Kurt D Gustafson

Title: Kurt D. Gustafson: Innovator in Cotton Harvesting Technology

Introduction

Kurt D. Gustafson, based in Altoona, IA, is a notable inventor with a focus on advancements in agricultural machinery. With two patents to his name, his work significantly enhances the efficiency and accuracy of cotton harvesting processes.

Latest Patents

Gustafson's latest patents include a Crop Yield Determining Apparatus and a Cotton Harvesting Machine with Automatically Variable Drum and Spindle Speed.

The Crop Yield Determining Apparatus is designed to estimate the mass of cotton as it is harvested using sensor devices. This invention calculates the expected mass of each module and continuously updates a calibration factor for precise crop yield determinations. The mass flow for each module is processed during the harvesting, accumulating data that generates accurate yield maps through updated calibration factors based on real-time machine feedback.

His invention, the Cotton Harvesting Machine with Automatically Variable Drum and Spindle Speed, employs a sensor system that detects performance-related inputs, allowing a control system to adjust the drum and spindle speeds independently of ground speed. This automatic control improves harvesting efficiency by maintaining optimal performance characteristics in real-time.

Career Highlights

Throughout his career, Gustafson has worked with prominent organizations including Deere & Company and the Iowa State University Research Foundation, Inc. His contributions to agricultural technology reflect his commitment to innovation in improving cotton harvesting methods.

Collaborations

Gustafson has collaborated with notable peers such as Brandon C. Carlson and Nicholas W. Vanlaningham. These partnerships have facilitated the exchange of ideas and expertise, enriching the development of his patented technologies.

Conclusion

Kurt D. Gustafson’s innovations in cotton harvesting exemplify the impact of modern technology on agriculture. His patents demonstrate a significant leap forward in improving crop yield accuracy and harvesting efficiency, paving the way for the future of farming equipment.