Intelligent temperature measurement disinfection cabin and quarantine method

Abstract

The invention provides an intelligent temperature measurement disinfection cabin and a quarantine method. The temperature measurement disinfection cabin comprises a temperature measurement cabin, a disinfection cabin, a control system, an infrared thermal imaging temperature measurement system, a disinfection system, an automatic gate device, a sensor and an alarm device, wherein the temperature measurement cabin is connected with the disinfection cabin, the infrared thermal imaging temperature measurement system is connected with the temperature measurement cabin, and the disinfection systemis connected with the disinfection cabin; the control system is connected with the infrared thermal imaging temperature measurement system, the disinfection system, the automatic gate device, the sensor and the alarm device; the automatic gate device and the alarm device are associated with the infrared thermal imaging temperature measurement system; the disinfection system includes an ultrasonicatomization device and an ozone generation device which cannot be started at the same time; and the sensor is associated with the ultrasonic atomization device. The temperature measurement disinfection cabin can realize automatic and intelligent quarantine, continuously performs temperature measurement and disinfection, and is high in inspection passing efficiency; people with abnormal body temperature can be effectively screened out, and help is provided for blocking infectious disease propagation paths; and a cross contamination risk is reduced, and safety is high.

Description

technical field [0001] The invention relates to the technical field of medical devices, in particular to an intelligent temperature-measuring disinfection cabin and a quarantine method. Background technique [0002] When carrying out epidemic prevention, in densely populated places such as subway stations, airports, waiting rooms, shopping malls, and communities, it is necessary to screen the temperature of people entering and leaving in order to quickly identify people with fever symptoms and block the infection in time the route of disease transmission. At present, most of the people use machines and equipment to measure the temperature, screen and disinfect the personnel, and then judge whether to release them according to the results. Manual screening has the problems of heavy workload, low screening efficiency, and difficulty in ensuring accuracy. There is also the risk of cross-infection caused by contact between staff and passers-by, which is not convenient for epide...

AI Technical Summary

Problems solved by technology

However, the temperature measurement and disinfection of the above-mentioned quarantine inspection station (or quarantine channel) are carried out in the same space, and selective disinfection is carried out after temperature measurement, which cannot be continuously quarantined, and the traffic efficiency is low; and only some personnel are disinfected, there are The risk of missed detection and elimination cannot effectively block the spread of infectious diseases

The automatic spray system is used to disinfect the human body surface. The spray system uses a large amount of medicine, which is easy to remain on the human body surface, causing poisonous danger to the human body; and the large amount of spray sprayed by the spray system is only suitable for Intermittent use, continuous use is likely to cause problems such as drug waste and leakage

Images