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System for the detection and analysis of vital functions in unconscious casualties for use by first aiders

机译:检测和分析对昏迷伤亡中的重要功能的检测和分析初级伤亡人员

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Laymen First aiders have to rely on their senses when they check an unconscious casualty for pulse and respiration. This paper introduces a system that will not only check for pulse and respiration but can also decide on whether or not the casualty has to be reanimated. This is thought to increase the motivation of a First aider to act (relieving responsibility in this high pressure situation) and to decrease the amount of erroneous decisions. Common systems like the AED and the pulse oximeter are insufficient as they do not measure the actual pulse wave and respiration. Most approaches to this problem are based on methods that are too complicated and too “bulky” to enable First aiders to have the system ready at hand (e.g. on a keychain). In contrast to this the presented system is the size of a walnut and will be able to detect pulse wave and respiration at one single point on the neck while providing a decision for or against reanimation within ten seconds. First measurements based on simulated data resulted in a sensitivity of about 79% and a specificity of about 96%.
机译:当他们检查脉搏和呼吸的无意识伤亡时,劳德初级急救人员必须依赖他们的感官。本文介绍了一种系统,不仅可以检查脉冲和呼吸,还可以决定是否必须重新磨损伤员。这被认为增加了第一款人的动机来行动(在这种高压状况中缓解责任),并降低错误决策的量。像AED和脉搏血氧计的常见系统,因为它们不测量实际脉冲波和呼吸。对此问题的大多数方法都是基于过于复杂,太“笨重”的方法,以使第一艾滋病能够让系统准备好(例如,在钥匙串上)。与此相反,所示的系统是核桃的尺寸,并且能够在颈部的单个点处检测脉冲波和呼吸,同时在十秒内提供反对或反对再次造成的反对。基于模拟数据的首先测量导致敏感性约为79%,特异性约为96%。

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