A method is provided for packaging frozen oysters on a half shell in a container. Each frozen oyster on the half shell comprises oyster meat on a round shell. The method includes the step of positioning the frozen oysters within the container in an inverted orientation such that oyster meat of the frozen oysters faces a bottom of the container and the round shell of the frozen oysters faces an opening in a top of the container.

The present invention relates to a foundation container capable of firmly fixing a rubber pad, and comprising: a container cover hinge-coupled to a cosmetic container so as to be opened and closed; a contents accommodation container placed inside the cosmetic container; a support frame coupled to the outer periphery of the contents accommodation container and having a support protrusion on the upper part thereof; a rubber pad placed on the upper part of the support frame and having a plurality of outlets and a fixing groove on the outer periphery thereof; and a fixing frame coupled to the outer periphery of the support frame, and having a plurality of locking hooks.

A package comprises a housing and a slide. The slide is slidably accommodated in the housing in a sliding direction. The slide comprises a bottom wall, side walls connected to the bottom wall as well as at least one flange-shaped upper edge spaced from the bottom wall, which is connected to the side walls. The flange-shaped upper edge comprises two parts that extend parallel to the sliding direction. Each part is provided with at least one hook-shaped element. The housing comprises two side walls. Each side wall is provided with at least one recess in which one of the hook-shaped elements connected to the slide can be positioned for at least locking the slide in position in the housing The hook-shaped elements can be moved out of the recesses against spring force, after which the slide can be moved in the sliding direction in the housing. The slide is provided with a box being connected to the bottom wall of the slide. The box comprises walls located at a distance from the side walls of the slide. The walls of the box bound an opening being sealable by means of a foil.

A cardboard package has a cardboard container and a cardboard tray. The cardboard container has a first recess in the first wall and a second recess in the second wall. The cardboard container further has a first protrusion on the first wall, the first protrusion extending inwardly from the first wall, and positioned proximal of the first recess. The cardboard tray has a first wall having a first tab and a second wall having a second tab, the second wall opposing the first wall, the first and second tabs each having a shape and a position selected such that the first and second tabs cannot extend through the first and second recesses respectively when the package is in a closed position. A tab is further shaped and positioned to engage the first protrusion in the cardboard container to prevent the container from falling out.

A box for handling a heated dish comprising a plurality of surfaces defining a volume sized to enclose the dish, with one of the surfaces being an operative surface. The box further comprises a score line on the operative surface that defines a removable portion sealing an opening in the operative surface, which is dimensioned to suspend the dish within the volume. A method of manufacturing the box includes identifying cutting lines and crease lines on a box template. The crease lines define a plurality of surfaces of the box, one of which is an operative surface. The method further includes identifying a score line that is on the operative surface and defines a removable portion dimensioned to accommodate the dish. The method further includes cutting a stock material with a cutting die to produce a cut material, and folding the cut material along the crease lines, forming the box.

A packaging system having a storage configuration and a display configuration is described herein. The package is made from a package blank having panels adhesively engaged together to form the package. The assembled package having an interior defined by a plurality of walls within which a plurality of product containers may be stored and eventually displayed. The bottom and/or two opposing walls of the package have a pattern of discrete material depositions adhesively deposited thereon. The depositions each have a height as measured from the wall that they are mounted upon. The presence and height of the opposing depositions providing a mechanical engagement surface against which an adjacent product container is biased or held against, to prevent the product container from falling forward or out of the package when the package is in the display configuration, even as individual product containers are removed from the package by customers.

A display package according to example embodiments includes an outer structure defining a back panel, side panels, a top panel and a bottom panel of the display package, an inner structure defining a front panel of the display package, the inner structure being interlocked with the outer structure, and a tray between the interlocked inner and outer structures. The tray is configured to hold at least one item. The inner structure is inwardly bent against the tray. A top panel flap of the inner structure is between the top panel of the display package and the tray.

The package includes a front panel and a back panel, a first side formed by an intermediate panel connected to the front panel and the back panel, and a second side sealed by an adhesive, where the adhesive connects a rear surface of a side panel to a front surface of a side glue panel. An upper end of the package is formed by a front upper panel connected to an upper portion of the front panel, where the upper end is sealed by a front upper tuck panel being tucked into the outer package so that a front surface of the front upper tuck panel contacts an upper portion of the back panel. The upper end is sealed by a front upper tuck panel and a back tuck panel, the back tuck panel being retained in a front upper slit defined by the front upper panel.

A packaging is disclosed for a powdered material comprising a tub for receiving the material, the tub having a base and a peripheral wall with a top edge; an outer sleeve around at least the peripheral wall of the tub, thereby supporting the tub; a removable membrane for separating the powdered material in the tub from the environment; and a lid assembly comprising a peripheral rim for connection over the top edge of the peripheral wall of the tub and defining a wide access opening and a lid, hingedly attached to the rim for reclosing the access opening.

Furthermore, a method of manufacturing a package for a powdered material is disclosed, comprising sliding the tub in the sleeve, such that at least the peripheral wall of the tub is enclosed by the sleeve, whereby the sleeve supports the tub and the tub and sleeve form a container for the powdered material.

A material storage and transport system is disclosed. The material storage and transport system can include a material storage tray forming a storage volume defined by a bottom and walls extending up from the bottom along a perimeter of the bottom. The material storage and transport system can also include a releasable strap adapted to extend across the bottom when in a securing configuration and a sample carrier, including at least one sample secured to a sample support substrate by a molded sheet. The material storage and transport system can include a hinged lid that is integrally connected to a wall of the material storage tray, and configured to convert between a folded-in position, an opened position, and a closed position.