Company Filing History:
Years Active: 1992-1995
Title: Inventor Spotlight: David M. Sovis
Introduction
David M. Sovis is a proficient inventor based in Novi, MI, USA, with a notable contribution to innovation through his two patents. His work exemplifies the intersection of engineering and practical design, particularly in the automotive sector, enhancing vehicle functionality and ease of use for consumers.
Latest Patents
David holds two patents that showcase his inventive spirit. The first patent is for a **Sheave Assembly for a Tire Lift/Carrier Winch**, which features a two-piece design. This innovative sheave assembly includes a molded plastic, one-piece sheave component designed to incorporate essential features like a center hub and a cable-wrapping track. The second part of the assembly can be a metal side plate, ensuring durability and performance. Additionally, this assembly can integrate an annular toothed driven ring gear that works seamlessly with the winch's drive gear. The second patent revolves around a **Two-Way Manual Seat Adjuster with Full Memory Easy Entry**. This invention improves vehicle seating by allowing the seat to move forward effortlessly when the seat back is rotated. Its memory mechanism aids in retaining the adjusted seat position, promoting convenience and comfort.
Career Highlights
David's career is marked by his contributions to reputable companies such as Hoover Universal, Inc. and Sparton Corporation. His experience in these organizations has greatly influenced his innovation processes, driving advancements in design and mechanics.
Collaborations
Throughout his career, David has had the opportunity to work alongside notable colleagues like Donald R. Britt and Donald R. Rempinski. Their collaborative efforts have fostered an environment of creativity and innovation, further enriching David's contributions to the field.
Conclusion
David M. Sovis stands out as a remarkable inventor whose work in automotive design has resulted in patents that address practical challenges faced by consumers. His innovative approaches contribute significantly to advancements in vehicle technology, showcasing the importance of creative problem-solving in engineering.