Harlan K Holmes

Title: Harlan K Holmes: Innovator in Pressure Sensing Technologies

Introduction

Harlan K Holmes, based in Newport News, VA, is a distinguished inventor with a portfolio of 4 patents. He has made significant contributions to the field of pressure sensing technologies, developing innovative systems that have potential applications in medical diagnostics and other industries.

Latest Patents

Harlan's latest patents include a cutting-edge "Motility analysis, display, and interpretation system." This system is designed to monitor multiple intralumenal pressures through an array of transducers. It features a data acquisition module for capturing pressure samples, advanced software routines for signal analysis, and modules for multidimensional data display and pattern recognition, all aimed at identifying potential health issues. The sensor array is constructed using cylindrical segments that deform under pressure, providing an electrical analog of the pressures at play.

Another notable patent is his "Pressure sensor using liquid crystals." This innovative design utilizes liquid crystals placed between transparent, electrically conductive films, allowing for the measurement of pressure changes through alterations in light intensity. When pressure is applied, the conductive films adjust their distance, subsequently affecting the electric field and liquid crystal orientation. This results in varying light intensities detected by an analyzer, effectively translating pressure changes into visual readings.

Career Highlights

Throughout his career, Harlan K Holmes has contributed to prominent organizations like the United States of America as represented by the Administrator and Virginia Commonwealth University. His work has significantly advanced the area of pressure sensing and analysis, positioning him as an important figure in technological innovations within the medical field.

Collaborations

Harlan has collaborated with notable peers in his field, including Thomas C Moore and Andrew J Fantl. Together, they have worked on developing and refining pressure sensing technologies that push the boundaries of current methodologies and applications.

Conclusion

Harlan K Holmes stands out as a key inventor with a focus on innovations that enhance our understanding of pressure dynamics. His patents and collaborative efforts showcase his commitment to advancing technology in ways that can potentially improve diagnostic practices and overall health outcomes. As he continues to innovate, his work will likely have lasting impacts on the field and inspire future advancements.