Company Filing History:
Years Active: 1996-1999
Title: The Innovative Works of Frank Guliuzza, Jr.
Introduction
Frank Guliuzza, Jr. is a prominent inventor based in Wallingford, Connecticut, known for his significant contributions to the elevator industry. With a remarkable portfolio of three patents, Guliuzza has developed innovative technologies that enhance the functionality and safety of elevator systems.
Latest Patents
Guliuzza's latest inventions include an advanced elevator door brake system and a linear induction motor door drive assembly. The elevator door brake operates by locking the car door into the closed position using a brake shoe that engages the door hanger in response to signals from a push-type solenoid, effectively overcoming the spring's resistance. This system also incorporates a friction brake pad which assists in holding the door open for passenger boarding and stops the door in case of a power failure during motion. His linear induction motor door drive assembly revolutionizes the way elevator doors are operated, utilizing one or more LIM assemblies to drive the doors through their opening and closing cycles. This design allows for improved performance, especially in configurations with multiple doors.
Career Highlights
Throughout his career, Guliuzza has worked with esteemed companies such as Otis Elevator Company and Carrier Corporation. His work at these organizations has played a vital role in advancing elevator technologies and improving safety measures.
Collaborations
Guliuzza has collaborated with other notable professionals in the field, including coworkers Jerome F. Jaminet and Thomas M. McHugh. Their joint efforts have propelled innovative research and development in elevator systems.
Conclusion
Frank Guliuzza, Jr. exemplifies the spirit of innovation with his inventive solutions that address critical needs in the elevator industry. His patents not only enhance the safety and efficiency of elevator systems but also reflect his commitment to advancing technology in this vital area. Guliuzza's work continues to influence how we approach elevator design and operation today.