Company Filing History:
Years Active: 2022-2025
Title: The Innovative Mind of Beth Schwartz: Pioneering Physiologic Monitoring
Introduction
Beth Schwartz, an accomplished inventor based in Inver Grove Heights, MN, has made significant contributions to the field of physiologic monitoring. With two patents to her name, her work focuses on developing advanced methods for monitoring and managing the physiologic parameters of subjects, thereby enhancing healthcare and patient outcomes.
Latest Patents
Beth Schwartz's latest patents revolve around a method for monitoring and managing physiologic parameters. This innovative method includes receiving monitoring data from sensing devices attached to a subject, analyzing this data to identify relevant physiologic parameters, and providing signaling to stimulating devices based on these parameters. The process further incorporates analyzing additional monitoring data post-stimulation to adapt the stimulus based on any changes observed in the physiologic parameters. This ensures that patients receive tailored responses to their specific conditions, making her patents crucial for future medical advancements.
Career Highlights
Beth's career is marked by her affiliation with Lifelens Technologies, LLC, where she has applied her expertise in physiologic monitoring. Her dedication to innovation and technology positions her at the forefront of health-tech advancements, contributing to more personalized patient care solutions.
Collaborations
Throughout her career, Beth has collaborated with notable professionals such as Landy Aaron Toth and Robert S Schwartz. These collaborative efforts enhance the interdisciplinary approach to her inventions and foster an environment ripe for innovation.
Conclusion
In summary, Beth Schwartz stands out as a pioneering inventor in the realm of physiologic monitoring. Her patents not only reflect her innovative spirit but also underscore her commitment to improving healthcare through technology. As she continues her work at Lifelens Technologies, her contributions promise to drive significant advancements in the way physiological parameters are monitored and managed.