Covid-19呼吸机短缺的低成本、开源解决方案

Mason Danna, Evan George, Sanjana Ranganathan, Zachary I Richards, R. K. Sims, Pauline M. Berens, Priyanka S. Deshpande, Swami Gnanashanmugam
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引用次数: 0

摘要

机械呼吸机有助于治疗和管理各种呼吸系统疾病,包括与冠状病毒感染(COVID-19)相关的间质性肺炎。前所未有的COVID-19大流行导致全球出现了对更容易获得和负担得起的机械通气装置的需求。该项目被称为第三海岸呼吸机,旨在为COVID-19大流行造成的呼吸机短缺提供低成本、开源的解决方案;这种设备还可以在医疗资源有限的发展中国家实施,在这些国家,呼吸机通常是无法获得的。利用医院和当地商店中现成的组件,我们的团队设计了一个原型,可以在一小时内组装和运行。我们的测试表明,在调节吸气呼气比、空气流速和呼吸频率的常用范围时,潮汐容量的准确输送。这些有希望的结果是朝着我们的目标迈出的重要一步,我们的目标是在存在短缺的地区创造一种低成本、开源、全球可获得的呼吸机。
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A Low-Cost, Open-Source Solution to the Covid-19 Ventilator Shortage
Mechanical ventilators are beneficial in treating and managing various respiratory diseases, including interstitial pneumonia associated with Coronavirus infection (COVID-19). The unprecedented COVID-19 pandemic has led to the emergence of a worldwide need for more accessible and affordable mechanical ventilatory devices. This project, known as the Third Coast Ventilator, aims to create a low-cost, open-source solution to the ventilator shortage created by the COVID-19 pandemic; this device can additionally be implemented in developing countries with limited medical resources, where ventilators are often inaccessible. Using readily available components found within hospitals and local stores, our team designed a prototype that can be assembled and functional within an hour. Our testing demonstrated accurate tidal volume delivery while modulating commonly used ranges of inspiratory to expiratory ratios, air flow rates, and respiratory rates. These promising results are an important step toward our goal of creating a low-cost, open-source, globally accessible ventilator in areas where shortages exist.
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