首页> 外国专利> IMPROVED METHOD OF MAINTAINING CONSTANT ARTERIAL PCO2 DURING INCREASED MINUTE VENTILATION AND MEASUREMENT OF ANATOMIC AND ALVEOLAR DEAD SPACE

IMPROVED METHOD OF MAINTAINING CONSTANT ARTERIAL PCO2 DURING INCREASED MINUTE VENTILATION AND MEASUREMENT OF ANATOMIC AND ALVEOLAR DEAD SPACE

机译:在分钟通气量增加和解剖和肺动脉死腔测量中保持恒定动脉PCO2的改进方法

摘要

A method is disclosed to maintain isocapnia when breathing exceeds baseline breathing and a circuit therefore. The circuit has a non rebreathing valve, a source of fresh gas, a fresh gas reservoir and a source of gas to be inhaled when minute ventilation exceeds fresh gas flow. The flow of fresh gas is equal to minute ventilation minus anatomic dead space, wherein additional inhaled gas exceeding fresh gas flow has a partial pressure of CO2 equal to the partial pressure of CO2 of arterial blood. Also disclosed is a method to identify the anatomic dead space and alveolar dead space by using a breathing circuit consisting of a non rebreathing valve, a source of fresh gas, a fresh gas reservoir and a source of gas with a partial pressure of CO2 substantially equal to that of arterial blood.
机译:公开了一种在呼吸超过基线呼吸时维持等腰痛的方法,并因此提供了一种回路。该回路具有无呼吸阀,新鲜气体源,新鲜气体储存器和当微小通风量超过新鲜气体流量时要吸入的气体源。新鲜气体的流量等于分钟通气量减去解剖死区,其中超过新鲜气体流量的其他吸入气体的CO2分压等于动脉血CO2的分压。还公开了一种通过使用呼吸回路来识别解剖学死腔和肺泡死腔的方法,该呼吸回路包括非呼吸阀,新鲜气体源,新鲜气体储存器和分压基本等于CO 2的气体源。到动脉血

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