Company Filing History:
Years Active: 1994
Title: Gary A. Pelsue: Innovator in Lock Cylinder Technology
Introduction
Gary A. Pelsue is a notable inventor based in Lapel, Indiana, recognized for his contributions to lock cylinder technology. He has developed innovative solutions that enhance security and functionality in locking mechanisms. His work is particularly significant in the field of protective lock cylinder assemblies.
Latest Patents
Gary A. Pelsue holds a patent for a "Protective Lock Cylinder Mounting Assembly." This invention features a lock cylinder apparatus that includes first and second lock cylinder assemblies fixed to a lock case. The design incorporates an internal locking mechanism contained within the lock case. The first lock cylinder assembly consists of a lock body and an adaptor ring, which is designed to fit into a cylinder assembly mounting hole in the lock case. A threaded member connects the second lock cylinder assembly to the adaptor ring of the first assembly. Notably, a hidden setscrew in the first lock cylinder assembly can be adjusted to engage the adaptor ring, anchoring the lock body in a non-rotatable position.
Career Highlights
Gary A. Pelsue is associated with Best Lock Corporation, where he has made significant contributions to the development of locking mechanisms. His innovative designs have improved the security features of various locking systems. His expertise in this field has established him as a valuable asset to his company.
Collaborations
Gary has collaborated with Charles T. Weindorf, Jr., who is also a key figure in the field of lock technology. Their partnership has led to advancements in the design and functionality of locking systems.
Conclusion
Gary A. Pelsue's work in lock cylinder technology exemplifies innovation and dedication to enhancing security solutions. His patent for the protective lock cylinder mounting assembly showcases his ability to address practical challenges in the industry. Through his career at Best Lock Corporation, he continues to influence the field of locking mechanisms.