Abstract: A threshing and separating system for a combine harvester includes a threshing cage and a plurality of movable vanes mounted to the threshing cage. The threshing cage partially surrounds a threshing rotor. The plurality of movable vanes are moveable between a first position in which all of the vanes of the plurality of movable vanes are substantially parallel with one another and a second position in which an acute angle is defined between each pair of adjacent vanes of the plurality of movable vanes. The acute angles progressively increase in the rearward direction of the threshing cage such that the acute angle between adjacent vanes at a forward end of the threshing cage is less than the acute angle between adjacent vanes at a rearward end of the threshing cage.

Abstract: An agricultural thresher rotor comprising: a main body extending along a rotation axis in a processing direction from a front main body end to a rear main body end; a rotor transition surface extending from the front main body end and tapered to decrease in cross-sectional size, as viewed along the rotation axis, away from the main body; and at least one impeller extending away from the rotation axis from the rotor transition surface, and configured to move crop material towards the main body upon rotation of the rotor about the rotation axis. The rotor transition surface and the main body comprise at least one flute located downstream of the at least one impeller, and defining a recessed flute volume in the rotor transition surface and the main body. An agricultural thresher including a rotor, and an agricultural combine including the thresher are also provided.

Abstract: An agricultural thresher rotor comprising: a main body extending along a rotation axis in a processing direction from a front main body end to a rear main body end; a rotor transition surface extending from the front main body end and tapered to decrease in cross-sectional size, as viewed along the rotation axis, away from the main body; and at least one impeller extending away from the rotation axis from the rotor transition surface, and configured to move crop material towards the main body upon rotation of the rotor about the rotation axis. The rotor transition surface and the main body comprise at least one flute located downstream of the at least one impeller, and defining a recessed flute volume in the rotor transition surface and the main body. An agricultural thresher including a rotor, and an agricultural combine including the thresher are also provided.

Abstract: A threshing and separating system for a combine harvester includes a threshing cage and a plurality of movable vanes mounted to the threshing cage. The threshing cage partially surrounds a threshing rotor. The plurality of movable vanes are moveable between a first position in which all of the vanes of the plurality of movable vanes are substantially parallel with one another and a second position in which an acute angle is defined between each pair of adjacent vanes of the plurality of movable vanes. The acute angles progressively increase in the rearward direction of the threshing cage such that the acute angle between adjacent vanes at a forward end of the threshing cage is less than the acute angle between adjacent vanes at a rearward end of the threshing cage.

Abstract: An antler mounting kit is used to display antlers obtained from an animal. The antler mounting kit comprises a body that is formed from a polymer and that replicates natural contours of at least a portion of a head of the animal. A mounting base is fixed relative to the body and is positioned to support the antlers in an anatomically correct position that replicates antler position on the head of the animal. The body defines a cutout extending along the mounting base for receiving a base of the antlers. A cover replicates natural contours of a portion of the head of the animal and abuts the body and covers the cutout for concealing the base of the antlers.

Abstract: An antler mounting kit is used to display antlers obtained from an animal. The antler mounting kit comprises a body that is formed from a polymer and that replicates natural contours of at least a portion of a head of the animal. A mounting base is fixed relative to the body and is positioned to support the antlers in an anatomically correct position that replicates antler position on the head of the animal. The body defines a cutout extending along the mounting base for receiving a base of the antlers. A cover replicates natural contours of a portion of the head of the animal and abuts the body and covers the cutout for concealing the base of the antlers.

Abstract: An antler mounting kit is used to display antlers obtained from an animal. The antler mounting kit comprises a body that is formed from a polymer and that replicates natural contours of at least a portion of a head of the animal. A mounting base is fixed relative to the body and is positioned to support the antlers in an anatomically correct position that replicates antler position on the head of the animal. The body defines a cutout extending along the mounting base for receiving a base of the antlers. A cover replicates natural contours of a portion of the head of the animal and abuts the body and covers the cutout for concealing the base of the antlers.

Abstract: An antler mounting kit is used to display antlers obtained from an animal. The antler mounting kit comprises a body that is formed from a polymer and that replicates natural contours of at least a portion of a head of the animal. A mounting base is fixed relative to the body and is positioned to support the antlers in an anatomically correct position that replicates antler position on the head of the animal. The body defines a cutout extending along the mounting base for receiving a base of the antlers. A cover replicates natural contours of a portion of the head of the animal and abuts the body and covers the cutout for concealing the base of the antlers.