Auto-shelf display stand

A display stand providing a plurality of shelving assemblies, the display stand comprising:

• a) a base section having four serially connected single window panels, the base section including:
• i) a first single window panel including a first shelving flap and a first bottom strip;
• ii) a second single window panel including a second shelving flap and a second bottom strip, wherein the right side of the first single window panel is joined to the left side of the second single window panel;
• iii) a third single window panel including a third shelving flap and a third bottom strip, wherein the right side of the second single window panel is joined to the left side of the third single window panel;
• iv) a fourth single window panel including a fourth shelving flap and a fourth bottom strip, wherein the right side of the third single window panel is joined to the left side of the fourth single window panel;
• and
• v) a base section side strip joined to the right side of the fourth single window panel, wherein the base section side strip is adapted for adhesive attachment to the left side of the first single window panel,
• wherein the base section is adapted to transform to a standing, upright position from a flat, collapsed position, the flat collapsed position including the base section being folded and collapsed for shipping and storage prior to set up, wherein the first shelving flap and the third shelving flap are adapted to be pulled towards one another when the base section is in the flat, collapsed position to transform the base section to the standing, upright position, and wherein said pulling of the first shelving flap and the third shelving flap towards one another positions the first, second, third, and fourth shelving flaps into a stacked relationship to create a base section shelving assembly, and wherein the first, second, third, and fourth bottom strips are folded under the base section to provide support for the display stand when in the standing, upright position;
• and
• b) a top section having four serially connected double-window panels, the top section including:
• i) a first double-window panel including a first middle shelving flap and a first upper shelving flap;
• ii) a second double-window panel including a second middle shelving flap and a second upper shelving flap, wherein the right side of the first double-window panel is joined to the left side of the second double-window panel;
• iii) a third double-window panel including a third middle shelving flap and a third upper shelving flap, wherein the right side of the second double-window panel is joined to the left side of the third double-window panel;
• iv) a fourth double-window panel including a fourth middle shelving flap and a fourth upper shelving flap, wherein the right side of the third double-window panel is joined to the left side of the fourth double-window panel;
• and
• v) a top section side strip joined to the right side of the fourth double-window panel, wherein the top section side strip is adapted for adhesive attachment to the left side of the first double-window panel, wherein the top section is adapted to transform to a standing, upright position from a flat, collapsed position, the flat collapsed position including the top section being folded and collapsed for shipping and storage prior to set up, wherein the first middle shelving flap and the third middle shelving flap are adapted to be pulled towards one another, and wherein the first upper shelving flap and the third upper shelving flap are adapted to be pulled towards one another when the top section is in the flat, collapsed position to transform the top section to the standing, upright position, and wherein said pulling of the first middle shelving flap and the third middle shelving flap towards one another positions the first, second, third, and fourth middle shelving flaps into a stacked relationship with one another to create a middle shelving assembly, and wherein said pulling of the first upper shelving flap and the third upper shelving flap towards one another positions the first, second, third and fourth upper shelving flaps into a stacked relationship with one another to create an upper shelving assembly, and wherein the top section is adapted to be positioned on top of the base section, with the outer diameter of the base section nesting within the inner diameter of the top section when they are in the standing, upright position.