Recording armband based on epidemic prevention and temperature measurement

Abstract

The invention discloses a recording armband based on epidemic prevention and temperature measurement. The armband comprises an armband body and is characterized by further comprising a battery, a microcontroller, an RTC clock module, an alarm device, a wireless communication circuit, a memory module, a non-contact communication radio frequency coil device, a display screen arranged on the outer surface of the armband body and a temperature sensor arranged on the inner surface of the armband body which are arranged in the armband body. The battery supplies power to all modules of the armband; under the condition that a battery in the body is out of power, an external wireless reading device can generate energy through the non-contact communication radio frequency coil device, a power supplyis provided for the armband to drive the temperature sensor to read a measured body temperature value at a time, and the measured body temperature value is displayed on a display screen of the armband. Human body temperature detection can be recorded and warned, and data are provided for medical diagnosis and treatment. The information can be sent to external communication equipment through an external wireless reading device to be reported to related departments, so that powerful real-time data is provided for national prevention and control of major disasters.

Description

technical field [0001] The invention belongs to the field of electronic thermometers, in particular to an epidemic prevention temperature measurement and recording armband. Background technique [0002] An important means of prevention and control is to measure body temperature. Residential areas, shopping malls, supermarkets, stations, airports and other densely populated places need to measure body temperature to prevent infected people from becoming a source of transmission and infecting more people. Traditional measurement methods: 1. The high accuracy of the thermometer is contact measurement, but contact measurement may cause cross-infection, which is a huge risk for prevention and control; 2. Infrared temperature measurement guns do not require contact, but the accuracy is poor, due to external environmental factors , the effect in actual use is not very ideal; 3. Although the infrared imaging temperature measurement is fast, it has too high requirements on the extern...

AI Technical Summary

Problems solved by technology

Traditional measurement methods: 1. The high accuracy of the thermometer is contact measurement, but contact measurement may cause cross-infection, which is a huge risk for prevention and control; 2. Infrared temperature measurement guns do not require contact, but the accuracy is poor, due to external environmental factors , the effect in actual use is not very ideal; 3. Although the infrared imaging temperature measurement is fast, it has too high requirements on the external environment and is basically inaccurate.

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