Apparatus for storing, transporting and dispensing conveyor belts
An apparatus for storing, transporting and dispensing conveyor belts is described. The apparatus, in the form of a crate, has top and bottom conventional pallets, allowing for easy handling and strength for additional stacked crates. The center of the crate holds a hub assembly that moves rotationally, and allows smooth transition from consecutive layers of the conveyor belt wrapped thereon. During shipment, the roll of conveyor belt lies on its side. In one embodiment, a center pipe axle of the spool passes through holes in the top and bottom pallets. Alternatively, the center pipe axle passes through channels created between planks of the top and bottom pallets. These configurations secure the roll in the crate, and allow it to turn freely when loaded or unloaded.
1. A hub assembly for storing and transporting rolled material, the hub assembly comprising:
an axle; and
a first hub and a second hub attached to said axle, the rolled material being wound on the first hub and the second hub,
wherein a perimeter of said first hub and a perimeter of said second hub comprise minimum and maximum radii and a step between the minimum and maximum radii, and
wherein a width of the first hub is less than a width of the rolled material, and a width of the second hub is less than the width of the rolled material, and
wherein a length of the step is equal to a thickness of the rolled material.
2. The hub assembly of claim 1 , wherein the first hub and the second hub are positioned at opposite edges of the rolled material, and
wherein the step of the first hub and the step of the second hub are aligned.
3. The hub assembly of claim 1 , wherein the rolled material comprises a conveyor belt.
4. The hub assembly of claim 3 , wherein the conveyor belt comprises end plates.
5. The hub assembly of claim 4 , wherein a length of the step is equal to a thickness of the end plates.
6. The hub assembly of claim 1 , wherein the perimeters are defined by a spiral shape formed by gradually increasing radii of the first hub and the second hub throughout one revolution about a common center portion, and
wherein a length of the step is equal to a difference between the maximum and minimum radii.
7. The hub assembly of claim 1 , wherein the perimeters comprise a first smaller radius with a first center point and at least one successively larger radius with a center point distinct from the first center point, and
wherein each successive radius is tangential to the previous radius throughout one revolution, such that the step is created between a beginning of the first smaller radius and an end of a final larger radius.
8. The hub assembly of claim 1 , wherein the second hub is spaced apart from the first hub along the axle.
9. The hub assembly of claim 1 , wherein the first hub includes a first hub hole, and the axle extends through the first hub hole.
10. The hub assembly of claim 1 , wherein the first hub is substantially hollow.
11. The hub assembly of claim 10 , wherein the first hub includes a plurality of spokes.
12. The hub assembly of claim 1 , wherein each end of the axle includes a notch, and the first hub is attached to the axle by at least one angle bracket assembly.
13. A hub assembly for storing and transporting rolled material, the hub assembly comprising:
an axle; and
a first hub and a second hub attached to said axle,
wherein a perimeter of said first hub and a perimeter of said second hub comprise minimum and maximum radii and a step between the minimum and maximum radii,
wherein a width of the first hub is less than a width of the rolled material, and a width of the second hub is less than the width of the rolled material, and
wherein the rolled material comprises a conveyor belt comprising end plates.
14. The hub assembly of claim 13 , wherein the first hub and the second hub are positioned at opposite edges of the rolled material, and wherein the step of the first hub and the step of the second hub are aligned.
15. The hub assembly of claim 13 , wherein a length of the step is equal to a thickness of the end plates.
16. The hub assembly of claim 13 , wherein the first hub includes a first hub hole, and the axle extends through the first hub hole.
17. The hub assembly of claim 13 , wherein the first hub is substantially hollow.
18. The hub assembly of claim 17 , wherein the first hub includes a plurality of spokes.
19. The hub assembly of claim 13 , wherein each end of the axle includes a notch, and the first hub is attached to the axle by at least one angle bracket assembly.
20. The hub assembly of claim 13 , wherein the perimeters are defined by a spiral shape formed by gradually increasing radii of the first hub and the second hub throughout one revolution about a common center portion, and wherein a length of the step is equal to a difference between the maximum and minimum radii.