Keith D Thompson

Title: Innovations by Keith D Thompson

Introduction

Keith D Thompson is an accomplished inventor based in Osage City, Kansas. He has made significant contributions to agricultural technology, particularly in the design of seed-firming and furrow-closing mechanisms. With a total of 2 patents to his name, Thompson's work reflects a commitment to enhancing agricultural efficiency.

Latest Patents

Thompson's latest patents include a "Seed firming assembly and method for agricultural seeders and mounting system therefor." This invention features a large diameter seed-firming wheel designed to ensure seeds are firmly placed into the soil at the bottom of a furrow. The wheel is strategically positioned behind a furrow opener and seed guide, and it is supported by an attaching arm that allows for optimal operation. An adjustment mechanism is also included to modify the downward force applied by the spring on the seed-firming wheel.

Another notable patent is the "Furrow closing wheel for agricultural seeders and mounting system therefor." This invention consists of a center body portion with spokes that extend radially outward. The design of the spokes includes a blunt tip with a circumferential length significantly larger than its thickness, ensuring effective soil closure. The mounting system features a protective shroud for secure attachment to the seeder.

Career Highlights

Throughout his career, Keith D Thompson has focused on innovations that improve agricultural practices. His inventions are aimed at enhancing the efficiency and effectiveness of seed planting, which is crucial for modern farming.

Collaborations

Thompson collaborates with his coworker, Benjamin K Thompson, to further advance their projects and share insights in the field of agricultural technology.

Conclusion

Keith D Thompson's contributions to agricultural innovation through his patents demonstrate his dedication to improving farming techniques. His work continues to influence the industry positively, making significant strides in agricultural efficiency.