Jeff Ireland

Title: Jeff Ireland - Innovator in Battery Impedance Measurement

Introduction

Jeff Ireland is an accomplished inventor based in Brooklyn Park, MN (US). He has made significant contributions to the field of medical technology, particularly in the area of battery-powered implantable medical devices. His innovative work has led to the development of a unique patent that enhances the functionality and reliability of these critical devices.

Latest Patents

Jeff Ireland holds a patent for a "Battery impedance measurement apparatus." This apparatus is designed for battery-powered implantable medical devices. It features current source means and reference impedance means that are selectively connected across the battery after it has been isolated from the medical apparatus. The resulting currents of interest are digitized to provide a factor directly related to the internal impedance of the battery. This digitized value can be telemetered out of the implanted medical apparatus, enabling critical decisions to be made based on the remaining life of the implanted battery. Additionally, the same measurement apparatus can be utilized to form an accurate end-of-life signal.

Career Highlights

Jeff Ireland is currently employed at Medtronic, Inc., a leading company in the medical technology sector. His work at Medtronic has allowed him to focus on innovations that improve patient care and device performance. With his expertise, he has contributed to advancements that are vital for the functionality of implantable medical devices.

Collaborations

Throughout his career, Jeff has collaborated with notable colleagues, including David A Wayne and Tho Huyhn. These collaborations have fostered an environment of innovation and have led to the successful development of groundbreaking technologies in the medical field.

Conclusion

In summary, Jeff Ireland is a prominent inventor whose work in battery impedance measurement has significantly impacted the medical technology industry. His contributions continue to enhance the reliability and functionality of implantable medical devices, ultimately improving patient outcomes.