作者:王晓岚1,程进1,朱嘉林2,邹小平1,李晓彤1,任宝凯1,王一飞1,刘宝宇1,周子肖1
单位:1. 北京信息科技大学北京市传感器重点实验室,北京 100101;
2. 北京信息科技大学自动化学院,北京 100192
中图分类号:TP277
文献标识码:A
文章编号:1006-883X(2020)12-0032-04
收稿日期:2020-10-27
摘要:如今,闹铃叫醒已经成了大多数人的一种主要起床方式,闹钟的发展也越来越多样化。大多数闹钟包括手机闹铃多是增加调大闹铃声音或可设多个闹铃的此类功能来叫醒使用者,但是对于很疲劳的人来说,经常会无意识的关掉一个个闹铃睡起回笼觉。针对上述问题设计了一款智能感知起床助手装置。该研究针对这一痛点,采用STM32F103单片机控制各传感器的检测以及LED灯、震动片和语音播放器等提醒模块来达到“身不离床铃不停”的效果,使得年轻人可以更有规律的作息。通过与普通闹钟装置的工作实验对比,验证了该装置在对使用者起床唤醒中能达到更好的效果。
关键词:智能感知;起床唤醒;STM32
Intelligent Wake up Assistant System
WANG Xiaolan1, CHENG Jin1, ZHU Jialin2, ZOU Xiaoping1, LI Xiaotong1, REN Baokai1, WANG Yifei1, LIU Baoyu1, ZHOU Zixiao1
1. Beijing Sensor Key Laboratory, Beijing Information Science & Technology University, Beijing 100101, China; 2. College of Automation, Beijing Information Science & Technology University, Beijing 100192, China
Abstract: Nowadays, alarm clocks have become the main way to get out of bed for most people, and the development of alarm clocks is becoming more and more diversified. Most alarm clocks, including cell phone alarms, are designed to increase the volume of the alarm or set multiple alarms to wake the user up. However, people who are very tired often unconsciously turn off one alarm to get back to sleep. The paper designs an intelligent sensing wake-up assistant device for the above problems. Aiming at this point, STM32F103 single-chip microcomputer is adopted to control the detection of all sensors, and LED lights, vibrators, voice players and other reminder modules to achieve the effect of "The alarm doesnt stop unless the body leaves the bed", so that young people can have a more regular sleep and rest. Through the comparison with the normal alarm clock device, it is verified that the device can achieve better results in waking up.
Key words: intelligent perception; wake up; STM32
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备注:2020年 第26卷 第12期