Company Filing History:
Years Active: 1992
Title: Innovations by Joseph L Neidinger: Pioneering Vehicle Operations on Rails
Introduction: Joseph L Neidinger, an inventor based in Delafield, Wisconsin, has made a significant contribution to the field of vehicle automation through his innovative patent. His work addresses critical aspects of vehicle operation on rails, showcasing his ingenuity and technical expertise.
Latest Patents: Neidinger's notable patent, titled "Apparatus and method for determining one or more operating characteristics of a vehicle mounted to and movable on a rail," presents a unique solution for monitoring vehicle dynamics. The invention features a magnetic strip affixed to the rail, designed with alternating regions of flux and no-flux. As a vehicle travels along the rail, a magnetic sensor detects these flux regions, relaying signals to a micro-controller. This system enables the determination of the vehicle's speed, location, and displacement from predetermined points. The technology finds its application in various sectors, including factory automation, automated material storage, retrieval systems, and overhead crane control systems.
Career Highlights: Joseph L Neidinger is affiliated with Electromotive Systems, Inc., where he has furthered his work on vehicle automation and control systems. Throughout his career, his focus on practical solutions has led to advancements in how vehicles can operate efficiently and effectively on fixed infrastructure.
Collaborations: Throughout his journey, Neidinger has collaborated with talents like Keith O Jurkowski, contributing to the shared vision of innovation within their domain. Their teamwork exemplifies the collaborative spirit often essential in the field of technological advancement.
Conclusion: Joseph L Neidinger stands out as a visionary inventor, pushing the boundaries of vehicle operations on rails through his innovative patent. His contributions to Electromotive Systems, Inc. and collaborations with fellow inventors highlight the importance of teamwork in driving forward the future of automation technologies. As he continues to explore new horizons, Neidinger's work remains integral to the evolution of vehicular systems in various applications.