Company Filing History:
Years Active: 1982
Title: The Innovations of William F Dybel
Introduction
William F Dybel, an inventive mind from Olympia Fields, IL, has made a significant contribution to the field of measurement and control technology. With a patent to his name, Dybel has developed a unique solution for sensing strain, showcasing his inventive capabilities and dedication to engineering innovation.
Latest Patents
Dybel's notable patent is for a waterproof strain sensing device. This innovative device is designed for measuring deformation experienced by force-carrying members. The transducer features a strain sensing element, terminal blocks, and cable terminal connections, all securely housed within a water and contaminant-resistant enclosure. The ingenious design includes a tubular sheath that houses the sensing element and terminal blocks, equipped with a pair of rubber bushings fitted at each end. Each bushing contains a tightly held ball in its axial passageway, sealing the interior of the sheath while allowing direct force transmission to the sensing element.
Career Highlights
Dybel has dedicated his career to technological advancements at the International Measurement & Control Co., where he has strengthened the company's position in the industry through his innovative work. His patent contributes to advancements in strain gauging and measurement technology, enhancing the precision and reliability of industrial applications.
Collaborations
Throughout his career, William has worked alongside talented individuals such as Frank R Dybel and Kenneth R MacDonald. Their collaborative efforts have likely enriched his work environment, fostering innovation and interdisciplinary approaches to problem-solving within the field.
Conclusion
William F Dybel exemplifies the spirit of innovation with his patented waterproof strain sensing device. His contributions at International Measurement & Control Co. highlight the importance of inventive thinking in engineering and technology. As he continues to explore new frontiers, Dybel remains a noteworthy figure in the evolution of measurement and control solutions.