Stefan Jan Johannaber

Title: Innovations by Inventor Stefan Jan Johannaber in Agricultural Technology

Introduction

Stefan Jan Johannaber, an inventive mind based in Lienen, Germany, has made significant contributions to agricultural technology with five registered patents. His work focuses on enhancing the efficiency of agricultural spreading devices, addressing crucial factors that affect the distribution patterns of material.

Latest Patents

Among Johannaber's latest inventions is a groundbreaking method for determining the influence of the inclination of agricultural spreaders on their distribution pattern. This invention provides a systematic approach to detecting how the angle of inclination impacts material dispersion. It involves receiving discharge information from agricultural spreading devices and analyzing the relationship between the dispensing point and material distribution based on the inclination.

Another notable patent is a portioning device designed for chemical granular materials, particularly fertilizer. This device features an inlet opening for granules, an outlet for discharging portions, and a rotationally drivable conveying element that effectively combines fed granules into precise portions during operation.

Career Highlights

Stefan has gained valuable experience working with well-known companies in the agricultural sector, including Amazonen-Werke H. Dreyer Se & Co. Kg and Amazonen-Werke H. Dreyer Gmbh & Co Kg. His innovative contributions have been pivotal in advancing agricultural practices through enhanced spreading technologies.

Collaborations

Throughout his career, Johannaber has collaborated with accomplished individuals, including colleagues Florenz Hilbert and Stephan Teckemeyer. These partnerships have undoubtedly enriched his perspective and have contributed to the success of his innovative endeavors.

Conclusion

Stefan Jan Johannaber continues to be a prominent figure in agricultural innovation, with his patents reflecting a commitment to improving the efficiency and effectiveness of farming practices. His work exemplifies how targeted inventions can lead to significant advancements in agricultural technology, ultimately benefiting the industry and its practitioners.