Company Filing History:
Years Active: 1994-1999
Title: Thomas L. Richter: Innovator in Robotic Technology and Automotive Design
Introduction
Thomas L. Richter is a notable inventor based in Sterling Heights, MI (US). He has made significant contributions to the fields of robotics and automotive design, holding a total of 3 patents. His innovative work has advanced the capabilities of industrial robots and improved automotive interior aesthetics.
Latest Patents
One of Richter's latest patents is for a "Programmable vision-guided robotic turret-mounted tools." This invention features an industrial robot equipped with a mounting bracket and a servo motor that allows for rotation about a specific axis. The design includes a sensor plate and a position sensor that work together to determine the motor's rotational home and overtravel positions. Additionally, the tool changer is designed for quick mounting and release of various turrets, each equipped with different tools, enhancing operational efficiency.
Another significant patent is the "Method of making a two-tone interior vehicle trim panel skin." This method involves heating two different vinyl skins and using male vacuum molds to create a seamless two-tone cover for automotive interior trim panels. The process ensures that the vinyl skins are welded together under vacuum conditions, resulting in a high-quality finish that enhances the vehicle's interior.
Career Highlights
Thomas L. Richter is currently employed at GM Global Technology Operations, Inc. His work at this company has allowed him to apply his innovative ideas in practical settings, contributing to advancements in automotive technology.
Collaborations
Richter has collaborated with notable coworkers such as Timothy Charles Hays and Dale Peter Holod. Their combined expertise has fostered an environment of innovation and creativity within their projects.
Conclusion
Thomas L. Richter's contributions to robotic technology and automotive design exemplify the spirit of innovation. His patents reflect a commitment to enhancing functionality and aesthetics in both fields.