Location History:
- Takoma Park, MD (US) (1979)
- Potomac, MD (US) (1981)
- Germantown, MD (US) (1982)
- Winchester, VA (US) (1995 - 1996)
Company Filing History:
3 out of 30 
1 out of 832,891 Years Active: 1979-2024
Introduction
Stephen T. Spevak, an inventive mind based in Takoma Park, MD, holds three patents that reflect his commitment to enhancing functionality through innovation. His work primarily revolves around article supporting assemblies that optimize space usage while facilitating easy retrieval of supported articles.
Latest Patents
Among his latest contributions is an innovative design for an article supporting assembly. This assembly features a center structure complemented by at least two cover plates and article supporting structures that can be formed on either the center structure or the cover plates themselves. The clever integration of at least two spanners with first hinges allows for pivotal movement of the cover plates with respect to the spanners, while second hinges connect the spanners to the center structure. The design not only permits pivotal motion relative to the housing but also maximizes the utility of the occupied space. The versatility of the spanners, cover plates, and center structure allows for a variety of configurations, making it a significant advancement in this area.
Career Highlights
Stephen T. Spevak's innovative works are primarily developed under the umbrella of Potomac Applied Mechanics, Inc., where he continues to contribute to advancements in mechanical assemblies. His patent portfolio demonstrates a keen ability to marry functionality with novel engineering solutions.
Collaborations
While specific collaboration details remain undisclosed, his association with Potomac Applied Mechanics, Inc. positions him within a network of professionals who are likely engaged in similar innovations and engineering endeavors, fostering a creative environment conducive to further breakthroughs.
Conclusion
Stephen T. Spevak stands as a notable inventor in the field of article supporting assemblies. His focus on maximizing utility and efficiency through innovative design marks him as a valuable contributor to the engineering community. With ongoing work and a solid patent portfolio, his future contributions will certainly be anticipated in the evolving landscape of mechanical innovations.