Raymond C Jenness

Title: Innovations of Raymond C Jenness

Introduction

Raymond C Jenness, an accomplished inventor based in Milwaukee, WI, has made significant contributions to the field of engineering through his innovative designs and ideas. With a total of seven patents to his name, Jenness has focused particularly on advancements in material processing and grinding technologies.

Latest Patents

Among his notable inventions is the **Rotary Kiln**, which features a material processing drum rotatably supported by a shaft. This design includes a bearing structure consisting of both a radial bearing and a thrust bearing. Unique elements, such as a radial bearing aligner and a thrust bearing aligner, ensure proper alignment, allowing the shaft to move smoothly relative to both bearings.

Another significant patent is his **Grinding Mill Apparatus.** This invention contains a grinding mill with a feed end head and a discharge end head, ensuring effective rotation around a horizontal axis. The apparatus employs pivoting bearing elements that adjust according to changes in charge level within the mill. A stationary proximity probe is included, which detects alterations in gap sizes between itself and a target secured to the bearing. This innovative feature signals shifts in the mill’s charge level, providing a reliable indicator of operational limits.

Career Highlights

Raymond C Jenness has collaborated with leading companies such as Allis-Chalmers Corporation and Boliden Allis, Inc., where he developed and refined his groundbreaking technologies. His work has not only contributed to these companies but also set new standards in the industry.

Collaborations

Throughout his career, Jenness worked alongside talented individuals including David M Kjos and Richard E Sabaski. These collaborations enabled the exchange of ideas that fueled further innovation and enhanced the development of their projects.

Conclusion

Raymond C Jenness is a prominent figure in the world of invention and innovation. His patents reflect his commitment to improving engineering solutions in material processing and grinding systems. As a contributor to significant advancements within his field, his legacy continues to influence future generations of inventors and engineers.