Keith E Kessler

Title: Innovative Contributions of Keith E Kessler in Linear Actuation Technology

Introduction

Keith E Kessler, an inventive mind based in Palm Bay, Florida, has made significant contributions to the field of linear actuation technology. With one patent to his name, Kessler's work showcases an innovative approach to overcoming challenges associated with high-frequency vibrations in space-deployed structures.

Latest Patents

Kessler's noteworthy patent is for a "Linear precision actuator with accelerometer feedback." This actuator is designed to provide high precision by compensating for short stroke, high-frequency vibrations affecting structures in space. The invention consists of cylindrical magnetic pole pieces affixed to graphite flexures, housed within a thermally conductive cylindrical casing. The unique mechanism utilizes a magnetic field produced by stationary coils, which is controlled by a sense/control processor that manages vibration compensation. An internal accelerometer creates output signals to close a feedback loop, facilitating effective resonance reduction and improving the actuator's overall stability.

Career Highlights

Throughout his career, Keith E Kessler has demonstrated a commitment to innovation in engineering. He is associated with Harris Corporation, a widely recognized entity in advanced technology fields, contributing his expertise to propel forward-thinking solutions. His development of the linear actuator highlights his proficiency in addressing complex engineering challenges.

Collaborations

Kessler has collaborated with notable colleagues, including Douglas J Phillips and John Warner Shipley. These partnerships have potentially enriched the development process, fostering an environment that encourages creativity and problem-solving in their projects.

Conclusion

In conclusion, Keith E Kessler's contributions to the field of linear actuation stand out, particularly with his advancements in vibration compensation technology. His innovative patent reflects a significant leap forward in engineering capabilities, marking him as a valuable inventor within the industry. As technology continues to evolve, the impact of Kessler's work is expected to resonate in future developments, enhancing the performance of space-deployed structures.