Hyperbaric-Capable Spirometer


Project Summary

Hyperbaric Capable Spirometer designed by Senior Design Group 7 in 2019-2020

Hyperbaric chambers are highly pressurized, highly oxygenated environments in which physicians need reliable, hands-free spirometers for their ventilated patients. As a patient exhales, the moving air exerts a pressure. This hyperbaric-capable spirometer measures this applied pressure through a pitot tube to continuously calculate the tidal volume and breathing rate of a patient. Additionally, the device measures the carbon dioxide concentration of a patient's exhaled breath to ensure the patient is metabolizing healthily. All values are automatically displayed to healthcare providers via an LCD display screen. The device is designed to be accurate at all pressures up to 6 ATM and meets all structural and electrical requirements for use in hyperbaric chambers.

Miles Wing

Medical Device Design

wingx039@umn.edu

Karene Jensen

Biomechanical Engineering

jens1777@umn.edu

Mengdi Lou

Cell and Molecular Bioengineering

louxx107@umn.edu

Emma Olmscheid

Clinical Engineering and Device Design

olmsc047@umn.edu


Sara Jackson

Biomedical Transport Processes

jack1227@umn.edu

Advisors

Industry Advisor

Paul Emerson, Ph.D.

Biomedical Engineer, Boston Scientific

Clinical Advisor

Christopher Logue, M.D.

Emergency Medicine and Hyperbaric Medicine, Hennepin County Medical Center