Suzanne V Hickey

Title: **Suzanne V. Hickey: Pioneering Innovations in Electrical Connections**

Introduction

Suzanne V. Hickey, an accomplished inventor based in Brick, New Jersey, has made significant contributions to the field of electrical connections through her innovative designs. With a remarkable portfolio of seven patents, her work showcases a commitment to enhancing functionality and efficiency in electrical components.

Latest Patents

Among her notable inventions are the multi-station female blade receptacle stamping and the female receptacle and premold for electrical connections. The multi-station female blade receptacle is uniquely designed with three-sided receptacles featuring a longitudinal opening. This resilient metal design allows for efficient molding into multi-outlet receptacles, ensuring full surface contact and preventing fatigue during use. Notably, the multi-station stamping is economically viable for metal usage and optimized for automated crimping, making it a standout solution for various blade widths and thicknesses.

The female receptacle developed by Hickey includes a premold that accommodates a pair of clothes-pin type metal female contacts along with a D-shaped metal female pin. This innovative design combines a rigid premold housed within a less rigid overmold, enhancing durability and usability.

Career Highlights

Throughout her career, Suzanne has worked for Heyco Stamped Products, Inc., where she has played a pivotal role in the development of innovative electrical components. Her expertise and insight in the field have allowed her to create inventions that address specific needs within the industry.

Collaborations

Suzanne has collaborated with talented colleagues such as Donald C. Brown and Yook K. Chan, contributing to a collective effort in advancing electrical engineering and ensuring product reliability.

Conclusion

Suzanne V. Hickey exemplifies the spirit of innovation within the electrical industry. Her patents reflect a deep understanding of both functionality and the manufacturing processes involved, making her an influential figure among inventors. Hickey’s ongoing contributions continue to inspire advancements in electrical connectivity solutions.