Company Filing History:
Years Active: 2002-2009
Title: The Innovative Contributions of Robert E Imhof
Introduction
Robert E Imhof is an accomplished inventor based in Kent, Great Britain, known for his contributions to the field of measurement technologies. With a total of two patents to his name, his work primarily focuses on methods for measuring vapor flux from surfaces, particularly in relation to the human skin.
Latest Patents
Imhof's latest patents include innovative methods and equipment aimed at measuring vapor flux from surfaces. One significant patent outlines a method for determining the rate of water loss from human skin, which is critical for evaluating the efficiency of the skin/water barrier. This method employs a closed cylinder that is placed against the skin, utilizing sensors to measure temperature and relative humidity within the cylinder. By recording these metrics, the water vapor flux can be accurately determined.
Another patent by Imhof similarly deals with measuring vapor flux from surfaces. This version also aims to ascertain the water loss from human skin by employing a closed cylinder, placed with its open end against the skin, while cooling the closed end. Again, temperature and humidity measurements are captured to determine the water vapor flux.
Career Highlights
Throughout his career, Robert E Imhof has made significant strides in his field. He has leveraged his expertise in measurement technologies to develop sophisticated methods that address real-world challenges. His work has received recognition and continued interest in academic and industrial applications.
Collaborations
Imhof has collaborated with institutions such as South Bank University Enterprises Ltd., where his research and innovations have likely benefited from the supportive environment of academia. This collaboration has fostered advancements in the methods and technologies for which he is known.
Conclusion
In summary, Robert E Imhof stands out as a notable inventor whose work has enriched the understanding of vapor flux measurement from surfaces, particularly human skin. His innovative patents provide valuable insights into skin efficiency and water retention, showcasing the intersection of research and practical application in modern technology.