Christine E Voelker

Title: Christine E. Voelker: Innovator in Door Lock Mechanisms

Introduction

Christine E. Voelker, an accomplished inventor based in East Hampton, Connecticut, has made significant contributions to the field of door lock mechanisms. With a total of six patents to her name, she showcases her innovative prowess and dedication to enhancing security solutions in residential and commercial spaces.

Latest Patents

Among her notable inventions are the latest patents she has developed. The first is a Push Through Latch, which features a latch bolt head and a blocking pin. This design allows the latch bolt head to move between an extended and retracted position, facilitating selective engagement with a latch head pocket in the door jamb. The blocking pin plays a crucial role by preventing the latch bolt head from transitioning between two rotational positions when engaged.

Another remarkable invention is the Adjustable Button Mechanism, which involves a button assembly for a door lock. This design includes a button that can be toollessly coupled to a shank, enabling efficient force transmission. The button is designed to transfer both linear force and torque, thereby changing the state of the associated lock body with ease.

Career Highlights

Christine has had an impressive career, working for well-known companies such as Sargent Manufacturing Company and Yale Security Inc. Her experiences in these leading organizations have provided her with the expertise and insights necessary for developing innovative security solutions.

Collaborations

In her journey as an inventor, Christine has collaborated with talented individuals like Brian R. Fournier and Todd C. Zimmer. These partnerships have further enriched her work and contributed to the development of her patented technologies.

Conclusion

Christine E. Voelker's contributions to door lock innovation through her inventive patents have significantly impacted the security industry. With a keen focus on usability and functionality, she continues to pave the way for advancements in lock mechanisms, ensuring safer environments for users everywhere.