Katherine K Flamm

Title: Celebrating the Innovations of Katherine K. Flamm

Introduction

Katherine K. Flamm, an accomplished inventor based in Baltimore, MD, has made significant contributions to the field of liquid collection systems. With a total of six patents to her name, her innovations reflect a commitment to advancing technology and improving systems for efficient liquid management.

Latest Patents

One of her latest patents, the Liquid Collection Basin Connection Assembly, presents a novel way to connect two adjacent liquid collection basins. This assembly features a flume, which serves as a conduit between the two basins. The flume is characterized by its generally rectangular structure, comprising a top section, bottom section, and two side sections. An inward flange and an outward flange further enhance its functionality, allowing for a secure and efficient connection. The design allows the flume to be inserted through openings in the walls of both collection basins, where it can be firmly affixed, often with the aid of a support frame.

Career Highlights

Throughout her career, Katherine has worked with notable companies, including Baltimore Aircoil Company, Inc., showcasing her expertise in the industry. Her dedication to innovation is evident in her successful development of practical solutions that address industry challenges.

Collaborations

Katherine has collaborated with talented colleagues such as Edward N. Schinner and Dennis G. Robb, further expanding her influence and reach within the field of liquid management systems. These collaborations have undoubtedly enriched her work and propelled her inventions to new heights.

Conclusion

Katherine K. Flamm stands out as a leading inventor in her field, with a remarkable portfolio of patents that demonstrate her ingenuity and dedication. Her work, particularly in the development of the Liquid Collection Basin Connection Assembly, exemplifies the innovative spirit that drives the industry forward. As her career progresses, the impact of her innovations will likely continue to resonate and inspire future advancements in liquid collection technology.