Stalk roll

A stalk roll comprising:

• a plurality of flutes spaced apart and extending outward from the main cylinder and extending generally parallel to the central longitudinal axis, the plurality of flutes including a first flute, a second flute, and a third flute, the first flute having a first forward end, the second flute having a second forward end, and the third flute have a third forward end, the first flute having a first flute axial face, the third flute having a third flute axial face;
• and
• a nose cone extending from the main cylinder and tapering in a direction away from the main cylinder, and flighting or transport vanes on the nose cone having a rearward end, the nose cone configured to guide a corn stalk toward the flutes;
• wherein the first, second, and third forward ends are located adjacent to the rearward end, the first forward end and the third forward end located closer to the rearward end than the second forward end;
• wherein the first flute axial face, the second forward end, and the third flute axial face are located adjacent to a stalk engagement gap or recess to position the corn stalk in the engagement gap or recess during use.

An assembly of opposed, counter-rotating stalk rolls configurable for use in a corn row head unit, the assembly comprising:

• a first stalk roll including:
• a main cylinder including a central longitudinal axis;
• a plurality of flutes spaced apart and extending outward from the main cylinder and extending generally parallel to the central longitudinal axis;
• a nose cone extending away from the main cylinder and tapering in a direction away from the main cylinder, and flighting or transport vanes on the nose cone having a rearward end, the rearward end having an alignment to the plurality of flutes;
• a second stalk roll including:
• a main cylinder including a central longitudinal axis;
• a plurality of flutes extending radially outward from the main cylinder and extending generally parallel to the central longitudinal axis;
• and
• a nose cone extending away from the main cylinder and tapering in a direction away from the main cylinder, and flighting or transport vanes on the nose cone having a rearward end, the rearward end having an alignment to the plurality of flutes;
• wherein alignment of the first stalk roll is rotationally offset from alignment of the second stalk roll.

A method of using an assembly of opposed, counter-rotating stalk rolls that are mounted to a corn row head unit, the assembly comprising a first stalk roll and a second stalk roll, the first and second stalk roll comprising a main cylinder with a central longitudinal axis, the main cylinder of the first stalk roll comprising a first flute and a second flute, the main cylinder of the second stalk roll comprising a third flute and a fourth flute, each flute having a forward end, the first stalk roll and the second stalk roll having a nose cone extending away from the main cylinder and tapering in a direction away from the main cylinder, and flighting or transport vanes on each nose cone having a rearward end, each nose cone configured to guide a corn stalk toward each plurality of flutes, the first and second forward ends located adjacent to the rearward end of the first stalk roll, the third and fourth forward ends located adjacent to the rearward end of the second stalk roll, the first forward end located closer to the rearward end of the first stalk roll than the second forward end, the third forward end located closer to the rearward end of the second stalk roll than the fourth forward end, the method comprising:

• rotating the assembly of stalk rolls;
• guiding the corn stalk horizontally with each nose cone on the first and second stalk rolls towards the second flute on the first stalk roll and the fourth flute on the second stalk roll;
• pulling the corn stalk vertically downward with the plurality of flutes on the first stalk roll and the plurality of flutes on the second stalk roll;
• and
• chopping the corn stalk with the plurality of flutes on the first stalk roll and the plurality of flutes on the second stalk roll such that the chopped corn stalk is released into the field to decompose.

A method of using an assembly of opposed, counter-rotating stalk rolls that are mounted to a corn row head unit, the assembly comprising a first stalk roll and a second stalk roll, the first and second stalk roll comprising a main cylinder with a central longitudinal axis, the main cylinder of the first stalk roll comprising a first flute, a second flute, and a third flute, the main cylinder of the second stalk roll comprising a fourth flute, a fifth flute, and a sixth flute, each flute having a forward end, the first stalk roll and the second stalk roll having a nose cone extending away from the main cylinder and tapering in a direction away from the main cylinder, and flighting or transport vanes on each nose cone having a rearward end, each nose cone configured to guide a corn stalk toward each plurality of flutes, the first, second, and third forward ends located adjacent to the rearward end of the first stalk roll, the fourth, fifth, and sixth forward ends located adjacent to the rearward end of the second stalk roll, the first forward end and the third forward end located closer to the rearward end of the first stalk roll than the second forward end, the fourth forward end and the sixth forward end located closer to the rearward end of the second stalk roll than the fifth forward end, the first, third, fourth, and sixth flutes including an axial face, the first flute axial face, the second forward end, and the third flute axial face located adjacent to a first stalk engagement gap or recess, the fourth flute axial face, the fifth forward end, and the sixth flute axial face located adjacent to a second stalk engagement gap or recess, the method comprising:

• rotating the assembly of stalk rolls;
• guiding the corn stalk horizontally with each nose cone on the first and second stalk rolls towards the first and second stalk engagement gap or recess configured to center the corn stalk;
• pulling the corn stalk vertically downward with the plurality of flutes on the first stalk roll and the plurality of flutes on the second stalk roll;
• and
• chopping the corn stalk with the plurality of flutes on the first stalk roll and the plurality of flutes on the second stalk roll such that the chopped corn stalk is released into the field to decompose.

A corn row head unit comprising:

• an assembly of opposed, counter-rotating stalk rolls, each stalk roll including:
• a main cylinder having a central longitudinal axis;
• a plurality of flutes spaced apart and extending outward from the main cylinder and extending generally parallel to the central longitudinal axis, the plurality of flutes including a first flute and a second flute, the first flute having a first forward end and the second flute having a second forward end;
• and
• a nose cone extending from the main cylinder and tapering in a direction away from the main cylinder, and flighting or transport vanes on the nose cone having a rearward end, the nose cone configured to guide a corn stalk toward the plurality of flutes;
• wherein the first and second forward ends are located adjacent to the rearward end, the first forward end located closer to the rearward end than the second forward end.

A corn row head unit comprising:

• an assembly of opposed, counter-rotating stalk rolls, each stalk roll including:
• a plurality of flutes spaced apart and extending outward from the main cylinder and extending generally parallel to the central longitudinal axis, the plurality of flutes including a first flute, a second flute, and a third flute, the first flute having a first forward end, the second flute having a second forward end, and the third flute having a third forward end, the first flute having a first flute axial face, the third flute having a third flute axial face;
• and
• a nose cone extending from the main cylinder and tapering in a direction away from the main cylinder, and flighting or transport vanes on the nose cone having a rearward end, the nose cone configured to guide a corn stalk toward the plurality of flutes;
• wherein the first, second, and third forward ends are located adjacent to the rearward end, the first forward end and the third forward end located closer to the rearward end than the second forward end;
• wherein the first flute axial face, the second forward end, and the third flute axial face are located adjacent to a stalk engagement gap or recess to position the corn stalk in the engagement gap or recess during use.

A corn row head unit including a plurality of counter-rotating stalk roll assemblies, each stalk roll assembly comprising:

• a first stalk roll including:
• a main cylinder including a central longitudinal axis;
• a plurality of flutes spaced apart and extending outward from the main cylinder and extending generally parallel to the central longitudinal axis;
• a nose cone extending away from the main cylinder and tapering in a direction away from the main cylinder, and flighting or transport vanes on the nose cone having a rearward end, the rearward end having an alignment to the plurality of flutes;
• a second stalk roll including:
• a main cylinder including a central longitudinal axis;
• a plurality of flutes extending radially outward from the main cylinder and extending generally parallel to the central longitudinal axis;
• and
• a nose cone extending away from the main cylinder and tapering in a direction away from the main cylinder, and flighting or transport vanes on the nose cone having a rearward end, the rearward end having an alignment to the plurality of flutes;
• wherein alignment of the first stalk roll is rotationally offset from alignment of the second stalk roll.

A harvesting machine for harvesting a harvested material, the harvesting machine comprising:

• a corn row head unit including an assembly of opposed, counter-rotating stalk rolls, each stalk roll including:
• a main cylinder having a central longitudinal axis;
• a plurality of flutes spaced apart and extending outward from the main cylinder and extending generally parallel to the central longitudinal axis, the plurality of flutes including a first flute and a second flute, the first flute having a first forward end and the second flute having a second forward end;
• and
• a nose cone extending from the main cylinder and tapering in a direction away from the main cylinder, and flighting or transport vanes on the nose cone having a rearward end, the nose cone configured to guide a corn stalk toward the plurality of flutes;
• wherein the first and second forward ends are located adjacent to the rearward end, the first forward end located closer to the rearward end than the second forward end.

A harvesting machine for harvesting a harvested material, the harvesting machine comprising:

• a corn row head unit including an assembly of opposed, counter-rotating stalk rolls, each stalk roll including:
• a plurality of flutes spaced apart and extending outward from the main cylinder and extending generally parallel to the central longitudinal axis, the plurality of flutes including a first flute, a second flute, and a third flute, the first flute having a first forward end, the second flute having a second forward end, and the third flute have a third forward end, the first flute having a first flute axial face, the third flute having a third flute axial face;
• and
• a nose cone extending from the main cylinder and tapering in a direction away from the main cylinder, and flighting or transport vanes on the nose cone having a rearward end, the nose cone configured to guide a corn stalk toward the plurality of flutes;
• wherein the first, second, and third forward ends are located adjacent to the rearward end, the first forward end located closer to the rearward end than the second forward end, the third forward end located closer to the rearward end than the second forward end;
• wherein the first flute axial face, the second forward end, and the third flute axial face are located adjacent to a stalk engagement gap or recess to position the corn stalk in the engagement gap or recess during use.

A harvesting machine for harvesting a harvested material, the harvesting machine comprising:

• a corn row head unit including:
• a first stalk roll including:
• a main cylinder including a central longitudinal axis;
• a plurality of flutes spaced apart and extending outward from the main cylinder and extending generally parallel to the central longitudinal axis;
• a nose cone extending away from the main cylinder and tapering in a direction away from the main cylinder, and flighting or transport vanes on the nose cone having a rearward end, the rearward end having an alignment to the plurality of flutes;
• a second stalk roll including:
• a main cylinder including a central longitudinal axis;
• a plurality of flutes spaced apart and extending outward from the main cylinder and extending generally parallel to the central longitudinal axis;
• and
• a nose cone extending away from the main cylinder and tapering in a direction away from the main cylinder, and flighting or transport vanes on the nose cone having a rearward end, the rearward end having an alignment to the plurality of flutes;
• wherein alignment of the first stalk roll is rotationally offset from alignment of the second stalk roll.