基于单片机控制的人体健康监测系统(文献综述+流程图+源程序) 第2页
本系统设计的是基于单片机控制的人体健康监测系统，本系统需要检测人体的三个健康体征：心跳、体温、血压。由硬件和软件两部分组成。首先是心跳检测，利用压电传感器将检测到的心跳信号转换为电信号再通过集成运放转换成单片机可以接收的信号。其次是温度检测，利用一线口温度传感器DS18B20进行温度检测，由于该芯片采用单总线模式，在编程过程中严格按照该芯片的读写时序进行温度检测。再次是血压检测，利用压力传感器BP01将血压转换成为电信号，通过ADC0809模数转换器转化为数字信号通过单片机处理显示出来。另外还包括单片机电源电路、超限报警电路、复位电路以及键盘电路。
本系统的研究于开发有利于人体健康检测的需要，对日常生活的改善有很多好处，具有很高的实用价值。
关键词
单片机8051； DS18B20； BP01； A/D转换
Abstract
This system design is the human body health monitor system whichcontrols based on the monolithic integrated circuit, this system needshealthily to examine the human body three health body drafts:Palpitation, body temperature, blood pressure. Are composed by the hardware and the software two parts. First is the palpitation examines, will examine the palpitation signalusing the piezoelectric pick-up to transform into the electricalsignal transports again through the integration puts transforms thesignal which the monolithic integrated circuit will be allowed toreceive. Next is the temperature examination, uses mouth temperature sensorDS18B20 to carry on the temperature examination, because this chipuses the single main line pattern, strictly carries on the temperatureexamination in the programming process according to this chipread-write succession. Is the blood pressure examination once more, transforms into usingpressure transmitter BP01 the blood pressure the electrical signal,transforms through the ADC0809 modulus switch for the digital signaldemonstrates through monolithic integrated circuit processing. Moreover also includes the monolithic integrated circuit powercircuit, ultra limits the alarm circuit, repositions the electriccircuit as well as the keyboard electric circuit.
This system research is advantageous to the development to the humanbody health examination need, has very many advantage to the dailylife improvement, has the very high practical value
Key word
Monolithic integrated circuit 8051; DS18B20; BP01; A/D transformation
目 录
中文摘要及关键字 -I-
英文摘要及关键字 -II-
绪论 - 1 -
1. 总体方案 - 2 -
1．1方案论证及系统工作原理 - 2 -
1．2 总体方案图 - 2 -
2硬件设计 - 3 -
2．1主控芯片MCS—51介绍 - 3 -
2．2 ADC0809的介绍 - 8 -
2．3心跳检测原理设计 - 10 -
2．4温度检测的原理及设计 - 11 -
2．5血压检测电路原理及设计 - 15 -
2．6其他电路设计 - 17 -
2．7 硬件总电路图 - 17 -
3．软件设计 - 18 -
3．1主程序流程图 - 18 -
3．2 子程序流程图 - 19 -
3．2．1心跳检测流程 - 19 -
3．2．2温度检测流程图 - 20 -
3．2．3血压检测流程图 - 21 -
3．3主程序清单 - 22 -
3．4子程序清单 - 25 -
3．4．1心跳子程序： - 25 -
3．4．2温度检测子程序： - 27 -
3．4．3血压检测子程序： - 31 -
结论 - 33 -
致 谢 - 35 -
参考文献 - 36 -
附录一 - 37 -
附录二 - 41 -1026
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