Beverage container packing assemblies and methods are disclosed. An assembly includes a bottom tray defining a plurality of first compartments. The first compartments receive a first portion of a beverage container. The bottom tray includes first support columns. The assembly includes a center support defining through holes. The through holes receive a second portion of a beverage container therethrough. The center support includes second support columns configured to stack on the first support columns. The center support is configured to accommodate a thermo pack between a first row and a second row of the through holes. The assembly includes a top tray defining second compartments. The second compartments to receive a third portion of a beverage container therein.

Packaging systems for shipping bottles of varying sizes are disclosed. In embodiments, the packaging system includes a top packaging piece and bottom packaging piece, each formed as a molded piece. The top packaging piece includes a plurality of tapered cavities, each sized to receive the neck of one of the bottles. The bottom packaging piece includes a corresponding plurality of tapered cavities, each sized to receive the bottom of one of the bottles. The center packaging piece is formed from a single sheet of flat material such as cardboard, and is folded in upon itself to form a spacer between the top and bottom packaging pieces. The center packaging piece includes a plurality of apertures corresponding to the cavities in the top and bottom packaging pieces to pass through each bottle from the top to bottom packaging pieces.

Packaging systems for shipping bottles of varying sizes are disclosed. In embodiments, the packaging system includes a top packaging piece and bottom packaging piece, each formed as a molded piece. The top packaging piece includes a plurality of tapered cavities, each sized to receive the neck of one of the bottles. The bottom packaging piece includes a corresponding plurality of tapered cavities, each sized to receive the bottom of one of the bottles. The center packaging piece is formed from a single sheet of flat material such as cardboard, and is folded in upon itself to form a spacer between the top and bottom packaging pieces. The center packaging piece includes a plurality of apertures corresponding to the cavities in the top and bottom packaging pieces to pass through each bottle from the top to bottom packaging pieces.

An egg storage assembly includes a box that has a plurality of recesses each extending downwardly therein. Each of the recesses has a parabolic shape to receive and thusly conform to the narrow end of an egg. A lid is hingedly coupled to the box and the lid has a plurality of cups thereon. Each of the cups extends upwardly from the lid and each of the cups is aligned with a respective one of the recesses when the lid is closed such that each of the cups forms an enclosure with the respective recesses. Each of the cups is concavely arcuate wherein to receive and thusly conform to the wide end of the egg when the lid is closed. The wide end of the egg is exposed when the lid is opened thereby enhancing gripping the egg.

An egg storage assembly includes a box that has a plurality of recesses each extending downwardly therein. Each of the recesses has a parabolic shape to receive and thusly conform to the narrow end of an egg. A lid is hingedly coupled to the box and the lid has a plurality of cups thereon. Each of the cups extends upwardly from the lid and each of the cups is aligned with a respective one of the recesses when the lid is closed such that each of the cups forms an enclosure with the respective recesses. Each of the cups is concavely arcuate wherein to receive and thusly conform to the wide end of the egg when the lid is closed. The wide end of the egg is exposed when the lid is opened thereby enhancing gripping the egg.

A carrier (10) for containers, such as coffee cups, is described. Carrier (10) is generally in the form of a tray (11) and includes a pair of retainers for a respective container. At least one of the retainers comprising a stepped holding region (22) in or near base (21) for the container wherein the container may be releasably held. Retaining means having at least one, typically curved, wall connected to base (21) are provided to assist releasable holding of the container.

A carrier (10) for containers, such as coffee cups, is described. Carrier (10) is generally in the form of a tray (11) and includes a pair of retainers for a respective container. At least one of the retainers comprising a stepped holding region (22) in or near base (21) for the container wherein the container may be releasably held. Retaining means having at least one, typically curved, wall connected to base (21) are provided to assist releasable holding of the container.

The present disclosure relates to a battery cell tray, which is a tray configured to accommodate a plurality of cylinder type battery cells in a storage of a first packaging member, including a first tray member having a plate type structure in which a plurality of first recessed portions surrounding one side end portions of the battery cells are formed; and a second tray member having a plate type structure in which a plurality of second recessed portions surrounding the other side end portions facing the one side end portions of the battery cells are formed, and the first and second tray members includes a volatile rust inhibitor which is vaporized at room temperature to form a rust-proofing film on surfaces of the battery cells.

The present disclosure relates to a battery cell tray, which is a tray configured to accommodate a plurality of cylinder type battery cells in a storage of a first packaging member, including a first tray member having a plate type structure in which a plurality of first recessed portions surrounding one side end portions of the battery cells are formed; and a second tray member having a plate type structure in which a plurality of second recessed portions surrounding the other side end portions facing the one side end portions of the battery cells are formed, and the first and second tray members includes a volatile rust inhibitor which is vaporized at room temperature to form a rust-proofing film on surfaces of the battery cells.

An ice cream scoop packaging apparatus for packaging individual ice cream scoops includes a bottom tray and a top tray that each has a plurality of hemispherical scoop depressions. The plurality of depressions of the bottom tray corresponds with the plurality of depressions of the top tray. A bottom lip of the bottom tray is selectively engageable with a top lip of the top tray to join the bottom tray and the top tray. The bottom scoop depressions and the top scoop extensions form a plurality of spherical scoop cavities, each configured to hold a scoop of ice cream, when the bottom tray and the top tray are joined.