Intelligent epidemic prevention channel

Abstract

The invention discloses an intelligent epidemic prevention channel. The channel body comprises an outer channel and an inner channel; the outer channel is an open channel provided with a guardrail; the inner channel is a closed or semi-closed channel of which the inlet is connected with the tail end of the outer channel; a sole dust sticking area, a sole disinfection area and a sole drying area are sequentially laid on the outer channel from the channel inlet to the channel tail end; the outer channel is further provided with a hand disinfection area; a linkage face recognition device and a thermal infrared imager are arranged in front of an inlet of the inner channel, and are used for personnel identity recognition and body temperature detection respectively; air curtains are arranged atan inlet and an outlet of the inner channel, a spraying type disinfection and purification system is arranged in the inner channel, and the spraying type disinfection and purification system is used for blowing, spraying and purifying the interior of the inner channel through filtered and sterilized clean air. The invention can be used in office buildings, shopping malls, stations, airports and other places, ensures the life safety of mobile personnel, and achieves the purpose of epidemic prevention.

Description

technical field [0001] The invention belongs to the field of epidemic prevention devices, and in particular relates to an intelligent epidemic prevention channel installed in crowded places such as office buildings, airports, stations, and shopping malls. Background technique [0002] In 2020, a new type of coronavirus pneumonia outbreak (WHO named it COVID-19) broke out globally. Due to the strong contagiousness and fast transmission speed of the disease virus, it will have a huge impact on the social production order and will cause unstoppable damage to the global economy. estimated loss. In addition, due to the suddenness and strong transmission ability of the new crown pneumonia epidemic, it has caused some social panic to some extent, and the task of epidemic prevention and control is arduous. [0003] Recalling the outbreak of atypical pneumonia in 2003, the cumulative number of cases in the mainland of my country was 5327, and 349 people died, causing direct economic...

AI Technical Summary

Problems solved by technology

[0005] After the outbreak, people often reduce the risk of infection by adopting home isolation and reducing going out activities. For those who have to go out due to work or life needs, they choose to wear masks and other protective measures, which can effectively block the virus. However, since the virus can be transmitted through droplets, contact, aerosol and other ways, the virus-containing droplet nucleus may be attached to clothes or bare skin, causing the virus to continue to spread and spread, and aggravate the development of the epidemic. At the same time, in most occasions, preliminary investigations are often carried out by manual temperature measurement, which is less efficient, and the temperature detection instrument is limited by a single temperature measurement point, which cannot truly reflect the body temperature of the person being tested, and those who may have abnormal body temperature cannot be tested It is not conducive to the effective development of epidemic prevention and control work

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