脈搏信號器 的英文怎麼說

中文拼音 [màibóxìnháoqì]
脈搏信號器 英文
sphygmosignal
  • 脈 : 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
  • 搏 : 動詞1. （搏鬥） combat; fight; struggle; wrestle; strike 2. （撲上去抓） pounce on 3. （跳動） beat; pulsate; throb
  • 號 : 號Ⅰ名1 （名稱） name 2 （別號; 字） assumed name; alternative name3 （商店） business house 4 （...
  • 器 : 名詞1. （器具） implement; utensil; ware 2. （器官） organ 3. （度量; 才能） capacity; talent 4. （姓氏） a surname
  • 脈搏 : pulse; sphygmus
  1. In this part the signal from the infrared sensor was amplified by common collector amplifier, and the demodulator was built by filter. in which the signal got demodulated. because we just need the frequency of the signal, filter may achieved

    通過信號通路，傳感器生成的調幅波信號轉變為與脈搏頻率相同的方波。先由運算放大器接共集電極電路完成信號放大，通過濾波得到脈搏信號的頻率，從而用濾波器電路完成了解調功能。
  2. Our item choiced msp430f149, a sort of singlechip as controller, designed our hardware electrocircuit to get the pulse wave singnal, and used msp430f149 to continuously search and calculate the peak - peak value of the pulse wave, and compute oxygen saturaction. in our study, in order to hurdle the dirft of baseline caused by the physiological difference of human bodies. we designed one circuit which can automatically regulate of the baseline of signal

    本文以msp430f149晶元為控制器，設計硬體電路提取脈搏波信號，連續檢測脈搏波峰?峰值，計算氧飽合度。本課題採用了基線自動調節電路，以克服不同人體生理差異引起的基線漂移；設計了直流截取電路和可控積分放大電路，以滿足臨床連續監測的特殊需要，解決信號飽和問題。
  3. This thesis elaborates a self - developed measuring equipment for pulse oximetry. this unit can output the standard oximetry test signal comparatively with difference sensors of the tested pulse oximetry, include pulse rate, peep and oxygen saturation

    所述脈搏血氧儀校準裝置，它能產生一個與被檢脈搏血氧儀傳感器類型相對應的標準血氧測試信號，包括脈率、脈沖幅度和血氧飽和度。
  4. Peds is the medical instrument witch makes a no trauma cardiovascular hemodynamics diagnosing with patients " pulse and electrocardiogram signals and is applied to monitor patients

    脈搏血流動力-心電檢測系統是通過病人的脈搏和心電信號進行無創傷性的心血管血流動力學診斷和床旁監護用的醫療儀器。
  5. Based on the advanced and popular portable instrument ’ s kernel technology along with the embedded operational system such as windowsce system platform, aiming at human ’ s biomedical signal ? measure of blood pressure parameter, with the msp430 microprocessor which has powerful ability of transaction and achievement the real - time data pick and process. on up - computer, using platform builder tool customizing the windows ce platform using the vc programming language finishing the application software to multi - parameter monitor, the whole system achieving the data ’ s sample, real time disposal, analysis, display, store and communication of biomedical signal and imitate the system

    整個應用系統基於目前流行的便攜式儀器的核心技術- windowsce系統平臺，針對人體的生物醫學信號（血壓參數的測量） ，運用處理能力強大的msp430單片機對實時數據進行採集、處理，在上位機部分用platformbuilder工具定製了windowsce平臺，利用vc語言編寫了多參數監護儀的應用軟體，在數據採集、處理模塊中，針對血壓脈搏波這種生物醫學信號特點，合理運用msp430單片機硬體資源及其功能特性對採集的數據進行有效的數據濾波處理，得到了有效的血壓生理參數。
  6. So in this paper, the principle of electroptical non - invasive dual - ray methods are fist present in detail. in the theorem of simple structure and low power consumption, we select detecter with fitble wavelenth and low power msp430 processor, and design high stable ray - emitt circuit, low noise pre - amplifier, background disturbance counteract circuit, the signal are low - filtered and sent to msp430 " a / d transform directly to digital signal processing

    為此，本文詳細分析了光電無創雙光束法測定脈搏血氧飽和度的基本原理，在結構簡單，功耗小的原則下，選用合適發光波長的探頭和信號處理器，設計出光強穩定的發光電路，低噪聲前級，以及本底干擾對消電路，通過兩級低通直接送至ti公司的超低功耗混合信號處理器msp430進行a / d變換得到原始的數字信號。
  7. The main purpose of this research on the chinese medicine diagnosis by feeling the pulse is to replace the doctor s fingers with a pulse detecting device to examine the pulse wave, which is converted into digital signal s and fed into a computer system through the usb interface. the viscosity of blood is distinguished whether the amount is normal or not by examining the pulse wave via the computer analysis

    本研究的主要目的是將中醫脈診的方式電腦化，即利用脈搏感測器取代手指量測脈搏波形，再將它換成數位信號，並透過usb介面傳入電腦，經運算分析辨識后，顯示量測脈搏波形的血液黏度是否正常。
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