經濟部智慧財產局員工消費合作社印製 五、發明説明 ( 13 ) 1 1 本 發 明 予 Μ 設 計 為 能藉生產總成， 或 模 組，具有此詳述實 1 | 例 之 功 能 予 部 貫 施 ，靈活度或便攜性 僅 為 另外之特色。 1 元 件 編 號 之 說 明 /·-N 請 A. 1 閱 I 8 時 基 * 背 1 1 9 微 處 理 器 面 之J 丨 注 1 10 中 央 單 元 意 事 1 項 1 11 局 部 介 面 電 路 再 ά 空 1 12 發 信 號 處 理 總成 本 頁 丨， ί 13 電 路 模 式 電 路 1 1 14 封 包 模 式 電 路 \ I 15 GSM發信號之電路 1 訂 20 方 塊 1 1 30 無 線 電 電 路 1 31 緩 衝 暫 存 器 1 32 緩 衝 暫 存 器 1 级 33 緩 衡 暫 存 器 I 34 緩 衝 暫 存 器 1 1 I 35 IR 0 d e IB (數· 據 機） 1 1 39 網 路 1 1 40 PC I 49 連 接 I 81 振 盪 器 1 1 1 82 分 頻 器 1 1 86 適 配 總 成 1 1 本紙張又度適用中國國家標準（CNS ) A4規格（210X297公釐） ,^ -16 -修正頁 A7 B7 經濟部中央標準局員工消費合作社印製 五、發明説明（ 1) 1 無 線 電 通 訊終 端機，特 別是 手 提式終端機， 因 為 其 使 能 容 1 1 I 易 與 所 呼 叫 之人 立即建立通訊 s巨 前在 其 市 場 上 有 可 觀 之 1 \ 發 展 0 請 先 1 鬩 | 依 終 端 機 之型 式而定， 可傳輸文 字1 息 或 甚 至 建 立 雙 向 讀 背 1 .面 I 語 音 通 訊 ，例如GS Μ網路之電話+手.，機 ，情形亦復如此c 1 ! Μ 1 I 在 非 連 接 模式 操作，此 等手 也允許經由GSM 網 路 傳 輸 數 事 項 1 1 據 ，例如短訊息c 在此模 式手 機 之載波， 可 將 _· 短 訊 息 插 入 再 填 厂\ 網 寫 本 裝 路 之 共 同 發信 號頻道& 該頻道正 常為 用 K 建 立 及 終 止 通 頁 1 訊 ，虼且Μ相同方式接收 回答 訊 息。 1 1 總 括 而 言 &發信號頻道 實際 為 超尺寸，， 在 各 種 不 同 手 機 1 1 之 發 信 號 遊 免任 何延遲 '其 祈提供 之超 容 量 之 —· 部 份 用 1 訂 1 1 K 傳 遞 少 量 之通 信量。 為此 原 因， 較長 之 訊 息 不 可 能 使 其 飽 和 〇 而 且 ，有限之容量 妨礙 響 應時間< > 1 1 由 於 數 據 傳輸 之需要； 增加 ，人們 4 曾建 議 手 m 允 許 Μ 連 接 1 1 模 式 ，κ與供語音連接之 相同 方 式. 亦即 藉 對 其 分 配 — 無 線 ii 電 頻 道 ，其因此鏨時保留 供手 m ，建 立供 數 據 之 無 線 電 連 接 1 I 0 訊 息 之 大 小因 此不受 限制 ο 1 I 吾 人 可 設 想一 種終端 機，特 ft 別 包含數據適配電路， •5 將 一 無 1 1 線 電 介 面 連 接至 一局部 連接 或介面 電路 (， 允 許 電 路 之 連 接 1 供 處 理 數 據 ，此等電路應 -¾ · :該在 :外 部諸如 PC 者 1 Μ 甚 至 在 終 -1 端 機 內 0 ^適配電路例如 適S 數 據之速JL及格办, Μ 使 處 理 1 1 電 路 及 無 線 雷網 路—相容 〇 1 I 適 配 電 路 可因 此有二 種型 式之局 部介 面 ;在- -方面， 一 種 1 1 I 外 部 連 接 介 面連 接一位 於在 若干距 離之 PC , 該 介 面 包 含 電 1 1 本紙張尺度適用中國國家標準（CNS ) A4規格（21〇X 297公釐） 經濟部智慧財產局員工消費合作社印製 ’ '修正se。火邛 38559¾ 補充本*月! 五、發明説明（14 ) 87 供 處 理 電 話 型 之 發 信 號 數據之電路 88 供 *ϊΒ· 愿 理 MIHITEL型之發信號數據之電 路 89 供 轉 移 及 變 換 數 據 之 電 路 91 轉 送 緩 衝 暫 存 器 92 轉 送 緩 衝 暫 存 器 93 轉 送 緩 衝 暫 存 器 94 轉 送 緩 衝 暫 存 器 95 數 據 處 理 總 成 96 遞 配 總 成 97 供 處 理 電 話 型 之 發 信 號 數據之電路 98 供 處 理 MINITEL型之發信號數據之電 路 99 供 轉 移 及 變 換 數 據 之 電 路 951 供 轉 移 及 變 換 數 據 之 電 路 952 供 轉 移 及 變 換 數 據 之 電 路 (請先閩讀肾面之注意事項再填寫本頁) .訂 -線i 本紙張尺度適用中國國家標準（CNS)M規格⑺。X297公釐） -17 -修正買 A7 B7 五、發明説明（2) 路供改變數據之格式&，例如，增加START及 STOP位元，允許 其接收在連接端與傳輸同步，在另一方面，一 _內部處理電 .¾ 路之介面。在後者情形，常包括應用或處理軟體層，其實際 位於一中央單元，或甚至更精確而言，一包含適配電路之處 理器，致使不發生上述長距離傳輸之問題，並且數據可保持 A & 其格式。因此可設想使用一手提式終端機；，包含內部處理 電路，允許連接至例如INTERNETS據1服器，及供雷子訊 息傳遞。 局部介面供連接處理裝置至舅接器裝置之此種二重性因 - ； 此必要二組設備及/或軟體，Μ克服所將使用型式之介面， 亦即致使數據Μ —種獨特格式提供至內部或外部處理裝置 之應用層。_ 瑄因此增加邏輯或軟體記憶體電路組件之容積，並需要 δ 研究對應於一外部連接修改軟體;，俾產生具有内部連接之 其他軟體。甚至在僅提供内部連接之情形，，軟體修改也仍 然為一項嚴重之限制。總括而言：設備及軟體结構之標準5 6 經濟部中央標準局員工消費合作社印製 (請先閱讀背面之注意事項再填寫本頁) 化，引起其所涉及之不相容危險之問題丨此係關於軟體層 在國際分類OS I使水準2之適配層與水準6之圼現層分，開，其 K特定呈現格式供給水準7之最後應用層。， 本發明針對克服上述種種困難。 為此目的，無線電通訊終端機包含供無線電介面之裝置， 供進入至一無線電通訊網路，其予K連接至數據適配裝置， 在轉換至由一傳輸介面（11)所確定之特定格式後供此等數 據之外部處理，内部處理裝置，直接連接至適配裝置及傳輸 -V- 本紙張尺度適用中國國家標準（CNS ) A4規格（210X 297公釐） A7 B7 五、發明説明（3 ) 裝置；以使在適配装置與內部處理裝置間所傳輸之數據適 配至上述格式。、 内部處理裝置予Μ直接連接至適配裝置3因此除了供外 部處理所提供者Μ外t有一頻道或模式，供進入適配裝置之 .' . --- 、 目的，並且粹則μ #笪軟體環境,；傳輸裝置因此可模擬-好 • — - - ____________ : Ύ1 ' 比-格式轉換裝置，供外部連接丨換言之，二組上述介面被 限於進入至適配裝置之功能，並因此較小及具有與上軟體 層相同之介面f致使其保留介面設定對應於一對其為未覺 察之局部内部連接之獨特選擇/終端機可僅提供特別是軟 體層之內部處理、，相似於無格式轉換裝置之外部處理者。 . ..广 藉一供執行本發明方法之行動無線電話终端機較佳實施 例之下列說明，參照附圖將會較佳瞭解本發明，在附圖中： 圖1為連接至一 PC之終端機之方塊圖， 1 圖2為瞬時圖，^釋終端機關於時間t在X-軸線之定序。 經濟部中央標準局員工消費合作社印製 (請先閱讀背面之注意事項再填寫本頁) 所例示之終端機（在此情形為一行動無線電話手機11,10 ,20,30)包含一中央單元10,—方面藉一 modem(調變解調器 ，或稱數據機）35連接至一電路30(在此情形雙向），供無線 電介面進入對無線電通訊網路39(在此情形為GSM無線電話 網路）之傳輸/接收f允許傳輸數據，並在另一方面，連接至 一供傳輸之局部介面電路11(在此情形為至標準V24),藉一 連接49連接至一 PC 40 r俾對其提供至GS Μ網路39之進入。 一中央單元10 (在此情形更精確為微處理器9,其包含一數 據處理總成95^ 控制應用 （在此情形為通過網路39與 INTERNET之伺服器所交換之數據，總成95予以直接連接至 本紙張尺度適用中國國家標準（CNS ) A4規格（210 X 297公釐） 經濟部中央標準局員工消費合作社印製 A7 B7 五、發明説明（4 ) 適配總成86及96,其在此情形位於微處理器9。更精確而言 ，總成95包含二供轉移及變換數據之電路951及952,將其分 別連接至總成86及96各別之二同等電路89及99。 扼要再述：友塊20略示標準撥號及語音通訊電路，連接至 無線電電路3 0，*等電路特別包含一小鍵盤 一麥克風，一 揚聲器及其介面電路。'中央單元1〇藉連接（未例示）控制方 塊 20。 , 除了微處理器9外，中央單元10包含一微處理器9,四緩衝 暫存器31,32,33及34,K及一時基8,包含一振盪器81,後隨 控制微處理器9之分頻器82,後者包含四轉送緩衝暫存器91 ,92,93及94,二供數據計算及適配之總成86及96 一發信號 處理總成12有一電路13在電路模式供標準電話信號，及一 電路1 4處理在封包模式之信號，二者_均予Μ連後至二控审1 GSKSS信號之雷路 15(供開放糸統0SI之國際標準化之層次 3) 0 一供數據在網路39予以傳輸之傳輸頻道離開介面V24之 電路11，並通過轉送暫存器91，緩衝暫存器31,適配總成86, 緩衝暫存器32及最後轉送暫存器92 g在無線電電路30结束， 以便數據傳播〇 , 適配總成86包含一電路8 7^供處理電話型之發信號數據, 及一電路88供MIHITEL型之發信號數據。自網路39接收數 據之適配總成，也包含電路97及M,其在功能上相等於 各別電路8 7及8 8。 然而，其也將可提供單獨之積體電 總成86,95,96,例如請求電路 （AS1C),或一信號處理器 III I ·Ι· Ι·Ι·^Μ_ . --- · · ·, 、 ... ~ " * . .… ：· __- 本紙張Z皮適用中國國家標隼（C&S ) A4規格（210X297公釐） n (請先閱讀背面之注意Ϋ項再填寫本頁) 裝.Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs. 5. Description of the invention (13) 1 1 This invention is designed to be able to borrow production assemblies, or modules, with the function of this detailed example 1 | Flexibility or portability is just another feature. 1 Description of component number / · -N Please A. 1 Read I 8 Time base * Back 1 1 9 J on the microprocessor side 丨 Note 1 10 Central unit meaning 1 item 1 11 Partial interface circuit re-empty 1 12 hair Total signal processing cost page, ί 13 Circuit mode circuit 1 1 14 Packet mode circuit \ I 15 GSM signal circuit 1 Order 20 Box 1 1 30 Radio circuit 1 31 Buffer register 1 32 Buffer register 1 level 33 Buffer register I 34 Buffer register 1 1 I 35 IR 0 de IB (data / data) 1 1 39 Network 1 1 40 PC I 49 Connect I 81 Oscillator 1 1 1 82 Divider 1 1 86 Adapter Assembly 1 1 This paper is again applicable to the Chinese National Standard (CNS) A4 specification (210X297 mm), ^ -16-revised page A7 B7 Central Bureau of Standards, Ministry of Economic Affairs Printed by the Industrial and Consumer Cooperatives V. Description of the invention (1) 1 Radio communication terminals, especially portable terminals, because of its enabled capacity 1 1 I It is easy to establish communication with the callee immediately. Considerable 1 \ Development 0 Please first 1 阋 | Depending on the type of terminal, you can transmit text 1 information or even establish a two-way reading back 1. Surface I voice communication, such as GS Μ network phone + hand., Machine, The situation is the same again. C 1! Μ 1 I operates in non-connected mode. These hands are also allowed to transmit 1 1 data via the GSM network. For example, short message c. In this mode, the carrier of a mobile phone can insert _ · short messages. Refill the factory \ webbook and install the common signalling channel & This channel normally uses K to establish and terminate the page 1 message, and M receives the reply message in the same way. 1 1 In a nutshell & the signalling channel is actually oversized, and there is no delay in the signalling of various mobile phones 1 1 'the excess capacity provided by its prayer — part of the 1 with 1 1 K to pass a small amount of communication the amount. For this reason, longer messages cannot saturate it. Also, the limited capacity hinders the response time < > 1 1 due to the need for data transmission; increase, people 4 have suggested that hand m allow M to connect 1 1 mode, κ The same way as for voice connection. That is, by assigning it-wireless ii electric channel, it therefore reserves the hand m for a while, and establishes a radio connection for data. 1 I 0 The size of the message is therefore unlimited. 1 I can Imagine a terminal, especially ft that contains data adaptation circuits. • 5 connects a 1 1-wire electrical interface to a local connection or interface circuit (allows connection 1 of the circuit to process data. These circuits should be -¾ · : It should be: external, such as PC, 1M, or even in terminal-1, 0 ^ adaptive circuit, such as JL, which is suitable for S data speed, Μ makes processing 1 1 circuit and wireless mine network-compatible 0 1 I The adapter circuit can therefore have two types of local mediators In terms of--, a 1 1 I external connection interface is connected to a PC located at several distances, the interface contains electrical 1 1 paper size applicable to Chinese National Standard (CNS) A4 specifications (21〇X 297 mm) economy Printed by the Consumers ’Cooperative of the Ministry of Intellectual Property Bureau, 'Amendment se. Fire 邛 38559¾ Supplement this month! V. Description of invention (14) 87 Circuit for processing telephone-type signal data 88 Supply * ϊΒ May the MIHITEL type Signaling data circuit 89 Circuit for transferring and transforming data 91 Transfer buffer register 92 Transfer buffer register 93 Transfer buffer register 94 Transfer buffer register 95 Data processing assembly 96 Delivery assembly 97 for processing Telephone type signalling circuit 98 Circuit for processing MINITEL type signalling circuit 99 Circuit for transferring and transforming data 951 Circuit for transferring and transforming data 952 Circuit for transferring and transforming data (please read the kidney surface first (Please note this page before filling in this page). Order-line i This paper size is applicable to China National Standard (CNS) M specifications. X297 mm) -17-Correction to buy A7 B7 V. Description of the invention (2) Change the format of the data for the route & for example, increase the START and STOP bits to allow its reception to be synchronized with the transmission on the connection side, on the other hand , A _ internal processing electricity. ¾ road interface. In the latter case, it often includes the application or processing software layer, which is actually located in a central unit, or even more precisely, a processor containing an adaptation circuit, so that the above-mentioned long-distance transmission problems do not occur, and the data can be maintained A & its format. It is therefore conceivable to use a portable terminal; including internal processing circuits, allowing connection to, for example, Internet Servers, and transmission of lightning information. This duality of the partial interface for connecting the processing device to the coupler device-this requires two sets of equipment and / or software to overcome the type of interface that will be used, which means that the data M is provided to the internal or a unique format Application layer of external processing device. _ 瑄 Therefore increase the volume of logic or software memory circuit components, and δ research is needed to modify the software corresponding to an external connection; 俾 generate other software with internal connections. Even where only internal connections are provided, software modification remains a severe limitation. In a nutshell: Standards for equipment and software structure 5 6 Printed by the Consumer Cooperatives of the Central Standards Bureau of the Ministry of Economic Affairs (please read the precautions on the back before filling out this page), causing incompatible dangers related to it 丨 this About the software layer in the international classification OS I makes the adaptation layer of level 2 and the current layer of level 6 open, and its K specific presentation format provides the last application layer of level 7. The present invention aims to overcome the above-mentioned difficulties. To this end, the radio communication terminal includes a device for a radio interface for access to a radio communication network, which is connected to a data adapter device for conversion to a specific format determined by a transmission interface (11). These data are processed externally and internally, directly connected to the adapter and transmitted. -V- This paper size applies to China National Standard (CNS) A4 specifications (210X 297 mm) A7 B7 V. Description of the invention (3) Device To adapt the data transmitted between the adaptation device and the internal processing device to the above format. The internal processing device M is directly connected to the adaptation device 3, so in addition to the external processing provider M, there is a channel or mode for entering the adaptation device. '. ---, purpose, and μ # 笪The software environment; the transmission device can therefore be simulated-good • —--____________: Ύ1 'than a format conversion device for external connection 丨 In other words, the two sets of interfaces described above are limited to access to the function of the adapter device, and are therefore smaller and Has the same interface f as the upper software layer so that it retains the interface settings corresponding to a unique choice of a local internal connection that is unaware of it / the terminal can only provide internal processing, especially in the software layer, similar to a plain conversion device External processor. ... Borrow the following description of a preferred embodiment of a mobile radiotelephone terminal for performing the method of the present invention. The invention will be better understood with reference to the drawings, in which: Figure 1 is a terminal connected to a PC Block diagram of the machine, 1 Figure 2 is an instantaneous diagram, illustrating the order of the terminal on the X-axis with respect to time t. Printed by the Consumer Cooperatives of the Central Standards Bureau of the Ministry of Economic Affairs (please read the precautions on the back before filling this page) The illustrated terminal (in this case a mobile radiotelephone 11,10,20,30) contains a central unit 10, —A modem (modulator, or modem) 35 is connected to a circuit 30 (two-way in this case) for the radio interface to enter the radio communication network 39 (in this case, the GSM wireless telephone network) The transmission / reception f allows data to be transmitted and, on the other hand, is connected to a local interface circuit 11 (in this case, to standard V24) for transmission, and is connected to a PC 40 r through a connection 49. Provide access to GS Μ Network 39. A central unit 10 (more precisely the microprocessor 9 in this case, which contains a data processing assembly 95 ^ control application (in this case, data exchanged with the server of the Internet through the network 39, the assembly 95) Directly connected to this paper scale Applies to Chinese National Standard (CNS) A4 specifications (210 X 297 mm) Printed by the Consumer Cooperatives of the Central Standards Bureau of the Ministry of Economic Affairs A7 B7 V. Description of the invention (4) Adaptation assemblies 86 and 96, In this case is located in the microprocessor 9. More precisely, the assembly 95 includes two circuits 951 and 952 for transferring and transforming data, which are connected to two equivalent circuits 89 and 99 of the assembly 86 and 96, respectively. To recap: the friend block 20 shows the standard dialing and voice communication circuits, which are connected to the radio circuit 30, * and other circuits include a keypad, a microphone, a speaker and its interface circuit. 'Central unit 10 borrow connection (not Example) Control block 20. In addition to the microprocessor 9, the central unit 10 includes a microprocessor 9, four buffer registers 31, 32, 33 and 34, K, and a time base 8, including an oscillator 81, after With the divider 82 of the control microprocessor 9, the latter Contains four transfer buffer registers 91, 92, 93 and 94, two assemblies for data calculation and adaptation 86 and 96, one signal processing assembly 12, one circuit 13 for standard telephone signals in circuit mode, and one circuit 1 4 Process the signal in the packet mode, both _ will be connected to the second control and review 1 GSKSS signal Thunder Road 15 (for open system 0SI international standardization level 3) 0 for data transmission on the network 39 The transmission channel leaves the circuit 11 of the interface V24, and ends at the radio circuit 30 through the transfer register 91, the buffer register 31, the adaptation assembly 86, the buffer register 32, and the final transfer register 92g, so that Data transmission 0, the adapter assembly 86 contains a circuit 87 for processing telephone-type signaling data, and a circuit 88 for MIHITEL-type signaling data. The adapter assembly that receives data from the network 39 also includes Circuits 97 and M, which are functionally equivalent to the respective circuits 87 and 88. However, it will also provide a separate integrated electrical assembly 86, 95, 96, such as a request circuit (AS1C), or a signal Processor III I · Ι · Ι · Ι · ^ Μ_. --- · · ·,, ... ~ " *... Paper Z is suitable for China National Standard (C & S) A4 (210X297mm) n (Please read the note on the back before filling this page).
、1T A7 B7 經濟部中央標準局員工消費合作社印製 五、發明説明（ 5 ) 1 1 I (DSP), 其 受 微處理器9所控制。1 1 1 I 請 予 瞭 解 ，功能方塊之此圖示，其單一 百 的 為 求 解 釋 明 晰 /-—V 1 0 實 際 上 ，總成12,86 ,95及96實際為微處理器9之 共 用 電 路 請 t 1 m 1 Μ 一 種 分 時 方式所完成之工作。人們曾 設 計 所 例 示 之 各 種 背 I 面 1 點 對 點 連 接 ，僅具有一種教導性目的，Μ 便 清 楚 解 釋 數 據 行 1 1 意 1 I 進 之 諸 階 段 ，Μ及實際上一匯流排連接各不同電路， 並 由 各 事 ，項 1 I 1 種 不 同 工 作 Μ分時方式所順序使用，建 立 此 等 點 對 點 連 接 * () 用 本 装 0 轉 送 暫 存 器91至94因之實際為一 Μ分 時 方 式 所 使 之 單 頁 '—^ 1 I 一 暫 存 器 0 同理，緩衝暫存器31至34可 僅 為 一 可 能 整 合 至 1 1 I 微 處 理 器 9之單一實體暫存器。^ 丨 數 據 適 配 整合至GSM手機因此不必微處理器板對其連接， 1 訂 Μ 實 施 此 種 適配。。設備之總量及功率消 耗 因 此 保 持 受 到 限 1 1 制 ，特別是由於單一中央單元1 0 ,或微處 理 器 9, 本 身 以 一 種 1 集 中 f多工作方式控制其工作（如86,95, 96)之定序， 而 不 必 1 1 要 連 接 一 外 部板，哲對微處理器之適配， 因 此 對 應 於 在 類 似 情 形 所 必 要 之協商/無在分散系統因此 所 將 產 生 之 時 間 損 1 1 失 〇 / 1 I 在 相 反 情 形.，一供接收無線電數據之 頻 道 離 開 •fnr Μ 線 電 電 1 I 路 30 ，通過電路93,33,96,34,94,並在電 路 11结 束 ο 1 現 將 解 釋 具有PC 40及數據處理總成95之GSM終 Ur 端 機 之 操 1 -1 作 〇 1 1 為 供 數 據 在PC 40與另一直接或經由 一 ί 網 洛連接至GSM 1 | 網 路 39之 數 據傳輸裝置之間傳輸，總成 10保 證 在 二； 裝置間 1 1 所 交 換 數 據 在連接模式之適配，Μ便其 能 予 以 傳 输 通過GSM 1 1 本紙張尺度適用中國國家標準（CNS ) A4規格（210X297公釐） _ 8 A7 B7 經濟部中央標準局員工消費合作社印製 五、發明説明（6 ) 網路3 9 〇 在第一情形，為供在電話或"電路”模式直接或通過類似 RTC網路建立數據連接至一連接至（JSM網路39之裝置，使用 者自PC 40控制所呼叫裝置之電話號碼之傳輸。3在連接49 所傳輸之號碼，由電路13經由電路11及91予K接收。為此 目的，中央單元1Λ公积PC μ所接收之發信號，並依其性質： 電詰，電路椹式.或Μ Τ Η IΤ Ε丨型式.射包模式而宾_，將其導向 電路1 3或電路1 _4。 此號碼予以傳輸至^雷:棋15,其控制GSM 通訊之建立，並特別在七層國際分類0SI保證層次3層之功 能。因此電路15藉nodem35與GSM網路39交換一序列發信 號訊息，並依自其所接收之發信號訊息而定^響應每一訊 息適應此定序，俾控制通訊之建立及終止，亦即在二數據處 理裝置間完成邏輯應用連接之實體鏈路^電路15在其可根 據特定參數，諸如其速度及調變頻率，將其構形之意義上， 也控制modem35,供連接至網路39。 通訊一經通過網路39在PC 40顯所呼叫裝置之間建立，在 其間之數據傳輸便包括總成86及96 Μ便使數據適應交換 。電路87及97特別保證在介面V24與GSM網路39之間，關於 其提出格式，分別在自PC 40傳輸至無線電電路30,及在自 此無線電電路接收至PC 40之數據之適配。、瑄包括E T S I建 議04.21,關於組合/分解36或㈣有效位元框格V110之功能 R A 1，。'層次2之其他適配標準，諸如E C M A 1 0 2 ,經設計為可行 。介而宑非固步椹式mm 0 壬位元 )傳輸，而存GSM網路39.位元W 3.6或6或甚至I2kb/S之特定 本紙度適用中國國家標準（CNS ) A4規格（210X297公釐〉 -9 - (請先閱讀背面之注意事項再填寫本頁) 裝·, 1T A7 B7 Printed by the Consumer Cooperatives of the Central Standards Bureau of the Ministry of Economic Affairs 5. Description of the invention (5) 1 1 I (DSP), which is controlled by the microprocessor 9. 1 1 1 I Please understand that the icon of the function block is a single hundred for clarity. V 1 0 In fact, the assembly 12, 86, 95 and 96 are actually shared by the microprocessor 9. The circuit requires t 1 m 1 Μ to complete the work in a time-sharing manner. People have designed the various back-to-back 1 point-to-point connections exemplified, with only one teaching purpose, and M will clearly explain the stages of data line 1 1 meaning 1 I. M and actually a bus connect different circuits, and It is used by each item, item 1 I 1 different working time-sharing mode, and establishes these point-to-point connections * () Use this device to transfer registers 91 to 94 because it is actually a time-sharing mode. Single page '— ^ 1 I register 0. Similarly, the buffer registers 31 to 34 may be only a single physical register that may be integrated into the 1 1 I microprocessor 9. ^ 丨 Data Adaptation Integrated into a GSM mobile phone so there is no need for a microprocessor board to connect to it. Order 1 to implement this adaptation. . The total amount of equipment and power consumption are therefore limited to 1 1 system, especially due to a single central unit 10, or a microprocessor 9, which itself controls its work in a centralized and multi-working mode (such as 86, 95, 96) Ordering, without having to connect an external board, and adapting to the microprocessor, so it corresponds to the necessary negotiation in similar situations / no decentralized system, so the time loss 1 1 will be lost. 0 / 1 I in the opposite situation. A channel for receiving radio data leaves • fnr Μ line electricity 1 I 30, passes through circuits 93, 33, 96, 34, 94 and ends at circuit 11 ο 1 will now be explained with a PC 40 And data processing assembly 95 GSM terminal Ur terminal operation 1 -1 as 〇1 1 is for data transmission on PC 40 and another directly or via a network connection to GSM 1 | Data transmission device of network 39 Transmission between the two, the assembly 10 is guaranteed to be two; the data exchanged between the devices 1 1 is adapted to the connection mode, and it can be transmitted through GS M 1 1 This paper size applies Chinese National Standard (CNS) A4 specification (210X297 mm) _ 8 A7 B7 Printed by the Consumers' Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs 5. Description of the invention (6) Internet 3 9 〇 In the first case In order to establish a data connection to a connection (JSM network 39 device directly or through a RTC-like network) in the telephone or "circuit" mode, the user controls the transmission of the phone number of the called device from the PC 40. 3 in The number transmitted by connection 49 is received by circuit 13 via circuits 11 and 91 to K. For this purpose, the signal received by central unit 1 Λ public reserve PC μ, and according to its nature: electric, circuit, or M Τ Η IΤ Ε 丨 type. Shooting mode and guest _, leading it to circuit 1 3 or circuit 1 _ 4. This number is transmitted to ^ 雷: 棋 15, which controls the establishment of GSM communication, and is especially classified on the seventh floor of the international classification 0SI guarantees the function of layer 3. Therefore, circuit 15 uses nodem35 to exchange a series of signaling messages with GSM network 39, and it is determined by the signaling messages it receives ^ Respond to each message to adapt to this sequence, and control the communication The establishment and termination of Complete physical link between the data processing means connected to the application logic circuit 15 which may be ^ according to specific parameters, the speed and frequency modulation, such as the configuration of the sense that it also controls modem35, 39 for connection to the network. Once the communication is established between the devices called by the PC 40 through the network 39, the data transmission between them includes the assembly 86 and 96 M to adapt the data to exchange. Circuits 87 and 97 specifically guarantee the adaptation of the proposed format between the interface V24 and the GSM network 39, which are transmitted from the PC 40 to the radio circuit 30, and the data received from the radio circuit to the PC 40, respectively. , 瑄 Including E T S I recommendation 04.21, about the function of combination / decomposition 36 or ㈣ effective bit frame V110 R A 1 ,. 'Other adaptation standards for Level 2 such as E C M A 1 0 2 are designed to be feasible. In the case of non-fixed step mm 0 mm bit) transmission, and the GSM network 39. bit W 3.6 or 6 or even I2kb / S specific paper is applicable to the Chinese National Standard (CNS) A4 specification (210X297) Li> -9-(Please read the precautions on the back before filling this page)
、1T ΙΦ 經濟部中央樣準扃貝工消費合作社印製 A7 B7 五、發明説明（7 ) 同步輸出予Μ交換。，電路88實施建議04.21之RAO功能，亦 即藉填充或抑制”停止”位元，在非同步數據與同步數據之 間，向最接近上輸出 2%60 01>43/3(位元/秒）之輸出適配 (η:正整數），電路98實施相反操作。 在第二情形，供自PC 40向MINITEL伺服器建立呼叫，通訊 建立之原理係與Μ上相同，但包括，路14,87及88。 自PC 40句自一連接至無線電網路39之装置，Μ相同方式 建立呼叫通訊〇 夕 在此實例，總成10用作一供通訊協議適配（層次2)及控制 (層次3) πΚ供建立無線電連接傳輸數據通過GSM網路39之 電路々換言之iGS Μ終端徽，網路39及另一連接其他數據傳 輸裝置之相似GSM終端機ί相對於應用或處理（層次7之軟體 曆）為透明。 然而，除了供無線雷連接之適配及控制協議费，本案提供 縴成10包含相對於0S1層之功能超過曆次3.並特别康理關 於所傳喔数攞之懕用々刍少一部份° 在此情形〃，替代PC 40及替代電路11之總成95 ，因此包含, 1T ΙΦ Printed by the Central Ministry of Economics, the sample production company, A7 B7. V. Description of the invention (7) Synchronous output to M exchange. Circuit 88 implements the RAO function of recommendation 04.21, that is, by filling or suppressing the "stop" bit, between the asynchronous data and the synchronous data, it outputs 2% 60 01 > 43/3 (bits / second) ) Output adaptation (η: positive integer), the circuit 98 performs the opposite operation. In the second case, for establishing a call from the PC 40 to the MINITEL server, the principle of communication establishment is the same as that on M, but includes, routes 14, 87, and 88. 40 sentences from the PC, a device connected to the radio network 39, M establishes call communication in the same way. In this example, the assembly 10 is used for communication protocol adaptation (level 2) and control (level 3). Establish a radio connection to transmit data through the circuit of the GSM network 39. In other words, the iGS Μ terminal logo. Network 39 and another similar GSM terminal connected to other data transmission devices are transparent to the application or processing (level 7 software calendar). . However, in addition to the adaptation and control protocol fees for wireless mine connection, this case provides fibrillated 10 that contains functions that are more than previous 3 layers compared to the previous 3. It is particularly clear that there is a lesser amount of information about the use of the data. In this case, the assembly of the replacement PC 40 and the replacement circuit 11 is 95, so
高於層次3之0SI層，Μ藉經由連接至GSM.網路39之INTERNET ν' 網路所傳輸之數據處理應用（層次7)。’總成20之小鍵盤及 一顯示器（未例示）在人機闞係軟體之控制下，由微處理器9 予Κ控制。.因此可顯示伺服器所供給之諸頁.、甘®叫器•藉 Μ在INTERRNET網路導覽。 現將在下面陳述.在基本步驟，數據所通過之詳细行程•然 後回至無線電連接至PC 40之實例，陳述其定序0 _ 本紙張又度適用中國國家標準（CNS ) A4規格（210X297公釐） -10- J--;—;-----裝-- ./.IV-· (讀先閔讀背面之注意事項再填寫本頁) 訂 __ Bp A7 B7 五、發明説明（8 ) PC 40在標明49之連接V24所傳輸之位元，在電路11M START及STOP位元所框定序列位元組之形式予以接收，並且 暫時儲存在介面11之UART窜路。在收到一完全之位元組時 ，介面電路11傳丽一傅獅辑豕至微處理器9,並將其解除，匯 流排亦復如此。電路11之 UART因此在傳輸頻道之輸入，在 匯流排傳輸所討論之位元組，並且轉送暫存器91將其暫時 儲存，K便將其重新傳輸至緩衝暫存器31 ,其用作一輸入 經濟部中央標準局員工消費合作社印製 (請先閱讀背面之注意事項再填寫本頁) 緩衝器，供總成δ6所將處理之數據方塊。在足夠大小供一 框格V110之數據方塊巳儲存在暫存器31時，控制其寫入， 或充電，及讀出，或放空之微處理器9,可檢測巳達到足夠填 充界限。微處理器9然後在總成86之工作暫存器（未例示）， 自暫存器31轉移數據方塊。軟體然後控制微處理器9,Μ實 施上述數據適配工作，並因此供給一框格V110暫時儲存在 一局部工作輸出暫存器（未例示）。此暫存器然後放空至緩 衝暫存器32, Μ便對微處理器9之工作暫存器解除其他工 作。緩衝暫存器之內容然後根據暫存器91所巳說明之過程 ,藉一二階段傳误工作.通過經由轉送緩衝暫存器92,傳輸 M GSMii ϋ ® πτοΗ^Β.ο χ 在接收頻道，所接收之無線電數據，自無線電介面30傳輸 至介面V24之電路11之原理，係與方才傳輸頻道所說Ρ者類 似，因此除了總成96實施轉換為與總成86者相反，Μ提供數 據V24,特別是不填充位元外，將不予進一步說明。.. 現將解釋上述各步驟之同步。。 依數據在GS Μ網路39之傳輸節奏而定，時基8之振慂器81 本紙張尺度適用中國國家標準（CNS ) Α4規格（210Χ297公釐） 經濟部中央標隼局員工消費合作社印製 ΚΊ Β7 五、發明説明（θ) κ特定頻率振邇。〃此特定頻率不一定等於此節奏，但對其 有一種固定，全部或部份關係°在此實例，為防護振盪器之 可能漯移，此振盪器在輸入.連接至無線電介面30, Μ便自 modem35接收GSM網路39之節奏，，並予Μ相應控制。網路39 之節奏實際上自無線電載波之頻率予以界定，其控制振盪 器81至此頻率。η分頻器82規律供給微處理器9較低節奏之 循環脈衝，在此情形為在60ms之週期Τ所分配之三重脈衝S, 每一各別脈衝S後隨60ms之4/13，4/13及5/1 3之週期。而且 ，在此情形，每次已產生五上逑脈衝S時，亦即約每N = 1 OObis , 分頻器82在另一輸出供給一低頻脈衝Μ,所諝之圖案脈衝。 時基8也供給高頻時鐘信號（MHz),控制微處理器9,及特 別是適配總成8 6及9 6之節奏。 脈衝S為與GS Μ網路39之緩衝暫存器32及3 3之同步控制。 在收到每一脈衝S時微處理器9藉轉送暫存器92將數據自 暫存器32之方瑰V110轉移至lπodeffl35。在供GSM網路之標準 方式，m〇dem35包含一緩衝暫存器（未例示）允許儲存二數據 方塊，其在其無線電傳輸時，與冗餘之增加交籍，一緩衝暫 存器因此在連續接收來自暫存器32之數據方塊之間，可保 證位元封包之規律傳輸。 Μ相同方式，在此情形，藉交錯之匯流排分時，mode m3 5所 接收之無線電數據將會傳送至鍰衝器暫存器3$。 脈衝S之 此種同步，> 因此避免在無線電介面30與總成10之間任何傳 輸誤差之危險％事實上在功能上為配接器裝置（86,96)之 —部份之鍰衝暫存器31至34,為大小足以包含若干數據方 本紙張尺度適用中國國家標準（CNS ) A4規格（210X 297公釐） J . ~广-裝 ^ 訂 ； (請先聞讀背面之注意事項再填寫本頁) 經濟部中央標準局員工消費合作社印製 A7 ___B7____ 五、發明説明（10) 塊，Μ便耐受在等特利用適配總成86及96之適期之變動（利 用多工作微處理器9實施總成86及96所表示之工作l。然而 ，數據V24之流動，平均必須適合數據V110之流動，因此適合 脈衝S及Μ所變換之G S Μ網路3 9之節奏J週期N低於脈衝S之 平均週期五倍之脈衝Μ,經發現界定一週期Ν對應於傳輸全 ·* _________ 數之位亏姐芩GSM網路39所提..懲.者當史與速度之選擇無關 。 因此可Κ位元組之形式處理數據。因此在此情形較 C; 佳為使所有傳輸頻道1 1,9 1,3 1,86 ,32,92,30,及接收頻道 30,93,33,96,34,94 ,11之一般操作循環同步，而圖案脈衝 Μ在此一般循環；也根據脈衝S之週期性與例如數據轉移之 較短循環同步。> 在二圖案脈衝Μ之間，予Μ傳輸之五數據方塊之圖5案，在 總成86及在接收時在總成96 , Μ相同方式予Κ處(%理，以便特 別檢査自網路39所接收數據位元組之完整性’五脈衝S因 此在傳輸及接收時控制五連績方塊轉移一起形成一圖案。 在傳輸時4數據因此自介面V24之電路1Γ連績傳輸至緩衝暫 存器31,其在此處暫時儲存μ然後並與網路39同步被脈衝S 所析取Μ便然後藉編碼VI10予Κ適應，.其在總成86適合其 長距離傳輸，並通過傳輸輸出媛衝暫存器32傳輸至無線電 電路30。，在接收時，在V110格式之數據自無線電電路30連 續轉移至媛衝暫存器33,其在此情形暫時儲存，然後並與網 路39同步被脈衝S所析取ίΚ便藉格式V110之解碼予Μ適應 (96),並傳輸至接收輸出媛衝暫存器34,然後至電路11及至 PC 40,這使格式及輸出相對於p C 4 0適應。 本紙張尺度適用中國國家標準（CNS ) A4規格（210X 297公瘦） J--]-----:「，裝------訂--卜----Φ (請先閱讀背面之注意事項再填寫本頁) 13 經濟部中央標準局員工消費合作社印製 A7 B7_______ 五、發明説明（11) 在匯流排之位元組逐一轉移可分配在脈衝Μ之週期N，亦 即因為在此週期Ν發生所提供數據之平均流動，而可能為不 連鑛。 Μ相同方式，適配電路86及96必須在脈衝Μ之此相同週期 Ν實施圖案之此種適配。總结而言：此為—種實時操作 為供在INTERNET之伺服器與總成95之間傳輸數據，除了 不包括介面電路11及在電路89及951,、以及99及952之間使 用直接連接外\ K上之解釋保持有效。a 實際上在此情形，J[接連接借用共用數據匯流排，亦即電 路951及9 52實際上為一以分時方式所使用之單一電珞。為 此目的，變換電路89 ,951,952,99予Μ設置為檢测數據匯流 * % 排之自由狀態，因此特別連接內部處理總成95及適配電路 86, 96,並為控制在其間之數據轉移$微處理器9在此情形 控制變換電路89,951,952,99作為一項基本工作;。在此實 例，此等變換電路無傳輸電路供中斷其他工作，亦即其無法 傳輸執行較其他工作優先之請求9總成95直接連接至適配 電路86及96,因為變換電路89,951, 952及99允許Μ單一步 驟直接連接或進入.，，而不通過一傳輸通過微處理器9之轉 送暫存器，諸如91之步驟。:因此，在假定Internet處理總成 95,Μ及配接器電路86及96在中央單元10為在微處理器9外 部1將會不包括後者，甚至在其己解除匯流排供在此等外部 總成之間直接轉移數據時，供直接轉移之目的。成對之變 換電路89,951及99 ,952因此直接傳輸数據,同時將其變換 至希望之格式，Μ模擬傳輸通過外部傳輸介面電路U1),俾 本紙張尺度適用中國國家標準丨CNS ) Α4規格（210X297公釐）_ η . J Λ 裝 訂 (請先鬩讀背面之注意事項再填寫本頁) Α7 Β7 五、發明説明（12) 保持與其所連接之電路及軟體（86,95, 96)之相容性。p 在Μ上說明，總成95允許甜逋捽甲tntrrrnrt斓路之訊息 ,......\ ........ 傳遞中心交換電子信件。為供此目的，總成95包含酖體包 一 、：. ^ » — 含一簡單訊息轉移協議（simple messae。+hnSfer·, •ν'. protocol,簡稱SMTP依键）分雜將甜寒.存在屬於訊息傳遞中 心，受信人之信箱。在相反情形，終端機可回收存在其訊息 -—- V · 傳遞中心之一所有信箱中之訊息，並且在此實例藉實施POP (POst Protocol)協議version 3 ,%或甚至互動訊息進入協 議（interactive Message Access Protocol，簡稱 IMAP)協 議所完成。此等協議常駐在終端機，因此使其能交換電子 ：；> . 信件，而不必經由一連接至電報電話網路之數據傳輸設備 終端機傳遞。郏此所交換之電子信件可在一方面經由終端 機之小鍵盤輸入，&在另一方面，並可顯示在其屏幕上。 經濟部中央標準局員工消費合作社印製 (請先閱讀背面之注"事項再填寫本頁) 在此實例，GSM終端機之語音電路也予以連接至總成95, Μ便將已藉標準編碼電路（未例示）予Μ數位化之語音信號 插入文字訊息中\。此等數位化信號予Κ作為”附件”傳輸至 如在標準訊息傳遞所提供之訊息。在相反情形，一解碼器 在終端機之接收機使語音附件回復。 Μ相同方式，總成95包含i〇SI層，使其能處理傳真應用 。因此可藉電子信件訊息，Μ附件之形式傳輸及接收fax訊 息0 同樣可提供若干電子信件功能及關聯之傳真及語音功能 予Μ發出至外部終端機40 , Μ便例如使用大於Μ上所述之 人機關係裝置。 本紙張尺度適用中國國家標準（CNS ) Α4規格（210X 297公釐 -15Above the 0SI layer of layer 3, M uses a data processing application (layer 7) transmitted via the Internet ν 'network connected to GSM. Network 39. The keypad and a display (not shown) of the assembly 20 are controlled by the microprocessor 9 and K under the control of the human-machine system software. Therefore, the pages provided by the server can be displayed. Gan®caller • borrowed on INTERRNET for navigation. Now it will be stated below. In the basic steps, the detailed itinerary passed by the data • Then go back to the example of the radio connection to the PC 40, stating its order 0 _ This paper is again applicable to the Chinese National Standard (CNS) A4 specification (210X297 (Mm) -10- J-;-; ----- loading-./.IV-· (read the notes on the back of the book before filling in this page) Order __ Bp A7 B7 V. Description of the invention (8) The bits transmitted by the PC 40 at the connection V24 marked 49 are received in the form of sequence bytes framed by the START and STOP bits of the circuit 11M, and temporarily stored in the UART channel of the interface 11. When a complete byte is received, the interface circuit 11 transmits the Li-Fu Lion to the microprocessor 9 and releases it, and the busbar is the same. The UART of circuit 11 therefore inputs the transmission channel, transmits the byte in question on the bus, and transfers it to the temporary register 91 to store it temporarily, and K retransmits it to the buffer register 31, which is used as a Enter the buffer printed by the Consumer Cooperatives of the Central Standards Bureau of the Ministry of Economic Affairs (please read the precautions on the back before filling this page), a buffer for the data block that the assembly δ6 will process. When the data block 巳 of a sufficient size for a sash V110 is stored in the register 31, the microprocessor 9, which controls writing, or charging, and reading, or emptying, can detect that it has reached a sufficient filling limit. The microprocessor 9 then transfers data blocks from the register 31 in a working register (not illustrated) of the assembly 86. The software then controls the microprocessor 9, M to perform the above-mentioned data adaptation work, and thus supplies a sash V110 to be temporarily stored in a local work output register (not illustrated). This register is then emptied to the buffer register 32, and the M releases other work to the working register of the microprocessor 9. The contents of the buffer register are then transmitted by one or two stages according to the process described in the register 91. By transmitting the buffer register 92, M GSMii ϋ ® πτοΗ ^ Β.ο χ In the receiving channel, The principle of the received radio data transmitted from the radio interface 30 to the circuit 11 of the interface V24 is similar to the one mentioned in the transmission channel. Therefore, except that the assembly 96 is converted to the opposite of the assembly 86, M provides data V24. In particular, it will not be further explained without filling the bits. .. The synchronization of the above steps will now be explained. . According to the transmission speed of the data on the GS Μ Network 39, the time base 8 vibrator 81 This paper size applies the Chinese National Standard (CNS) Α4 specification (210 × 297 mm) Printed by the Consumer Cooperative of the Central Bureau of Standards, Ministry of Economic Affairs ΚΊ Β7 V. Description of the Invention (θ) κ vibration at a specific frequency. 〃This specific frequency is not necessarily equal to this rhythm, but there is a fixed, all or part of the relationship. In this example, in order to protect the possible migration of the oscillator, this oscillator is input. Connect to the radio interface 30, Μ will Receive the rhythm of GSM network 39 from modem 35 and control it accordingly. The rhythm of the network 39 is actually defined from the frequency of the radio carrier, which controls the oscillator 81 to this frequency. The η frequency divider 82 regularly supplies the lower-frequency cyclic pulses of the microprocessor 9. In this case, the triple pulse S assigned in the 60ms period T is followed by each individual pulse S followed by 4/13, 4 / of 60ms. 13 and 5/1 3 cycles. Moreover, in this case, each time five upper chirp pulses S have been generated, that is, approximately every N = 1OObis, the frequency divider 82 supplies a low-frequency pulse M at the other output, which is the pattern pulse. The time base 8 also supplies a high-frequency clock signal (MHz), controls the microprocessor 9, and especially adapts to the rhythm of the assembly 86 and 96. The pulse S is controlled synchronously with the buffer registers 32 and 33 of the GS M network 39. Upon receiving each pulse S, the microprocessor 9 transfers the data from the square V110 of the register 32 to lπodeffl35 by transferring the register 92. In the standard way for GSM networks, mdem35 includes a buffer register (not illustrated) that allows storage of two data blocks, which are registered with the increase in redundancy during its radio transmission. A buffer register is therefore used in Continuously receiving data blocks from the register 32 can ensure regular transmission of bit packets. In the same way, in this case, the radio data received by the modem m3 5 will be transmitted to the buffer register 3 $ when the interleaved bus is divided. This synchronization of the pulse S, > therefore avoids the danger of any transmission error between the radio interface 30 and the assembly 10% in fact is functionally part of the adapter device (86,96)-part of the Registers 31 to 34 are large enough to contain some data. The paper size is applicable to China National Standard (CNS) A4 specifications (210X 297 mm) J. ~ Canton-bound ^ binding; (Please read the precautions on the back before reading (Fill in this page) A7 _B7____ printed by the Consumer Cooperatives of the Central Bureau of Standards of the Ministry of Economic Affairs 5. In the description of the block (10), M will be able to tolerate changes in the period of waiting for the use of the adaptation assembly 86 and 96 (using multi-work microprocessing The device 9 implements the work represented by the assembly 86 and 96. However, the flow of data V24 must be suitable for the flow of data V110 on average, so it is suitable for the GS MN network transformed by pulses S and M. The rhythm J cycle N is low. As for the pulse M, which is five times the average period of the pulse S, it is found that a period N is defined to correspond to the number of full transmissions * * _________, which is mentioned by the GSM network 39. The punishment is not related to the choice of speed. So the data can be processed in the form of K bytes. Compared with C; it is better to synchronize the general operation of all transmission channels 1 1,9 1,3 1,86, 32,92,30, and reception channels 30,93,33,96,34,94,11, and The pattern pulse M is generally circulated here; it is also synchronized with a shorter cycle such as data transfer according to the periodicity of the pulse S. > Between the two pattern pulses M, the five data blocks of Figure 5 are transmitted to M, in the assembly 86 and at the time of receiving at the assembly 96, M in the same way to K (% processing, in order to specifically check the integrity of the data bytes received from the network 39 'five pulses S therefore control five consecutive results during transmission and reception The blocks are transferred together to form a pattern. During transmission, 4 data are therefore transmitted from the circuit 1Γ of the interface V24 to the buffer register 31, which temporarily stores μ and then synchronizes with the network 39 and is extracted by the pulse SM Then adapt the code VI10 to K. It is suitable for long-distance transmission in the assembly 86, and is transmitted to the radio circuit 30 through the transmission output buffer 32. When receiving, the data in the V110 format is transmitted from the radio circuit. 30 is continuously transferred to Yuanchong register 33, which is temporarily stored in this situation, and then connected with the network 39 Steps are extracted by the pulse S and then decoded in the format V110 to be adapted (96) and transmitted to the receiving output buffer 34, then to the circuit 11 and to the PC 40, which makes the format and output relative to p C 4 0 adaptation. This paper size applies the Chinese National Standard (CNS) A4 specification (210X 297 male thin) J-] -----: ", installed ------ ordered --------------- Φ (Please read the notes on the back before filling this page) 13 Printed by the Consumers' Cooperative of the Central Bureau of Standards of the Ministry of Economic Affairs A7 B7_______ V. Description of the invention (11) The bytes in the bus are transferred one by one and can be allocated in the period of pulse M That is, because the average flow of the provided data occurs during this period N, it may be unconnected. In the same manner as M, the adaptation circuits 86 and 96 must perform such an adaptation of the pattern at the same period N of the pulse M. In summary: this is a kind of real-time operation for transmitting data between the Internet server and the assembly 95, except that it does not include the interface circuit 11 and the use of direct connections between circuits 89 and 951, and 99 and 952 The explanation on \ k remains valid. a In this case, in fact, J [connects and borrows a common data bus, that is, circuits 951 and 9 52 are actually a single battery used in a time-sharing manner. For this purpose, the conversion circuits 89, 951, 952, and 99 are set to detect the free state of the data confluence *% row. Therefore, the internal processing assembly 95 and the adapter circuits 86, 96 are specially connected, and the data transfer between them is controlled. $ Microprocessor 9 in this case controls the conversion circuit 89,951,952,99 as a basic job ;. In this example, these conversion circuits have no transmission circuits for interrupting other work, that is, they cannot transmit requests that have priority over other work. 9 The assembly 95 is directly connected to the adaptation circuits 86 and 96, because the conversion circuits 89, 951, 952, and 99 A single step is allowed to be directly connected or entered into M without passing through a transfer register of the microprocessor 9 such as step 91 without a transmission. : Therefore, it is assumed that the Internet processing assembly 95, M and adapter circuits 86 and 96 are in the central unit 10 as being external to the microprocessor 9. 1 will not include the latter, even if it has released the bus to these external sources. When transferring data directly between assemblies, it is used for the purpose of direct transfer. The paired conversion circuits 89, 951 and 99, 952 therefore directly transmit the data and simultaneously convert it to the desired format. M analog transmission is through the external transmission interface circuit U1). The standard of this paper applies the Chinese national standard 丨 CNS) A4 specification ( 210X297mm) _ η. J Λ Binding (please read the precautions on the back before filling out this page) Α7 Β7 V. Description of the invention (12) Maintain the phase with the circuit and software (86, 95, 96) connected to it Capacitive. p stated on M that the assembly 95 allows the message of sweet tntrrrnrt road, ...... \ ........ the exchange center to exchange electronic letters. For this purpose, the assembly 95 contains the carcass package I :: ^ »— Contains a simple message transfer protocol (simple messae. + HnSfer ·, • ν '. Protocol, referred to as SMTP key) will be mixed. There is a mailbox belonging to the message center and the recipient. In the opposite case, the terminal can recover the messages stored in its message --- V. All the mailboxes in the delivery center, and in this example implement the POP (POst Protocol) protocol version 3,% or even the interactive message entry protocol (interactive Message Access Protocol (IMAP) protocol. These protocols are resident on the terminal, thus enabling them to exchange electronics: >. Letters without having to pass through a terminal of a data transmission device connected to the telegraph and telephone network.电子 The e-mails exchanged here can be entered on the one hand via the keypad of the terminal, on the other hand, and can be displayed on its screen. Printed by the Consumer Cooperatives of the Central Standards Bureau of the Ministry of Economic Affairs (please read the note on the back & fill in this page first) In this example, the voice circuit of the GSM terminal is also connected to the assembly 95, and the standard code will be borrowed A circuit (not illustrated) inserts a digitized voice signal into a text message \. These digitized signals are transmitted to K as an "attachment" to the message as provided in standard messaging. In the opposite case, a decoder responds to the voice attachment at the receiver of the terminal. In the same way, the assembly 95 includes an IOSI layer, which enables it to handle fax applications. Therefore, it is possible to transmit and receive fax messages in the form of e-mail messages and M attachments. 0 It can also provide certain e-mail functions and associated fax and voice functions to M to send to external terminals 40. For example, M uses more than M Human-machine relationship device. This paper size applies to China National Standard (CNS) A4 specification (210X 297mm -15
經濟部智慧財產局員工消費合作社印製 五、發明説明 ( 13 ) 1 1 本 發 明 予 Μ 設 計 為 能藉生產總成， 或 模 組，具有此詳述實 1 | 例 之 功 能 予 部 貫 施 ，靈活度或便攜性 僅 為 另外之特色。 1 元 件 編 號 之 說 明 /·-N 請 A. 1 閱 I 8 時 基 * 背 1 1 9 微 處 理 器 面 之J 丨 注 1 10 中 央 單 元 意 事 1 項 1 11 局 部 介 面 電 路 再 ά 空 1 12 發 信 號 處 理 總成 本 頁 丨， ί 13 電 路 模 式 電 路 1 1 14 封 包 模 式 電 路 \ I 15 GSM發信號之電路 1 訂 20 方 塊 1 1 30 無 線 電 電 路 1 31 緩 衝 暫 存 器 1 32 緩 衝 暫 存 器 1 级 33 緩 衡 暫 存 器 I 34 緩 衝 暫 存 器 1 1 I 35 IR 0 d e IB (數· 據 機） 1 1 39 網 路 1 1 40 PC I 49 連 接 I 81 振 盪 器 1 1 1 82 分 頻 器 1 1 86 適 配 總 成 1 1 本紙張又度適用中國國家標準（CNS ) A4規格（210X297公釐） ,^ -16 -修正頁 經濟部智慧財產局員工消費合作社印製 ’ '修正se。火邛 38559¾ 補充本*月! 五、發明説明（14 ) 87 供 處 理 電 話 型 之 發 信 號 數據之電路 88 供 *ϊΒ· 愿 理 MIHITEL型之發信號數據之電 路 89 供 轉 移 及 變 換 數 據 之 電 路 91 轉 送 緩 衝 暫 存 器 92 轉 送 緩 衝 暫 存 器 93 轉 送 緩 衝 暫 存 器 94 轉 送 緩 衝 暫 存 器 95 數 據 處 理 總 成 96 遞 配 總 成 97 供 處 理 電 話 型 之 發 信 號 數據之電路 98 供 處 理 MINITEL型之發信號數據之電 路 99 供 轉 移 及 變 換 數 據 之 電 路 951 供 轉 移 及 變 換 數 據 之 電 路 952 供 轉 移 及 變 換 數 據 之 電 路 (請先閩讀肾面之注意事項再填寫本頁) .訂 -線i 本紙張尺度適用中國國家標準（CNS)M規格⑺。X297公釐） -17 -修正買Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs. 5. Description of the invention (13) 1 1 This invention is designed to be able to borrow production assemblies, or modules, with the function of this detailed example 1 | Flexibility or portability is just another feature. 1 Description of component number / · -N Please A. 1 Read I 8 Time base * Back 1 1 9 J on the microprocessor side 丨 Note 1 10 Central unit meaning 1 item 1 11 Partial interface circuit re-empty 1 12 hair Total signal processing cost page, ί 13 Circuit mode circuit 1 1 14 Packet mode circuit \ I 15 GSM signal circuit 1 Order 20 Box 1 1 30 Radio circuit 1 31 Buffer register 1 32 Buffer register 1 level 33 Buffer register I 34 Buffer register 1 1 I 35 IR 0 de IB (data / data) 1 1 39 Network 1 1 40 PC I 49 Connect I 81 Oscillator 1 1 1 82 Divider 1 1 86 Adapter Assembly 1 1 This paper is again applicable to China National Standard (CNS) A4 specification (210X297 mm), ^ -16-Revised page Employees of Intellectual Property Bureau, Ministry of Economy Printed cooperatives fee '' correction se. Fire 邛 38559¾ Supplement this month! V. Description of the invention (14) 87 Circuit for processing telephone-type signal data 88 Supply * ϊ · Wish to manage circuit for signal data of type MIHITEL 89 Circuit for transferring and transforming data 91 Transfer buffer register 92 Transfer buffer register 93 Transfer buffer register 94 Transfer buffer register 95 Data processing assembly 96 Delivery assembly 97 Circuit for processing telephone-type signalling data 98 For processing MINITEL Signaling data circuit 99 Circuit for transferring and transforming data 951 Circuit for transferring and transforming data 952 Circuit for transferring and transforming data (please read the precautions of the kidney before filling out this page). Order-line i Paper size applies Chinese National Standard (CNS) M specificationS. X297 mm) -17-modified buy