Company Filing History:
Years Active: 1992
Title: Jau-Ching L Leu: Innovator in Automotive Safety
Introduction
Jau-Ching L Leu is a notable inventor based in Southfield, MI (US). She has made significant contributions to the field of automotive safety through her innovative designs and patents. Her work primarily focuses on enhancing vehicle structures to improve safety during collisions.
Latest Patents
Jau-Ching L Leu holds a patent for an "Internal stroking bumper beam." This invention pertains to a bumper structure designed for use with an internal frame structure of a vehicle. The design includes a pair of longitudinally extending generally parallel rail members and a cross-beam member that extends transversely of the rail members. The bumper features a face bar member that slidingly receives the cross-beam member, creating a cavity between the two components. Energy-absorbing material is housed within this cavity. In the event of an impact load exceeding a predetermined magnitude, the face bar slides rearward toward the cross-bar member, compressing the energy-absorbing material and effectively absorbing the impact. The patent also includes various alternative constructions that prevent lateral movement of the bumper structure during compression.
Career Highlights
Jau-Ching L Leu is currently employed at Ford Motor Company, where she applies her expertise in automotive engineering and safety innovations. Her work at Ford has allowed her to contribute to the development of safer vehicles, ensuring that her designs meet the rigorous standards of the automotive industry.
Collaborations
Jau-Ching collaborates with Ronald A Carpenter, who is also involved in automotive innovations. Their partnership exemplifies the importance of teamwork in the development of cutting-edge safety technologies.
Conclusion
Jau-Ching L Leu's contributions to automotive safety through her patent for the internal stroking bumper beam highlight her innovative spirit and dedication to improving vehicle safety. Her work at Ford Motor Company continues to influence the automotive industry positively.