Steven L Lang

Title: The Innovative Contributions of Steven L. Lang in Material Flow and Air Quality Protection

Introduction

Steven L. Lang, an accomplished inventor based in Victorville, California, has made significant strides in the field of material flow and air quality protection. With one patent to his name, Lang stands out for his invention that optimizes the operation of gunite-conveying machines, thereby contributing to enhanced efficiency and reduced environmental impact.

Latest Patents

Lang's notable patent addresses a rotary feed structure for a gunite-conveying machine that effectively combats the issues of material sticking, especially when silica fume is involved. This innovative design features a polymeric body that is integral with a Ni-hard wear plate, significantly minimizing radial leakage. The chambers of the feed structure are designed in a circular manner, resembling U-shaped pockets, enhancing the overall functionality of the machine. This patent not only specifies the technical aspects of the gunite machine but also addresses dust emission control and the use of new materials in fabricating the polymeric body.

Career Highlights

Steven L. Lang is affiliated with Reed Manufacturing, a company known for its commitment to manufacturing excellence. His dedication to innovation is reflected in his patent, which showcases his technical expertise and forward-thinking approach in engineering solutions to complex problems in material handling.

Collaborations

Throughout his career, Lang has collaborated with notable professionals in the industry, including David J. Stoner and Paul E. Sulman. These partnerships have likely contributed to the refinement of his inventions and have provided a platform for exchanging ideas and fostering innovation within the field.

Conclusion

In summary, Steven L. Lang's contributions to the field of machinery and environmental protection through his inventive spirit reinforce the importance of innovation in contemporary engineering. His work not only illustrates the potential for advancements in material processing but also highlights the collective effort of collaboration among industry professionals. Lang’s dedication to improving material flow and air quality significantly enhances the operational standards of construction-related machinery.