Calibrated frame stiffness gradient in an agricultural product sprayer

1. A vehicle frame having a calibrated frame stiffness gradient, the frame comprising:

a tubular frame member defining and extending along a tubular frame member axis, and defining a top surface and a bottom surface of the tubular frame member; and

a series of cladding plates, each cladding plate of the series of cladding plates extending along an axis of the series of cladding plates and each cladding plate fixedly attached along a faying surface to at least one of the top surface and the bottom surface of the tubular frame member, and including at least one immediately preceding cladding plate and one successive cladding plate in the series of cladding plates;

each cladding plate of the series of cladding plates having respective axes thereof and respective proximal ends and distal ends thereof at substantially opposite axial ends of each cladding plate, with the proximal end of each successive cladding plate substantially abutting the distal end of the immediately preceding cladding plate in the series of cladding plates when the series of cladding plates is fixedly attached to the tubular frame member with the axes of each cladding plate and the series of cladding plates extending substantially along the tubular frame member axis.

2. The vehicle frame of claim 1 , further including a raised trailing bead fixedly attached to the at least one of the top surface and the bottom surface of the tubular frame member and extending substantially along the tubular frame member, with the trailing bead having a proximal end of the bead abutting the distal end of a last cladding plate in the series of cladding plates, and a length of the bead extending away from the distal end of the last cladding plate along the tubular frame member, with the bead terminating in a distal end of the bead separate from the last cladding plate.

3. The vehicle frame of claim 1 , wherein at least one successive cladding plate has a peripheral profile that is different from the immediately preceding cladding plate.

4. The vehicle frame of claim 3 , wherein at least one cladding plate of the series of cladding plates has a peripheral profile thereof differing from the at least one of the top surface and the bottom surface of the tubular frame member adjacent the faying surface of the at least one cladding plate.

5. The vehicle frame of claim 3 , wherein the at least one successive cladding plate has a peripheral profile that is smaller than the immediately preceding cladding plate.

6. The vehicle frame of claim 1 , wherein the distal end of at least one immediately preceding cladding plate is substantially convex where the distal end abuts the proximal end of the respective successive cladding plate, and the proximal end of the respective successive cladding plate is concave where the proximal end abuts the convex distal end of the immediately preceding cladding plate.

7. The vehicle frame of claim 1 , wherein the immediately preceding and successive cladding plates define respective thicknesses thereof, and the thickness of at least one successive cladding plate is less than the thickness of the immediately preceding cladding plate.

8. The vehicle frame of claim 7 , further including a raised trailing bead fixedly attached to the at least one of the top surface and the bottom surface of the tubular frame member and extending substantially along the tubular frame member, with the trailing bead having a proximal end of the bead abutting the distal end of a last cladding plate in the series of cladding plates, and a length of the bead extending away from the distal end of the last cladding plate along the tubular frame member, with the bead terminating in a distal end of the bead separate from the last cladding plate.

9. The vehicle frame of claim 7 , wherein at least one cladding plate of the series of cladding plates has a peripheral profile thereof differing from the at least one of the top surface and the bottom surface of the tubular frame member adjacent the faying surface of the at least one cladding plate.

10. The vehicle frame of claim 9 , further including a raised trailing bead fixedly attached to the at least one of the top surface and the bottom surface of the tubular frame member and extending substantially along the tubular frame member, with the trailing bead having a proximal end of the bead abutting the distal end of a last cladding plate in the series of cladding plates, and a length of the bead extending away from the distal end of the last cladding plate along the tubular frame member, with the bead terminating in a distal end of the bead separate from the last cladding plate.

11. The vehicle frame of claim 7 , wherein at least one successive cladding plate has a peripheral profile that is different from the immediately preceding cladding plate.

12. The vehicle frame of claim 11 , further including a raised trailing bead fixedly attached to the at least one of the top surface and the bottom surface of the tubular frame member and extending substantially along the tubular frame member, with the trailing bead having a proximal end of the bead abutting the distal end of a last cladding plate in the series of cladding plates, and a length of the bead extending away from the distal end of the last cladding plate along the tubular frame member, with the bead terminating in a distal end of the bead separate from the last cladding plate.

13. The vehicle frame of claim 8 , wherein:

at least one cladding plate of the series of cladding plates has a peripheral profile thereof differing from the at least one of the top surface and the bottom surface of the tubular frame member adjacent the faying surface of the at least one cladding plate;

at least one successive cladding plate has a peripheral profile that is different from and smaller than the immediately preceding cladding plate; and

the distal end of at least one immediately preceding cladding plate is substantially convex where the distal end abuts the proximal end of the respective successive cladding plate, and the proximal end of the respective successive cladding plate is concave where the proximal end abuts the convex distal end of the immediately preceding cladding plate.

14. The vehicle frame of claim 13 , wherein:

the frame includes at least one longitudinal member joined to a transverse member of the frame at an intersection of the longitudinal and transverse frame members; and

the series of cladding plates includes an immediately preceding cladding plate forming a corner reinforcement plate spanning the intersection of the longitudinal and transverse frame members, with the corner reinforcement plate being fixedly attached to both of the longitudinal and transverse frame members.

15. An agricultural product applicator including a frame having a calibrated frame stiffness gradient, the frame comprising:

a tubular frame member defining and extending along a tubular frame member axis, and defining a top surface and a bottom surface of the tubular frame member; and

a series of cladding plates extending along an axis of the series of cladding plates, each cladding plate of the series of cladding plates fixedly attached along a faying surface to the at least one of the top surface and the bottom surface of the tubular frame member, and including at least one immediately preceding cladding plate and one successive cladding plate in the series of cladding plates;

each cladding plate of the series of cladding plates having respective axes thereof and respective proximal ends and distal ends thereof at substantially opposite axial ends of the series of cladding plates, with the proximal end of each successive cladding plate substantially abutting the distal end of the immediately preceding cladding plate in the series of cladding plates when the series of cladding plates is fixedly attached to the at least one of the top surface and the bottom surface of the tubular frame member with the axes of each cladding plate and the series of cladding plates extending substantially along the tubular frame member axis.

16. The agricultural product applicator of claim 15 , wherein:

the frame includes at least one longitudinal member joined to a transverse member of the frame at an intersection of the longitudinal and transverse frame members; and

the series of cladding plates includes an immediately preceding cladding plate forming a corner reinforcement plate spanning the intersection of the longitudinal and transverse frame members, with the corner reinforcement plate being fixedly attached to both of the longitudinal and transverse frame members.

17. The agricultural product applicator of claim 16 , wherein:

the immediately preceding and successive cladding plates define respective thicknesses thereof, and the thickness of at least one successive cladding plate is less than the thickness of the immediately preceding cladding plate;

at least one cladding plate of the series of cladding plates has a peripheral profile thereof differing from the at least one of the top surface and the bottom surface of the tubular frame member adjacent the faying surface of the at least one cladding plate;

at least one successive cladding plate has a peripheral profile that is different from and smaller than the immediately preceding cladding plate; and

the distal end of at least one immediately preceding cladding plate is substantially convex where the distal end abuts the proximal end of the respective successive cladding plate, and the proximal end of the respective successive cladding plate is concave where the proximal end abuts the convex distal end of the immediately preceding cladding plate.

18. The agricultural product applicator of claim 17 , further including a raised trailing bead fixedly attached to the at least one of the top surface and the bottom surface of the tubular frame member and extending substantially along the tubular frame member, with the trailing bead having a proximal end of the bead abutting the distal end of a last cladding plate in the series of cladding plates, and a length of the bead extending away from the distal end of the last cladding plate along the tubular frame member, with the bead terminating in a distal end of the bead separate from the last cladding plate.

19. A method for providing a vehicle frame including a tubular frame member having a calibrated frame stiffness gradient, the method comprising:

fixedly attaching a series of cladding plates extending along an axis of the series of cladding plates along faying surfaces to at least one of a top surface and a bottom surface of the tubular member, with the series of cladding plates including at least one immediately preceding cladding plate and one successive cladding plate in the series of cladding plates;

with each cladding plate of the series of cladding plates having respective axes thereof and respective proximal ends and distal ends thereof at substantially opposite axial ends of the cladding plates, with the proximal end of each successive cladding plate substantially abutting the distal end of the immediately preceding cladding plate in the series when the series of cladding plates is fixedly attached to the tubular frame member with the axes of the cladding plates and series of cladding plates extending substantially along the tubular frame member axis.

20. The method for providing a vehicle frame including a tubular frame member having a calibrated frame stiffness gradient of claim 19 , further including at least one step from the group of steps consisting of:

providing a raised trailing bead fixedly attached to the at least one of the top surface and the bottom surface of the tubular frame member and extending substantially along the tubular frame member, with the trailing bead having a proximal end of the bead abutting the distal end of a last cladding plate in the series of cladding plates, and a length of the bead extending away from the distal end of the last cladding plate along the tubular frame member, with the bead terminating in a distal end of the bead separate from the last cladding plate;

configuring at least one successive cladding plate to have a peripheral profile that is different from the immediately preceding cladding plate;

configuring at least one cladding plate of the series of cladding plates to have a peripheral profile thereof differing from the at least one of the top surface and the bottom surface of the tubular frame member adjacent the faying surface of the at least one cladding plate;

configuring at least one successive cladding plate to have a peripheral profile that is smaller than the immediately preceding cladding plate;

configuring the distal end of at least one immediately preceding cladding plate to be substantially convex where the distal end abuts the proximal end of the respective successive cladding plate, and cooperatively configuring the proximal end of the respective successive cladding plate to be concave where the proximal end abuts the convex distal end of the immediately preceding cladding plate;

configuring the thickness of at least one successive cladding plate to be less than the thickness of the immediately preceding cladding plate; and

where the frame includes at least one longitudinal member joined to a transverse member of the frame at an intersection of the longitudinal and transverse frame members, configuring the series of cladding plates to include an immediately preceding cladding plate forming a corner reinforcement plate spanning the intersection of the longitudinal and transverse frame members, with the corner reinforcement plate being fixedly attached to both of the longitudinal and transverse frame members.