In the current epidemic situation, railway stations, airports, subways and other public places in major cities will become the key areas for epidemic prevention and control. Achieving non-contact screening and rapid detection of high-temperature groups in these crowded areas is a common challenge faced by many cities.
Rakinda Technology Co., Ltd. focuses on the technical aspects of face recognition, face detection and body temperature detection. By adjusting and upgrading the face recognition algorithm, the face recognition algorithm under the mask wearing scene is activated to achieve real-time accuracy Detect and recognize faces wearing masks, and find that people who do not wear masks are not allowed to pass through; at the same time, thermal imaging temperature measurement cameras are deployed at the face recognition channel to perform non-contact rapid temperature measurement on passers-by, which can meet the scene of wearing masks at the same time Under the identity verification, temperature detection, face attendance, gate access and other business needs. In short, the smart face recognition equipment is now used, and wearing a mask can also achieve the face-checking attendance and temperature measurement of employees! It is hoped that through this series of scientific and technological means, the first anti-epidemic barrier will be built for enterprises to respond to the resumption of production.
Combined with the current epidemic prevention requirements, when the face recognition device turns on the mask detection function, it will first detect whether the person is wearing a mask. For people who don't wear masks, the system will prompt people to wear masks through voice and screen. After wearing the masks, face recognition and body temperature detection can be performed. High temperature can trigger an alarm, and people with normal body temperature can only open the gate / door to release. This action can simultaneously remind epidemic prevention staff on duty to achieve active epidemic prevention management and control, real-time supervision 24/7, effectively guaranteeing and improving the safety of public places.
At present, the infrared thermometers used are mainly divided into two types: handheld infrared thermometers and AI artificial intelligence automatic infrared thermometers. In public places such as subways, airports, wharfs, railway stations, office buildings and other places with high traffic volume, the hand-held infrared thermometer has low efficiency through manual screening, and it also exposes workers to dangerous situations, so the scope of application is relatively limited.
Compared with it, the automatic infrared thermometer has the advantages of long distance, large area, non-contact, and rapid screening of body temperature. Dense crowd flow can realize automatic non-sensing customs clearance. Once the abnormal temperature is found, the instrument will automatically display and alarm in real time, which will greatly improve the screening efficiency and detect patients with suspected cases of high temperature early.
The appearance of face recognition thermometer has made the detection of body temperature more efficient and accurate. Taken together, the combination of thermographic precision temperature measurement technology and visible light face recognition technology can automatically eliminate the factors that interfere with human body temperature measurement, only for the frontal temperature of the human face, and real-time temperature measurement It is superimposed and displayed on the true-color face image, so that the face and temperature can be seen instantly.