Amazonen-Werke H. Dreyer Se & Co. Kg

Amazonen Werke, H. Dreyer Gmbh. Co. Kg

Stefan Jan Johannaber

Heinz Dreyer

Florenz Hilbert

Stephan Teckemeyer

Markus Trentmann

Michael Pokriefke

Thomas Wien

Timo Klemann

Stefan Austermann

Florian Rahe

Stefan Kiefer

Bernd Scheufler

Mathias Stiegemeyer

Rainer Hofter

Hubertus Kleine-Hartlage

Rüdiger Steen

Thomas Wessels

Roland Arnold

Jan Flucke

Justus Dreyer

Daniel Mertens

Ulrich Krabbe

Christian Holtkötter

Volker Ehlen

Jörn Albert

Jan-Henrik Breuer

Mario Wessels

Florian Stein

Richard Schmidt

Nils Götzen

Arndt Olderog-Enge

Nils GÖTZEN

Stefan Giehoff

Hubert Hörnschemeyer

Stefan Holthaus

Tobias Lampert

Stefan Renger

Friedhelm Schiemenz

Achim Walter

Heiner Kötter

Justus Dr Dreyer

Fabian DERTENKÖTTER

Jan Pilipp Radeke

Jan Henrik Breuer

Thorsten Wiebusch

Lars Meyer

Jorn Albert

Herbert Bäumker

The invention relates to a method for matching the operation of an individualizing device and the operation of a portioning device of an agricultural dispensing machine to each other in order to achieve a specified local depositing ratio when depositing seeds individualized by the individualizing device and fertilizer portions produced by the portioning device on a usable agricultural area, having the steps of: depositing individualized seeds and produced fertilizer portions onto the usable agricultural area using the agricultural dispensing machine as part of a calibration drive and detecting the depositing positions of the seeds and fertilizer portions deposited during the calibration drive and/or the local depositing relationship thereof using a mobile testing device.

Method for matching the operation of an individualizing device and the operation of a portioning device to each other

The invention relates to a method for detecting the influence of the inclination (α-α) of an agricultural spreading device () on the distribution of the material to be spread, having the steps of: receiving discharge information on spreading processes of agricultural spreading devices () using an analysis device () and ascertaining a relationship between a dispensing point of material to be spread onto at least one distribution disc () of an agricultural spreading device and the distribution of material to be spread, said relationship depending on the inclination of an agricultural spreading device, using the analysis device on the basis of the received discharge information.

Method for determining the influence of the inclination of an agricultural spreader on the distribution pattern

A portioning device for chemical granular material, in particular fertilizer, having an inlet opening for granules, an outlet opening for discharging granule portions produced from the granules and at least one rotationally drivable conveying element which is designed to combine granules fed to the portioning device to give granule portions during a rotational movement.

Portioning device for chemical granular material

An agricultural distribution device includes a plurality of spreading elements arranged on a distribution linkage and adapted to spread granular material on an agricultural land, a detection device adapted to detect plant rows on the agricultural land, an adjustment device configured to change an impact area of the granular material dispensed by one or more of the spreading elements on the agricultural land during a spreading process, and a control device which is adapted to control the adjustment device as a function of the plant rows on the agricultural land detected by the detection device during the spreading process.

Agricultural distribution device

An agricultural machine for the combined application of seed and granulate on an agricultural area includes a separating device, a portioning device, and a control device. The separating device has a rotationally drivable separating element for separating seed grains and the portioning device has a rotationally drivable portioning element for producing granulate portions. The control device matches the rotational movements of the separating element and the portioning element to each other to implement a predetermined depositing relationship of the seed grains and the granulate portions on the agricultural area.

Agricultural machine for synchronized seed and granulate application

Pneumatic single grain sowing machine having a seeds storage container, and an individualization device subjected to air pressure, exhibiting perforations and rotating. The individualization device is led with its region disposed below the rotation axis at least in part to the placing of seed grains at the perforations through a seed storage led from the storage container to the individualization device. A separating wall is disposed between the storage container and the individualization device and determining the seed storage height level and extending at a distance to the individualization device in a vertical direction. In order to furnish a single grain sowing machine wherein the part segments with thereon disposed storage containers and individualization devices can be pivoted by 90 degrees around the horizontally running swivel axis, an adjustably formed blocking device is disposed between the individualization device and the separating wall in the region of the lower end of the separating wall and above the seed storage height level, wherein the blocking device closes in the intermediate space between the individualization device and the separating wall.

Pneumatic single grain sowing machine

Growing community of inventors

Lienen, Germany

Stefan Jan Johannaber