oscillometric造句
例句與造句
- The main work in this paper are as follows : research on the oscillometric technique and pulse - wave theory
論文主要做了以下幾個方面的研究：研究示波法原理和脈搏波理論。 - On the other hand , oscillometric method - based nibp devices with single cuff have received complaints due to doubtable systolic accuracy
普通單袖帶示波法血壓產(chǎn)品由于收縮壓的準(zhǔn)確性受到質(zhì)疑而在臨床上表現(xiàn)出很大的局限性。 - With the rapid development of eletronics and computer technology , no invasion blood pressure instrument based on oscillometric method begin to come out
隨著電子與計算機技術(shù)的飛速發(fā)展，基于測振法的無創(chuàng)血壓儀相繼問世。 - Put forward the method to calculate artery stiffness index based on oscillometric technique and flexibility theory of vascular wall
從示波法波形出發(fā)，依據(jù)動脈血管臂彈性理論，提出了一種簡單無創(chuàng)的測量動脈彈性指數(shù)的方法。 - It also analyses the characteristics and advantages of oscillometric method as well as introduces a noninvasive blood pressure measurement monitor based on oscillometric
用與各種血壓測量技術(shù)進(jìn)行比較的方法，著重分析了振動法無創(chuàng)血壓測量和柯氏音聽診法。 - It's difficult to find oscillometric in a sentence. 用oscillometric造句挺難的
- The patented dual - cuff nibp measurement technique owned by jumbor combines oscillometric method and conventional korotkoff sounds method , yielding more accurate systolic number
Fig1單袖帶血壓測量，收縮壓難以確定fig2雙袖帶血壓測量技術(shù)，收縮壓很容易確定 - 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
從示波法波形中，提取最能反映臂動脈活性的脈搏波，對此脈搏波進(jìn)行分析，計算出臂動脈順應(yīng)性。 - 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
筆者在深入分析各種無創(chuàng)血壓測量方法的基礎(chǔ)上，針對系統(tǒng)的設(shè)計要求，采用了袖帶式振蕩法進(jìn)行無創(chuàng)血壓測量。 - 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
研究歸納血壓檢測方法，提出了一種綜合示波法測血壓中差值法、比值法和經(jīng)驗系數(shù)法的血壓檢測計算方法。 - 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
該技術(shù)解決了血壓測量的個體適應(yīng)性問題，大大減小了測量系統(tǒng)的功耗和體積，有效的提高了血壓的測量精度和抗干擾能力。 - Oscillometric method is the advanced method for the no invasion blood pressure measurement . it qualitatively provides the order of the pulse pressure signal ' s changing with the cuff pressure and quantificationally points out the relationship between the mean blood pressure value and the pulse wave signal . so this method gives us a more scientific way to find other blood pressure parameters
測振法( oscillometricmethod )是無創(chuàng)血壓測量中先進(jìn)的檢測方法，它定性地揭示了脈動壓力信號隨袖帶壓力變化的規(guī)律，并給出了平均壓與脈搏波信號的定量關(guān)系，為血壓參數(shù)進(jìn)一步確定提供了一條更為科學(xué)的方法。 - On the basis of investigation on oscillometric technique for non - invasive blood pressure measurements , and combined the technique with pulse - wave theory , this paper designs a blood pressure and artery stiffness measuring apparatus , which not only can measure blood pressure and heart - beat - rate accurately , but can calculate the measurer ' s arterial stiffness index and vascular compliance . the apparatus provides an effective instrument for doctors to determine the measurer ' s cirrhosis level
本論文在研究分析無創(chuàng)血壓測量方法示波法的基礎(chǔ)上，結(jié)合脈搏波理論，設(shè)計出一種準(zhǔn)確高效的血壓與血管硬度測量儀，該儀器不僅能夠準(zhǔn)確測量出受試者的血壓與心率，還能夠計算出受試者的動脈彈性指數(shù)和臂動脈順應(yīng)性，為醫(yī)生判斷患者的動脈硬化程度提供一種有效的檢測手段。 - Design and make the blood pressure and artery stiffness appartus , including the design of filter , amplifier , adc , memorizer circuit , lcd circuit , communication interface circuit , power supply , etc . research the blood pressure arithmetics and bring forward a new blood pressure judging method based on existing oscillometric technique
該儀器硬件電路以at89c55單片機為核心，包括信號采集處理電路、 a / d轉(zhuǎn)換電路、存儲器擴展電路、液晶顯示電路、自動充放氣電路、串行通信電路、鍵盤電路等幾大部分。