这是从学科生理信号。
目的研制数字式多道生理信号示波器。
Objective a digital multi-channel physiological signal oscilloscope was designed.
RM 6240多道生理信号采集系统。
目的探讨研制一种无创性生理信号检测系统。
Objective: To search a kind of noninvasive physiologic signal examining system.
前言：目的：探讨研制一种生理信号光电传感器。
本发明涉及一种用于获取受试者生理信号的电极。
The present invention relates to an electrode for acquiring physiological signals of a recipient.
方法仪器由介入超声硬度检测导管、生理信号单元和主机组成。
Methods the equipment was composed of intervention ultrasound stiffness detection catheter, physiological signal unit and mainframe.
本文给出了各种生理信号数据生成系统的设计思路及其应用实例。
The new idea of design and an example of application about generating physiological signal data were given in this paper.
人体生理信号的检测在当代医疗和医学研究中发挥着重要的作用。
The detection of human physical signals play an important part in modern medical treatment and research.
而其中的关键技术就是电生理信号的远程采集、传输与处理的实现。
And the key technique is to realize the remote collection and deliver with disposing of physiology signal.
由于生理信号的超低频分量相当丰富，利用电话网络无法直接传送。
Physiological signals can't be transmitted through telephone networks because they are full of ultra low frequency components.
生理信号已经被证明是混沌信号，它具有广泛的非线性动力学特征。
The physiology signal has been proved to be chaos signal by academia.
心音是人体最重要的生理信号之一，心音听诊的历史已有180多年。
ABSTRACT Heart sound is one of the most important physiological signal in human body, the history of cardiac auscultation is more than 180 years.
心音是人体最重要的生理信号之一，心音听诊的历史已有180多年。
Heart sound is one of the most important physiological signal in human body, the history of cardiac auscultation is more than 180 years.
方法：利用大容量非易失性可电擦除的存储器存储生理信号的数字信息。
Methods: Making use of large capacity and non - volatile memory store digital information about physiologic signal.
目的：探讨医用电极的好坏对心脑电图机测量人体生理信号结果的影响。
Objective Either discuss medical treatment aspect used terminal have quality or bad met wrought The Electrocardiograph and Electroencephalograph measure flesh physiologic signal resultant impact.
结论：高信噪比的光电传感器可用作于临床监测和生理信号分析处理系统。
Conclusions: The low noise photoelectric sensor can be used in clinical monitoring and physiologic signals processing.
而为了解决这种冲突矛盾，我们采用生理信号作为研究对象来分析情感识别。
In order to solve such conflicts, we have adopted physiological signals for the study to analyze the emotional identification.
本文对各种与植物成花有关物质(或称成花生理信号)的研究现状进行分析介绍。
This paper reviewed the advances in various substances related to flowering which were also called flowering physiological signals in plant.
Peigneux称睡眠压力的快速活化阻碍早鸟们从生理信号中获益，而夜猫子们则可以。
Peigneux says faster activation of sleep pressure appears to prevent early birds from fully benefiting from the circadian signal, as evening types do.
本文介绍了采用快闪随机存储器的高精度、容量生理信号记录仪的设计方法与电路结构。
It is an introduction to the design method and the circuit structure of a high precision and large volume physiological signal recorder with super flash RAM.
这样失眠者就可以训练自己降低这些生理信号的频率，然后在睡觉时也可以使用这些技巧。
People can then train themselves to slow those measurements down and use those skills at bedtime.
目的：设计检测多路生理信号并反馈多个生理参数的生物反馈仪器，用于相关疾病的治疗。
Objective To design a multi-signal bio-feedback instrument in order to treat related diseases.
通过这种方式，他们确定了两个事件相关电位(ERPs)，或是电生理信号，它们与不想条件相联系。
In this way, they identified two event-related potentials (ERPs), or electrophysiological signatures, which were associated with the no-think conditions.
脉搏波作为人体基本的生理信号，蕴含有丰富的心血管参数，并且能够通过无创的方法进行检测。
The pulse wave which is human's basic physiology signal implicates rich cardiovascular parameter and can be examined through the noninvasive method.
NeuroSky出售一种系统开发套件，里面包含一个能采集生理信号并转化成数字信号的传感器。
NeuroSky sells a systems-development kit incorporating a sensor that picks up bio-signals, which are processed into digital signals.
以多导生理信号分析系统记录胃慢波，以频谱分析法分析不同5 - HT受体拮抗剂对胃慢波的影响。
Gastric slow waves were recorded by multi-channel physiological signal analytical system. Effects of antagonists of various 5-ht receptors on gastric slow waves were analyzed by spectral analysis.
基于MCU的多路电生理信号采集模块适用于睡眠中的应用，为睡眠心率检测提供最直观、严格的手段。
The design of the multi-channel bioelectric signal acquisition module is based on Micro-Controller-Unit (MCU) which can measure ECG and detect heart rate during sleep.
基于MCU的多路电生理信号采集模块适用于睡眠中的应用，为睡眠心率检测提供最直观、严格的手段。
The design of the multi-channel bioelectric signal acquisition module is based on Micro-Controller-Unit (MCU) which can measure ECG and detect heart rate during sleep.
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