摘要
该系统将生理参数监护技术与现有电力线网络相结合,迎合了当今测量技术与仪器网络化的发展趋势。系统能对病人实施24小时不间断的监护,病人只需佩戴上外形极小的用户终端,就可以在一定范围内自由活动,病人在出现异常情况后即可立即主动报警,从而为病人赢得宝贵的抢救时间。该系统展现了一种个人实时监护系统的构建思想和实现原理,并给出了整个系统实施的具体方案。实验分析表明,系统运行稳定可靠、实时性强和准确性高。
This system combines modern power-line-communication network to Physiological parameter monitoring technology, which accords with the trend that the network is becoming the new development direction of Measurement Technology and Instrument. The system can monitor the patients continuancely for 24 hours. Just take the very small user terminal the Patients can move freely in a certain area. While the abnormal incidences happen, the system can immediately give an alarm automatically, in order to save the valued time for patients’ first aid. In this paper a founding method and implement of the system for personal and real-time monitoring is described, including the operation of the whole system. The tests demonstrate that the system is stable, reliable as well as high timely and accuracy.
出处
《电脑编程技巧与维护》
2009年第S1期1-2,19,共3页
Computer Programming Skills & Maintenance
关键词
监控
通信
电力线载波
Monitoring
Communications
PLC