Company Filing History:
Years Active: 2001-2025
Title: Earle Timothy Roberts: Innovator in Implantable Technology
Introduction
Earle Timothy Roberts is a notable inventor based in Maple Grove, MN, with an impressive portfolio of 21 patents. With a focus on implantable technologies, Roberts has made significant contributions to the medical device industry, particularly in the areas of stimulation and drug delivery systems.
Latest Patents
Roberts' latest innovations include a groundbreaking patent for an Implantable Stimulation Node Configuration. This patent details methods, systems, and devices for an implantable stimulation node that can store multiple stimulation profiles in memory. During the configuration phase, the node receives stimulation commands based on the stored profiles, enabling targeted treatment phases through precise stimulation delivery.
Another significant invention by Roberts is related to Drug Delivery Programming Techniques. This patent outlines devices and methods for programming drug delivery that account for the diffusion and mixing of drugs within a fluid. It allows for flexible programming options by determining delivery parameters such as volume and flow rate based on the characteristics of the mixture. This innovation plays a crucial role in ensuring accurate dosing to patients.
Career Highlights
Earle Timothy Roberts has worked with prestigious companies in the medical device sector, including Medtronic, Inc. and Cardiac Pacemakers, Inc. His work within these companies has allowed him to propel advancements in implantable medical technology, making a meaningful impact on patient care.
Collaborations
Throughout his career, Roberts has collaborated with other talented professionals, notably Joseph E. Bange and Irfan Z. Ali. Their collective expertise has contributed to the successful development of various medical devices and patented technologies.
Conclusion
Earle Timothy Roberts stands out as an innovative inventor with a commendable record of patents in the field of implantable technologies. His work continues to influence the future of medical devices by enhancing the capabilities of stimulation and drug delivery systems, ultimately aiming to improve patient outcomes and experiences in healthcare.