Wei-Te Chiang

Title: Innovations of Wei-Te Chiang in Motor Vehicle Safety

Introduction

Wei-Te Chiang is an accomplished inventor based in Troy, MI, known for his contributions to motor vehicle safety technology. With a focus on enhancing occupant protection systems, his work has significant implications for the automotive industry.

Latest Patents

Wei-Te Chiang holds a patent for "Conserved energy metrics for frontal impact sensing algorithm enhancement in motor vehicles." This innovative technology involves a motor vehicle equipped with a deployable occupant protection device and a controller that manages deployment activities. The vehicle features a sensor located in the forward portion that generates a forward crash signal in response to crash stimuli. This forward crash signal fluctuates between positive and negative values over time. Notably, some of the negative values are converted to positive values, resulting in a conditioned crash signal. This signal is processed using an integrating algorithm to define a conserved energy crash metric value. This value supplements the processing of a central crash signal while evaluating potential crash events. The conserved energy crash metric value can serve as a confirmatory factor, influencing the decision to deploy the occupant protection device. Additionally, for devices with multiple deployment stages, this metric can determine whether to initiate one or more of the deployment stages.

Career Highlights

Wei-Te Chiang is currently employed at Chrysler Group LLC, where he applies his expertise in automotive safety technologies. His work is pivotal in advancing the safety features of modern vehicles, ensuring better protection for occupants during collisions.

Collaborations

One of his notable collaborators is Beverly M Katz, with whom he has worked on various projects related to vehicle safety and occupant protection systems.

Conclusion

Wei-Te Chiang's innovative contributions to motor vehicle safety through his patented technology demonstrate his commitment to enhancing occupant protection. His work continues to influence the automotive industry positively.