200933542 九、發明說明： 【發明所屬之技術領域】 个赏明龙有關於 系統及其方法’且特別是有關於—種整八二：與求援的 防 全球衛星定位與行動通訊技術功能於J動通 =識別、 盜與求援的系統及其方法。 動通訊終端的 无刖技術】200933542 IX. Description of invention: [Technical field of invention] The reward of Minglong has a system and its method' and especially related to - the whole of 82: with the help of global satellite positioning and mobile communication technology functions in J Pass = system of identification, theft and help and its methods. Innocent technology of mobile communication terminal]
Ο 有關移動通訊終端，以行動電話舉例說明，隨 的進步，目前行動電話相當廣泛的被使用。另 動電話有更加輕、帛、短、小的趨勢發展，造成使用者: 慎遺失與被盜用的機率更加提高，目前並無解決方案，能 有效的降低使用者遺失行動電話的機率。 另一方面，行動電話已經相當普遍的被社會各階層所 使用’使用者可能發生急難狀況需要援助，目前並無解決 方案能有效提供救援者錢求救者的全較㈣訊，以利 救援工作的進行。 【發明内容】 本發明的目的是在提供一種具有無線射頻識別之移 動通訊終端防盜與求援的系統及其方法，整合了無線射頻 識別（Radio Frequency identification，RFID)技術、全球 衛星疋位系統（Global Positioning System，GPS )技術以及 行動通訊系統技術於移動通訊終端防盜與求援的系統 200933542 上，用以提供一完整且全面的移動通訊終端防盜與求援措 施。 依'、、、本發明一較佳實施例提出一種具無線射頻識別 之移動通訊終端防盜與求援的系統，係與另一移動通訊終 端以及一無線射頻識別感應元件搭配使用，並包含一控制 單元、一無線/衛星通訊裝置、一無線射頻識別裝置、一警 報裝置以及一備用電源裝置。無線/衛星通訊裝置、無線射 頻識別裝置、警報裝置以及備用電源裝置電性連接於控制 單元其中無線/衛星通訊裝置設有一無線/衛星通訊天 線，無線射頻識別裝置設有一無線射頻識別天線。 控制單元包含一控制程式，其中控制程式具有一對應 於搭配使用之無線射頻識別感應元件的内建識別碼。無線 射頻識別裝置係用以取得搭配使用之無線射頻識別感應 70件的識別碼訊號，經由控制單元與内建的識別碼進行比 對。警報裝置受控於控制單元以發出一警報訊息。 ,·無線/衛星通訊裝置包含一行動通訊模組以及一全球 衛星定位模組。其中行動通訊模組電性連接於一數據機， 利用數據機將行動通訊模組所接收到移動通訊終端送出 之訊號進行解調與所要傳送給該移動通訊終之訊號進行 調變’以建立一行動通訊路徑。 全球衛星定位模組接收一衛星定位信號，並將衛星定 位訊號轉換為一移動通訊終端所在位置之經緯度資料傳 送給控制單元並於儲存。 依照本發明一較佳實施例提出一種具無線射頻識別 200933542 之移動通訊終❹盜與求援方法，包含：提供 終端防盜虫表接的糸絲.. 移動通訊 統可選==模:ΓΓ終端防盜與求援的系 端防减求援的系統進人防盜模式時，即啟動防盜樓^ 2移=訊終端的全球衛星定位，可透過無線/衛星;訊 ^置二隨時接收-衛星定位訊號，來得知移動通 刖所在位置之經緯度資訊。 螺Ο With regard to mobile communication terminals, with the use of mobile phones as an example, with the progress, the current mobile phones are widely used. Another mobile phone has a trend of lighter, shorter, shorter and smaller, resulting in users: the chances of being cautious and stolen are even higher. There is no solution at present, which can effectively reduce the chance of users losing mobile phones. On the other hand, mobile phones have been used quite widely by all sectors of society. 'Users may need emergency situations and need assistance. There is currently no solution to effectively provide rescuers with helpers (4) to facilitate rescue work. get on. SUMMARY OF THE INVENTION The object of the present invention is to provide a system and method for anti-theft and assistance of a mobile communication terminal with radio frequency identification, and integrate a radio frequency identification (RFID) technology and a global satellite clamp system (Global Positioning System, GPS) technology and mobile communication system technology on the mobile communication terminal anti-theft and help system 200933542, to provide a complete and comprehensive mobile communication terminal anti-theft and help measures. According to a preferred embodiment of the present invention, a system for anti-theft and assistance of a mobile communication terminal with radio frequency identification is provided, which is used in combination with another mobile communication terminal and a radio frequency identification sensing element, and includes a control unit. A wireless/satellite communication device, a radio frequency identification device, an alarm device, and a backup power device. The wireless/satellite communication device, the wireless radio frequency identification device, the alarm device and the backup power supply device are electrically connected to the control unit, wherein the wireless/satellite communication device is provided with a wireless/satellite communication antenna, and the radio frequency identification device is provided with a radio frequency identification antenna. The control unit includes a control program, wherein the control program has a built-in identification code corresponding to the associated radio frequency identification sensing element. The radio frequency identification device is used to obtain the identification code signal of the 70 pieces of the radio frequency identification sensor used in combination, and is compared with the built-in identification code via the control unit. The alarm device is controlled by the control unit to issue an alarm message. The wireless/satellite communication device includes a mobile communication module and a global satellite positioning module. The mobile communication module is electrically connected to a data machine, and uses the data machine to demodulate the signal sent by the mobile communication terminal received by the mobile communication module to be demodulated with the signal to be transmitted to the mobile communication terminal to establish a Mobile communication path. The global positioning module receives a satellite positioning signal and converts the satellite positioning signal into a latitude and longitude data of the location of the mobile communication terminal and transmits it to the control unit for storage. According to a preferred embodiment of the present invention, a mobile communication terminal hacking and assistance method with radio frequency identification 200933542 is provided, which comprises: providing a smashing wire for connecting the terminal of the burglar alarm. The mobile communication system is optional == modulo: ΓΓ terminal burglarproof When the system for seeking assistance from the department is in anti-theft mode, the global satellite positioning of the anti-theft building will be activated. The wireless satellite/satellite can be used to receive the satellite positioning signal. The latitude and longitude information of the location where the mobile phone is located. screw
當搭配使用之無線射頻識別感應元件進人無線射頻 識別裝置有效錢範_，透過無線射頻朗裝置進行使 用者身份之識別，若識別成功’即自動進入移動通 防盜模式。 '、竭 *使用者不慎遺失或遺忘移動通訊終端於某處，而離 開有效感應距離超過—預設值時，將造成無線射頻識別感 應元件無法被有效感應，則警報裝置發出警報訊息，以警 示使用者之移動通訊終端可能已經遺失或遺忘，並發送異 常狀況訊號給使用者所S訂的另一移動通訊終端，且令斷 移動通訊終端電源供應，防止被竊盜使用。 當使用者追蹤尋回移動通訊終端之後，可手動將警報 訊息關閉>並可再自動進人移動通訊終端防盜模式。 當使用者啟動求援模式，即可透過移動通訊終端發送 一求援訊號，控制單元在收到求援訊號後，則發送急難狀 況訊號給救援者。若當使用者發送一解除求援模式訊號， 則解除求援模式，否則持續發送急難狀況訊號給救援者。 根據上述本發明一較佳實施例之一種具無線射頻識 200933542 別之移動通訊終端防盜與求援的系統，其所能提供之功能 及其功效整理說明如下： (1) 無需透過控管中心，直接經由無線/衛星通訊裝 置發送異常狀況訊號給使用者，除了可提高使用者做出反 應的時效外，更可省略採用控管中心所需的服務費用。 (2) 完整的防盜功能，透過無線射頻識別裝置進行 使用者身份之識別，在使用上相當簡便並有效。 (3) 斷電保護功能’本系統安裝有備用電源裝置， 虽竊盜者破壞或移除原本移動通訊終端所提供的電源 時，可利用備用電源裝置提供電力來維持原本防盜工作。 (4) 含全球定位資訊的求援功能，當使用者啟動求 援模式，即可透過移動通訊終端發送一内含全球定位資訊 的求援訊號給救援者，有利於救援工作的執行。When the RFID sensor is used in conjunction with the RFID device, the identity of the user is recognized by the wireless RF device, and if the identification is successful, the mobile security mode is automatically entered. 'When the user accidentally loses or forgets the mobile communication terminal somewhere, and the effective sensing distance exceeds the preset value, the radio frequency identification sensor element cannot be effectively sensed, and the alarm device sends an alarm message to The user's mobile communication terminal may be lost or forgotten, and an abnormal situation signal is sent to another mobile communication terminal subscribed by the user, and the mobile communication terminal is powered off to prevent theft. After the user tracks the mobile communication terminal, the alarm message can be manually turned off > and the mobile communication terminal anti-theft mode can be automatically entered again. When the user initiates the help mode, a help signal can be sent through the mobile communication terminal, and after receiving the help signal, the control unit sends a difficult condition signal to the rescuer. If the user sends a cancel request mode signal, the help mode is released, otherwise the emergency message is continuously sent to the rescuer. According to a preferred embodiment of the present invention, a wireless radio frequency identification 200933542 other mobile communication terminal anti-theft and help system, the functions and functions thereof can be provided as follows: (1) without directly through the control center, directly Sending an abnormal condition signal to the user via the wireless/satellite communication device can not only increase the time limit for the user to respond, but also omit the service fee required for the control center. (2) The complete anti-theft function is used to identify the user's identity through the RFID device, which is quite simple and effective in use. (3) Power-off protection function' This system is equipped with a backup power supply unit. When the thief destroys or removes the power provided by the original mobile communication terminal, the backup power supply unit can be used to provide power to maintain the original anti-theft operation. (4) With the help function of global positioning information, when the user activates the help mode, a mobile communication terminal can send a help signal containing global positioning information to the rescuer, which is conducive to the execution of the rescue work.
【實施方式】 清參照第1圖，其繪示依照本發明一較佳實施例的一 種具無線射頻識別之移動通訊終端防盜與求援的系統之 示意圖。具無線射頻識別之移動通訊終端追蹤的系統裝設 於—本體10中，且搭配另一移動通訊終端30、一無線射 頻識別感應元件40以及一人造衛星50共同使用。 具無線射頻識別之移動通訊終端防盜與求援的系統 包含一控制單元100、一無線/衛星通訊裝置200、一無線 射頻識別裝置300以及一警報裝置20。無線/衛星通訊裝 8 200933542 置200、無線射頻識別裝置300以及警報裝置20電性連接 於控制單元100。其中無線/衛星通訊裝置200設有一無線 /衛星通訊天線201，無線射頻識別裝置300設有一無線射 頻識別天線301。 在本發明另一較佳實施例中的一種具無線射頻識別 之移動通訊終端防盜與求援的系統更包含一備用電源裝 置500，其電性連接於控制單元100。當控制單元100所 連接的外部電源（在本實施例中為行動電話之電池）遭移 ❹ 除時，備用電源裝置500可以作為控制單元100之電力來 源，使其可維持正常的工作。在本實施例中，備用電源裝 置500可為紐扣型链電池或驗性：ί丑扣型電池等。 無線/衛星通訊裝置200透過無線/衛星通訊天線201， 作為移動通訊終端30與控制單元100之溝通橋樑。無線/衛 星通訊裝置200包含一行動通訊模組以及一全球衛星定位 模組。 其中，行動通訊模組與移動通訊終端30建立一行動通 〇 訊路徑，係透過行動通訊模組電性連接於一數據機，利用 數據機將行動通訊模組透過無線/衛星通訊天線201所接收 到之移動通訊終端30的訊號進行解調（Demodulation)與 所要傳送給移動通訊終端30之訊號進行調變 (Modulation)。 在本實施例中，移動通訊終端30為可攜式電子產品， 如行動電話、智慧型手機（如個人數位助理（PDA))或筆 記型電腦等。行動通訊模組與移動通訊終端30可透過全球 9 200933542 行動通訊系統（Global System for Mobile communications， GSM，亦即2G )、整體封包無線電服務（General Packet Radio Service，GPRS’亦即2_5G)、第三代行動通訊技術（3rd Generation，3G)以及高速下載封包技術（High Speed Downlink Packet Access, HSDPA，亦即 3.5G)等行動通訊 技術規格進行漠通。 全球衛星定位模組透過無線/衛星通訊天線201隨時接 收自外太空人造衛星50所產生的一衛星定位訊號，並將此 © 衛星定位訊號轉換為車輛所在位置之經緯度資料傳送給 控制單元100並加以儲存。 無線射頻識別裝置300透過無線射頻識別天線3〇1，作 為無線射頻識別感應元件40與控制单元1 〇〇之溝通橋樑。 無線射頻識別感應元件40以電池的有無區分為被動式和 主動式兩種’在本實施例中以被動式的無線射頻識別標籤 (RFID Tag )為例加以說明。 在本實施例中，無線射頻識別裝置300透過無線射頻 ❷ 識別天線301，作為無線射頻識別感應元件4〇與控制單元 100之溝通橋樑。無線射頻識別感應元件40以電池的有無 區分為被動式和主動式兩種，在本實施例中以被動式的無 線射頻識別標籤（RFID Tag )為例加以說明。 無線射頻識別裝置300定時發送一搜索訊號，搜尋週 邊可能存在的無線射頻識別感應元件40之無線射頻識別 碼訊號，並傳送給控制單元100 ’控制單元100將搜尋到 的無線射頻識別感應元件40之無線射頻識別碼訊號愈控 200933542 • 鮮元100内的控制程式之—内建的識別碼進行比對，如 果相符合，即可判斷無線射頻識別感應元件40為所需要 . ϋ蹤的目標，並自動進人防盜模式。如果不符合，則不加 以追蹤，並維持定時發送搜索訊號，進行重複搜尋。 在自動進入防盜模式冑，如果被追縱的無㈣頻識別 感應元件，離開一有效感應範圍，系統將無法收到正確的 被追蹤的無線射頻識別感應元件40之無線射頻識別碼訊 號。此時控制單元100將發出一觸發訊號到警報裝置20, ® 警報裝置20在接收到控制單元100所發出之一觸發訊號 時，則發出一警報訊息。在本實施例t，警報訊息為透^ 一揚聲器（例如行動電話内建之揚聲器）發出聲響亦或 透過一震動馬達產生振動。有效感應範圍大約為i公尺為 半徑的範圍。 其中，警報裝置20具有手動取消的功能，使用者可 選擇讓警報持續發生，也可以手動方式取消警報的發生。 控制單元100在警報取消之後’將繼續維持自動進入防盜 Φ 模式。 當警報裝置20動作’發出警報同時，系統同時發送 異常狀況訊號含GPS全球定位資訊給使用者所設訂的另 一移動通訊終端30 ’以有利於定位追蹤尋回裝設本防盜與 求援系統的移動通訊終端，且可透過移動通訊終端3〇發 射一關機訊息給裝設有本系統的移動通訊終端，以中斷裝 設有本系統的移動通訊終端的通訊功能（亦即移動通訊終 端處於關機狀態），防土被竊盜者來繼續使用裝設有本系 11 200933542 統的移動通訊終端。 態二:須:二：才本二f的移動通訊終端進入關機狀 终端都有的用戶身份楔I此時藉由—般的移動通訊 SIM) ^ PlN^^^VTTr M〇dUlC5 .,^ ^ 力能，可以有效的防止被竊的裝設 有本系統的㈣通鱗端料録進料法的使用。 使，透過操作使控制單元1〇〇發送一求援訊號， 「入：援模式°此時控制單元1〇〇控制無線/衛星通訊 裝置經由無線/衛星通訊天線2〇1發送此求援之急難狀 況訊號，域用者未解除求援模式，則㈣發送-急難狀 況訊號給使用者預設於控制單元1〇〇之救援者，以協助救 援。 請參照第2圖，其繪示依照一種具無線射頻識別之移 動通訊終端防盜與求援的方法之流程圖。_種具無線射頻 識別之移動通訊終端防盜與求援的方法，包含··提供一移 動通訊終端防盜與求援的系統，使移_訊終端防盜與求 援的系統可選擇地進人-防盜模式和—求援模式，如步驟 600 »使移動通訊終端防盜與求援㈣統進人防盜模式， 如步驟㈣。使移動通訊終端防盜與求援的系統進入求援 模式，如步驟620。 其中進入防盜模式，如步驟61〇，包含：進行移動通 訊終端的全球衛星m㈣611。判斷無線射頻識別 是否成功，如步驟612。若不成功，則發送異常狀況訊號， 並將中斷移動通訊終端的通訊功能，如步驟613。移動通 12 200933542 訊、’·、端關機後，則繼續判斷是否解除防盜模式，如步驟 右符合解除防盜的條件，則解除防盜模式如步驟 615。上述步驟流程，更近一步揭露如下： 請同時參照第1圖和第2圖。當防盜模式啟動時，進 打移動通訊終端的全球衛星定位，係透過無線/衛星通訊裝 置_，隨時接收一衛星定位訊號，來得知裝設有本系統 的移動通訊終端目前所在位置之經緯度資訊。 控制單元100將搜尋到的無線射頻識別感應元件4〇 之無線射頻識別碼訊號與控制單元1〇〇 内建的識⑽行比對，若比對結果相符合，== 線射頻識別感應元件40為所需要追蹤的目標，並進入自 動追蹤防盜模式，如果不符合，則不加以追蹤，並維持定 時發送該搜索訊號，進行重複搜尋。 當系統進入自動追蹤防盜模式，定時地透過無線射頻 識別裝置300進行監控被追蹤的無線射頻識別感應元件4〇 是否在一有效感應範圍内，如果被追蹤的無線射頻識別感 應元件40’離開一有效感應範圍，移動通訊終端防盜與求 援的系統將無法收到正確的被追蹤的無線射頻識別感應 元件40之識別碼，此時控制單元1〇〇將發出一觸發訊號 到警報裝置20，警報裝置20在接收到該控制單元i 〇〇所 發出之該觸發訊號時，則發出一警報訊息。 當使用者不慎遺失或遺忘移動通訊終端於某處，而離 開有效感應範圍超過一預設值時，將造成無線射頻識別感 應元件無法被有效感應，則警報裝置20發出尊報訊息， 13 200933542 以警示使用者之移動補 實施例中，警報訊息為透過端已經遺失或遺忘。在本 一震動馬達產生振動。出聲響，亦或透過 卢# 墩應距離之預設值為1公尺。 二蹤尋回移動通訊終端之後，可手動將警報 終端防盜與求援的系統並可再自動進 入移動通訊終端的追蹤防盜模式。 :警報裝i 20動作，發:警報同時，系統同時發送 異1況訊號含GPS全球定位資訊給使用者所設訂的另 :通訊終端30,以有利於定位追蹤尋回裝設本防盜與 ^援系統的移動通訊終端，且中斷移動通訊終端 的通訊功 此（亦即將移動通訊終端關機），以防止被竊盜使用。 ❹ 糸統仍透過無線射頻識別裝置300進行持有正域的益 線射頻識別感應元件4G的使用者身份之識別，若識別成 功’即解除防盜模式’否則持續進行發送異常狀況訊號給 使用者所設訂的另__移動通訊終端3G。控制單元⑽也判 斷是否收到解除防盜模式的控龍號，若收到解除 式訊號，則解除防盜模式’使移動通訊終端恢復供電，否 則持續發送異常狀祕號給使用者另—移動通訊終端％。 當選擇進入求援模式時，如步驟62〇，包含：控制單 元100收到由使用者操作發送的一求援訊號，如步= 發送急難狀況訊號給救援者，如步驟622。判斷是否解除 求援模式，如步驟623。若是，則解除求援模式，如步驟 624。上述步驟流程，更進一步揭露如下： 當使用者透過操作發送一求援訊號，控制單元接 200933542 收到由使用者操作發送的一求援訊號，即啟動求援模式。 移動通訊終端防盜與求援的系統在收到求援訊號後，則發 送急難狀況訊號給救援者。若當使用者發送一解除求援模 式訊號，則解除求援模式，否則持續發送急難狀況訊號給 救援者。 言月同時參照第1圖和第2圖。當本發明一較佳實施例 之種具無線射頻識別之移動通訊終端防盜與求援的系 統於防盜模式時，無線/衛星通訊裝置2〇〇經由無線/衛星 通訊天線201隨時接收一衛星定位訊號，並轉換為移動通 訊終端目前所在位置之經緯度資訊傳送至控制單元1〇〇並 加以儲存。並定時透過無線射頻識別裝置300經由無線射 頻識別天線301發射一搜索訊號，搜尋週邊是否有一符合 儲存於控制單元100内之内建識別碼的無線射頻識別感應 元件40。 若控制單元1 〇〇無法正確識別出符合内建識別碼的無 線射頻識別感應元件40，則控制單元1〇〇透過無線/衛星 L訊裝置200經由無線/衛星通訊天線2〇1將發送一異常狀 況訊號給另一移動通訊終端30。此時使用者可根據另一移 動通訊終端30上所顯示之資訊進行反應。 例如：使用者得知移動通訊終端可能遭竊時，可以透 過另—移動通訊終端30所接收到含有Gps全球定位資訊 的異常狀況，有效得知遭竊的移動通訊終端所在，並加以 搜尋。 在本實施例中，異常狀況訊號可為電子郵件（E_mail) 15 200933542 或簡訊（Short Message Service，SMS )的型式。異常狀況 訊號包含了移動通訊終端目前所在位置之經緯度資訊及 相關異常狀況資訊。 當本發明一較佳實施例之一種具無線射頻識別之移 動通訊終端防盜與求援的系統於求援模式，係當使用者使 用安裝有本系統之移動通訊終端遇到各類型的急難狀況 時（如遭遇搶劫、挾持、車禍等），使用者可透過操作使 控制單元100發送—求援訊號，並控制無線/衛星通訊裝置 ❹ 200經由無線/衛星通訊天線201發送此求援之急難狀況訊 號，如使用者未解除求援模式，則持續發送一急難狀況訊 號給使用者預設於控制單元1〇〇之救援者，以協助救援。 在本實施例中’急難狀況訊號可為電子郵件（E_mail) 或間訊（Short Message Service，SMS )的型式。急難狀況 訊號包含了移動通訊終端目前所在位置之經緯度資訊及 相關急難狀況資訊。其中相關急難狀況資訊包含遭遇搶劫 訊息、遭挾持訊息以及遭遇車禍訊息。 © 例如：救援者收到急難狀況訊號後，可藉由各種具備 電子地圖顯示功能的裝置或可連接網際網路的裝置，根據 急難狀況訊號所提供的資訊查詢車輛目前所在的電子地 圖資訊亦或衛星照片地圖資訊，以利救援工作的進行。 雖然本發明已以一較佳實施例揭露如上，然其並非用 以限定本發明，任何熟習此技藝者，在不脫離本發明之精 神和範圍内，當可作各種之更動與潤飾，因此本發明之保 護範圍當視後附之申請專利範圍所界定者為準。 16 200933542 【圖式簡單說明】 為讓本發明之上述和其他目的、特徵、優點與實施例 能更明顯易懂’所附圖式之詳細說明如下： 第1圖係繪示依照本發明一較佳實施例的一種具無線 射頻識別之移動通訊終端防盜與求援的系統之示意圖。 第2圖係繪示依照一種具無線射頻識別之移動通訊終 端防盜與求援方法之流程圖。[Embodiment] Referring to Figure 1, there is shown a schematic diagram of a system for anti-theft and assistance of a mobile communication terminal with radio frequency identification according to a preferred embodiment of the present invention. The system for tracking the mobile communication terminal with radio frequency identification is installed in the main body 10, and is used in conjunction with another mobile communication terminal 30, a radio frequency identification sensing element 40, and an artificial satellite 50. The system for anti-theft and assistance of a mobile communication terminal with radio frequency identification includes a control unit 100, a wireless/satellite communication device 200, a radio frequency identification device 300, and an alarm device 20. Wireless/satellite communication device 8 200933542 The wireless radio frequency identification device 300 and the alarm device 20 are electrically connected to the control unit 100. The wireless/satellite communication device 200 is provided with a wireless/satellite communication antenna 201, and the radio frequency identification device 300 is provided with a wireless radio frequency identification antenna 301. In another preferred embodiment of the present invention, a system for anti-theft and assistance of a mobile communication terminal with radio frequency identification further includes a backup power supply device 500 electrically connected to the control unit 100. When the external power source (the battery of the mobile phone in this embodiment) to which the control unit 100 is connected is removed, the backup power supply device 500 can serve as a power source for the control unit 100 so that it can maintain normal operation. In this embodiment, the backup power supply device 500 can be a button type battery or an inspective: ugly buckle type battery or the like. The wireless/satellite communication device 200 serves as a communication bridge between the mobile communication terminal 30 and the control unit 100 via the wireless/satellite communication antenna 201. The wireless/satellite communication device 200 includes a mobile communication module and a global satellite positioning module. The mobile communication module and the mobile communication terminal 30 establish a mobile communication path, which is electrically connected to a data machine through the mobile communication module, and uses the data machine to receive the mobile communication module through the wireless/satellite communication antenna 201. The signal to the mobile communication terminal 30 is demodulated and modulated with the signal to be transmitted to the mobile communication terminal 30. In this embodiment, the mobile communication terminal 30 is a portable electronic product such as a mobile phone, a smart phone (such as a personal digital assistant (PDA)), or a notebook computer. The mobile communication module and the mobile communication terminal 30 can pass through the global 9 200933542 mobile communication system (Global System for Mobile communications, GSM, ie 2G), the overall packet radio service (General Packet Radio Service, GPRS', ie 2_5G), the third Mobile communication technology specifications such as 3rd Generation (3G) and High Speed Downlink Packet Access (HSDPA, also known as 3.5G) are carried out. The global satellite positioning module receives a satellite positioning signal generated by the outer space artificial satellite 50 through the wireless/satellite communication antenna 201, and converts the © satellite positioning signal into the latitude and longitude data of the location of the vehicle, and transmits the same to the control unit 100. Store. The radio frequency identification device 300 passes through the radio frequency identification antenna 3〇1 as a communication bridge between the radio frequency identification sensing element 40 and the control unit 1. The radio frequency identification sensing element 40 is divided into a passive type and an active type by the presence or absence of the battery. In the present embodiment, a passive radio frequency identification tag (RFID tag) is taken as an example. In the present embodiment, the radio frequency identification device 300 transmits the radio frequency ❷ identification antenna 301 as a communication bridge between the radio frequency identification sensing element 4 and the control unit 100. The radio frequency identification sensing element 40 is divided into a passive type and an active type by the presence or absence of the battery. In the present embodiment, a passive wireless radio frequency identification (RFID Tag) is taken as an example for description. The radio frequency identification device 300 periodically sends a search signal to search for the radio frequency identification code signal of the radio frequency identification sensor 40 that may exist in the vicinity, and transmits the signal to the control unit 100. The control unit 100 searches for the radio frequency identification sensor 40. Radio frequency identification code signal control 200933542 • The control code in the fresh element 100 - the built-in identification code is compared, if it is consistent, it can be determined that the radio frequency identification sensor element 40 is needed, the target of the trace, and Automatically enters the anti-theft mode. If it does not match, it will not be tracked, and the search signal will be sent periodically to repeat the search. After automatically entering the anti-theft mode, if the tracked no-four-frequency identification sensing element leaves the effective sensing range, the system will not receive the correct radio frequency identification (SNR) signal of the tracked radio frequency sensing sensor element 40. At this time, the control unit 100 will send a trigger signal to the alarm device 20, and the alarm device 20 will send an alarm message when receiving a trigger signal sent by the control unit 100. In the present embodiment t, the alarm message is sounded through a speaker (e.g., a built-in speaker of the mobile phone) or by a vibration motor. The effective sensing range is approximately i-meter radius. Among them, the alarm device 20 has a function of manual cancellation, and the user can choose to keep the alarm continuously, or manually cancel the occurrence of the alarm. The control unit 100 will continue to maintain automatic entry into the anti-theft Φ mode after the alarm is cancelled. When the alarm device 20 acts to send an alarm, the system simultaneously sends an abnormal condition signal including GPS global positioning information to another mobile communication terminal 30 set by the user to facilitate positioning and tracking of the installation and installation of the anti-theft and help system. The mobile communication terminal can transmit a shutdown message to the mobile communication terminal equipped with the system through the mobile communication terminal 3 to interrupt the communication function of the mobile communication terminal equipped with the system (that is, the mobile communication terminal is in the shutdown state) ), the anti-stolen thieves continue to use the mobile communication terminal equipped with the system 11 200933542. State 2: Must: 2: Only the mobile communication terminal of the second f enters the shutdown terminal. The user identity wedge I is now based on the general mobile communication SIM) ^ PlN^^^VTTr M〇dUlC5 ., ^ ^ The force can effectively prevent the stolen use of the (four) pass-line end material loading method of the system. Therefore, the control unit 1 transmits a request signal through the operation, and the control unit 1 controls the wireless/satellite communication device to send the emergency information signal via the wireless/satellite communication antenna 2〇1. If the domain user does not release the help mode, then (4) send the emergency message to the user to preset the rescuer in the control unit 1 to assist the rescue. Please refer to FIG. 2, which illustrates a radio frequency identification A flow chart of a method for anti-theft and assistance of a mobile communication terminal. _ A method for anti-theft and assistance of a mobile communication terminal with radio frequency identification, including a system for providing anti-theft and assistance for a mobile communication terminal, so as to prevent theft of the mobile terminal The system for assistance can be selectively entered into the anti-theft mode and the help mode, such as step 600 » to make the mobile communication terminal anti-theft and help (4) into the anti-theft mode, such as step (4). The mobile communication terminal anti-theft and help system enters the help mode In step 620, the security mode is entered, as in step 61, comprising: performing a global communication satellite (m) 611 of the mobile communication terminal. If the line radio frequency identification is successful, such as step 612. If it is unsuccessful, an abnormal condition signal is sent, and the communication function of the mobile communication terminal is interrupted, as in step 613. Mobile communication 12 200933542, after the terminal is turned off, the judgment continues. Whether to cancel the anti-theft mode, if the right step is in accordance with the condition for releasing the anti-theft, the anti-theft mode is cancelled as in step 615. The above-mentioned step procedure is further disclosed as follows: Please refer to FIG. 1 and FIG. 2 simultaneously. When the anti-theft mode is activated, The global satellite positioning of the mobile communication terminal is to receive a satellite positioning signal at any time through the wireless/satellite communication device, to know the latitude and longitude information of the current location of the mobile communication terminal equipped with the system. The control unit 100 will search for The radio frequency identification (ID) signal of the radio frequency identification sensor element is compared with the built-in knowledge (10) line of the control unit. If the comparison result is consistent, the == line radio frequency identification sensor element 40 is the target to be tracked. And enter the automatic tracking anti-theft mode, if not, then do not track, and maintain the timing to send the search message Repeated search. When the system enters the automatic tracking anti-theft mode, periodically monitors whether the tracked radio frequency identification sensor element 4 is within an effective sensing range through the radio frequency identification device 300, if the tracked radio frequency identification sensor element 40' leaves an effective sensing range, and the mobile communication terminal anti-theft and help system will not receive the correct identification code of the tracked radio frequency identification sensor 40, at which time the control unit 1 will send a trigger signal to the alarm device. 20. When the alarm device 20 receives the trigger signal sent by the control unit i, an alarm message is sent. When the user accidentally loses or forgets the mobile communication terminal somewhere, the effective sensing range is more than one. When the preset value causes the RFID sensor to be ineffectively sensed, the alarm device 20 sends a warning message. 13 200933542 To warn the user of the mobile supplement, the alarm message is lost or forgotten by the transmitter. The vibration is generated by the vibration motor. The sound is loud, or the default value of the distance through the Lu # pier is 1 meter. After searching for the mobile communication terminal, the alarm terminal can be manually burglar-proof and the system for assistance can be automatically entered into the tracking anti-theft mode of the mobile communication terminal. : alarm installed i 20 action, send: alarm at the same time, the system simultaneously sends different 1 condition signal with GPS global positioning information to the user set up another: communication terminal 30, in order to facilitate the positioning and tracking of the installation of the anti-theft and ^ The mobile communication terminal of the system is assisted, and the communication of the mobile communication terminal is interrupted (ie, the mobile communication terminal is turned off) to prevent theft.糸 The system still uses the RFID device 300 to identify the user identity of the positive-frequency radio frequency identification sensor 4G. If the identification is successful, the anti-theft mode is cancelled. Otherwise, the abnormal status signal is continuously sent to the user. Set another __ mobile communication terminal 3G. The control unit (10) also determines whether the control dragon number of the anti-theft mode is received. If the release signal is received, the anti-theft mode is released to enable the mobile communication terminal to resume power supply, otherwise the abnormality secret number is continuously sent to the user another mobile communication terminal. %. When the selection enters the help mode, as in step 62, the control unit 100 receives a request signal sent by the user operation, such as step = sending the emergency condition signal to the rescuer, as in step 622. It is judged whether or not the help mode is released, as in step 623. If yes, the help mode is released, as in step 624. The above steps are further disclosed as follows: When the user sends a request signal through operation, the control unit receives a request signal sent by the user operation in 200933542, and starts the help mode. After receiving the help signal, the mobile communication terminal anti-theft and help system sends a emergency signal to the rescuer. If the user sends a cancel request mode signal, the help mode is released, otherwise the emergency message is continuously sent to the rescuer. At the same time, refer to Figure 1 and Figure 2. When the system for anti-theft and assistance of the radio frequency identification mobile communication terminal is in the anti-theft mode according to a preferred embodiment of the present invention, the wireless/satellite communication device 2 receives a satellite positioning signal at any time via the wireless/satellite communication antenna 201. The latitude and longitude information converted to the current location of the mobile communication terminal is transmitted to the control unit 1 and stored. And periodically, the radio frequency identification device 300 transmits a search signal through the radio frequency identification antenna 301 to search whether there is a radio frequency identification sensor 40 conforming to the built-in identification code stored in the control unit 100. If the control unit 1 〇〇 cannot correctly identify the radio frequency identification sensing element 40 that complies with the built-in identification code, the control unit 1 transmits an abnormality via the wireless/satellite communication antenna 2 through the wireless/satellite communication device 2〇1. The status signal is sent to another mobile communication terminal 30. At this time, the user can respond according to the information displayed on the other mobile communication terminal 30. For example, when the user knows that the mobile communication terminal may be stolen, the mobile communication terminal 30 can receive the abnormal situation containing the GPS global positioning information, and effectively know the stolen mobile communication terminal and search for it. In this embodiment, the abnormal condition signal may be an email (E_mail) 15 200933542 or a short message service (SMS). The abnormal condition signal contains the latitude and longitude information of the current location of the mobile communication terminal and related abnormal status information. In a preferred embodiment of the present invention, a system for anti-theft and assistance of a mobile communication terminal with radio frequency identification is in a rescue mode when the user encounters various types of emergency situations using the mobile communication terminal installed with the system (eg, In the event of robbery, stagnation, car accident, etc., the user can operate the control unit 100 to send a request signal, and control the wireless/satellite communication device 200 to send the emergency information signal via the wireless/satellite communication antenna 201, such as the user. If the help mode is not released, the emergency message is continuously sent to the user to preset the rescuer in the control unit 1 to assist the rescue. In this embodiment, the emergency message may be in the form of an email (E_mail) or a short message service (SMS). The emergency situation signal contains the latitude and longitude information of the current location of the mobile communication terminal and related emergency information. The information on the emergency situation includes information on robbery, message holding and car accident. © For example, after receiving the emergency signal, the rescuer can use the information provided by the electronic map display device or the Internet-connected device to query the current electronic map information of the vehicle based on the information provided by the emergency signal. Satellite photo map information to facilitate the rescue work. Although the present invention has been described above in terms of a preferred embodiment, it is not intended to limit the invention, and it is obvious to those skilled in the art that various changes and modifications can be made without departing from the spirit and scope of the invention. The scope of the invention is defined by the scope of the appended claims. BRIEF DESCRIPTION OF THE DRAWINGS The above and other objects, features, advantages and embodiments of the present invention will become more <RTIgt; A schematic diagram of a system for anti-theft and assistance of a mobile communication terminal with radio frequency identification in a preferred embodiment. Figure 2 is a flow chart showing a method for anti-theft and assistance of a mobile communication terminal with radio frequency identification.
【主要元件符號說明】 10 :本體 20 :警報裝置 30 .移動通訊終端 40 :無線射頻識別感應元件 50:人造衛星 1〇〇 :控制單元 200 :無線/衛星通訊裝置201 :無線/衛星通訊天線 300 :無線射頻識別裝 301 :無線射頻識別天線 500 :備用電源裝置 600〜624 :步驟 17[Description of main component symbols] 10: Main body 20: Alarm device 30. Mobile communication terminal 40: Radio frequency identification sensing element 50: Artificial satellite 1: Control unit 200: Wireless/satellite communication device 201: Wireless/satellite communication antenna 300 : Radio Frequency Identification Device 301: Radio Frequency Identification Antenna 500: Backup Power Supply Device 600~624: Step 17