201248524 六、發明說明： 【發明所屬之技術領域】 本案係為一種加值服務之供裝方法與系統，尤指一種 能應用於虛擬專屬網路環境中之加值服務供裝方法與系 統。 【先前技術】 隨著網路應用技術的蓬勃發展，電信業者也紛紛推出 不同類型的加值服務以提供用戶更多元的使用模式。 當電信業者收到用戶的加值服務申請後，會開始進行 加值服務之供裝作業，通常係以人工作業的方式來進行加 值服務的規劃與設計，並聯絡外部的承包廠商進行網路線 路及加值裝置的設置與設定。然而，此種加值服務之供裝 作業卻具有程序繁雜及安全性不足的缺點，著實造成電信 業者與用戶極大的困擾。 以虛擬專屬網路（virtual private network，VPN )為例， 由於此種VPN加值服務之供裝作業並沒有一套標準的作 業流程’且需透過人工作業的方式方能完成網路及加值平 台之設定’如此，不但增加了電信業者的人力負擔’也無 法讓電彳§業者或用戶隨時掌握供震作業的進度，進而降低 了供裝作業的時效性與精確性。另一方面，由於網路加值 服務之供裴作業係使用於和網際纟罔路介接的一般網路環境 中，所以加值服務的供裝資料更容易遭到有心人士的竊 取，導致嚴重的資訊安全問題。 因此，如何提供一種具有較佳的時效性、精確性與女 111979 3 201248524 全性的加值服務供裝技術，即為業界亟待解決之課題。 【發明内容】 鑒於習知技術的缺失，本發明之主要目的係在提供一 種安全性高，且能自動地、精確地完成加值服務的供裝流 程之加值服務供裝方法與系統。 為了達到上述目的及其他目的，本發明所提供之加值 服務供裝方法，包括以下步驟：（1)接收加值服務申請以 進行加值規劃設計，並進行線路設置；（2)於該線路設置 及s亥加值規劃設計完成後’在虛擬專屬網路中進行網路與 加值平台設定’並在該虛擬專屬網路中進行加值裝置設置 與設定；以及（3 )於該網路與加值平台設定及該加值裝置 設置與設定完成後，在該虛擬專屬網路中進行加值服務完 工確認’以進行出帳作業。 其次’本發明所提供之加值服務供裝系統，係包括： 用以接收加值服務申請之加值服務套表單元；用以依據該 加值服務申請進行加值裝置規劃之加值裝置規劃單元；用 以依據該加值服務申請進行加值服務設計之加值服務設計 單元；網路及加值平台設定單元，用以於該線路設置、該 加值裝置規劃及該加值服務設計完成後’在虛擬專屬網路 中進行網路及加值平台設定，並通知外部的加值裝置設置 與設定單元於該虛擬專屬網路進行加值裝置設置與設定； 以及系統完工回報單元，用以於該虛擬專屬網路中確認該 網路及加值平台設定及該加值裝置設置與設定是否完成’ 並於完成後進行出帳作業。 4 111979 201248524 相較於習知技術，本發明係可藉 A 猎由虛擬專屬網路來避 免用戶的供裝貝枓遭到有心人士的竊 ^ ^ t m任 知供更高的網路 安全性，^透,值服務絲單元、加料置規劃η。元、 力口值服務設計單元、網路及加值平A科a nQ -早凡 σ 〇又久單元、及系球 工回報單元的協同運作’本發明更可 = 網路環境中的加值服務提供一套標準各 於显擬專屬 自喬? Itl的护> 程，故大幅提高供裝流程整體的時效性與精確性。/、、71 【實施方式】 月 〇 以下藉由特^的具體實施形態說明本發明之技術内 容’熟悉此技術之人士可由本說明書所揭示之内容輕易地 暸解本發明之其他優點與功效。當然，本發明亦可藉由其 他不同的具體實施形態加以施行或應用。 請參閱第1圖，係繪不本發明之加值服務供裝系統的 系統架構與配置關係圖。如圖所示，加值服務供裝系統1 係包括加值服務套表單元10、加值裝置規劃單元U、加值 服務設計單元12、網路及加值平台設定單元13、及系統6 工回報單元14,而加值服務供裝系統丨係與加值服務受理 系統2及帳務系統3相連結。 加值服務套表單元10係用以接收用戶的加值服務申 請，以進行後續的網路線路的設置作業。且體t之 、’力口值 服務套表單元1〇可於接收到用戶提出的加值服務申兮 時，通知外部的加值服務受理系統2來進行所述的網略4 路的設置作業，而加值服務受理系統2即可利用内建的' 路完工回報單元20在所述的網路線路的設置作、電 蒹完成 5 111979 201248524 後，進一步對加值服務供裝系統1進行回報。 加值裝置規劃單元11係用以依據加值服務套表單元 10所接收到之加值服務申請來進行加值裝置的規劃作 業。具體而言，加值裝置規劃單元11進行之加值裝置的規 劃作業，係可包括決定所需的設備廠牌型號、分配所決定 的設備數量、設備埠數、裝機地點、攝影機識別碼或設備 施工廠商。 加值服務設計單元12係用以依據加值服務套表單元 10接收到之加值服務申請來進行加值服務的設計作業。進 一步言之，加值服務設計單元12係可針對例如為視訊遠端 監控服務或網路電話服務之加值服務進行關於應用模式與 應用特性之設計或規劃，像是分配網路協議（Internet P_c。卜Π>)位址及/·存設備的分配位置、影像壓縮 格式、影像解析度、影像串流速率、影像每秒張數。惟， 加值服務設計單元12所進行加值服務的設計作業係適用 於所有配合晴顧之加值服務，並不以視訊遠端監控服 務或網路電話服務為限。 網路及加值平台設定單元13係於前述網路線路的設 置作業、加值|置的_作#、及加值服務的設計作業完 成後，在歧專屬糾料巾進行晴及加值平台的設定 作業’如言臾定相關的組態’同時，網路及加值平台設定單 元13亦會通知相關的加值裝置設置與設定單元，以於該虚 擬專屬網路環境中相應地進行加值裝置的設置作#與設定 作業。 6 111979 201248524 舉例來說，網路及加值平台設定單元13所進行之網 路及加值平台之設定作業，係可包括針對網際網路供應者 (Internet Service Provider，ISP )端之路由器及用戶端之 路由器進行的連結設定，而該加值裝置設置與設定單元所 進行之加值裝置的設置作業與設定作業，則可包括於虛擬 專屬網路環境中相應地設定加值裝置之預定設置日期，並 列印加值裝置之設置單據或回報加值裝置之裝機情形。 系統完工回報早元14係於虛擬專屬網路環境中確認 前述由網路及加值平台設定單元13進行之網路及加值平 台的設定作業是否已經完成，並於虛擬專屬網路環境中確 認前述由外部的加值裝置設置與設定單元進行之加值裝置 的設置與設定作業是否已經完成，於確認前述作業完成 後，接著進行出帳作業。舉例來說’系統完工回報單元14 係可於確認到所述的網路及加值平台的設定作業，及所述 的加值裝置的設置與設定作業完成後，進一步設定起租曰 期，以令外部的帳務系統3進行相關的出帳作業。 值得一提的是，加值服務套表單元1 〇或加值服務設 計單元12係可儲存相關的用戶資料及設備資料，並於開始 作動前先進行相關的身份驗證措施，以提供較佳的使用安 全性。且上述的用戶資料及設備資料係透過與網路及加值 平台設定單元13與用戶端的加值裝置相連’故，用戶資料 及設備資料不會與用戶端的加值裝置直接連結，進而提供 了多一層的保護。當然，用戶端也無法直接竊取相關的用 戶資料，故同時也大大地提升了資料安全性。 7 111979 201248524 而網路及加值平台設定單元13可在加值服務的供裝 流程元成後，提供電信業者或用戶再次進行組態變更或設 定之應用方式，例如變更用戶端設備的網路協議位址，或 是變更用戶設備辨別編號等，以提供更佳的使用便利性。 其次’網路及加值平台設定單元13還可設計為能在網路地 址轉換（Network Address Translation，NAT)架構下自動 地進行相關的組態設定’因此，即使用戶端設備搭接有數 據機、路由器、或網路協議位址分享器，也不會影響到網 路及加值平台設定單元13預定的功效。另外，加值服務供 裝系統1更可設計成位在虛擬專屬網路的障礙維運系統的 網段中，是以，能讓電信業者的障礙維修人員於需要進行 維修時輕易地查詢到所需的供裝資料，藉此簡化維修處理 流程。 接著，請參閱第2圖繪示之步驟流程圖，其係用以說 明本發明提供之加值服務供裝方法，透過前述本發明之加 值服務供裝系統的實施形態。於本實施形態中，本發明之 加值服務供裝方法係應用於虛擬專屬網路的環境中。 於步驟S20中’接收來自用戶端的加值服務申請，接 著同時進至步驟S21及步驟S22。 於步驟S21中，依據接收到的加值服務申請來開始進 行加值規劃設計，接著進至步驟S23。其中，所述的加值 規劃設計係可包括加值裝置的規劃作業及加值服務的設計 作業’該加值裝置的規劃作業係包括決定所需的設備廠牌 型號、分配所決定的設備數量、設備埠數、裝機地點、攝 111979 8 201248524 衫機減别碼或攻備施工廠商。而該加值服務的設計作業係 - 包括針對例如為视訊遠端監控服務或網路電話服務之加值 . 服務等’所進行關於應用模式與應用特性的設計或規劃， 像疋分配網路協礅（Internet pr〇t〇c〇l，ip)位址及/或儲存 設備的分配位置、影像壓縮格式、影像解析度、影像串流 速率、影像每秒張數。惟，所述的加值服務的設計作業係 可適用於所有配合網路應用之加值服務，並不以視訊遠端 監控服務、網路電話服務、智慧型用電管理網服務或數位 家庭管理的加值服務為限。 於步驟S22中’依據接收到的加值服務申請來進行網 路線路的設置作業。具體言之，係可通知相關的加值服務 受理系統來進行所述的網路線路的設置作業。 於步驟S23中，判斷步驟S22中執行之網路線路的設 置作業是否已完成，若已完成，則進至步驟S25，若未完 成，則進至步驟S24中，並重複執行步驟23 ,待步驟S22 中執行之網路線路的設置作業完成後，再進至步驟S24。 於步驟S24中，於虛擬專屬網路的環境中進行網路與 加值平台的°又疋作業，接著進至步驟S25。所述之網路及 加值平台的設定作業，係可包括針對網際網路供應者端之 路由器及用戶端之路由器進行的連結設定。 於步驟S25申，於虛擬專屬網路的環境中進行加值裝 置的設置作業與設定作業，接著進至步驟S26。其中，所 述的加值裝置的設置作業與設定作業’係可為於虛擬專屬 網路環境中相應地設定加值裝置之預定設置日期、列印加 111979 9 201248524 值裝置之設置早據、或回報加值裝置之裝機情形等。 於步驟S26巾’於虛擬專屬網路_境巾進行加值服 務的報峻作業，以判斷於步驟S25中執行之加值裝置的設 置作業與設定作業是否已完成，若已完成則直接進至步 驟S27，而未完成，則返回步驟奶以待加值裝置的設置 作業與設定作業完成。 於步驟S27中，進行出帳作業以完成整體的加值服務 供裝方法，當然，亦可於設計為設計完起租曰期後，再進 行所述的出帳作業。 最後’請連同前述第i圖及第2圖之圖式及說明内容 來參閱第3圖所繪製之細部實施流程圖，以進一步清楚瞭 解本發明之加值服務供裝方法配合本發明之加值服務供裝 糸統更為具體的貫施形態。 於步驟S301中，令加值服務套表單元1〇接收加值服 務申請，接著進至步驟S302及S304。於步驟S3〇2中，令 加值裝置規劃單元11進行加值裝置的規劃作業，接著進至 步驟S303，以選擇令加值服務設計單元12進行加值服務 的設計作業。而於步驟S304中’令加值服務受理系統2 進行線路設置作業。在待步驟S303執行之加值服務的設 計作業及步驟S304執行之線路設置作業完成後，即可開 始同步執行步驟S305及步驟S306。 於步驟S305中，令外部的加值裝置設置與設定單元 開始設定加值裝置的設置日期，然而，該加值裝置設置與 設定單元也可決定立即開始實施設置作業，所以，也可省 10 111979 201248524 略步驟S305而直接進至步驟S307，以選擇性地令加值裝 .置設置與設定單元列印設置單據，俾進至步驟S3〇8，藉此 . 讓加值裝置没置與設定單元進行裝機情形之回報作業。 於步驟S306中，令網路及加值平台設定單元13進行 網路及加值平台的設定作業。於步驟S309中，令系統完 工回報單元14從網路及加值平台設定單元13及該加值裝 置設置與設定單元處獲得所需之資訊以進行判斷，以於加 值服務完工時進行回報作業，接著進至步驟S310,令系統 完工回報單元14設定起租日期予帳務系統3。 最後’於步驟S311中，令帳務系統3進行出帳作業， 以安全、快速地完成加值服務整體的供裝流程。 综上所述，由於本發明可應用於虛擬專屬網路環境 中，故可避免相關的供裝資料遭到有心人士的竊取，藉此 提供安全性高的網路供裝環境。而透過加值服務套表單 元、加值裝置規劃單元、加值服務設計單元、網路及加值 平台設定單元、及系統完工回報單元的協同運作後，本發 明更可針對使用於虚擬專屬網路上的加值服務提供一套標 準化的自動供裝流程，藉此提昇供裝作業的時效性與精確 性，進而讓相關人員清楚地掌握到相關的線路設置進度與 帳務處理進度，同時簡化維修處理的流程。 相較於一般習知的供裝系統’本發明至少具有下列優 點： (1)可將用戶資料及設備資料放置在加值服務套表 單元及加值服務設計單元’不需放置在與用戶端設備直接 111979 11 201248524 連結的平台上，從而提供更佳的安全性； (2) 可對用戶端設備作多次性的設定，具體來說， 不論是在用戶端設備前額外接上數據機、路由器、或網路 協議位址分享器，都可再次對該用戶端設備進行組態設 定，藉此提供更佳的使用性，當然，亦可對複數台用戶端 設備進行設定、規劃與管理； (3) 可針對用戶端設備及電路進行安全加密的認證 機制，令其它的電路無法接通，故能充分保證用戶的權益。 惟，上述實施形態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 在不違背本發明之精神及範疇下，對上述實施形態進行修 飾與改變。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圖係為本發明之加值服務供裝系統之系統架構與 配置關係圖； 第2圖係為本發明之加值服務供裝方法之步驟流程 圖；以及 第3圖係為本發明之加值服務供裝方法的細部實施流 程圖。 【主要元件符號說明】 1 加值服務供裝系統 10 加值服務套表單元 11 加值裝置規劃單元 12 111979 201248524 12 13 14 2 20 3 S20〜S27 ， S301〜S311 加值服務設計單元 網路及加值平台設定單元 系統完工回報單元 加值服務受理系統 電路完工回報單元 帳務系統 步驟 13 111979201248524 VI. Description of the invention: [Technical field of invention] This case is a method and system for adding value-added services, especially a method and system for adding value services that can be applied in a virtual private network environment. [Prior Art] With the rapid development of network application technology, telecom operators have also introduced different types of value-added services to provide users with more usage patterns. When the telecom operator receives the application for the value-added service from the user, it will start the installation of the value-added service. Usually, the planning and design of the value-added service will be carried out by manual operation, and the external contractor will be contacted to conduct the network route. Setting and setting of road and value-added devices. However, the installation of such value-added services has the disadvantages of complicated procedures and insufficient security, which has caused great problems for telecom operators and users. Take a virtual private network (VPN) as an example. Because there is no standard operating procedure for the installation of such VPN value-added services, it is necessary to complete the network and the value-added through manual operation. The setting of the platform 'so, not only increases the manpower burden of the telecom operators', but also makes it impossible for the operators or users to keep track of the progress of the earthquake-supplied operations, thereby reducing the timeliness and accuracy of the supply operations. On the other hand, since the supply operation of the network value-added service is used in the general network environment interfacing with the Internet, the provisioning service of the value-added service is more likely to be stolen by the interested person, resulting in serious Information security issues. Therefore, how to provide a value-added service supply technology with better timeliness, accuracy and female 111979 3 201248524 is an urgent problem to be solved in the industry. SUMMARY OF THE INVENTION In view of the deficiencies of the prior art, the main object of the present invention is to provide a value-added service supply method and system for a supply process with high security and capable of automatically and accurately performing value-added services. In order to achieve the above and other objects, the method for loading value-added services provided by the present invention comprises the following steps: (1) receiving an application for value-added services for value-added planning design, and performing line setting; (2) on the line After the setting and s-Hing value planning and design is completed, 'network and value-added platform setting in the virtual private network' and the setting and setting of the value-added device in the virtual private network; and (3) in the network After the setting of the value-added platform and the setting and setting of the value-adding device are completed, the value-added service completion confirmation is performed in the virtual private network to perform the posting operation. Secondly, the value-added service provisioning system provided by the present invention comprises: an value-added service set unit for receiving an application for value-added services; and a value-added device plan for applying for the value-added device according to the application for the value-added service a value-added service design unit for designing an added value service according to the value-added service application; a network and value-added platform setting unit for setting the line, the value-added device plan, and the value-added service design completed After the 'network and value-added platform settings in the virtual private network, and notify the external value-added device settings and settings unit in the virtual private network for the value-added device settings and settings; and the system completion return unit for In the virtual private network, the network and the value-added platform setting and whether the setting and setting of the value-adding device are completed are confirmed, and the accounting operation is performed after completion. 4 111979 201248524 Compared with the prior art, the present invention can be used by the virtual exclusive network to avoid the user's supply of Bellow, which is hacked by the minded person for higher network security. Through, the value of the service wire unit, feeding plan η. Yuan, force value service design unit, network and value-added A department a nQ - early σ 〇 long time unit, and the teamwork return unit cooperative operation 'this invention can be more = the value of the network environment The service provides a set of standards for each of the exclusive self-jobs of It? Itl, which greatly improves the timeliness and accuracy of the overall supply process. [Embodiment] The following describes the technical contents of the present invention by the specific embodiments of the present invention. Those skilled in the art can easily understand other advantages and effects of the present invention from the contents disclosed in the present specification. Of course, the invention may be practiced or applied by other specific embodiments. Referring to Figure 1, the system architecture and configuration diagram of the value-added service installation system of the present invention is shown. As shown in the figure, the value-added service supply system 1 includes an value-added service set table unit 10, an value-added device planning unit U, an value-added service design unit 12, a network and value-added platform setting unit 13, and a system 6 The reward unit 14 is connected to the value-added service receiving system 2 and the accounting system 3. The value-added service set table unit 10 is configured to receive a user's value-added service request for subsequent network line setup operations. And the service value table unit 1 of the body t can notify the external value-added service acceptance system 2 to perform the setting operation of the network 4 in the case of receiving the application for the value-added service proposed by the user. And the value-added service receiving system 2 can use the built-in 'road completion return unit 20 to report the value-added service supply system 1 after the setting of the network line and the completion of the power supply 5 111979 201248524. . The value-adding device planning unit 11 is configured to perform the planning operation of the value-added device based on the value-added service application received by the value-added service package unit 10. Specifically, the planning operation of the value-adding device performed by the value-adding device planning unit 11 may include determining the required device brand model, the number of devices determined by the distribution, the number of devices, the installation location, the camera identification code, or the device. Construction company. The value-added service design unit 12 is configured to perform the design operation of the value-added service based on the value-added service application received by the value-added service package unit 10. Further, the value-added service design unit 12 can design or plan an application mode and application characteristics, such as a distribution network protocol (Internet P_c), for example, for a value-added service of a video remote monitoring service or a network telephone service.卜Π>) Address and/or storage device allocation position, image compression format, image resolution, video stream rate, and number of images per second. However, the design operation of the value-added service provided by the value-added service design unit 12 is applicable to all the value-added services of the matching service, and is not limited to the video remote monitoring service or the VoIP service. The network and value-added platform setting unit 13 performs the clearing and value-added platform on the exclusive correction towel after the design operation of the aforementioned network line, the addition of the value_setting_, and the design operation of the value-added service are completed. At the same time, the network and value-added platform setting unit 13 notifies the relevant value-adding device setting and setting unit to perform corresponding addition in the virtual private network environment. The setting of the value device is # and the setting operation. 6 111979 201248524 For example, the setting operation of the network and the value-added platform performed by the network and value-added platform setting unit 13 may include a router and a user for the Internet Service Provider (ISP). The connection setting by the router of the terminal, and the setting operation and setting operation of the value-adding device performed by the value-adding device and the setting unit may be included in the virtual private network environment to set the scheduled setting date of the value-adding device accordingly. And print the setup document of the value-added device or the installation situation of the reward value-added device. The system completion report is as follows: In the virtual private network environment, it is confirmed whether the setting operation of the network and the value-added platform by the network and value-added platform setting unit 13 has been completed, and is confirmed in the virtual private network environment. Whether the setting and setting operation of the value-added device by the external value-adding device setting and setting unit has been completed is completed, and after confirming that the above-mentioned work is completed, the accounting operation is subsequently performed. For example, the system completion report unit 14 can further set the lease period after confirming the setting operation of the network and the value-added platform, and after the setting and setting operation of the value-added device is completed. The external accounting system 3 is caused to perform related billing operations. It is worth mentioning that the value-added service set meter unit 1 or the value-added service design unit 12 can store relevant user data and equipment data, and perform relevant authentication measures before starting to provide better. Use security. The above user data and device data are connected to the value-added device of the user and the network by the network and the value-added platform setting unit 13. Therefore, the user data and the device data are not directly connected to the value-added device of the user terminal, thereby providing more One layer of protection. Of course, the user can not directly steal the relevant user data, so it also greatly improves the data security. 7 111979 201248524 The network and value-added platform setting unit 13 can provide a configuration mode for the carrier or the user to perform configuration change or setting again after the installation process of the value-added service, for example, changing the network of the user equipment. The protocol address, or change the user device identification number, etc., to provide better ease of use. Secondly, the network and value-added platform setting unit 13 can also be designed to automatically perform related configuration settings under the Network Address Translation (NAT) architecture. Therefore, even if the client device is connected to the data machine The router, or network protocol address sharer, does not affect the intended function of the network and value-added platform setting unit 13. In addition, the value-added service supply system 1 can be designed to be located in the network segment of the virtual private network barrier transportation system, so that the obstacle maintenance personnel of the telecommunication industry can easily inquire when the maintenance is needed. The required supply information to simplify the maintenance process. Next, please refer to the flow chart of the steps shown in FIG. 2 for explaining the method for supplying the value-added service provided by the present invention, and the embodiment of the value-added service supply system of the present invention. In the present embodiment, the value-added service provisioning method of the present invention is applied to an environment of a virtual private network. In step S20, the value-added service request from the client is received, and then proceeds to step S21 and step S22. In step S21, the value-added planning design is started in accordance with the received value-added service request, and then proceeds to step S23. The value-added planning design system may include a planning operation of the value-adding device and a design operation of the value-added service. The planning operation of the value-added device includes determining the required equipment brand model and the number of devices determined by the distribution. , equipment count, installed location, photo 111979 8 201248524 shirt machine reduction code or attacking construction manufacturers. And the design operation of the value-added service - including the design or planning of application modes and application characteristics for the value of services such as video remote monitoring services or Internet telephony services, etc. Coordination (Internet pr〇t〇c〇l, ip) address and / or storage device allocation location, image compression format, image resolution, video stream rate, image frames per second. However, the design operation of the value-added service can be applied to all value-added services for network applications, not for video remote monitoring services, VoIP services, smart power management network services or digital home management. The value-added service is limited. In step S22, the setting operation of the network line is performed in accordance with the received value-added service request. Specifically, the related value-added service receiving system can be notified to perform the setting operation of the network line. In step S23, it is determined whether the setting operation of the network line executed in step S22 has been completed. If it is completed, the process proceeds to step S25. If not, the process proceeds to step S24, and step 23 is repeated. After the setting operation of the network line executed in S22 is completed, the process proceeds to step S24. In step S24, the network and the value-added platform are performed in the environment of the virtual private network, and then the process proceeds to step S25. The setting operation of the network and the value-added platform may include setting a connection for a router of the Internet provider side and a router of the user end. In step S25, the setting operation and the setting operation of the value adding means are performed in the environment of the virtual private network, and the flow proceeds to step S26. Wherein, the setting operation and setting operation of the value-adding device may be to set a predetermined setting date of the value-adding device correspondingly in the virtual private network environment, and print the setting of the 111979 9 201248524 value device, or return The installation situation of the value-added device, etc. In step S26, the report job of the value-added service is performed on the virtual private network _ environment towel to determine whether the setting operation and the setting operation of the value-added device executed in step S25 have been completed, and if so, directly proceed to In step S27, if it is not completed, the process returns to the step milk to complete the setting operation and the setting job of the value-added device. In step S27, the billing operation is performed to complete the overall value-added service supply method, and of course, the billing operation may be performed after the design is completed. Finally, please refer to the detailed implementation flowcharts drawn in FIG. 3 together with the drawings and descriptions of the above-mentioned i-th and FIG. 2 to further understand the value-added service supply method of the present invention in conjunction with the value-added of the present invention. The service is equipped with a more specific form of implementation. In step S301, the value-added service suite unit 1 receives the value-added service request, and proceeds to steps S302 and S304. In step S3〇2, the value-adding device planning unit 11 performs the planning operation of the value-adding device, and proceeds to step S303 to select a design operation for the value-added service design unit 12 to perform the value-added service. In step S304, the value-added service reception system 2 performs a line setting operation. After the design operation of the value-added service to be executed in step S303 and the line setting operation executed in step S304 are completed, step S305 and step S306 can be started in synchronization. In step S305, the external value-adding device is set and the setting unit starts to set the setting date of the value-adding device. However, the value-adding device setting and setting unit may also decide to start the setting operation immediately, so that it is also possible to save 10 111979. 201248524 Slightly step S305 and proceed directly to step S307 to selectively set the setting and setting unit to print the setting document, and proceed to step S3〇8, thereby letting the value-adding device not be set to the setting unit. A return operation for the installation situation. In step S306, the network and value-added platform setting unit 13 is caused to perform setting operations of the network and the value-added platform. In step S309, the system completion report unit 14 obtains the required information from the network and value-added platform setting unit 13 and the value-added device setting and setting unit to perform judgment, so as to perform the return operation when the value-added service is completed. Then, proceeding to step S310, the system completion return unit 14 sets the rental date to the accounting system 3. Finally, in step S311, the accounting system 3 is caused to perform a billing operation to safely and quickly complete the entire supply process of the value-added service. In summary, since the present invention can be applied to a virtual private network environment, the related supply materials can be prevented from being stolen by a dedicated person, thereby providing a highly secure network supply environment. The invention can be further applied to the virtual private network after the coordinated operation of the value-added service set unit, the value-added device planning unit, the value-added service design unit, the network and the value-added platform setting unit, and the system completion return unit. The value-added service on the road provides a standardized automatic feeding process to improve the timeliness and accuracy of the loading operation, so that the relevant personnel can clearly understand the relevant line setting progress and accounting progress, and simplify maintenance. Process of processing. Compared with the conventional conventional feeding system, the present invention has at least the following advantages: (1) User data and equipment data can be placed in the value-added service set unit and the value-added service design unit 'not need to be placed in the user side The device is directly connected to the platform on 111979 11 201248524 to provide better security; (2) The client device can be set up multiple times, specifically, the data device is additionally connected in front of the client device. The router or the network protocol address sharer can configure the client device again to provide better usability. Of course, it can also set, plan and manage multiple client devices. (3) The authentication mechanism for security encryption of the user equipment and circuits can be made, so that other circuits cannot be connected, so that the user's rights and interests can be fully guaranteed. The above-described embodiments are merely illustrative of the principles and advantages of the invention and are not intended to limit the invention. Any of the above-described embodiments may be modified and altered 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 claims described later. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a system architecture and configuration diagram of the value-added service supply system of the present invention; FIG. 2 is a flow chart of steps of the value-added service supply method of the present invention; The figure is a detailed implementation flow chart of the method for supplying value-added services of the present invention. [Main component symbol description] 1 Value-added service supply system 10 Value-added service set table unit 11 Value-added device planning unit 12 111979 201248524 12 13 14 2 20 3 S20~S27 , S301~S311 Value-added service design unit network and Value-added platform setting unit system completion return unit value-added service acceptance system circuit completion return unit accounting system step 13 111979