设计简介:
项目名:智能穿戴(实物)
项目编号:mcuclub-dz-275
单片机类型:STM32F103C8T6
具体功能:
1、通过RTC内部时钟模块获取时间,并能通过按键修正时间
2、通过心率血氧检测模块检测心率、血氧(一个按键控制启动),可通过按键设置心率、血氧上下限值,当测量结束后,语音播报心率、血氧数,当低于设置最 小值时,语音播报“心率、血氧过低”,处于上下限之间,语音播报“心率、血氧正常”;高于设置最大值,语音播报“心率、血氧过高”
3、通过血压计检测模块检测血压(一个按键控制启动),可通过按键设置血压上下限值,当测量结束后,语音播报血压值,当血压低于设置最小值时,语音播报“血压过低”,处于上下限之间,语音播报“血压正常”,高于设置最大值,语音播报“血压过高”
4、通过红外测温模块检测体温(一个按键控制启动),可通过按键设置体温上下限值,当测量结束后,语音播报体温值,当体温低于设置最小值时,语音播报“体温过低”,处于上下限之间,语音播报“体温正常”,高于设置最大值,语音播报“体温过高”
5、通过OLED显示屏显示数据
6、通过蓝牙模块,可将数据发送到手机端
总字数:16449
摘 要
中国养老问题日益突现。养老问题的解决,不仅需要政府统一规划制定战略、企业积极参与协同创新,更需要社会各方面力量的共同参与。智慧养老虽然在一定程度上可以缓解看护压力,但老年人缺乏陪伴,失能老年人的照护等仍然是养老问题中不可忽视的问题。仍有许多呕待解决的问题需要持续研究。
为了实现对使用者相关参数的实时监测,本文提出一种基于单片机的智能穿戴产品,本设计以STM32单片机为核心控制芯片,采用心率血氧检测传感器检测人体心率、血氧值,采用红外测温模块检测体温,采用血压检测模块检测血压值,采用按键对相关参数阈值进行设置,采用显示模块对相关参数进行实时显示。在本设计的设计过程中,将相关传感模块佩戴在手指、耳垂等地方,在不影响使用者日常活动的情况下,实时测量人体的相关参数,并通过蓝牙通信与智能手机互联,可以将相关数据传到智能手机上进行显示,也可以实现智能手机控制智能穿戴系统。
关键词:智能穿戴;传感器;单片机;数据采集;蓝牙
Abstract
China’s pension problems are becoming more and more prominent. The solution of the elderly care problem not only requires the government to formulate a unified plan and strategy, and enterprises to actively participate in collaborative innovation, but also requires the joint participation of all social forces. Although smart elderly care can alleviate the nursing pressure to a certain extent, the lack of companionship for the elderly and the care for the disabled elderly are still problems that cannot be ignored in the elderly care. There are still many unsolved problems that need to be studied continuously.
In order to realize real-time monitoring of relevant parameters of users, this paper proposes a smart wearable product based on single chip microcomputer. The STM32 single chip microcomputer is the core control chip in this design, and the heart rate and blood oxygen detection sensor are adopted to detect human heart rate and blood oxygen value, the infrared temperature measurement module is adopted to detect body temperature, and the blood pressure detection module is adopted to detect blood pressure value. Key is used to set the threshold of related parameters, and display module is used to display related parameters in real time. In the design process, the relevant sensing module is worn on the finger, earlobe and other places, without affecting the daily activities of the user, the relevant parameters of the human body are measured in real time, and the Bluetooth communication is connected with the smart phone, the relevant data can be transmitted to the smart phone for display, and the smart phone can control the smart wearable system.
Keywords: smart wear; Sensor; Single-chip computer; Data acquisition; Bluetooth
目录
第1章 绪论
第2章 系统设计方案
第3章 硬件设计
4 系统程序设计
5 实物制作与调试过程
结 论
参考文献
致 谢