This inventor holds 1 USPTO granted patent. Top assignee: Cbc Industries, Inc.. Active years: 2009.
Company Filing History:
Years Active: 2009
Title: Inventor Profile: Christian Volz
Introduction: Christian Volz is an innovative inventor located in Chatsworth, California. He has made a significant contribution to engineering with his patent for a unique lift coupling mechanism. With one patent to his name, Volz continues to influence the design and functionality of lifting equipment in various applications.
Latest Patents: Christian Volz holds a patent for the Quick Release Dovetail Lift Coupling. This innovation presents a generally X-shaped lift coupling designed for use with a conventional dovetail socket. The innovative mechanism allows one leg of the coupling to slide axially in a keyway, enabling it to adjust between engaging and disengaging positions with the dovetail socket. A retainer secures the sliding leg in position, while a lifting eye integrated into the fixed leg provides a point for a lifting member to apply force. This design locks the lift coupling to the dovetail socket, greatly enhancing safety and functionality in lifting operations.
Career Highlights: Volz is associated with Cbc Industries, Inc., a company known for its innovative engineering solutions. His work focuses on improving the efficacy of lifting mechanisms through advanced design, demonstrating his commitment to practical inventions that meet industry needs.
Collaborations: At Cbc Industries, Inc., Volz collaborates closely with his coworker, Tony Juan Alba. Together, they strive to push the boundaries of engineering innovation, creating products that enhance efficiency and safety in lifting applications.
Conclusion: Christian Volz exemplifies dedication to innovation with his patent for the Quick Release Dovetail Lift Coupling. His work at Cbc Industries, Inc., along with collaborations with peers like Tony Juan Alba, positions him as a significant contributor to the field of mechanical engineering. Volz’s inventions could lead to advancements that transform the design and functionality of lifting equipment across various sectors.