红外测温与定位系统设计
投稿时间:2022-05-12  修订日期:2022-09-14  点此下载全文
引用本文:
摘要点击次数: 29
全文下载次数: 0
作者单位邮编
赵鹏 新疆理工学院 机电工程学院 843000
李帅波 新疆理工学院 机电工程学院 
钱美 新疆理工学院 机电工程学院 
中文摘要:针对传统的非接触式测温系统功能单一,无法实现GPS定位与时间显示等功能,本设计提出一种以IAP15单片机为控制器,结合红外测温传感器、GPS模块、存储电路、按键电路、OLED显示电路等,构建了红外测温与GPS定位系统。通过器件选型分析、软硬件设计及调试等各个阶段,完成了设计。该系统具备红外测量人体温度、GPS定位信息及时间显示功能;具备环境温度的测量功能;具备人体温度阈值设置及超限报警功能;具备位置信息的存储功能;具备蓝牙传输功能。实验证明,该系统兼具功能多样化、测量精度高、显示直观、运行稳定等优点,将非接触式测温与定位相结合,对于实时监测不同环境下人体温度及定位测量地点有一定的借鉴。
中文关键词:红外测温  GPS定位  阈值设置  超限报警
 
Design of Infrared Temperature Measurement and Control and Positioning System
Abstract:For the traditional non-contact temperature measurement system with a single function, which cannot realize the functions of GPS positioning and time display, this design proposes a design scheme with diversified functions. The scheme uses IAP15 microcontroller as the controller, combined with infrared temperature sensor, GPS module, memory circuit, keypad circuit, OLED display circuit and other hardware to build a combined infrared temperature measurement and GPS positioning system. Through the analysis of device selection, software and hardware design and debugging, the design is completed. The system has the functions of infrared measurement of human body temperature, GPS positioning information and time display; with the function of ambient temperature measurement; with the function of human body temperature threshold setting and over limit alarm; with the function of location information storage; with the function of Bluetooth transmission. The experiment proves that the system has the advantages of diversified functions, high measurement accuracy, intuitive display and stable operation. Combining non-contact temperature measurement and positioning, the system is a useful reference for real-time monitoring of human body temperature in different environments and locating and storing measurement locations.
keywords:infrared temperature measurement  GPS positioning  threshold setting  over limit alarm
查看全文   查看/发表评论   下载pdf阅读器