Design of Distributed Intelligent Physiological Parameter Monitor System Based on Wireless Communication Technology

Yu Chen, Xi Wang
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引用次数: 8

Abstract

According to disadvantages of conventional artificial monitor style or wire transmission monitor style, we adopt wireless communication network between field controllers and monitor central PC to design a distributed clinic medical intelligent physiological parameter data monitor system based on sensor technology, single chip microprocessor (SCM) technology, and visual instrument (VI) technology, etc. System can realize patient healthy condition monitor in real time, such as body temperature, pulse, ECG, respiratory, and so on. Sensors complete patient physiological signal acquisition, SCM AT89C52 analyzes and processes monitoring signal and transmitting to each department of hospital by wireless network. Through connecting each department monitor controller with professor monitor central station installed VI software LabVIEW by serial interface MAX485, distributed patient physiological parameter monitor system is carried out. This paper mainly introduces system structure, sensors, and wireless communication module design in detail. System can largely reduce virus infection rate between patients and nurses each other, largely save installation cost, and medical resource, etc, which has broad application prospect.
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基于无线通信技术的分布式智能生理参数监测系统设计
针对传统人工监控方式或有线传输监控方式的缺点,采用现场控制器与监控中央PC机之间的无线通信网络,设计了一种基于传感器技术、单片机技术、视觉仪表技术等的分布式临床医疗智能生理参数数据监控系统。系统可实现对患者体温、脉搏、心电、呼吸等健康状况的实时监测。传感器完成患者生理信号采集,单片机AT89C52对监测信号进行分析处理,并通过无线网络传输到医院各科室。通过MAX485串行接口将各科室监控控制器与安装VI软件LabVIEW的教授监控中心站连接起来,实现分布式患者生理参数监控系统。本文主要详细介绍了系统结构、传感器和无线通信模块的设计。系统可以大大降低患者与护士之间的病毒感染率,大大节省安装成本,节约医疗资源等,具有广阔的应用前景。
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