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telemetry
相关语句
  遥测
    The Development of a EEG Telemetry and Tele-Monitoring System
    脑电遥测和远程监护系统的研制
短句来源
    The Development of Multi-lead EEG Telemetry and Tele-monitoring System
    多导联脑电遥测与远程监护系统的研制
短句来源
    It consists of telemetry transmitter, telemetry receiver, notebook computer. This telemetry system operates at the licence-free open frequency band of 433MHz and can telemeter 10 subjects’ heart sound signals simultaneously ;
    该系统由遥测发射机、遥测接收机、笔记本计算机等三部分组成,工作在433MHz免申请的开放频段,能同时测试10名受试者的心音信号;
短句来源
    In order to reduce the spread during monitoring period of SARS patients, it’s so essential that a telemetry system is designed to monitor patients’ ECG, temperature and blood pressure (BP) according to the spread characterist -ic of SARS.
    为了减少SARS病人监护中医务人员和SARS患者的接触性传染问题,设计SARS病人心电、体温遥测监护系统是很有必要的。
短句来源
    In a word, Monitoring SARS patients’ ECG and temperature using telemetry mode is feasible.
    总体看,用无线遥测的方式实现SARS病人心电、体温遥测监护是可行的。
短句来源
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  “telemetry”译为未确定词的双语例句
    Objective To explore the difference of spiral ganglion's neural response telemetry (NRT) threshold value in different parts of the cochlea , by measure the artificial cochlea electrode 's NRT threshold value in different depth inside the cochlea .
    目的通过对人工耳蜗电极在耳蜗内不同深度NRT阈值的检测,探讨耳蜗不同部位螺旋神经节对NRT反应阈值的差异。
短句来源
    Three Channel Infrared Implantable Telemetry System
    三道植入式红外光遥测系统
短句来源
    A Multichannel Infrared Telemetry System for Physiological Signal
    多道生理信号的红外光遥测系统
短句来源
    Design of a Single Channel Infrared ECG Telemetry System
    红外传输单道心电遥测系统设计
短句来源
    Design of a Infrared Single-Channel ECG Telemetry System
    红外传输单道心电遥测系统设计
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  telemetry
zanthopygia) are measured by radio telemetry in a subalpine forest near Beijing, China.
      
Consideration was given to the combinatorial hierarchical design (composition) of the structure of an application telemetry system consisting of the on-board, radio, and ground communication equipment including the operator working place.
      
The technique of processing is verified using the telemetry data on angular velocity of the station and its attitude parameters.
      
In the first method the acceleration was calculated using the relative motion of the station reconstructed on the basis of telemetry data.
      
The measurements were carried out in the real-time mode of data transmission to the Earth, when the orbital station flew over the telemetry data receiving point.
      
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In this essay a new kind of ECG telemetry and monitoring system based on public telephone network ispresented, which is able to transfer four channels of ECG of two patients to monitoring cenler sited at hospital synchroniz-ingly. At the same time doctors may make diagonoses and give instruction for treatment. The system has the functions of re-al time sample, reviewing, freezing, store, windows, and printing, etc.

本文介绍了一种基于公用电话网络的新颖的心电遥测与监护系统,它利用声耦合,可同时将两个病人的共四个导联的心电信号实时传送到医院的中心监护台,供医生诊断与指导治疗,具有实时采样、回放、冻结、存储、开窗放大处理、打印等功能。

In this essay a new kind of ECG telemetry and monitoring system based on public telephone network is presented,which is able to transfer total four channels ECGs of two patients to the monitoring center sited at hospital synchronizingly. After transmission doctors may make diagonoses and give some suggestion for treatment. The system has a lot of functions such as real time sample, store, reviewing, freezing, windows, and printing. The wave displayed on the screen is stable without the floating of base...

In this essay a new kind of ECG telemetry and monitoring system based on public telephone network is presented,which is able to transfer total four channels ECGs of two patients to the monitoring center sited at hospital synchronizingly. After transmission doctors may make diagonoses and give some suggestion for treatment. The system has a lot of functions such as real time sample, store, reviewing, freezing, windows, and printing. The wave displayed on the screen is stable without the floating of base line.

介绍了一种利用电话线传输心电信号的技术,在此基础上研制的心电遥测与监护系统可同时将两个病人的共4个导联的心电信号实时传送到医院的监护中心,供医生及时诊断与指导治疗.它具有实时采样、存储、回放、冻结、开窗放大处理、打印等功能,显示的波形稳定,无基漂.

Cardiac pacemaker is one of the effective meansof non - drug therapy of cardiac arrhythmias. Great ad-vances have been acheived in the pacemaker technologyand its clinical application during the forty years since thefirst implantable pacemaker was invented and implantedin 1958. Nowadays, pacemaker system is endorsed to beat the list of modern high technological products.The physical charscteristics of a modern pacemaker hasattained minimized size in adition to its high reliability,longivity and multiple programmable...

Cardiac pacemaker is one of the effective meansof non - drug therapy of cardiac arrhythmias. Great ad-vances have been acheived in the pacemaker technologyand its clinical application during the forty years since thefirst implantable pacemaker was invented and implantedin 1958. Nowadays, pacemaker system is endorsed to beat the list of modern high technological products.The physical charscteristics of a modern pacemaker hasattained minimized size in adition to its high reliability,longivity and multiple programmable functions. A generaltendency existing for developing an antibradyrhythmiapacemaker is reflected on more compatible with circula-tion physiology (physiology pacing). DDD logic repre-sents the most comprehensive functional control of a dualchamber pacer. The items of parameters with self-adaptive function expanded to AV delay, sensing thresh-old, in addition to rate self - adaptiveness, and more-over, the most recent advance in self - adaptive functionexpanded to AV delay, sensing threshold, in addition to rate self - adaptiveness, and moreover, the most recentadvance in self - adaptive function is output self - adap-tivity (so - called auto - capture pacer). The latter one isa significant breakthrough in pacemaker techology devel-opment. Besides the conventional indications, the indi-catons of various pacing modes also have expanded toprevent and treat paoxysmal atrial fibrillation, preventionand treatment of torsade de pointes in long QT syndrom,correcting the hemodymanic disorders in obstructive hy-pertrophic cardiomyopathy, etc. The most recent advancein anti - tachyrhythmia device is non - thoracotomy im-plantable cardioverter - defibrillator (ICD) which cancombat life - threatenning ventricular tachyrhythmias byexerting anti - tachycardia pacing, synchronized low en-ery cardiovertion, and high energy defrillation in a tieredform, as well as anti - bradyrhythmia pacing should oc-cur. The implantation procedure of a modern ICD hassimplified so much that it is similar to that of a commonVVI pacer. The advances in pacemaker programmabilityand telemetry technology have made the pacemaker sys-tem and its programmer serve as an integrated therpeutic,data storaging, parameter measuring, programming,statistics processing, trouble - shooting, educating andtraining, and non - invasive diagnostic tool.There are big potentials in extending the pacemaker u-tilition in this country. Projects relevant to the survey ofthe present status, persuasion, education toward patientsand doctors should be emphasized.

心脏起搏器是心律失常非药物治疗的一种有效手段。从1958年第一例埋藏式起搏器问世以来,经历了四十年时间,起搏器的技术与临床应用,发展十分迅速,已列入高科技领域。起搏器的构造在保证可靠性、长寿限的前提下实现了小型化。抗缓慢型心律失常起搏器向生理性起搏方向发展,双腔(DDD)逻辑是最完备的基本工作控制方式。参数自适应除了频率自适应外,又发展了房室延迟时间自适应、感知度自适应,而最新的输出强度自适应(自动夺获起搏器)的出现,是一项突破性的起搏器技术发展。抗心动过缓起搏器的适应证和各种起搏方式的选用原则,除了习用的共识以外,又有了新的拓展,例如防治阵发性心房颤动的起搏方式、防治长Q-T综合征衍发尖端扭转型室性心动过速、纠治肥厚梗阻型心肌病的血液动力学障碍等。抗心动过速器的最新进展是非开胸式埋藏型自动复律-除颤-起搏器,对室性心律失常施行控制室性心动过速的程序刺激、电击复律、除颤等分层次的治疗,还能支持缓慢型心律失常。其安装手术简化到类似于安装单腔心室起搏器的手续。起搏器的程控-遥测技术发展。使起搏系统成为治疗、存储资料、测量、调控参数、监测心律、统计数据、排除故障、教学培训、诊断检查多用综合仪器。我国发展起搏器工作具...

心脏起搏器是心律失常非药物治疗的一种有效手段。从1958年第一例埋藏式起搏器问世以来,经历了四十年时间,起搏器的技术与临床应用,发展十分迅速,已列入高科技领域。起搏器的构造在保证可靠性、长寿限的前提下实现了小型化。抗缓慢型心律失常起搏器向生理性起搏方向发展,双腔(DDD)逻辑是最完备的基本工作控制方式。参数自适应除了频率自适应外,又发展了房室延迟时间自适应、感知度自适应,而最新的输出强度自适应(自动夺获起搏器)的出现,是一项突破性的起搏器技术发展。抗心动过缓起搏器的适应证和各种起搏方式的选用原则,除了习用的共识以外,又有了新的拓展,例如防治阵发性心房颤动的起搏方式、防治长Q-T综合征衍发尖端扭转型室性心动过速、纠治肥厚梗阻型心肌病的血液动力学障碍等。抗心动过速器的最新进展是非开胸式埋藏型自动复律-除颤-起搏器,对室性心律失常施行控制室性心动过速的程序刺激、电击复律、除颤等分层次的治疗,还能支持缓慢型心律失常。其安装手术简化到类似于安装单腔心室起搏器的手续。起搏器的程控-遥测技术发展。使起搏系统成为治疗、存储资料、测量、调控参数、监测心律、统计数据、排除故障、教学培训、诊断检查多用综合仪器。我国发展起搏器工作具有巨大潜力。应重视调查研究,宣

 
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