200933539 九、發明說明： 【發明所屬之技術領域】 本發明是有關於一種移動通訊終端追蹤的系統及其 方法’且特別是有關於一種整合無線射頻識別於移動通訊 終端追蹤的系統及其方法。 【先前技術】 隨著科技的進步，目前行動電話相當廣泛的被使用。 另一方面’行動電話有更加輕、薄、短、小的趨勢發展， 造成使用者不慎遣失的機率更加提高。 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。 【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 動通訊終端追蹤的系統及其方法，整合了無線射頻識別 (Radio Frequency Identification，RFID)技術於移動通訊 終端追蹤的系統上’用以提供一有效可行的移動通訊終端 追蹤措施。 依照本發明一較佳實施例提出一種具無線射頻識別 之移動通訊終端追蹤的系統，係與一安裝於移動通訊終端 之無線射頻識別感應元件搭配使用，並包含一控制單元、 一無線射頻識別裝置、一警報裝置以及一電源裝置。無線 射頻識別裝置、警報裝置以及電源裝置電性連接於控制單 200933539 元。其中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 於安裝有無線射頻識別感應元件的移動通訊終端的内建 被追蹤的移動通訊終端識別碼。無線射頻識別裝置係用以 取得安裝有無線射頻識別感應元件的移動通訊终端之識 別碼訊號，經由控制單元與内建被追蹤的移動通訊終端識 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。 依照本發明一較佳實施例提出一種具無線射頻識別 之移動通訊終端追蹤方法，包含：提供一移動通訊終端追 蹤的系統，使移動通訊終端追蹤的系統可自動地進入自動 追蹤模式。 當内建有無線射頻識別感應元件的移動通訊終端進 入無線射頻識別裝置有效感應範圍内，透過無線射頻識別 裝置進行使用者身份之識別，若識別成功，即自動進入移 動通訊終端自動追蹤模式。 當使用者不慎遺未或遺忘移動通訊終端於某處，而離 開有效感應距離超過一預設值時，將造成無線射頻識別感 應元件無法被有效感應，則警報裝置發出警報訊息，以警 不使用者之移動通訊終端可能已經遺失或遺忘。 當使用者追縱尋回移動通訊終端之後，可手動將警報 訊息關閉。並可再自動進入移動通訊終端追蹤模式。 根據上述本發明一較佳實施例之一種具無線射頻識 別之移動通訊終端追蹤的系統，其所能提供之功能及其功 6 200933539 效整理說明如下·· Π)自動識別追蹤功能，當内建無線射頻識別感應 元件的移動通訊終端進入有效感應範圍内，透過無線射頻 識別裝置進行使用者身份之識別時，若識別成功，即自動 啟動移動通訊終端追蹤，使用上相當簡便並有效。 (2)防止遣失遺忘功能，於自動啟動移動通訊終端 追蹤之後，當移動通訊終端離開追蹤系統感應距離超過— 預設值時，將造成無線射頻識別訊號無法被有效感應，則 警報裝置發出警報音響與或振動等，警示使用者之移動通 訊終端可能已經遺失或遺忘。 【實施方式】 請參照第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追蹤的系統之示意 圖。具無線射頻識別之移動通訊終端追縱的系統裝設於一 本體10中，並搭配一安裝於移動通訊終端内之無線射頻 識別感應元件40共同使用，偵測無線射頻識別感應元件 40之一無線射頻識別碼訊號。 具無線射頻識別之移動通訊終端追縱的系統包含一 控制單元100、一無線射頻識別裝置300、一警報裝置20 以及一電源裝置500。無線射頻識別裝置3〇〇、警報裝置 20以及電源裝置500電性連接於控制單元ι〇〇。其中無線 射頻識別裝置300設有一無線射頻識別天線3〇1。在本實 施例中’電源裝置500可為錄编電池、錄氫電池或裡電池 200933539 等。 在本實施例中，無線射頻識別裝置300透過無線射頻 識別天線301，作為無線射頻識別感應元件40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。 在本實施例中，無線射頻識別裝置300透過無線射頻 識別天線301，作為無線射頻識別感應元件40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 邊安裝於移動通訊終端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 訊號與控制單元100内的控制程式之一内建被追蹤的移動 通訊終端識別碼進行比對，如果相符合，即可判斷安裝有 無線射頻識別感應元件40的移動通訊終端為所需要追蹤 的移動通訊終端，並將其設定為一被追蹤的移動通訊終 端，並進入自動追蹤模式。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。 在進入自動追蹤模式後，如果被追蹤的移動通訊終 端，離開一有效感應範圍，系統將無法收到正確的被追蹤 的移動通訊終端之識別碼。此時控制單元100將發出一觸 200933539 發訊號到警報裝置20’警報裝置2〇在接收到控制單元1〇〇 所發出之一觸發訊號時，則發出一警報訊息。在本實施例 中，警報訊息為透過一揚聲器發出聲響，亦或透過一震動 馬達產生振動。有效感應範圍大約為1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’將繼續維持自動追蹤模式。 一種具無線射頻識別之移動通訊終端追縱的方法，包 含.提供一移動通訊終端追縱的系統，使移動通訊終端追 蹤的系統可自動地進入一自動追蹤模式，係透過一無線射 頻識別裝置發送一搜索訊號，搜尋週邊一安裝於移動通訊 終端的無線射頻識別感應元件之無線射頻識別碼訊號並 傳送給控制單元。 控制單元將搜尋到的無線射頻識別感應元件之無線 射頻識別碼訊號與控制單元内的控制程式之一内建被追 蹤的移動通訊終端識別碼進行比對，若比對結果相符合， 即可判斷安裝有無線射頻識別感應元件的移動通訊終端 為所需要追蹤的移動通訊終端，並將其設定為一被追蹤的 移動通訊終端，並進入自動追蹤模式，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。 當移動通訊終端追蹤的系統進入自動追縱模式，定時 地透過無線射頻識別裝置進行監控該被追蹤的移動通訊 終端是否在一有效感應範圍内，如果該被追蹤的移動通訊 終端，離開一有效感應範圍，該移動通訊終端追蹤的系統 9 200933539 將無法收到正確的該被追蹤的移動通訊終端之識別碼，此 時控制單元將發出一觸發訊號到一警報裝置，該警報裝置 在接收到該控制單元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。在本實施 例中，警報訊息為透過一揚聲器發出聲響，亦或透過一震 動馬達產生振動》感應距離之預設值為1公尺。 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’移動通訊終端追蹤的系統並可再自動進入移動 通訊終端的自動追蹤模式。 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。 【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圖係緣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追蹤的系統之示意圖。 200933539 ❹BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a mobile communication terminal tracking system and method thereof, and more particularly to a system and method for integrating radio frequency identification in mobile communication terminal tracking. [Prior Art] With the advancement of technology, mobile phones are currently widely used. On the other hand, mobile phones have become lighter, thinner, shorter and smaller, and the chances of users being accidentally lost are even higher. There is currently no solution to effectively reduce the chances of users losing their mobile phones. SUMMARY OF THE INVENTION The object of the present invention is to provide a system and method for tracking mobile communication terminals with radio frequency identification, and integrating radio frequency identification (RFID) technology on a system for tracking mobile communication terminals. To provide an effective and feasible mobile communication terminal tracking measure. According to a preferred embodiment of the present invention, a system for tracking a mobile communication terminal with radio frequency identification is used in combination with a radio frequency identification sensor mounted on a mobile communication terminal, and includes a control unit and a radio frequency identification device. , an alarm device and a power supply device. The radio frequency identification device, the alarm device and the power supply device are electrically connected to the control sheet 200933539. 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 tracked mobile communication terminal identification code corresponding to the mobile communication terminal on which the radio frequency identification sensing element is mounted. The radio frequency identification device is configured to obtain the identification code signal of the mobile communication terminal equipped with the radio frequency identification sensing component, and compare the identification code with the built-in tracked mobile communication terminal via the control unit. The alarm device is controlled by the control unit to issue an alarm message. According to a preferred embodiment of the present invention, a mobile communication terminal tracking method with radio frequency identification is provided, which comprises: providing a system for tracking a mobile communication terminal, so that the system tracked by the mobile communication terminal can automatically enter the automatic tracking mode. When the mobile communication terminal with the built-in radio frequency identification sensor enters the effective sensing range of the radio frequency identification device, the user identity is recognized by the radio frequency identification device. If the identification is successful, the mobile communication terminal automatically enters the automatic tracking mode. When the user accidentally forgets or forgets that the mobile communication terminal is somewhere and the effective sensing distance exceeds a preset value, the radio frequency identification sensor element cannot be effectively sensed, and the alarm device sends an alarm message to alert The user's mobile communication terminal may have been lost or forgotten. After the user has tracked back the mobile communication terminal, the alarm message can be manually turned off. And can automatically enter the mobile communication terminal tracking mode. According to a preferred embodiment of the present invention, a system for tracking mobile communication terminals with radio frequency identification, the functions and functions thereof can be provided as follows: · Π) Automatic identification tracking function, when built-in When the mobile communication terminal of the radio frequency identification sensor enters the effective sensing range and recognizes the user identity through the radio frequency identification device, if the identification is successful, the mobile communication terminal is automatically started to be traced, which is quite simple and effective. (2) The function of preventing the loss of forgetting, after automatically starting the tracking of the mobile communication terminal, when the mobile communication terminal leaves the tracking system and the sensing distance exceeds the preset value, the radio frequency identification signal cannot be effectively sensed, and the alarm device issues an alarm. Sound and vibration, etc., alerting the user that the mobile communication terminal may have been lost or forgotten. [Embodiment] Please refer to FIG. 1 for a schematic diagram of a system for tracking 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 the radio frequency identification is installed in a body 10 and used together with a radio frequency identification sensor 40 installed in the mobile communication terminal to detect one of the wireless radio frequency identification sensor elements 40. Radio frequency identification code signal. A system for tracking radio frequency identification mobile communication terminals includes a control unit 100, a radio frequency identification device 300, an alarm device 20, and a power supply device 500. The radio frequency identification device 3, the alarm device 20, and the power supply device 500 are electrically connected to the control unit ι. The radio frequency identification device 300 is provided with a radio frequency identification antenna 3〇1. In the present embodiment, the power supply device 500 can be a recording battery, a hydrogen recording battery, or a battery in 200933539. In the present embodiment, the radio frequency identification device 300 passes through the radio frequency identification antenna 301 as a communication bridge between the radio frequency identification sensing element 40 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. In the present embodiment, the radio frequency identification device 300 passes through the radio frequency identification antenna 301 as a communication bridge between the radio frequency identification sensing element 40 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 installed in the mobile communication terminal, and transmits the signal to the control unit 100. The control unit 100 senses the searched radio frequency identification. The radio frequency identification code signal of the component 40 is compared with the tracked mobile communication terminal identification code in one of the control programs in the control unit 100, and if it matches, the mobile communication with the radio frequency identification sensing component 40 can be determined. The terminal is a mobile communication terminal that needs to be tracked, and is set as a tracked mobile communication terminal, and enters an automatic tracking mode. If it does not match, it will not be tracked, and the search signal will be sent periodically to repeat the search. After entering the automatic tracking mode, if the tracked mobile communication terminal leaves a valid sensing range, the system will not receive the correct identification code of the mobile communication terminal being tracked. At this time, the control unit 100 will issue a touch of 200933539 to the alarm device 20', and when the alarm device 2 receives a trigger signal from the control unit 1 , an alarm message is issued. In this embodiment, the alarm message is sounded through a speaker or generated by a vibration motor. The effective sensing range is approximately 1 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 the automatic tracking mode after the alarm is cancelled. A method for tracking a mobile communication terminal with radio frequency identification includes providing a system for tracking a mobile communication terminal, so that the system tracked by the mobile communication terminal can automatically enter an automatic tracking mode and send through a radio frequency identification device A search signal searches for a radio frequency identification code signal of a radio frequency identification sensing component installed in the mobile communication terminal and transmits it to the control unit. The control unit compares the radio frequency identification code signal of the searched radio frequency identification sensor with one of the control programs in the control unit, and compares the tracked mobile communication terminal identification code. If the comparison result is consistent, the control unit can determine The mobile communication terminal equipped with the radio frequency identification sensor is the mobile communication terminal to be tracked, and is set as a tracked mobile communication terminal, and enters the automatic tracking mode. If it is not met, it is not tracked and maintained. The search signal is sent periodically to perform a repeated search. When the system tracked by the mobile communication terminal enters the automatic tracking mode, periodically monitors whether the tracked mobile communication terminal is within an effective sensing range through the RFID device, and if the tracked mobile communication terminal leaves an effective sensing Range, the system 9 200933539 of the mobile communication terminal tracking will not receive the correct identification code of the tracked mobile communication terminal, and the control unit will send a trigger signal to an alarm device, and the alarm device receives the control. An alarm message is sent when the trigger signal is sent by the unit. When the user accidentally loses or forgets that the mobile communication terminal is somewhere and the effective sensing range exceeds a preset value, the radio frequency identification sensing element cannot be effectively sensed, and the alarm device sends an alarm message to alert the user. The mobile communication terminal may have been lost or forgotten. In this embodiment, the alarm message is sounded through a speaker or vibrated through a vibrating motor. The preset distance of the sensing distance is 1 meter. After the user tracks and retrieves the mobile communication terminal, the alarm message can be manually turned off by the system of the mobile communication terminal tracking and can automatically enter the automatic tracking mode of the mobile communication terminal. 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 intended that the invention may be modified and modified 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 tracking a mobile communication terminal with radio frequency identification. 200933539 ❹
【主要元件符號說明】 10 :本體 20 :警報裝置 40 :無線射頻識別感應元件100 :控制單元 300 :無線射頻識別裝 301 :無線射頻識別天線 500 :電源裝置 11[Main component symbol description] 10 : Main body 20 : Alarm device 40 : Radio frequency identification sensor 100 : Control unit 300 : Radio frequency identification device 301 : Radio frequency identification antenna 500 : Power supply device 11