Examples provide a configurable divider bridge system. A divider bridge includes a tab at opposite ends of the divider bridge. The tabs insert into receiving slots inside a container, such as a display case or packing container. The receiving slots guide the tabs downward between the interior sides of the container and items placed inside the container. As the tabs slide down into the receiving slots, the side panels of the divider bridge are guided into an unfolded configuration. The slots permit installation of the divider bridge into the container which already contains soft product easily while preventing damage to the divider or the soft product. The divider bridge can be placed inside the container in a variety of configurations and/or orientations to accommodate a variety of sizes and shapes of containers and types of items being stored, transported, or displayed within the containers.

A retention device includes a back portion, a front portion including a frame forming a cut out, and a mesh element positioned across the cut out and adhered to at least a portion of the frame of the front portion for conforming to a shape of an object positionable between the back portion and the front portion. The retention device is positionable in an open position in which the front portion is positioned away from the back portion. The retention device is positionable in a closed position in which the front portion is positioned adjacent to the back portion for securing the object between the back portion and the mesh element. According to some embodiments, the back portion may include an opening for receiving a portion of an object positioned between the back portion and the front portion.

The layered cake stabilizing system comprises a stabilizer and one or more cake pans. The one or more cake pans may be configured to bake multiple layers of a cake. The one or more cake pans may be operable to create a central aperture in each layer of the cake. The stabilizer may comprise a stabilizer rod rising vertically from the top center of the stabilizer. The multiple layers of the cake may be placed on the stabilizer such that the multiple layers stack to form the cake and the stabilizer rod passes through the central apertures of individual layers. The stabilizer rod may prevent horizontal movement of the individual layers. The layered cake stabilizing system may further comprise an outer box for protecting the cake and a cake lifter for placing the stabilizer and the cake into the outer box.

The present related to a shoe box that accommodates different shoe sizes and styles. In many embodiments the shoe box is provided with a protrusion which limits movement of items within the box. In some embodiments the protrusions are able to be placed in an extended or contracted position. In some embodiments there are a variety of extended positions which a protrusion could be placed in such that the size of the protrusion can be altered based on the size of the contents inside of the shoe box. In some embodiments the protrusion is attached to the shoe box and others it is removably attachable. In other embodiments the protrusion can shift within the shoe box such that the protrusion can be placed in the area which most needs it. This invention beneficially allows different sized items to be securely placed in the same shoe box.

A pallet-sized shipping and display tray includes a base portion having an interior space and opposed sides ends. The respective spaced-apart first and second vertical columns each of which is configured to be positioned in the opposed ends of the interior space of the base portion. Each of the respective first and second spaced-apart vertical columns includes two shoulder panels, two coterminous spine panels, and two arm panels all of which are foldably joined to one another. At least one deck is configured to be attached to the respective spaced-apart first and second vertical columns to form a bridge. The at least one deck includes a supporting panel having two side depending flanges and two end depending flanges all of which foldably joined to one another so as to adequately support a weight of one or more upper display trays when they are stacked upon one another.

Collapsible insulating container liners and methods of manufacturing the same are disclosed herein. The container liner is formed as one unitary, foldable body that includes, in one example, beveled edges that form top panel(s), bottom panel(s), and side panel(s) that facilitate folding of the body to form the resulting liner.

A foldable box having a first, substantially flat and unfolded configuration which can be easily and conveniently transformed into a second, three-dimensional configuration capable of retaining one or more items.

A pallet-sized shipping and display tray includes a base portion having an interior space and opposed sides ends. The respective spaced-apart first and second vertical columns each of which is configured to be positioned in the opposed ends of the interior space of the base portion. Each of the respective first and second spaced-apart vertical columns includes two shoulder panels, two coterminous spine panels, and two arm panels all of which are foldably joined to one another. At least one deck is configured to be attached to the respective spaced-apart first and second vertical columns to form a bridge. The at least one deck includes a supporting panel having two side depending flanges and two end depending flanges, the flanges foldably joined to one another so as to adequately support a weight of one or more upper display trays when they are stacked upon one another.

A packaging system for a corrugated cardboard shipping container. The system uses two vertical compartmented inserts divided by a horizontal insert. The compartmented insert can be configured by a packer to consist of four to two rectangular compartments. The horizontal insert can be folded in half or have a quarter section folded away in order to accommodate a loading plan that requires items to protrude above the height of the bottom vertical compartmented insert. An optional diagonal divider and dunnage may be used prior to sealing the container.

A packaging system for a corrugated cardboard shipping container. The system uses two vertical compartmented inserts divided by a horizontal insert. The compartmented insert can be configured by a packer to consist of four to two rectangular compartments. The horizontal insert can be folded in half or have a quarter section folded away in order to accommodate a loading plan that requires items to protrude above the height of the bottom vertical compartmented insert. An optional diagonal divider and dunnage may be used prior to sealing the container.