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 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 concealed storage area is disclosed that provides easily accessible and concealed in-wall storage. The storage area includes a three-dimensional storage container inserted into and secured in a wall opening, which can be covered up by a removable and/or fracturable concealing cover. The concealing cover can be painted or otherwise decorated so as to conceal the storage container or to render it more aesthetically acceptable for a particular environment.

A concealed storage area is disclosed that provides easily accessible and concealed in-wall storage. The storage area includes a three-dimensional storage container inserted into and secured in a wall opening, which can be covered up by a removable and/or fracturable concealing cover. The concealing cover can be painted or otherwise decorated so as to conceal the storage container or to render it more aesthetically acceptable for a particular environment.

A hutch unit including a front panel, a back panel, and two laterally opposing sidewalls hingedly connected to the front panel. One or more shelf units are provided, each shelf unit including a front shelf edge hingedly connected to the front panel and a rear shelf edge hingedly connected to the back panel. The back panel includes opposing lateral back edges, and first and second back flaps are hingedly connected to the lateral back edges extending forward from the back panel. Each of the first and second back flaps is positioned in abutting relationship to a respective sidewall to define first and second overlapping sidewall portions along each sidewall. Vertical sliding connections join the back flaps to the sidewalls at the overlapping sidewall portions, wherein the vertical sliding connections guide the back panel in vertical displacement relative to the sidewalls.

A hutch unit including a front panel, a back panel, and two laterally opposing sidewalls hingedly connected to the front panel. One or more shelf units are provided, each shelf unit including a front shelf edge hingedly connected to the front panel and a rear shelf edge hingedly connected to the back panel. The back panel includes opposing lateral back edges, and first and second back flaps are hingedly connected to the lateral back edges extending forward from the back panel. Each of the first and second back flaps is positioned in abutting relationship to a respective sidewall to define first and second overlapping sidewall portions along each sidewall. Vertical sliding connections join the back flaps to the sidewalls at the overlapping sidewall portions, wherein the vertical sliding connections guide the back panel in vertical displacement relative to the sidewalls.

This invention is a unique and novel shipping frame for nursery plants, that is made from a water-resistant recycled paper composite material. The frame allows for supporting one or more shelves and is attached to a base. The one or more shelves and base are capable of holding the plants during shipment to insure the plants are not damaged. After shipment is completed, the frame may be reused or disposed of accordingly.

A corrugated paper display moveable from a stowed condition to a display condition is described herein. The display has a first rectangular sleeve having opposed lateral edges, a front edge, and a back edge. Two side panels one of each are attached respectively to one of each of the two opposed lateral edges. A back wall is connected to the back edge and the two side panels. A rectangular display compartment extends between the opposed side walls and a shelf is positioned in the rectangular display compartment. A front panel is hingedly connected to the first sleeve and rests on top of the first sleeve when in the stowed condition. When in the deployed condition, the front panel extends from the first sleeve to form a body of a second height which is 1.5 to 2.5 times greater than the first height.

A container (10) comprising one or more walls (12, 14, 16) and a base (18) defining an enclosure for storing and displaying one or more items (90). A locking tab (22) is defined in each side wall (16) and corresponding locking slots (26) are defined in the base (18). The locking tabs (22) each define an undercut (22c). The container (10) can be mounted on top of a further container (10) to form a modular display device by inserting the locking tabs (22) of the further container into the locking slots (26) and sliding the container forwardly to engage the base (18) in the undercuts. The modular display device (34, FIG. 3) may also include a stand for supporting one or more containers at an angle on a horizontal surface and a header.

A container (10) comprising one or more walls (12, 14, 16) and a base (18) defining an enclosure for storing and displaying one or more items (90). A locking tab (22) is defined in each side wall (16) and corresponding locking slots (26) are defined in the base (18). The locking tabs (22) each define an undercut (22c). The container (10) can be mounted on top of a further container (10) to form a modular display device by inserting the locking tabs (22) of the further container into the locking slots (26) and sliding the container forwardly to engage the base (18) in the undercuts. The modular display device (34, FIG. 3) may also include a stand for supporting one or more containers at an angle on a horizontal surface and a header.