- 更多网络例句与脉搏相关的网络例句 [注：此内容来源于网络，仅供参考]
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The system is able to work smoothly for continuous monitoring of Pulse Wave Transit Time in working conditions.
提示由具有体积小、功耗低和时间同步精度高等特点的心电和脉搏波无线传感器组成的监测系统能够在作业条件下连续低负荷监测脉搏波传导时间。
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My design can exactly complete pulse wave signal examination and withdraws the electric circuit after studying domestic and foreign product,and understanding pulse wave signal characteristic well.
本设计在充分研究国内外已有产品、构思以及充分了解脉搏波信号特点的基础上，经过反复实验能够设计出准确可靠的脉搏波信号的检测、提取电路。
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With the rapid development of eletronics and computer technology,no invasion blood pressure instrument based on oscillometric method begin to come out. My design can exactly complete pulse wave signal examination and withdraws the electric circuit after studying domestic and foreign product,and understanding pulse wave signal characteristic well.
本设计在充分研究国内外已有产品、构思以及充分了解脉搏波信号特点的基础上，经过反复实验能够设计出准确可靠的脉搏波信号的检测、提取电路。
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The testing method comprises the following steps:(1) collecting the electrocardio-signal, the phonocardio-signal and the pulse signal of radial artery;(2) performing analog-to-digital conversion to the three signals to form the signal oscillogram;(3) identifying and extracting the characteristic point of each signal;(4) constructing the time series RR of electrocardio-period, the electromechanical delay time series and the pulse wave propagation time series of the combined variability index;(5) testing the validity of each time series;(6) calculating the heart rate variability, the electromechanical delay variability and the pulse wave propagation time variability; and (7) calculating the combined variability index of angiocarpy AV.
本发明提供了一种心血管系统联合变异性指标的检测方法和装置，检测方法包括以下步骤：(1)采集受检测者的心电、心音、挠动脉脉搏信号；(2)对三路信号进行模拟-数字转换，形成信号波形图；(3)识别和提取三路信号各自的特征点；(4)构造联合变异性指标的心电间期时间序列RR，电机械延迟时间序列和脉搏波传播时间序列；(5)检验各时间序列的有效性；(6)计算心率变异性、电机械延迟变异性和脉搏波传播时间变异性；(7)计算心血管联合变异性指标AV。
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Then by measuring the pulse wave propagation time between the progressive wave and reflected wave, we can find the relationship of the time and the blood pressure, and establish the related systolic blood pressure measurement equation.
具体方法是通过交替点亮红光和红外光获取容积脉搏波，经放大滤波及信号处理后得到加速脉搏波，通过测量其中推进波和反射波之间的脉搏波传播时间来建立与血压的关系。
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This research uses high sensitive piezoelectric sensor for developing a sensitive sphygmograph to detect anthropic pulse and to determine parameters to diagnose physiology of human. From spectrum of pulse, the analysis processes are to determine the high pass frequency used in the analysis, uses the IIR Buttorworth filter to remove the noise, to calculate the Hermite curve for filtering the oscillation parts caused by breathe, then to calculate the parameters in strength, time and angle domains from the processed signal to study their correlation with the physiology of the studied experimenters and compared the results with the machine from the market.
中文摘要本研究采用高灵敏度压电感测元件，发展敏锐的脉搏感测仪器，量测人体手腕脉搏波形，计算其中所包含之参数来探讨与研究人体生理状况相关性的适用性；藉由分析脉搏频谱成份并使用Buttorworth滤波器过滤高频杂讯，再使用Hermite方程式去除手腕低频振动杂讯，由过滤后的脉搏讯号萃取振幅强度、波形上升与下降时间、上升与下降角度等参数，经由统计分析探讨与人体生理之情况相关性，并将所获得指标结果与市售仪器所量测之数据变化进行比较。
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Experimental results show that, compared with the normal pulse, the wiry pulse has an increased PWV(P＜0.01 or P＜0.05), the thready pulse has a decreased PWV(P＜0.05),but the PWV of the smooth pulse is not significantly different from the normal's (P＞0.05). PWV highly correlates with the artery blood pressure.
实验测定的结果表明，弦脉的脉搏波速度比同龄组平脉有显著性增大(P＜0.01或P＜0.05)，细脉的脉搏波速度比同龄组平脉有所减小(P＜0.05)，而滑脉与同龄组的平脉相比无显著性差异(P＞0.05)；脉搏波速度与动脉血压之间具有很大的相关性。
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To evaluate the vascular response in relation to baseline, adjusting for systemic effects and skewed data, we expressed the hyperemic response as the natural logarithm of the ratio of postdeflation to baseline pulse amplitude in the hyperemic finger divided by the same ratio in the contralateral finger that served as control.
为了评价血管反应性与基线血管反应的关系，校正全身性作用及偏离的数据，我们计算袖套排气后充血手指脉搏幅度与基线脉搏幅度的比率以及对侧作对照手指的脉搏幅度与基线脉搏幅度的比率，两比率之比取自然对数表示充血反应。
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Key words:Pulse information; sensor design; computer assisting measuration; signal processing; wavelet analysis
本文的工作是对智能化测试脉搏信号的一次努力和尝试，无论是在传感器设计、信号传输，还是在脉搏信号处理上，都采用了比较独特的方法，为中医脉搏信号智能化测试研究提供了重要而具有指导意义的途径
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This article uses HK-2000C integration numeral pulse sensor developed by HuaKe Electronic Technology Research Institute. It is used to collect pulse signal of subjects into computer and store them in data file. Designed the pulse signal collection system,time domain analysis system and frequency domain analysis system using LabVIEW software. 134 objects are taken, including 73 healthy person, 61 coronary disease and hypertension patients. Analysed the signal using time domain and frequency domain system, then compared each analysis method.
本文采用肥华科电子技术研究所研制的HK-2000C集成化数字脉搏传感器，将测试者的脉搏信号采集到计算机中，并且以数据文件格式存储应用labVIEW软件设计了脉搏信号的采集系统时域分析系统频域分析系统取检测对象134例，其中健康人73例，冠心病高血压患者61例将采集的信号进行时域频域分析，并对各种分析方法进行比较
- 更多网络解释与脉搏相关的网络解释 [注：此内容来源于网络，仅供参考]
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sphygmogram：脉搏图,脉搏曲线
sphygmodynamometry 脉搏测量法 | sphygmogram 脉搏图,脉搏曲线 | sphygmograph 脉搏描记器,脉搏计
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sphygmogram：脉波搏曲线 脉波图 脉搏描记图 脉搏图
sphygmodynamometry 脉力测量法 | sphygmogram 脉波搏曲线 脉波图 脉搏描记图 脉搏图 | sphygmograph 脉波计 脉搏记录器 脉搏描记器 脉搏图仪
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sphygmogram sphygmochronograph：脉搏自动描记器 脉搏自动描记器
心动心音脉搏描记器 sphygmocardioscope | 脉搏自动描记器 脉搏自动描记器 sphygmogram sphygmochronograph | 脉搏描记器 sphygmograph
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sphygmogram sphygmograph：脉搏描记器
sphygmochronograph 脉搏自动描记器 脉搏自动描记器 | sphygmogram sphygmograph 脉搏描记器 | sphygmology 脉搏学
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sphygmograph：脉搏描记器,脉搏计
sphygmogram 脉搏图,脉搏曲线 | sphygmograph 脉搏描记器,脉搏计 | sphygmograph transducer 脉搏计换能器
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sphygmograph transducer：脉搏计换能器
sphygmograph 脉搏描记器,脉搏计 | sphygmograph transducer 脉搏计换能器 | sphygmography 脉搏描记法
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sphygmoscope：脉搏检视器,脉镜
sphygmoplethysmogrph 脉搏体积描记器,脉搏容积计 | sphygmoscope 脉搏检视器,脉镜 | sphygmoscopy 脉搏检查
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sphygmoscope：脉搏检视器 脉搏示波器
sphygmoplethysmograph 脉搏体积描记器 | sphygmoscope 脉搏检视器 脉搏示波器 | sphygmoscopy 脉搏检查
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sphygmochronograph：脉搏自动描记器 脉搏自动描记器
sphygmocardioscope 心动心音脉搏描记器 | sphygmochronograph 脉搏自动描记器 脉搏自动描记器 sphygmogram | sphygmograph 脉搏描记器
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sphygmochronograph：脉搏时间描记器/脉搏自动描记器
sphygmocardiograph /脉搏心动描记器/心动脉搏描记器/ | sphygmochronograph /脉搏时间描记器/脉搏自动描记器/ | sphygmodic /脉搏样的/