For the universal coupling of shelves (PR) that can be attached to display stands (D), using a single male pin assembly, one of the pins being in the form of a rod (6) and the other pin being in the form of a ball (13). Upon the axial lowering of the shelf (PR), the pins (6) or (13), secured to the sides of the front edge thereof, always reach the corresponding eye (11) or cup (14) of the female housing, which is in turn secured to the side wall (PA) of the display stand (D). According to the design, since the female housing can be secured at any angle, there is no need to stock pins with a coupling end configured for each desired geometry, it being sufficient to manufacture said pins (6) and (13) providing a universal coupling between the shelf (PR) and the display stand (D).

For the universal coupling of shelves (PR) that can be attached to display stands (D), using a single male pin assembly, one of the pins being in the form of a rod (6) and the other pin being in the form of a ball (13). Upon the axial lowering of the shelf (PR), the pins (6) or (13), secured to the sides of the front edge thereof, always reach the corresponding eye (11) or cup (14) of the female housing, which is in turn secured to the side wall (PA) of the display stand (D). According to the design, since the female housing can be secured at any angle, there is no need to stock pins with a coupling end configured for each desired geometry, it being sufficient to manufacture said pins (6) and (13) providing a universal coupling between the shelf (PR) and the display stand (D).

A point of sale display includes at least two stacked product transport boxes each having a planar bottom and planar top; a pair of locking tabs on one of the planar bottom or planar top of each box, each locking tab having a hinge and sides extending therefrom; a pair of receiving openings on one of the planar bottom or planar top of each box, wherein the pair of receiving opening on one of the stacked boxes align with the pair of locking tabs on the other such that the locking tabs on the stacked boxes are selectively pivoted through the openings of the adjacent box to interconnect the boxes and prevent relative sliding, and wherein the pair of locking tabs has one of straight sides or an inwardly tapered trapezoidal shape extending from the hinge to allow the boxes to be separated.

A divided shelf for a display rack and related methods are provided. The divided shelf transforms from a knockdown configuration to an erected configuration. The divided shelf includes divider panels to divide the shelf into more than one separate compartments. The divided shelf is affixed to a display rack base.

A product display system includes a product-support structure with a plurality of cabinets, a plurality of spacers, a base tray, and a cover plate. The cabinets and spacers are inserted into a cavity in the base tray in an alternating pattern around a peripheral wall of the base tray and the cover plate is placed on a top end of the spacers and cabinets, opposite the base tray. The product display system includes a display header that is slidable along a vertical axis with respect to the product-support structure. The display header includes an elongated header tube which includes sidewall panels. The product display system can include one or more elastic members that connect the display header to the product-support structure and bias the display header to an upright position.

A display system comprises a sleeve with a plurality of apertures defined therethrough, and a plurality of support inserts arranged in a stack within the sleeve, wherein at least one of the support inserts is aligned with one or more of the apertures to provide a shelf accessible through the one or more of the apertures.

A shelving display formed from a corrugated material which includes a back wall panel, a first side wall panel, a second side wall panel and a front wall panel having a plurality of shelves hingedly attached to the front wall panel. The shelving display includes a pull down panel that is connected to each of the plurality of shelves. The display is easily assembled in two-steps on site. In a first step, the panels are unfolded from a flat state to have a rectangular cross-sectional shape. In the second step, the pull down panel is used to pull the shelves into position.

A product display in accordance with the present disclosure includes a display header and a product-support structure. The display header is coupled to the product-support structure for showing product indicia related to products stored in the product-support structure to a customer at a retail location.

A pallet assembly including a plurality of trays separated by supports is provided. Each of the supports includes a rectangular portion and a wing portion. The wing portion is formed from two layers of materials connected together by a locking tab or other suitable means. The wing portion can include a first portion and a second portion at an angle with respect to the first portion. A tab can be used to facilitate placing the first portion of the wing at the angle with respect to the second portion of the wing.

A container includes a plurality of panels connected together at fold lines configured for extending at least partially around an interior space, where the plurality of panels includes a shelf panel defining at least one shelf flap, a first side panel, a back panel, and a second side panel. The container includes a support panel defining at least one shelf support flap. The shelf support flap is operatively connected the shelf flap of the shelf panel, and is configured to move between a first position and a second position when the shelf flap of the shelf panel is folded. A blank for a container includes a plurality of panels connected together at fold lines configured to be folded at least partially around an interior space, including a back panel. The blank includes a support panel. The support panel is connected to the back panel along a break line.