Design of intelligent bracelet based on Beidou positioning

zhao xu, Fei Fang, Chao Song
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Abstract

At present, people are under great pressure to survive, and there are more and more sudden diseases coming along with it. The time that people fail to cure in time due to sudden diseases in society occurs frequently. Therefore, based on this kind of phenomenon, this paper combines fall alarm and Beidou positioning, and designs a new type of fall detection system with STM32 single chip microcomputer as the main control chip, which uses ADXL345 tilt sensor for fall detection, buzzer alarm and remote alarm by sending real-time information through GSM module, so as to timely cure users. In addition, the smart bracelet also has the function of detecting human body temperature and heart rate, and can conduct real-time monitoring of physical conditions. This paper introduces the design idea, hardware selection and software design of the intelligent bracelet, completes the circuit diagram and flow chart of each module, makes the real object and completes the function test, and the results show that the designed product can achieve the preset function. Finally, the paper summarizes the existing shortcomings and prospects for the future of the smart bracelet.
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基于北斗定位的智能手环设计
当前,人们面临着巨大的生存压力,越来越多的突发性疾病也随之而来。社会上因突发疾病而无法及时治愈的情况时有发生。因此,基于这种现象,本文将跌倒报警与北斗定位相结合,设计了一种新型的跌倒检测系统,以 STM32 单片微型计算机作为主控芯片,利用 ADXL345 倾角传感器进行跌倒检测,蜂鸣器报警,并通过 GSM 模块发送实时信息进行远程报警,从而及时治愈用户。此外,智能手环还具有检测人体体温和心率的功能,可对身体状况进行实时监测。本文介绍了智能手环的设计思路、硬件选型和软件设计,完成了各模块的电路图和流程图,制作了实物并完成了功能测试,结果表明所设计的产品能够实现预设功能。最后,本文总结了智能手环存在的不足,并对未来进行了展望。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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