1) module of monitor device
监护仪模块
2) blood volume pulse
监护模块
1.
In this paper, a newly module is developed to monitor cardiovascular hemodynamic parameters continuously and non-invasion by using blood volume pulse.
本文研制的心血管血流参数监护模块,利用容积血流脉搏波可以无创、连续、实时地获得心排出量、心脏指数、外周阻力等重要的心血管血流参数,解决了临床血流参数的实时、连续监护的难题。
3) patient monitor
监护仪
1.
Characteristics and development trend of modern patient monitors;
现代监护仪的特点及发展趋势
2.
The Repair Of COLIN BP-88 Series Patient Monitor;
日本COLIN多参数监护仪BP-88系列常见故障的维修
3.
Test and analysis of the frequency relation between transmition and reception for Nihon Kohden ZB-313P patient monitor transmitter;
遥测心电监护仪ZB-313P发射与接收频率关系的研究与应用
4) Monitor
[英]['mɔnɪtə(r)] [美]['mɑnətɚ]
监护仪
1.
Analysis and Maintain-of Monitor in Component Level Fault;
监护仪故障的元件级分析与维修
2.
Development of a portable ECG monitor based on bluetooth communication;
基于蓝牙通讯的便携式心电监护仪的研制
3.
Application of DATEX OHMEDAS/5 monitor to perianesthesia care;
DATEX OHMEDAS/5型监护仪在围麻醉期的应用
5) Monitor Module
监控模块
1.
The paper introduces what is WAP in brief,illuminates protocol stack model and network structure of WAP application based on GPRS,and in the end analyzes the flow chart of two important submodule in monitor module in the RWPQS system.
简要介绍了何为WAP技术,阐述了基于GPRS的WAP应用的协议栈模型和网络结构,并对于RWPQS系统中的监控模块中的两个重要子模块做了流程图分析。
2.
It is importing the monitor module into the Xen kernel.
新方法在Xen内核中增加引用监控模块,同时对内核整体做校验,并保存该校验值。
3.
Based on the analysis of DC operating power,the monitor module of electric power DC operating power supply was designed by using AVR single-chip ATmega128L.
在分析直流操作电源的基础上,利用AVR单片机ATmega128L设计了电力直流操作电源监控模块。
6) monitoring module
监测模块
1.
The design scheme and its safety of the dam safety monitoring system are discussed, and the monitoring modules and the LonWorks gateway of the system are also studied.
对大坝安全监测系统的设计方案及其安全性进行了讨论,并对该系统应用的监测模块和网关接入设备进行了研究。
2.
This paper provides the monitoring module code established with Visual-Basic.
文章给出了用V isual-Basic建立的监测模块代码,需要监测数据时,可以调用这些模块中的程序来进行计算。
补充资料：监护仪
监护仪
monitor
重症监护病房最重要、最必要的设备之一。大多数监护仪由阴极射线示波器、心电记录器、压力检测器、呼吸检测器、体温检测器及计算机处理系统组成。患儿的心电活动经心电导联传入监护仪，血压经压力传感器转变成电能后输入监护仪。呼吸活动则由呼气与吸气时胸腔电阻改变经心电导联与心电活动同时传入监护仪。监护仪的加工处理系统能将来自病人体内之电活动信号放大后经微型电子计算机处理转变成波形及数字，借光电显示系统(light electric display，LED）显示于阴极射线示波器的屏幕上。
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