Integrated temperature-measuring and disinfection system

Abstract

The invention relates to an integrated temperature-measuring and disinfection system. The integrated temperature-measuring and disinfection system comprises a door body, human body temperature-measuring equipment and a disinfection spraying device, wherein a body temperature detecting module of the human body temperature-measuring equipment is mounted at the upper part of a lintel or door side frame of the door body, a body temperature detecting end of the body temperature detecting module faces towards a door body channel formed by surrounding of the lintel and the door side frame, and the door body channel is located in a detection range of the body temperature detecting end; and the disinfection spraying device comprises a plurality of spray heads which are uniformly mounted on the lintel and / or the door side frame, and the spraying directions of the spray heads face towards the door body channel. The integrated temperature-measuring and disinfection system integrates multiple techniques such as human body temperature measurement and disinfection, can be used for rapidly and accurately detecting the temperature of a human body when detected people enters the door body channel and can be used for disinfecting the body surface and clothes of the detected people, so that epidemic prevention and control effects can be effectively improved, spreading of epidemics is avoided, andthe social safety is guaranteed.

Description

technical field [0001] The invention relates to an integrated temperature measurement and disinfection system, which is mainly used for the prevention and control of epidemics that easily cause body temperature to rise. Background technique [0002] During an epidemic caused by an epidemic virus (such as new coronavirus pneumonia, atypical pneumonia, etc.), usually at the entrance of public places, enterprises or crowded places, special personnel are equipped with forehead thermometers to detect the body temperature of entering personnel. The detection speed of this method is slow and it is easy to cause people to gather, and the temperature detection data is often inaccurate because the detection angle and detection distance of the forehead thermometer are not well grasped. In addition, this method cannot carry out the necessary disinfection of the places where the tested personnel often pass by, nor can it judge whether the tested personnel are people who need to be isolat...

AI Technical Summary

Problems solved by technology

[0002] During an epidemic caused by an epidemic virus (such as new coronavirus pneumonia, atypical pneumonia, etc.), usually at the entrance of public places, enterprises or crowded places, special personnel are equipped with forehead thermometers to detect the body temperature of entering personnel. The detection speed of this method is slow and it is easy to cause people to gather, and the temperature detection data is often inaccurate because the detection angle and detection distance of the forehead thermometer are not well grasped.

In addition, this method cannot carry out the necessary disinfection of the places where the tested personnel often pass by, nor can it judge whether the tested personnel are people who need to be isolated, such as epidemic patients, virus carriers, or epidemic recovery patients, which seriously affects the prevention and control of the epidemic. control effect

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