Company Filing History:
Years Active: 2001
Title: Innovations by David Grant Iverson: A Closer Look at His Patent
Introduction
David Grant Iverson, based in New Hampton, Iowa, is an innovative inventor known for his contributions to the field of mechanism control. With a singular patent to his name, Iverson has developed a unique solution that enhances the operation of latches, showcasing his ability to blend creativity with practical application.
Latest Patents
Iverson's noteworthy patent, titled "Control Mechanism for Operating a Latch," focuses on a sophisticated assembly designed to improve latch functionality. The mechanism includes a frame and a first arm that pivots around a designated axis. This design allows the first arm to transition between two positions, effectively enabling the latch operation. The actuator assembly plays a crucial role in the movement of the first arm, engaging it to ensure seamless operation as it shifts between normal and actuating positions.
Career Highlights
Iverson is currently employed by Trimark Corporation, where he contributes his expertise and innovations. His role in the company highlights his dedication to advancing technology and improving mechanisms that enhance day-to-day functionalities. His patent underscores his innovative thinking and the practical applications of his work in enhancing industrial mechanisms.
Collaborations
Collaboration is key in the field of innovation, and Iverson has been fortunate to work alongside experienced professionals, including his coworker Stephen J. Gleason. Their teamwork exemplifies the synergy that can lead to advancements in technology and the development of effective solutions for complex problems.
Conclusion
David Grant Iverson's work serves as a testament to the power of innovation in advancing technology. His patent on a control mechanism for operating a latch not only reflects his creativity but also his commitment to practical solutions in the industry. As he continues his journey with Trimark Corporation, Iverson's contributions will likely leave a lasting impact in the field of mechanism control.