基于手机APP的人体常规检测参数测量助手
摘要：病人住院时，护士需要每天对住院治疗的病人进行体温、血压和心率的采集记录，给医院增加了很多负担，对于这样一个工作量大且管理复杂的问题，本文提出研制一种基于手机App的人体常规检测参数测量助手，以减少医院对这项工作投入的精力。
选用非接触式红外线传感器测量体温信号，光电式传感器测量心率信号，在袖带的基础上选用气压传感器测量血压信号，并选用STM32F103C8T6微处理器作为主控单元，基于蓝牙设计了无线传输模块。基于C语言在keil平台上编写了下位机数据，实现了参数的采集和发送。基于Java开发环境设计了移动设备端AndroidApp软件，用于数据的显示与传输。
分别对采集模块、蓝牙无线传输模块和App软件进行了功能测试分析，并且对整个装置进行实验验证，实验结果较为准确，证明了课题研究内容的可行性和有效性。
关键词 参数采集蓝牙AndroidAPP
毕业设计说明书外文摘要
Title Measurement Assistant Based on Mobile APP of Human Routine Detection Parameters
Abstract：The nurse need to collect and record patients’ temperature, blood pressure and heart rate, who are in hospital. This process is long and complex, which has a lot of burden for daily collection work. This paper is going to make an assistant based on phone App for measuring the parameters of conventional detection, that patients can detect physiological parameters and send them by themselves. It can help hospital to collect and manage the values, and reduce the burden of the work and energy.
This system chooses non-contact infrared sensor to collect temperature signal, chooses photoelectric sensor to measure the heart rate signal, chooses pressure sensor to measure the blood pressure signal on the basis of the cuff, and chooses STM32F103C8T6 microprocessor as the main control unit. Based on the Bluetooth, wireless transmission module is designed. On the keil platform based on C language, this paper writes the next bit machine data, realizing the collection of parameters and send. Based on Java development environment, it designs for mobile device with Android App software, used for data display and transmission.
It makes a test and an analysis on acquisition module, bluetooth wireless transmission module and App software function, and the whole device is been tested, which proves the feasibility and validity of research content.
Keywords Collection of Data Bluetooth Android App
目 次
1绪论1
1.1课题研究背景及意义1
1.3本课题主要研究内容和章节安排3
2常规检测参数测量助手系统总体设计思路4
2.1系统总体设计分析及性能指标4
2.2系统组成及工作原理4
3常规检测参数测量助手系统的硬件设计6
3.1传感器的选型6
3.2主控芯片选型8
3.3程序下载接口模块设计9
3.4通信模块的选型9
4常规检测参数测量助手系统软件设计11
4.1常规检测参数测量助手系统软件设计概述11
4.2参数采集系统下位机程序12
4.3蓝牙模块软件配置12
4.4APP程序设计14
5常规检测参数测量助手调试及功能验证20
5.1数据采集实验验证20
5.2蓝牙模块配置及数据传输验证21
5.3APP连接及数据传输验证23结论25致谢26参考文献27附录A下位机主程序）29附录BAPP程序32
1绪论
1.1课题研究背景及意义