最终完成了医用脉搏传感器单元和读出电路的版图绘制。
At last, the layout of medical pluse sensors and ROIC had been plotted.
该系统是以微型计算机为主，由脉搏传感器，程控放大器和多功能数据采集器组成。
The system is composed of microcomputer, sensor of pulse, program-control amplifier and data sampler.
选用高精度的脉搏传感器，将脉搏信号转换成电信号，并对信号进行放大滤波处理。
With high precision pulse sensors being chosen properly, pulse signals are transformed to electric signals, then enlarged and filtered.
介绍了一种基于高灵敏微压脉搏传感器的人体无创心血管功能智能检测技术及仪器研制。
An apparatus based on a high sensitive sensor which detects cardiovascular functions is introduced in this paper.
介绍新型自检脉搏传感器的设计及工艺，阐述了该传感器的工作原理，最后对测试的结果进行分析。
This essay will introduce the design, technique and working principle of the pulse transducer and analyse for the result of measurement.
通过脉搏传感器时刻检测老人的身体状况．利用GPRS传送异常信号及GPS实时定位，实现老人的一体化监测。
With the help of pulse sensors to check up the elderly's physical fitness by GPRS transmitting abnormal signal and GPS realtime positioning to achieve monitoring integration for the elderly.
光电传感器种类也比较多，大多都可用于对脉搏采集。
Photoelectric sensor with many sorts can be also used to gather for pulse mostly.
主要工作内容如下：(1)根据人体桡动脉的结构和中医脉诊理论，设计了一套新型三触点脉搏波传感器。
Major work is described as follows: (1) According to the structure of radial artery in the body and theories of the pulse Diagnosis of Chinese medicine, a new type of pulse wave sensor is designed.
该传感器系统可用于人体脉搏的远程测量。
本文介绍一种新型反射型混合光学传感器，用它能稳定地检测从体表反射的脉搏波。
A new reflection type hybrid optical sensor is designgd which has the ability to measure stably pulse wave-forms coming from the surface of the skin.
可用医用听诊器（9）代替脉搏音传感器（3），人工判断血压。
The standard medical stethoscope (9) can replace the pulse sound sensor (3), and the blood pressure can be measured by human.
指端脉搏波实验由光电传感器、生物信号放大器和示波器 3部分组成 ，叙述了各部分的工作原理和实验方法 。
The experiment consists of photoelectric sensor, bio-signals amplifier and oscillograph, their working principle and experimental method are introduced.
在弱灌注条件下，无创脉搏血氧饱和度的测量存在着准确度不高的问题。传感器采集信号的信噪比低是导致该问题的主要原因之一。
Under the condition of low perfusion, the measurement of non-invasive saturation of pulse-blood oxygen is low-accuracy, lower signal-to-noise ratio (SNR) is one of the crucial causations.
在弱灌注条件下，无创脉搏血氧饱和度的测量存在着准确度不高的问题。传感器采集信号的信噪比低是导致该问题的主要原因之一。
Under the condition of low perfusion, the measurement of non-invasive saturation of pulse-blood oxygen is low-accuracy, lower signal-to-noise ratio (SNR) is one of the crucial causations.
应用推荐