Charles J Newman

Title: Innovations by Charles J. Newman: A Focus on Shock Mounting Devices

Introduction

Charles J. Newman, an inventive mind hailing from Madison, Indiana, has made significant contributions to the field of automotive lighting through his innovative patents. With a total of two patents to his name, Newman specializes in creating devices that enhance the performance and durability of lamps used in motorized vehicles.

Latest Patents

Newman's latest inventions focus on improving the shock resistance of lamp devices. His first patent, titled "Shock Mounting Device for a Lamp," introduces a novel means of shock mounting a lamp within its housing, specifically designed for motorized vehicles like farm tractors and trucks. This invention features a resilient, hollow frustoconical member with a long central axis, imparting stability and support for the lamp, even in rugged conditions.

His second patent, "Shock Mounting Bracket for Lamp Bulb," presents a unique bracket designed for shock mounting a bulb within a lamp housing. This design utilizes a serpentine strip with polygonal apertures to secure the bulb in a manner that allows for deflection without compromising integrity. The socket for the bulb is strategically offset from the central axis of the strip, enhancing its stability during operation.

Career Highlights

Newman is affiliated with the Grote Manufacturing Company, known for its innovative solutions in the automotive lighting industry. His work there exemplifies a commitment to enhancing product reliability through creative engineering and design.

Collaborations

Throughout his career, Newman has worked alongside Joseph T. Hodges, demonstrating the power of collaboration in driving innovative solutions within their field. Together, they have contributed to the development of cutting-edge products that cater to the needs of today's motorized vehicle market.

Conclusion

Charles J. Newman represents the spirit of innovation in automotive lighting, with his patents demonstrating a clear understanding of the challenges faced by lamp devices in dynamic environments. His contributions not only enhance the functionality of lighting solutions in motorized vehicles but also exemplify the ongoing quest for improvement in engineering practices.