초록

A display rack is described, which is fabricated from a minimum number of recyclable, cellulosic components. The unit is easy to assemble and disassemble without a need for tools, and may be pre-packed for gravity feed of articles to be merchandised.

대표청구항 ▼

A display rack, which comprises; A.a single, integral sheet of a recyclable cellulosic material, folded upon itself to form (1.) a front panel having a top edge, a bottom edge and parallel first and second side edges; (2.) a back panel having a top edge, a bottom edge and parallel first and second s

A display rack, which comprises; A.a single, integral sheet of a recyclable cellulosic material, folded upon itself to form (1.) a front panel having a top edge, a bottom edge and parallel first and second side edges; (2.) a back panel having a top edge, a bottom edge and parallel first and second side edges; (3.l) a first side panel integrally joined to and part of the first side edge of the front panel and to the first side edge of the back panel, said side panel being co-extensive with and spacing apart the first side edges of the front and the back panels; (4.) a second side panel integrally joined to and part of the second side edge of one of said front and back panels and extending towards the other of said front and back panels, said second side panel being co-extensive with and spacing apart the second side edges of the front and the back panels; (5.) a seam panel integrally joined to and part of the second side edge of the other of said front and back panel and extending towards and overlapping the extended portion of the second side panel, said seam panel being co-extensive with the second side edge of the other of said front and back panels; said front panel, back panel, first and second side panels and seam panel together forming and defining an interior chamber with a pre-determined distance between the front and the back panels; (6.) a first aperture, in the front panel, extending from the front panel first side edge to the front panel second side edge at a location between the top edge and the bottom edge, said aperture being bounded by a top edge, a bottom edge and parallel side edges; (7.) a first flap, integral with and hingedly extending from the bottom edge of the aperture into the interior chamber a distance from the aperture bottom edge, greater than said predetermined distance, angled upward from the aperture bottom edge towards the back panel top edge, said flap forming a support member the angled portion of which is on a line transverse to a straight line extending from the top edge to the bottom edge of the front panel and the back panel; (8.) a second aperture, in the back panel, extending from the back panel first side edge to the back panel second side edge at a location between the top edge and the bottom edge of the back panel, said second aperture being bounded by a top edge, a bottom edge and parallel side edges; (9.) a second flap, integral with and hingedly extending from the top edge of the second aperture into the interior chamber a distance from the second aperture top edge greater than said pre-determined distance, angled downward from the second aperture top edge towards the front panel, said second flap forming a second support member transverse to a straight line extending from the top edge to the bottom edge of the front panel and the back panel; (10.) a third aperture, in the back panel, extending from the back panel first side edge to the back panel second side edge at a location between the top edge and the bottom edge of the back panel and spaced apart from the second aperture, said third aperture being bounded by a top edge, a bottom edge and parallel side edges; (11.) a third flap, integral with and hingedly extending from the top edge of the third aperture into the interior chamber a distance from the third aperture top edge greater than said pre-determined distance, angled downward from the third aperture top edge toward the front panel, said third flap forming a third support member transverse to a straight line extending from the top edge to the bottom edge of the top panel and the back panel; said second and third apertures together being partially in parallel alignment with the first aperture, the top edge of the second aperture being on a line parallel to a straight line drawn between the side edges of the first aperture and the bottom edge of the third aperture being on a line parallel to a straight line drawn between the side edges of the first aperture; B. means on the seam panel for securing the seam panel to the second side panel; C. a rack shelf which comprises; a single, integral sheet of a recyclable cellulosic material folded upon itself to form (1.) a planar sheet having a top surface, a bottom surface, first and second parallel edges, third and fourth parallel edges and at least one fold line traversing the sheet between the third and fourth opposing parallel edges, said sheet being folded upwardly along said fold line, forming a “V”in cross-section, projecting an upwardly folded portion towards the top surface of the remaining portion of the planar sheet; said folded planar sheet being adopted by size and configuration to fit within the interior chamber between the first, second and third flaps, supported by the first and third flaps and the back panel; and (2.) tab means on at least one of the planar sheet first and second edges for securing the folded planar sheet to the front panel and/or back panel within the interior chamber, in alignment with the first aperture in the front panel, said third edge abutting the second side panel and said fourth edge abutting the first side panel; said rack shelf being partially supported by and overlaying the second flap.