| 1. | The main work in this paper are as follows : research on the oscillometric technique and pulse - wave theory
论文主要做了以下几个方面的研究：研究示波法原理和脉搏波理论。 |
| 2. | On the other hand , oscillometric method - based nibp devices with single cuff have received complaints due to doubtable systolic accuracy
普通单袖带示波法血压产品由于收缩压的准确性受到质疑而在临床上表现出很大的局限性。 |
| 3. | With the rapid development of eletronics and computer technology , no invasion blood pressure instrument based on oscillometric method begin to come out
随着电子与计算机技术的飞速发展，基于测振法的无创血压仪相继问世。 |
| 4. | Put forward the method to calculate artery stiffness index based on oscillometric technique and flexibility theory of vascular wall
从示波法波形出发，依据动脉血管臂弹性理论，提出了一种简单无创的测量动脉弹性指数的方法。 |
| 5. | It also analyses the characteristics and advantages of oscillometric method as well as introduces a noninvasive blood pressure measurement monitor based on oscillometric
用与各种血压测量技术进行比较的方法，着重分析了振动法无创血压测量和柯氏音听诊法。 |
| 6. | The patented dual - cuff nibp measurement technique owned by jumbor combines oscillometric method and conventional korotkoff sounds method , yielding more accurate systolic number
Fig1单袖带血压测量，收缩压难以确定fig2双袖带血压测量技术，收缩压很容易确定 |
| 7. | Pick up the pulse waveform which can reflect the activity of brachial artery mostly from oscillometric - wave , and analyse the waveform selected to get brachial vascular complicance
从示波法波形中，提取最能反映臂动脉活性的脉搏波，对此脉搏波进行分析，计算出臂动脉顺应性。 |
| 8. | With the analysis of various ways of noninvasive blood measure , oscillometric method was chose to measure the noninvasive blood pressure aimed at the requirement of the system
笔者在深入分析各种无创血压测量方法的基础上，针对系统的设计要求，采用了袖带式振荡法进行无创血压测量。 |
| 9. | Research and conclude the methods to determine blood pressure , present a method that systhsis the mean value method , comparing method and empiric coefficient method of the oscillometric blood pressure measurement
研究归纳血压检测方法，提出了一种综合示波法测血压中差值法、比值法和经验系数法的血压检测计算方法。 |
| 10. | Compared with tranditional oscillometric deflation blood pressure measurement method ( dbpm ) , the csbpm have the much lower power dissipation , smaller volume and better individual adaptability . at the same time it can improve effectively measurement precision and antijam ability
该技术解决了血压测量的个体适应性问题，大大减小了测量系统的功耗和体积，有效的提高了血压的测量精度和抗干扰能力。 |
