Operation Guide of Human Body Thermometer for Influenza Prevention
Operation guide for human thermometer to deal with influenza: about dealing with influenza or epidemic fever, etc. For handheld thermometers that can measure temperature in seconds and are fast and accurate, they are indispensable temperature measuring tools in our daily lives.
Its working principle is to measure the surface temperature of the human forehead, and then obtain the actual body temperature of the human body based on the relationship between the forehead temperature and body temperature. The optical components of the detector collect the energy emitted and reflected from the forehead onto the sensor, which converts this information into temperature readings through electronic components and displays them on the display panel. When the temperature reading exceeds the high temperature alarm value, the instrument will emit an alarm sound and the red alarm light will light up. It is a very important instrument in modern medicine.
The human body thermometer is mainly used for detecting human body temperature in public places such as entry and exit ports, airports, stations, docks, hospitals, offices, factories, schools, hotels, and office buildings. It is convenient for screening patients with fever symptoms to reduce transmission and the spread of the epidemic.
There are many types of thermometers on the market, but only two are common: industrial infrared thermometers and human body specific thermometers. It is important to note that industrial infrared thermometers can only measure the surface temperature of industrial objects and cannot measure the temperature of the human body. If industrial thermometers are used to measure the human body, the data obtained will have significant errors. Therefore, when dealing with the flu, we need to use professional human body thermometers to measure temperature. Infrared ear thermometers are used to measure ear temperature and can be completed within 1 second. As the eardrums and ear canals of humans are less affected by external environmental conditions, infrared ear thermometers can accurately measure body temperature. The human ear temperature is generally 0.4 degrees Celsius higher than the armpit temperature. At this point, the reading of the infrared ear thermometer should be converted from the criterion of axillary temperature with fever to the criterion of ear temperature.
