Face Temperature Measurement Machine Plays the Role of Electronic Sentinel to Help Shenzhen University

In order to effectively improve the efficiency of prevention and control work and prevent loopholes in epidemic prevention management, Shenzhen University responded to the call and took the initiative to take the lead in enabling the installation and commissioning of "electronic sentinels" at the epidemic prevention checkpoints of multiple campuses, making full use of digital means to reduce the epidemic prevention work on campus pressure.

The "Electronic Sentinel" introduced is particularly amazing. This is a new "AI digital sentinel" that integrates product functions such as face recognition, health code reading, temperature measurement, card reading, etc. In addition to the health code function, it also has functions such as internal personnel attendance, external visitor access, etc. It can identify the health code status and nucleic acid information of teachers and students online through various intelligent verification methods such as scanning code, verifying face, swiping ID card, and campus card. , vaccination, body temperature and other information. In addition, you can add the functions you need to it, such as: whitelist verification and registration.

The "Electronic Sentinel" adopted by Shenzhen University is the F6 series face recognition health code temperature measuring machine developed and launched by Shenzhen Rakinda Technologies Co., Ltd. The security and epidemic prevention personnel of the company provided S2 handheld health code verification terminal, RD3100 health code scanning code verification desktop scanner and other verification and temperature measurement all-in-one products, providing support for campus epidemic prevention and control with scientific and technological strength.

At present, the F6 series health code temperature measurement device has been put into use after debugging by Rakinda service team. When campus teachers, students and visitors enter and exit the checkpoints of various campuses of Shenzhen University, a series of cumbersome procedures from temperature measurement, code verification to information registration can be replaced by the "electronic sentinel" non-inductive access method. The whole process only takes 1 to 2 seconds, and the traffic data is collected on the big data platform, which is connected with the "multi-region health code platform across the country", which can help accurate flow adjustment. After the electronic sentinel goes online, these basic epidemic prevention and detection work can be handed over to the machine, which can not only relieve the work pressure of security and epidemic prevention personnel, but also improve the efficiency of entrance verification and reduce crowd gathering. At the same time, the campus epidemic prevention management is accurate and safe.