Identity recognition-based campus gate signal lamp control and attendance method and device

Abstract

The invention relates to an identity recognition-based campus gate signal lamp control and attendance method and device. The device comprises an RFID signal sensing module, an information recording module, a signal lamp sensing control module, a signal lamp module, a terminal information publishing module and an image recording module. According to the method, information of street crossing students is detected according to an RFID reader mounted in a campus gate area so as to give a corresponding signal lamp control method, so that functions of automatically controlling a signal lamp at the campus gate and carrying out attendance checking on the students so as to send notification information to the parents are realized. If the arrival of the students cannot be sensed in a certain time, asystem judges whether the students need to cross the street or not according to a preset logic, so that the traffic state of the road section does not need signal control and a signal controller automatically turns to a dormant state, thereby not generating meaningless traffic delay by vehicles on the road and ensuring the normal passing ability of the road. Otherwise, when the system senses thearrival of the students, the signal control system is activated to ensure the safe street crossing of the students.

Description

technical field [0001] The invention relates to the technical field of RFID radio frequency identification, in particular to a method and device for controlling road signal lights at the gates of primary and secondary schools and checking attendance at school gates based on identification. Background technique [0002] With the rapid development of traffic, the roads at the entrances of primary and secondary schools have a high level of safety risk due to the large traffic flow, many travelers and vehicles during the daily commute to and from school. The chaotic traffic on the roads at the gates of primary and secondary schools and the sharp increase in traffic flow during school and school hours can easily lead to traffic accidents. The personal safety of primary and secondary school students has been seriously threatened by the road traffic system at the gates of schools. In addition, during the peak hours of going to and from school, the traffic flow generated by students...

AI Technical Summary

Problems solved by technology

[0004] The purpose of the present invention is to propose a method and device for signal light control and student attendance based on identification to address the potential safety hazards and low efficiency of students crossing the street at the campus gate

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