Abstract: A collapsible container assembly includes a folding container having at least two walls pivotable relative to each other at a corresponding corner disposed between the at least two walls, the folding container movable between a collapsed position wherein the at least two walls are disposed adjacent to one another and an extended position where in the at least two walls are spaced from each other, and an inside cellular structure attached to at least a portion of the at least two walls, the cellular structure comprising a plurality of panels forming a cellular structure, the cellular structure further comprising a plurality of cells in both an X and Y direction with respect to the cellular structure, each cell having four cell walls.

Abstract: A composite panel comprising a first composite skin having a first fabric layer positioned between a first Kraft paper layer and a second Kraft paper layer; a second composite skin having a second fabric layer positioned between a third Kraft paper layer and a fourth Kraft paper layer; a foam core bonded to the first composite skin and to the second composite skin; and a binding composition applied to the first fabric layer and to the second fabric layer and penetrating the second Kraft paper layer and the third Kraft paper layer so that the first composite skin is bonded to a first surface of the foam core and the second composite skin is bonded to a second surface of the foam core, the binding composition being a bio resin.

Abstract: Portable display containers with spine and cross supports, methods of making portable display containers with spine and cross supports, and methods of using containers with spine and cross supports. The portable display containers have a plurality of tiers, each tier having a base tray, at least one spine, and two or more cross supports that add strength and rigidity to the display, allowing the portable display containers to be fully loaded with product or items prior to transportation and/or shipment to the display location.

Abstract: A body of a collapsible shipping tote extends around an interior space of the tote while erected. The body has a series of body panels that are respectively foldably connected to one another so that the body can be reconfigured between the erected configuration and a collapsed configuration. The tote has end assemblies that each have an end panel and flaps respectively foldably connected to edges of the end panel. Each of the end assemblies is configured for being moved between an open configuration for opening a respective end of the body while the body is in the erected configuration, and a closed configuration for closing the respective end of the body while the body is in the erected configuration. Fasteners releasably secure the flaps to the body for releasably securing the body in the erected configuration.

Abstract: A partitioned container includes an outer case member erectable from a substantially flat condition to an expanded condition, and at least one partition formed from a unitary blank separate from the outer case member and configured to couple to at least one interior surface of the outer case member in the flat condition, the unitary blank including at least one divider panel and a plurality of cross members configured to automatically divide an interior of the outer case member into a plurality of cells when the outer case member is erected to the expanded condition. A partition blank for forming the partition member and a method of manufacturing a partitioned container are also provided.

Abstract: The present disclosure relates to a packaging apparatus foldable between an expanded configuration and a collapsed configuration. The packaging apparatus includes a clam-shell style box including a main section and a cover section. The main section and the cover section are connected by a rear hinge panel. The main section includes a bottom panel, a left panel, a right panel and a front panel interconnected by fold lines. The cover section includes a top panel, a left panel, a right panel and a front panel interconnected by fold lines. The rear hinge panel is connected to the bottom panel at a lower fold line and is connected to the top panel at an upper fold line. Flaps of the front panel are adhesively bonded to the left and right panels. Angled perforations allow portions of the front panel to be folded down with the left and right panels when the box is moved to the collapsed configuration.

Abstract: A foldably assembleable generally rectangularly-shaped box-like container with spaced lateral and longitudinal walls where one longitudinal wall has a greater height and has two hooks, or folds into a hook-like shape, for placing the container upon a bed rail. The container preferably has dividers that divide the interior into compartments for storage of things therein and which also stiffen the container. Optional stiffener box or shelf constructions may be employed to strengthen the container against collapse and to effect shallower compartments. The container can be foldably formed from one or two layers of material, often cardstock or cardboard.

Abstract: A two piece shipping tray having a first unitary blank which provides a bottom panel with opposed end panels and opposed side panels connected by foldable corner gussets and a second unitary blank which provides a two walled cross divider adhered in fixed relation to the bottom panel to provide a knocked-down-flat condition in which the two walled cross divider foldably engages the bottom panel and in which the opposed side panels have a portion of the corresponding foldable corner gussets adhered in fixed relation to the opposed end panels to engage each of the opposed side panels with the bottom panel, which allows the basic configuration of the shipping tray to be manually foldably produced from the knocked-down-flat condition.

Abstract: A collapsible container assembly comprising a folding container having at least four walls, with the at least four walls being pivotable relative to each other to allow the folding container to collapse in a parallelogram motion, and an inside cellular structure connected to the at least four walls. The cellular structure comprises a plurality of interconnected panels forming a plurality of cells, with the panels being formed of soft, deformable material. The folding container can be folded with the inside cellular structure therein such that the collapsible container assembly will be substantially flat when the folding container is moved to a collapsed position.

Abstract: A partitioned container includes an outer case member erectable from a substantially flat condition to an expanded condition, and at least one partition formed from a unitary blank separate from the outer case member and configured to couple to at least one interior surface of the outer case member in the flat condition, the unitary blank including at least one divider panel and a plurality of cross members configured to automatically divide an interior of the outer case member into a plurality of cells when the outer case member is erected to the expanded condition. A partition blank for forming the partition member and a method of manufacturing a partitioned container are also provided.

Abstract: A collapsible insert includes a series of adjacent cells. Each cell may include a support surface capable raised to an elevated position above the bottom of the tray by a pair of legs. Each leg may have a lower portion and an upper portion. The lower portion of each leg extends below the support surface and can rest on the bottom of the tray, and functions to raise the support surface to the elevated position. The upper portion of each leg extends above the support surface and is used to divide each cell and partially constrain food product within a cell while the insert is in the erected position and disposed within a tray.

Abstract: In accordance with the invention, a method of manufacturing containers such as shipping, display and display ready packaging, for example, and resulting containers and associated preassemblies and blanks are provided, which, when utilized, result in preassemblies that are more easily and quickly assembled into fully assembled containers. According to the invention, a primary flank is affixed to an auxiliary blank using adhesive applied to a second portion section of each of the plurality of divider sections included in the primary blank, such that, as the container is assembled, pressure on the auxiliary blank separates a first portion of each of the plurality of divider sections from second portion and carries each of the plurality of divider tabs to engage with corresponding lock slots of the first and/or second divider lock.

Abstract: A collapsible container assembly comprising a folding container having at least four walls, with the at least four walls being pivotable relative to each other to allow the folding container to collapse in a parallelogram motion, and an inside cellular structure connected to the at least four walls. The cellular structure comprises a plurality of interconnected panels forming a plurality of cells, with the panels being formed of soft, deformable material. The folding container can be folded with the inside cellular structure therein such that the collapsible container assembly will be substantially flat when the folding container is moved to a collapsed position.

Abstract: A folding collapsible storage box is disclosed to include a folding collapsible box body, which has a front open side, a rear open side, a flexible retangular cover flap stitched to two adjacent ones of the four peripheral sides of the rear open side, and a zip fastener that fastens the other two sides of the flexible rectangular cover flap to the other two adjacent ones of the four peripheral sides of the rear open side, a supporting board inserted into the rear open side of the folding collapsible box body to support the folding collapsible box body into shape after opening of the zip fastener, and partition boards mounted inside the folding collapsible box body to divide the holding space of the folding collapsible box body into multiple storage compartments.

Abstract: Disclosed is a folding collapsible storage container, which has a container body with vertical folding lines in the four corners and two opposite short sides thereof, a stiff partition plate fixedly fastened to the container body set between the vertical folding lines in the two opposite short sides of the container body, flexible spacer members connected between the partition plate and two opposite long sides of the container body, and a hard bottom board detachably mounted in the flexible bottom panel of the container body.

Abstract: A container adhered partition and method of its assembly, includes a container blank, having a dimensioned partition in its collapsed form applied and adhered to its interior walls, so that when the container is fabricated into the tubular form, both the container and its partition will be self-erecting, into the usable configuration. The method of assembly includes the layout of the blank container upon machinery, the precise positioning of the collapsed partition thereon, folding select walls in sequence of the container, into the tubular form, to provide a collapsed partitioned container for shipment or storage, and subsequent erecting for reception of other packaged goods within the integral partition cells.

Abstract: A packaging apparatus for shipping and display of multi-component food items, such as a dinner assembled from multi-components. Included is a carton having an interior for receiving the various components required. An internal divider member disposed within the carton cooperates with the carton to maintain a pre-selected order of the components within the containers. The carton contains a flip-top feature, and preferably is provided with a window for viewing the carton contents. A pull-out door may also be provided as an auxiliary means of access to the carton interior.

Abstract: A box made from sheet materials such as corrugated cardboard two sides, two ends connected to the sides at foldable corners and each with a central fold line and a bottom connected to the sides at foldable corners but not connected to the ends. A center partition running from one end of the box to the other is hingedly connected to the ends and is not connected to the bottom. The bottom has a central fold, enabling it to fold away from the partition when the ends are folded about the side corners in the same direction, the ends folding in the middle relative to the partition, to collapse the box. The partition is made from two panels which are attached back-to-back to one another and each panel has end flaps at each end which make up the ends of the box. The end flaps have their ends attached to flaps of the side walls of the box. In one embodiment, a center closing lid is provided.

Abstract: A partition for a box includes at least two flat walls, at least one corrugated wall, and a baseboard. The corrugated wall has a plurality of alternating box-like formations. The baseboard has two central portions symmetrically separated by a first folding line, two opposed outer flaps, and two opposed end flaps. Combined rows of flat and corrugated walls are adhered to inner faces of the outer flaps by outer faces of the outermost flat walls. The combined baseboard, corrugated walls and flat walls can be folded to a very compact state by folding the baseboard about the first folding line such that the corrugated and flat walls are compressed.