Company Filing History:
Years Active: 2004-2006
Title: Innovations by Inventor Zachary W. Slavens
Introduction
Zachary W. Slavens, an inventive mind based in Bettendorf, Iowa, has made significant contributions to agricultural technology through his innovative patent work. As a part of Deere & Company, he has focused his efforts on enhancing grain moisture sensing systems, which are crucial for optimal agricultural practices.
Latest Patents
Zachary holds three patents, showcasing his expertise in developing advanced moisture sensing technology. His latest patents include a "Multiple Frequency Grain Moisture Sensor for Combines," featuring a grain moisture sensing system that employs an excitation signal source to produce an excitation signal. This system consists of a sensor cell with a driven plate and a sense plate, allowing for precise measurement of moisture content. His patents further elaborate on the mechanics of the sensor, detailing how it gauges real and imaginary components of voltage and current to determine the grain's complex permittivity.
Career Highlights
Throughout his career, Zachary has been influential in advancing the field of agricultural technology. His work with Deere & Company has positioned him as a key player in developing systems that improve the efficacy of farming equipment. His commitment to innovation has made a lasting impact on the industry.
Collaborations
Zachary has collaborated with notable colleagues such as Gerald Eric Rains and James Joseph Phelan, where teamwork has undoubtedly contributed to the development of his patents. These collaborations highlight the importance of collective expertise in the creation of cutting-edge technology.
Conclusion
Zachary W. Slavens represents a new generation of inventors passionate about leveraging technology for agricultural improvement. With his innovative patents and dedication to research and development, he continues to enhance how moisture sensing technologies are utilized in farming, proving that his contributions are invaluable in the quest for more efficient agricultural practices.