Company Filing History:
Years Active: 1991-1992
Title: Innovations by Albert N Schultz, Jr in Electrical Interconnection Systems
Introduction
Albert N Schultz, Jr., an accomplished inventor from Hiddenite, North Carolina, has made significant contributions to the field of electromechanical systems with his innovative patents. He holds two patents, which showcase his expertise in creating advanced electrical interconnection systems.
Latest Patents
Schultz's latest patents revolve around a method of making molded electrical interconnection systems. His first patent describes a circuit panel subassembly suitable for electromechanical apparatus. This invention features a plurality of wires embedded within an electrically conductive grid, which is itself imbedded within a reaction injection molded panel. The design facilitates efficient deployment of wires in a pattern using a wire organizing frame. Terminals attached to the ends of these wires are strategically exposed at spaced locations for easy component mounting. This innovative design allows for robotic construction of the entire apparatus, greatly enhancing productivity.
The second patent echoes this innovation, detailing similar features and functions, emphasizing the efficiency and utility of the molded electrical interconnection system in various electromechanical applications.
Career Highlights
Albert N Schultz, Jr. works at Amp LLC, where he applies his inventive skills to develop cutting-edge technology in electrical interconnection systems. His work signifies a combination of practicality and advanced design, which are crucial in the modern world of electromechanical apparatus.
Collaborations
Schultz collaborates closely with his coworker, Paul D Zakary, at Amp LLC. Together, they work on innovative projects that push the boundaries of engineering and invention.
Conclusion
In summary, Albert N Schultz, Jr. stands out as a key inventor in the field of electrical interconnection systems. His patents play a vital role in advancing technology for electromechanical devices. With continuous collaboration and innovation, Schultz is poised to make even greater impacts in his field.