Company Filing History:
Years Active: 2003-2005
Title: **Innovator Profile: Ronny L. Knak from Wichita, KS**
Introduction
Ronny L. Knak, based in Wichita, Kansas, is a noteworthy inventor with a total of three patents to his name. His innovative contributions are primarily focused on improving engineering solutions that enhance functionality and performance in construction and drainage systems.
Latest Patents
Knak’s latest inventions include an expansion joint cover and a grate assembly for drainage systems. The **expansion joint cover** features a design that includes a first plate hinged to a surface of an expansion joint and a second plate that slides within a housing. This clever mechanism allows for accommodation of variations in separation distance and vertical offset between surfaces during installation.
Furthermore, the **grate assembly** patent comprises a robust configuration that includes a grate, a frame, and a locking device to secure the grate in place. With integral flanges and a locking mechanism that utilizes a bolt to raise the locking device, Knak's design ensures the grate remains firmly supported, optimizing functionality for drainage systems.
Career Highlights
Ronny L. Knak has made significant strides in his career at Balco, Inc., a company known for its commitment to innovative building solutions. His expertise has been instrumental in developing products that address real-world construction challenges while maintaining efficiency and quality.
Collaborations
Throughout his career, Knak has collaborated with talented individuals such as Dean V. Balocca and Johnnie Daniel Hilburn, Jr. These collaborations have enabled him to combine expertise and creativity, fostering an environment of mutual innovation and idea exchange.
Conclusion
Ronny L. Knak's dedication to advancing engineering solutions through his inventive patents underscores his contribution to the industry. As he continues to work with Balco, Inc., his innovative spirit is sure to inspire future developments that address the complexities of modern construction and drainage systems.