基于 stm32 的非接触式红外温度测量设备

Fanrun Meng, Zhiren Zhu, Liming Zhou
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引用次数: 0

摘要

疫情在全球肆虐,人们的健康受到极大威胁。如何在第一时间发现疫情,就成了一个非常重要的问题。现阶段,疫情的主要症状是发烧。因此,无论是在医院、各个政府行政部门还是在办公楼、居民区等人群密集的地方,都会通过测量体温来判断人员的健康状况。但传统的体温检测方法需要近距离接触或测试被测者,会给检测人员的人体健康带来一定的威胁。因此,设计非接触式远程疫情防控设备显得极为迫切。本文通过使用 STM32F103C8T6 微控制器,利用超声波测距模块对被测人员的距离进行实时监测。当被测人员进入测试范围后,利用红外温度传感器 MLX90614 测试被测人员的温度。一旦超过设定的报警值,就会发出警报。该系统测试效率高、精度高,适用于疫情防控。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Non-contact Infrared Temperature Measuring Device based on stm32
With the epidemic raging around the world, people's health is under great threat. How people can detect the epidemic in the first time becomes a very important matter. At this stage, the primary symptom of the outbreak is fever. Therefore, whether in hospitals, various government administrative departments or in office buildings, residential areas and other crowded areas, will be measured by the body temperature to judge the health of personnel. However, the traditional methods of temperature detection need to touch or test the subjects at close range, which will bring certain threats to the human health of the inspectors. Therefore, the design of non-contact and remote epidemic prevention and control equipment is extremely urgent. In this paper, through the use of STM32F103C8T6 micro-controller, the ultrasonic ranging module is used to monitor the distance of the measured personnel in real time. When the measured personnel enter the test range, the infrared temperature sensor MLX90614 is used to test the temperature of the measured personnel. Once it exceeds the set alarm value, the alarm is alerted. The system has high testing efficiency and precision, which is suitable for epidemic prevention and control.
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