Dale A Levinson

Title: The Innovations of Dale A. Levinson: Pioneering Vehicle Steering Systems

Introduction: Dale A. Levinson, based in Hazelwood, Missouri, is a prominent inventor known for her innovative contributions to the automotive industry. With a focus on enhancing vehicle steering systems, she holds a patent for a device that significantly improves the functionality and reliability of tie rod ball joint end connections.

Latest Patents: Dale A. Levinson has been granted a patent for a "Rack and Pinion Ball Joint Assembly." This invention provides a tie rod ball joint end connection that features a housing with a bearing surface designed to accommodate the ball head of the tie rod. The patent details a threaded opposite end along with deformable means that serve to exert an initial pre-load on the ball head. This design not only facilitates the assembly process but also ensures that the final pre-load is effectively transmitted to the ball head when the rack is threaded in, thus enhancing the overall performance of the steering system.

Career Highlights: Levinson's career at Moog Automotive, Inc. marks her dedication to advancing automotive technology. As an integral part of the company's engineering team, she has played a crucial role in developing solutions that contribute to vehicle safety and efficiency. Her innovative approach has helped Moog Automotive maintain its position as a leader in automotive systems and components.

Collaborations: Dale A. Levinson has collaborated with various professionals in her field, including Leonard R. Ketterer, enhancing the creative and technical aspects of her projects. Working alongside talented colleagues often leads to groundbreaking innovations that serve to benefit the automotive industry as a whole.

Conclusion: Dale A. Levinson is a noteworthy inventor whose contributions to vehicle steering systems through her patented innovations have made a significant impact. With her work at Moog Automotive, Inc. and her collaborative efforts with industry professionals, she continues to pave the way for advancements in automotive technology, ensuring that vehicle safety and performance remain at the forefront of engineering excellence.