A stackable tote and lid combination has a lid with a main body and a rim. The rim has a wall with corner bodies, where the wall is spaced apart from a major surface. Each corner body has an upper surface with three outer side surfaces. Each first outer side surface is attached to a respective second outer side surface and each second outer side surface is attached to a respective third outer side surface. Each first, second, and third outer side surface is positioned between and connected to the upper surface of the respective corner body and the major surface of the main body. As a result, each first, second, and third outer side surface of respective corner bodies is configured to abut a hollow body of the stackable tote at three respective internal contact areas, and to removably hold the stackable tote.

A stackable tote and lid combination has a lid with a main body and a rim. The rim has a wall with corner bodies, where the wall is spaced apart from a major surface. Each corner body has an upper surface with three outer side surfaces. Each first outer side surface is attached to a respective second outer side surface and each second outer side surface is attached to a respective third outer side surface. Each first, second, and third outer side surface is positioned between and connected to the upper surface of the respective corner body and the major surface of the main body. As a result, each first, second, and third outer side surface of respective corner bodies is configured to abut a hollow body of the stackable tote at three respective internal contact areas, and to removably hold the stackable tote.

A stackable crate has a horizontally oriented bottom panel and four vertically oriented side panels that are separately attached at their edges to form the stackable crate. Two straight-line channels, with widths at their tops being greater than at their bottoms, form ribs within the crate. When the channels and ribs of a first crate are aligned with the channels of a second stackable crate, the first crate nests within the second crate even when non-uniform material in the second crate is stored within it, without spilling the material or toppling the stack. When the channels and ribs of the first crate are not aligned with the channels of the second crate, the first crate does not nest within the second crate but instead rests on the tops of the ribs of the first crate.

A carton for holding at least one article includes a plurality of panels extending at least partially around an interior of the carton, the plurality of panels includes a top panel, a bottom panel, a front panel, a back panel, and at least one side panel, and a plurality of end flaps foldably connected to a respective panel of the plurality of panels, the plurality of end flaps includes at least one top end flap foldably connected to the top panel. The at least one top end flap is upwardly folded relative to the top panel to at least partially maintain a closed configuration of the carton in which the top panel is recessed below a portion of each of the front panel, the back panel, and the at least one side panel to form a recessed top portion for receiving a portion of a vertically adjacent carton.

A beverage container packaging assembly is disclosed. The beverage container packaging assembly includes a bottom tray, center support, and a top tray. The bottom tray includes a plurality of cup-shaped elements each configured to accommodate a bottom portion of a beverage container. Each cup-shaped element includes at least a first deformable element comprising one or more wide portions and one or more thin portions. The center support is disposed between the bottom tray and the top tray. The top tray includes bottle neck accommodating spaces each bounded by a set of vertical posts.

A beverage container packaging assembly is disclosed. The beverage container packaging assembly includes a bottom tray, center support, and a top tray. The bottom tray includes a plurality of cup-shaped elements each configured to accommodate a bottom portion of a beverage container. Each cup-shaped element includes at least a first deformable element comprising one or more wide portions and one or more thin portions. The center support is disposed between the bottom tray and the top tray. The top tray includes bottle neck accommodating spaces each bounded by a set of vertical posts.

A system for holding items includes a base tier including two or more totes and one or more higher tiers stacked on the base tier. Each of the higher tiers includes one or more totes stacked on a tote of a lower tier. Totes in of the tiers are laterally cross coupled to one another. The totes include lateral openings that allow removal of items through the lateral opening while the totes are stacked in place.

A tray includes a base having an upper support surface and a central portion extending downward to define a lowermost surface of the tray. The base includes a peripheral portion recessed relative to the central portion. A pair of opposed first walls extend along opposed first edges of the base. A pair of opposed second walls extending along opposed second edges of the base.

The present invention relates to a package for vertical receiving, which, when receiving various kinds of objects to be received, such as clothes, in a drawer, etc., packages and receives the objects to be received such that the objects to be received are stood using the same standard, thereby maximizing the receiving efficiency, easily identifying an object to be received even when searching for the object to be received in order to use the object to be received, and not dispersing the objects to be received, which are received uniformly. The package for vertical receiving comprises: a rear part (110), and front parts (120, 130) which stand an object to be received, such as clothes, by surrounding the object to be received with a predetermined width and a predetermined thickness; hinge parts (140, 150) formed between the rear part (110) and the front parts (120, 130) to fold and unfold the front parts (120, 130); hardened reinforcement sheets (160) formed on the rear part (110) and the front parts (120, 130) so that the package (100) maintains a self-standing state; and fixing holes (170) formed on the rear part (110) or the front parts (120) and configured to surround and fix the object to be received.

Stackable trays for jugs, stacked arrangements and stacking methods are disclosed. A tray has a first surface to support a bottom of one or more jugs, and could include jug receiving cells. A collar could extend downwardly from a second surface opposite the first surface and have at least one notch sized to receive a portion of a handle of a respective jug located beneath each jug receiving cell. Load transfer to the handles of the jugs below the second surface could be provided by load transfer structures, such as the collars in one embodiment, which extend from the second surface to engage the jugs. A stacked arrangement includes multiple layers of jugs with a respective stackable tray between adjacent layers of the multiple layers. The trays could thus be used in stacking or otherwise arranging jugs in multiple layers.