五 、新型說明： 【新型所屬之技術領域】 本創作係關於-種巡邏記錄系統，尤指 識別標籤、指妗桃询总射頻 触辨識s理與G戰位之巡邏記錄系統。 【先前技術】 現今巡邏人員（例如警察、保全人員）所採用的巡邏方 式大多於料定點設置簽簡與巡邏信箱，而當巡邏人員 避邏至巡邏箱與簽到薄定點時，需要將巡邏箱打開，並拿 出簽到薄來進行簽名與靖賴_，或枝，在巡邏地 點放置刷卡機，巡邏人員僅錢帶巡邏_卡片，並利用 刷卡之方式進行巡邏簽到，以記錄巡邏簽名與巡邏時間。 但是，上述之巡邏管理方式既費時又費力，且又讓不 肖與投機人士有可乘之機。例如，巡邏人員常常有人為代 簽至!達巡邏時間不精確或是巡邏人員一次多簽數天等情 況，且簽到薄與刷卡機由於設置在開放的公共場合，極其 可能遭受他人撕毀、損壞或機器故障等問題 因此’如何提供一種巡邏記錄系統，能有效防止不肖 或投機人士損壞、冒名與代簽等問題，且並能提高巡邏效 率與節省時間成本，實為待業界所要解決之課題。 【新型内容】 本創作之目的即在提供一種巡邏記錄系統，其利用單 晶片整合指紋辨識、射頻識別標籤(RFH))、全球行動通訊 ^437484 系統(GSM)與全球衛星定位系統(Gps)，並連結電腦主機所 構成，可改良巡邏人員（例如警察)於巡邏時在簽到薄簽名 的方式，讓巡邏人員在巡邏時更方便與省時。 本創作之另一目的在於提供該巡邏記錄系統之射頻識 別標籤’其可隱藏設置於預定地點，以有效解決習用之簽 ' ㈣朗卡機妓他人破壞或纽祕生故料問題，且 • 糊作所提供之該巡邏記錄系統的射頻識別標籤與射頻識 別標籤讀取裝置，其可進行無線電與射頻信號之傳輪因 此可有效於該％邏記錄H中記錄巡邏人貢與巡邏簽到時 間，以改善以往巡邏記錄時間不精準之缺點，並達到快速 完成巡邏人員簽到與巡邏資料記錄之功能，進而減少資料 處理的人事成本與時間。 本創作之又—目的在於提供⑽模域GSM無線通訊 模組’以讓中控中心能清楚知道巡邏人員的座標，並且避 免有人以不正確的方式來進行巡查動作，且中控中心可即 時得知巡邏人員的動態，無須再通過習知的無線電對講機 溝通且本創作應用GSM來取代RF，不但可使發送的信息 得以保密’更可傳送即時的信息，例如，GPS位置、巡邏 預定地點的資料、簡單的文字訊息等。 為達上述之目的，本創作之技術手段在於提供一種巡 邏記錄系統’其包括：_電腦裝置，_接收一定位資訊： 5 M437484 而該定位資訊為使用者在外出時所送出的即時定位資訊， 該定位資訊包括巡邏點、時間與GPS資訊；一顯示模組 103 ’接收該巡邏資訊與該定位資訊，並根據該定位資訊顯 示該使用者的所在位置的詳細資訊；一攝影模組1〇4，用以 拍攝一影像；以及一設定模組105，用以產生一新金鑰。因 此，電腦裝置10會在使用者出巡之前，由該設定模組105 產生一新金錄，並將該新金输與舊新鍮配置予該巡邏記錄 器30，且每次巡邏後金鑰都會改變^該至少一射頻識別標 籤20可設置於一預定地點，且該射頻識別標籤2〇内儲存有 識別資料，且該識別資料可為標籤識別碼、新舊金鑰等。 該巡邏記錄器30用以發送該定位資訊予該電腦裝置係 10，且該巡邏記錄器30包括：一中央處理單元3〇1 ; 一指紋 辨識模組302,其耦接該中央處理單元3〇1，用以掃瞄與比 對一使用者之指紋；一射頻識別標籤讀取模組3〇3,其用以 讀取該射頻識別標籤20内所儲存之識別資料；一定位模組 3〇4，其耦接該中央處理單元3〇1，用以計算與定位該使用 者所在之位置，並產生該定位資訊，且該定位模組3〇4可為 GPS衛星定位系統；以及-第-長程收發模組3()5，麵接該 中央處理單元3(H ’用以發送該定位資訊，且於每一周期内 傳送該定位資訊。且該巡邏記錄器3〇更包括：一資料儲存 早TC306，其滅料央處理單元3G1 ; 觸存顯示燈 7 M437484 307,其耦接該中央處理單元3〇1，用以當該資料儲存單元 306儲存至少-筆麟或是巡邏紀騎3()在執行時，例如^ 紋辨識錯誤、金鑰錯誤、運行中等等，則進行亮燈顯示玆 巡邏記錄器的目前狀態。前述之亮燈顯示可以用不同顏色 ' 的燈光，來表示該巡邏記錄器30的執行狀態，例如，當一 _資料儲存完後，則以-白光表示；或者是，金输讀取錯 • 誤時，則以一黃光表示；當資料進行傳輸時，則以—紫光 表示；若資料傳輸錯誤，則以一紅光表示；若巡邏記錄器 30在測試與重新整理中，則以一青光表示；若指紋有錯， 則以一綠光表示；當巡邏記錄器處於正常運作狀態時，則 以一藍光表示；若都沒亮燈，則表示該巡邏記錄器3〇沒電 或損壞。一同步時間計數單元3〇8，其耦接該中央處理單元 301，用以進行時間之計數；一射頻識別標籤讀取介面3〇9， • 其耦接於該射頻識別標籤讀取模組3〇3與該中央處理器3〇1 之間；一第二短程收發模組31〇，耦接該中央處理器3〇1， 以讓該巡邏記錄器30與該電腦裝置1〇進行配對連結，以啟 動該巡邏記錄器，並讓該電腦裝置10與該同步時間計數單 元308進行時間同步以及與該巡邏記錄器3〇進行資料傳輸 (例如，該巡邏資訊、使用者資訊等）；以及一電力模組 311，耦接該中央處理器3〇1，用以對該巡邏記錄器3〇提供 電力與充電。另外，本創作亦可包括-資料傳輸介面(未繪 M437484 示）’耦接於該中央處理器3〇1與該電腦裝置1〇之間，以讓 該電腦裝置10與該同步時間計數單元3〇8進行時間同步以 及與該巡邏記錄器30資料傳輸，進而啟動巡邏紀錄器運 行。因此’在巡邏前，使用者一定要將巡邏記錄器3〇與電 ‘ 腦裝置連線後才可進行出巡。 - 此外，前述之該指紋辨識模組302更包括：一指紋掃瞄 • 單元303a，其耦接該中央處理單元301，用以掃瞄該使用者 之指紋，並將該使用者之指紋儲存於該資料儲存單元3〇6 ; 以及一指紋比對單元303b，耦接該中央處理單元3〇1，用以 比對該使用者之指紋。另外，射頻識別標籤讀取模組3〇3 可用以發射一電磁波，且該射頻識別標籤2〇接收該電磁波 之後會發射出一射頻信號予該射頻識別標籤讀取模組 303，且該射頻信號包括該射頻標籤之識別資料，例如標籤 識別碼，且該標籤識別碼亦可儲存於該資料儲存單元3〇6。 ® 在實際應用上，當使用者在巡邏前，會先將個人資料 (例如姓名、影像)與出巡時間輸入至電腦裝置1〇，用該指 紋辨識模組302内之該指紋掃瞄單元302a對使用者之指紋 進行掃瞄與比對後，啟動該巡邏記錄器30並將該使用者之 指紋儲存於該資料儲存單元306中，且使該巡邏記錄器3〇 之同步時間計數單元308與該電腦裝置10之時間進行同 步，或者是輸入帳號密碼與視訊拍照，使用者的指紋記錄 9 M437484 的該第一短程收發模組101與該巡邏記錄器3〇之該第二短 程收發模組310進行無線配對(例如，藍芽）或者是進行有線 配對。若配對成功，該電腦裝置10則會應用該顯示模組 顯示一登入表以讓使用者輸入自已的帳號與密碼或使用者 (例如，巡邏員警)的辨別代碼(步驟s302)。若經電腦装置1〇 確認無誤後，則讓使用者按壓該指紋辨識模組3〇2，以讓該 指紋辨識模組302的該指紋掃瞄單元3〇2a與該指紋比對單 元302b對該使用者的指紋進行掃瞄與比對(步驟s3〇3)，若比 對成功，再利用攝影模組104對該使用者的影像進行拍攝， 且應用該設定模組H)5產生-新金鍮，並根據使用者的輪入 資料、影像、新舊金錄、多少分鐘記錄—次以及同步時間， 產生-識別資料(轉s3G4)。接著，將存入該 巡邏記錄H2G⑽資浦存單元3〇6内，且使用者便可解除 該巡邏記錄1130與該電腦裝置_連結，並進行外出巡邏 作業(步驟S305)。 由上述技術手段可知，本創作之巡邏記錄系統可利用 指紋辨識裝置比對巡邏人貞於巡财_邏時之指紋，來 取代以往利祕名或是巡邏辨識卡片來辨識巡邏人員是否 為他人之功能，並加設定位模組來判定巡邏位置是否正 ^因此可核解如往料人員相互代簽與巡邏人員-次簽到數天記錄以及防止q人士將定位卡移動至不正辞 12 M437484 位置做定位動作等問題。 更詳細而言，本創作之功能可分為：⑴邏前：將本 創作之巡邏器與pC端連結(例如電腦裝置⑼，以讓巡邏人 員將個人資_如姓名、影像)與出巡時間儲存在pc端， ' 並將指紋與先前的_該(例如錄)與現在的識別資料 • 财在記錄器内，同時記錄器會與PC端的時間取得同步並 • 開始計時；（2)巡邏時：當巡邏人員帶著巡邏器到達巡邏位 置時會先確認巡邏點内所預先儲存的識別資料是否有被更 改或損壞，且比對疋否與儲存於巡邏器内的TAG之識別資 料一致，若不相同將無法進行存取動作，若相同則巡邏人 員只需將手減_ _識n ±，㈣職Reader持續發 射特定頻率獄’ TAG將接收取她!·發射的特定電磁波 後，此時會把内部Π)送出，並將此時的Gps衛星定位資料 • 連同Reader依序接收的資料與當時的時間存入資料儲存單 元中(例如電子抹除式可複寫唯讀記憶體(EEpR〇M))，並利 用GSM立即將資料發送至中控端。而此時在pc端，中控中 〜將隨時接收巡邏記錄器所發送的SMS訊息，以可立即了 解與掌握巡邏人員巡邏位置與狀態◦此外，本創作之巡邏 s己錄器30不只是在巡邏點時才可記錄定位資訊，而是在巡 邏之前與電腦配對成功時也可先設定好每幾分鐘會記錄一 次定位資訊，以讓該巡邏記錄器30在每幾分鐘便會回報一 13 M437484 次定位資訊，藉以立即察知巡邏人員目前的巡邏地點與情 況。（3)巡邏完畢：把接收到的資料(巡邏地點、時間與經緯 度座標)傳回PC端内，讓PC作出相對應的資料處理，、並顯 示於使用介面上，可提供查詢與統計。因此，本創作藉由 ' 至少、二筆資料(TAG資料與GPS資料)，來阻絕不肖或投機人 士的可乘之機，並透過指紋辨識、GSM與GPS來立即得知 • 巡邏人員的位置與狀態，以監控和確保巡邏人員的安全與 巡邏狀態，且由於本創作於每個預定定點設置射頻識別標 籤來取代簽名薄與刷卡機，更節省了營運的成本。 上列詳細說明係針對本創作之一可行實施例之具體說 明，惟該實施例並非用以限制本創作之專利範圍，凡未脫 離本創作技藝精神所為之等效實施或變更，均應包含於本 案之專利範圍中。 M437484 【圖式簡單說明】 第1圖為本創作巡邏記錄系統之方塊圖： 第2圖為本創作巡邏記錄器之操作方法流程圖；以及 第3圖為為本創作所提供之該巡邏記錄器之前置動作 (巡邏前)的操作流程圖。 【主要元件符號說明】V. New description: [New technical field] This creation is about patrol recording system, especially the identification tag, the patrol record system of the identification and the G-position. [Prior Art] The patrol methods used by today's patrol personnel (such as police and security personnel) are mostly set at the fixed point setting and patrol mailbox. When the patrol personnel evade the patrol box and sign the thin fixed point, the patrol box needs to be opened. And take out the sign-in thin to sign with Jing Lai _, or the branch, place the credit card machine at the patrol location, the patrol personnel only have money to patrol the card, and use the card to patrol the sign-in to record the patrol signature and patrol time. However, the above-mentioned patrol management method is both time-consuming and laborious, and it also allows opportunities for speculators and speculators. For example, patrol personnel are often signed on behalf of the agent! The patrol time is not accurate or the patrol personnel sign multiple days at a time, and the sign-in thin and credit card machine is extremely likely to be torn, damaged or damaged by others because it is set up in an open public place. Problems such as machine failures, therefore, 'how to provide a patrol recording system, which can effectively prevent problems such as damage or impersonation, and impersonation and signing, and improve patrol efficiency and time cost, is a problem to be solved by the industry. [New Content] The purpose of this creation is to provide a patrol recording system that utilizes single-chip integrated fingerprint recognition, Radio Frequency Identification (RFH), Global Mobile Communications, 437484 System (GSM), and Global Positioning System (GPS). It is also connected to a computer host to improve the way patrol personnel (such as police) sign up for thin signatures during patrols, making it easier and less time-consuming for patrol personnel to patrol. Another purpose of the creation is to provide the radio frequency identification tag of the patrol recording system, which can be hidden at a predetermined location to effectively solve the problem of the use of the signature (4) Langka machine to destroy others or secret problems, and Providing the radio frequency identification tag and radio frequency identification tag reading device of the patrol recording system, which can carry out the transmission of radio and radio frequency signals, thereby effectively recording the patrol patrol and patrol check-in time in the % log record H, Improve the shortcomings of previous patrol recording time inaccuracies, and achieve the function of quickly completing patrol personnel sign-in and patrol data records, thereby reducing personnel costs and time for data processing. The purpose of this creation is to provide (10) Modular GSM wireless communication module 'to enable the central control center to clearly know the coordinates of the patrol personnel, and to prevent someone from conducting inspections in an incorrect manner, and the central control center can instantly obtain Knowing the dynamics of patrol personnel, there is no need to communicate through the conventional radio intercom and this application uses GSM instead of RF, which not only keeps the transmitted information confidential, but also transmits instant information, such as GPS location, patrol scheduled location data. Simple text messages, etc. For the above purposes, the technical means of the present invention is to provide a patrol recording system which includes: _ computer device, _ receiving a positioning information: 5 M437484 and the positioning information is the instant positioning information sent by the user when going out. The positioning information includes patrol point, time and GPS information; a display module 103' receives the patrol information and the positioning information, and displays detailed information of the location of the user according to the positioning information; a photography module 1〇4 For capturing an image; and a setting module 105 for generating a new key. Therefore, the computer device 10 generates a new record from the setting module 105 before the user patrols, and configures the new gold and the old 鍮 to the patrol recorder 30, and each time the patrol key is The at least one radio frequency identification tag 20 can be set at a predetermined location, and the radio frequency identification tag 2 储存 stores the identification data, and the identification data can be a tag identification code, a new and old key, and the like. The patrol recorder 30 is configured to transmit the positioning information to the computer device 10, and the patrol recorder 30 includes: a central processing unit 3〇1; and a fingerprint identification module 302 coupled to the central processing unit 3〇 1, for scanning and comparing the fingerprint of a user; a radio frequency identification tag reading module 3〇3 for reading the identification data stored in the radio frequency identification tag 20; a positioning module 3〇 4, coupled to the central processing unit 3〇1, used to calculate and locate the location of the user, and generate the positioning information, and the positioning module 3〇4 can be a GPS satellite positioning system; and - the first The long-range transceiver module 3() 5 is connected to the central processing unit 3 (H' for transmitting the positioning information, and transmits the positioning information in each cycle. The patrol recorder 3 further includes: a data storage Early TC306, its central processing unit 3G1; touch display indicator 7 M437484 307, coupled to the central processing unit 3〇1, for storing at least - pen patrol or patrol Ji 3 (when the data storage unit 306) ) During execution, such as ^ pattern recognition error, key error, running medium , the current state of the patrol recorder is illuminated, and the foregoing lighting indicates that the lighting status of the patrol recorder 30 can be indicated by lights of different colors, for example, when a data is stored, - white light means; or, gold input error is wrong; when it is wrong, it is represented by a yellow light; when data is transmitted, it is represented by - violet light; if data transmission is wrong, it is represented by a red light; if patrol record In the test and rearrangement, the device 30 is represented by a blue light; if the fingerprint is wrong, it is represented by a green light; when the patrol recorder is in a normal operation state, it is represented by a blue light; if none of the lights are turned on, Indicates that the patrol recorder 3 is dead or damaged. A synchronization time counting unit 〇8 is coupled to the central processing unit 301 for counting time; a radio frequency identification tag reading interface 3〇9, The second radio frequency transceiver module 31 is coupled to the central processing unit 3〇1 to enable the patrol record. The second short-range transceiver module 31〇 is coupled to the central processing unit 3〇1. Device 30 and the computer device 1 Performing a pairing connection to activate the patrol recorder, and causing the computer device 10 to perform time synchronization with the synchronization time counting unit 308 and data transmission with the patrol recorder 3 (eg, the patrol information, user information, etc.) And a power module 311 coupled to the central processing unit 3〇1 for providing power and charging to the patrol recorder 3. In addition, the creation may also include a data transmission interface (not shown in M437484). Coupling between the central processing unit 3〇1 and the computer device 1〇, the computer device 10 is time synchronized with the synchronization time counting unit 3〇8 and data transmission with the patrol recorder 30, thereby starting patrol The recorder runs. Therefore, before the patrol, the user must connect the patrol recorder to the electric device to perform the patrol. In addition, the fingerprint identification module 302 further includes a fingerprint scanning unit 303a coupled to the central processing unit 301 for scanning the fingerprint of the user and storing the fingerprint of the user. The data storage unit 3〇6; and a fingerprint matching unit 303b are coupled to the central processing unit 3〇1 for comparing the fingerprint of the user. In addition, the radio frequency identification tag reading module 3〇3 can be used to transmit an electromagnetic wave, and the radio frequency identification tag 2 receives the electromagnetic wave and then emits a radio frequency signal to the radio frequency identification tag reading module 303, and the radio frequency signal The identification data of the radio frequency tag, such as a tag identification code, is included, and the tag identification code can also be stored in the data storage unit 3〇6. In practical applications, when the user patrols, the personal data (such as name, image) and the patrol time are first input to the computer device 1 , and the fingerprint scanning unit 302a in the fingerprint identification module 302 is used. After the fingerprint of the user is scanned and compared, the patrol recorder 30 is activated and the fingerprint of the user is stored in the data storage unit 306, and the synchronization time counting unit 308 of the patrol recorder 3 is The time of the computer device 10 is synchronized, or the account password and the video camera are input, and the first short-range transceiver module 101 of the fingerprint record 9 M437484 of the user and the second short-range transceiver module 310 of the patrol recorder 3 are performed. Wireless pairing (for example, Bluetooth) or wired pairing. If the pairing is successful, the computer device 10 applies the display module to display a login form for the user to input his/her own account number and password or the identification code of the user (e.g., patrol officer) (step s302). After the computer device 1 is confirmed to be correct, the user is pressed to the fingerprint recognition module 3〇2 so that the fingerprint scanning unit 3〇2a of the fingerprint recognition module 302 and the fingerprint comparison unit 302b The fingerprint of the user is scanned and compared (step s3〇3). If the comparison is successful, the image of the user is captured by the camera module 104, and the setting module H)5 is used to generate the new gold.鍮, and generate-identify data (transfer to s3G4) according to the user's wheeled data, image, new and old record, minute record-time and synchronization time. Then, it is stored in the patrol record H2G (10), and the user can release the patrol record 1130 and connect to the computer device_, and perform an outgoing patrol operation (step S305). According to the above technical means, the patrol recording system of the present invention can use the fingerprint identification device to compare the patrol person's fingerprint of the patrol _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Function, and set the bit module to determine whether the patrol position is positive ^ so it can be verified if the incoming personnel sign and patrol personnel - the first sign in the days of recording and prevent the q person from moving the positioning card to the wrong position 12 M437484 position Positioning actions and other issues. In more detail, the functions of this creation can be divided into: (1) Logic front: connect the patrol of the creation with the pC end (for example, the computer device (9), so that the patrol personnel can store personal resources such as name and image) and the patrol time. On the pc side, ' and the fingerprint and the previous _ this (such as recording) and the current identification data in the recorder, while the logger will synchronize with the time of the PC and • start timing; (2) patrol: When the patrol personnel arrive at the patrol position with the patrol device, it will first confirm whether the identification data pre-stored in the patrol point has been changed or damaged, and whether the comparison is consistent with the identification data of the TAG stored in the patrol device, if not The same will not be able to access the action, if the same, the patrol personnel only need to reduce the hand _ _ _ n ±, (four) job Reader continues to launch a specific frequency of the prison 'TAG will receive her! · After the launch of a specific electromagnetic wave, this time will Internal Π) is sent out, and the GPS positioning data at this time • together with the data received by Reader in sequence and the current time are stored in the data storage unit (for example, electronic erasable rewritable read-only memory (EEpR〇M)) And benefit Send data to the central control immediately with GSM. At this time, at the PC end, the central control will receive the SMS message sent by the patrol recorder at any time, so that the patrol personnel's patrol position and status can be immediately understood and grasped. In addition, the patrol s recorder 30 of the present creation is not only in the The patrol point can record the positioning information. Instead, when the patrol is successfully paired with the computer, the positioning information can be set every few minutes to make the patrol recorder 30 return a 13 M437484 every few minutes. The secondary positioning information is used to immediately detect the current patrol location and situation of the patrol personnel. (3) Patrol completed: The received data (patrol location, time and latitude and longitude coordinates) are transmitted back to the PC, and the PC can make corresponding data processing and display it on the user interface to provide inquiry and statistics. Therefore, this creation uses 'at least two data (TAG data and GPS data) to block the opportunities of unscrupulous or speculative people, and to know immediately through fingerprint identification, GSM and GPS. • The location of the patrol personnel and Status to monitor and ensure the safety and patrol status of the patrol personnel, and because the creation of the radio frequency identification tag at each predetermined point to replace the signature book and the credit card machine, the operating cost is saved. The detailed description above is a detailed description of one of the possible embodiments of the present invention, and the embodiment is not intended to limit the scope of the patents, and the equivalent implementations or modifications that are not included in the spirit of the present invention should be included in The patent scope of this case. M437484 [Simple description of the diagram] Figure 1 is a block diagram of the creation patrol recording system: Figure 2 is a flow chart of the operation method of the creation patrol recorder; and Figure 3 is the patrol recorder provided for the creation Operation flow chart of pre-action (before patrol). [Main component symbol description]
1 巡邏記錄系統 10 電腦裝置 20 射頻識別標戴 30 巡邏記錄器 101 第一短程收發模組 102 第二長程收發模組 103 顯示模組 104 攝影模組 105 設定模組 301 中央處理單元 302 指紋辨識模組 303 射頻識別標籤讀取模組 304 射頻識別標籤讀取介面 305 第一長程收發模組 306 資料儲存單元 307 資料储存顯不燈 M4374841 patrol recording system 10 computer device 20 radio frequency identification tag 30 patrol recorder 101 first short-range transceiver module 102 second long-range transceiver module 103 display module 104 photography module 105 setting module 301 central processing unit 302 fingerprint identification module Group 303 RFID tag reading module 304 RFID tag reading interface 305 First long-range transceiver module 306 Data storage unit 307 Data storage display lamp M437484
308 同步時間計數單元 309 射頻識別標蕺讀取介面 310 第二短程收發模組 311 電力模組 302a 指紋掃瞄單元 302b 指紋比對單元 s20卜 ^s204 步驟 s30卜 ，s305 步驟 16308 Synchronization time counting unit 309 RFID tag reading interface 310 Second short-range transceiver module 311 Power module 302a Fingerprint scanning unit 302b Fingerprint comparison unit s20 Bu ^s204 Step s30 Bu, s305 Step 16