of the month group 40 and - storage (10) Ganzi - device 49 has "communication mode W turn" shot the view of the 40 shots and a network establishment = 'buzzle touch 42 money have - conversion When the switching device 4 is connected to the network i, 'if the receiving network 2 belongs to the first-client 2G, through the network, the younger-network signal, that is, the first network The road signal is converted and transmitted to one of the second client terminals of the open protocol communication network 3; if the second client terminal to which the open protocol communication network 3 belongs is received, the network 1 is transported through the network 1 The second network signal is converted to the second network signal and transmitted to the closed protocol communication network 2 belongs to the second user 3〇. In this way, when the first user money and the second user terminal 30 communicate the network signals, after being processed by the communication network 1, the other users can communicate with each other, so that the first user terminal 2G And the second user terminal 30 is not a job seal _ Dingtong Road 2 and thief agreement communication 1292993 Network 3 uses different communication protocol restrictions. In an embodiment of the present invention, as shown in FIG. 2, the conversion device 4 includes at least one embedded conversion component, and the conversion software body is provided with a detection program and a detection data comparison table. The detecting program can determine whether the converting device 4 can perform a protocol conversion for the received network signals, and the detecting data comparison table includes a plurality of protocol comparison data and a plurality of detecting signals. The switching device 4 receives the first user signal and transmits the first network signal transmitted by the closed protocol communication network 2, and then performs the following steps: (201) executing the detection procedure; (202) according to The communication protocol data in the first network signal searches for the test data comparison table to determine whether any agreement comparison data matches the communication agreement data, and if so, proceeds according to step (2:3); No, proceeding to step (205); (203) outputting the detection signal matching the agreement comparison data to the embedded conversion components; (204) determining whether the embedded conversion components are received Returning the detection signal, if not, proceeding according to step (2〇5), and if so, proceeding to step (206); (205) outputting a warning signal (eg, "cannot be converted") to the closed protocol communication network 2 Transmitting the warning signal to the first user terminal 20 via the closed protocol communication network 2 to notify the first user terminal 2 that the conversion of the communication protocol cannot be performed, and proceeding to the step (2〇7); (206) A notification signal (eg, "conversion success") is outputted to the closed communication network 2, and the notification signal is transmitted to the first user terminal 20 via the closed protocol communication network 2 to notify the first user terminal 2 〇 The protocol can be converted and proceed to step (207); (207) End the detection procedure. In this embodiment, as shown in FIG. 3, when the switching device 4 receives the second network signal transmitted by the second client 30 via the open protocol communication network 3, the following steps are performed. (301) executing the detection procedure; (302) determining, according to one of the communication protocol data in the second network signal, whether any of the comparison data in the detection data table matches the communication protocol data If yes, proceed according to step (303), if not, proceed to step (305); (303) round the detection signal matching the collation data to the input conversion component; (304) determining whether the _ the detection signal sent back by the embedded conversion component is received, if not, proceeding according to step (305), and if yes, proceeding to step (306); ^ (305) outputting another a warning signal (eg, "cannot be converted") to the open communication network 3, via which the other sensitive signal is transmitted to the second user terminal 30 to notify the second The client adds the inability to convert the protocol and continues (3) (306) rotating another notification signal (eg, "conversion success") to the open communication network 3 via which the other notification signal is transmitted to the communication network 3 The second client 30 notifies the second client 3〇1292993 that the communication protocol can be converted, and proceeds to the step (Shun) (307) to end the detection procedure. Thus, the first user terminal 20 and the second user terminal 30 can be placed in the communication protocol by using the urban-style conversion component and the conversion software provided by the squaring set 4 (10), and the Waiting for the warning message to inform the fiber, Qisaki knows how to switch the age to communicate. ,in. In the case of the real case, when the conversion device 4 outputs the notification signals, and after the voice sequence is measured, if the network signals are received again, the conversion of the protocol is performed. a program that causes the conversion software to perform a conversion with the embedded conversion component __路峨, so that the 4th network call can be received by the open protocol track _ 3, and the converted communication mosquito is the first The network transmits the Dragon Open Agreement I's the way 3' or enables the second network signal to be received by the closed protocol communication network 2 and transmits the second network signal of the converted communication protocol to the Agreement communication network 2. ^ In the "Hui embodiment, please refer to Fig. 4, when the conversion device 4 converts the first-network communication protocol open communication network 3 of the converted communication protocol, the following steps are processed: (401) determining whether a user code request signal transmitted by the open protocol communication network 3 is received, and if yes, proceeding according to step (4〇2); if not, proceeding to step (4〇1); (402) The user code request signal is converted by the communication protocol and transmitted to the closed protocol communication network 2; 1292993 (403) determines whether one of the user code data transmitted by the closed protocol communication network 2 is received, and if so, according to the step (404) Performing; if not, proceeding to step (403); (404) performing a protocol conversion on the user code data and transmitting to the open protocol communication network 3; (405) determining whether the open protocol communication network 3 is received Transmitting one of the identification code request signals, if yes, proceeding according to step (4:6); if not, _ continuing to step (405); (406) converting the identification code request signal to the protocol and transmitting to The Closed agreement communication network 2; (407) determining whether one of the identification code data transmitted by the closed protocol communication network 2 is received, and if so, proceeding according to step (4: 8); if not, proceeding to step (407); 408) Converting the identification code data to the open protocol communication network 3. _ In this embodiment, as shown in FIG. 5, after the switching device 4 transmits the second network signal of the converted communication protocol to the closed protocol communication network 2, the following steps are performed: 501) determining whether another user code request signal transmitted by the closed protocol communication network 2 is received, and if yes, proceeding according to step (5〇2); if not, proceeding to step (501); (502) A user code request signal is used to convert the communication protocol' and transmitted to the open protocol communication network 3; (503) determining whether the user code data of 12 1292993 transmitted by the open protocol communication network 3 is received, and if so, the steps are followed. (10) 4) proceed; if not, proceed to step (5〇3); (504) convert the communication protocol of the other-user agent and transmit it to the closed-connection communication network 2; (5〇5) Whether to receive another identification code request signal transmitted by the closed protocol communication network 2, if yes, proceed according to step (506), if not, proceed to step (5〇5); _ (506) to the other Identification code request signal is passed The conversion of the agreement is transmitted to the open protocol communication network 3; (507) determining whether another identification code data transmitted by the open protocol communication network 3 is received, and if so, proceeding according to step (508); if not, continuing Going to step (507); (508) converting the other identification code data into a protocol and transmitting to the closed protocol communication network 2. The conversion device 4, the conversion software and the execution step of the present invention can not only enable communication between the first user terminal 2 or the second client terminal 3, but also enable the first The user terminal 2 and the second client terminal 3 log in to each other in the closed protocol communication network 2 and the open protocol communication network 3', so that the first user terminal 20 and the second user terminal 3 can break through different communication. Restrictions between agreements. In this embodiment, as shown in FIG. 1 , when the closed protocol communication network 2 receives the converted second network signal, it reads a designated address in the network signal. Searching and connecting the designated address in the network 1 to enable the second network signal to be transmitted to the first client 13 1292993 20, and when the open protocol communication network 3 receives the converted first network The road signal reads the designated address in the first network signal, and the network 1 finds and connects the designated address, so that the first network signal is transmitted to the second user terminal 3 Hey. In the example, as shown in Fig. 6, the conversion software further includes an audio conversion program. Before the conversion device 4 performs the protocol conversion on the network signals, the following steps are performed: 601) detecting whether an audio data exists in the network signals, if yes, proceeding according to step (602); if not, proceeding to step (6〇1); (602) executing the audio conversion program; 603) converting the audio data into a code so that the audio data can be decoded by the closed protocol communication network 2 and/or the open protocol communication network 3; (604) converting the communication protocol of the network signal, And continue after the performance. Another preferred embodiment of the present invention is a system for communicating between different communication protocols. Referring to FIG. 1, the system includes a conversion device 4; the conversion device 4 includes: a communication module The group 40 is connected to a network 1; and a storage module 42 includes a conversion software; wherein the conversion device 4 establishes a connection with the network 1; and if a closed protocol communication network is received 2 The first user terminal 2, the first network signal transmitted through the network, the first network signal is converted, and transmitted to a second user end of an open protocol communication network 3 3〇; and if receiving the second client terminal belonging to the open protocol communication network 3, 14 1292993 • the second network domain transmitted by the 5-axis road, that is, the second network signal line is converted, and Transfer to the closed communication network 2 client 20. In these embodiments, as shown in the figure, the closed protocol communication network 2 uses Skype as the orbital agreement, and the _open agreement, and the 3 3 3 system use sip as the communication protocol. Thus, the method Z of the present invention can only convert the communication network 2 and the open protocol communication network 3, and can still convert the encoding of the audio source data, so that the first user is 20 and the second The user terminal 3 can not only transmit signals, but also communicate via .σ q, so that users of different agreed-upon network phones can communicate through the method of the present invention, thereby improving network communication. Convenience. The above description is only the preferred embodiment of the present invention, but the structural features of the present invention are not limited thereto, and any person skilled in the art can easily think of changes or Modifications can be covered in the scope of the patent application in the following case. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic diagram of a conversion apparatus and a communication network of the present invention; FIG. 2 is a flowchart of conversion of a first network signal by the conversion apparatus of the present invention; and FIG. 3 is a conversion apparatus of the present invention Flowchart for conversion of the second network signal; 'Figure 4 is a flow chart of the invention in the closed protocol communication network; Figure 5 is a flow chart of the invention in the open protocol communication network; 15 1292993 and 6 Flowchart of the audio conversion program of the present invention [Description of main component symbols] Network....................1·1 First User End·...· ....·20 Two Clients··... •...·30 Communication Modules....................40 Closed Protocol Communication Network...2 Open Protocol Communication Network...3 Conversion Device......... ...4 Storage Modules..................42 16