TWM508723U - Intelligent electronic tag read apparatus - Google Patents
Intelligent electronic tag read apparatus Download PDFInfo
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- TWM508723U TWM508723U TW104204352U TW104204352U TWM508723U TW M508723 U TWM508723 U TW M508723U TW 104204352 U TW104204352 U TW 104204352U TW 104204352 U TW104204352 U TW 104204352U TW M508723 U TWM508723 U TW M508723U
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Description
本創作係關於一種電子標籤讀取設備，詳而言之，係關於一種用於車輛控管具智慧判別與影像計算能力之智能化電子標籤讀取設備(Smart Reader)。This creation is about an electronic tag reading device. In detail, it relates to an intelligent electronic tag reading device (Smart Reader) for smart control and image computing capability of a vehicle control device.
現行停車場管理機制大多建立在無線射頻識別(Radio Frequency Identification；RFID)技術或紅外線之基礎上。以悠遊卡為例，在停車場閘門入口設置RFID讀取器，而悠遊卡作為RFID標籤，車輛進入或離開停車場時，駕駛以悠遊卡感應RFID讀取器以供記錄進入和離開時間，作為停車費用的計算依據。Most of the current parking lot management mechanisms are based on Radio Frequency Identification (RFID) technology or infrared. Taking the leisure card as an example, an RFID reader is installed at the entrance of the parking lot gate, and the leisure card is used as an RFID tag. When the vehicle enters or leaves the parking lot, the driver uses the leisure card to sense the RFID reader for recording the entry and exit time as the parking fee. Basis for calculation.
然而，上述機制存在許多問題，例如，車輛進出閘門時需緩車、甚至停車多次直到駕駛手能碰觸到讀取器或紅外線遙控器能讀到的距離才行，耗費不少時間，且若車距過遠必須下車到讀取器或紅外線控制器能接收的範圍，對駕駛造成不便。另外，對於閘門管理員而言，難以根據車牌號碼判斷出車輛的進出權限或使用服務的合法性，故無法提供立即服務或採取適當的監控行動。However, there are many problems with the above mechanism. For example, when the vehicle enters or exits the gate, it is necessary to slow down the vehicle or even park the vehicle several times until the driver can touch the distance that the reader or the infrared remote controller can read, which takes a lot of time, and If the distance is too far, you must get off to the range that the reader or infrared controller can receive, which is inconvenient for driving. In addition, it is difficult for the gatekeeper to judge the entry and exit authority of the vehicle or the legality of using the service based on the license plate number, so that it is impossible to provide immediate service or take appropriate monitoring actions.
再者，一般此種RFID讀取器會跟雲端系統連線以進 行資料傳輸，惟當網路中斷時，此RFID讀取器便無法執行工作。In addition, generally such RFID readers will be connected to the cloud system. Data transmission, but the RFID reader can not perform work when the network is interrupted.
因此，如何提出一種智能化電子標籤讀取設備以克服前述問題，是為目前極待解決之議題。Therefore, how to propose an intelligent electronic tag reading device to overcome the aforementioned problems is an issue that is currently to be solved.
為解決至少上述問題，本創作提出一種智能化電子標籤讀取設備，係包括：讀取器，用於讀取車輛之電子標籤以取得標籤資料；網路晶片，係透過網路連接雲端系統以接收由該雲端系統所傳輸之複數筆標籤資料與對應該標籤資料之車牌影像及車牌號碼，以及用以辨識出車牌號碼；記憶體，係儲存由該網路晶片輸入之該複數筆標籤資料與對應該標籤資料之車牌影像及車牌號碼，以及儲存由該網路晶片辨識出之該辨識的車牌號碼；以及處理器，係連接讀取器與記憶體，以根據該讀取器所取得之標籤資料，在該記憶體中搜尋出與該所取得之標籤資料所對應之車牌影像或車牌號碼。In order to solve at least the above problems, the present invention proposes an intelligent electronic tag reading device, which comprises: a reader for reading an electronic tag of a vehicle to obtain tag data; and a network chip connected to the cloud system through a network. Receiving a plurality of label data transmitted by the cloud system and a license plate image and a license plate number corresponding to the label data, and for identifying a license plate number; the memory storing the plurality of label data input by the network chip and a license plate image and a license plate number corresponding to the tag data, and a license plate number for identifying the identification identified by the network chip; and a processor connecting the reader and the memory to obtain a tag according to the reader Data, searching for the license plate image or license plate number corresponding to the obtained tag data in the memory.
該電子標籤包括一唯一識別碼以及一編碼，該讀取器係讀取該唯一識別碼以及該編碼以作為該標籤資料。The electronic tag includes a unique identification code and a code, and the reader reads the unique identification code and the code as the tag material.
該智能化電子標籤讀取設備更包括一連接該處理器之操作介面，該操作介面接收一經輸入的車牌號碼，則該處理器根據該經輸入的車牌號碼，在該記憶體搜尋與該經輸入的車牌號碼相符之車牌號碼，進而取得與經輸入的車牌號碼對應之標籤資料或車牌影像。The intelligent electronic tag reading device further includes an operation interface connected to the processor, and the operation interface receives an input license plate number, and the processor searches for the input in the memory according to the input license plate number. The license plate number that matches the license plate number, and then obtain the label information or license plate image corresponding to the entered license plate number.
該記憶體還儲存有備份標籤資料，該處理器係將該讀 取器所取得之標籤資料與該備份標籤資料進行比對，以根據比對結果判斷該車輛是否具有通行權限，其中，該備份標籤資料係為一社區的住戶車輛、一學校的教職員車輛、或一停車場的會員車輛之電子標籤的標籤資料，而該處理器判斷該車輛是否具有通行權限係依據該比對結果，判斷該車輛是否屬於該社區的住戶車輛、該學校的教職員車輛、或該停車場的會員車輛。The memory also stores backup label data, and the processor reads the data The tag data obtained by the extractor is compared with the backup tag data to determine whether the vehicle has the permission according to the comparison result, wherein the backup tag data is a community vehicle of a community, a faculty vehicle of a school, or a tag information of an electronic tag of a member vehicle of a parking lot, and the processor determines whether the vehicle has a traffic authority based on the comparison result, determining whether the vehicle belongs to a resident vehicle of the community, a faculty vehicle of the school, or the parking lot Member vehicle.
該智能化電子標籤讀取設備係電性連接一發光裝置，以由該處理器根據該比對結果控制該發光裝置。或者，該智能化電子標籤讀取設備係電性連接一阻擋裝置，以由該處理器根據該比對結果控制該阻擋裝置。The intelligent electronic tag reading device is electrically connected to a lighting device for controlling, by the processor, the lighting device according to the comparison result. Alternatively, the intelligent electronic tag reading device is electrically connected to a blocking device for the processor to control the blocking device according to the comparison result.
該網路晶片係將該讀取器所取得之標籤資料傳輸至該雲端系統，而該雲端系統中之車牌影像係由一影像擷取裝置擷取該車輛之車牌影像以傳輸至該雲端系統，供該雲端系統辨識該車牌影像以獲得該對應該車牌影像之車牌號碼，使得該雲端系統將該所辨識之車牌號碼與該網路晶片所傳輸之標籤資料予以對應，進而產生該複數筆標籤資料與對應該標籤資料之車牌影像及車牌號碼，俾傳輸至該智能化電子標籤讀取設備。The network chip transmits the tag data obtained by the reader to the cloud system, and the license plate image in the cloud system is captured by an image capturing device to transmit the license plate image of the vehicle to the cloud system. The cloud system identifies the license plate image to obtain the license plate number corresponding to the license plate image, so that the cloud system associates the identified license plate number with the tag data transmitted by the network chip, thereby generating the plurality of tag data. The license plate image and license plate number corresponding to the tag information are transmitted to the intelligent electronic tag reading device.
該智能化電子標籤讀取設備，電性連接一偵測致動裝置，該偵測致動裝置係於偵測到該車輛進入一預定區域時，致動該讀取器讀取該車輛之電子標籤，並致動該影像擷取裝置擷取該車輛之車牌影像。The intelligent electronic tag reading device is electrically connected to a detecting and actuating device, and the detecting actuating device is configured to actuate the reader to read the electronic component of the vehicle when detecting that the vehicle enters a predetermined area Labeling and actuating the image capture device to capture the license plate image of the vehicle.
本創作之智能化電子標籤讀取設備能精確讀取電子 標籤中的標籤資料，主要是將電子標籤讀取器內建作業系統(Operating System；OS)及資料庫，將讀取器電路板及停車辨識管理系統合一，使得原先需要外接電腦設備以作為判別及控制週邊設備之停車系統，整合在讀取器內部。亦即，以嵌入式軟體系統整合到讀取器內部並內建資料庫系統，具備判讀所讀到電子標籤是否為合法號碼，並控制設備如柵欄機、指示燈號、IPCAM攝影機等週邊硬件，將讀取器智能化。根據該標籤資料搜尋出對應的車牌資料(例如車牌號碼)，藉此便於且有益於以車牌資料作為管理或操作之依據。The intelligent electronic tag reading device of this creation can accurately read electronic The label information in the label is mainly to integrate the operating system (OS) and the database of the electronic label reader, and integrate the reader circuit board and the parking identification management system, so that the external computer equipment is required as the original The parking system for distinguishing and controlling peripheral devices is integrated inside the reader. That is, the embedded software system is integrated into the reader and has a built-in database system, which is capable of interpreting whether the electronic tag read is a legal number, and controlling peripheral devices such as a fence machine, an indicator light, an IPCAM camera, and the like. Intelligentize the reader. Searching for the corresponding license plate information (such as the license plate number) based on the label data is convenient and beneficial for the license plate data as the basis for management or operation.
本創作之電子標籤讀取設備智能化後具備車牌影像辨識能力，可以將車牌影像上傳到雲端系統即時計算出車牌號碼外，也可以在讀取器內部利用嵌入式作業系統及車牌演算法在幾分鐘內自行(離線計算)計算出本車牌號碼回寫到內建之資料庫記錄。The electronic tag reading device of this creation has the license plate image recognition capability after being intelligent, and can upload the license plate image to the cloud system to calculate the license plate number in real time, or use the embedded operating system and the license plate algorithm in the reader. Calculate the license plate number back to the built-in database record by yourself (offline calculation) within minutes.
本系統主要目的為把龐大之停車設備管理系統縮影整合到讀取器內部使之智能化、微型化、大幅縮小停車管理系統整體成本。除了可單機作業進行小區域通行控制，亦可連線多台讀取器與雲端系統形成大區域管控交通(Intelligent Traffic Management System；ITS)。The main purpose of this system is to integrate the huge parking equipment management system into the reader to make it intelligent and miniaturized, and greatly reduce the overall cost of the parking management system. In addition to single-machine operation for small-area traffic control, multiple readers can be connected to the cloud system to form an Intelligent Traffic Management System (ITS).
2‧‧‧智能化電子標籤讀取設備2‧‧‧Intelligent electronic label reading device
21‧‧‧讀取器21‧‧‧Reader
22‧‧‧網路晶片22‧‧‧Network Chip
23‧‧‧記憶體23‧‧‧ memory
24‧‧‧處理器24‧‧‧ Processor
25‧‧‧操作介面25‧‧‧Operator interface
26‧‧‧付款模組26‧‧‧Payment module
3‧‧‧雲端系統3‧‧‧Cloud System
31‧‧‧影像辨識模組31‧‧‧Image recognition module
32‧‧‧車牌與標籤對應模組32‧‧‧ License Plate and Label Corresponding Module
33‧‧‧傳輸模組33‧‧‧Transmission module
34‧‧‧雲端資料庫34‧‧‧Cloud database
35‧‧‧用戶資料設定模組35‧‧‧User data setting module
36‧‧‧告警模組36‧‧‧Alarm module
37‧‧‧訊息推送模組37‧‧‧Message Push Module
38‧‧‧管理模組38‧‧‧Management module
39‧‧‧應用程式模組39‧‧‧Application Module
4‧‧‧電路板4‧‧‧ boards
41‧‧‧嵌入式電路板41‧‧‧Embedded circuit board
42‧‧‧RFID模組42‧‧‧RFID module
43‧‧‧網路線43‧‧‧Web route
44‧‧‧電源出線口44‧‧‧Power outlet
5‧‧‧影像擷取裝置5‧‧‧Image capture device
6‧‧‧發光裝置6‧‧‧Lighting device
7‧‧‧阻擋裝置7‧‧‧Blocking device
8、8a、8b‧‧‧偵測致動裝置8, 8a, 8b‧‧‧ detecting actuators
第1圖係本創作之智能化電子標籤讀取設備之一實施例之方塊圖；第2圖係本創作之智能化電子標籤讀取設備之另一實 施例之方塊圖；第3圖係與本創作之智能化電子標籤讀取設備連接之雲端系統之一實施例之方塊圖；第4A及4B圖繪示本創作之智能化電子標籤讀取設備之具體實施例；以及第5圖繪示本創作之智能化電子標籤讀取設備之實際應用。1 is a block diagram of an embodiment of an intelligent electronic tag reading device of the present invention; FIG. 2 is another embodiment of the intelligent electronic tag reading device of the present invention. Block diagram of the embodiment; FIG. 3 is a block diagram of an embodiment of a cloud system connected to the intelligent electronic tag reading device of the present invention; and FIGS. 4A and 4B illustrate the intelligent electronic tag reading device of the present invention The specific embodiment; and FIG. 5 illustrates the practical application of the intelligent electronic tag reading device of the present invention.
以下藉由一些實施例說明本創作之實施方式，熟習此項技藝之人士可由本文所揭示之內容輕易地瞭解本創作之其他優點及功效。須知，本說明書所附圖式所繪示之結構、比例、大小等，均僅用以配合說明書所揭示之內容，以供熟悉此技藝之人士之瞭解與閱讀，並非用以限定本創作可實施之限定條件，任何結構之修飾、比例關係之改變或大小之調整，在不影響本創作所能產生之功效及所能達成之目的下，均應仍落在本創作所揭示之申請專利範圍能涵蓋之範圍內。The embodiments of the present invention are described below by way of some embodiments, and those skilled in the art can readily appreciate other advantages and functions of the present invention from the disclosure herein. It is to be understood that the structure, the proportions, the size and the like of the drawings are only used in conjunction with the disclosure of the specification for the understanding and reading of those skilled in the art, and are not intended to limit the implementation of the present invention. The qualifications, the modification of any structure, the change of the proportional relationship or the adjustment of the size shall not fall within the scope of the patent application disclosed in this creation without affecting the effect and the purpose of the creation. Within the scope of coverage.
請參閱第1至2圖，其係本創作之智能化電子標籤讀取設備之例示方塊圖。智能化電子標籤讀取設備2包括讀取器21、網路晶片22、記憶體23、處理器24、操作介面25及付款模組26，並可電性連接影像擷取裝置5、發光裝置6、阻擋裝置7及偵測致動裝置8。需說明的是，操作介面25及付款模組26為選擇性元件，不一定包含於智能化電子標籤讀取設備2中。Please refer to Figures 1 to 2, which are exemplary block diagrams of the intelligent electronic tag reading device of the present invention. The intelligent electronic tag reading device 2 includes a reader 21, a network chip 22, a memory 23, a processor 24, an operation interface 25, and a payment module 26, and is electrically connected to the image capturing device 5 and the light emitting device 6. , blocking device 7 and detecting actuating device 8. It should be noted that the operation interface 25 and the payment module 26 are optional components, and are not necessarily included in the intelligent electronic tag reading device 2.
讀取器21讀取車輛之電子標籤(electronic tag；e-tag)以取得標籤資料。需說明的是，該電子標籤通常包括唯一識別碼(unique identification)及編碼(code)，前者是晶圓製造時的預設值，後者為電信業者自行加入的值，而讀取器21可讀取該電子標籤中的唯一識別碼及編碼以作為該標籤資料。另外，讀取器21與該電子標籤之間係透過無線通訊技術，例如無線射頻辨識(Radio Frequency IDentification；RFID)技術來識別並讀寫相關資料，且電子標籤可為被動式、半被動式和主動式等模式之電子標籤。The reader 21 reads an electronic tag (e-tag) of the vehicle to obtain tag data. It should be noted that the electronic tag usually includes a unique identification code and a code. The former is a preset value when the wafer is manufactured, and the latter is a value added by the carrier, and the reader 21 can read the code. The unique identification code and code in the electronic tag are taken as the tag data. In addition, the reader 21 and the electronic tag are identified and read and written by a wireless communication technology, such as Radio Frequency IDentification (RFID) technology, and the electronic tag can be passive, semi-passive, and active. The electronic label of the mode.
網路晶片22係與該讀取器21連接，以將該車輛之標籤資料透過網路傳輸至雲端系統3。The network chip 22 is connected to the reader 21 to transmit the tag data of the vehicle to the cloud system 3 through the network.
記憶體23儲存由雲端系統3所傳來的複數筆標籤資料與對應該標籤資料之車牌影像及車牌資料，而處理器24係與該讀取器21及該記憶體23連接，以根據讀取器21所讀取之標籤資料，在記憶體23中搜尋出與該所讀取之標籤資料對應之車牌影像或車牌資料。The memory 23 stores the plurality of label data and the license plate data corresponding to the label data transmitted by the cloud system 3, and the processor 24 is connected to the reader 21 and the memory 23 to read according to the memory. The tag data read by the device 21 searches the memory 23 for the license plate image or the license plate data corresponding to the read tag data.
此外，記憶體23更儲存有備份標籤資料，所謂備份標籤資料係指一社區的住戶車輛、一學校的教職員車輛、或一停車場的會員車輛之電子標籤中的標籤資料，則處理器24可將讀取器21所讀取之標籤資料與記憶體23中的備份標籤資料進行比對，以透過比對結果來判斷該車輛是否具有通行權限，亦即，判斷該車輛是否屬於該社區的住戶車輛、該學校的教職員車輛、或該停車場的會員車輛。於比對符合時，處理器24控制阻擋裝置7(例如柵欄)開啟讓該 車輛進入該社區、該學校或該停車場，處理器24亦可依據比對結果來控制發光裝置6，例如以紅燈表示禁止通過，以綠燈表示允許通過。In addition, the memory 23 further stores backup label data, which refers to the label information in the electronic label of the residential vehicle of a community, the faculty vehicle of a school, or the member vehicle of a parking lot, and the processor 24 can The tag data read by the reader 21 is compared with the backup tag data in the memory 23 to determine whether the vehicle has the permission through the comparison result, that is, whether the vehicle belongs to the resident vehicle of the community. , the faculty vehicle of the school, or the member vehicle of the parking lot. When the comparison is met, the processor 24 controls the blocking device 7 (eg, a fence) to open the The vehicle enters the community, the school or the parking lot, and the processor 24 can also control the lighting device 6 according to the comparison result, for example, the red light indicates that the passage is prohibited, and the green light indicates that the passage is allowed.
處理器24還可依據讀取器21讀取電子標籤時所一併取得之讀取時間來計算停車時間，再根據該停車時間計算停車費用。The processor 24 can also calculate the parking time according to the reading time obtained when the reader 21 reads the electronic tag, and calculate the parking fee based on the parking time.
操作介面25係與處理器24連接，且可顯示停車時間和停車費用。操作介面25可接收一經輸入的車牌資料，處理器24根據該經輸入的車牌資料，在記憶體23中搜尋與該經輸入的車牌資料相符之車牌資料，以取得與該相符之車牌資料對應之標籤資料，進而根據該對應之標籤資料得知具有該經輸入的車牌資料之車輛的停車時間、停車費用或停車位置。The operation interface 25 is connected to the processor 24 and can display parking time and parking costs. The operation interface 25 can receive an input license plate data, and the processor 24 searches the memory 23 for the license plate data corresponding to the input license plate data according to the input license plate data, so as to obtain the license plate data corresponding to the license plate data. The label data, and further, the parking time, the parking fee or the parking position of the vehicle having the input license plate information is obtained according to the corresponding label information.
付款模組26係與處理器24連接，且用於供執行該車輛之付款作業，例如悠遊卡讀取器、***讀取器、金融卡讀取器、電子錢包讀取器、取票口、停車卡輸出接收埠等等。付款模組26還可結合操作介面25，操作介面25接收一經輸入的車牌資料，接著處理器24根據該經輸入的車牌資料，在記憶體23中搜尋對應之標籤資料，進而得知具有該車牌資料的車輛之停車時間及停車費用，再利用付款模組26執行付款。尤須說明的是，若該車輛之用戶已先於雲端系統3設定了如網路***、小額付款或網路帳戶等其他付款方式，則可無須使用到付款模組26。進一步說明請參見後述關於雲端系統3之敘述。The payment module 26 is coupled to the processor 24 and is used to perform payment operations for the vehicle, such as a card reader, a credit card reader, a financial card reader, an electronic wallet reader, a ticket gate, Parking card output reception, etc. The payment module 26 can also be combined with the operation interface 25, and the operation interface 25 receives an input license plate data, and then the processor 24 searches the memory 23 for the corresponding label data according to the input license plate data, thereby knowing that the license plate has the license plate. The parking time and parking fee of the vehicle of the data are used, and the payment module 26 is used to perform the payment. In particular, if the user of the vehicle has set up other payment methods such as a network credit card, a micropayment, or a network account prior to the cloud system 3, the payment module 26 may not be used. For further explanation, please refer to the description of Cloud System 3 described later.
偵測致動裝置8於偵測到該車輛進入一預定區域時，致動讀取器21讀取該車輛之電子標籤，並致動影像擷取裝置5擷取該車輛之車牌影像。偵測致動裝置8另可於偵測到該車輛進入另一預定區域時，致動阻擋裝置7(例如柵欄)關閉，或偵測致動裝置8通知處理器24控制致動阻擋裝置7關閉。When the detecting actuator 8 detects that the vehicle enters a predetermined area, the reader 21 is actuated to read the electronic tag of the vehicle, and the image capturing device 5 is activated to capture the license plate image of the vehicle. The detecting actuator 8 can also actuate the blocking device 7 (eg, the fence) to close when the vehicle enters another predetermined area, or the detecting actuator 8 notifies the processor 24 to control the actuation blocking device 7 to close. .
如第4A圖所示，智能化電子標籤讀取設備2係以一張包括讀取器21(標籤讀取模組的具體實施)、網路晶片22(同步模組的具體實施)、記憶體23(資料庫的具體實施)及處理器24(處理模組的具體實施)之電路板4來實現，而影像擷取裝置5和智能化電子標籤讀取設備2可組裝成一立架。如第4B圖所示，電路板4可由嵌入式電路板41和RFID模組42構成，其中嵌入式電路板41可包括通用型輸入輸出(General Purpose I/O；GPIO)及RS-232連接埠，且嵌入式電路板41與RFID模組42以網路線43連接，電路板4更具有電源出線口。因此，於智能化電子標籤讀取設備2中，嵌入式電路板41內建有作業系統及資料庫，藉此執行標籤資料與車牌資料或車牌影像之對應處理，再者，該網路影像辨識晶片另可利用嵌入式作業系統及車牌演算法來辨識出車牌號碼，以儲存至該記憶體中。另可外接如指示燈、IPCAM等週邊硬件於該智能化電子標籤讀取設備2。As shown in FIG. 4A, the intelligent electronic tag reading device 2 includes a reader 21 (specific implementation of the tag reading module), a network chip 22 (specific implementation of the synchronization module), and a memory. The circuit board 4 of 23 (the specific implementation of the database) and the processor 24 (the specific implementation of the processing module) is implemented, and the image capturing device 5 and the intelligent electronic tag reading device 2 can be assembled into a stand. As shown in FIG. 4B, the circuit board 4 can be composed of an embedded circuit board 41 and an RFID module 42, wherein the embedded circuit board 41 can include a general purpose input/output (General Purpose I/O; GPIO) and an RS-232 port. The embedded circuit board 41 and the RFID module 42 are connected by a network route 43, and the circuit board 4 further has a power outlet. Therefore, in the intelligent electronic tag reading device 2, the embedded circuit board 41 has an operating system and a database built therein, thereby performing corresponding processing of the tag data and the license plate data or the license plate image, and further, the network image recognition The chip can also use the embedded operating system and the license plate algorithm to identify the license plate number for storage in the memory. In addition, peripheral hardware such as an indicator light or an IPCAM can be externally connected to the intelligent electronic tag reading device 2.
影像擷取裝置5擷取該車輛之車牌影像以將該車牌影像透過網路輸出至雲端系統3，而雲端系統3再根據該車牌影像辨識出車牌資料以將該車輛之標籤資料與車牌資料 相對應，進而產生該車牌與標籤對應關係，俾傳輸至智能化電子標籤讀取設備2。需說明的是，影像擷取裝置5可連續擷取五張以上的車牌影像，其例如網路攝影機(IP camera)，拍照或攝影之後可將照片或影片上傳至雲端系統3中。The image capture device 5 captures the license plate image of the vehicle to output the license plate image to the cloud system 3 through the network, and the cloud system 3 identifies the license plate data based on the license plate image to label the vehicle with the license plate data. Correspondingly, the license plate and the label are correspondingly generated, and transmitted to the intelligent electronic label reading device 2. It should be noted that the image capturing device 5 can continuously capture more than five license plate images, such as an IP camera, and upload photos or videos to the cloud system 3 after taking photos or photographing.
由第1至2圖可知，讀取器21可讀取電子標籤中的唯一識別碼及編碼，藉此提高讀取精準度，而影像擷取裝置5僅擷取車牌影像而辨識影像的工作是交由雲端系統3，故能降低設備成本。此外，由於記憶體23中儲存有於網路連通時由雲端系統3所傳來之複數筆標籤資料與對應該標籤資料之車牌影像及車牌資料，故若智能化電子標籤讀取設備2的記憶體23中已有該複數筆標籤資料與對應該標籤資料之車牌影像及車牌資料，則即便該網路中斷，智能化電子標籤讀取設備2仍可依據標籤辨識模組21所讀取到的標籤資料，在記憶體23中搜尋出與該取得之標籤資料對應之車牌資料或車牌影像。此外，由於記憶體23中儲存有備份標籤資料，即便該網路中斷，仍不影響智能化電子標籤讀取設備2對於車輛能否通過之判斷。As can be seen from the first to second figures, the reader 21 can read the unique identification code and the code in the electronic tag, thereby improving the reading accuracy, and the image capturing device 5 only recognizes the license plate image and recognizes the image. It is handed over to Cloud System 3, so it can reduce equipment costs. In addition, since the memory 23 stores the plurality of label data transmitted by the cloud system 3 and the license plate image and the license plate data corresponding to the label data, the memory of the intelligent electronic label reading device 2 is stored. In the body 23, the plurality of label data and the license plate image and the license plate data corresponding to the label data are present, and even if the network is interrupted, the intelligent electronic label reading device 2 can still read according to the label recognition module 21. The tag data searches for the license plate information or the license plate image corresponding to the acquired tag data in the memory 23. In addition, since the backup tag data is stored in the memory 23, even if the network is interrupted, the intelligent electronic tag reading device 2 does not affect the judgment of whether the vehicle can pass.
請參閱第3圖，雲端系統3可包括影像辨識模組31、車牌與標籤對應模組32、傳輸模組33、雲端資料庫34、用戶資料設定模組35、告警模組36、訊息推送模組37、管理模組38及應用程式模組39，以下分別說明各模組。Referring to FIG. 3, the cloud system 3 may include an image recognition module 31, a license plate and label corresponding module 32, a transmission module 33, a cloud database 34, a user data setting module 35, an alarm module 36, and a message pushing module. The group 37, the management module 38 and the application module 39, each of which will be described below.
影像辨識模組31接收由影像擷取裝置5所傳輸的該車牌之車牌影像，接著辨識該車牌影像以取得對應該車牌影 像之車牌資料，例如車牌號碼。車牌與標籤對應模組32將該車輛之車牌資料與標籤資料相對應，以產生一車牌與標籤對應關係，進而得知一筆標籤資料與對應該標籤資料之車牌影像及車牌資料，並儲存至雲端資料庫34。傳輸模組33再將該筆標籤資料與對應該標籤資料之車牌影像及車牌資料傳輸至智能化電子標籤讀取設備2的記憶體23。當智能化電子標籤讀取設備2傳輸多筆標籤資料且影像擷取裝置5傳輸多筆車牌影像至雲端系統3，則經雲端系統3處理之後可得到複數筆標籤資料與對應該標籤資料之車牌影像及車牌資料，進而傳輸至電子標籤讀取設備2。The image recognition module 31 receives the license plate image of the license plate transmitted by the image capturing device 5, and then recognizes the license plate image to obtain a corresponding license plate image. Like license plate information, such as license plate numbers. The license plate and label corresponding module 32 corresponds the license plate data of the vehicle to the label data to generate a license plate and label correspondence relationship, and further knows a label data and license plate image and license plate data corresponding to the label data, and stores them in the cloud. Database 34. The transmission module 33 transmits the label information and the license plate image and the license plate data corresponding to the label data to the memory 23 of the intelligent electronic label reading device 2. When the intelligent electronic tag reading device 2 transmits a plurality of pieces of label data and the image capturing device 5 transmits a plurality of license plate images to the cloud system 3, the plurality of label materials and the license plate corresponding to the label data can be obtained after being processed by the cloud system 3. The image and license plate data are then transmitted to the electronic tag reading device 2.
用戶資料設定模組35供用戶登入雲端系統3以設定一用戶車牌資料、該用戶之電話號碼、電子信箱、會員資料或付款模式等等，並儲存至雲端資料庫34中。則車牌與標籤對應模組32可根據影像辨識模組31所辨識出的車牌資料，在雲端資料庫34中搜尋與該車牌資料相符之用戶車牌資料，再將該用戶之電話號碼、電子信箱、會員資料或付款模式等等與該車輛之車牌影像、車牌資料及標籤資料相對應。The user profile setting module 35 allows the user to log in to the cloud system 3 to set a user license plate information, the user's phone number, email address, member profile or payment mode, etc., and store it in the cloud database 34. The license plate and label corresponding module 32 can search for the license plate data corresponding to the license plate data in the cloud database 34 according to the license plate data recognized by the image recognition module 31, and then the user's telephone number, electronic mail box, Member information or payment mode, etc. correspond to the license plate image, license plate information and label data of the vehicle.
若用戶所設定之付款模式為雲端付款型，則於智能化電子標籤讀取設備2根據該車輛之標籤資料產生該車輛之停車時間及停車費用之後，雲端系統3可根據用戶所設定之付款模式執行線上扣款，即***線上扣款、帳戶網路扣款、小額付款、或寄帳單給用戶通知付款等等。若用戶所設定之付款模式為使用者端付款型，即是利用付款模組 26執行付款，則如果付款模組26所執行之該車輛的付款作業之付款模式與該用戶所設定的不相符時，例如該用戶所設定的是以A***繳費，惟付款模組26所執行的是以B***付款，此時表示該車輛有可能處於被偷竊之情形，則告警模組36可根據與該車輛之標籤資料對應的電話號碼、電子信項或其他設定的通訊方式來通知該車輛的用戶。If the payment mode set by the user is the cloud payment type, after the intelligent electronic tag reading device 2 generates the parking time and the parking fee of the vehicle according to the tag data of the vehicle, the cloud system 3 can be configured according to the payment mode set by the user. Perform online debits, ie credit card online debits, account network debits, small payments, or billing to inform users of payments and more. If the payment mode set by the user is the user payment type, the payment module is used. 26, if the payment is executed, if the payment mode of the payment operation of the vehicle executed by the payment module 26 does not match the one set by the user, for example, the user sets the payment by the A credit card, but the payment module 26 executes The payment is made by the B credit card, indicating that the vehicle is likely to be stolen, and the alarm module 36 can notify the phone number, electronic mail or other set communication method corresponding to the tag data of the vehicle. The user of the vehicle.
訊息推送模組37可於雲端系統3接收到由智能化電子標籤讀取設備2所傳來之標籤資料時，根據與該車輛之標籤資料對應的電話號碼、電子信箱或其他設定的通訊方式來傳輸訊息至該車輛的用戶，該訊息包括停車位置、廣告(例如賣場優惠)、公告(例如社區或學校公告)、通知(例如掛號或包裹)、注意事項(如停電或停水)等等。The message pushing module 37 can receive the tag data transmitted by the intelligent electronic tag reading device 2 when the cloud system 3 receives the tag data corresponding to the tag data of the vehicle, the e-mail address or other configured communication method. A message is transmitted to the user of the vehicle, including parking locations, advertisements (such as store offers), announcements (such as community or school announcements), notifications (such as registration or parcels), precautions (such as power outages or water cuts), and the like.
管理模組38供管理者操作，管理者可為系統管理者或為在智能化電子標籤讀取設備2所設置處，例如停車場(無論是連鎖或一般停車場、賣場或百貨公司停車場、社區或學校停車場等)的管理員。舉例來說，若管理員欲查詢一車牌號碼的相關資料，即可登入雲端系統3利用管理模組38輸入該車牌號碼，則可查詢該車牌號碼之聯絡方式等相關資料。The management module 38 is for administrators to operate, and the manager can be a system administrator or a place for intelligent electronic tag reading device 2, such as a parking lot (whether a chain or general parking lot, a store or a department store parking lot, a community or a school) The administrator of the parking lot, etc.). For example, if the administrator wants to query the relevant information of a license plate number, he can log in to the cloud system 3 to input the license plate number by using the management module 38, and then the related information such as the contact information of the license plate number can be queried.
應用程式(APP)模組39供用戶操作，亦即，用戶可下載APP以登入雲端系統3來即時查詢該用戶之車輛的停車位置、停車時間或停車費用，亦可透過APP獲得來自雲端系統3之訊息或告警等。The application module (APP) module 39 is provided for the user to operate, that is, the user can download the APP to log in to the cloud system 3 to instantly query the parking position, parking time or parking fee of the user's vehicle, and obtain the cloud system 3 through the APP. Messages or alarms, etc.
由第1至3圖可知，雲端系統3將該車輛之標籤資料與車牌資料相對應，讓用戶(如車輛駕駛)能根據該車輛之車牌資料繳納停車費用，或讓管理者(可能為社區守衛或停車場管理員)根據該車輛之車牌資料查詢該車輛的其他資料或該車輛是否去有通過的權限。另外，雲端系統3進一步將該車輛之標籤資料、車牌影像、車牌資料與其他如電話號碼、會員資料、付款模式等對應在一起，藉此能提供用戶告警、訊息推送、APP等服務。As can be seen from Figures 1 to 3, the cloud system 3 corresponds the tag information of the vehicle to the license plate data, so that the user (such as a vehicle driving) can pay the parking fee according to the license plate data of the vehicle, or let the manager (possibly a community guard) Or the parking lot administrator) queries the vehicle's license plate information for other information about the vehicle or whether the vehicle has permission to pass. In addition, the cloud system 3 further associates the tag information, the license plate image, the license plate information of the vehicle with other such as a phone number, a member profile, a payment mode, etc., thereby providing services such as user alert, message push, and APP.
請參閱第5圖，說明本創作之智能化電子標籤讀取設備之一具體實施例。於使用者端，智能化電子標籤讀取設備2電性連接有發光裝置6及阻擋裝置7，沿著行車方向於智能化電子標籤讀取設備2的前後設有偵測致動裝置(即設於感應區中的感應線圈)8a和8b，使用者端另設有一影像擷取裝置5。當偵測致動裝置8a偵測一車輛進入一預定區域時，會致動智能化電子標籤讀取設備2讀取該車輛上電子標籤中的標籤資料以向後傳輸至雲端系統，並致動影像擷取裝置5擷取該車輛的車牌影像以向後傳輸至雲端系統，智能化電子標籤讀取設備2控制發光裝置6及阻擋裝置7來控制該車輛的進出，例如是否具有權限、停車費是否已付、或付款方式是否符合原始的設定等等。當該車輛經過智能化電子標籤讀取設備2至另一預定區域而讓偵測致動裝置8b偵測到時，智能化電子標籤讀取設備2控制(或由偵測致動裝置8b致動)阻擋裝置7關閉。Please refer to FIG. 5 for a specific embodiment of the intelligent electronic tag reading device of the present invention. At the user end, the intelligent electronic tag reading device 2 is electrically connected to the illuminating device 6 and the blocking device 7 , and the detecting and actuating device is disposed in front of and behind the intelligent electronic tag reading device 2 along the driving direction (ie, The sensing coils 8a and 8b in the sensing area are further provided with an image capturing device 5 at the user end. When the detecting actuating device 8a detects that a vehicle enters a predetermined area, the intelligent electronic tag reading device 2 is activated to read the tag data in the electronic tag on the vehicle for later transmission to the cloud system, and actuate the image. The capturing device 5 captures the license plate image of the vehicle for backward transmission to the cloud system, and the intelligent electronic tag reading device 2 controls the lighting device 6 and the blocking device 7 to control the entry and exit of the vehicle, for example, whether the authority has the permission, whether the parking fee has been Whether the payment, or payment method conforms to the original settings, and so on. When the vehicle passes through the intelligent electronic tag reading device 2 to another predetermined area for detecting the detecting device 8b, the intelligent electronic tag reading device 2 controls (or is activated by the detecting actuating device 8b) The blocking device 7 is closed.
綜上所述，本創作之智能化電子標籤讀取設備主要是 讀取車輛上電子標籤的標籤資料，以根據該標籤資料得知該車輛的車牌影像或車牌資料，俾便於以車牌資料作為依據進行操作、管理或提供服務。In summary, the intelligent electronic tag reading device of this creation is mainly The tag data of the electronic tag on the vehicle is read to know the license plate image or the license plate information of the vehicle according to the tag information, so that it is convenient to operate, manage or provide the service based on the license plate data.
上述實施例僅例示性說明本創作之功效，而非用於限制本創作，任何熟習此項技藝之人士均可在不違背本創作之精神及範疇下，對上述該些實施態樣進行修飾與改變。因此本創作之權利保護範圍，應如申請專利範圍所列。The above embodiments are merely illustrative of the effects of the present invention and are not intended to limit the present invention. Any person skilled in the art can modify the above-mentioned embodiments without departing from the spirit and scope of the present invention. change. Therefore, the scope of protection of this creation should be as listed in the scope of patent application.
2‧‧‧智能化電子標籤讀取設備2‧‧‧Intelligent electronic label reading device
21‧‧‧讀取器21‧‧‧Reader
22‧‧‧網路晶片22‧‧‧Network Chip
23‧‧‧記憶體23‧‧‧ memory
24‧‧‧處理器24‧‧‧ Processor
3‧‧‧雲端系統3‧‧‧Cloud System
Claims (10)
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW104204352U TWM508723U (en) | 2015-03-24 | 2015-03-24 | Intelligent electronic tag read apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW104204352U TWM508723U (en) | 2015-03-24 | 2015-03-24 | Intelligent electronic tag read apparatus |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| TWM508723U true TWM508723U (en) | 2015-09-11 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| TW104204352U TWM508723U (en) | 2015-03-24 | 2015-03-24 | Intelligent electronic tag read apparatus |
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| TW (1) | TWM508723U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI707276B (en) * | 2019-10-22 | 2020-10-11 | 京昊有限公司 | Electronic label system |
-
2015
- 2015-03-24 TW TW104204352U patent/TWM508723U/en unknown
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI707276B (en) * | 2019-10-22 | 2020-10-11 | 京昊有限公司 | Electronic label system |
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