Hagen, Germany

Karl Landwehr


Average Co-Inventor Count = 5.0

ph-index = 1

Forward Citations = 12(Granted Patents)


Company Filing History:


Years Active: 1992

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1 patent (USPTO):Explore Patents

Title: Karl Landwehr: Innovator in Sugar-Cane Harvesting Technology

Introduction

Karl Landwehr is a notable inventor based in Hagen, Germany. He has made significant contributions to agricultural machinery, particularly in the field of sugar-cane harvesting. His innovative designs have improved efficiency and adaptability in harvesting operations.

Latest Patents

Karl Landwehr holds a patent for a sugar-cane harvesting machine. This machine features a mobile machine base frame and a chopping mechanism. It includes harvesting attachments that can be optionally fixed on the machine base frame to adapt to various harvesting circumstances and terrain conditions. One attachment is designed for single-row harvesting, while another is for multi-row harvesting. The harvesting attachments consist of row dividers, a mowing mechanism, and a feeding mechanism. The multi-row harvesting attachment is designed to project beyond the chopping mechanism predominantly on one side, creating symmetry with respect to the running gear. In the uniform feeding space behind the mowing mechanism, the stream of material is laterally constricted, preferably on one side.

Career Highlights

Karl Landwehr has dedicated his career to advancing agricultural technology. He works at Claas OHG, a company known for its innovative agricultural machinery. His work has been instrumental in developing machines that enhance productivity in the sugar-cane harvesting process.

Collaborations

Throughout his career, Karl has collaborated with notable colleagues, including Hillrich Otten and Guenter Liegers. These partnerships have contributed to the development of advanced harvesting technologies.

Conclusion

Karl Landwehr's contributions to sugar-cane harvesting technology exemplify his commitment to innovation in agriculture. His patented designs continue to influence the efficiency of harvesting operations.

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