Corpus ID: 215828518

Prototype of an affordable pressure-controlled emergency mechanical ventilator for COVID-19

@article{Pereira2020PrototypeOA,
  title={Prototype of an affordable pressure-controlled emergency mechanical ventilator for COVID-19},
  author={Am{\'e}rico Pereira and Luis Felipe Dias Lopes and Paulo Fonte and Pedro P{\'o}voa and Telmo G Santos and Alberto Martinho and Angela N Neves and Ant{\'o}nio Bugalho and Ant{\'o}nio Gabriel-Santos and Gonccalo Gaspar Bentes Pimenta and Jo{\~a}o Goes and Jo{\~a}o Martins and Joao Pedro Oliveira and Jos{\'e} Paulo Santos and Luis Carlos Gil and Miguel Onofre Domingues and Orlando Cunha and Pedro Pinheiro de Sousa and Tiago A Rodrigues and Valdemar R. Duarte and A Abrunhosa and Ant{\'o}nio Grilo and Joao Agostinho do Nascimento and M'ario Pimenta},
  journal={arXiv: Medical Physics},
  year={2020}
}
  • Américo Pereira, Luis Felipe Dias Lopes, +21 authors M'ario Pimenta
  • Published 2020
  • Mathematics, Physics
  • arXiv: Medical Physics
  • We present a viable prototype of a simple mechanical ventilator intended as a last resort to ventilate COVID-19 patients. The prototype implements the pressure-controlled continuous mandatory ventilation mode (PC-CMV) with settable breathing rates, inspiration/expiration time ratios and FiO2 modulation. Although safe, the design aims to minimize the use of technical components and those used are common in industry, so its construction may be possible in times of logistical shortage or… CONTINUE READING

    Figures from this paper.

    References

    Publications referenced by this paper.
    SHOWING 1-2 OF 2 REFERENCES

    Note that the metallic sound doesn't originate from the device but from the pressure reducer of the oxygen bottle. The clacking sound from the electrovalves can be damped by a