200843377 •九、發明說明： -【發明所屬之技術領域】 本發明涉及一種通訊終端設備，特別涉及一種移動通 訊終端設備及其通訊方法。 【先前技術】 移動通訊終端設備，例如行動電話（Mobile Phone )、 個人數位助理（PDA，Personal Digital Assistant )等，一 般都具備無線通訊功能。在網路系統覆蓋之範圍内，終端 設備之間藉由蜂窩無線通訊系統，可實現雙向語音通訊， 簡訊之發送和接收等。 現在廣泛使用之蜂窩無線通訊系統標準包括移動通訊 全球系統（GSΜ，Global System for Mobile Communication ) 標準、碼分多址（CDMA，Code Division Multiple Access ) 標準、時分多址（TDMA，Time Division Multiple Access ) 標準等。不同之通訊標準規定不同之可發射或接收之電磁 %,, 波頻率範圍，如GSM標準規定發射頻率範圍為： 925-960MHZ，接收頻率範圍為：880-915MHZ。 然，在野外探險、海上運輸等情形下，現有之蜂窩無 線通訊網路系統可能在一些地區無訊號覆蓋；當地震發生 時，也可能導致通訊網路發生中斷。此時，移動通訊終端 設備之間無法遵循現有之蜂窩無線通訊標準，藉由發射接 收電磁波，以進行正常之無線通訊。 7 200843377 【發明内容】200843377 • Nine, invention description: - [Technical field to which the invention pertains] The present invention relates to a communication terminal device, and more particularly to a mobile communication terminal device and a communication method thereof. [Prior Art] Mobile communication terminal devices, such as a mobile phone (Mobile Phone), a personal digital assistant (PDA, Personal Digital Assistant), etc., generally have wireless communication functions. Within the coverage of the network system, the terminal device can realize two-way voice communication, transmission and reception of the short message through the cellular wireless communication system. The currently widely used cellular wireless communication system standards include the Global System for Mobile Communication (GS) standard, Code Division Multiple Access (CDMA) standard, and Time Division Multiple Access (TDMA). ) Standards, etc. Different communication standards stipulate different electromagnetic frequencies that can be transmitted or received. The frequency range of the wave, such as the GSM standard, is in the range of 925-960 MHz and the receiving frequency range is 880-915 MHz. However, in the case of wilderness exploration, maritime transportation, etc., the existing cellular wireless communication network system may not be covered by signals in some areas; when an earthquake occurs, the communication network may be interrupted. At this time, the mobile communication terminal equipment cannot follow the existing cellular wireless communication standard, and transmits and receives electromagnetic waves for normal wireless communication. 7 200843377 [Summary content]
有鑒於此，實有必要提供一種在蜂寫I 邰哚受芏氺+ 半咼…、、、泉通汛糸統揲 ^虎復盖或者通訊發生中斷時，仍可正常進行無線通訊之 矛夕動通訊終端設備及其通訊方法。 種移動通讯終端設備，包括第一天線、第二天線、 第一，射/接收模組、第二發射/接收模組及基帶處理模 組。第一天線用於發射/接收標準通訊訊號，第一天線依次 ，性連接第—發射/接收模組及基帶處理模組。第二天線依 次電性連接第二發射/接收模組及基帶處理模組，第二天線 接收料向移動通訊終端設備傳輸之類比電碼訊號，基帶 處理模組接收語音訊號、文字、圖形f訊等，並將語音訊 唬、2字、圖形資訊等轉換成數位電碼訊號。第二發射/ ，收板組將接收到之數位電碼訊號轉換成類比電碼訊號， 第二天線發射類比電碼訊號。 :種移動通訊終端設備之通訊方法，包括如下步驟： 檢測是否接收到標準通訊訊號； 開啟用於發射類比電碼訊號之發射/接收模組； 檢測是否接收到輸入訊號； 發射類比電碼訊號。 由於本移動通訊終端設備採用第二天線及第二發射/ ^收杈組，發送和接收類比電碼訊號，藉此可解決蜂窩無 二L沘系統！汛號覆蓋時，移動通訊設備之間無法進行正 常通訊之問題。 8 200843377 【實施方式】 以下藉由具體實施例配合所附圖式之詳細說明，當更 易瞭解本發明之目的、技術内容、特點及其所達成之功效。 請參閱圖1，一種移動通訊終端設備200包括：本體 280，以及設置於本體280上之第一天線210、第二天線 220、語音輸出部230、顯示部240、文字輸入部250、語 音輸入部260及莫爾斯按鍵202、204等。本體280之内部 還容納有若干電路模組。 第一天線210具有與標準通訊訊號（GSM，CDMA， TDMA等標準規定之電磁波訊號，也稱RF訊號）之電磁 波波長相匹配之長度，第一天線210用於發射和接收RF 訊號，例如，一種特徵頻率為900MHz之電磁波訊號。第 二天線220之長度與發射莫爾斯電碼訊號之電磁波波長相 匹配，其用於發射和接收類比莫爾斯電碼訊號。類比莫爾 斯電碼訊號之頻率為1K〜ΙΟΟΟΚΗζ。語音輸出部230如揚 聲器或者聽筒等，用於輸出語音訊號。顯示部240通常為 液晶顯示器（LCD，Liquid Crystal Display )，用於顯示文 字和圖形資訊。文字輸入部250通常為鍵盤，其包括若干 按鍵252，按鍵252用於選擇介面功能表以及輸入文字資 訊等，文字輸入部250還可以為觸摸屏等輸入裝置。語音 輸入部260用於接收語音訊號。 請參閱圖2，該移動通訊終端設備200内部電路模組 主要包括莫爾斯電碼發射/接收模組310，基帶處理模組 320，無線發射/接收模組330，輸出介面350，輸入介面 9 200843377 • 360。基帶處理模組320藉由匯流排340分別與輸出介面 • 350、輸入介面360電性連接。基帶處理模組320還分別與 莫爾斯電碼發射/接收模組310，無線發射/接收模組330 電性相連。第一天線210與無線發射/接收模組330電性連 接。第二天線220與莫爾斯電碼發射/接收模組310電性相 連。 當該多功能移動通訊終端100可以接收到RF訊號 時，基帶處理模組320根據接收到之RF訊號，使莫爾斯 /‘ 電碼發射/接收模組310與基帶處理模組320之電性連接端 子處於高阻狀態，則莫爾斯電碼發射/接收模組310關閉。 蜂窩無線通訊系統藉由第一天線210以及無線發射/接收 模組330發射/接收RF訊號，以進行正常之語音通訊，以 及發送和接收簡訊等。 第一天線210接收無線網路傳輸過來之RF訊號（該 接收路徑通常稱為“正向鏈路”），由無線發射/接收模組 330接收入站RF訊號，並對入站RF訊號進行濾《波、放大、 模數轉換等，得到數位基帶訊號。基帶處理模組320根據 特定之無線通訊標準（GSM，CDMA，TDMA等）解調、 解擾以及解碼接收到的數位基帶訊號，以得到語音訊號以 及文字、圖形資訊。藉由輸出介面350將語音訊號輸出到 語音輸出部230，將文字、圖形資訊輸出到顯示部240。 第一天線210發射出站RF訊號到無線網路（該發射 路徑通常稱為“反向鏈路”）時，輸入介面360可以接收 由語音輸入部260輸入之語音訊號，也可以接收從文字輸 10 200843377 入部250輸入之文字、圖形資訊，然後將上述語音訊號及 文子、圖开> 資汛傳給基帶處理模組320。基帶處理模組320 根據特定之無線通訊標準（GSM，CDMA，TDMA等），將 語音訊號及文字、圖形資訊等編碼、加擾和調製成數位基 π汛唬。無線發射/接收模組33〇接收該數位基帶訊號，進 仃數模轉換、濾波、放大，產生出站RF訊號。出站訊 遽由天線210發射至目標設備，如基站等。 。•當多功能移動通訊終端因蜂窩無線通訊系統無訊 唬覆蓋，而無法接收RF訊號時，基帶處理模組32〇使莫 射/接收模組310與基帶處理模組320的電性連 3 i 0開启Γ正Γ ^入輸出訊號’則莫爾斯電碼發射/接收模組 表，^處理模組32G按照標準之國際莫爾斯編碼 ;位= 二St語音訊^ 位莫爾斯電1=^_電碼發射/接收模組310對數 發射類比莫爾2行數模轉換、調製、放大等，向外界 ⑧旲兩斯電碼訊號。In view of this, it is necessary to provide a spear of wireless communication when the bee writes I 邰哚 芏氺 咼 咼 咼 、 、 、 、 、 、 、 、 、 或者 或者 或者 或者 或者 或者 或者 或者 或者 或者 或者 或者 或者 或者 或者 或者 或者Mobile communication terminal equipment and its communication method. The mobile communication terminal device comprises a first antenna, a second antenna, a first, an image receiving/receiving module, a second transmitting/receiving module and a baseband processing module. The first antenna is used for transmitting/receiving standard communication signals, and the first antenna is sequentially connected to the first transmitting/receiving module and the baseband processing module. The second antenna is electrically connected to the second transmitting/receiving module and the baseband processing module, and the second antenna receives the analog signal signal transmitted to the mobile communication terminal device, and the baseband processing module receives the voice signal, text, and graphic f. News, etc., and convert voice messages, 2 words, graphic information, etc. into digital code signals. The second transmitting/receiving group converts the received digital code signal into an analog code signal, and the second antenna transmits an analog code signal. The communication method of the mobile communication terminal device comprises the following steps: detecting whether the standard communication signal is received; opening the transmitting/receiving module for transmitting the analog code signal; detecting whether the input signal is received; transmitting the analog code signal. Since the mobile communication terminal device uses the second antenna and the second transmitting/receiving group to transmit and receive the analog code signal, thereby solving the cellular non-L沘 system! When the nickname is overwritten, there is no problem with normal communication between mobile communication devices. 8 200843377 [Embodiment] The purpose, technical contents, features and effects achieved by the present invention will become more apparent from the detailed description of the embodiments. Referring to FIG. 1 , a mobile communication terminal device 200 includes a body 280 , a first antenna 210 , a second antenna 220 , a voice output unit 230 , a display unit 240 , a text input unit 250 , and a voice disposed on the body 280 . The input unit 260 and the Morse buttons 202, 204 and the like. The inside of the body 280 also houses a plurality of circuit modules. The first antenna 210 has a length matching the electromagnetic wave wavelength of a standard communication signal (electromagnetic wave signal, also called RF signal specified by GSM, CDMA, TDMA, etc.), and the first antenna 210 is used for transmitting and receiving an RF signal, for example, An electromagnetic wave signal having a characteristic frequency of 900 MHz. The length of the second antenna 220 matches the wavelength of the electromagnetic wave that emits the Morse code signal, which is used to transmit and receive analog Morse code signals. The frequency of the analog Morse code signal is 1K~ΙΟΟΟΚΗζ. The voice output unit 230 is used for outputting a voice signal such as a speaker or an earpiece. The display unit 240 is usually a liquid crystal display (LCD) for displaying text and graphic information. The character input unit 250 is generally a keyboard, and includes a plurality of buttons 252 for selecting an interface function table and inputting text information. The character input unit 250 can also be an input device such as a touch screen. The voice input unit 260 is for receiving a voice signal. Referring to FIG. 2, the internal circuit module of the mobile communication terminal device 200 mainly includes a Morse code transmitting/receiving module 310, a baseband processing module 320, a wireless transmitting/receiving module 330, an output interface 350, and an input interface 9 200843377. • 360. The baseband processing module 320 is electrically connected to the output interface 350 and the input interface 360 via the bus bar 340. The baseband processing module 320 is also electrically connected to the Morse code transmitting/receiving module 310 and the wireless transmitting/receiving module 330, respectively. The first antenna 210 is electrically connected to the wireless transmit/receive module 330. The second antenna 220 is electrically coupled to the Morse code transmitting/receiving module 310. When the multi-function mobile communication terminal 100 can receive the RF signal, the baseband processing module 320 electrically connects the Morse/' code transmitting/receiving module 310 and the baseband processing module 320 according to the received RF signal. When the terminal is in a high impedance state, the Morse code transmitting/receiving module 310 is turned off. The cellular wireless communication system transmits/receives RF signals through the first antenna 210 and the wireless transmitting/receiving module 330 for normal voice communication, as well as transmitting and receiving short messages. The first antenna 210 receives the RF signal transmitted by the wireless network (the receiving path is generally referred to as a "forward link"), and the wireless transmitting/receiving module 330 receives the inbound RF signal and performs the inbound RF signal. Filter "wave, amplification, analog-to-digital conversion, etc. to obtain a digital baseband signal. The baseband processing module 320 demodulates, descrambles, and decodes the received digital baseband signals according to a specific wireless communication standard (GSM, CDMA, TDMA, etc.) to obtain voice signals and text and graphic information. The voice signal is output to the voice output unit 230 via the output interface 350, and the character and graphic information are output to the display unit 240. When the first antenna 210 transmits an outbound RF signal to a wireless network (this transmission path is commonly referred to as a "reverse link"), the input interface 360 can receive the voice signal input by the voice input unit 260, and can also receive the text. Input 10 200843377 Enter the text and graphic information input by the department 250, and then transfer the voice signal and the text and the text to the baseband processing module 320. The baseband processing module 320 encodes, scrambles, and modulates the voice signal, text, and graphic information into a digital base according to a specific wireless communication standard (GSM, CDMA, TDMA, etc.). The wireless transmitting/receiving module 33 receives the digital baseband signal, performs digital-to-analog conversion, filtering, and amplification to generate an outbound RF signal. The outbound message is transmitted by the antenna 210 to a target device, such as a base station. . • When the multi-function mobile communication terminal is unable to receive the RF signal due to the non-information coverage of the cellular wireless communication system, the baseband processing module 32 electrically connects the Mo/Receive module 310 to the baseband processing module 320. 0 Γ Γ Γ ^ input signal 'Morse code transmission / receiving module table, ^ processing module 32G according to the standard international Morse code; bit = two St voice signal ^ Morse electric 1 = ^_Electronic code transmitting/receiving module 310 logarithmic emission analog Moire 2-line digital-to-analog conversion, modulation, amplification, etc., to the outside world 8 旲 two-code signal.
才示準之國p双# 元' 電碼編碼表，如下所示： 11 200843377Only show the country p double #元' code code table, as shown below: 11 200843377
--·· Η ···· Τ I ·· U J _ _ V Κ -·- W L X--·· Η ···· Τ I ·· U J _ _ V Κ -·- W L X
上表用參和一兩種符號之組合表示不同的字 元。較常用之字s用較短的符號來表示，以節省傳輸之數 據量。為一個基本訊號單位，“―，，為三個“籲，，之 訊號長度。字母或數字之間之間隔為兩個“#，，的長度， 單詞之間之間隔為七個“參”的長度。 一.使用者不熟悉國際莫爾斯編碼表。使用者可以藉 由語音輸入部260輸入具體之語音訊號，也可以藉由文^ 輸入部250輸入具體之文字資訊。 -請參閱目3，基帶處理模、组32〇 ±要包括語音轉換單 兀322 ’文字轉換單元324，莫爾斯電碼轉換單元326。當 ί用者從語讀人部輸人類比語音減時，語音轉^ 早f 322將該類比語音訊號轉換成數位語音訊號，並將數 位語音訊號傳送給莫爾斯電碼轉換單A 326 ，入部25〇輸入文字資訊時，文字轉換單元32= 子貝^轉換成數位文字訊號，傳送給莫爾斯電㈣換單元 。爾斯電碼轉換單元326接收到數位語音訊號，則按 …、，訢編碼表，將數位語音訊號轉換成數位莫爾斯電碼 12 200843377 斯電碼轉換單元326接收到數位文字訊號時， 電爾斯編碼表，將數位文字訊號轉換成數位莫爾斯The above table uses a combination of one and two symbols to represent different characters. The more common word s is represented by a shorter symbol to save the amount of data transferred. For a basic signal unit, "-,, for three "calls," the length of the signal. The interval between letters or numbers is the length of two "#,,, and the interval between words is the length of seven "parameters". 1. The user is not familiar with the international Morse code table. The user can use the voice. The input unit 260 inputs a specific voice signal, and can also input specific text information by using the text input unit 250. - Please refer to item 3, baseband processing module, group 32〇 to include a voice conversion unit 322 'text conversion unit 324 The Morse code conversion unit 326. When the user downloads the human from the language to the human voice, the voice converts the audio signal into a digital voice signal, and transmits the digital voice signal to the voice signal. When the code conversion unit A 326 enters the text information, the text conversion unit 32= converts the sub-frame signal into a digital text signal and transmits it to the Morse electric (four) conversion unit. The sine code conversion unit 326 receives the digital voice. For the signal, press the ..., Xin coding table to convert the digital voice signal into a digital Morse code. 12 200843377 When the code conversion unit 326 receives the digital text signal, the terahertz code table will be digital. Text signal is converted into digital Morse
5，使m者/悉國際莫爾斯編碼表。請參閱圖4和圖 > "由莫爾斯按鍵202和204直接編碼資訊，A 安鍵2〇2代表“·，’訊號，按鍵204代表“ —，，訊?/。、 — 未救訊號，該求救訊號對應之代碼為“ φ # φ 爾斯：碑二:·：。藉由按鍵2〇2、204編碼後之數位莫 二二:碼_被輸人到輸人介面36。，並經匯流排34 輸到莫爾斯電碼轉換單元326。 、 請-併參閱圖2和圖4,上述兩種情形下輸入之數位 名1斤电馬。凡唬均藉由莫爾斯電碼發射/接收模組310轉 、得到類比莫爾斯電碼訊號，並藉第二天線22g向外 =比莫爾斯電碼訊號。莫爾斯電碼發射/接收餘训主 A \發射/接收切換單元312，接收放大單元313，發 士大單凡315，接收轉換單元314，發射轉換單元316， 晶振318等。發射/接收切換單A 312分別電性連接第 :天線220、接收放大單力313及發射放大單元315。本地 又318刀別屯性連接接收轉換單元314和 3W。接收轉換單力叫分別電性連接接收放大 =帶處理模組320，發射轉換單元316分別電性連接發 =大單元315和基帶處理模組32〇。其中第二天線22〇 半雙工天線’該天線用於切換類比莫爾斯電碼訊號 之發射路徑和接收路徑。 13 200843377 • 莫爾斯電碼發射/接收模组310接收數彳 -訊號，由發射轉換單元316將該數位莫=爾斯電碼 成類比莫爾斯電碼訊號。本地晶振318對^ .錢轉換 碼訊號進行調製。發射放大單元315將調爾斯電 斯電碼訊號作初級放大，發射/接收切換單 ^員比莫爾 射路徑，藉由第二天線220將該類比：切換到發 部發射。經第二天線細發射之類比莫爾爾^讯號向外 ^〜一，員率對應之電磁波屬：長 工間傳播時’損耗較小，相較經第_天 & 訊訊號電磁波，具有較長之傳播距離。 身于之‘準通 訊號Ξ第::/==_出彻 X射/接收切換早兀312切換到接收路徑， 大大早兀313對接收之類比莫爾斯電碼訊號作前置放 償該訊號在傳播過程中產生之能量衰減。本地, 3;4將之類比莫爾斯電碼訊號。接收轉換單； 將，亥類比旲爾斯電碼訊號轉換成數位 I:輸給基帶處理模組320之莫爾斯電碼轉換η = 碼轉換單元326將該數位莫爾斯電碼訊；： 位語音訊號，並傳給語音轉換單元322。語音轉換 :了將數位語音訊號轉換成類比語音訊號。該= =藉由輸出介面35〇輸出給語音輸出部23〇，=; k日莫爾斯電碼轉換單元似 、早兀將數位文字訊號轉換成文字資訊， 14 200843377 .藉由輪出介面350輸出給顯示部 -發出之救援資訊。 ，肩不例如救援方 °月茶閱圖5 ’使用者藉由按鍵202、204編碼# =電碼訊號時’還可以藉由語音輸出部230和顯―二莫爾 確認當前編碼之數位莫爾戈 〜不邛240 斯電碼轉換單元326將!: 5虎内谷是否正確。莫爾 W換早兀326將由按鍵2G2、綱編碼 換早兀322將數位語音訊號轉換成類 措由輸出介面35〇輸出給語音輸出部23〇，η’ 荦音。莫爾斯電碼轉換單元鍵：求救 轉換成數位 成==二:轉換單元324將數位文字訊號轉換 风又子貝汛，猎由輸出介面35 應顯示使用者正在輸入之求救二:出-顯… 流程=閱圖6’移動通訊終端設備之—種通訊方法 (Gslf先ΓΓ»步驟910 ’檢測是否接收到才票準通訊訊號 ϋ到尸進MA,TDMA等標準規定之電磁波訊號），如果 二租^通訊訊號，步驟920，關閉莫爾斯電碼發射/接 =，如果檢測不到標準通訊訊號，步驟93〇,開啟 莫爾斯电碼發射/接收模組310。 ，者步驟940,再次㈣是否接㈣標準通訊訊號， 測到標準通訊訊號，返回步驟91〇 ;如果檢測不到 ^準通訊訊號’步驟950 ’關閉無線發射/接收模組32〇。 15 200843377 然後，步驟960，檢測輸入訊號，該輸入訊號一般為 藉由文字輸入部250等輸入之文字訊號或語音輸入部260 等輸入之語音訊號，如果檢測到輸入訊號，詳細步驟以下 將參閱圖7作進一步說明；如果檢測不到輸入訊號，步驟 970,檢測接收訊號，接收之訊號一般為由外界向移動通訊 終端設備200傳遞之類比莫爾斯電碼訊號。如果檢測不到 輸入訊號，返回步驟960 ;如果檢測到輸入訊號，步驟98〇， 回饋資訊，一般藉由顯示部240顯示文字資訊。 請參閱圖6以及圖7，檢測輸入訊號步驟之詳細流程 如下： 首先’步驟961 ’檢測莫爾斯按鍵2〇2、2〇4是否有輸 入巩號，如果檢測到莫爾斯按鍵2〇2、2〇4有輸入訊號，步 驟962，顯不輸入之資訊，一般藉由顯示部24〇顯示文字 資訊，接著步驟963,發送類比莫爾斯電碼訊號。 接著，如果檢測到莫爾斯按鍵202、204沒有輸入訊 號，步驟964 ’檢測語音輸入部26〇輸入之語音訊號，如 果檢測到語音輸入部260有語音輸入訊號，步驟965，顯 不輸入之貝汛’一般藉由顯示部24〇顯示文字資訊，接著 步驟966，發送類比莫爾斯電碼訊號。 σ接著，如果檢測到語音輸入部260 &有語音輸入訊 5虎$驟967 ’檢測文字輸入部25〇是否有文字訊號輸入 的’如果檢測到文字輸入# 25〇有文字輸入訊號，步驟 9 6 8 ’顯不輪人^ 吐 、° 一般藉由顯示部240顯示文字簡 訊’接著步驟969，發送類比莫爾斯電碼訊號。 16 200843377 •穿^ :果仏冽到文字輸入部250沒有文字輸入訊 二一、口 ”驟961。其中，步驟963、步驟966及步驟969 執仃完也均返回到步驟961。 上所述之移動通訊終端設備200,在蜂窩無線通訊 ^有訊號覆蓋時’藉由無線發射/接收模組330可以進行 ^ ^ ^ 、接收文子間訊等。在蜂窩無線通 二：汛:虎覆盍時’-方面，其可藉由語音輸入部260 输入a口日訊號，或者兹士 a 错由文子輸入部250輸入文字資訊， 莫處理模組320將語音訊號、文字資訊轉換成數位 =斯電碼訊號’然後藉莫爾斯電碼發射/接收模組· =貞:莫爾斯電碼訊號。另一方面，其也可以直接藉 碼按鍵202、204輸入數位莫爾斯電碼訊號，藉 電碼發射/接收模組31G發射/接收類比莫爾斯電 ’’’σ ^、以此解決移動通訊設備之間無法正常通訊之問題。 严姑^述之私動通訊終端設備20ίΗ堇為較佳實施方式，所 L何=域之技術人員也可以在不脫離本發明之基礎上作 :早之艾更。例如’該移動通訊終端設備·也可以按照 式規定之編碼規則，對語音、文字、圖形等資訊i i規二=t訊終端設備2 〇〇之間只要遵照該默認之編5, make m / learn the international Morse code table. Please refer to FIG. 4 and FIG. "" Directly encode information by Morse buttons 202 and 204, A key 2 〇 2 represents "·," signal, and button 204 represents "-,, _? - The unresponded signal, the code corresponding to the distress signal is "φ # φ 尔斯: 碑二:·:. The digits encoded by the button 2〇2, 204 are two or two: the code _ is input to the input The interface 36 is transmitted to the Morse code conversion unit 326 via the bus bar 34. Please, and refer to FIG. 2 and FIG. 4, the number of the digits entered in the above two cases is 1 kg. The semaphore transmitting/receiving module 310 rotates to obtain an analog Morse code signal, and borrows the second antenna 22g outward = the Morse code signal. Morse code transmission/reception training main A \ launch / The receiving switching unit 312, the receiving amplifying unit 313, the singapore 315, the receiving and converting unit 314, the transmitting and converting unit 316, the crystal oscillator 318, etc. The transmitting/receiving switching unit A 312 is electrically connected respectively: the antenna 220, the receiving amplification list The force 313 and the transmission amplifying unit 315. The local 318 knives are connected to the receiving and converting units 314 and 3W. The receiving conversion unit is respectively electrically connected to receive the amplification=band processing module 320, and the transmitting and converting unit 316 is electrically connected. = large unit 315 and baseband processing module 32〇. The next day 22〇 Half-duplex antenna' This antenna is used to switch the transmission path and reception path of the analog Morse code signal. 13 200843377 • The Morse code transmitting/receiving module 310 receives the digital signal, which will be transmitted by the transmission conversion unit 316. The digits of the Moss code are analogous to the Morse code signal. The local crystal oscillator 318 modulates the money conversion code signal. The transmission amplification unit 315 performs the primary amplification, the transmission/reception switching unit of the Charms signal. The member is compared to the Moir path, and the analogy is switched to the transmitting portion by the second antenna 220. The second antenna is finely radiated, and the analog Molter signal is outwardly turned to one, and the electromagnetic wave corresponding to the member rate Genus: When the long-term communication is transmitted, the 'loss is small. Compared with the electromagnetic wave of the first _ day & signal, it has a long propagation distance. The 'communication number Ξ::/==_ / Receive switching early 312 switch to the receiving path, greatly early 313 to receive the analog Morse code signal for pre-compensation of the energy attenuation generated by the signal during the propagation. Local, 3; 4 will be like Moore Signal code. Receive conversion order; The haier code is converted into a digit I: the morse code conversion to the baseband processing module 320 η = the code conversion unit 326 transmits the digital morse signal; and the bit voice signal is transmitted to the voice conversion Unit 322. Voice conversion: converting the digital voice signal into an analog voice signal. The == is outputted to the voice output unit 23 by the output interface 35〇, =; k. Morse code conversion unit is similar, early digital position The text signal is converted into text information, 14 200843377. The output information is outputted to the display unit by the turn-out interface 350. The shoulder is not for example the rescue party. The monthly tea is shown in Fig. 5. 'When the user encodes the #=code signal by the buttons 202 and 204, the voice code output unit 230 and the display two moirs can also confirm the current coded number of the Morgo. ~ Do not 邛 240 s code conversion unit 326 will be!: 5 Tiger Valley is correct. Mohr W will switch from the 2G2 to the early 兀322 to convert the digital voice signal into a class. The output interface 35〇 outputs the output to the voice output unit 23〇, η’. Morse code conversion unit key: help conversion into digital == two: conversion unit 324 converts the digital text signal into the wind and the child, and the output interface 35 should display the user's input for help two: out-display... Process = read Figure 6 'Mobile communication terminal equipment - a communication method (Gslf ΓΓ ΓΓ » Step 910 'Check whether it receives the quasi-communication signal to the corpse into the MA, TDMA and other standard electromagnetic waves), if the second rent ^Communication signal, step 920, turn off Morse code transmission/connection =, if the standard communication signal is not detected, step 93, the Morse code transmission/reception module 310 is turned on. Then, in step 940, (4) whether (4) the standard communication signal is received, the standard communication signal is detected, and the process returns to step 91; if the non-communication signal is detected, the step 950 ’ turns off the wireless transmitting/receiving module 32. 15 200843377 Then, in step 960, the input signal is detected. The input signal is generally a voice signal input by the text input unit 250 or the voice input unit 260. If an input signal is detected, the detailed steps are as follows. 7 for further explanation; if the input signal is not detected, step 970, detecting the received signal, the received signal is generally an analog Morse code signal transmitted from the outside to the mobile communication terminal device 200. If the input signal is not detected, the process returns to step 960; if the input signal is detected, step 98, the information is returned, and the text information is generally displayed by the display unit 240. Referring to FIG. 6 and FIG. 7, the detailed flow of the step of detecting the input signal is as follows: First, 'Step 961' detects whether the Morse button 2〇2, 2〇4 has an input scion, and if the Morse button is detected 2〇2 2, 4 has an input signal, step 962, the information is not input, generally the text information is displayed by the display unit 24, and then the analog Morse code signal is sent in step 963. Then, if it is detected that the Morse buttons 202, 204 have no input signal, step 964' detects the voice signal input by the voice input unit 26, and if it detects that the voice input unit 260 has a voice input signal, step 965, the input is not displayed.汛 'Generally, the text information is displayed by the display unit 24, and then, in step 966, an analog Morse code signal is transmitted. σ Next, if it is detected that the voice input unit 260 & has a voice input signal 5 tiger 骤 967 'detects the text input unit 25 〇 whether there is a text signal input 'if a text input # 25 〇 has a text input signal, step 9 6 8 'Showing people ^ 吐, ° Generally, the text message is displayed by the display unit 240 'Next step 969, the analog Morse code signal is sent. 16 200843377 • Wear ^: If the text input unit 250 does not have a text input message, the mouth is "Step 961." Step 963, Step 966, and Step 969 are all returned to Step 961. The mobile communication terminal device 200 can perform ^^^, receive text messaging, etc. by the wireless transmitting/receiving module 330 when the cellular wireless communication has signal coverage. In the case of cellular wireless communication 2: 汛: tiger coverage On the other hand, the voice input unit 260 can input the a-day signal, or the text input information can be input by the text input unit 250. The processing module 320 converts the voice signal and the text information into a digit=spot code signal. Then, the Morse code transmitting/receiving module·=贞: Morse code signal. On the other hand, it can also directly input the digital Morse code signal by using the buttons 202 and 204, and the code transmitting/receiving module. 31G transmitting/receiving analog Morse electric ''' σ ^, to solve the problem of communication between mobile communication devices. The private communication terminal device 20 严 Η堇 is a preferred embodiment, = domain technology The member can also do the work without departing from the invention: for example, 'the mobile communication terminal device can also follow the coding rules stipulated by the rules, and the information on voice, text, graphics, etc. As long as the device 2 遵 follows the default
奋、、’猎由發射和接㈣比相應編碼之電 實現無線通訊。 u J 第二天線220也可以為一種全雙工天線，即單獨用— 天線接收類比莫爾斯電碼訊號’而用另-天線發射類比莫 爾斯電碼訊號。 耵-貝比莫 17 200843377 移動通訊終端設備2〇〇 時，藉由狂立於φμ 在接收救叙方發出的救援訊號 J Γ 輸部230可以發出進行正常通訊之一Κ 唬，也可以發出具有特定立 ㊉之。口曰5fl r 曰°周之旲爾斯電碼訊號，熟悉莫 爾所私馬、.扁碼規則使用者 救援方發出之資訊。 n…周即可獲知 美帶獅動通訊終端100無法接收到RF訊號時， 二處理拉組32〇開啟莫爾斯電碼發射/接收模組 無線發射接收模組33〇,以節省手 ;· 所耗費之電能。 3 丁恢设才、、，罔路 利申^所述、，本發明符合發明專利要件’爰依法提出專 系:丨隹，以上该者僅為本發明之較佳實施例，舉凡熟 i徽案技蟄之人士，在援依本案創作精神所作之等效修飾 S又化，皆應包含於以下之申請專利範圍内。 18 200843377 【圖式簡單說明】 功能模組圖 设備之一種内部電路 之功所示之移動通訊終端設備之基帶處理模組 圖4爲圖1所示 路功能模組圖。 圖5為圖4所示 之功能模組圖。 之移動通訊^設備之另—種内部電 之移動通訊終端設備之基帶處理模組 圖6為移動通訊終端設備之通訊方法流程圖。 S 7為圖6所示之檢測輸入訊號步驟之進一六 程圖。 云机 【主要元件符號說明】 第—天線 210 第一天線 220 莫爾斯電碼發射/接310 收模組 基帶處理模組 320 媒、線發射接收模組 330 輸出介面 350 輸入介面 360 語音輸入部 230 顯示部 240 文字輸入部 250 語音輸入部 260 19Fen, ‘hunting is transmitted and connected (4) to achieve wireless communication than the corresponding coded power. u J The second antenna 220 can also be a full-duplex antenna, i.e., alone - the antenna receives the analog Morse code signal and transmits the analog Morse code signal with the other antenna.耵-Babimo 17 200843377 When the mobile communication terminal device is 2 ,, the rescue signal J Γ transmission unit 230 issued by the receiving savior can be issued one of the normal communication 狂 唬, or can be issued with Specific ten. Mouth 曰 5fl r 曰 ° Zhou 旲 旲 电 电 电 , , , , , , , , , , , , 周 周 周 周 周 周 周 周 周 周 周 周 周 周n...We can know that the US lion communication terminal 100 cannot receive the RF signal, and the second processing pull group 32 turns on the Morse code transmitting/receiving module wireless transmitting and receiving module 33〇 to save hands; The power consumed. 3 Ding Hui set up, ,, 罔路利申 ^,, the invention meets the requirements of the invention patents 爰 提出 提出 提出 提出 提出 提出 提出 提出 丨隹 丨隹 丨隹 丨隹 丨隹 丨隹 丨隹 丨隹 丨隹 丨隹 丨隹 丨隹 丨隹 丨隹 丨隹 丨隹 丨隹 丨隹 丨隹 丨隹 丨隹 丨隹 丨隹Those who are technically involved in the case, the equivalent modification S in the spirit of the creation of the case shall be included in the scope of the following patent application. 18 200843377 [Simple description of the diagram] Function module diagram Baseband processing module of mobile communication terminal equipment shown in Figure 1 is the diagram of the road function module shown in Figure 1. Figure 5 is a functional block diagram of Figure 4. The mobile communication device is another baseband processing module of the mobile communication terminal device. FIG. 6 is a flow chart of the communication method of the mobile communication terminal device. S 7 is a further six-step diagram of the step of detecting an input signal as shown in FIG. Cloud machine [main component symbol description] - antenna 210 first antenna 220 Morse code transmission / connection 310 receiving module baseband processing module 320 media, line transmitting and receiving module 330 output interface 350 input interface 360 voice input 230 display unit 240 character input unit 250 voice input unit 260 19