Claas Selbstfahrende Erntemaschinen Gmbh

Claas Kgaa

Claas E-systems Gmbh

Dirk Speckamp

Joachim Baumgarten

Willi Behnke

Franz Heidjann

Gerd Bernhardt

Christoph Bussmann

Stefan Teroerde

Bernd Holtmann

Dirk Esken

Thomas Barrelmeyer

Martin Dammann

Bernhard Aerdker

Andreas Arnold

Sebastian Wagemann

Jan Van De Sluis

Walter F&ouml;geling

Bodo K&uuml;hn

Ralf Hübner

Pavel Lisouski

Stefan Terörde

Jan Philipp Behra

René Middelberg

Hubert Korte

Heinrich Hermeler

Jürgen Sonderhüsken

Michael Gerdhenrichs

Walter Fögeling

Jan-Hendryk Brandt

Michael Terlutter

Stefan Gehrmann

Hendrik Stockhofe

Jan-Philipp Behra

Frank Schilder

Jesper Vilander

Björn Waten

Tobias Nüvemann

Jens Bußmann

Robert Bühlmeier

A self-propelled harvesting machine has a lifting device for a front attachment and at least one crawler track assembly which is provided with a damping system, and which is formed by a crawler track disposed on an axle of the harvesting machine and on either side of the axle, and the height of the harvesting machine can be changed by varying the spring travel of the hydropneumatic damping system of the crawler track assembly.

Self-propelled harvesting machine with hydropneumatic dampening system

A method of operating a self-propelled harvesting machine includes continuously separating a crop-material flow into a useful-material flow and a remaining-material flow, in a separating step of the machine, capturing at least a portion of the useful-material flow from the separating step in a measurement channel, weighing the useful material contained in the measurement chamber and determining a density based on a weight that was measured, and optimizing operational patrameters of the separating step based on the weight that was determined.

Self-propelled harvesting machine and operating method therefor

A feeder drum for a self-propelled combine harvester has a feeder drum element, and a plurality of feeder aids associated with the feeder drum element and having effective surfaces which are wedge-shaped and tapered.

Feeder aids on a feeder drum of a self-propelled combine harvester

An agricultural harvesting machine includes a first rotating working member rotating about an axis; a non-rotating working member cooperatively associated with the first working member; and at least one releasable segment associated with the first rotating working member, forming an assembly and dismounting opening when the releasable segment is removed and wherein the assembly and dismounting opening creates an access to the non-rotating working member and additional adjacent working members.

Releasable segment in the working members of an agricultural harvesting machine

A harvesting machine having a dividing device for dividing granular material from stem- or stalk-like material, and a separating device connected downstream of the dividing device, in which there is a conveying unit for conveying the stream of material from the dividing device to the separating device. In order to satisfactorily discharge the stem- or stalk-like material from the conveying tines of the conveying unit, cleaning elements are provided for cleaning away the material being conveyed over the free ends of the conveying tines.

Harvesting machine having transversely rotating conveying drum with conveying tines

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Hamm, Germany

Dirk Speckamp