TW200525978A - System and method to shift the information of the server in the firewall into the mobile device - Google Patents
System and method to shift the information of the server in the firewall into the mobile device Download PDFInfo
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200525978 五、發明說明(1) 【發明所屬之技術領域】 本發明係有關一種利用盔 動裝置之技術,特別是關於;:^,訊網路將資訊推送至行 乂下’將資訊以安全加齋方々 在不更改防火踏配置前 法。 軔裝置之系統與方 【先前技術】 一般行動裝置若要收取電 戶需要發出請求通知後,行動二或查s句資料,通常用 •。然而基於無線通訊網路Km”進行收發動 長、訊號強弱不穩定.、傳輸;含延”間 且操作時間長的問題Si訊息’則會存在有反應速度慢 H域網另“方ΛΑ面’企業通常運用防火牆來隔絕外界直接對 &域網路内的伺服器進行連 Γ介直接對 裝置無法對防火牆内之;二在此種網路環境下,行動 牆禁止外界直建立連線。由於防火 防人腸阻擋資料交換的問題。 另 ΐ Α ί Ϊ ’貝,ί在公共網路與無線通訊網路之間若以明文 器傳遞至行動蚩署眭六^ ^ 在貝訊攸貝科源伺服 仃動裝置時,存在資訊加密的安全性問題。 有鑑於此,為了解決先前技術獲取資訊的反應速度 ^火牆阻擋資料交換以及資訊傳遞時產生之安全性問 ,發明係提出一種將資訊由防火牆内之伺服器推送至 inm 五、發明說明(2) '〜〜—— __ 兮動裝置的系統與方 ,以克服前述問題。 【發明内容】 本發明之主要目的 伺服器推送至行動裝置提供一種將資訊由防火牆内之 的網路主機與中繼閘道遠=統與方法,其係利用防火牆内 下,即可讓資料源伺服^,在不變更防火牆設置之前提 了防火牆阻擋資料交推送資訊到行動裝置上,以解決 本發明之另一目:的問題。 籲服器推送至行動襄置^在提供一種將資訊由防火牆内之 料源伺服器之後就會推二系,與方法,其係在資訊抵達資 /欠都發出讀取資訊的請=到行動裝置上,使用戶不需要每 應,以有效解決盖繞:,並等待無線通訊網路遲緩的回 本發明之再二訊網路反應速度不佳的問題。 伺服器推送至行動裝置係,提供一種將資訊由防火牆内之 與網路主機之間採用加=系統與方法,其係利用行動裝置 安全問題。 赉方式傳輸,解決了資訊傳遞時的 為達到上述之目的 j 一種將資訊由防火由解決習知技術之缺點,本發明名 統,在此系統中之資^ %之伺服器推送至行動裝置的系 繼閘道、無線訊息閉道:服器、網路主機、防火牆、4 路連接,其中,網路 無線通訊網路與行動裝置皆以期 連線至中繼閘道,中機通過防火牆原本就開放的通訊辞 息閘道將資料源飼服哭7道負貝基於1 p協定或透過無線m 版器傳出之資訊推送至行動裝置,而此 200525978 五、發明說明(3) 行動裝置由無線通訊網路接收該資訊 本發明之另一實施態樣則提出一種將資訊由防火踏内 i::盗推送至行動裝置的方法’首t,網路主機向中繼 ^月艮2建立連線’且行動裝置亦向中繼伺服器建立連線, =二動裝置與網路主機透過中繼伺服器進行連線配對,·配 ^成^時’ &行動裝置並與網$主機之間進行加密資料傳 ^ 此,網路主機可將資訊從資料源伺服器推送至行動 JH-m 底下藉由具體實施例配合所附的圖式詳加說明,當更 琴易瞭解本發明之目的、技術内容、特點及其所達成之功 效0 【貫施 為 擋資料 將資訊 法以及 方法, 送加 請 位於防 中繼閘 置24所 設備, 方式】 了克服 交換以 由防火 網路主 以不更 密資訊 參閱第 火牆14 道18、 組成。 資料源 先前技術獲 及資訊傳遞 牆内之伺服 機與資料源 改防火牆設 到行動裝置 一圖所示之 内之資料源 無線通訊網 此資料源伺 伺服器1 0可 取資訊的 時安全性 器推送至 伺服器間 置為前提 〇 系統架構 伺服器1 0 路2 0、無 服器1 0是 以是郵件 反應速度慢、防火牆阻 問題,本發明提出一種 行動裝置的系統與其方 之新資料檢查與傳輸之 ,讓資料源伺服器能夠 圖,本發明之系統係由 與網路主機12,以及一 線訊息閘道22與行動裝 負責接收與轉發資訊的 伺服器或是應用伺服器200525978 V. Description of the invention (1) [Technical field to which the invention belongs] The present invention relates to a technology using a helmet-actuated device, and in particular, it relates to: ^, the information network pushes the information to the line 'information is safely added Zhai Fangyu did not change the configuration before the fire pedal.轫 Systems and parties of the device [Prior art] Generally, if a mobile device needs to receive a notification of a request from a user, it is necessary to use Action 2 or check the s-sent data. However, based on the wireless communication network Km ", the transmission and reception are long, the signal strength is unstable, and the transmission is long; there is a problem of delay and long operation time. There will be a slow response time in the Si message. A firewall is usually used to isolate the outside world and directly connect to the server in the & domain network. The device cannot be directly connected to the firewall. Second, in this network environment, the mobile wall prohibits the outside world from directly establishing a connection. Because of fire prevention The problem of preventing the intestinal obstruction of data exchange. In addition, Α ί ί 'Shell, if it is passed between the public network and the wireless communication network in clear text to the mobile phone service department 眭 ^ ^ ^ Served at Beixo Beco Source 仃In the case of mobile devices, there is a security problem of information encryption. In view of this, in order to solve the problem of the response speed of the prior technology to obtain information ^ the fire wall blocked the data exchange and the security problems caused when the information was transmitted, the invention proposes a method of passing information from a firewall. The server pushes to inm. 5. Description of the invention (2) '~~ —— __ The system and method of moving the device to overcome the aforementioned problems. [Summary of the invention] The main purpose is to push the server to the mobile device to provide a way to pass information from the network host and the relay gateway inside the firewall to the system and method. It uses the inside of the firewall to make the data source server ^, without changing the firewall. Before setting up, it was mentioned that the firewall blocks the data from being pushed to the mobile device to solve the other problem of the present invention: the server is pushed to the mobile device. After providing a way to send information from the source server in the firewall, Will push the second line, and method, which is to send information to read information on the arrival / lack of information, please go to the mobile device, so that users do not need to respond, to effectively solve the problem: and wait for the wireless communication network is slow Back to the second problem of the present invention, the problem of poor network response speed. The server pushes to the mobile device system, and provides a system and method for transferring information between the firewall and the network host using mobile devices. Security issues: 赉 Transmission method, to solve the problem of information transmission in order to achieve the above-mentioned purpose. In this system, ^% of the server ’s servers are pushed to the mobile device ’s gateway, wireless message closed channel: server, network host, firewall, 4-way connection, among which the network wireless communication network and mobile device All are expected to connect to the relay gateway. The CMC pushes the data source to the server through the firewall ’s original open communication message gateway. The 7 channels are pushed to the mobile phone based on the 1 p protocol or the information transmitted through the wireless m-version device. Device, and this 200525978 V. Description of the invention (3) The mobile device receives the information from the wireless communication network. Another embodiment of the present invention proposes a method for pushing information from the fire prevention i :: theft to the mobile device. t, the network host establishes a connection to the relay ^ 2 and the mobile device also establishes a connection to the relay server, = the two mobile device and the network host perform connection pairing through the relay server, and configure ^ ^ 时 '& encrypted data transmission between the mobile device and the network host. Therefore, the network host can push the information from the data source server to the mobile JH-m. Detailed description of the formula Understand the purpose, technical content, characteristics and achieved effect of the present invention. 0 [Conduct information and information methods and methods for sending data. Please add 24 devices located in the anti-relay gate. Modes. The network owner refers to the composition of the 14th fire wall, 14th, 18th for more confidential information. The previous technology of the data source and the server and data source in the information transmission wall are changed to the data source set in the mobile device. The wireless communication network is shown in the figure below. This data source waits for the server. The server is premised. The system server 10, 20, and serverless 10 are problems of slow mail response and firewall blocking. The present invention proposes a mobile device system and its new data inspection and transmission. To enable the data source server to map, the system of the present invention is a server or application server that is responsible for receiving and forwarding information with the network host 12, and the first-line message gateway 22 and mobile device.
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動化伺服器或資料庫伺服 主機;12之間可利用區域網路 查資料源伺服器1 0是否接收 ,,則網路主機12將通過防 單向通訊埠利用網際網路1 6 網路主機12可通過SMS閘 線訊息閘道22發送資訊通知 24係通過基於IP協定的無線 連線,使得網路主機丨2與行 行資料交換,達成網路主機 推送給行動裝置24之目的 或群組軟體伺服器或辦公室自 器,且資料源伺服器1 0與網路 相連接。而網路主機12負責檢 到新資訊,一旦發現新資訊抵 火牆1 4原本就開放的由内到外 將資訊推送到中繼閘道1 8,使 道、MMS閘道或WAP閘道等之無 到行動裝置24,且此行動裝置 通訊網路20與中繼閘道1 8建立 _裝置24可藉由中繼.閘道丨8進 1 2可將資料源伺服器1 0之資訊 者0 t撒二中為更/月楚了解本系統之架構,針對上述之網路 機2、中繼閘道18以及行動裝置24作更進一步的詳細說 4,時參閱第二圖所示之網路主機丨2,其係由一資料 服器連接模組121、中繼閘道連接模組123、資訊編碼 24以及網路安全模組125所組成;此資料源伺服器連 麵|組121係負責從網路主機12建立與資料源伺服器10之 二的網f,線,檢查並接收來自資料源伺服器1 0的新資 ^ ’且資料源伺服器連接模組121可使用POP3、IMAP4、 =〔DII0P、SMTP、WebDAV、SOAP、XMLRPC 或HTTP 協定 會=料源飼服器進行溝通,資料源伺服器連接模組121 疋時檢查是否有新資訊抵達;由於定時檢查新資訊會有Dynamic server or database server host; you can use the local area network to check whether the data source server 10 is receiving, then the network host 12 will use the Internet through the one-way communication port. 12 The information can be sent through the SMS gateway message gateway 22. 24 is a wireless connection based on the IP protocol, which enables the network host 丨 2 to exchange data with the bank to achieve the purpose or group that the network host pushes to the mobile device 24 Software server or office server, and the data source server 10 is connected to the network. The network host 12 is responsible for detecting the new information. Once the new information is found on the fire wall 14, the information will be opened from the inside to the outside, and the information will be pushed to the relay gateway 18, the gateway, the MMS gateway, or the WAP gateway. There is no mobile device 24, and the mobile device communication network 20 and the relay gateway 18 are established _ The device 24 can be relayed. The gateway 丨 8 into 1 2 can send information from the data source server 1 0 to 0 t In order to learn more about the architecture of this system, Saerzhongzhong made further details on the above-mentioned network machine 2, relay gateway 18, and mobile device 24. When referring to the network host shown in the second figure,丨 2, which is composed of a data server connection module 121, a relay gateway connection module 123, an information code 24, and a network security module 125; this data source server connection surface | group 121 is responsible for The network host 12 establishes a network f with the data source server 10bis, checks and receives new data from the data source server 10 ^ ', and the data source server connection module 121 can use POP3, IMAP4, = [DII0P, SMTP, WebDAV, SOAP, XMLRPC, or HTTP protocol = source feed server to communicate, data source server Cloth connection module 121 checks whether new information arrival; Check new information will be due to the timing
第8頁 200525978 五、發明說明(5)Page 8 200525978 V. Description of the invention (5)
推送時間上的延遞,#、土 B 24,若要即時傳遞訊:良:可由P資:::息傳遞到行動裝置 機12建立連線,並主動將伺服器10主動向網路主 組121達成。資料貝傳遞至資料源飼服器連接模 WAP、XMLRPC 或HTTP 算 m u+ 法可”將資訊傳遞至彳成的時間延遲,此方 1 2之門“ :ΐ 、且1 24係負責中繼閘道1 8與資料源伺服器 • 20 的壓縮/解壓縮與編碼,由於無線通訊網 並且將次二^二絲此模ί可降低網路傳輸需要的資料量, 圖中之二'々-式轉換為行動裝置24可以接收的精簡格式。 資訊&二,全模組125係負責對來自資料源伺服器1 〇的 L :加雄、’同時將來自中繼閘道18的資訊解密,加密 /中繼門二ΐ用各種非對稱標準演算法、對稱標準演算法。 1 8 pq f迢連接模組123係用以建立網路主機12與中繼閘道 2網路連線並傳輸資料,由於防火牆14為了讓區域網 HTTPe用戶能夠順利上網,通常都會開放111^1)80埠或是 _„、、44 3埠允許單向建立連線到防火牆外的網站,則中 魏二道連接模組1 2 3會通過防火牆1 4原本就開放的通訊埠 連線到中繼閘道18。 請同時參閱第一圖及第三圖所示,中繼閘道18係由一 值私^機連接模組181、行動裝置連接模組182及連接配對 =拉組183所組成;網路主機連接模組181負責接收與管 網路主機12建立的連線;行動裝置連接模組182負責Delay in push time, #, 土 B 24, if you want to deliver the message in real time: Good: Available from P ::: Information to mobile device 12 to establish a connection, and actively send server 10 to the network master group. 121 reached. Data transmission to the data source feeder connection mode WAP, XMLRPC or HTTP can be used to calculate the time required for the information to be transmitted to the server. The 12 gates of this party: ΐ, and 1 24 are responsible for relay gates. Compression / decompression and encoding of channel 18 and data source server • 20, due to the wireless communication network and the use of this mode can reduce the amount of data required for network transmission. A compact format that mobile device 24 can receive. Information & Second, the full module 125 series is responsible for the L: Kaxiong from the data source server 10, 'At the same time, the information from the relay gateway 18 is decrypted, and the encryption / relay gate uses various asymmetric standards. Algorithms, symmetrical standard algorithms. The 1 8 pq f 迢 connection module 123 is used to establish a network connection between the host 12 and the relay gateway 2 and transmit data. Since the firewall 14 is usually used to allow HTTPe users in the local area network to access the Internet, 111 ^ 1 is usually open. ) Port 80 or _ „, Port 44 and Port 3 allow one-way connection to websites outside the firewall, then the Zhongwei Erdao connection module 1 2 3 will connect to the relay gate through the originally open communication port of the firewall 1 4 Road 18. Please refer to the first and third figures at the same time, the relay gateway 18 is composed of a private connection module 181, a mobile device connection module 182, and a connection pairing = pull group 183; The host connection module 181 is responsible for receiving the connection established with the management network host 12; the mobile device connection module 182 is responsible for
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# t i A動裝置24建立的連線;再利用此連接配對 得輸模組1 8 3負責配對行動奘番9 j b _,締批/ 丁仃動裝置24與網路主機12之間的連 線並在配對成功後讓資訊能在 之間進行雙向傳輸。 飛H、盯勒裒置24 括-ΠΠί閱第一圖及第四圖所*,行動裝置内係包 棵也m閑、連接模組241、網路安全模組242、f訊編碼 i=?L置模組244以及用戶“模組245等;中繼閉 Λ可建立與管理行動裝置24至中繼閘道18 三、、線與資料傳輸,網路安全模組2 4 2係進行資料加 :’將加密資料傳送至中繼閘道18,並且解密來自中繼 =道18的資訊;資訊編碼模組243負責行動裝置24與中繼 =道1—8間資料的壓縮/解壓縮與編碼;g2(置模組2以則負責 &理行動裝置之用戶設定網路安全參數、帳戶密碼參數、 用戶介面呈現方式參數等;而此用戶介面模組245則負責 呈現用戶操作介面並管理資訊的顯示與輸入。 在詳細說明完本發明之系統架構後,接續說明將資訊 $防火牆内之伺服器推送至行動裝置的網路傳輸流程。請 參閱第五圖所示,首先,網路主機12向中繼伺服器18建立 儀f線;如步驟S10所示,網路主機12先通過防火牆14開放 的通訊埠將網路主機識別資訊發送到中繼閘道i 8,使中繼. 閉道18進行識別資訊審核,若中繼閘道18審核識別資訊成 功則如步驟s 1 2保持連線並允許網路主機1 2傳送資訊。 接著,行動裝置24向中繼伺服器18建立連線;如步驟 s20所示’行動裝置24通過無線通訊網路向中繼伺服器18# ti A The connection established by the mobile device 24; then use this connection to pair the input module 1 8 3 to be responsible for the pairing action 9 jb _, to establish the connection between the mobile device 24 and the network host 12 After the pairing is successful, the information can be transmitted in both directions. Fly H, Marker Set 24 including -ΠΠί See the first and fourth pictures *, the mobile device is connected to the network, the connection module 241, the network security module 242, and the f-code i =? L module 244 and user module 245, etc .; relay closure Λ can establish and manage mobile devices 24 to relay gateway 18 III. Line and data transmission, network security module 2 4 2 series for data addition : 'Send encrypted data to relay gateway 18 and decrypt the information from relay = channel 18; the information encoding module 243 is responsible for compressing / decompressing and encoding the data between mobile device 24 and relay = channels 1-8 G2 (Setting module 2 is responsible for setting network security parameters, account password parameters, user interface presentation mode parameters, etc. of the user of the mobile device; and this user interface module 245 is responsible for presenting the user operation interface and managing information After the detailed description of the system architecture of the present invention, the network transmission process of pushing the server in the information firewall to the mobile device will be described. Please refer to the fifth figure. First, the network host 12 Establish the instrument line to the relay server 18; as in step S10 As shown, the network host 12 first sends the identification information of the network host to the relay gateway i 8 through the communication port opened by the firewall 14 to enable the relay. The closed channel 18 performs identification information audit, and if the relay gateway 18 audits identification information If it is successful, the connection is maintained in step s 12 and the network host 12 is allowed to transmit information. Then, the mobile device 24 establishes a connection to the relay server 18; as shown in step s20, the 'mobile device 24 sends the relay to the relay through the wireless communication network. Server 18
第10頁 200525978 五、發明說明(7) _立連線’行動裝置24發送的連線請求中帶有識別資訊, 亦即行動裝置識別資訊,其係可為通訊埠號或1?地址或域 名或一段字串至少其中之一者;若中繼閘道18審核識別資 訊成功則允許保持連線。 ^ 然後’行動裝置24與網路主機12透過中繼伺服器18進 行連線配對;如步驟S3〇所示,中繼閘道18根據行動裝置 識別資訊與網路主機識別資訊進行連線配對,連線配對成 功則允許資訊在行動,裝置24與網路主機12之間進行雙向傳 輸0 籲最後’網路主機將資訊從資料源伺服器推送至行動裝 置;先如步驟S40所示檢查是否有新資訊,若有, 驟S42從資料源飼服器1〇接收新資訊,網路主機12即可如 步驟=4基於IP協定將加密後之資訊推送至行動裝置μ, 此加密所採用之加密演算法係可為對 非對稱式加密演算法·,另外,網路主機12亦==疋 先將資訊傳遞至鉦線訊自閘道22,&‘此 步驟S46 盔綠1自μ = 如步驟S48所示透過 …、線訊μ閘道2 2將資訊推送至行動裝置24。 請再參閱第二圖及第五圖所示,在步驟S4〇中 <機12檢查資料源伺服器1〇是否有新資訊的方法、路 3下列步驟:首先,網路主機12將用戶帳可匕 飼服器1〇,資料源伺服器1〇讀取隸屬於該用二:源 枓,並將每筆資料的識別碼傳遞到網路主機Μ,以楹: 路主機12核對過去收到的每筆資料識別碼與本 ^供網 別碼有何不同,藉以核對出哪些識別 4的識 ^疋屬於本次檢查才Page 10 200525978 V. Description of the invention (7) _Li Connected The connection request sent by the mobile device 24 carries identification information, that is, mobile device identification information, which can be a communication port number or 1? Address or domain name Or at least one of a string; if the relay gateway 18 audits the identification information successfully, it is allowed to stay connected. ^ Then the mobile device 24 and the network host 12 perform connection pairing through the relay server 18; as shown in step S30, the relay gateway 18 performs connection pairing based on the mobile device identification information and the network host identification information. If the connection is successful, the information is allowed to move in two directions between the device 24 and the network host 12. At last, the network host will push the information from the data source server to the mobile device; first check if there is any in step S40. If there is new information, step S42 receives the new information from the data source feeder 10, and the network host 12 can push the encrypted information to the mobile device μ based on the IP protocol as step = 4. The encryption used for this encryption The algorithm can be an asymmetric encryption algorithm. In addition, the network host 12 also == 疋 first transmits the information to the wireless line from the gateway 22, & 'this step S46 helmet green 1 from μ = such as As shown in step S48, the information is pushed to the mobile device 24 through the ... channel μ gateway 22. Please refer to the second and fifth figures again. In step S4, the method of the machine 12 checking whether the data source server 10 has new information is as follows: First, the network host 12 registers the user account. The server 10 can be fed, and the data source server 10 reads the data belonging to the second application: the source, and transmits the identification code of each piece of data to the network host M, so that the host 12 checks the past receipt What is the difference between the identification code of each of the data and this ^ for the network identification code, so as to check which identities of identification ^ 疋 belong to this inspection
第11頁 200525978 五、發明說明(8) ---一 — 串現的新識別碼,·然後’網路主機12 源伺服器1 0請求讀取完整的資料内容.最取W碼向資料 即可如步驟S44所示將部份或全部新資傻心’網路主機12 裝置24。 奋得遞到行動 在步驟S42中,資料源伺服器1〇主 網路主機12的方法則包含下列步驟:杏 1貝枓傳遞到 :到一筆新資資料源伺服器!。建立與網:::器10接 線後,資料源伺服器10將接收到的新 ,機12的連 上2 ’此網路主機12係判斷此 ;網路主機 •置2。判斷完成後網路主機12即;H傳=些行動 内容傳遞到行動裝置24。 或全部新資料 因此’在本發明之架構下,用戶 & :資訊的請求並等待無線資料網路 達資料源飼服器之後就會推送到行動裝置3 U = 捲盘由二? 再者’通過防火牆内的網路主 ίΐ Γϊ 進行連線,不需更改防火踏配置,即可讓行 動裝置與網路主機進杆眘料夺施 交換的Η 1 .機進仃貝枓乂換,解決了防火牆阻擋資料 ’而行動裝置與網路主機之間使用加密技術傳 、/ 了有效解決負訊傳遞時可能會發生的安全問 =^所述之實施例僅係為說明本發明之技術思想及特 :ί在使熟習此項技藝之人士能夠瞭解本發明之内 ^ ^ ^ 施,當不能以之限定本發明之專利範圍,即大 X明所揭示之精神所作之均等變化或修飾,仍應涵Page 11 200525978 V. Description of the invention (8) --- a-New identification code that appears now, and then 'web host 12 source server 10 requests to read the complete data content. The most W code to the data is As shown in step S44, some or all of the new assets can be dumbfounded to the network host 12 device 24. Fend it to action In step S42, the method of the data source server 10 master and the network host 12 includes the following steps: Passing to: a new data source server !. After the connection to the network ::: 10 is connected, the data source server 10 will connect the new server 12 to the connection 2 ′ This network host 12 judges this; the network host • sets 2. After the judgment is completed, the network host 12 is transmitted to the mobile device 24. Or all new data. So, ‘under the framework of the present invention, the user &: requests for information and waits for the wireless data network. After reaching the data source feeder, it will be pushed to the mobile device 3 U = reel from two? Furthermore, you can connect through the network host ΐ ΐ ϊ inside the firewall without changing the configuration of the fire pedal, so that the mobile device and the network host can enter and exchange with each other carefully. , Solved the firewall blocking data, and using encryption technology between the mobile device and the network host, and effectively solved the security problems that may occur when negative signal transmission = ^ The embodiment described is only to explain the technology of the present invention Thoughts and special features: In order to enable those skilled in the art to understand the invention ^ ^ ^, when the scope of the patent of the invention cannot be limited, that is, the equal changes or modifications made by the spirit disclosed by Da Ming, Should still
第12頁 200525978 五、發明說明(9) 萆在本發明之專利範圍内。 Ηϋ 第13頁 中繼閘 網路安 網際網 網路主 連接配 無線訊 中繼閘 資訊編 用戶介 道連接模組 全模組 路 機連接模組 對傳輸模組 息閉道 竭:連接模組 碼模組 面模組 200525978 圓式簡單說明 【圖式簡單說明】 第一圖為本發明之系統架構圓。 第二圖為本發明所使用之網路主機的 第三圖為本發明所使用之中繼間道的=。° 第四圖為本發明所使用之行動裝置的方塊圖。 第五圖為本發明在網路進行資訊傳輪的流程圖 【主要元件符號說明】 10 資料源伺服器 φ 網路主機 1 2 1資料源伺服器連接模組 1 2 4 資訊編碼模組 14 防火牆 18 中繼閘道 182行動裝置連接模組 20 無線通訊網路 24 行動裝置 242 網路安全模組, ^244 配置模組Page 12 200525978 V. Description of the invention (9) 萆 It is within the patent scope of the present invention. 13 Page 13 Relay gate network security Internet master connection with wireless signal relay gate information editor User interface connection module Full module Road machine connection module Closes the transmission module exhaust: Connection module Code module surface module 200525978 Simple description of the circle [Simplified illustration of the diagram] The first figure is the system architecture circle of the present invention. The second figure is the network host used in the present invention. The third figure is the relay channel used in the present invention. ° The fourth figure is a block diagram of a mobile device used in the present invention. The fifth figure is the flow chart of the information transmission on the network according to the present invention. [Description of the main component symbols] 10 Data source server φ Network host 1 2 1 Data source server connection module 1 2 4 Information coding module 14 Firewall 18 relay gateway 182 mobile device connection module 20 wireless communication network 24 mobile device 242 network security module, ^ 244 configuration module
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