Company Filing History:
Years Active: 2012
Title: The Innovative Mind of Timothy P. Fitzgerald: Pioneering Advancements in Oxygen Sensor Technology
Introduction: Timothy P. Fitzgerald, based in Bloomington, MN, is a notable inventor with a focus on enhancing sensor technology. With a single patented invention to his name, Fitzgerald has made significant strides in the field of galvanic fuel cell type oxygen sensors.
Latest Patents: Fitzgerald's patent, titled "Oxygen Sensor Improvement Method," presents a novel approach to improving the performance of galvanic oxygen sensors. The invention details a method that includes the provision of a pressure equalization port leading to the interior of an inner core housing, which encompasses the membrane, electrolyte, and anode and cathode electrodes. By sealing the sensor housing hermetically, except for the sample inlet and outlet ports, the performance of the sensor is notably enhanced. This design allows for the connection of a vacuum source to both the pressure equalization port and the sample outlet port, minimizing the movement or rupture risk of the membrane as gas samples are drawn in through the inlet.
Career Highlights: Timothy Fitzgerald is currently employed at Medical Graphics Corporation, where he applies his expertise in sensor technology. His innovative work has significantly contributed to the development of advanced medical devices aimed at improving patient care and diagnostic capabilities.
Collaborations: At Medical Graphics Corporation, Fitzgerald collaborates with his coworker, C. Peter Howard. Together, they work on various projects that leverage their collective expertise in sensor technology and medical applications, driving forward the potential of innovative healthcare solutions.
Conclusion: Timothy P. Fitzgerald exemplifies the spirit of innovation through his contributions to the field of oxygen sensor technology. His patented methods showcase a commitment to advancing medical technology, making strides that could lead to improved diagnostic tools and patient outcomes in the medical industry.