Intelligent body temperature detection and sterilization disinfection system

Abstract

The invention discloses an intelligent body temperature detection and sterilization disinfection system. The intelligent body temperature detection and sterilization disinfection system comprises a building main body structure which is movably installed and integrates body temperature detection and sterilization disinfection functions; the building main body structure comprises a passage for pedestrians to walk through; a disinfection foot pad layer used for disinfecting soles of the pedestrians passing through the passage is arranged on the ground of the passage; a gate machine is arranged onthe passage; a controller with a preset human body detection temperature value is arranged in the gate machine; the controller is connected with an infrared temperature detector or a thermal imagingtemperature measuring device which is arranged on the passage, located at the front end of the gate machine and used for detecting the temperature of a human body; the controller is further connectedwith a gate driver which drives the gate machine to be opened for releasing when the temperature of the human body of a pedestrian is detected to be lower than the preset human body detection temperature value. The functions of automatically detecting the human body temperatures of the pedestrians and externally sterilizing and disinfecting the pedestrians can be realized.

Description

[technical field] [0001] The invention relates to an intelligent body temperature detection and sterilization system. [Background technique] [0002] There is a phenomenon of human-to-human transmission of the new type of pneumonia. Human fever is one of the main manifestations of infection with the new coronavirus at this time. Testing for fever symptoms is an important way to find suspected infected persons in the first place. Therefore, during the prevention and control period of the new crown pneumonia epidemic, Regardless of home isolation, return stations, or public places such as shopping malls, body temperature measurement is an important measure for epidemic prevention. However, existing body temperature measurements are all performed manually or by equipment, which has the following disadvantages: [0003] First, most of the existing temperature measuring instruments are suitable for indoor temperature measurement, but if the temperature is measured indoors, the po...

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Problems solved by technology

[0003] First, most of the existing temperature measuring instruments are suitable for indoor temperature measurement, but if the temperature is measured indoors, the potential infected person has entered the indoor space. The space environment is disinfected, resulting in an increase in the probability of infection! If the entry personnel are allowed to measure the temperature in the outdoor space, it will help reduce the risk of environmental pollution to the indoor space. However, when the temperature is measured outdoors, the temperature measurement equipment is affected by many external environments such as ambient temperature, wind speed, and dust, making it easy to detect human body temperature. There are large errors, which are prone to misjudgment, resulting in the existence of risks, and many buildings do not have relatively independent access channels outdoors; second, the efficiency is not high. Accurately detect all personnel; third, it consumes a lot of manpower, and the front-line inspection personnel for epidemic prevention usually take three shifts to carry out their work, which requires a lot of manpower; fourth, the inspection personnel have the risk of being infected, and manual inspection increases the direct contact between personnel and infected persons. The risk of infection, in the case of weak protection awareness, increases the chance of staff being infected

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