Company Filing History:
Years Active: 2020
Title: Chris E Gottlieb: Innovator in Vibration Monitoring Technologies
Introduction
Chris E Gottlieb, based in Edina, MN, is a noted inventor recognized for his contributions to the field of mechanical systems monitoring. He holds a significant patent that enhances the ability to monitor vibrations in variable speed motor applications, showcasing his commitment to advancing technology in this domain.
Latest Patents
Chris E Gottlieb's singular patent, titled "Method and apparatus for online condition monitoring of variable speed motor applications," introduces a novel method and system for detecting and identifying vibrations in rotational mechanical systems. This patent discloses an innovative approach to identify various fault conditions in rotating machines operating under variable speeds. By analyzing the fundamental frequency or order at which vibrations occur, the technology generates a fault vector from the order spectrum of measured vibration signals, which can then be visually represented on a radar chart. This graphical representation provides an intuitive means of visualizing the types of faults present within the mechanical system, making it easier for engineers to assess potential issues.
Career Highlights
Chris E Gottlieb currently works with Rockwell Automation Technologies Incorporated, a leader in industrial automation and information technology. His expertise in vibration monitoring directly contributes to the innovations that the company brings to the industry.
Collaborations
Throughout his career, Gottlieb has had the opportunity to collaborate with talented individuals such as Linglai Li and Zhenhuan Yuan. Together, they have fostered an environment of innovation and shared knowledge, pushing the boundaries of technology in their projects.
Conclusion
Chris E Gottlieb exemplifies the spirit of innovation in mechanical system monitoring. His patent not only reflects his individual contributions but also underscores the collaborative efforts within Rockwell Automation Technologies Incorporated. As he continues to pursue advancements in this field, his work will undoubtedly inspire future developments in vibration analysis and condition monitoring technologies.