Blood pressure, saturation of pulse oxygen and clinical symptom were recorded.
监测血压、血氧饱和度和临床症状。
Pulse oximeter is a reliable, noninvasive, convenient instrument for continuous monitor of arterial oxygen saturation.
脉搏血氧仪是一种可连续、无创、方便地检测动脉血氧饱和度的仪器。
This Paper describes the principle of noninvasive monitoring of pulse and hemoglobin oxygen saturation (SpO,) by spectrophotometry.
介绍一种基于分光光度测定法无创伤监测脉搏和血氧饱和度的基本原理。
Objective To discuss the feasibility of examining the saturation of oxygen in blood of pulp using pulse oximeter in order to judge the pulp vitality.
目的探讨将脉搏血氧饱和度测定仪用于检测中切牙牙髓血氧饱和度以判定牙髓活力的可行性。
In addition - the apparatus has the function of performing EECP, monitoring ECG and pulse oxygen saturation - and other acquiring 8-analog signals channels data and analyzing the stored data offline.
此外，还有实施EECP，实时监测心电、脉搏血氧等基本生理信号和采集8道其他模拟信号和数据存盘分析等功能。
The pulse oximeter is a device that allows non-invasive measurements of the saturation of haemoglobin with oxygen (SpO2);
脉博血氧测定仪是一种允许非侵入式携氧血红蛋白状态的测量方法的仪器；
Under the condition of low perfusion, the measurement of non-invasive saturation of pulse-blood oxygen is low-accuracy, lower signal-to-noise ratio (SNR) is one of the crucial causations.
在弱灌注条件下，无创脉搏血氧饱和度的测量存在着准确度不高的问题。传感器采集信号的信噪比低是导致该问题的主要原因之一。
Objective to discuss the feasibility of examining the saturation of oxygen in blood of pulp using pulse oximeter in order to judge the pulp vitality.
目的：探讨应用脉搏血氧测定法测试牙髓活力的可行性。
Objective: to discuss the feasibility of examining the saturation of oxygen in blood of pulp using pulse oximeter in order to judge the pulp vitality.
目的：探讨应用脉搏血氧测定法测试牙髓活力的可行性。
The signal acquisition system is mainly aimed at designing the circuit of breathing, body temperature, oxygen saturation and pulse rate single, and receiving the data from the single-chip.
该信号采集系统主要是针对呼吸、体温、血氧饱和度和脉率信号的采集电路进行设计，并将采集到的数据经单片机处理得到相应的参数信息。
The signal acquisition system is mainly aimed at designing the circuit of breathing, body temperature, oxygen saturation and pulse rate single, and receiving the data from the single-chip.
该信号采集系统主要是针对呼吸、体温、血氧饱和度和脉率信号的采集电路进行设计，并将采集到的数据经单片机处理得到相应的参数信息。
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