Auger assembly for harvesting machine

1. An auger assembly for transporting material for an agricultural work vehicle, comprising:

an auger; and

a housing arrangement having an interior that houses the auger such that rotation of the auger within the housing arrangement is configured to transport the material through the housing arrangement, the housing arrangement comprising:

a series of tube portions including at least a first tube portion and a second tube portion, each respective tube portion of the series of tube portions having a first end, a second end, an inner surface, an outer surface, and a thickness between the inner surface and the outer surface; and

at least one mounting flange structure being a separate component from the tube portions, including a first mounting flange structure having an inner surface disposed about the first tube portion and secured to the outer surface of the first tube portion by a first laser weld extending sequentially from the inner surface of the first tube portion, through the thickness of the first tube portion, through the outer surface of the first tube portion, and through the inner surface of the first mounting flange structure.

2. The auger assembly of claim 1 , wherein the first mounting flange structure is secured proximate to the first end of the first tube portion and the at least one mounting flange structure further includes a second mounting flange structure secured proximate to the second end of the first tube portion by a second laser weld extending from the inner surface of the first tube portion, through the thickness of the first tube portion, and into the second mounting flange structure.

3. The auger assembly of claim 2 , wherein the first mounting flange structure is configured to receive a first set of fasteners to support the housing arrangement on the agricultural work vehicle;

wherein the at least one mounting flange structure further includes a third mounting flange structure secured proximate to the first end of the second tube portion by a third laser weld extending from the inner surface of the second tube portion, through the thickness of the second tube portion, and into the third mounting flange structure; and

wherein the second and third mounting flange structures are configured to be aligned and receive a second set of fasteners for securing the first tube portion to the second tube portion.

4. The auger assembly of claim 3 , wherein the at least one mounting flange structure further includes a fourth mounting flange structure secured proximate to the second end of the second tube portion by a fourth laser weld extending from the inner surface of the second tube portion, through the thickness of the second tube portion, and into the fourth mounting flange structure; and

wherein the series of tube portions further includes a third tube portion and the at least one mounting flange structure further includes a fifth mounting flange structure secured proximate to the first end of the third tube portion by a fifth laser weld extending from the inner surface of the third tube portion, through the thickness of the third tube portion, and into the fifth mounting flange structure; and

wherein the fourth and fifth mounting flange structures are configured to be aligned and receive a third set of fasteners for securing the second tube portion to the third tube portion.

5. The auger assembly of claim 1 , wherein the first tube portion is formed by high-strength steel.

6. The auger assembly of claim 1 , wherein the first laser weld is less than 5 mm wide.

7. The auger assembly of claim 1 , wherein the first tube portion has a thickness of less than 4 mm.

8. The auger assembly of claim 1 , wherein the first laser weld is formed by two laser weld lines.

9. The auger assembly of claim 1 , wherein the first mounting flange structure is formed by a radial section that forms the first laser weld with the first tube portion and an axial section that defines a series of fastener holes.

10. The auger assembly of claim 9 , wherein the first mounting flange structure further includes at least one gusset in between the radial section and the axial section.

11. An auger assembly for transporting material for an agricultural work vehicle, comprising:

an auger; and

a housing arrangement having an interior that houses the auger such that rotation of the auger within the housing arrangement is configured to transport the material through the housing arrangement, the housing arrangement comprising:

a series of tube portions including at least a first tube portion having a first end, a second end, an inner surface, an outer surface, and a first thickness between the inner surface and the outer surface, wherein the first tube portion is formed from high-strength steel; and

at least one mounting flange structure, including a first mounting flange structure having an axial portion with an inner surface disposed about the first tube portion and secured to the outer surface of the first tube portion by a first laser weld and a radial section extending from the axial section, wherein the axial section of the first mounting flange structure has a second thickness that is greater than the first thickness of the first tube portion, and wherein the first laser weld extends from the inner surface of the first tube portion, through the thickness of the first tube portion, through the outer surface of the first tube portion, and through the inner surface of the axial portion of the first mounting flange structure.

12. The auger assembly of claim 11 , wherein the first laser weld is less than 5 mm wide.

13. The auger assembly of claim 11 , wherein the first thickness of the first tube portion is less than 4 mm.