电动轮椅智能导航与健康监测系统的研制

P. Rashmi, K. M. Rajesh, P. Rachana, M. Supriya, A. Hanifa
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引用次数: 1

摘要

本文提出了一种将多种设施以低成本集成到一台轮椅上的智能轮椅框架。开发了一种智能电子轮椅的原型,可以帮助个人在没有任何外部帮助的情况下自由移动。轮椅也可以改装成担架。该系统将监测残疾人的脉搏、心率、体温、心电图等重要健康参数,并将信息存储在云端(Thing Speak)。在健康状况不正常的情况下,将向照顾者发送警报短信。该系统采用树莓派单片机开发,采用Python串行数据通信、PWM和android应用程序实现
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development of Electric Wheelchair for Smart Navigation and Health Monitoring System
This paper presents framework of smart wheelchair for differently abled people by incorporating many facilities in a single wheelchair at low cost. A prototype of smart electronic wheelchair is developed to help the individual move freely without any external assistance. The wheelchair can also be converted into a stretcher. The system will monitor the vital health parameters such as pulse rate, heart rate, temperature and ECG of the disabled person and the information is stored in cloud (Thing Speak). An alert SMS will be sent to the care taker in the abnormal health conditions. The proposed system is developed using raspberry pi single chip-computer, it is implemented using Python serial data communication, PWM and android application
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