Claas Ohg

Heinrich Hemker

Franz Heidjann

Heinrich Ostrup

Dirk Bruer

A self-propelling field chopping machine comprises a chassis, a front cutting mechanism, a transporting channel provided with a throwing out pipe having a downstream end, a rotatable conveyor arranged upstream of the transporting channel and formed as a rotatable conveyor drum provided with paddels, a threshing device arranged between the cutting mechanism and the rotatable conveyor drum and operating in accordance with an axial flow system, a wind sieve device located at the end of the throwing pipe so that a grain-chaff mixture without straw is supplied to the wind sieve device, and a grain tank located under the wind sieve device.

Self-propelling field chopping machine

A self-propelling harvester thresher comprises a conveyor, a two-part cutting mechanism having two cutting mechanism halves which are turnable substantially in a horizontal plane between a working position and a transporting position, elements allowing the turning of the cutting mechanism halves and including two turnable supports and a joint vertically extending hinge axle. The cutting mechanism halves are each connected through a respective one of the turnable supports with the inclined conveyor and also are connected with one another by the hinge axle.

Self-propelling harvester thresher with two-part cutting mechanism

A harvester thresher comprises a chassis, a housing, a threshing and separating mechanism operating in accordance with the principle of a tangential flow and including a threshing drum and a threshing basket, a shaker located after the threshing mechanism as considered in direction of an agricultural product flow, and a threshing and separating device located after the shaker in the housing, operating in accordance with the principle of axial flow and including a rotor and a casing.

Growing community of inventors

Harsewinkel, Germany

Heinrich Hemker