Company Filing History:
Years Active: 2004
Title: **An Insight into Inventor Stephen P. Schrantz**
Introduction
Stephen P. Schrantz, based in West Chester, Ohio, is a notable inventor recognized for his contributions to engineering analysis. With a focus on creating innovative solutions to complex engineering problems, Schrantz has made significant advancements in the field. He holds a patent that stands as a testament to his inventive capabilities.
Latest Patents
Stephen P. Schrantz’s singular patent is titled “Integrated Engineering Analysis Process with Solution Feedback.” This integrated engineering analysis system is designed to determine at least one final output value in response to initial input values. The system employs a unique methodology involving multiple subprocesses that collectively provide output values derived from initial inputs. The first subprocess generates an output value that becomes the input for subsequent subprocesses, creating a robust feedback loop. Each subprocess is executed through a command code, ensuring that the final output is the result of comprehensive calculations and comparisons with the initial inputs.
Career Highlights
Schrantz is currently employed at General Electric Company, a leading corporation known for its innovations in technology and engineering. Throughout his career, he has honed his skills and developed systems that enhance engineering analyses. His work is characterized by meticulous attention to detail and a drive for efficiency and effectiveness in engineering processes.
Collaborations
In his endeavors, Schrantz has collaborated with colleagues such as Robert N. Pittman and Scott J. Dennison. Together, they contribute to the innovative culture at General Electric, where collaborative efforts are encouraged to drive progress and development in technology.
Conclusion
Inventor Stephen P. Schrantz exemplifies the spirit of innovation within the engineering sector. With his patent on an integrated engineering analysis process, he continues to pave the way for future advancements in engineering practices. His contributions underscore the importance of feedback mechanisms in analysis systems, which can serve as a model for future inventions in the field.