Company Filing History:
Years Active: 1994
Title: The Innovative Contributions of Richard D. Harmening
Introduction
Richard D. Harmening is a distinguished inventor based in Onalaska, Wisconsin, known for his significant contributions to the field of air handling systems. With a focus on improving acoustical performance, his innovations have garnered attention within the industry. He is currently employed at American Standard Inc., where he leverages his expertise to advance technology in HVAC systems.
Latest Patents
Harmening holds one notable patent titled "Air handling unit with improved acoustical performance." This innovative design features a fan wheel positioned in an offset configuration, along with a plenum design that effectively minimizes line of sight noise transmission. The optimization of the fan wheel placement and plenum configuration allows for the enhancement of eddy current stabilizer flow, leading to improved acoustic performance in air handling units.
Career Highlights
Richard D. Harmening has made fruitful strides in his career, particularly in the realm of HVAC technology. His focus on acoustic improvements in air systems demonstrates his commitment to innovation and advancing industry standards. His work at American Standard Inc. plays a crucial role in developing products that prioritize both functionality and user comfort.
Collaborations
Throughout his career, Harmening has collaborated with noteworthy colleagues, including Jeffrey A. Moore and William A. Smiley, III. These partnerships contribute to a dynamic work environment that fosters creative solutions and technological advancements.
Conclusion
In summary, Richard D. Harmening stands out as an innovative inventor making a substantial impact in the air handling industry. His patent on an air handling unit with improved acoustical performance reflects his dedication to enhancing product quality and user experience. As a member of American Standard Inc., he continues to push the boundaries of technology in HVAC applications, ensuring a quieter and more effective operation for air systems.