I see. Is the temperature test of Moro's robot accurate?

According to the "Handbook of New Pneumonia Prevention and Control Knowledge" published by the official authoritative platform, an important clinical manifestation of pneumonia in novel coronavirus is that the body temperature is ≥37.3℃. Therefore, the body temperature detection has become a very important part in the epidemic prevention and control work. Many subway stations, high-speed railway station and other crowded places are also equipped with forehead thermometers for staff to measure their body temperature. In this regard, some professional doctors pointed out that the way to measure the forehead temperature or wrist temperature is not accurate because of many factors, such as weather, external environment temperature, wind speed, measurement methods and other factors will cause great errors.

The intelligent epidemic prevention inspection robot in one-dimensional serial MoRo robots came into being. After it is equipped with high-precision temperature measuring equipment, it can measure the body temperature within the effective range of 0.5-2m by using thermal imaging technology combined with visible light camera, and the temperature measuring accuracy can reach 0.3℃, which provides a good solution for temperature measurement in public places.

With the help of Moro S epidemic inspection robot, the reciprocating, non-contact, long-distance and large-scale screening of epidemic high-risk areas can be completed, and the high-temperature alarm can be quickly started when abnormal body temperature is detected, thus building the first line of defense for epidemic prevention and control. At the same time, it can realize the traceability and data analysis of historical data, which greatly saves manpower and material resources and reduces the risk of cross-infection of related staff.

Testers wear masks.

20 19-nCoV At present, wearing a mask is the most effective means to protect oneself and block virus infection without specific drugs in novel coronavirus. Therefore, it is very necessary to detect whether people in high-risk areas wear masks.

Since the outbreak of the epidemic, many cities across the country have issued notices requiring people to wear masks in public places to discourage passengers who do not wear masks from traveling in crowded places and public transport such as subways and buses. Those who refuse to cooperate may be detained.

The implementation of compulsory measures and the huge flow of people have also brought great work pressure to the relevant staff. MoRo's epidemic inspection robot combines camera and face recognition technology, and with the support of algorithm, it realizes real-time and accurate monitoring of mask wearing. When it is detected that the relevant personnel are not wearing masks, the epidemic prevention inspection robot will remind them by shouting, take photos immediately and send them to the background together with the location information.

At the same time, the epidemic prevention robot can also send the monitoring data to the cloud through the network, so as to realize the traceability and data analysis of historical data and accurately correlate the preset control strategies, making the epidemic control more efficient and intelligent.