脈搏波動法 的英文怎麼說

中文拼音 [màidòng]
脈搏波動法 英文
oscillatory method
  • : 脈名詞1. (動脈和靜脈的統稱) arteries and veins2. (脈搏的簡稱) pulse 3. (像血管的組織; 連貫成系統的東西) vein
  • : 動詞1. (搏鬥) combat; fight; struggle; wrestle; strike 2. (撲上去抓) pounce on 3. (跳動) beat; pulsate; throb
  • : Ⅰ名詞1 (波浪) wave 2 [物理學] (振動傳播的過程) wave 3 (意外變化) an unexpected turn of even...
  • : Ⅰ名詞1 (由國家制定或認可的行為規則的總稱) law 2 (方法; 方式) way; method; mode; means 3 (標...
  • 脈搏 : pulse; sphygmus
  • 波動 : 1 (不穩定) undulate; fluctuate; unsettle; surge; rise and fall 2 [物理學] wave (motion); wave...
  1. Objective : to investigate the effect of pumpless portosystemic bypass in clinical piggyback liver transplantation. methods : after catheterized inferior mesenteric vein, the silastic catheter ( filled with heparin saline ) was connected with the catheterized tube of internal jugular vein or subclavian vein in four piggyback liver transplantation patients. the channel was opened after the portal vein was occluded. the portal vein blood poured into the superior vena cava through the pumpless channel. the changes of mesenteric congestion, portal vein pressure, blood pressure and pulse were observed. results : during the occlusion of portal vein, the portal vein pressure was increased greatly, the intestine was congested and swelled obviously and the blood pressure and pulse fluctuated gently. after the pumpless bypass opened, intestinal congestion and swell were abated markedly, the portal pressure, blood pressure and pulse gradually returned to normal range. conclusions : pumpless portosystemic bypass shows a great effect on clinical piggyback liver transplantation. it is a feasible and economical method

    目的探討背駝式原位肝移植術中採用體外門-體靜無泵轉流的臨床效果.方4例行背駝式原位肝移植患者,腸系膜下靜屬支插管經體外硅膠管(充滿肝素鹽水)與頸內靜或鎖骨下靜插管相接,在阻斷門靜后開通腸系膜下靜插管,門靜血從體外無泵轉流管流入上腔靜,觀察轉流前後腸道瘀血、門靜壓、血壓、等變化情況.結果門靜阻斷后腸道明顯瘀血、腫脹,門靜壓力明顯升高,血壓、有不同程度的,無泵門靜轉流開放后,腸道瘀血、腫脹明顯好轉,門靜壓力逐漸恢復正常水平,血壓、恢復正常.結論背駝式原位肝移植術中體外門-體靜無泵流具有方便、經濟、實用等優點,具有良好的臨床效果
  2. 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

    從示形中,提取最能反映臂活性的,對此進行分析,計算出臂順應性。
  3. 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( oscillometricmethod )是無創血壓測量中先進的檢測方,它定性地揭示了壓力信號隨袖帶壓力變化的規律,並給出了平均壓與信號的定量關系,為血壓參數進一步確定提供了一條更為科學的方
  4. We have successfully designed an experiment system for the no invasion blood pressure measurement with our own ip. in our research and develop task we have done a lot work to study foreign instrumen and design ideas. this experiment system is based on msp430 series mpu with excellent erformance and applies advanced digital signal process and intelligent technology. in hardware design, the following means were applied : after a lot of experment and fully knowing about the characteristic of the pulse wave signal, we have designed the accurate and credible circuit to collect the pulse wave signal ; power circuit, communicaion circuit, power drivers circuit have been disigned for the instrument. in software design, the following arithmetic were applied : 1

    軟體方面進行了以下演算研究: 1 .綜合試驗各種數字信號處理方形進行平滑處理: 2 .採用lms自適應方信號進行了降噪處理; 3 .應用微分閉值提高了信號的檢出率,有效識別了運干擾引起的偽信號; 4 .利用測振基本原理並進行大量實驗的基礎上,提出了比較準確可行的收縮壓和舒張壓的識別演算,使測振在本無創血壓儀中得到了完整而充分的應用。
  5. 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血壓測量方的基礎上,結合理論,設計出一種準確高效的血壓與血管硬度測量儀,該儀器不僅能夠準確測量出受試者的血壓與心率,還能夠計算出受試者的彈性指數和臂順應性,為醫生判斷患者的硬化程度提供一種有效的檢測手段。
  6. The main works in this article are listed as follows : design the hardware of hemodynamics measuring system with my companion, for obtaining the cuff pressure and pulse wave signals through cuff method

    本論文主要做了以下幾個方面的研究:參與設計了心血管力學參數測量系統的硬體部分,利用袖帶採集分析計算所需的袖帶壓力信號和壓力信號。
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