Michael Mathias Freking

Title: Michael Mathias Freking: Innovator in Breath Analysis Technology

Introduction

Michael Mathias Freking, an accomplished inventor based in Arden Hills, MN, holds two significant patents in the field of breath analysis technology. His innovative work, particularly in medical devices, showcases his commitment to improving healthcare through advanced scientific solutions.

Latest Patents

Freking's latest patents include groundbreaking systems aimed at breath analysis. The first patent, titled "Fluid Analysis System," pertains to a breath analysis system that incorporates a gas measurement device. This device features a housing that defines an interior volume, complete with fluid ingress and egress ports, a bottom wall, and a cleverly designed circuit board. The circuit board includes multiple gas sensors that are strategically positioned to enhance measurement accuracy.

His second patent is the "Breath Sampling Mask and System," which involves a breath sensing system that includes a specialized mask. This mask is designed to cover a portion of a patient's face and comprises a breath receiving chamber. Crucially, it features a chemical sensor element with a series of discrete binding detectors that interface with the collected breath sample, providing precise analytics for healthcare applications.

Career Highlights

Freking has contributed his expertise at prestigious organizations such as Boston Scientific Scimed, Inc. and the University of Minnesota. His experiences in both corporate and academic settings have equipped him with a wealth of knowledge and insight into the complexities of medical technologies.

Collaborations

Throughout his career, Freking has collaborated with notable coworkers, including Gregory J. Sherwood and Justin Theodore Nelson. These collaborations have fostered a creative environment, leading to advancements in their respective fields of expertise.

Conclusion

Michael Mathias Freking stands out as a prominent inventor dedicated to enhancing medical technology through innovative breath analysis systems. His contributions exemplify the importance of research and collaboration in driving forward the field of healthcare, making significant strides toward improving patient diagnostics and treatment.