Body temperature monitoring assisted monitoring system and monitoring method thereof

Abstract

The invention relates to a body temperature monitoring assisted monitoring system and a monitoring method thereof. The system is characterized by comprising a cooperative robot for simultaneously detecting the body temperature of more than one pedestrian, and/or recognizing a human face of a body temperature suspicious person with abnormal body temperature and human faces of other pedestrians entering the infection range around the body temperature suspicious person, and/or recognizing whether the body temperature suspicious person wears a mask or not, and/or tracking the body temperature suspicious person, and/or interacting with the body temperature suspicious person; a monitoring control end which is used for receiving the body temperature monitoring data and the face recognition datafrom the assisting robot, and/or used for sending a control instruction to the cooperative robot, and/or used for archiving related data information. The system can effectively monitor the body temperature of a plurality of pedestrians, performs a series of subsequent work on suspicious persons with abnormal body temperature, effectively prevents disease transmission, and ensures public health andsafety.

Description

technical field [0001] The invention relates to a public health service system, in particular to a body temperature monitoring assisting monitoring system and a monitoring method thereof. Background technique [0002] At this stage, the most commonly used body temperature detection instruments include mercury thermometers and electronic thermometer guns. Among them, when using mercury thermometers, the probe needs to be placed in the armpit, mouth or anus of the human body, and it needs to wait for 10-15 minutes, which is troublesome to operate. And the efficiency is low; electronic temperature guns are generally portable and need to be operated by hand. Although the electronic temperature gun is easy to operate, it can only detect the body temperature of one person at a time; it can be seen that the above-mentioned mercury thermometer and electronic temperature gun are only applicable In places such as homes or hospitals. In order to efficiently monitor the body temperatur...

AI Technical Summary

Problems solved by technology

In order to efficiently monitor the body temperature of multiple pedestrians in public places with a large flow of people, a robot specially used to monitor human body temperature has appeared on the market. The probe used to monitor human body temperature is fixedly installed on the robot. Catch people with abnormal body temperature in the flow of people, but because this kind of robot generally cannot move, and the position of the probe is fixed, so when a suspicious person with abnormal body temperature is found, the camera on the robot cannot track the person with suspicious body temperature, and then can only send The staff went to follow up and make further confirmations, which increased the probability of contact between people and increased the probability of being infected; it can be seen that the existing body temperature monitoring methods are relatively passive, with single functions, and cannot track suspicious people well, which increases the risk of infection. Infection probability, making it difficult to prevent disease transmission and spread

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