201018155 九、發明說明： 【發明所屬之技術領域】 本發明關於一種更新無線固定通訊終端的方法及系 統，其係透過全球行動通訊系統網路以實現。 【先前技術】 隨著通訊技術的進步，目前的固定式通訊裝置除了過 去固定式有線通訊裝置之外’固定式無線通訊裝置亦越來 越常見，而固定式無線通訊裝置的功能係與一般無線通訊 裝置相，同’不過為使通話的計費更為方便，固定式無線通 訊裝置係搭載有内建式計費的功能，因此當使用者在撥打 電話後，固定式無線通訊裝置可立即依據通話的時間與所 使用的網路來進行費用的計算。 而一般常見的固定式無線通訊裝置所採用的網路系 統係主要包含有全球移動通信系統（global system for ❹ mobile communication，GSM )與個人行動通信系統 (personal handy-phone system，PHS )等兩大系統，然而， 無論對於GSM系統或PHS系統而言，為確保固定式無線 通訊裝置内建的資費計算版本能與局方所更新的版本相 同’當局方（也就是系統業者）所設定的資費計算版本有 所更新時，使用GSM系統或PHS系統的終端裝置（也就 是固定式無線通訊裝置）必須定期地自局方系統中取得新 的費率資料，而目前更新通訊費率資料的方法僅能透過局 方發送短訊服務或藉由終端裝置直接自局方下載費率資 201018155 料的方式以實現，換言之，新的費率資料必須透過一外部 的計費模組以更新固定式無線通訊裝置中的費率資料 庫，且對於現有的短訊更新服務來說，因為其對於系統網 路的依賴性較南，因此容易受到網路穩定性的影響而使其 可靠度相對地降低，同時因為透過短訊服務以傳送的資料 格式（包含費率資料的格式）相當受限，故在資料的傳輸 速度上亦無法有效地提升’另外，對於終端裝置直接自局 ❹方下載費率資料的方式來說，雖然可克服短訊服務對於網 路的依賴性與緩慢的資料傳輸速度等問題，不過，在GSM 系統與PHS系統中，終端裝置卻無法在局方產生新的費率 資料後自動地更新現有的費率資料，且更無法實現局方同 時對於多個終端裝置自動地進行費率資料更新的動作。 是以’本發明揭露一種更新無線固定通訊終端的方法 及系統以改善上述習知技術中遭遇的問題。 Q 【發明内容】 有鑑於上述’本發明之目的為提供一種更新無線固定 通訊終端的方法及系統，其係藉由整體封包無線電服務 (general packet radio service，GPRS)的傳輸方法，以使 單一個伺服器可同時對多個終端裝置（例如：固定式無線 通訊裝置）進行費率資料的更新。 為達上述目的’本發明提出一種更新無線固定通訊終 瑞的方法，其係應用於複數無線固定通訊裝置與一伺服器 之間的溝通，此方法係首先透過每一無線固定通訊裝置以 201018155 發送一請求訊號至伺服器；接續，藉由伺服器以接收此些 請求訊號，並依據此些請求訊號以對每一無線固定通訊裝 置進行身份驗證與費率資料確認；再，依據每一無線固定 通訊裝置現有的費率資料以判別是否需要更新，並透過伺 服器以分別發送對應版本的更新費率資料至對應的至少 一無線固定通訊裝置；並藉由對應的無線固定通訊裝置以 接收所需的更新費率資料來更新無線固定通訊裝置中現 有的費率資料；最後，依據更新的結果以發送確認訊號至 ❹伺服器。 其中，上述的方法係透過整體封包無線電服務（GPRS) 以實現。 同時，本發明亦同時提出一種更新無線固定通訊終端 的系統，其係包含複數無線固定通訊裝置，每一無線固定 通訊裝置係產生一請求訊號，請求訊號係包含有與無線固 定通訊裝置對應的一身份與一費率資料；以及一伺服器， Q 接收此些無線固定通訊裝置的請求訊號，並判別是否需要 更新請求訊號中現有的費率資料，並分別發送一更新費率 資料至對應的至少一無線固定通訊裝置中。 其中，上述的無線固定通訊裝置與伺服器係透過 GPRS以進行溝通。 承上所述，本發明之一種更新無線固定通訊終端的方 法及系統，其係透過GPRS的傳輸方式以使單一個伺服器 可同時對多個無線固定通訊裝置進行溝通，並在伺服器確 認每一無線固定通訊裝置的身份與其中的費率資料後，伺 201018155 服器會依據每一盏綠 新的費率資料。與習固定通訊裝置的需求以個別發送更 無線固定通雜==技彳_較，㈣本發露的更新 來進行費率資_ ^法及㈣係藉由GPRS的傳輸方式 度，並降低資料傳^可提供更為快速的資料傳輸速 伺服器同時對多個於網路的依賴性，同時更可實現 料更新的動作。 固定通訊裝置自動地進行費率資 【實施方式】 以下將參照相關圖式，說明依據本發明較佳實施例之 -種更新無線m定通訊終端的方法及系統，其巾相同的元 件將以相同的元件符號加以說明。 請參照圖1所示’其係為本發明所揭露的一種更新無 線固定通訊終端系統的方塊示意圖，此系統係包含有複數 無線固定通訊裝置 141、142、143、144、145、146、147、 ❹ 148、149與一伺服器1〇 ’其中’每一無線固定通訊裝置 141〜149係產生一請求訊號，請求訊號係包含有與無線固 定通訊裝置141〜149對應的一身份與一費率資料，而伺 服器10則係接收此些無線固定通訊裝置141〜149的請求 訊號，並判別是否需要更新此些無線固定通訊裝置141〜 149中的費率資料，且藉以分別發送一更新費率資料至對 應的至少一無線固定通訊裝置141〜149中。 當然，由於上述多個無線固定通訊裝置141〜149可 能設置於不同的區域，因此在伺服器10與無線固定通訊 201018155 裝置141〜149之間更可藉由無線網路基地台（access point，AP) 121、122、123以做為訊號傳輸的中繼站。 再請同時參照圖2所示，其係為本發明所揭露的一種 更新無線固定通訊終端方法的流程圖，此方法係可應用於 如圖1所示的更新無線固定通訊終端系統中，其中，更新 . 無線固定通訊終端系統係包含有複數無線固定通訊裝置 141〜149與一伺服器10。本發明所揭露的更新無線固定 通訊終端方法主要包含五個步驟，首先，如步驟S01所示， ® 每一無線固定通訊裝置141〜149發送一請求訊號至伺服 器10 ;接續，在步驟S02中，藉由伺服器10以接收所有 無線固定通訊裝置141〜149的請求訊號，並依據請求訊 號以對每一無線固定通訊裝置141〜149進行身份的驗證 與費率資料的確認；在步驟S03中，伺服器10會依據每 一無線固定通訊裝置141〜149中現有的費率資料以判別 是否需要更新，並分別發送對應的更新的費率資料至對應 0 的至少一無線固定通訊裝置141〜149;再，如步驟S04所 示，伺服器10將更新的費率資料傳送至對應的無線固定 通訊裝置141〜149，且無線固定通訊裝置141〜149在接 收所需的更新的費率資料後係進行無線固定通訊裝置中 費率資料的更新；最後，在步驟S05中，接收更新費率資 . 料的無線固定通訊裝置141〜149係會依據更新的結果以 發送確認訊號至伺服器10。 值得一提的是，本發明所揭露的更新無線固定通訊終 端方法係透過GPRS以實現，並且此GPRS係採用傳輸控 201018155 制協定/網際協定（Transmission Control Protocol/Internet Protocol，TCP/IP )的通訊協定，因此，本發明係可利用 網際協定以自伺服器10 (或無線固定通訊裝置141〜149) 摘取費率資料至無線固定通訊裝置141〜149 (或伺服器 10)，並藉由封包（packet)方式以將大量的資料先行壓縮、 . 整合後再進行傳輸，再透過傳輸控制協定以控制資料的傳 輸安全性與穩定性’故，本發明所揭露的主要的更新無線 ❹ 固定通訊終端方法的優點在於：能夠藉由網際協定以在伺 服器10與多個無線固定通訊裝置141〜149之間進行費率 資料的交換’且藉由傳輸控制協定以確保費率資料傳輸過 程的安全性，而就資料的傳輸格式而言，封包傳輸的方式 係為將一筆大資料量的費率資料切割成數個封包後再進 行傳送，其中每個封包都有特殊檢查的機制，因此當無線 固定通訊裝置141〜149 (或伺服器10)接收到每一個封 包後’利用封包中的碼（例如：檢查碼）來確定所接收的 ❹費率資料封包疋否正確，若發生錯誤則會立即加以修正， 取後，再將數個封包重新組合成完整的費率資料。是以， 以GPRS的服務系統搭酉己Tcp/Ip的通訊協定，不但可確保 費率資料傳輸的正確性，更可加快費率資料傳輸的速度。 另外，祠服器10與無線固定通訊裝置141〜149之間 =溝通模式係可採用客戶酬服器靖r，c/s) -杈式以實現，不過並非用以限制本發明。 最後以單司服器與多個無線固定通訊裝置之間傳 輸費率資料為例來說明，並請參照圖i所示之系統架構， 201018155 然，此費率資料之應用並非用以限制本發明。首先，多個 無線固定通訊裝置141〜149個別發送與之對應的請求訊 號至一伺服器10 ;接續，藉由伺服器10以接收所有無線 固定通訊裝置141〜149的請求訊號，其中，請求訊號中 包含有每一無線固定通訊裝置141〜149的一身份與一費 . 率資料，因此，伺服器10係可依據每一請求訊號以對每 一無線固定通訊裝置141〜149先進行身份的驗證並確認 其中的·費率資料；接續，伺服器1〇會依據每一無線固定 ® 通訊裝置141〜149現有的費率資料以判別是否需要更 新，當伺服器10判別出特定的無線固定通訊裝置141〜149 需要進行更新時，則會分別發送對應版本的更新費率資料 至對應的至少一無線固定通訊裝置141〜149中；再，伺 服器10將更新的費率資料傳送至對應的無線固定通訊裝 置141〜149，當無線固定通訊裝置141〜149接收所需的 更新費率資料後再進行新版的費率資料的更新；最後，接 Q 收更新後的費率資料的無線固定通訊裝置141〜149係會 依據更新的結果以發送確認訊號回傳至伺服器10,俾使伺 服器10得以確認此些無線固定通訊裝置141〜149是否已 確實完成費率版本的更新。 另外，上述的無線固定通訊裝置141〜149係可為無 . 線固定式網路電話。 综上所述，本發明所揭露的一種更新無線固定通訊終 端的方法及系統，其係透過GPRS的傳輸方式以使單一個 伺服器可同時對多個無線固定通訊裝置進行溝通，並在伺 12 201018155 服器確認每一無線固定通訊裝置的身份與其中的費率資 料後，伺服器會依據每一無線固定通訊裝置的需求以個別 發送更新的費率資料。由於本發明揭露的更新無線固定通 訊終端的方法及系統係藉由GPRS的傳輸方式來進行費率 資料的傳輸，可提供更為快速的傳輸速度，並降低費率資 . 料傳輸時對於網路的依賴性，同時更可實現伺服器同時對 多個無線固定通訊裝置自動地進行費率資料更新的動作。 以上所述僅為舉例性，而非為限制性者。任何未脫離 本發明之精神與範疇，而對其進行之等效修改或變更，均 應包含於後附之申請專利範圍中。 【圖式簡單說明】 圖1係為本發明所揭露的一種更新無線固定通訊終端 系統的方塊示意圖；及 圖2係為本發明所揭露的一種更新無線固定通訊終端 ❹ 方法的流程圖。 【主要元件符號說明】 10 :伺服器 121、122、123 :無線網路基地台 141、142、143、144、145、146、147、148、149 :無線 固定通訊裝置 S01〜S05:更新無線固定通訊終端方法的步驟流程 13201018155 IX. Description of the Invention: [Technical Field] The present invention relates to a method and system for updating a wireless fixed communication terminal, which is implemented by a network of global mobile communication systems. [Prior Art] With the advancement of communication technology, the current fixed communication devices are more and more common than the fixed wired communication devices in the past, and the functions of the fixed wireless communication devices are generally wireless. The communication device phase, the same as 'but to make the call billing more convenient, the fixed wireless communication device is equipped with built-in billing function, so when the user makes a call, the fixed wireless communication device can immediately The time of the call and the network used are used to calculate the cost. The network systems used in the common fixed wireless communication devices mainly include the global system for ❹ mobile communication (GSM) and the personal handy-phone system (PHS). System, however, for the GSM system or PHS system, to ensure that the built-in tariff calculation version of the fixed wireless communication device can be the same as the version updated by the Administrator's authority (that is, the system operator) set the tariff calculation When the version is updated, the terminal device (that is, the fixed wireless communication device) using the GSM system or the PHS system must periodically obtain new rate data from the system, and the current method of updating the communication rate data can only This is achieved by sending a short message service through the office or by downloading the rate directly from the central office by the terminal device. In other words, the new rate data must be updated by an external charging module to fix the fixed wireless communication device. Rate database, and for existing SMS update services, because it is for the system network The dependence is relatively south, so it is vulnerable to the stability of the network and its reliability is relatively low. At the same time, because the data format (including the format of rate data) transmitted through the SMS service is quite limited, the data is The transmission speed cannot be effectively improved. In addition, for the way that the terminal device directly downloads the rate data from the website, although the problem of the dependence of the short message service on the network and the slow data transmission speed can be overcome, However, in the GSM system and the PHS system, the terminal device cannot automatically update the existing rate data after the local party generates new rate data, and it is even more impossible for the bureau to automatically rate the rate for multiple terminal devices at the same time. The action of updating the data. The present invention discloses a method and system for updating a wireless fixed communication terminal to improve the problems encountered in the prior art. [Invention] In view of the above, the object of the present invention is to provide a method and system for updating a wireless fixed communication terminal, which is a transmission method of a general packet radio service (GPRS), so as to make a single The server can update the rate data for a plurality of terminal devices (for example, a fixed wireless communication device) at the same time. In order to achieve the above object, the present invention provides a method for updating a wireless fixed communication terminal, which is applied to communication between a plurality of wireless fixed communication devices and a server. The method is first sent through each wireless fixed communication device at 201018155. Sending a request signal to the server; connecting, receiving, by the server, the request signals, and performing authentication and rate data confirmation on each wireless fixed communication device according to the request signals; and, according to each wireless fixed The existing rate data of the communication device is used to determine whether the update is needed, and the server sends the corresponding version of the update rate data to the corresponding at least one wireless fixed communication device through the server; and receives the required information by the corresponding wireless fixed communication device. The update rate data is used to update the existing rate data in the wireless fixed communication device; finally, the confirmation signal is sent to the server according to the updated result. Among them, the above method is implemented by the overall packet radio service (GPRS). Meanwhile, the present invention also proposes a system for updating a wireless fixed communication terminal, which comprises a plurality of wireless fixed communication devices, each wireless fixed communication device generates a request signal, and the request signal includes a corresponding to the wireless fixed communication device. Identity and a rate data; and a server, Q receives the request signals of the wireless fixed communication devices, and determines whether it is necessary to update the existing rate data in the request signal, and respectively send an update rate data to corresponding at least In a wireless fixed communication device. The wireless fixed communication device and the server are communicated through GPRS. According to the above, a method and system for updating a wireless fixed communication terminal of the present invention transmits a GPRS transmission mode so that a single server can simultaneously communicate with a plurality of wireless fixed communication devices, and each server confirms each After the identity of a wireless fixed communication device and the rate information therein, the server will use the new rate data for each green. The requirements of the fixed communication device are more wirelessly fixed by the individual transmission == technical _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The transmission can provide a faster data transmission speed server at the same time to multiple network dependencies, and at the same time, the material update action can be realized. The fixed communication device automatically performs the rate [Embodiment] Hereinafter, a method and a system for updating a wireless m-determination communication terminal according to a preferred embodiment of the present invention will be described with reference to the related drawings. The symbol of the component is explained. Please refer to FIG. 1 , which is a block diagram of an updated wireless fixed communication terminal system according to the present invention. The system includes a plurality of wireless fixed communication devices 141 , 142 , 143 , 144 , 145 , 146 , 147 , 148 148, 149 and a server 1 〇 'where each of the wireless fixed communication devices 141 149 149 generates a request signal, the request signal includes an identity and a rate data corresponding to the wireless fixed communication devices 141 149 149 The server 10 receives the request signals of the wireless fixed communication devices 141 to 149, and determines whether the rate data in the wireless fixed communication devices 141 to 149 needs to be updated, and separately sends an update rate data. And corresponding to at least one of the wireless fixed communication devices 141 to 149. Of course, since the plurality of wireless fixed communication devices 141 149 149 may be disposed in different areas, the wireless network base station (access point, AP) may be used between the server 10 and the wireless fixed communication 201018155 devices 141 149 149. 121, 122, 123 as a relay station for signal transmission. Please refer to FIG. 2 at the same time, which is a flowchart of a method for updating a wireless fixed communication terminal disclosed in the present invention. The method is applicable to the updated wireless fixed communication terminal system shown in FIG. Update. The wireless fixed communication terminal system includes a plurality of wireless fixed communication devices 141 to 149 and a server 10. The method for updating the wireless fixed communication terminal disclosed in the present invention mainly comprises five steps. First, as shown in step S01, each wireless fixed communication device 141~149 sends a request signal to the server 10; and continues, in step S02. The server 10 receives the request signals of all the wireless fixed communication devices 141 to 149, and performs identity verification and rate data confirmation for each of the wireless fixed communication devices 141 to 149 according to the request signal; in step S03 The server 10 determines whether the update is needed according to the existing rate data in each of the wireless fixed communication devices 141 to 149, and respectively sends the corresponding updated rate data to the at least one wireless fixed communication device 141 to 149 corresponding to 0. Further, as shown in step S04, the server 10 transmits the updated rate data to the corresponding wireless fixed communication devices 141 to 149, and the wireless fixed communication devices 141 to 149 receive the required updated rate data. Performing an update of the rate data in the wireless fixed communication device; finally, in step S05, receiving the wireless fixed communication device 14 that updates the rate information. 1~149 will send a confirmation signal to the server 10 based on the updated result. It is worth mentioning that the method for updating the wireless fixed communication terminal disclosed in the present invention is implemented by using GPRS, and the GPRS system adopts the transmission control protocol/Internet Protocol (TCP/IP) communication. Therefore, the present invention can utilize the Internet Protocol to extract rate data from the server 10 (or the wireless fixed communication devices 141 to 149) to the wireless fixed communication devices 141 to 149 (or the server 10), and by using the packet The (packet) method compresses a large amount of data first, integrates it and then transmits it, and then transmits the transmission control protocol to control the transmission security and stability of the data. Therefore, the main update wireless 固定 fixed communication terminal disclosed by the present invention The method has the advantage that the exchange of rate data can be performed between the server 10 and the plurality of wireless fixed communication devices 141 to 149 by the internet protocol and the security of the rate data transmission process is ensured by the transmission control protocol. As far as the data transmission format is concerned, the packet transmission method is to cut a large amount of rate data into numbers. After the packet is transmitted, each packet has a special check mechanism, so when the wireless fixed communication device 141~149 (or the server 10) receives each packet, the code in the packet is used (for example, the check code). To determine whether the received data rate packet is correct, if an error occurs, it will be corrected immediately, and then several packets will be reassembled into complete rate data. Therefore, the communication protocol of Tcp/Ip with GPRS service system not only ensures the correctness of rate data transmission, but also speeds up the rate data transmission. In addition, the communication mode between the server 10 and the wireless fixed communication devices 141 to 149 can be implemented by using the customer service device, but is not intended to limit the present invention. Finally, the transmission rate data between the single server and the plurality of wireless fixed communication devices is taken as an example, and please refer to the system architecture shown in FIG. i, 201018155. However, the application of the rate data is not intended to limit the present invention. . First, the plurality of wireless fixed communication devices 141 to 149 individually send the corresponding request signals to a server 10; and the server 10 receives the request signals of all the wireless fixed communication devices 141 to 149, wherein the request signals are received. The identifier and the rate information of each of the wireless fixed communication devices 141 to 149 are included. Therefore, the server 10 can perform identity verification for each of the wireless fixed communication devices 141 to 149 according to each request signal. And confirm the rate data; in the following, the server 1 will determine whether the update is needed according to the existing rate data of each wireless fixed communication device 141~149, and the server 10 determines the specific wireless fixed communication device. 141~149, when an update is required, the update rate data of the corresponding version is respectively sent to the corresponding at least one wireless fixed communication device 141~149; and then, the server 10 transmits the updated rate data to the corresponding wireless fixed The communication devices 141 to 149 perform the new version of the rate data after the wireless fixed communication devices 141 to 149 receive the required update rate data. Finally, the wireless fixed communication devices 141 to 149 that receive the updated rate data are sent back to the server 10 according to the updated result, so that the server 10 can confirm the wireless fixed communication. Whether the devices 141 to 149 have actually completed the update of the rate version. Further, the above-described wireless fixed communication devices 141 to 149 may be lineless fixed network telephones. In summary, the present invention discloses a method and system for updating a wireless fixed communication terminal, which transmits a GPRS transmission mode so that a single server can simultaneously communicate with a plurality of wireless fixed communication devices. 201018155 After the server confirms the identity of each wireless fixed communication device and the rate data therein, the server will separately send the updated rate data according to the requirements of each wireless fixed communication device. The method and system for updating the wireless fixed communication terminal disclosed by the present invention transmit the rate data by using the GPRS transmission method, thereby providing a faster transmission speed and reducing the rate of resources for the network transmission. The dependency can also realize the action of automatically updating the rate data to the plurality of wireless fixed communication devices at the same time. The above is intended to be illustrative only and not limiting. Any equivalent modifications or alterations to the spirit and scope of the present invention are intended to be included in the scope of the appended claims. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a block diagram of a system for updating a wireless fixed communication terminal according to the present invention; and FIG. 2 is a flow chart of a method for updating a wireless fixed communication terminal according to the present invention. [Description of main component symbols] 10: Servers 121, 122, 123: Wireless network base stations 141, 142, 143, 144, 145, 146, 147, 148, 149: Wireless fixed communication devices S01 to S05: Update wireless fixed Step 13 of the communication terminal method