Lawrence C Zepp

Title: The Innovations of Lawrence C. Zepp: A Glimpse into His Patent Contributions

Introduction

Lawrence C. Zepp, based in Claremont, California, is an accomplished inventor recognized for his significant contribution to the field of fluid measurement technology. With one patent to his name, he has pioneered advancements that enhance the understanding and measurement of viscous and absorption fluids.

Latest Patents

Zepp's notable patent, titled "Optical Sight Tube for Flowing Fluid Materials," presents an innovative apparatus designed to measure preselected characteristics, such as moisture content in viscous fluids. The invention features an open hollow tube composed of optically reflective material that is strategically positioned within a fluid conduit near an optical window. This design allows for a defined test material flow path between the window and reflector, enabling an incident measurement beam from outside the conduit to be reflected back through the material for detection. The patent also explores alternative embodiments where the reflector tube can be fixedly mounted coaxially with the conduit or rotatably mounted for adjustable separation, showcasing Zepp’s versatility in design solutions.

Career Highlights

Zepp is currently associated with the Bindicator Company, where he further applies his expertise in innovative technologies related to fluid measurement. His work reflects a fusion of technical acumen and practical engineering solutions that cater to industry needs.

Collaborations

Throughout his career, Lawrence has collaborated with fellow inventor Marston D. Mosteller, contributing to a collective effort in advancing fluid detection technologies. Their partnership exemplifies the depth of teamwork involved in the invention process, enhancing the likelihood of successful patent applications and innovation outcomes.

Conclusion

Lawrence C. Zepp stands out as a notable inventor in the realm of fluid measurement technology. His pioneering patent demonstrates his commitment to innovation and serves as a testament to his contributions within the industry. As the field continues to evolve, the impact of his work will likely foster further advancements in the measurement of fluid properties.