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A display riser assembly includes at least one riser positioned on a back portion of a top surface of a display shelf and at least one paddle mounted to the at least one riser. The at least one riser includes a top panel, a front panel and two side panels located on either ends of the top panel and

A display riser assembly includes at least one riser positioned on a back portion of a top surface of a display shelf and at least one paddle mounted to the at least one riser. The at least one riser includes a top panel, a front panel and two side panels located on either ends of the top panel and the front panel. The top panel includes a plurality of spaced apart through slots. The at least one paddle includes at least one planar display section that is horizontally oriented, at least one planar extension section that extends backwardly from the at least one display section and is inserted into one of the plurality of through slots so that the at least one display section is cantilevered forward from the riser and located above the top surface of the display shelf. Each riser supports a plurality of display sections.

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1. A display riser assembly comprising: at least one riser configured to rest on a back portion of a top surface of a display shelf, the at least one riser including a top panel and a front panel that positions the top panel above the display shelf, the top panel including a plurality of spaced apar

1. A display riser assembly comprising: at least one riser configured to rest on a back portion of a top surface of a display shelf, the at least one riser including a top panel and a front panel that positions the top panel above the display shelf, the top panel including a plurality of spaced apart through slots; andat least one paddle made of a single sheet of material and being mounted to the at least one riser, the at least one paddle including at least one planar display section and at least one planar extension section that extends backward from the at least one planar display section and is joined to the at least one planar display section by a first bend in the single sheet of material and a second bend in the single sheet of material so that the at least one planar extension section is substantially parallel with the at least one display section; andwherein the at least one planar extension section of the at least one paddle is inserted into one of the plurality of spaced apart slots so that the display section is toollessly cantilevered from the riser and is located above the top surface of the display shelf by a height; andwherein the at least one riser comprises a plurality of risers located side end to side end along the display shelf and the at least one paddle comprises a plurality of paddles positioned along the plurality of risers so that each paddle is inserted into every other through slot located on each riser. 2. The display riser assembly of claim 1, wherein the first bend comprises a 90 degree bend and the second bend comprises a 90 degree bend. 3. The display riser assembly of claim 1, wherein the at least one paddle comprises a plurality of paddles, wherein each paddle includes a single extension section that is inserted into one of the plurality of spaced apart through slots. 4. The display riser assembly of claim 3, wherein each of the plurality of paddles are inserted into every other spaced apart through slot. 5. The display riser assembly of claim 1, wherein the at least one paddle comprises a single paddle having a plurality of planar extension sections that are inserted into each of the plurality of spaced apart through slots. 6. The display riser assembly of claim 1, wherein the at least one paddle further comprises at least one front panel that extends across a width of the at least one display section and is configured to support labels for labeling the product being displayed on the at least one display section. 7. The display riser assembly of claim 1, wherein the at least one riser comprises a single sheet of material bent to form the top panel and the front panel. 8. A display riser assembly comprising: at least one box support configured to rest on a back portion of a top surface of a display shelf and including a top panel, a front panel and two side panels located on either ends of the top panel and the front panel, wherein the top panel includes a plurality of spaced apart through slots that extend from the top surface of the top panel to a bottom surface of the top panel; andat least one paddle including at least one planar display section and at least one planar extension section that extends backwardly from the at least one display section, wherein the at least one planar extension section is inserted into one of the plurality of through slots such that a top surface of the at least one planar extension section faces the bottom surface of the top panel of the riser and so that the at least one display section is cantilevered forward from the box support and located above the top surface of the display shelf by a height; andwherein the at least one box support comprises a plurality of box supports located side panel to side panel along the display shelf and the at least one paddle comprises a plurality of paddles positioned along the plurality of box supports so that each paddle is inserted into every other through slot located on each box support. 9. The display riser assembly of claim 8, wherein the at least one planar extension section is joined to the at least one planar display section by a first approximate 90 degree bend and a second approximate 90 degree bend so that the at least one planar extension section is substantially parallel with the at least one display section and wherein the at least one planar extension section is inserted in one of the plurality of through slots so that the at least one planar display section is substantially parallel with the top surface of the display shelf. 10. The display riser assembly of claim 8, wherein the at least one paddle comprises a plurality of paddles, wherein each paddle includes a single extension section that is inserted into one of the plurality of spaced apart through slots. 11. The display riser assembly of claim 10, wherein each of the plurality of paddles are located in every other spaced apart through slot. 12. The display riser assembly of claim 8, wherein the at least one paddle comprises a single paddle having a plurality of planar extension sections that are inserted into each of the plurality of spaced apart through slots. 13. The display riser assembly of claim 8, wherein the at least one box support comprises a single sheet of material bent to form the top panel, the front panel and the two side panels and wherein the at least one paddle comprises a single sheet of material bent to form the at least one planar display section and the at least one planar extension section. 14. A method of displaying products on a display shelf, the method comprising: resting at least one riser on a back portion of a top surface of a display shelf, the at least one riser including a top panel having a plurality of spaced apart slots that extend from a top surface of the top panel to a bottom surface of the top panel and a front panel that positions the top panel above the display shelf; wherein resting at least one riser on the back portion of the top surface of the display shelf comprises resting a plurality of risers on the back portion of the top surface of the display shelf so that ends of each riser are adjacent to each other;inserting at least one planar extension section of at least one paddle into one of the plurality of spaced apart slots in the top panel so that a top surface of the at least one planar extension section faces the bottom surface of the top panel of the riser, the at least one paddle further including at least one planar display section that is formed integrally with the at least one planar extension section and extends outwardly from the at least one riser and is located a distance above the top surface of the display shelf; anddisplaying products on the top surface of the display shelf adjacent to and partially underneath the at least one planar display section and displaying a product on the at least one planar display section. 15. The method of claim 14, wherein inserting the at least one planar extension section of the at least one paddle into one of the plurality of spaced apart slots in the top panel comprises inserting a single planar extension section of a single paddle into one of the plurality of spaced apart slots and inserting another single planar extension section of another single paddle into another one of the plurality of spaced apart slots. 16. The method of claim 14, wherein inserting the at least one planar extension section of the at least one paddle into one of the plurality of spaced apart slots in the top panel comprises inserting a plurality of planar extension sections of a single paddle into the plurality of spaced apart slots.