Company Filing History:
Years Active: 1996
Title: Innovations by Aurelia C. Haiduc: A Pioneering Inventor in Lock Design
Introduction
Aurelia C. Haiduc, based in River Grove, Illinois, is a notable inventor recognized for her innovation in lock design. With a focus on enhancing security mechanisms, she has contributed significantly to the field with her patented invention, which showcases her engineering prowess and dedication to improving user experience.
Latest Patents
Haiduc holds a patent for a "Lock with dead bolt camming action on 90 degree lock cylinder rotation." This innovative design is tailored for a standard 'diamond back' lock configuration, commonly used in drawer locks. The mechanism includes a dead bolt featuring an angled slot that improves camming action. Remarkably, this change allows for the same amount of linear dead bolt motion with only 90 degrees of lock plug rotation, compared to the conventional method requiring 180 degrees. This design innovation simplifies the user’s experience, enabling them to easily ascertain whether the lock is engaged based on the keyway entry orientation. Additionally, such a mechanism allows for key retention at the unlocked position, adding another layer of convenience.
Career Highlights
Aurelia C. Haiduc is associated with Fort Lock Corporation, where she continues to leverage her expertise in lock technology. Her career is marked by a commitment to enhancing security devices, blending functionality with user-friendly designs.
Collaborations
Throughout her career, Haiduc has partnered with peers to push the boundaries of innovations in locking mechanisms. One notable collaborator is Gary L. Myers, with whom she has worked closely at Fort Lock Corporation. Their collective efforts showcase the importance of teamwork in driving advancements in this vital area of safety technology.
Conclusion
Aurelia C. Haiduc's contributions to the locking mechanism industry reflect a blend of innovation, practicality, and user-centered design. Her patent not only enhances the function of locks but also underscores the importance of thoughtful engineering in everyday security solutions. As she continues her work with Fort Lock Corporation, the impact of her innovations is poised to influence the future of lock design significantly.