David R Miller

Title: David R Miller: Innovations in Miniaturized Impedance Sensors

Introduction:

David R Miller, a renowned inventor and patent holder from Morgan, UT (US), is widely recognized for his contributions in the field of miniaturized impedance sensors. With an impressive portfolio of 100 patents, Miller has revolutionized the development of wearable technology and impedance measurement systems. This article explores some of his latest patents, notable career highlights, and collaborations.

Latest Patents:

One of Miller's recent patents is for "Interdigitated Impedance Electrodes of Miniaturized Impedance Sensors." This invention involves a band with miniaturized impedance sensors integrated into it, consisting of interdigitated miniaturized electrodes that press against the user's dermal layer. These electrodes are connected to an electrical circuit embedded within the band, providing real-time measurements of impedance changes.

Another notable patent by Miller is for "Methods and Devices for Selecting Miniaturized Impedance Electrodes of Miniaturized Impedance Sensors." This invention focuses on determining the depth at which impedance is measured within the user's body. The miniaturized impedance sensor, embedded in a band, contains an array of miniaturized electrodes that measure impedance at specific depths corresponding to subdermal features. The processing device enables the selection of the desired depth for accurate impedance measurement.

Career Highlights:

Throughout his career, Miller has made significant contributions to various companies. He has worked with 'Other,' an innovative technology company, and 'Halo Wearables, LLC.' These collaborations have allowed him to channel his expertise in miniaturized impedance sensors into practical applications and commercial products.

Collaborations:

David R Miller has collaborated closely with remarkable individuals in the industry. Two notable coworkers include Devin Warner Miller and Jeffrey Michael Lee. Together, they have fostered a multidisciplinary approach in designing and implementing cutting-edge impedance sensor solutions. These collaborations have undoubtedly enriched Miller's understanding of impedance technology and led to more successful inventions.

Conclusion:

David R Miller's outstanding contributions in the development of miniaturized impedance sensors have positioned him as a remarkable inventor in the field. His patents for interdigitated impedance electrodes and methods for selecting miniaturized impedance electrodes showcase his commitment to innovation and his expertise in wearable technology. Miller's collaborations with industry experts and his work with companies like 'Other' and 'Halo Wearables, LLC' have further strengthened his impact in the field. As a visionary inventor, Miller continues to push the boundaries of miniaturized impedance sensors and shape the future of wearable devices.