Company Filing History:
Years Active: 2013-2015
Title: Gion Durisch: Innovator in Respiratory Technology
Introduction
Gion Durisch is a notable inventor based in Domat/Ems, Switzerland. He has made significant contributions to the field of respiratory technology, particularly in the development of devices that enhance patient care during assisted breathing. With a total of 2 patents, his work focuses on improving the assessment and management of respiratory conditions.
Latest Patents
Gion Durisch's latest patents include an "Apparatus for assessing the stress on the circulation of a person during assisted breathing by means of a respirator." This invention features sensing means that detect the inspiratory and expiratory phases of each respiratory cycle. It utilizes a computing device to calculate variations in circulation values, helping to determine if the haemodynamic stress from assisted breathing is excessive. Another significant patent is the "Method and device for determining the PEEP during the respiration of a patient." This device automates the determination of PEEP using sensors and an electronic system to analyze pressure-volume characteristics during a P/V maneuver, ultimately calculating a PEEP value based on the determined breathing pressure.
Career Highlights
Gion Durisch is currently employed at Hamilton Medical AG, a company renowned for its innovative medical devices. His work at Hamilton Medical AG has allowed him to apply his expertise in respiratory technology, contributing to advancements that improve patient outcomes.
Collaborations
Gion has collaborated with notable colleagues such as Marc Wysocki and Thomas Laubscher. Their combined efforts in the field of respiratory technology have led to significant innovations that enhance the quality of care for patients requiring assisted breathing.
Conclusion
Gion Durisch's contributions to respiratory technology through his patents and work at Hamilton Medical AG highlight his commitment to improving patient care. His innovative approaches continue to shape the future of respiratory assistance.