The infrared thermal imaging temperature measurement system is a combination of infrared and visible light, and AI algorithms, making temperature measurement and monitoring more accurate. Thermal imaging thermometers can identify high-temperature people in the flow of people, and then use AI algorithm technology to assist the flow of high-density people in various public places (stations, airports, schools, shopping malls, office buildings) and other high-density people based on the body and face information of feverish people. The staff in the scene quickly screened people with abnormal body temperature, realized the non-contact intensive human flow AI-assisted wengan solution, and solved the efficiency and controllability of the passage in open places after the epidemic has stabilized.
The temperature-measuring face recognition terminal adopts a wide dynamic high-definition face recognition camera, which is fully adapted to harsh environments such as strong light, backlight, and low light. It has the characteristics of fast recognition speed, high accuracy, and large list library capacity. In terms of epidemic prevention and control, it effectively reduces the potential risk of large-area contact with the human body during temperature measurement, shortens the time for human body temperature measurement, and improves temperature measurement efficiency. It can be used with application management systems such as the face real-name system management system, face access control and attendance management system, visitor management system, etc. Infrared thermal imaging thermometer is a combination of infrared and visible light, temperature measurement and monitoring are more accurate. Thermal imaging thermometers can identify high temperature people in the flow of people, and then according to the meaning of the human body and face information of the fever, through the AI algorithm technology, assisting staff in various public places and other high-density people flow scenes to quickly screen for abnormal body temperature It can not only screen quickly, but also avoid staff one-to-one close contact temperature measurement work, which creates the risk of cross-infection. Realize the non-contact intensive human flow AI-assisted Weng'an solution to solve the passage efficiency and controllability in open places after the epidemic has stabilized.
Infrared thermal imaging cameras can detect batches by multiple people (1-4) at the same time, which is more efficient. The second is a fast response to temperature measurement, and the detection is completed in 0.1 seconds. It does not require personnel to stay and does not affect the flow of people. Accurate and safe, based on the high-precision temperature sensor, the temperature measurement error can be controlled within ±0.4℃ to ensure that the suspected person is not missed. The working principle is to avoid close contact with the tested population (0.4-2.5m), and the tested person wears a mask It does not affect the detection. Fourth, it is convenient and quick to install and use. It can display the software running interface and collection screen by plugging in the monitor, and real-time monitoring and judgment.