At the end of 2019, a novel coronavirus outbreak (COVID-19)occurred in Wuhan.

The epidemic has spread to all parts of the country. One of the main symptoms of a novel coronavirus is fever, National Health Commission high-level expert group leader, academician of Chinese academy of engineering, national respiratory diseases clinical research expert zhong Nanshan said that the new pneumonia exists in the phenomenon of human-to-human transmission, Wuhan to reduce the output is a very important aspect of Wuhan.

There are very strict screening tests, especially for body temperature. Temperature detection has become a necessary means and measures for screening patients.

Obviously, in public places, especially in crowded places such as stations, factories and schools, a thermometer is used in temperature measurement, slow test speed, low detection efficiency, large labor cost, and the detection data can not be real-time feedback, cannot make timely response measures. With factories opening after the Spring Festival and schools opening, the country is about to see a mass exodus of workers. Therefore, there is an urgent need for rapid temperature screening.

Yoseen Infrared temperature measurement program is to detect the temperature of human body by non-contact means, which can be simple, safe, intuitive and accurate find out and judge whether there is abnormal body temperature in the personnel, and take measures to solve and prevent the flow of the personnel with fever.

Therefore, the human body temperature detection and screening system is designed and constructed as a whole solution, which can help users quickly find out the temperature abnormal staff.

By using the non-contact and regional high-efficiency temperature measuring and monitoring system, the monitor can work in further operation platform, which can effectively avoid cross infection. It can carry out large-area monitoring in public places with dense flow of people, quickly find out and mark people with high temperature and give an alarm in less than one second, giving a quick check of the human fever caused by SARS, Zika and Ebola etc.. Automatic correction, no manual interference, built-in reference blackbody and high-precision temperature sensor, completely eliminate the temperature drift, can work stably and reliably for a long time, free from the interference of environmental temperature and other factors. Using 100m and Gigabit network output is more conducive to centralized data management.

The uncooled focal plane detector with 384 × 288 resolution can provide clear infrared thermal images and 1280x960 resolution visual camera images. Advanced intelligent image algorithm processing technology, precise temperature measurement technology, multi-objective over temperature monitoring and marking of over temperature objects are adopted.

The accuracy of temperature measurement is 0.4 ℃, while the accuracy of other industrial infrared thermal cameras are generally 2 ℃. This means that if an industrial infrared thermal camera is used to measure a feverish patient with a temperature of 38 ℃, it is possible that the measurement result is 36 ℃, which leads to the indication that the person has no feverish symptoms. This is a fatal mistake for emergency medical testing.