CN204256821U - A kind of high intelligent gate - Google Patents

本实用新型涉及一种高智能闸机，其特征在于，闸机包括前端箱体和对称的两个闸机主体，前端箱体上部装有生物识别设备，闸机主体装有读卡设备和光电传感器，闸机还包括一根据生物识别设备、读卡设备以及光电传感器信号控制闸门开关的控制电路。前端箱体设置的生物识别设备由一块可触摸屏和一个摄像头组成，可触摸屏可以读取来者指纹信息，摄像头可读取来者其他身份信息。闸机主体装有的读卡设备，可读取有源卡和无源卡。控制电路接收到生物识别设备和读卡器读取的信息后，与数据库进行比对，并将比对结果显示在前端箱体的可触摸显示屏上。控制电路接收到光电传感器信号后判断人员是否通过，控制闸门关闭。

The utility model relates to a high-intelligence gate, which is characterized in that the gate comprises a front-end box body and two symmetrical gate bodies, the upper part of the front-end box body is equipped with a biometric identification device, and the gate body is equipped with a card reading device and a photoelectric The sensor, the gate also includes a control circuit for controlling the switch of the gate according to the signals of the biometric identification device, the card reading device and the photoelectric sensor. The biometric identification device installed in the front box consists of a touch screen and a camera. The touch screen can read the fingerprint information of the visitor, and the camera can read other identity information of the visitor. The card reading device installed on the main body of the gate can read active cards and passive cards. After the control circuit receives the information read by the biometric device and the card reader, it compares it with the database, and displays the comparison result on the touchable display screen of the front box. After the control circuit receives the signal from the photoelectric sensor, it judges whether the personnel pass through, and controls the gate to close.

一种高智能闸机A high-intelligence gate

技术领域 technical field

本实用新型涉及一种出入口检测系统，特别涉及一种高智能闸机。 The utility model relates to an entrance and exit detection system, in particular to a highly intelligent gate machine.

背景技术 Background technique

闸机广泛应用于地铁、火车等交通站点、旅游景点等地方，是目前最为快速、简便的出入检测手段。在公共领域使用的闸机一般仅读取卡片信息控制开关闸门，但当闸机应用于对安保要求较高的场所，就需要多重身份信息核对，包括生物唯一性验证，比如指纹、虹膜验证，另外还需要对出入人员信息进行记录。对于信息核对后不通过以及一个验证信息通过多人的情况也需要进行智能识别。目前市场上常见的闸机并不能通过简单的方式实现上述特性。 Turnstiles are widely used in subways, trains and other transportation stations, tourist attractions and other places, and are currently the fastest and easiest means of access detection. The gates used in the public domain generally only read the card information to control the opening and closing of the gates, but when the gates are used in places with high security requirements, multiple identity information checks are required, including biometric uniqueness verification, such as fingerprint and iris verification, In addition, it is necessary to record the entry and exit personnel information. Intelligent identification is also required for situations where information is not passed after verification and when a verification information has passed multiple people. The common turnstiles currently on the market cannot achieve the above characteristics in a simple way.

发明内容 Contents of the invention

本实用新型提供了一种高智能闸机，满足了现代生活中各种场合所需要的根据不同信息控制闸机的要求，提高了安全性，且对信息核对后不通过以及一个验证信息通过多人的情况也进行了智能识别。 The utility model provides a high-intelligence gate, which satisfies the requirements of controlling the gate according to different information required in various occasions in modern life, improves safety, and does not pass the information after checking and passes multiple verification information. The situation of people has also been intelligently identified.

本实用新型采用的主要技术方案是：一种高智能闸机，其特征在于，所述闸机包括前端箱体和对称的两个闸机主体，所述两个闸机主体之间形成一闸机过道，在所述闸机过道中间位置设有一闸门，所述前端箱体上部装有生物识别设备，所述闸机主体装有读卡设备和光电传感器，所述闸机还包括一根据生物识别设备、读卡设备以及光电传感器信号控制闸门开关的控制电路。所述前端箱体设置的生物识别设备由一块可触摸屏和一个摄像头组成，可触摸屏可以读取来者指纹信息，摄像头可读取来者其他身份信息。所述闸机主体装有的读卡设备，可读取有源卡和无源卡。所述控制电路接收到生物识别设备和读卡器读取的信息后，与数据库进行比对，并将比对结果显示在前端箱体的可触摸显示屏上。所述控制电路接收到光电传感器信号后判断人员是否通过，控制闸门关闭。 The main technical solution adopted by the utility model is: a high-intelligence gate, which is characterized in that the gate includes a front-end box body and two symmetrical gate bodies, and a gate is formed between the two gate bodies. There is a gate in the middle of the gate aisle, the upper part of the front box is equipped with a biometric identification device, the main body of the gate is equipped with a card reading device and a photoelectric sensor, and the gate also includes a biometric Identification equipment, card reading equipment, and photoelectric sensor signals control the control circuit of the gate switch. The biometric identification device provided on the front box consists of a touch screen and a camera, the touch screen can read the fingerprint information of the visitor, and the camera can read other identity information of the visitor. The card reading device installed on the main body of the gate can read active cards and passive cards. After the control circuit receives the information read by the biometric device and the card reader, it compares it with the database, and displays the comparison result on the touchable display screen of the front box. After receiving the signal from the photoelectric sensor, the control circuit judges whether people pass through, and controls the gate to close.

采用本实用新型带来的有益效果是：本实用新型可以满足在高安全性要求下用多种方式对通过闸机者进行身份验证的要求，包括生物唯一性验证，卡片验证。本实用新型可以读取的卡片可以是无源卡或者有源卡。另外，本实用新型设置光电传感器，简单方便地对信息核对后不通过以及一个验证信息通过多人的情况进行了智能识别。 The beneficial effects brought by the adoption of the utility model are: the utility model can meet the requirement of verifying the identity of the person passing through the turnstile in a variety of ways under high security requirements, including biological uniqueness verification and card verification. The card that can be read by the utility model can be a passive card or an active card. In addition, the utility model is equipped with a photoelectric sensor, which simply and conveniently performs intelligent identification on the situation that the information is not passed after checking and that a piece of verification information is passed by multiple people.

附图说明 Description of drawings

以下结合附图作进一步说明： Below in conjunction with accompanying drawing for further description:

图1为本实用新型两个闸机主体位置正视图。 Fig. 1 is the front view of the positions of the main bodies of the two turnstiles of the present invention.

图2为本实用新型各零部件安装位置示意图。 Fig. 2 is a schematic diagram of the installation positions of various parts of the utility model.

图3为本实用新型实际工作流程图。 Fig. 3 is the actual working flow diagram of the utility model.

具体实施方式 Detailed ways

如图2所示，闸机主体由两个对称的箱体4和箱体401组成，两个闸机主体之间形成一闸机过道，箱体4装有一闸门7，闸门展开如图上所示垂直于箱体时即关闭闸道。 As shown in Figure 2, the main body of the gate is composed of two symmetrical boxes 4 and 401. A gate aisle is formed between the two main bodies of the gate. The box 4 is equipped with a gate 7, which is unfolded as shown in the figure. The gateway is closed when it is perpendicular to the box.

如图1所示，1为闸机前端箱体，闸机前端箱体上部装有生物识别设备2，生物识别设备由一块可触摸屏和一个摄像头组成，可触摸屏可以读取通过人员指纹信息，摄像头可采集来者其他身份信息，如可进行人脸识别，包括虹膜检测。可触摸屏可以在每次识别信息后显示反馈，包括通过者信息或者不通过提示以及非法通过警告。指纹检测、人脸识别和虹膜检测可同时使用或者通过设定取一种或两种检测方式。闸机系统的控制主板安装在前端箱体下部。 As shown in Figure 1, 1 is the front-end box of the gate, and the upper part of the front-end box of the gate is equipped with a biometric identification device 2. The biometric identification device is composed of a touch screen and a camera. Other identity information of visitors can be collected, such as face recognition, including iris detection. The touch screen can display feedback after each identification information, including passer information or failure prompts and illegal pass warnings. Fingerprint detection, face recognition and iris detection can be used at the same time or one or two detection methods can be selected by setting. The control board of the gate system is installed at the lower part of the front box.

闸机主体的主要工作单元都安装在箱体4中，5为读卡器，既可以读取近距离的无源卡又可以读取来者随身携带的有源卡。6为光电传感器，可以探测到是否有人员经过以及几个人经过。闸机主体通过信号线3连接前端箱体，进行信号传输。 The main working units of the main body of the gate are all installed in the box body 4, and the card reader 5 can read short-distance passive cards and active cards carried by visitors. 6 is a photoelectric sensor, which can detect whether people pass by and how many people pass by. The main body of the gate is connected to the front box through the signal line 3 for signal transmission.

下面结合图3工作流程图说明本实用新型的工作方式，按照本实用新型设计原理，来者正常通过需要经过三道检测，分别为生物识别检测、读卡检测和光电检测。首先来者需要根据预先设定进行生物唯一性检测，识别成功后如果该人员允许被通过，显示屏上会显示来者信息以及绿色背景表示通过。如果信息未被检测到或者该人员不允许被通过，显示屏上会显示“未通过”以及红色背景。第一道检测通过后，读卡器会主动识别来者随身携带的有源卡，并等待一分钟，时间可根据需要调节，如果等待时间内读卡器识别到来者携带的有源卡或者来者出示的无源卡，读卡器会将信息传输到前端箱体的控制主板，与生物识别信息进行比对，如果信息一致，显示屏上依然会显示来者信息以及绿色背景表示通过，同时闸机闸门打开。如果读卡器信息与生物识别信息比对后不一致或者读卡器没能识别有源卡，来者也没有将无源卡放置读卡器上方，显示屏上会显示“未通过”以及红色背景。闸门打开后进入第三道光电检测开启，当检测到有人员通过后，闸门关闭。对于在规定时间内未检测到有人员经过或者检测到单次有多名人员通过的异常情况，闸门将会关闭并发出警报。 Below in conjunction with Fig. 3 working flow chart, illustrate the mode of work of the present utility model, according to the design principle of the present utility model, the passer normally needs to pass through three detections, is respectively biometric detection, card reading detection and photoelectric detection. First of all, the visitor needs to perform biometric uniqueness detection according to the preset settings. After the identification is successful, if the person is allowed to pass, the display will display the visitor's information and a green background to indicate the pass. If the message is not detected or the person is not allowed to pass, the display will show "Failed" with a red background. After the first detection is passed, the card reader will actively identify the active card carried by the visitor and wait for one minute. The time can be adjusted according to the needs. If the card reader recognizes the active card or Passive card presented by the visitor, the card reader will transmit the information to the control board of the front box, and compare it with the biometric information. If the information is consistent, the display will still display the visitor’s information and the green background means pass, and at the same time The gate of the gate opens. If the card reader information is inconsistent with the biometric information or the card reader fails to recognize the active card, and the visitor does not place the passive card on the card reader, the display will show "failed" with a red background . After the gate is opened, the third photoelectric detection is opened, and when a person is detected to pass, the gate is closed. For the abnormal situation that no person is detected to pass by within the specified time or multiple persons are detected to pass by at a time, the gate will be closed and an alarm will be issued.

本实用新型不局限于以上实施例，凡是由本领域技术人员根据本实用新型的技术方案得出的其他实施方式，同样落在本实用新型的保护范围之内。 The utility model is not limited to the above embodiments, and any other implementation manner obtained by those skilled in the art according to the technical solution of the utility model also falls within the protection scope of the utility model.