Tube conveyor cleat design
A tube conveyor belt system for use in conjunction with a support. At least a portion of the support has a concave shape. The tube conveyor belt system has a belt and at least one cleat. The belt has a surface. The at least one cleat extends from the surface of the belt. The at least one cleat includes a plurality of paddle regions and a plurality of web regions. The plurality of paddle regions is in a spaced-apart configuration. The web regions have a flexibility that is greater than a flexibility of the paddle regions. One of the web regions is positioned between adjacent paddle regions.
1. A tube conveyor belt system for use in conjunction with a support, wherein at least a portion of the support has a concave shape, wherein the tube conveyor belt system comprises:
a belt having a surface; and
at least one cleat that extends from the surface of the belt, wherein the at least one cleat comprises:
a plurality of paddle regions in a spaced-apart configuration; and
a plurality of web regions that have a flexibility that is greater than a flexibility of the paddle regions, wherein one of the web regions is positioned between adjacent paddle regions, wherein the belt comprises a leading end and a trailing end and wherein the when the belt is in a flat configuration, the web regions have a convex shape that is oriented towards the trailing end.
2. The tube conveyor belt system of claim 1 , wherein the belt comprises a leading end and a trailing end, wherein the web regions engage the paddle regions proximate a trailing edge of the paddle regions and wherein a trailing edge of the paddle regions is oriented towards the trailing end of the belt.
3. The tube conveyor belt system of claim 1 , wherein the paddle regions substantially resist deformation.
4. The tube conveyor belt system of claim 1 , wherein the paddle regions have a height that is substantially the same as a height of the web regions.
5. The tube conveyor belt system of claim 1 , wherein the paddle regions are in a substantially linear configuration.
6. The tube conveyor belt system of claim 1 , wherein the paddle regions and the web regions are each fabricated from a reinforcing material and a cover material that covers at least a portion of the reinforcing material.
7. The tube conveyor belt system of claim 1 , wherein when the cleat is positioned in the portion of the support having the concave shape, the paddle regions on opposite sides of one of the web regions do not engage each other and the belt is adjacent the support.
8. The tube conveyor belt system of claim 1 , and further comprising a base proximate to where the at least one cleat extends from the at least one surface of the belt, wherein the base has a width that is greater than a width of the at least one cleat and wherein the width is oriented between leading and trailing edges of the at least one cleat.
9. A conveyor belt cleat comprising:
a plurality of paddle regions in a spaced-apart configuration; and
a plurality of web regions that have a flexibility that is greater than a flexibility of the paddle regions, wherein one of the web regions is positioned between adjacent paddle regions and wherein the paddle regions have a height that is substantially the same as a height of the web regions.
10. The conveyor belt cleat of claim 9 , wherein the paddle regions substantially resist deformation.
11. The conveyor belt cleat of claim 9 , wherein the paddle regions are in a substantially linear configuration.
12. The conveyor belt cleat of claim 9 , wherein the paddle regions and the web regions are each fabricated from a reinforcing material and a cover material that covers at least a portion of the reinforcing material.
13. A method of using a tube conveyor belt system that includes a support, wherein at least a portion of the support has a concave shape and wherein the method comprises:
providing a conveyor belt that comprises a belt and at least one cleat, wherein the belt has a surface, wherein the at least one cleat extends from the surface of the belt, wherein the cleat comprises a plurality of paddle regions and a plurality of web regions, wherein the plurality of paddle regions are in a spaced-apart configuration, wherein the web regions have a flexibility that is greater than a flexibility of the paddle regions, wherein one of the web regions is positioned between adjacent paddle regions, wherein the paddle regions have a height that is substantially the same as a height of the web regions and wherein the paddle regions are in a substantially linear configuration; and
moving the at least one cleat to a curved profile when the at least one cleat is over the portion of the support having the concave shape, wherein when the cleat is in the curved profile, the paddle regions on opposite sides of one of the web regions do not engage each other.
14. The method of claim 13 , wherein the belt comprises a leading end and a trailing end, wherein the web regions engage the paddle regions proximate a trailing edge of the paddle regions and wherein a trailing edge of the paddle regions is oriented towards the trailing end of the belt.
15. The method of claim 13 , wherein the belt comprises a leading end and a trailing end and wherein the when the belt is in a flat configuration, the web regions have a convex shape that is oriented towards the trailing end.
16. The method of claim 13 , wherein the paddle regions substantially resist deformation.
17. The method of claim 13 , wherein the paddle regions and the web regions are each fabricated from a reinforcing material and a cover material that covers at least a portion of the reinforcing material.