1355812 九、發明說明： 【發明所屬之技術領域】 本發明係關於一種短距離訊息傳輸方法及其裝置，尤 指一種適用於行動通訊裝置之短距離訊息傳輸方法及其裝 5 置。 【先前技術】 近三十年來，行動電話之功能隨著科技進步而日新月 異，早期80年代的手機只有最基本的通話功能，其稱為第 10 一代行動通訊系統 lG(The first generation of mobile system)，是第一個類比式行動電話系統（Advanced mobile phone system, AMPS)。90年代時有了簡訊的文字傳輸服務 為第二代行動通訊系統 2G(The second generation of mobile system)，是指泛歐數位式行動電話系統（Global mobile 15 system, GSM)，其是現在最普遍的行動電話系統，而目前 最新的數位寬頻行動電話系統是第三代行動通訊系統3G (The third generation of mobile system) > 其更力口 進步地力口入 聲音及影像之傳輸功能，能夠提供更豐富的語音影像服務 且傳輸速率較2G更為快速。 20 雖然現在的行動電話已是人們生活中不可或缺的一部 份，有越來越多的應用在手機上實現，例如：MP3隨身聽、 收音機、相機、收發電子郵件等等，但無論是何種行動通 訊系統與何種應用服務，只要有使用到行動通訊系統的傳 輸服務使用者皆必需付費。如圖1所示之習知的行動通訊 5 1355812 系統示意圖，行動通訊裝置10與行動通訊裝置n分別屬 於不同基地台〗之訊號含蓋範圍’其間的傳輸必須透過基 地台1的無線通訊系統，而行動通訊裝置丨〇與行動通訊裝 置U雖然屬於相同基地台i之訊號含蓋範圍，但同樣必須 5 透過基地台1的無線通訊系統傳送訊號》然而，使用者使 用行動電話之時機常常可能是一同出遊的親朋好友走散時 連繫彼此、百貨公司逛不同樓層或意外同時坐上同一班火 車等等情況，即使是如此近距離之通訊，使用者卻仍要透 過複雜之行動通訊網路及付出與遠距離通訊時相同的費 10用’ a不符實際之需求，因此，習知行動通訊裝置之傳輸 實有予以改進之必要。 【發明内容】 15 /繁於上述之先前技術中，短距離之通訊亦需付費予電 信系統業者的問題’本發明提供一種行動通訊裝置之短距 離訊息傳輸方法’此行動通訊裝置連接—力咖(群蜂）模 組，百㈣以ZigBee模組讀取行動通訊裝置之電話薄，以 將電話號碼儲存之，再以ZigBee模組發送行動通訊裝置之 本機電話號碼，並且接收其他行動通訊裝置之 所發送的訊號。接著，以以， 以ZlgBee楔組判斷接收之訊號是否 含有電話簿中的電話諕满夕 — 咕w s〜H則將相符合之電話 #u碼傳至行動通訊裝置以顯示之。 到其所攜帶之行動通訊裝置所顯示的訊號 後’可財動通崎置輸人訊息，例如—文字、聲音或影 20 1355812 像等資料’透過ZigBee模組對訊息進行加密處理後，再傳 送至對應相符合電話號碼之行動通訊裝置所連接的ZigBee 模組，其接收到加密的訊息後先對訊息進行解密處理再顯 示於對應之行動通訊裝置上，如此，使用者即可使用行動 5 通訊裝置達到短距離訊息傳輸之目的。 本發明另提供一種短距離訊息傳輸裝置，其包括有— 行動通訊裝置、一 ZigBee模組，其中，行動通訊裝置包含 有一儲存多數電話號碼之電話薄、本機電話號碼、輸出入 介面以及顯示單元，ZigBee模組具有一暫存器並連接於行 10動通訊裝置’將行動通訊裝置之電話薄中的電話號碼載入 暫存器中。ZigBee模組係用以發送行動通訊裝置之本機電 話號碼，並接收其他ZigBee模組所發送之訊號，且當 模組判斷接收之訊號含有電話薄中的電話號碼之一時，將 相符合之電話號碼傳至行動通訊裴置顯示於顯示單元上。 15 使用者可以行動通訊裝置輸入訊息，例如一文字、聲 音或影像等資料，透過ZigBee模組對訊息進行加密處理， 再傳送至對應相符合電話號碼之行動通訊裝置所連接的 ZigBee模組，其接收到訊息後先對訊息進行解密處理，再 將訊息顯示於對應之行動通訊裝置上。因此’透過本發明 20所提出之行動通訊裝置的短距離訊息傳輸方法及裝置，俾 能使使用者無需向電信系統業者付費，亦能使用行動通訊 裝置而達到雙向溝通之目的。 1355812 【實施方式】 為能讓讀者能更瞭解本發明之技術内容，特舉較佳具 體實施例說明如下，請先參閱圖2,圖2係本發明一較佳實 施例之短距離訊息傳輸裝置示意圖，其包含一行動通訊裝 5置2及一 ZlgBee模組22°行動通訊裝置2例如為手機、個人 數位助理、单上型電腦等具有通訊功能之行動裝置，於本 實施例中’該行動通訊裝置2係為一手機，行動通訊裝置2 包含有顯示單元25、輸出人介面24、本機電話號碼23及储 存有多數親戚朋友之電話號碼的電話薄21。ZigBee模組22 10是採用ZigBee (群蜂）協定之通訊裝置，其tzigBee是一種 無線網路協定，主要由ZigBee聯盟制定，其底層是採用 IEEE802.15.4標準規範的媒體存取層與實體層，主要特色 有低速、低耗電 '支援大量網路節點、支援多種網路拓撲， ZigB ee模組22具有一暫存器221及一輸出入介面222。 15 前述zigBee模組22之輸出入介面222及行動通訊裝置2 之輸出入介面24係為UART連接埠、USB連接埠、無線連接 皡或疋紅外線連接槔等’藉由輸出入介面222及輸出入介面 24之有線或無線連接’使ZigBee模組22連接於該行動通訊 裝置2’以將行動通訊裝置2之電話薄21中的電話號碼載入 20 其暫存器221中。 前述ZigBee模組22係用以發送行動通訊裝置2之本機 電話號碼23，並接收其他ZigBee模組32所發送之訊號，且 當ZigBee模組22判斷所接收之訊號中含有電話薄中的電話 號碼之一時，將相符合之電話號碼傳至行動通訊裝置2以顯 1355812 示於顯示單元25上。接著，使用者可以行動通訊裝置2輸入 訊息，於本實施例中，訊息可以是一文字、聲音或影像等 資料，透過ZigBee模組22對訊息進行加密處理，再傳送至 對應相符合電話號碼之行動通訊裝置3所連接的ZigBee模 5組32，ZiSBee模組32於接收到訊息後，先對訊息進行解密 處理，再將訊息顯示於對應之行動通訊裝置3上。 有關本發明之短距離訊息傳輸方法，請參閱圖3之母系 統4流程圖，首先係以ZigBee模組22載入行動通訊裝置2之 電話薄21 ’將電話號碼儲存於暫存器221(步驟41)。再以 10 ZlSBee模組發送行動通訊裝置2之本機電話號碼23(步驟 42) ，並隨時接收其他ZigBee模組32所發送之訊號（步驟 43) 。接著，以ZigBee模組22判斷接收之訊號是否含有電話 薄中的電話號碼之一（步驟44)，若否，繼續發送行動通訊裝 置2之本機電話號碼（步驟42)，若接收之訊號含有電話薄中 15 的電話號碼之一，則進入溝通子系統40(步驟45)。 接著請參閱圖4之溝通子系統4〇流程圖，ZigBee模組22 將接收到之電話號碼顯示於行動通訊裝置2上（步驟4〇1)，當 使用者看到行動通訊裝置2所顯示之訊號後，可以行動通訊 裝置2輸入訊息，於本實施例中，訊息可以是一文字、聲音 20或影像等資料，再透過ZigBee模組22對訊息加密後傳送至 對應行動通訊裝置3所連接的ZigBee模組32(步驟402)， ZigBee模組32接收訊息後，先使用一解密技術對接收之訊 息進行解密處理’再將訊息顯示於對應之行動通訊裝置3上 (步驟403) ’對應行動通訊裝置之使用者收到訊息後亦可回 1355812 傳讯息（步驟404)，回傳訊息完畢後，再回到母系統4(步驟 405)繼續發送行動通訊裝置2之本機電話號碼23(步驟42)。 如此’使用者即可使用行動通訊裝置達到短距離訊息傳輪 之目的，且透過本發明所提出之行動通訊裝置的短距離訊 5息傳輸方法及裝置，可使使用者無需向電信系統業者付 費’即能使用行動通訊裝置達到雙向溝通之目的。 上述實施例僅係為了方便說明而舉例而已，本發明所 主張之權利範圍自應以申請專利範圍所述為準，而非僅限 於上述實施例》 10 【圖式簡單說明】 圖1係習知之行動通訊系統示意圖。 圖2係本發明一較佳實施例之短距離訊息傳輸裝置示意圖。 圖3係本發明一較佳實施例之母系統流程圖。 15 圖4係本發明一較佳實施例之溝通子系統流裎圖。 【主要元件符號說明】 1基地台 21電話薄 221暫存器 24, 222輸出入介面 4母系統1355812 IX. Description of the Invention: [Technical Field] The present invention relates to a short-distance message transmission method and apparatus thereof, and more particularly to a short-distance message transmission method and a device for use in a mobile communication device. [Prior Art] In the past three decades, the function of mobile phones has been changing with the advancement of science and technology. In the early 1980s, mobile phones only had the most basic calling function. It was called the first generation of mobile system. , is the first analog mobile phone system (AMPS). The text transmission service with the newsletter in the 1990s is the second generation of mobile system, which refers to the Global Mobile 15 system (GSM), which is the most common nowadays. The mobile phone system, and the latest digital broadband mobile phone system is the third generation of mobile system 3G (The third generation of mobile system) > its more powerful and powerful voice and video transmission function, can provide more Rich voice image service and faster transfer rate than 2G. 20 Although mobile phones are now an integral part of people's lives, more and more applications are being implemented on mobile phones, such as MP3 players, radios, cameras, e-mail, etc., but What kind of mobile communication system and what kind of application service, as long as there is a transmission service user who uses the mobile communication system, must pay. As shown in FIG. 1 , the schematic diagram of the mobile communication 5 1355812 system, the mobile communication device 10 and the mobile communication device n belong to different base stations, and the transmission range must pass through the wireless communication system of the base station 1 . While the mobile communication device and the mobile communication device U belong to the same coverage range of the same base station i, it is also necessary to transmit the signal through the wireless communication system of the base station 1. However, the time when the user uses the mobile phone may often be When traveling with friends and family, they are connected to each other, department stores visiting different floors or accidentally sitting on the same train, etc. Even in such a close communication, users still have to go through complex mobile communication networks and pay The same fee 10 used for long-distance communication does not meet the actual needs. Therefore, the transmission of the conventional mobile communication device is necessary to improve. SUMMARY OF THE INVENTION In the prior art described above, short-distance communication also requires payment to the telecommunications system operator. 'The present invention provides a short-distance message transmission method for a mobile communication device'. (Group bee) module, 100 (4) Read the phone book of the mobile communication device with ZigBee module to store the phone number, then send the local phone number of the mobile communication device with ZigBee module, and receive other mobile communication devices The signal sent by it. Then, to determine whether the received signal contains the phone in the phone book by the ZlgBee wedge group, 咕w s~H, the matching phone #u code is transmitted to the mobile communication device for display. After the signal displayed by the mobile communication device carried by the mobile phone, the message can be sent to the user, for example, text, voice or video 20 1355812, etc. The message is encrypted by the ZigBee module and then transmitted. The ZigBee module connected to the mobile communication device corresponding to the telephone number receives the encrypted message and then decrypts the message and displays it on the corresponding mobile communication device, so that the user can use the action 5 communication. The device achieves the purpose of short-distance message transmission. The invention further provides a short-distance message transmission device, comprising: a mobile communication device, a ZigBee module, wherein the mobile communication device comprises a phone book for storing a plurality of telephone numbers, a local telephone number, an input/output interface and a display unit The ZigBee module has a register and is connected to the line 10 communication device to load the phone number in the phone book of the mobile communication device into the register. The ZigBee module is used to send the local telephone number of the mobile communication device and receive the signal sent by other ZigBee modules, and when the module determines that the received signal contains one of the telephone numbers in the telephone book, the matching telephone will be met. The number is transmitted to the mobile communication device and displayed on the display unit. 15 The user can input a message, such as a text, sound or image, by the mobile communication device, encrypt the message through the ZigBee module, and then transmit it to the ZigBee module connected to the mobile communication device corresponding to the phone number, and receive the message. After the message is received, the message is decrypted and then displayed on the corresponding mobile communication device. Therefore, the short-distance message transmission method and apparatus of the mobile communication device proposed by the present invention 20 enables the user to use the mobile communication device to achieve two-way communication without paying the telecommunication system operator. 1355812 [Embodiment] In order to enable the reader to better understand the technical content of the present invention, a preferred embodiment will be described below. Please refer to FIG. 2, which is a short-distance message transmission device according to a preferred embodiment of the present invention. The schematic diagram includes a mobile communication device 5 and a ZlgBee module 22° mobile communication device 2, for example, a mobile device, a personal digital assistant, a single-top computer and the like having a communication function. In this embodiment, the action The communication device 2 is a mobile phone, and the mobile communication device 2 includes a display unit 25, an output interface 24, a local telephone number 23, and a phone book 21 storing a telephone number of a majority of relatives and friends. The ZigBee module 22 10 is a communication device using the ZigBee protocol, and the tzigBee is a wireless network protocol, which is mainly developed by the ZigBee Alliance, and the bottom layer is a media access layer and a physical layer adopting the IEEE 802.15.4 standard specification. The main features are low speed, low power consumption, support a large number of network nodes, and support multiple network topologies. The ZigB ee module 22 has a register 221 and an input/output interface 222. 15 The input/output interface 222 of the zigBee module 22 and the input/output interface 24 of the mobile communication device 2 are UART port, USB port, wireless port or infrared port, etc., through the input and output interface 222 and the input and output. The wired or wireless connection of interface 24 'connects ZigBee module 22 to the mobile communication device 2' to load the telephone number in the phone book 21 of the mobile communication device 2 into its register 221 . The ZigBee module 22 is configured to transmit the local telephone number 23 of the mobile communication device 2, and receive signals sent by other ZigBee modules 32, and when the ZigBee module 22 determines that the received signal contains the telephone in the telephone book. At the time of one of the numbers, the matching telephone number is transmitted to the mobile communication device 2 to be displayed on the display unit 25 at 1355812. Then, the user can input a message to the mobile communication device 2. In this embodiment, the message can be a text, a voice, or an image, and the ZigBee module 22 encrypts the message and transmits the message to the corresponding phone number. The ZigBee module 5 group 32 connected to the communication device 3, after receiving the message, decrypts the message and displays the message on the corresponding mobile communication device 3. For the short-distance message transmission method of the present invention, please refer to the flowchart of the parent system 4 of FIG. 3, firstly, the ZigBee module 22 is loaded into the phone book 21' of the mobile communication device 2 to store the phone number in the temporary storage unit 221 (step 41). The local telephone number 23 of the mobile communication device 2 is transmitted by the 10 ZlSBee module (step 42), and the signals transmitted by the other ZigBee modules 32 are received at any time (step 43). Next, the ZigBee module 22 determines whether the received signal contains one of the telephone numbers in the phone book (step 44), and if not, continues to transmit the local telephone number of the mobile communication device 2 (step 42), if the received signal contains One of the telephone numbers 15 in the phone book enters the communication subsystem 40 (step 45). Referring to the communication subsystem 4〇 flowchart of FIG. 4, the ZigBee module 22 displays the received telephone number on the mobile communication device 2 (step 4〇1), when the user sees the mobile communication device 2 displays After the signal, the mobile communication device 2 can input a message. In this embodiment, the message can be a text, a sound 20 or an image, and then the message is encrypted by the ZigBee module 22 and transmitted to the ZigBee connected to the corresponding mobile communication device 3. The module 32 (step 402), after receiving the message, the ZigBee module 32 first decrypts the received message by using a decryption technology, and then displays the message on the corresponding mobile communication device 3 (step 403) 'corresponding to the mobile communication device After receiving the message, the user can also return 1355812 to send a message (step 404). After the message is returned, return to the parent system 4 (step 405) to continue transmitting the local telephone number 23 of the mobile communication device 2 (step 42). . Thus, the user can use the mobile communication device to achieve the short-distance message transmission, and the short-distance information transmission method and device of the mobile communication device proposed by the present invention can save the user from paying the telecommunication system provider. 'You can use mobile communication devices to achieve two-way communication. The above-mentioned embodiments are merely examples for convenience of description, and the scope of the claims should be based on the scope of the patent application, and is not limited to the above embodiments. 10 [Simple description of the drawings] FIG. 1 is a conventional example. Schematic diagram of the mobile communication system. 2 is a schematic diagram of a short-distance message transmission apparatus according to a preferred embodiment of the present invention. 3 is a flow chart of a parent system in accordance with a preferred embodiment of the present invention. 15 is a flow diagram of a communication subsystem in accordance with a preferred embodiment of the present invention. [Main component symbol description] 1 base station 21 phone book 221 register 24, 222 output interface 4 parent system
10，11，12，13, 2, 3行動通訊裝置 22, 32 ZigBee模組 23本機電話號碼 25顯示單元 40溝通子系統 41，42, 43, 44, 45, 401，402, 403, 404, 405 步驟10,11,12,13, 2, 3 mobile communication device 22, 32 ZigBee module 23 local telephone number 25 display unit 40 communication subsystem 41, 42, 43, 44, 45, 401, 402, 403, 404, 405 steps