Linton Linn Lewis

Title: Linton Linn Lewis: Innovator in Turf Mower Technology

Introduction

Linton Linn Lewis is a notable inventor based in Aiken, SC (US). He holds a total of 4 patents that showcase his innovative contributions to the field of machinery and vehicle maintenance. His work primarily focuses on enhancing the functionality and efficiency of turf mowers and vehicle air intake systems.

Latest Patents

One of Linton's latest patents is the "Turf mower hydraulic lift control system and method." This invention features an electro-hydraulic flow control system designed to manage the movement of a cutting implement on a turf mower. The system includes a hydraulic actuator and pump, along with an electromechanical fluid flow control system that regulates the hydraulic fluid's movement. This innovative design allows for precise control over the cutting implement's operation.

Another significant patent is the "Vehicle air intake screen maintenance systems and methods." This system comprises a radiator fan and a processor that controls the fan's speed and direction. It implements a drop cycle to allow debris to fall off the radiator air intake screen and a full reverse cycle to blow off any collected debris. This dual functionality enhances the maintenance of vehicle cooling systems, ensuring optimal performance.

Career Highlights

Linton has worked with prominent companies such as Textron Innovations Inc. and Textron Corporation. His experience in these organizations has contributed to his development as an inventor and has provided him with valuable insights into the engineering and manufacturing processes.

Collaborations

Linton has collaborated with Matthew Jacob Noftsger, further enriching his innovative endeavors. Their partnership has likely fostered the exchange of ideas and expertise, leading to advancements in their respective fields.

Conclusion

Linton Linn Lewis is a distinguished inventor whose patents reflect his commitment to innovation in turf mower technology and vehicle maintenance systems. His contributions have the potential to significantly improve the efficiency and functionality of these essential machines.