基于红外测温的机场自动检测消毒通道

F. Feng, Yang Yang, Y. Hu, Wangdi Du, Sihan Chen
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引用次数: 1

摘要

随着返航的旅客重返工作岗位,机场出入口人流量巨大。现有的机场检测消毒系统普遍不够智能化,旅客健康信息登记开发较少,往往导致消毒和测温缺失、耗时长、效率低、建立旅客健康信息数据库困难等问题。为了解决这些问题,使机场检测消毒系统更适合疫情防控的“严防”和“细控”阶段,本文设计并开发了具有记录旅客健康信息功能的机场自动检测消毒通道。在现有的超声雾化消毒系统上安装STM32处理器、MLX90614非接触式测温模块、DY-SV5W智能语音模块、TFT液晶显示模块、红外开关模块、信息登记模块、摄像模块等。同时,考虑到背景环境的辐射会对测量结果产生干扰,造成一定误差,本文选择容错能力高、泛化能力强的BP神经网络算法对环境温度进行补偿,以提高测温精度。通过系统软硬件电路的结合,可以实现信息登记、引导旅客进出、红外测温、检疫消毒等一系列功能。体温异常疑似感染的旅客可单独识别,保证出入境人员健康,缓解机场检疫人员人工检查、消毒、登记压力。系统的功能趋向于更加完善,更加智能化和人性化。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Airport Automatic Detection and Disinfection Channel based on Infrared Temperature Measurement
With the return of passengers to return to work, the airport has a huge flow of people at the entrance and exit. The existing airport detection and disinfection system is generally not intelligent enough, and the development of passenger health information registration is minimal, which often leads to problems such as missing disinfection and temperature measurement, time-consuming, low efficiency, and difficulty in establishing passenger health information databases. In order to solve such problems and make the airport detection and disinfection system more suitable for the “strict prevention” and “fine control” stages of epidemic prevention and control, this paper designs and develops an airport automatic detection and disinfection channel with the function of recording passengers' health information. STM32 processor, MLX90614 non-contact temperature measurement module, DY-SV5W intelligent voice module, TFT LCD module, infrared switch module, information registration module, camera module, etc. are mounted on the existing ultrasonic atomization disinfection system. At the same time, considering that the radiation from the background environment will interfere with the measurement results and cause certain errors, this paper selects a BP neural network algorithm, which has high fault tolerance and strong generalization ability to compensate the ambient temperature to improve the accuracy of temperature measurement. Through the combination of system software and hardware circuits, a series of functions such as information registration, guiding passengers in and out, infrared temperature measurement, and quarantine disinfection can be realized. Passengers with suspected infection due to abnormal body temperature can be separately identified to ensure the health of people entering and leaving and ease the manual inspection of airport quarantine personnel, disinfection, registration pressure. The function of the system tends to be more perfect, more intelligent and humanized.
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