Lawrence C Olsen

Title: The Innovations of Lawrence C. Olsen: A Pioneer in Rock Crushing Technology

Introduction

Lawrence C. Olsen, an accomplished inventor based in Jasper, Oregon, has made significant contributions to the field of rock crushing technology. With a total of six patents to his name, Olsen has developed innovative solutions that enhance efficiency and mobility in rock processing operations.

Latest Patents

Olsen's latest patents focus on advancements in mobile rock crushing plants. His first patent details a method and apparatus for wirelessly monitoring and controlling the processing operations of a mobile rock crushing plant. This innovation allows for real-time oversight and management, improving operational efficiency. His second patent similarly pertains to a mobile rock crushing plant, which features a modular design. This design organizes major components, such as rock crushers, screens, and conveyors, into independently movable modules. These modules can travel over public roadways and are equipped with support wheels and stabilization jacks for site stability. Additionally, modifications such as folding conveyors ensure compliance with road height and width restrictions. Each module is also equipped with its own power plant, making them self-sufficient.

Career Highlights

Lawrence C. Olsen is currently employed at Johnson Crushers International, a company that specializes in producing sophisticated crushing equipment. His work at this company reflects his commitment to innovation and excellence within the industry.

Collaborations

Throughout his career, Olsen has collaborated with notable coworkers such as James Donald Brock and Gary Heeszel. Together, they have contributed to the development of new technologies and improvements in rock crushing processes.

Conclusion

Lawrence C. Olsen's innovative mindset and dedication to advancing mobile rock crushing technology have positioned him as a key figure in the industry. His patents illustrate a remarkable understanding of both engineering and practical application, paving the way for more efficient rock processing operations in the future.