An apparatus and system for dispensing large amounts of cylindrical food containers or cans. The apparatus includes at least two support frames joined together through a series of connector pieces. Additional support frames may be added to the apparatus to create a modular system of dispensers that are customizable according to user discretion. The apparatus and system may be disposed directly on the traverses of a shelving unit so that large number of can dispensers may be accommodated within a relatively small volume or storage space. Each can dispenser may accommodate multiple cans which are orientated so that as each can is removed from the dispenser, a subsequent can will roll forward and take its place.

Stillage comprising similar containers in vertical stacked apart relationship to one another. The container includes a flat load carrying surface for carrying items and corner fittings having a collar for cooperatively engaging with one end of support legs to support the container. The support leg has an external plug provided with a pocket having this spaced side walls at one end and an internal cavity surrounded by an enlarged flange at the other end. The lower end of a spacer for spacing apart two containers is received in the pocket of the support and the other end of the spacer is received within the internal cavity of the support leg which is provided with a guide for guiding movement of the spacer to adopt and maintain the correct vertical orientation to form a stable array of vertically stacked containers. The advantage of the stillage formed using the support leg and spacer is that a stable stacked array is formed enabling safe transport of items in the containers without risk of damage to the items.

A bubble cart is described and disclosed herein. The bubble cart including a point of purchase display system for the display and/or demonstration of products, including bubble toy products.

A system and method are provided for optimized shelf product shipping, storage, and display utilizing a pallet and one or more unassembled shelf assemblies designed for compact arrangement on the pallet. The system includes a standard size pallet and a plurality of unassembled shelf assemblies. Multiple unassembled shelf assemblies comprising shelf bodies and shelf components are stacked vertically and arranged in a compact configuration fully within a perimeter of the pallet and without overhang. The shelf components are housed in cavities formed between adjacent shelf bodies. Accordingly, the unassembled shelf assemblies consolidate into high-density vertical stacks with minimal wasted space and without loose parts. This enables efficient transportation while reducing risks including loss of or damage to the shelf bodies and shelf components. The system provides efficient, cost-effective, and safe shipping, storage, and display of unassembled shelf assemblies by maximizing the number of unassembled shelf assemblies fit on the pallet.

A pillow cart includes a frame having a lower portion that includes a lower support assembly and an upper support assembly. The frame has an upper portion that includes a top support assembly that is connected to the upper support assembly. A first tray is coupled to the lower support assembly. A second tray is coupled to the upper support assembly. A third tray is coupled to the top support assembly. A housing is coupled to the third tray. An electronic display is positioned within the housing

A dispenser for pillow napkins is provided that includes a carton having a bottom panel, opposite left and right panels extending vertically from the bottom panel, opposite front and back panels positioned between the left and right panels and extending vertically from the bottom panel, and a top panel extending parallel to the bottom panel. Left and right supports are positioned within a cavity of the carton. A plurality of pillow napkins are wound about a spool. The spool is positioned in the cavity such that the spool rotatably engages the left and right supports and the pillow napkins are spaced apart from the top and bottom panels. Methods of use are provided.

An expandable kiosk structure with a front face, a rear face, a first side structural unit and a second side structural unit arranged such that the front face and rear face are parallel and connect the first and second side structural units to form a box shaped structure that is expandable from a collapsed form an expanded form in which the front face, the rear face, and the first and second side structural units define an interior workspace in the box shaped structure. The front and rear faces each have an outwardly extendable portion that is hingeably or pivotally foldable onto a remaining portion of the front or rear face. Rolling mechanisms are disposed bottom corners and extendable brackets are disposed at the top corners connecting to a shading unit supported by a shading unit support structure. Front and rear shelf units are hingeably attached to the front and rear faces. One or more extendable chassis brackets extend along the length of the top and bottom edges of the front and rear faces to permit expansion of the first and second side structural units. The front face chassis bracket is strongly connected to a perpendicular revolving rod handle (trailer coupler) that aids in maneuvering the kiosk prior to attachment to or subsequent to detachment from its towing vehicle as well as during towing.

A collapsible sun shelter that includes an arch support and a rollable flat mat that is configured to expand to include a canopy section and further includes a floor area portion, an upwardly deployable area portion at least two mat anchor points and at least two arch support openings. The rollable mat has an upwardly deployable area portion defined by an outer perimeter passing through at least one layer of the rollable flat mat such that the upwardly deployable area portion remains connected with the floor area portion when the upwardly deployable area portion is extended upwardly in a deployed configuration.

An expandable shade and shelter system that includes an expandable grid structure of reversibly expandable cells in a two-dimensional grid configured to collapse to a rectangular cuboid with a top surface, an anchored bottom, an anchored first end, an expandable second end, and two expandable sides. The system includes a connecting device fixed at corners of the top surface and/or the expandable second end of the structure, a vertically oriented support structure having a top and bottom ends, where the expandable grid structure is configured to expand upwardly from the second end and inwardly towards the top of the vertically oriented support structure, while the anchored first end remains anchored, to connect the connecting device to the top of the vertically oriented support structure to form a three dimensional shelter.

The present invention is a cart, kiosk, booth, equipment, machine (or similar) of any design or construction, mobile or stationary, integrated with an inflatable & deflatable advertising/signage/display/identity element. Inflatable & deflatable advertising, signage, display (or similar) identity elements can be configured in any; form, shape, size, color, etc. and therefore the present invention integrates carts, kiosks, booths (or similar) with inflatable & deflatable advertising/identity elements to improve the design and fabrication of carts, kiosks, booths (or similar).