Opening type campus anti-following system

Abstract

The invention discloses an opening type campus anti-following system which comprises a detecting area, wherein the detecting area is composed of a photoelectric beam detector, a top camera, an RFID (Radio Frequency Identification Device) trigger antenna, an RFID trigger and an RFID antenna; the RFID trigger and the RFID antenna are connected with a RFID reader-writer; cameras are respectively arranged on front and rear sides above the detecting area; and the cameras and the photoelectric beam detector are connected with a video processor. According to the principle of the opening type campus anti-following system, a video identifying technology and an RFID positioning technology are integrally combined, two personnel real-time arrangement diagrams generated by an RFID and video detection are compared by the system, the existence of the following phenomenon is judged and specific photograph data of the following phenomenon is supplied, so that a manager can timely perform safety management. According to the opening type campus anti-following system, no special detection channel is arranged, the manual card-swiping is unnecessary, the speed of people flow is accelerated, the jam and detention phenomenon is improved, a lawless person is prevented from entering into a campus while the attendance information of students is timely known, and a school is convenient to perform personnel management.

Description

technical field [0001] The invention relates to a management system, in particular to an open campus anti-tailgating system integrating video identification and RFID positioning technology. Background technique [0002] With the rapid development of the school and the continuous expansion of the scale, the safety management of the campus has become one of the important tasks of the school leaders. In order to regulate the entry and exit and prevent criminals from trailing into the campus and endangering the campus, the school often adopts the way of personnel registration and swiping cards to solve the access control However, in the form of ordinary access control, everyone has to check in manually. Set up the corresponding sensing channel, the cardholder can be automatically identified without actively swiping the card when passing through the channel, and the system will give a real-time alarm to remind the guard if the person who enters or exits the school gate detection ...

AI Technical Summary

Problems solved by technology

[0003] However, the disadvantage of this system is that pedestrians must pass through the sensor channel one by one. If they pass in parallel, the system will not be able to detect accurately. This approach not only affects the appearance of the school gate, but also if there is a large flow of people, there may be queue congestion, especially when parents pick up and drop off. It caused a lot of waste of time, and at the same time, a large number of people stagnated at the school gate also brought inconvenience to passers-by and even the traffic of the whole city.

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