Company Filing History:
Years Active: 2009-2017
Title: **Innovator Spotlight: Daniel F Krueger**
Introduction
Daniel F Krueger is a notable inventor based in Sheboygan, Wisconsin. With a strong commitment to improving fuel systems, he holds three patents that demonstrate his innovative spirit and technical expertise. His work primarily focuses on optimizing the functionality and safety of carburetors, making significant contributions to the industry.
Latest Patents
One of Daniel's latest innovations is the automatic fuel shutoff mechanism, which features a combination lever for carburetors. This ingenious design integrates a shutoff lever and fuel valve into a single component. The lever comprises a longitudinal handle and a cylindrical portion with a fuel path. The carburetor casing forms a valve chamber and a carburetor chamber, where the cylindrical portion is supported. This mechanism operates by regulating the fuel flow based on the lever's rotation. At one position, the directional cavity opens the fuel path, allowing fuel to flow into the carburetor chamber. Conversely, it can block the flow by closing the fuel path at another position. Additionally, the combination lever features an abutment portion designed to engage a switch, completing the electrical shutoff path to the engine connected to the carburetor.
Career Highlights
Daniel is currently associated with the Kohler Company, where he applies his extensive knowledge of fuel systems to develop innovative solutions. His contributions have not only enhanced product performance but also improved safety in engine operations.
Collaborations
Throughout his career, Daniel has worked alongside talented colleagues, including Chris Mitchell and Gary Stenz. Their collaboration has propelled forward the design and functionality of the products they develop, reflecting a team-oriented approach towards innovation.
Conclusion
Daniel F Krueger’s inventive contributions are significant in the world of carburetors and fuel management systems. Through his patents and collaborative efforts, he exemplifies the impact of innovative thinking on practical engineering solutions. His work continues to inspire future advancements in automotive and fuel technology.