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project38_final_paper
- Photoplethysmograph by Sara Sieg and Bill Ziebold ECE 345 This project was to design and build a photoplethysmograph. This device can be used to determine heart rate using a volume measurement of blood in the arteries and capi
blood
- 由心电图的r波到血氧浓度图的波峰所产生的脉波传递时间换算出脉波传递速度,进一步换算出血压的变化量-R wave from the ECG to the peak oxygen concentration diagram of the pulse wave generated by the time translation of the pulse wave velocity, and further converted from the change in blood pressure
kjhk
- 电子血压计工作原理和设计 统由恒流源、压力传感器、放大电路、带通滤波、二次放大、血压脉冲触发、液晶驱动器、键盘语音电路和单片机组成。-Electronic blood pressure monitors working principle and design of integration by the constant current source, pressure sensor, amplifier, band-pass filtering, the second amplifica
asssss
- 本文在深入了解透射式血氧饱和度测定原理及其方法之后,首先明确用近 红外光谱法测定组织血氧饱和度时,无论是透射式检测手段还是反射式检测, 其依据的基本原理都是Lambert-Beer定律和组织中各成分对应不同波长光的 吸收系数的差异。在对检测到的完全反应血液中氧合血红蛋白和脱氧血红蛋白 含量变化的脉动分量的处理上,由于透射检测中的处理方法用于反射时灵敏度 降低,论文中提出了一种新的能更灵敏反应血氧变化的参量作为确定血氧饱和 度的依据。-This in-depth under
sao2_dsp
- 脉搏波的准确测量是实现血氧饱和度准确测量的基础。基于DSP的脉搏血氧饱 和度测量仪,采用数字信号处理算法,可取得良好的测量效果。针对脉搏波的测量, 本文提出了几种处理算法。-Accurate measurement of pulse wave is to achieve accurate blood oxygen saturation measurement. DSP-based pulse oxygen saturation measuring instrument, digital
US9116-006-N
- US9116-006-N血压传感器 脉搏传感器-US9116-006-N blood pressure sensor pulse sensor.
ATmega32
- 设计了心电、血压、血氧脉搏、体温、呼吸电路以及以ATmage32单片机为主的AD转换电路。设计了单片机软件,针对S3C2440芯片进行了bootloader, Linux内核和基于QT的根文件系统移植,以MINI2440开发板为基础设计了监护仪的嵌入式软件。 -Design the ecg, blood pressure, blood oxygen, temperature, pulse, breathing circuit and predominantly ATmage32 MCU AD
Instantaneous-heart-rate-measurement
- 脉搏波所呈现出来的形态、强度、速率和节律等方面的综合信息,能反映出人体心血管系统中许多生理疾病的血流特征。根据人体脉搏信号特征,本文设计了一种脉搏波动频率测量系统。-Comprehensive information presented pulse wave form, strength, speed and rhythm, etc., can reflect the human cardiovascular system, the blood flow of many physiologica