1) medical monitoring
医疗监护
1.
BlueTooth Wireless Communication Technology Application in Medical Monitoring;
蓝牙无线通信技术在医疗监护中的应用
2.
A system structure and method composed of ZigBee,wireless LAN and a long-distance medical monitoring system were proposed by introducing the wireless sensor networks medical care system.
将无线传感器网络引入医疗监护系统,提出了一种由ZigBee传感器和无线局域网构成的远程医疗监护系统的体系结构和具体实现方法。
3.
Wearable computer can be used in the fields of industrial, military, medical monitoring and so on.
可穿戴计算机具有极微型、可穿戴、可在移动中使用的特点,在工业、军事、医疗监护等领域具有广阔的应用前景。
2) medical care
医疗监护
1.
Then,the article provides a structure of medical monitoring network system,and introduces the design of medical sensor node,finally the challenge for wireless sensor network applied in medical care is expounded.
首先简介无线传感器网络的体系结构以及无线传感器网络在医疗中的应用情况,接着对无线传感器网络医疗监护系统的体系结构以及监护节点的设计进行阐述,最后,阐述无线传感器网络应用到医疗监护时存在的挑战。
2.
For the realization of transferring the medical care data of people\'s health status to the medical care center,the wireless sensor network base station applied CDMA wireless transmission module was designed.
为实现将健康状况的医疗监护数据向监护中心传送,设计了无线传感器网络基站,并在基站中采用了CDMA的无线传输模块。
3) medical monitor
医疗监护仪
1.
Latest development of medical monitors technology in China;
我国医疗监护仪技术的最新进展
4) medical monitoring platform
医疗监护平台
1.
Design and implementation of a PC based medical monitoring platform with a modularized oximetry monitor;
基于PC的医疗监护平台及其模块化血氧监测设计与实现
5) mobile medical monitoring
移动医疗监护
1.
In this article, the present status of mobile medical monitoring technology is presented with examples of typical developments and applications of mobile medical monitoring systems.
通过列举移动医疗监护系统的代表性研发和应用实例描述了移动医疗监护技术的现状,然后提出了一种新的无线移动医疗监护系统,采用蓝牙技术实现数据的短距离无线传输和GSM短消息的形式实现远程监控。
6) Telemedicine monitoring
远程医疗监护
1.
Telemedicine monitoring, especially the electrocardiogram(ECG) monitoring, plays an important role in improving the quality of people s lives and promoting the healthy and harmonious development of the society.
远程医疗监护特别是心电图监护对提高人们的生活质量,促进社会健康协调发展有着极为重要的作用,是近年来国际上迅速发展的一个研究热点。
补充资料：医疗监护仪解决方案
通过多种检测模块采集人体基本参数（心电、呼吸、血压、血氧体温等，可根据临床需要选择监护项目），经放大、滤波，传输、CPU进行信号处理，然后将检测结果显示、存储、打印，并可连入中央监护系统网，多个参数的监测、记录等均由主控部分控制、100Mbps网络接口、DOC、系统通过PC/104接口或串口连接的用户功能板完成对心电血压、血氧、体温、呼吸等一系列传感探测器的信号采集，进行实时处理，最后结果可经由多种形式输出。支持通用的热敏打印接口，并可通过标准485接口与中央监护站相互通讯。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条