200937907 九、發明說明： - 【發明所屬之技術領域】 - 本發明係有關於一種遠端服務技術，更詳而言之，係 關於一種利用點對點網路架構提供用戶端遙控遠端的電 子设備以及由遠端獲取所需服務之遠端服務系統。 【先前技術】 隨著科技及電子產業的進步及發展，許多電子產品的 發明，固然為人類的生活帶來舒適，但相對也增加了操作 ®的複雜性’尤其對於需依環境及需求分別設於不同區域的 電氣裝置（例如：電視、冷氣機或防盜設備），為了免除 逐一操作的麻煩，即透過遙控手段來控制每一電氣裝置。 按傳統之遙控手段，係將搭載有控制指令的控制信號 於主控端編碼’再由發送端透過有線或無線的方式傳送至u 具有接收端之被控端解碼’使被控端所電性連接之電氣裝 置根據控制信號的控制指令執行預定的動作；惟上述之遙 ❹工方式3針對遙控對象的不同，分別建置如編/解碼裝置 等軟硬體設備’因此實施不具方便性且費用相當高。 由於近年來全球資訊網（w〇rld Wide Web ; www)已 成為電腦網路上不可或缺的工具，而其基礎的HTTP協定 則為:種跨平台的標準’而可將不同電腦系統中存取的資 邛都經由網際網路來達成相互連線的目的，即當雙方電腦 通訊協定作為溝通媒介時，使用者僅需購買必要 *電腦設備，不必另外建置額外的軟硬體設備，亦即僅須 周路費用外’即可將一控制信號由主控端網頁發送至 110396 5 200937907 、被控端’再傳輸至被控端所電性連接之通訊終端，且在電 ·_信業界=面，亦有利用GPRS4 3G/4G來遙控通訊終端， 即利用簡訊由主控端傳送至被控端再傳至通訊終端，同樣 除了通話費用及Η號使用費外，不必建置額外的硬體設 備’故不但成本相對降低，且實施容易；$，此種遙控方 式在使用者與被控端或通訊終端間缺少點對點直接連 線，更進一步說，HTTP協定限制每次連接只處理一個請 求，當飼服器處理完客戶的請求並收到客戶 ❹中斷連線，故瓣協定的方式無法在主控端與被控料 通訊終端間建立直接連線關係，也就無法滿足兩端使用者 同時間遠距離臨場（LIVE)多媒體服務的需求（不單只是 控制信號的傳遞），且透過第三伺服器（如：電信交換機） 進行繁瑣之認證程序，無疑亦增加被控端電腦處理的負 擔’甚而影響網路即時處理的速度。 、 職是，如何提供一種無須透過第三伺服器（如：電俨 ❹交換機）進行繁瑣之認證程序且於使用上更為方便之遠; 控制系統，實為目前此產業界中亟待解決之問題。 而 【發明内容】 目的在於提供 統，俾於使用 鑒於上述習知技術之缺點，本發明之— 一種無須進行繁瑣之認證程序的遠端服務系 上更具方便性。 ^本發明之另一目的在於提供一種藉由點對點的連線 模式達到雙向即時互動溝通的功能的遠端服務系統，俾於 進行遙控服務時，使主控端與被控端或通訊終端間保持點 110396 6 200937907 .對點連線而使兩端前之使用者同時間可以做遠距離臨場 -(live)的多媒體服務滿足現階段的通訊需求。 ❹ Ί述目的及其他目的，本發明提供—種遠端服務 絲係應用於至少一主控端及至少一被控端，該遠端服 二至少包括：設於該被控端上之受控傳輸介面，係與 至少-通訊終端連接；設於該被控端上之比對資料庫，用 2=相應各料料端之作動㈣的控制碼資訊及 二：ί控制指令;分別設於該主控端與該被控端上之使 押端之# Γ ’、°又於β亥主控端上之操作介面模組，係與該主 代理單元電性連接’用以產生與該被控端上之 1對=1庫所儲存之各該控制編碼資訊對應的控制信 用代理^於該被控端上之處理模組’係與該被控端之使 接，用=生該比對資料庫以及該受控傳輸介面電性連 + 配各該通訊終端於不同作動狀態的關聯 雙方的一單 處理模組接====料處理模組，並於該 應之控制編碼資並據以押：f搜哥與該控制信號相對 該受控傳輸介面傳、應至2取㈣應之控制指令以經由 專至0亥通。死終端，以令該ϋ句炊被姦斗 對應該控制編碼資訊之實體動作。 產生 -主端服務系統的另一實施例，係應用於至少 於‘二1被控端’該遠端服務系統至少包括:設 被^上之受控傳輸介面，係與至少一通訊終端連 110396 7 200937907 : 端上之比對資料庫，用以儲存相應各該通 於兮^ 控端與該被控端上之使用代理單元；設 單=電'1=之#作介面模組，係與該主控端之使用代理 存之各生與該被控端上之比對資料庫所儲 代理伺ϋΓ編碼纽對應的控制錢；設於該被控端之 伺服模組，係與該受控傳輸介面電 〇 該主控端是否有服務存取權限；以及設於該被 = r…： 代理單元、該比對資料庫以 於服模組電性連接’用以預先分配各該通訊終端 ο 透屬錐_!態的關聯碼’以於該被控端與該主控端之間 =方的山使用代理單元建立點對點通訊傳輸路徑時，先 i控端之代理伺服模組驗證是否具有服務存取權 ’則拒絕該主控端透過該被控端與通訊終端建立 若是，則將該主控端之操作介面模組所產生之 工制4 #u傳輸至該被控端的處理模組，並於該處理模組接 自該比對資料庫搜尋與該控制信號相對應之控制編 t貧訊’亚據以操取相對應之控制指令以經由該受控傳輸 "面傳遞至該通訊終端，以令該通訊終端產生對應該控制 編碼資訊之實體動作。 -;本毛月之幸又佳貫施例中，該處理模組透過受控傳 輸"面偵測„亥通讯終端之作動狀態並依據所分配的關聯 碼產生即時資訊傳輸至該主控端之操作介面模組。其中該 即時資訊係可為裝置狀態表（device status panel)。 110396 8 200937907 具1P該操作介面模組復包括 ^ 用代理單元電性連接，用、+本早兀，係與主控端之使 ，即時資訊及輸入對應各，二妾收該通訊終端之作動狀態的 顯不早元，係與該操作單制ϋ以及 訊。該主控端復包括與該操作單=性用時資 用以儲存所接收之即時資訊。 屺！·思早兀， 於本發明之一較伟盘Λ：丨 端上復财訊自該遠端服㈣統之被控 ❹ =、二1 訊終端作動狀態相關之閱讀訊息， 終端將該作動狀態透過該受控傳輸介 ==核組時’搜尋與作動狀態相對應之訊息並透過該 被控端雙k制代料S所建 路徑，將該訊息傳遞於該主控端之操作介面模組。傳輸 於本發明之一較佳實施例中’該比對資料庫内之控制 編碼資訊係為預先建立的代碼資料表（code data panel ) ° ©&本發明之一較佳實施例中，該 間的使用代理單元係透過通訊啟始以（s^〇n Initation Protocol ; SIP)建立點對點通訊傳輸路徑通 道（tunnel)，並以info或MESSAGE方法傳送控制信號， 該處理模組係為應用服務模組（Applied Sevice ; ASM)，且該處理模組内的控制指令編程係可為通用閘道 介面（Common Gateway Interface ;CGI)格式或其他功 能相近之介面格式。 110396 9 200937907 於本發明之一較佳竇尬a,丄 >括：計費單元，以當該主;該代理祠服模組復包 /徑後，計取費用。—與通訊終端建立通訊傳輸路 本發明之遠端服㈣統，其主要錄 =分配各該通訊終端於不同作動狀態的關聯碼，以在 =代理單元於被控端與主控端之間建立點對二 =輸路徑時，由操作介面模組所產 尋 ❹ 碼資訊，並據，相對應之控制= 對應該控制編瑪資訊令:通訊终端產生 言，本發明係可俥葬“作或相較於習知技術而 動嘍、兩沾士处3 ^對點的連線模式制雙向即時互 動溝通的功能，俾於進行遙 于互 或通訊終端卩㈣與被控端 時間可以做遠二 線而使兩端前之使用者同 ❹ 的通訊需求，特別服矛力滿足現階段 機）進行繁瑣之認證程=過第二飼服器（如：電信交換 【實施方式】 以下係糟由特定的具體實例說明本發明t 瞭解本發明之㈣#示之内容輕易地 的具體實例加以本發明亦可藉由其他不同 基於不同觀點與/本說明書中的各項細節亦可 修飾與變更。… $痒離本發明之精神下進行各種 以下之實施例係進一步詳細說明本發明之觀點，但並 110396 10 200937907 非以任何觀點限制本發明之範疇，以下圖式僅以簡化之示 思圖式說明本發明之基本構想，逐圖式中僅例示與本發明 ^有關之元件而非按照實際實施時之元件數目、形狀及尺寸 繪製，因此在實際實施時，各元件之型態、數量及比例並 非以圖式為限，可依實際設計需要作變化，合先敘明。 ο 參閱第1圖，係用以說明本發明之遠端服務系統之一 基本架構方塊示意圖。如圖所示，本發明之遠端服務系統 40 ίτ、應用於至 > —主控端} Q及至少—被控端別，該被控 端20電H連接至少—通訊終端3()。該遠端服務系統 至少包括：設於該被控端2〇上用以與該通訊終端3〇連接 之受控傳輸介面21、設於該被控端2〇上之比對資料庫 23、分別設於該主控端1〇與該被控端別上之使用代理單 疋12、22、設於主控端1〇上與該使用代理單元12電性 η作介面模組u以及設於被控端2〇上與該使用代 對資料庫23以及該受控傳輸介… 連接之處理核組24。於本實施例中，該主控端1()盥被 控端20係可為桌上型電 ” ,电腼聿°己型电腦、個人數位助理 A)、手機、工業電腦、伺服器 備，該通訊終端30可為電H戶*凡式包子5又 .σ 巧罨視屯風扇、空調機、洗衣機 構件^以下對本發明所揭之遠端服務系統40之各 •、且成構件進行詳細說明。 … 傳輸介面21係設於被控端2°上，用以與至少 二二二連接。具體而言，該受控傳輸介面21係可 有，泉的方式與通訊終端30連接，例如通用序列匯流排 110396 11 200937907 .(UniversaI Seriai Bus ; USB)、IEEE1394 之標準介面， 亦可以热線的方式與通訊終端3〇連接，例如藍芽 '(bluetooth)、紅外線、IEEE8〇2· u、WiMax 之標準介 面之中之一者。 4比對資料庫2 3係用以儲存相應各該通訊終端3 〇 之作動狀態的控制編碼資訊及其對應之相關控制指令。於 本實施例中，該比對資料庫23内之控制編碼資訊係可為 預先建立的代碼資料表（c〇dedatapanel ; cap)，該代 ❹碼資料表係可對照所指定之通訊終端30預先建立相對應 之控制指令’俾供位於主控端1〇的使用者透過—輸入裝 置（本實施例為操作介面模組u)觸動相應通訊終端3〇 之狀態事件的控制指令。具體而言，可視主控端使用者的 要求或主控端使用者是否具服務存取權限將該代碼資料 表傳送或不傳送至主控端。 山該使用代理單元丨2、22係分別設於被控端1〇與主控 端20上，用以於該主控端1〇與該被控端2〇之間建立點 〇對點通訊傳輸路徑，即該主控端10與該被控# 2〇之間的 使用代理單元12、22係透過通訊啟始協定（Sessi〇n200937907 IX. Description of the invention: - [Technical field to which the invention pertains] - The present invention relates to a remote service technology, and more particularly to an electronic device for remotely controlling a remote end of a user terminal using a peer-to-peer network architecture And a remote service system that obtains the required services from the remote end. [Prior Art] With the advancement and development of the technology and electronics industry, the invention of many electronic products has brought comfort to human life, but it has also increased the complexity of operation®, especially for environments and needs. For electrical devices in different areas (such as televisions, air conditioners or anti-theft devices), in order to avoid the trouble of one-by-one operation, each electrical device is controlled by remote control. According to the traditional remote control method, the control signal with the control command is encoded on the main control terminal, and then transmitted by the transmitting end to the terminal with the receiving end by the wired or wireless mode. The connected electrical device performs a predetermined action according to the control command of the control signal; however, the above-mentioned remote completion mode 3 separates the hardware and software devices such as the encoding/decoding device separately for the remote control object, so the implementation is inconvenient and costly. Quite high. In recent years, the global information network (www.wdrld Wide Web (www) has become an indispensable tool on the computer network, and its basic HTTP protocol is: a cross-platform standard' and can be accessed in different computer systems. The funds are all connected through the Internet to achieve the purpose of interconnection. When the two computer communication protocols are used as the communication medium, the user only needs to purchase the necessary computer equipment without having to build additional software and hardware devices. Only need to pay the cost of the road, you can send a control signal from the main control webpage to 110396 5 200937907, and the controlled terminal will be transmitted to the communication terminal electrically connected to the controlled terminal, and in the electricity industry. In addition, GPRS4 3G/4G is also used to remotely control the communication terminal, that is, the SMS is transmitted from the host to the controlled terminal and then to the communication terminal. In addition to the call charge and the nickname, there is no need to build additional hardware. The device is not only relatively low cost, but also easy to implement; $, this remote control method lacks point-to-point direct connection between the user and the controlled terminal or communication terminal, and further, the HTTP protocol limits each connection. Handling a request, when the feeding machine processes the customer's request and receives the customer's disconnected connection, the way of the flap agreement cannot establish a direct connection relationship between the main control end and the controlled communication terminal, and thus cannot satisfy the two. The end user's simultaneous LIVE multimedia service requirements (not just the transmission of control signals), and the tedious authentication process through the third server (such as: telecommunications switch), undoubtedly increase the processing of the host computer The burden 'even affects the speed of online processing. , job, how to provide a tedious authentication process without using a third server (such as: eDonkey switch) and more convenient to use; control system, is currently an urgent problem in this industry . SUMMARY OF THE INVENTION The present invention is directed to providing a system for ease of use. In view of the above-described disadvantages of the prior art, the present invention is more convenient in a remote service system that does not require a cumbersome authentication procedure. Another object of the present invention is to provide a remote service system that achieves two-way instantaneous interactive communication through a point-to-point connection mode, so as to maintain the remote control service between the host and the controlled terminal or the communication terminal. Point 110396 6 200937907 . The point-to-point connection allows users in front of both ends to simultaneously make long-lived multimedia services to meet the communication needs of the current stage. The present invention provides a remote service wire for at least one master and at least one controlled terminal, and the remote device 2 includes at least: controlled on the controlled terminal. The transmission interface is connected to at least the communication terminal; the comparison database set on the controlled terminal uses 2=control code information of the corresponding material end (4) and 2: ί control instruction; respectively The control terminal and the operation interface module on the control terminal of the control terminal are electrically connected with the main agent unit to generate and control the control interface module on the control terminal. The control credit agent corresponding to each control code information stored in the 1 pair = 1 library is connected to the controlled terminal on the controlled terminal, and the comparison data is generated by using the = control data. The library and the controlled transmission interface are electrically connected with a single processing module of each of the associated terminals of the communication terminal in different active states, and the control processing module is controlled according to the押: f search brother and the control signal relative to the controlled transmission interface, should be 2 (four) should be the control command to From the exclusive to 0 Haitong. Dead terminal, in order to make the swearing swearing to act against the entity that controls the coding information. Another embodiment of the generation-primary service system is applied to at least the 'two-one controlled terminal'. The remote service system includes at least: a controlled transmission interface, and is connected to at least one communication terminal 110396 7 200937907 : The comparison database on the end is used to store the corresponding use of the proxy unit on the control terminal and the controlled terminal; setting the single=electric '1=# as the interface module, The controlling end of the use of the proxy and the control end of the database to store the control code corresponding to the proxy code; the servo module set at the controlled end is controlled The transmission interface device has the service access right of the main control terminal; and is disposed at the = r...: proxy unit, and the comparison database is electrically connected to the service module for pre-allocating each communication terminal. The correlation code of the cone _! state is used to establish a point-to-point communication transmission path between the controlled terminal and the master terminal, and the proxy servo module of the first control terminal has the service. The access right refuses to establish the host through the controlled terminal and the communication terminal. If yes, the processing system generated by the operation interface module of the main control terminal is transmitted to the processing module of the controlled terminal, and the processing module is connected to the comparison database to search for the control signal. Corresponding control code is used to obtain a corresponding control command to be transmitted to the communication terminal via the controlled transmission, so that the communication terminal generates an entity action corresponding to the control code information. - In the case of the good luck of the month, the processing module transmits the instant information to the host via the controlled transmission "surface detection" The operation interface module, wherein the real-time information system can be a device status panel. 110396 8 200937907 The 1P operation interface module includes the electrical connection with the proxy unit, and the + early registration system Corresponding to the control of the main control terminal, the instant information and the input correspond to each other, and the activation state of the communication terminal is not early, and the operation and the operation are performed separately. The main control terminal includes the operation list = Sexual time is used to store the instant information received. 屺!·思早兀, in one of the inventions of the present invention: 丨端上复财讯from the remote service (four) unified charge ❹ =, two 1 The read message related to the state of the terminal actuation state, the terminal transmits the active state through the controlled transmission medium == the core group, the search corresponding to the action state and the path established by the controlled terminal double k system substitute material S , the message is transmitted to the operation interface of the host Transmitted in a preferred embodiment of the present invention, the control code information in the comparison database is a pre-established code data panel ° © & preferred embodiment of the present invention The use proxy unit establishes a point-to-point communication transmission path tunnel (s^〇n Initation Protocol; SIP) through communication, and transmits a control signal by an info or MESSAGE method, and the processing module is an application. Service Module (ASM), and the control command programming in the processing module can be a Common Gateway Interface (CGI) format or other similar interface format. 110396 9 200937907 In the present invention A preferred sinus a, 丄 > includes: a billing unit, to be the master; the agent 模组 service module after the package / path, the cost is calculated. - establish a communication transmission path with the communication terminal Service (four) system, its main record = assign the communication code of each communication terminal in different active state, in order to establish a point-to-two = transmission path between the controlled agent and the host terminal, the operation interface module Place According to the corresponding information, the corresponding control = corresponding to the control of the Ma Ma information order: the communication terminal produces words, the invention can be buried or compared to the conventional technology, the two 3 ^ Point-to-point connection mode Two-way real-time interactive communication function, so that the communication needs of the remote user or communication terminal (4) and the controlled terminal time can be made far away and the users at both ends can communicate with each other. , special service to meet the current stage of the machine) to carry out the tedious certification process = through the second feeding device (such as: telecommunications exchange [embodiment] The following is a specific example to illustrate the invention t understand the invention (four) # show The present invention may be modified and altered by other specifics based on various aspects and/or details in the specification. The invention is further described in detail in the following embodiments, but the scope of the present invention is not limited by any point of view, and the following drawings are merely simplified schematic diagrams. The basic idea of the present invention is illustrated, and only the components related to the present invention are illustrated in the drawings, instead of being drawn according to the number, shape and size of the components in actual implementation. Therefore, in actual implementation, the types, quantities and proportions of the components are actually implemented. It is not limited to the schema, and can be changed according to the actual design needs. ο. Fig. 1 is a block diagram showing the basic architecture of one of the remote service systems of the present invention. As shown, the remote service system 40 ίτ of the present invention is applied to the > master terminal Q and at least the controlled terminal, and the host terminal 20 is electrically connected to at least the communication terminal 3 (). The remote service system includes: a controlled transmission interface 21 disposed on the controlled terminal 2 to be connected to the communication terminal 3, a comparison database 23 disposed on the controlled terminal 2, and respectively The agent terminal 12, 22 disposed on the master terminal 1 and the controlled terminal device, and the interface module u disposed on the master terminal 1 and the agent unit 12 are disposed on the interface The control unit 2 is connected to the processing core group 24 and the controlled transmission medium. In this embodiment, the main control terminal 1 () 盥 controlled terminal 20 can be desktop power, electric 腼聿 ° computer, personal digital assistant A), mobile phone, industrial computer, server equipment, The communication terminal 30 can be an electric H-home, a versatile bun, a sleek, a fan, an air conditioner, a washing machine component, and the following is a detailed description of the remote service system 40 of the present invention. The transmission interface 21 is disposed at 2° of the controlled terminal for connection with at least two or two. Specifically, the controlled transmission interface 21 can be connected to the communication terminal 30, such as a universal The serial bus 110396 11 200937907 . (UniversaI Seriai Bus; USB), IEEE1394 standard interface, can also be connected to the communication terminal 3〇 by hot line, such as Bluetooth (bluetooth), infrared, IEEE8〇2·u, WiMax One of the standard interfaces. 4 Alignment database 2 3 is used to store control code information corresponding to the actuation state of each communication terminal 3 and its corresponding related control command. In this embodiment, the ratio The control coding information in the database 23 can be a pre-established code data table (c〇dedatapanel; cap), which can be pre-established with a corresponding control command in response to the designated communication terminal 30 for the user at the host terminal 1 to transmit through - The input device (in this embodiment is the operation interface module u) touches the control command of the status event of the corresponding communication terminal 3. Specifically, whether the user of the host terminal or the user of the host has the service access right The code data table is transmitted or not transmitted to the main control terminal. The mountain use proxy unit 丨2, 22 is respectively disposed on the controlled terminal 1〇 and the main control terminal 20, and is used for the main control terminal 1 and the A point-to-point communication transmission path is established between the controlled terminals 2, that is, the use proxy unit 12, 22 between the master terminal 10 and the controlled terminal 2 communicates through the communication protocol (Sessi〇n
Imtat10n Protocol ; SIP)建立點對點通訊傳輸路徑通 道（tunnel)，並以INF〇4MESSAGE方法傳送控制信號。 該操作介面模組11係包括操作單元1U及顯示單°元 112,其中該操作單元U1係與主控端1〇之使用代理單元 1 次2電性連接’用以接收該通訊终端3Q之作動狀態的即時 貝汛及輸入對應各該控制編碼資訊之控制信號；該顯示單 110396 12 200937907 ，n2則與該操作單元111電性連接，用以顯示該即時資 •訊。具體而言，該操作單元U1係為鍵盤（Keyboard)、 -滑鼠或觸碰式面板（Touch panel)等，該顯示單元則可 為LCD顯示器、電漿顯示器、CRT顯示器等但不以上述 為限。 ❹ ❹ 該處理模組24係與該被控端2〇之使用代理單元 22該比對資料庫23以及該受控傳輸介面2丨電性連接， 用以預先分配該各該通訊終端30於不同作動狀態的關聯 碼A，以當透過使用代理單元12、22於該主控端1〇與該 被控端20之間建立點對點通訊傳輸路徑時，將該操作介 面模組11所產生之控制信號經由使用代理單元12、22 傳輸至該處理模組24，並由該處理模組24接收後，自該 比對資料4 23才叟尋與該控制信號相對應之控制編碼資 訊’亚據以擷取相對應之控制指令以經由該受控傳輸介面 21傳遞至該通訊終端3〇,以令該通訊終端3〇產生對應該 控制編碼資訊之實體動作。具體而言，該處理模組24係 為應用服務模組（Applied Sevice Module ; ASM)，該處 理核組24内的控制指令編程係可為通用閘道介面 (C〇mm= Gateway Interface ; CGI)格式或其他功能 相近之介面格式，並由該處理模組24透過受控傳輸介面 偵測°亥通讯终端3 0之作動狀態以依據所分配的關聯碼 生I7時資5凡傳輸至該操作介面模組1 1，其中該即時資 系了 以即日守傳輸協定（Real-time Transfer Protocol ; )或”他線上廣播的格式或其他即時雙向方式以供主 110396 13 200937907 控端10之操作介面模組11之顯示單元112予以播放，可 讓匕^ 1 〇與被控端2 0或通訊終端3 〇間作即時雙向溝 _通’於本實施例中，肖即時資訊係為由複數個通訊終端 3〇地分別依據不同作動狀態所對應的關聯碼a產生一裝置 狀悲表（device status panel ; dsp)。 明配合參閱第2圖所示’係為一裝置狀態表之示音 圖，如圖所示，不同的通訊終端（1、2、…、1〇係分^ 依…、不同的作動狀悲s的狀態事件予以編碼，例如通訊終 ❹，1的狀-事件（Sll、S21.....SrU)所對應的關聯碼 F11 F21.....Fnl )，通訊終端2的狀態事件（S12、 S22、…、Sn2)所對應的關聯碼為（F12、F22、…、Fn2), 通訊終端N的狀態事件（Μ ς 龆m μ, S2n.....%η)所對應的 關耳w碼為（Fln、F2n、…、，以此類推，即由該處 理模組24透過該受控傳輸介面該通訊終端30之 作動狀態依據所分配的關聯碼所產生的裝置狀態表，再透 過使用代理單元12、22建立點對點通訊傳輸通道後，將 ◎该裝置狀態表傳送至摔作介而 仰μ田木〜 纽11，以供位於主控端 3〇。 拳握通訊終端的狀態或選取特定的通訊終端 凊配合參閱第3圖所于，总& — 圖，+胃 、係為一代碼貧料表之示意 圖’如圖所不，不同的通訊終端（1、2、…、 依照不同的關聯碼A事券孚，、，& 先予以編程對應的控制編碼資訊 例如通訊終端1的關聯石馬Α分別為（FU、F21、…、 Fnl)所對應的控制編碼資訊c分別為（codell、 110396 14 200937907 ^621、···、C〇denl)，通訊終端2的關聯碼八分別為 FI 2 F22、…、Fn2 )所對應的控制編資 -(C〇del2、c_22、…、c〇den2)，通訊終端 N = 聯碼A分別為（Fln、F2n、...、Fnn)所對應的控制編碼 貧訊 C 分別為（Code ln、c〇de 2n、…、c〇de nn)，以 此犬員推’以供位於主控端j 〇的使用者透過前述的操作單 兀111產生對應關聯碼A之控制指令。而此代碼資料表在 使用代理單元12、22建立點對點通訊傳輸通道後，被控 ❹端20之處理模組24可視需求或授權與否來決定該代碼資 料表是否傳送至操作介面模組U。 一於上述實施例中，該主控端10復包括與該操作介面 模:11电眭連接之§己憶單元13，用以儲存所接收之即時 資訊，使該操作單元1U觸動與前述比對資料庫23相應 於通訊終端30之狀態事件的控制指令，藉由該記憶單元 13接收並儲存通訊終端已執行之狀態事件的即時資訊， 再透過顯示單元112顯示該即時資訊。其具體控制方式係 ©可為依據關聯碼A(FU_Fnn)先將對應通訊終端的名稱 f則排列於一可供該主控端1〇之使用者閱讀之表格選 單，而該表格選單係可為透過軟體（如Visual Basic等 視窗編程軟體）所建構之圖形化使用介面（Graphical User Interface ; gui)，以供使用者可直接透過該圖形 化使用介面閱讀及選取控制；此外，亦可於操作單元1U 依據關聯碼A (F1卜Fnn)定義之單個或複數個觸碰區塊 組s (例如：Ctrl、Alt、Shift)設定對應前述代碼資料 15 110396 200937907 表的熱鍵（Hot-key ) ’但不以上述為限。 • 參閱第4圖，係用以說明本發明之遠端服務系統由主 -控端10以I NF〇方法傳送控制信號之處理程序圖，如圖所 示，本實施例係以通訊啟始協定（Sessi〇n Initati⑽Imtat10n Protocol; SIP) establishes a point-to-point communication transmission path tunnel and transmits control signals in the INF〇4MESSAGE method. The operation interface module 11 includes an operation unit 1U and a display unit 112. The operation unit U1 is electrically connected to the use agent unit of the main control unit 1 for receiving the communication terminal 3Q. The current status of the status and the control signal corresponding to each of the control code information; the display unit 110396 12 200937907, n2 is electrically connected to the operation unit 111 for displaying the instant information. Specifically, the operating unit U1 is a keyboard, a mouse or a touch panel, and the display unit can be an LCD display, a plasma display, a CRT display, etc., but not in the above limit. The processing module 24 is electrically connected to the using proxy unit 22 of the controlled terminal 2 and the controlled transmission interface 2 for pre-allocating the communication terminals 30 differently. The associated code A of the active state, when the point-to-point communication transmission path is established between the host terminal 1 and the controlled terminal 20 through the use of the proxy unit 12, 22, the control signal generated by the operation interface module 11 After being transmitted to the processing module 24 by using the proxy unit 12, 22, and received by the processing module 24, the matching data 423 is searched for the control encoding information corresponding to the control signal. Corresponding control commands are transmitted to the communication terminal 3 via the controlled transmission interface 21 to cause the communication terminal 3 to generate an entity action corresponding to the control of the encoded information. Specifically, the processing module 24 is an Application Service Module (ASM), and the control command programming system in the processing core group 24 can be a common gateway interface (C〇mm=Gateway Interface; CGI). a format or other interface format that is similar in function, and the processing module 24 detects the active state of the communication terminal 30 through the controlled transmission interface to transmit to the operation interface according to the assigned associated code I7 time. Module 1 1, wherein the real-time resource is a real-time transfer protocol (Real-time Transfer Protocol;) or "his online broadcast format or other instant two-way mode for the main 110396 13 200937907 console 10 operating interface module The display unit 112 of the 11 is played, so that the 双向^ 1 〇 and the controlled terminal 20 or the communication terminal 3 can be used as an instant two-way groove_in the present embodiment, the short-time information is composed of a plurality of communication terminals 3 The device status panel (dsp) is generated according to the associated code a corresponding to the different actuation states. The matching is shown in Figure 2 as a sound map of a device status table. Show, no The same communication terminal (1, 2, ..., 1 〇 分 依 依 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 Correlation code F11 F21.....Fnl corresponding to SrU), the associated code corresponding to the status event (S12, S22, ..., Sn2) of the communication terminal 2 is (F12, F22, ..., Fn2), communication terminal The closing condition w corresponding to the state event of N (Μ ς μm μ, S2n.....% η) is (Fln, F2n, ..., and so on, that is, the processing module 24 transmits the received Control the transmission interface The operation state of the communication terminal 30 is based on the device status table generated by the assigned association code, and then the proxy unit 12, 22 is used to establish a point-to-point communication transmission channel, and then the device status table is transmitted to the device.仰μ田木〜纽11, for the main control terminal 3〇. The state of the fist communication terminal or the selection of a specific communication terminal 凊 with reference to Figure 3, total & - map, + stomach, is a Schematic diagram of the code poor material table 'as shown in the figure, different communication terminals (1, 2, ..., according to different associated code A, the voucher, , & the corresponding control coding information is programmed first, for example, the associated control code information corresponding to (FU, F21, ..., Fnl) of the communication terminal 1 is respectively (codell, 110396 14 200937907 ^621, ···C〇denl), the associated code 8 of the communication terminal 2 is the control codification corresponding to FI 2 F22, ..., Fn2) - (C〇del2, c_22, ..., c〇den2), and the communication terminal N = The code A is corresponding to (Fln, F2n, ..., Fnn), and the control code is C (Code ln, c〇de 2n, ..., c〇de nn), respectively. The user located at the master terminal j 产生 generates a control command corresponding to the associated code A through the aforementioned operation unit 111. After the code data table establishes the point-to-point communication transmission channel by using the proxy unit 12, 22, the processing module 24 of the controlled terminal 20 determines whether the code data table is transmitted to the operation interface module U according to the requirement or authorization. In the above embodiment, the main control terminal 10 further includes a memory unit 13 connected to the operation interface module to store the received instant information, so that the operation unit 1U is touched and compared with the foregoing. The data library 23 receives and stores the real-time information of the status event that has been executed by the communication terminal, and then displays the real-time information through the display unit 112, corresponding to the control command of the status event of the communication terminal 30. The specific control method is: according to the association code A (FU_Fnn), the name f of the corresponding communication terminal is first arranged in a form menu that can be read by the user of the main control terminal, and the form menu can be A graphical user interface (GUI) constructed by software (such as Visual Basic and other Windows programming software) for users to directly read and select controls through the graphical user interface; 1U sets a hot key (Hot-key) corresponding to the above code data 15 110396 200937907 according to a single or a plurality of touch block groups s (for example: Ctrl, Alt, Shift) defined by the associated code A (F1 Bu Fnn). Not limited to the above. • Referring to FIG. 4, it is a process diagram for explaining that the remote service system of the present invention transmits a control signal by the master-control terminal 10 by the I NF〇 method. As shown in the figure, the present embodiment is a communication initiation protocol. (Sessi〇n Initati(10)
Protocol ; SIP)建立點對點通訊傳輸路徑通道 為例，並以INFO的方法傳送控制信號通訊，首先由該處 理模組24預先分配各該通訊終端3〇於不同作動狀態的關 耳外媽A，以當s亥主控端1 〇之操作介面模組11經使用代理 ❹單元12對該被控端20作遠端喚醒後，先透過操作介面模 組11經使用代理單元12對該被控端2〇之使用代理單元 22發出一攜帶有認證密碼之邀請（INVITE)訊號（步驟 S101、S102)，接著由該被控端2〇之使用代理單元22 擷取轉送該認證密碼予處理模組24 (步驟sl〇3)，再由 該處理模組24進行認證程序（步驟sl〇4)。若認證程序 為失敗，該處理模組24係透過被控端2G之使用代理單元 22傳送通訊拒絕（6〇3 decline)回應至主控端的使 ❹用代理單元12(步驟S105、S106)。若認證程序為成功， 該處理模組24透過被控制端20之使用代理單元22傳送 印求允許（200 〇k )回應至主控端1 〇的使用代理單元j 2 (步驟S107、S108)，之後，再經由主控端1〇與被控端 20雙方的使用代理單元12、22傳送確認最終應答（ACK) 予该處理模組24，使該主控端1 〇與該被控端2〇之間建 立點對點通訊傳輸路徑（步驟Si〇9、silO)。 承上述，當該主控端10與該被控端2〇之間透過使用 16 110396 200937907 、代理單元12、22建立點對點通訊傳輸路徑後，由處理模 *組24透過該受控傳輸介面21偵測該通訊終端30之作動 ，狀態並依據所分配的關聯碼A產生裝置狀態表dsp，並以 RTP輅式編碼，再傳送至主控端之操作介面模組丨丨，俾由 該操作介面模組11將該裝置狀態表dsp解碼以觀察裝置 狀態（步驟S11卜SU2、S113)，據以當由該操作介面 模組11輸入一控制信號時（步驟SU4)，將該控制信號 分別經由主控端1〇及被控端2〇之使用代理單元12、& ❹所建立的點對點通訊傳輸路徑傳送至該處理模組24，並 由該處理模組24接收後（步驟S115、SU6)，再由該處 理模組24對該控制信號進行比對程序（步驟SU7)，即 該處理模組24自該比對資料庫23搜尋μ有與該控制信 號相對應之控制編碼資訊c。若否’該處理模組24係透 過被控端20之使用代理單元22傳送通訊拒絕（6〇3 decline)回應至主控端1〇的使用代理單元丨2，並中斷 通訊傳輸路徑（步驟S118、SU9)。若是，則該處理模 組24透過被控端2〇之使用代理單元22傳送請求允許 ( 200 ok)回應至主控端1〇的使用代理單元12 (步驟 S120 S121) ’並#|取相對應之控制指令經由該受控傳輸 "面21傳遞至,亥通訊終端3〇，以令該通訊終端抑產生 對應該控制編碼資訊c之實體動作（步驟si22、Sl23)， 再將改變後的作動狀態依據所分配的關聯碼A產生更新 ^的裝置狀態表dsp以RTP格式編碼，再傳送至主控端之 “作η面杈組11 ’俾由該操作介面模組u將該裝置狀態 110396 17Protocol; SIP) establishes a point-to-point communication transmission path channel as an example, and transmits control signal communication by means of INFO. First, the processing module 24 pre-allocates each of the communication terminals 3 in different operating states. After the operation interface module 11 of the shanghai master terminal 1 is remotely awake by the agent terminal unit 12, the host interface unit 11 is used to control the terminal 2 through the proxy unit 12 The use proxy unit 22 sends an invitation (INVITE) signal carrying the authentication password (steps S101, S102), and then the use proxy unit 22 of the controlled terminal 2 retrieves the authentication password to the processing module 24 ( Step s1〇3), and then the processing module 24 performs an authentication procedure (step s1〇4). If the authentication procedure is unsuccessful, the processing module 24 transmits a communication rejection (6〇3 decline) to the master proxy unit 12 of the master through the use proxy unit 22 of the controlled terminal 2G (steps S105, S106). If the authentication procedure is successful, the processing module 24 transmits the print permission (200 〇k ) response to the use proxy unit j 2 of the master terminal 1 through the use proxy unit 22 of the control terminal 20 (steps S107, S108). Then, the final response (ACK) is sent to the processing module 24 via the using proxy unit 12, 22 of both the master 1 and the controlled terminal 20, so that the master 1 and the controlled terminal 2 are connected. A point-to-point communication transmission path is established between them (steps Si〇9, silO). In the above, when the peer control terminal 10 and the controlled terminal 2 establish a point-to-point communication transmission path by using the 16 110396 200937907 and the proxy unit 12, 22, the processing module group 24 transmits the controlled transmission interface 21 through the controlled transmission interface 21 The operation of the communication terminal 30 is measured, and the device status table dsp is generated according to the assigned association code A, and is encoded in RTP format, and then transmitted to the operation interface module of the main control terminal, and the operation interface module is used. The group 11 decodes the device status table dsp to observe the device status (step S11, SU2, S113), so that when a control signal is input from the operation interface module 11 (step SU4), the control signal is respectively controlled by the master. The point-to-point communication transmission path established by the terminal unit 1 and the controlled terminal unit 2 is transmitted to the processing module 24 and received by the processing module 24 (steps S115, SU6), and then The processing module 24 performs a comparison process on the control signal (step SU7), that is, the processing module 24 searches the comparison database 23 for the control code information c corresponding to the control signal. If no, the processing module 24 transmits a communication rejection (6〇3 decline) to the use proxy unit 丨2 of the host terminal 1 through the use proxy unit 22 of the controlled terminal 20, and interrupts the communication transmission path (step S118). , SU9). If yes, the processing module 24 transmits a request permission (200 ok) response to the use proxy unit 12 of the master terminal 1 through the use proxy unit 22 of the controlled terminal 2 (step S120 S121) 'and #| The control command is transmitted to the communication terminal 3 via the controlled transmission, so that the communication terminal suppresses the physical action corresponding to the control of the encoded information c (steps si22, Sl23), and then the changed operation is performed. The state of the device state table dsp according to the assigned association code A is encoded in the RTP format, and then transmitted to the "n-face group 11" of the master terminal, and the device state is used by the operation interface module u.
❹ 200937907 解碼後儲存（步驟Sl24〜sm)。最後，若使用 束控制時’則由該操作介面模組11令該主控端10 =使用代理早％ 12傳送結束呼叫（bye)請求予該被控端 2山〇之使用代理單元22(步驟⑽、⑽），再由該被控 ^ 20之使用代理單元22傳送請求允許（議阳回應（步 30 )後即終止通訊傳輸路徑的連線，藉此達到雙 向即時互動溝通的功能，而無須透過第三飼服器（如：電 信交換機）進行繁瑣之認證程序。 參閱第5A〜5C圖，係一較佳實施例用以說明本發明之 遠端服務系統之主控端10的操作介面模組u之示意圖， *亥操作"面模組1 i具有操作單元丨丨丨以及顯示單元 112如第5A圖所示，係為利用視窗編輯軟體建構web 使用介面表單（Form) 113,並顯示於該顯示單元ιΐ2上， 以供位於主控端1 〇之使用者操控，該使用介面表單 113具有輸入文字方塊（Text Β〇χ) ma及指令按鈕 (Command Button) 113b等，俾於輸入文字方塊113a内 輸入位址 '密碼（Password )、控制信號等資訊後，再點 選才a令按紐113b來傳送該控制信號予處理模組24。如第 5B及5C圖所示’係分別揭露相對應之裝置狀態表dsp以 及一代瑪資料表cap的實施例，本實施例中該通訊終端 30刀別為電扇、警報器及服務提供端’其中該電扇的關 聯碼分別為開關、擺頭及風量’該警報器的關聯碼分別為 開關及音量’該服務提供端的關聯碼為隨選視訊 (Video-on-deman(i)及視訊教學’藉以分別根據褒置狀 110396 18 200937907 、怨（on/off ;大小）輸入所欲的控制信號，例如，當欲調 '節電扇風量為’’大”時，則於第5A圖所顯示之輸入文字方 鬼113a内對照輸入代碼為：51，藉以相應觸動使電扇風 星由大切換中’再依照觸動的次數使電風扇風量由，， 中循環切換為’’小”再回到，，大，，的控制指令手段，但在實 際應用上，循環切換不以”大，，、，，中”、，，小”為限，亦可為 前述各種操控功能之順序組合。 參閱第6圖，係用以說明本發明之遠端服務系統由被 〇控端啟始之處理程序圖，如圖所示，首先當該通訊終端 3〇之狀態改變時（步驟S2〇1)，係先將更新後的狀態透 過文控傳輸介面21傳回該被控端2〇之處理模組24 (步 驟S202、S203)，再透過該被控端2〇之使用代理單元22 對該主控端10之使用代理單元12發出邀請（INVITE)訊 號（步驟S204、S205 )。當該主控端1〇之使用代理單元 12接收到邀請（INVITE)訊號後，可送出試圖完成請求 的暫蚪性回應（100 Trying)及響鈐訊息（180 Ringing) ❾予該被控端20之使用代理單元22，藉以通知被控端之使 用代理單元正在對該主控端之操作介面模組n進行振鈴 的動作（步驟S206〜S208 )。當該主控端10之操作介 面模組11完成接聽動作後，將會透過傳送請求允許（2〇〇 OK)回應予該被控端20之使用代理單元22，再轉送至處 理模組24 (步驟S209〜S211)後，該處理模組24將會 經由使用代理單元22傳送確認最終應答（ACK )予該主控 立而10之使用代理單元丨2，使該被控端2〇與該主控端i 〇 110396 19 200937907 之間建立通訊傳輸路徑（步驟S212、S213)。 ‘·、承上述，當該被控端20與該主控端1〇之間透過使用 代里單元12 22建立通訊傳輸路徑後，由該處理模組μ 將改變後的作動狀態依據所分配的關聯碼Α產生更新後 =裝置狀態表dsp，並編碼$阶格式’再傳送至該主控 端1〇 ^操作介面模組u，俾由該操作介面模組U將該 裝置狀態表dsp解碼以觀察裝置狀態（步驟S214、S215)。 ❹ 同時’若使用者欲結束控制時’則由操作介面模组U令 該主控端10之使用代理單元12傳送結束呼叫（觸請 求予該被控端20之使用代理單元22(步驟S216、S217)， 控端2G之使用代理（UA)單元22傳送請求允許 的= (步驟S218)後，即終止通訊傳輸路徑 ^連線。例如：通訊終端為-警報器，其初始裝置作動狀 態為，，停止塑於，，，其兮敢& _ > 罝動狀 變更為”啟§孝毛生異常而使裝置作動狀態 入面21伯 ，則由該處理模組24藉由受控傳輸 用=二使用代理單元22請求與該主控端丨。之使 70所建立點對點通訊傳輸路徑之中，即依據 作:=ΓΑ產生更新後的農置狀態表dsp傳送至操 組u’俾供使用者即時掌握通™的最新 控端以’係用以說明本發明之遠端服務系統由主 方法傳送控制信號之處理程序圖，如圖所 '貝知例與前述刪的方式不同的是’本實施例可 110396 20 200937907 省略邀請（INVITE)訊號及確認最終應答（ACK)的建立 ' ,連線程序，但是主控端10與被控端20須在連線狀態，首 -先亦先由該處理模組24預先分配各該通訊終端3〇於不同 作動狀恝的關聯碼A，以當該主控端1 〇之使用代理單元 12與該被控端20之使用代理單元22處於連線狀態時（步 驟S300 )，直接透過該主控端1〇之使用代理單元以對 該被控端20之使用代理單元22發出一攜帶有認證密碼訊 號（步驟S301、S302)，接著由該被控端2〇之使用代理 ❹單兀22擷取轉送該認證密碼予處理模組24(步驟S3〇3)， 再由該處理模組24進行認證程序（步驟S3〇4 )。若認證 程序為失敗，該處理模組24係透過被控端20之使用代理 單元12、22傳送通訊拒絕（6〇3 dec 1 ine )回應至主控端 10的使用代理單元12 (步驟S305、S3〇6)。若認證程序 為成功’該處理模組24透過被控端20之使用代理單元 22傳送請求允許（2〇〇 ok)回應至主控端丨〇的使用代理 單元丨2 ’之後’完成密碼認證程序（步驟S307、S308 )。 © 承上述，當該主控端1 〇與該被控端2 0之間透過使用 代理單元12、22完成密碼認證後，由處理模組24透過該 受控傳輪介面21偵測該通訊終端30之作動狀態並依據所 分配的關聯碼A產生裝置狀態表dsp，並以RTP格式編 碼’再傳送至該主控端1〇之操作介面模組U，俾由該操 作介面模組11將該裝置狀態表dsp解碼以觀察裝置作動 狀態（步驟S309〜S311 )，據以當由該操作介面模組j J 輸入一控制信號時（步驟S312)，將該控制信號經由使 110396 21 200937907 •用代理早TO 12、22的通訊傳輪路徑傳送至該處理模組 ' 24,並由該處理模組24接收後（步驟S313、S314)，再 ❹ -由該處理模組24對該控制信號進行比對程序（步驟 s315)。若否，理模組24係透過被控端⑼之使用代 理皁元22傳送通訊拒絕（6G3 deeUne)回應至主控端 1〇的使用代理單元12 (步驟S316、S317)。若是，則該 處理換組24透過被控端2G之使用代理單元22傳送請求 午（200 〇k)回應至主控端的使用代理單元I?(步 驟S318、S319)，並操取相對應之控制指令經由該受= 傳輸"面21傳遞至該通訊終端3〇，以令該通訊終端加 產生對應該控制編碼資訊之實體動作（步驟s32〇、 S321)，再將改變後的作動狀態依據所分配的關聯碼a 產生更新後的裝置狀態表dsp以RTP格式編碼，再傳送至 主控端1G之操作介面模組u，俾由該操作介面模組u 將該裝置狀態表dsp解碼後儲存（步驟S322〜S325 )。 最後，任一方皆可結束連線，即終止本實施例之通訊輸❹ 200937907 Stored after decoding (steps Sl24~sm). Finally, if the bundle control is used, then the operation interface module 11 causes the master terminal 10 to use the proxy to transmit the end call (bye) request to the controlled terminal 2 to use the proxy unit 22 (steps). (10), (10)), and then the used proxy unit 22 of the controlled controller 20 transmits the request permission (the connection of the communication transmission path is terminated after the negotiation (step 30), thereby achieving the function of two-way instant interactive communication without A cumbersome authentication procedure is performed through a third feeding device (eg, a telecommunications switch). Referring to Figures 5A-5C, a preferred embodiment is used to illustrate the operational interface mode of the remote terminal 10 of the remote service system of the present invention. The schematic diagram of the group u, the *hai operation" the face module 1 i has the operation unit 丨丨丨 and the display unit 112 as shown in FIG. 5A, which is to construct a web use interface form 113 by using the window editing software, and display On the display unit ιΐ2, for the user located at the main control terminal 1 , the user interface form 113 has an input text box (Text Β〇χ) ma and a command button (Command Button) 113b, etc. Block 113a After inputting the address 'Password', control signal and other information, click the button 113 to transmit the control signal to the processing module 24. As shown in Figures 5B and 5C, the system respectively reveals the corresponding In the embodiment of the device state table dsp and the generation of the data table cap, in the embodiment, the communication terminal 30 is a fan, an alarm, and a service providing end, wherein the associated code of the fan is a switch, a swing head, and a wind volume. The associated code of the alarm is the switch and the volume. The associated code of the service provider is the video-on-demand (Video-on-deman(i) and video teaching', respectively, according to the setting 110396 18 200937907, complaints (on/off) ; size) input the desired control signal, for example, when you want to adjust the 'power saving fan air volume is ''large', then the input text in the input text party 113a shown in Figure 5A is compared with the input code: 51, correspondingly touched Make the fan wind star change from the big switch to 'the number of touches to make the fan air volume, the middle cycle switch to ''small' and then back to, large, control command means, but in practical applications, cycle switching Not to" The maximum,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, The processing program diagram, as shown in the figure, firstly, when the state of the communication terminal 3 is changed (step S2〇1), the updated state is first transmitted back to the controlled terminal 2 through the text transmission interface 21 The processing module 24 (steps S202, S203) transmits an invitation (INVITE) signal to the use proxy unit 12 of the master terminal 10 through the use proxy unit 22 of the controlled terminal 2 (steps S204, S205). When the use proxy unit 12 of the master terminal 1 receives the INVITE signal, the temporary response (100 Trying) and the ringing message (180 Ringing) for attempting to complete the request may be sent to the controlled terminal 20 The proxy unit 22 is used to notify the use terminal of the controlled terminal that the operation interface module n of the control terminal is ringing (steps S206 to S208). After the operation interface module 11 of the main control terminal 10 completes the answering action, it will respond to the use proxy unit 22 of the controlled terminal 20 by transmitting the request request (2 OK), and then forward it to the processing module 24 ( After step S209~S211), the processing module 24 will transmit a confirmation final response (ACK) to the mastering unit 10 by using the proxy unit 22, so that the controlled terminal 2 is connected to the master. A communication transmission path is established between the terminal i 〇 110396 19 200937907 (steps S212, S213). In the above, when the communication path is established between the controlled terminal 20 and the main control terminal 1 through the use of the generation unit 12 22, the processing state of the processing module is changed according to the assigned operation state. The associated code Α generates an update = device status table dsp, and encodes the $-order format 're-transferred to the host terminal 1 操作 ^ operation interface module u, and the device interface table dsp is decoded by the operation interface module U The device state is observed (steps S214, S215). ❹ At the same time, if the user wants to end the control, the operation interface module U causes the use proxy unit 12 of the host terminal 10 to transmit an end call (contact request to the use proxy unit 22 of the controlled terminal 20 (step S216, S217), after the use proxy (UA) unit 22 of the terminal 2G transmits the request permission = (step S218), the communication transmission path is terminated. For example, the communication terminal is an alarm, and the initial device is activated. , stop the plastic, and, the 兮 & & _ _ > 罝 变更 变更 变更 变更 孝 孝 孝 孝 生 生 生 孝 孝 孝 孝 孝 孝 孝 孝 孝 孝 孝 孝 孝 孝 孝 孝 孝 孝 孝 孝 孝 孝 孝 孝 孝 孝 孝 孝 孝 孝 孝= two use the proxy unit 22 to request the master terminal. The 70 establishes a point-to-point communication transmission path, that is, according to: = ΓΑ generates the updated farm state table dsp to the operation group u' for use The person immediately grasps the latest control terminal of the TM to describe the processing program diagram of the remote service system of the present invention for transmitting the control signal by the main method, as shown in the figure, the difference between the method and the foregoing deletion method is 'this The embodiment can be 110396 20 200937907 Please (INVITE) signal and confirm the establishment of the final response (ACK), the connection procedure, but the host 10 and the controlled terminal 20 must be in the connected state, first-first and firstly assigned by the processing module 24 The communication terminal 3 is connected to the associated code A of different active states, so that when the use proxy unit 12 of the master terminal 1 and the use proxy unit 22 of the controlled terminal 20 are in a connected state (step S300), The use proxy unit of the host terminal 1 sends an authentication password signal to the use proxy unit 22 of the controlled terminal 20 (steps S301, S302), and then the agent using the controlled terminal 2 The processing module 24 transfers the authentication password to the processing module 24 (step S3〇3), and the processing module 24 performs an authentication procedure (step S3〇4). If the authentication program fails, the processing module 24 transmits The use proxy unit 12, 22 of the controlled terminal 20 transmits a communication rejection (6〇3 dec 1 ine ) response to the use proxy unit 12 of the host terminal 10 (steps S305, S3〇6). If the authentication procedure is successful 'this processing The module 24 transmits the request permission through the use proxy unit 22 of the controlled terminal 20 (2) 〇 ok) Respond to the use of the agent unit 丨 2 'after the master terminal' to complete the password authentication procedure (steps S307, S308). © In the above, when the master terminal 1 〇 and the controlled terminal 2 0 After the password authentication is completed by using the proxy unit 12, 22, the processing module 24 detects the active state of the communication terminal 30 through the controlled transport interface 21, and generates a device status table dsp according to the assigned associated code A, and The RTP format code is transmitted to the operation interface module U of the main control terminal 1 , and the device interface table 11 is decoded by the operation interface module 11 to observe the device activation state (steps S309 to S311 ). When a control signal is input from the operation interface module j J (step S312), the control signal is transmitted to the processing module '24 via the communication routing path of 110396 21 200937907 • with the agent early TO 12, 22, and After being received by the processing module 24 (steps S313, S314), the processing module 24 compares the control signals (step s315). If not, the module 24 transmits a communication rejection (6G3 deeUne) response to the usage agent unit 12 of the master terminal through the usage agent soap unit 22 of the controlled terminal (9) (steps S316, S317). If yes, the processing change group 24 transmits a request noon (200 〇k) to the use proxy unit I of the control terminal through the use proxy unit 22 of the controlled terminal 2G (steps S318, S319), and performs corresponding control. The command is transmitted to the communication terminal 3 via the received transmission " face 21, so that the communication terminal adds an entity action corresponding to the control of the encoded information (steps s32〇, S321), and then the changed operation state is based on the The assigned association code a generates the updated device status table dsp encoded in the RTP format, and then transmitted to the operation interface module u of the host 1G, and the device status table dsp is decoded and stored by the operation interface module u ( Steps S322 to S325). Finally, either party can end the connection, that is, terminate the communication of this embodiment.
Θ路徑。 吁干月J 麥閱第8圖，係用以說明本發明之遠端服務系統之另 一基本架構方塊示意圖。如圖所示，本發明之 係應用於至少_主控端10及至少一被控端2〇，= 退端服務系統50亦包括：設於被控端2〇,上與至少一通 訊終端30’連接之受控傳輸介面21、設於被控端2〇，上之 ‘'十賀料庫2 3、分別设於該主控端1 〇與該被控端2 〇，上 之使用代理單元12、22、設於該被控端20,上與該被控端 110396 22 200937907 % 之又&傳輪介面21電性連接之代理伺服模組26、設 於孩主控端1〇上之操作介面模組11以及設於被控端⑽， -上與該被控端20,之使用代理單元22以及比 電性連接之處理模組24。 車 ❹ ❹ 本實施例除了被控# 20,之代理伺服模組26之運作 機制外’該主控端10與該被控端20,之間的使用代理單 疋12、22、操作介面模组u、及比對資料庫23之間的運 =係與第1圖所不之相同，故相同之處則不另贅述。本 貝％例之遠端處理系統5G與第i圖所示之遠端服務系統 ▲不^同的疋，位於被控端2〇，上的代理伺服模組託用以 亥主控端1G是否具備服務存取權限，而該通訊終端 伺服f哭了 t第1圖所示之電控產品外’另可為電腦或網站 益m控端10欲透過使用代理單元12與該被控 ▲、之間建立通訊傳輸路徑並取得所需的服務時，先由 =代，服模組26驗證該主控端1Q是否具有服務存取權 二:否，則拒絕通過，若是，則令該主控端丨〇之操作 : = 產= 空制信號經由使用代理單元12傳輸至該 該處理模組24接收後，自該比對資料 、 搜号與該控制信號相對應之控制編碼資訊c，並 以私取相對應之控制指令以經由該受控傳輸介面21傳遞 ===訊終端3〇’，以令該通訊終端3()，產生對應該控制 、"’、貝5fi之貫體動#。具體而言，該實體動作係可指建立 \δί1終端30’與主控# 10㈤的服務連線關係、，再提供在 此連線上之各種服務’如：隨選視訊(Vide〇-0lWemand) 110396 23 200937907 教二’尤其是基於即時訊息（ίΜ)及其酬載服務 ay oa #視矾教學，其中該視訊教學的建立方式係 •包括將該通訊終端30,設為即時訊息（ίΜ)開啟Μ，該 即時訊息（ίΜ)之開啟可由刪攜帶控制指令經擷取此Χ 控制指令後’由該處理模組24 (即應用服務模組）執行 此控制指令開啟該即時訊息（ί Μ )並將提出服務需求且具 有該服務存取權限的主控端1〇加入通訊終端3〇，的連絡 人清單中，以將該即時訊息（ίΜ)開啟連線，若以Ηττρ 〇之網頁或GPRS之簡訊或其他類似之方式達到以上的功能 白可’但以ι_方式建立該即時訊息（ίΜ)連線之前兩 端（主控端10、被控端2〇，）已建立連線可更進一步建立 主控端10與通訊終端3〇,間的溝通連線，有別於前之服 務連線可在主控端10與通訊終端，間做臨場（Uπ ) 溝通’而以HTTP網頁或GPRS簡訊方式建立即時訊息（ιμ) 連線之前兩端並無連線，以上方法可使該主控端ι〇透過 該被控端20’自該通訊終端3〇，取得所需的服務，當然該 ©主控端10與該被控端2〇,亦可用此方法建立即時訊息 (1^0連線，在此須提出說明的是，前述連絡人清單即為 即m' (I μ )點對點網路架構下所必備的組成要件，故 以下將不為文贅述。 刖述之服務存取權限係指准予該主控端丨〇可擷取該 通汛終螭30所提供的服務，舉例而言，該通訊終端3〇， 用以提供§孔服務的伺服器，例如：線上教學服務、醫療 諮詢服務或八字命理解惑服務的伺服器，關於該代理伺服 110396 24 200937907 , 模組26對主控端10所執行的服務存取權限之驗證工作之 * 一係指驗證主控端1 〇所傳來付費是否被認可，當主控端 ο • 10透過操作介面模組Π輸入服務需求並透過使用代理單 元12將該服務需求傳送至該被控端2〇，之使用代理單元 22，亦即，經由主控端1〇及被控端2〇，之使用代理單元 12、22建立點對點通訊傳輸路徑後，該被控端2〇，接收該 服=需求後則令該代理伺服模組26執行服務存取權限= 驗證工作^首先仍需由主控端1〇透過操作介面模組u 1入付費資訊’例如以信用卡付費時，需提供信用卡銀行 -貝訊、持卡人姓名、卡號以及信用卡有效年月日等之—般 ^言用卡付費的基本資訊，並透過域端1()的使用代理 =兀12將該輸入的付費資訊傳送至被控端2〇，，以 =服：組26依據所接收到的付費資訊透過受控傳輸 通二=::ΓΓ服務付費之通訊終端30，，而該 、鳊30例如用以支付費用的 訊終端30,確認主控端1〇的朴巷0下反仃以由该通 控端10是否且供* ❺付費疋否被認可’亦即該主 25 200937907 束時間）差作為計算， MTD/小時，若者^八例如··計費基準為· 出，第[登入時間為。5:25並於07:55登 弟一人登入時間〗5:! 〇並於 p m A 1 1 η η » 、 8.12且出，則計取的總 賈用約為1，1GG NTD (2·5小時 時 * 20fi WTn/ , 士、 ^ NTD/小時）+ (3 小 ❹ 交易服務单a ¥。舉例而言，該被控端20,可為-式口 ’例如：、線上拍賣網站，而以計次收費的方 •^登入驗證的會員（主控端1〇、通訊終端3〇，)之 間建立連線以做臨場（㈣）溝通的交易服務。 所’須特別說明的是’本實施射之通訊終端30, 輪供者為連線之服務，故通訊終端3〇，並無操作狀態情 況，換言之’本實施例中並無需設置如第！圖之實施例中 =狀態裝置表dsP(參閱第5B圖所示），也就是無須產 生即時資訊傳輸至操作介面模組U。 ^另外，在另一實施例中（請再配合參閱第1、8圖）， 5亥通端服務系統40、50之被控端上復設有訊息資料庫 25 „亥讯息資料庫25係與該處理模組24電性連接，用以 儲存與通訊終端30、3〇,狀態相關之閱讀訊息，供該通訊 終端30、30’將作動狀態透過該受控傳輸介面21回傳至 處理模組24時，搜尋與狀態相對應之訊息透過使用代理 單元傳遞於操作介面模組丨丨。具體而言，該訊息資料庫 25所傳送的訊息係不限定為文字、圖片或語音，如：短 訊息服務（Short Message Service ; SMS)、多媒體訊息 服務（Multimedia Message Service; MMS)、語音訊息 服務（Audio Message Service ; AMS)。 26 110396 200937907 ，·係藉本發明係提供一種遠端服務系統，其主要 •的開料以^預先分配各該通訊終端於不同作動狀態 建立通訊傳輸師時，由被控端與主控端之間 滁尹如斜虛 時由刼作"面模組所產生之控制信號 〇 八^^之控制編碼=#訊’並據以齡相對應之控制指 ^由該⑽傳輸介㈣遞錢通轉端，^該通訊終 编生對應该控制編石馬資訊之實體動作，相較於習知技術 ^ ’本發明係可俾藉由點對點的連線而使兩端前之使用 者同時間可以做遠距離臨場⑴VE)的多媒體服務滿足現 階段的通訊需求’且無須透過第三伺服器（如：電信交換 機）進行繁瑣之認證程序，且藉由本發明之遠端服務系統 可k供用戶％遙控遠端的電子設備以及由遠端獲取所需 服務。 上述實施例僅例示性說明本發明之原理及其功效，而 非用於限制本發明。任何熟習此項技藝之人士均可在不違 ❾背本發明之精神及範疇下，對上述實施例進行修飾與改 支。因此’本發明之權利保護範圍，應如後述之申請專利 範圍所列。 【圖式簡單說明】 第1圖為一方塊示意圖，其顯示本發明之遠端服務系 統的基本架構方塊示意圖； 第 2 圖為一裝置狀態表（device status panel ; dsp) 範例’用以顯示本發明之遠端服務系統所建立的關聯碼與 不同作動狀態的對應關係； 27 110396 200937907 , f 3圖為一代碼資料表（C〇dedatapanel ; cap)範 -例’用以顯示本發明之遠端服務系統所建立的關聯碼與不 .同作動狀態之控制編碼資訊的對應關係； 第4圖為一處理程序圖，用以說明本發明之 系統由主控端以INF0方法傳送控制信號之模式之處理程 序圖； 第5A圖為-使用介面表單範例，用以顯示本發明之 遠端服務系統利用視窗編輯軟體所建構之web使用介面 〇 表單示意圖； 第5B圖為一裝置狀態表（devicestatus卿細） 範例，用以顯示本發明之關聯碼與不同作動狀態的對應關 係之一實施例； 第5C圖為一代碼資料表（c〇dedatapanel ; cap)， 用以顯示本發明之關聯碼與不同作動狀態之控制編碼資 訊的對應關係之一實施例； ❹/帛6圖為-處理程序圖’用以說明本發明之遠端服務 系統由被控端啟始之處理程序圖； 第7圖為一處理程序圖，用以說明本發明之遠端服務 系統由主控端以MESSAGE方法傳送控制信號之模式之處 理程序圖；以及 第8圖為一方塊示意圖，其顯示本發明之遠端服務系 統之另一實施例的基本架構方塊示意圖。 【主要元件符號說明】 10 主控端 28 110396 200937907Θ path. Fig. 8 is a block diagram showing another basic architecture of the remote service system of the present invention. As shown in the figure, the present invention is applied to at least the main control terminal 10 and the at least one controlled terminal 2, and the back-end service system 50 also includes: at the controlled terminal 2, and at least one communication terminal 30. 'Connected controlled transmission interface 21, set at the controlled terminal 2〇, the ''10 贺库库2 3, respectively located at the main control terminal 1 〇 and the controlled terminal 2 〇, the use of the proxy unit 12, 22, at the controlled terminal 20, the proxy servo module 26 electrically connected to the controlled terminal 110396 22 200937907% and the transmission interface 21 is disposed on the child control terminal 1 The operation interface module 11 is disposed on the controlled terminal (10), the upper and the controlled terminal 20, and the proxy unit 22 and the processing module 24 electrically connected. ❹ ❹ ❹ ❹ ❹ ❹ ❹ ❹ ❹ ❹ ❹ ❹ 被 被 被 被 被 被 被 被 被 被 被 被 被 被 被 被 被 被 代理 代理 代理 代理 代理 代理 代理 代理 代理 代理 代理 代理 代理 代理 代理 代理 代理 代理 代理 代理The operation between the u and the comparison database 23 is the same as that of the first figure, so the details are not described again. The remote processing system 5G of this example is not the same as the remote service system shown in the i-th figure. The proxy servo module on the controlled terminal 2〇 is used to control the 1G of the host. With the access to the service, and the communication terminal servo f is crying, the electronic control product shown in Fig. 1 can be used for the computer or the website. The controller 10 wants to use the agent unit 12 and the controlled ▲ When the communication transmission path is established and the required service is obtained, the service module 26 first verifies whether the main control terminal 1Q has the service access right. If no, the user refuses to pass. If yes, the host is terminated.丨〇 operation: = production = empty signal is transmitted to the processing module 24 via the use of the proxy unit 12, after the comparison data, the search code corresponding to the control signal corresponding to the control information c, and private Corresponding control commands are taken to transmit the === terminal 3'' via the controlled transmission interface 21, so that the communication terminal 3() generates the corresponding control, "', and the 5fi. Specifically, the physical action may refer to establishing a service connection relationship between the \δί1 terminal 30' and the master #10 (5), and then providing various services on the connection line, such as: on-demand video (Vide〇-0lWemand) 110396 23 200937907 Teach 2' is especially based on instant messaging (ίΜ) and its payload service ay oa #视矾教, in which the video teaching is established, including the communication terminal 30, set to instant message (ίΜ) Μ, the opening of the instant message (Μ) can be performed by deleting the carrying control command after the control command is executed. 'The processing module 24 (ie, the application service module) executes the control command to enable the instant message (ί Μ) and The main control terminal 1 that proposes the service request and has the access right of the service is added to the contact list of the communication terminal 3 to open the connection with the instant message (if Ηττρ〇) or GPRS In the newsletter or other similar way, the above functions can be achieved. 'But the instant message is established in the ι_ mode. The two ends (the main terminal 10 and the controlled terminal 2〇) are connected before the connection can be further extended. Establishing the host 10 The communication connection with the communication terminal 3, different from the previous service connection, can be used for the presence (Uπ) communication between the host terminal 10 and the communication terminal, and the instant message is established by HTTP webpage or GPRS newsletter ( Ιμ) There is no connection between the two ends of the connection. The above method enables the main control terminal to obtain the required service from the communication terminal 3 through the controlled terminal 20'. Of course, the © terminal 10 and The controlled terminal can also use this method to establish an instant message (1^0 connection). It should be noted that the list of contacts is required for the m' (I μ ) peer-to-peer network architecture. The components are not described in the following. The service access rights described above refer to the service provided by the terminal, which can be retrieved by the terminal 30. For example, the communication terminal 3〇 , a server for providing a § hole service, for example, an online teaching service, a medical consultation service, or a server for occult service, about the service performed by the module 26 on the host 10 for the agent servo 110396 24 200937907 Verification of access rights * One means verifying the host 1 Whether the payment is recognized or not, when the main control terminal inputs the service demand through the operation interface module and transmits the service demand to the controlled terminal 2 through the use of the proxy unit 12, the proxy unit 22 is also used. That is, after the point-to-point communication transmission path is established by using the agent unit 12, 22 via the master terminal 1 and the controlled terminal 2, the controlled terminal 2 〇, after receiving the service = demand, the proxy servo module 26 is obtained. Execution service access = verification work ^ Firstly, the main control terminal 1 needs to enter the payment information through the operation interface module u 1 'For example, when paying by credit card, the credit card bank - Beixun, cardholder name, card number and The credit card is valid, such as the date of the credit card, etc., and the basic information of the card payment is used, and the input payment information is transmitted to the controlled terminal 2 through the domain agent 1 () using the agent = 兀 12, to = service: The group 26 confirms the control terminal 30 according to the received payment information, and the communication terminal 30, for example, used to pay the fee, confirms the P2 of the main control terminal. Lane 0 under the rumbling to be controlled by the control terminal 10 Cloth * ❺ paid for whether recognized '25200937907 main beam i.e. the time) is calculated as the difference, MTD / hour, for example, if eight persons ^ · ·· charging reference to the first [Sign time. 5:25 and at 07:55, Deng Di, one person login time 〖5:! 〇 and pm A 1 1 η η », 8.12 and out, the total amount of the count is about 1,1GG NTD (2.5 hours) When *20fi WTn/, 士, ^NTD/hour)+ (3 hours 交易 trading service order a ¥. For example, the controlled terminal 20 can be a - port for example:, online auction site, and The fee-based party • ^ login verification member (master terminal 1〇, communication terminal 3〇,) establishes a connection between the two parties to do the on-the-spot ((4)) communication transaction service. The communication terminal 30, the round supplier is the service of the connection, so the communication terminal 3〇, there is no operating state, in other words, in this embodiment, it is not necessary to set the state device table dsP in the embodiment of the figure! Figure 5B), that is, there is no need to generate instant information transmission to the operation interface module U. ^ In addition, in another embodiment (please refer to Figures 1, 8 again), the 5Haitong service system 40, A message database 25 is provided on the controlled terminal of the 50th. The information database 25 is electrically connected to the processing module 24 for storage and communication. The terminal 30, 3, state-related read message, when the communication terminal 30, 30' transmits the active state to the processing module 24 through the controlled transmission interface 21, searching for the message corresponding to the status through the use of the proxy unit Passed to the operation interface module. Specifically, the message transmitted by the message database 25 is not limited to text, pictures or voice, such as: Short Message Service (SMS), Multimedia Message Service (Multimedia) Message Service; MMS), Voice Message Service (AMS). 26 110396 200937907, by the present invention, a remote service system is provided, the main material of which is to pre-allocate each communication terminal in different When the communication state is established in the state of communication, the control signal generated by the & ^ 面 面 面 面 由 面 面 面 面 面 面 面 面 面 面 面 面 面 ^ ^ 控制The corresponding control of the age refers to the transfer of the (10) transmission (4) transfer money, ^ the communication end of the student should control the physical action of the stone horse information, compared to the conventional technology ^ 'this hair By means of a point-to-point connection, the users in front of the two ends can simultaneously make long-distance (1) VE) multimedia services to meet the communication needs of the current stage' without having to go through a third server (eg telecommunications switch) A cumbersome authentication procedure, and by the remote service system of the present invention, the user can remotely control the remote electronic device and obtain the required service from the remote end. The above embodiments merely exemplify the principle and function of the present invention, and It is not intended to limit the invention. Any of the above-described embodiments may be modified and modified by those skilled in the art without departing from the spirit and scope of the invention. Therefore, the scope of protection of the present invention should be as set forth in the scope of the patent application to be described later. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a block diagram showing a basic architectural block diagram of a remote service system of the present invention; FIG. 2 is a device status panel (dsp) example 'for displaying this Corresponding relationship between the association code established by the remote service system of the invention and different actuation states; 27 110396 200937907, f 3 is a code data table (C〇dedatapanel; cap) van-example 'to display the remote end of the present invention Corresponding relationship between the association code established by the service system and the control coding information of the non-operation state; FIG. 4 is a processing program diagram for explaining the mode in which the system of the present invention transmits the control signal by the INI0 method by the host terminal. The processing program diagram; FIG. 5A is an example of using the interface form to display the web usage interface form of the remote service system of the present invention using the window editing software; FIG. 5B is a device status table (devicestatus) An example for showing an embodiment of the correspondence between the associated code of the present invention and different actuation states; FIG. 5C is a code data table (c〇deda) Tapanel; cap), an embodiment for indicating the correspondence between the associated code of the present invention and the control coding information of different actuation states; ❹/帛6 is a process diagram for describing the remote service system of the present invention The processing program diagram started by the controlled terminal; FIG. 7 is a processing program diagram for explaining the processing program diagram of the mode in which the remote service system of the present invention transmits the control signal by the MESSAGE method by the host terminal; and the eighth The figure is a block diagram showing a basic architectural block diagram of another embodiment of the remote service system of the present invention. [Main component symbol description] 10 main control terminal 28 110396 200937907
11 操作介面模組 111 操作單元 112 顯示單元 113 web使用介面表單 113a 輸入文字方塊 113b 指令按紐 12 ' 22 使用代理單元 13 記憶單元 20 、 20， 被控端 21 受控傳輸介面 23 比對資料庫 24 處理模組 25 訊息貧料庫 26 代理伺服模組 261 計費單元 30 、 30， 通訊終端 40、50 遠端服務系統 A 關聯碼 S 作動狀態 C 控制編碼貢訊 S101-S130 步驟 S20卜S218 步驟 S300-S325 步驟 29 11039611 operation interface module 111 operation unit 112 display unit 113 web use interface form 113a input text block 113b command button 12 ' 22 use proxy unit 13 memory unit 20, 20, controlled terminal 21 controlled transmission interface 23 comparison database 24 Processing Module 25 Message Poor Library 26 Agent Servo Module 261 Billing Unit 30, 30, Communication Terminal 40, 50 Remote Service System A Associate Code S Actuation State C Control Code Gong S101-S130 Step S20 Bu S218 Step S300-S325 Step 29 110396