By Susu | 21 September 2020 | 0 Comments
"Mask + Identity" Face Recognition, Temperature Measurement and Attendance System
Under the dual tasks of "epidemic prevention and control" and "orderly resumption of work", many public places such as stations, schools, industrial parks, etc. are faced with many tasks such as personnel temperature detection and recording, and personnel attendance management. Manual detection and recording are time-consuming, labor-intensive and costly. Risk of cross infection. Face recognition temperature measurement access control attendance system can realize human body temperature measurement, mask recognition, face recognition, attendance record, swiping card, swiping face ID card, intelligent gate control and other functions to help prevent and control the epidemic.
This face recognition temperature measurement access control time attendance system is equipped with 2 million pixel dual cameras, and the software uses intelligent AI algorithms and intelligent light compensation algorithms. It can realize masks and non-masks in various environments such as strong light, weak light, and backlight. Fast face recognition, with a success rate of over 97% in the initial face recognition, effectively avoiding the risk of removing the mask. In addition, the terminal recognition is efficient and fast, the face recognition time is less than 0.5S, and the number of passers-by detected by a single station can reach up to 20 people/minute. The equipment is suitable for high-traffic passages and scenes such as enterprises, shopping malls, buildings, schools, airports, stations and office parks, effectively avoiding the phenomenon of people getting together and queuing.
The face recognition temperature measurement access control attendance system is designed with thermal infrared technology, which can quickly detect human body temperature within the range of 0.2~0.5m. During the detection process, personnel only need to approach and aim at the detection terminal to ensure high speed and accuracy to the greatest extent Detection. This system adopts infrared detection, RGB dual fill light design and temperature compensation algorithm design, which can realize the normal operation of the terminal indoors day and night.
The system has been put into use in the office premises and industrial parks of large state-owned enterprises. At the same time, it can also be widely used in hotels, schools, shopping malls, shops, communities, public services and other places where face access control is required, without removing the mask. Realize the application of non-contact screening to further reduce the risk of infection expansion..
This face recognition temperature measurement access control time attendance system is equipped with 2 million pixel dual cameras, and the software uses intelligent AI algorithms and intelligent light compensation algorithms. It can realize masks and non-masks in various environments such as strong light, weak light, and backlight. Fast face recognition, with a success rate of over 97% in the initial face recognition, effectively avoiding the risk of removing the mask. In addition, the terminal recognition is efficient and fast, the face recognition time is less than 0.5S, and the number of passers-by detected by a single station can reach up to 20 people/minute. The equipment is suitable for high-traffic passages and scenes such as enterprises, shopping malls, buildings, schools, airports, stations and office parks, effectively avoiding the phenomenon of people getting together and queuing.
The face recognition temperature measurement access control attendance system is designed with thermal infrared technology, which can quickly detect human body temperature within the range of 0.2~0.5m. During the detection process, personnel only need to approach and aim at the detection terminal to ensure high speed and accuracy to the greatest extent Detection. This system adopts infrared detection, RGB dual fill light design and temperature compensation algorithm design, which can realize the normal operation of the terminal indoors day and night.
The system has been put into use in the office premises and industrial parks of large state-owned enterprises. At the same time, it can also be widely used in hotels, schools, shopping malls, shops, communities, public services and other places where face access control is required, without removing the mask. Realize the application of non-contact screening to further reduce the risk of infection expansion..
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