Abstract: An insulation wrap includes an insulation batt defining a top end and a bottom end, the insulation batt defining an inner side and an outer side; a wrap liner blank including an inner portion extending across a first panel and a second panel of the wrap liner blank, the inner side of the insulation batt positioned facing the inner portion; a ledge portion extending across the first panel and the second panel of the wrap liner blank, the ledge portion hingedly coupled to the inner portion by an inner hinge, the top end of the insulation batt positioned facing the ledge portion; and an outer portion extending across the first panel and the second panel of the wrap liner blank, the outer portion hingedly coupled to the ledge portion by a ledge hinge.

Abstract: The present disclosure relates, in general, to stackable containers which are effective for shipping goods to a point of sale and for being easily and reliably converted into a merchandise display case after delivery. More particularly, provided herein is a foldable, stackable shipping and display container for shipping goods to a point of sale can be easily converted into a merchandise display case, and can be formed from one or more blanks folded and formed according to a method for creating the box such that it encloses the storage space on all sides.

Abstract: A shipping and display container that can be formed from one or more blanks folded and formed according to a method for creating the container such that it encloses the storage space on all sides. A portion of the blank forming the front wall can be formed from two stacked, joined layers including an interior and an exterior blank layer. An interior separation line can be formed in the interior blank layer that creates locking teeth along the line to support the removable window in the front wall during shipping and storage. A plurality of nicks extend across an exterior separation line to also structurally support and retain the removable window while enabling it to be quickly removed to display the goods.

Abstract: A container formed from a blank and a method for constructing the container are described. The container includes a bottom wall, two end walls, each end wall including at least an end panel extending from an end edge of the bottom wall, and two side walls. The container further includes an upper reinforcing assembly at least partially extending from each end panel, and a side reinforcing assembly extending from opposing side edges of each end panel.

Abstract: A stackable paperboard container is provided and includes a bottom panel, a pair of side panels, a pair of end panels, a pair of side flaps, and a pair of top walls. The pair of side panels extend from the bottom panel and are foldable about a side panel fold line. The pair of end panels extend from the bottom panel and are foldable about an outer end fold line. Each side flap extends from one of a pair of side panels and is foldable about a side flap fold line. Each top wall extends from one of pair of end panels and is foldable about a top wall fold line. Each top wall includes a wall section, a pair of top wall flaps, each top wall flap extending from one side of the wall section and foldable about by a top flap fold line, and a pair of bottom locking tabs, wherein each bottom locking tab extends from each of the pair of top wall flaps along a locking tab fold line and is insertable into a bottom tab slot of the bottom panel.

Abstract: The present disclosure discloses a packing box in the field of outer packing technique in view of problems that the existing thick packing box occupies large space in transporting and storage and cannot be reused after disassembled due to adhering connections.

Abstract: The invention relates to a modular structure for a cardboard tower-like display, made up of shelf modules (a) each of which is made up of a cardboard sheet with a four-sided central area (10) whose corners form incoming vertexes (12) and whose sides are folding and flapping lines with respective flaps thereof; together with straight tubes which feature stud modules (b), with the same cross section than the perimeter tubular edges (11) of each shelf module (a), and connecting elements in the shape of corner studs (c), each of which has a central part (30) with arms (31), (32) and (33) projected into three orthogonal spatial directions which fit into the concurrent ends of the tubular edges (11) of each shelf module (a), and the ends corresponding to the tubes which constitute the stud modules (b).

Abstract: Personalized wall clocks and kits for making the same are disclosed herein. A kit includes an image receiving medium to receive thereon a personalized digital printed image. The image receiving medium includes a digital ink/toner receiving layer or has a digital ink/toner receiving surface structure. The kit also includes a foldable material which includes a face portion having two opposed surfaces and at least four sides. One opposed surface is to receive the image receiving medium. The foldable material includes a foldable extension extending from each side of the face portion. Each foldable extension is to be folded no less than four times toward another of the opposed surfaces to form a three-dimensional supporting frame. The kit includes a hand-moving mechanism.

Abstract: A picture mounting has: a web having a display panel which has a display surface on its front face, the display panel having a perimeter defined by a frame having a plurality of spars; each spar being made of leaves created from the web and extending from the perimeter of the display panel, each of the leaves being folded at least twice, in a rearward direction to create a spar having a polygonal cross-section; each spar having an adhesive region located on a surface of one of the leaves and by means of which a picture is adhered to the respective spar; the spars being mutually interlocking thereby to retain the spars adjacent the rear surface of the display surface and thereby to create the frame.

Abstract: A blank for being repeatably assembled into a box configuration without the use of adhesives. The blank has a bottom panel, a side panel foldably attached to the bottom panel, an end panel foldably attached to the bottom panel, and a locking structure configured to secure the side panel and the end panel in respective orthogonal positions with respect to the bottom panel. The locking structure includes an overlay panel foldably attached to the end panel and foldable toward an overlying position in which it overlies a portion of the side panel. The locking structure also includes a slot in the bottom panel, a flap foldably attached to the bottom panel and extending into the slot, and a tab foldably attached to the overlay panel for being lockingly received in the slot to secure the overlay panel in the overlying position.

Abstract: A three-dimensional supporting frame includes a blank. The blank includes an image receiving surface, a back surface opposed to the image receiving surface, a center portion defining a perimeter, and at least three foldable extensions extending from the perimeter. Each of the foldable extensions includes no less than four folds to be folded toward the back surface to form the three-dimensional supporting frame. A tab line is scored in one of the folds of each of the at least three foldable extensions, the tab line to be released to form a tab to be secured to the back surface when the folds are folded. An adhesion promoting layer is present on the back surface at the center portion.

Abstract: The present invention is directed to a shipping and display tray a having a bottom wall, a front wall, a back wall, and a pair of opposed side walls foldably joined with one another for holding different products contained therein in an upright position at a point of sale. The shipping and display tray comprising a one-piece shallow tray having a plurality of different sizes of compartments each of which contains a different product size and count therein. Each of the plurality of different sizes of compartments includes an adjustable buffer configured to change the size of the compartment and to accommodate the different product size and count while maintaining a fixed perimeter or outside dimension of the one-piece shallow tray.

Abstract: A carton for containing at least one article. The carton comprises at least one panel that can form an interior of the carton. The carton comprises at least one protection feature for protecting the articles from breakage. The article protection feature can comprise at least one feature in end flaps of the carton. The article protection feature can comprise an article protection flap foldably connected to the at least one panel. The article protection flap can be moveable between a first position and a second position wherein the article protection flap is folded relative to the at least one panel.

Abstract: A carton for containing at least one article. The carton comprises at least one panel that can form an interior of the carton. The carton comprises at least one protection feature for protecting the articles from breakage. The article protection feature can comprise at least one feature in end flaps of the carton. The article protection feature can comprise an article protection flap foldably connected to the at least one panel. The article protection flap can be moveable between a first position and a second position wherein the article protection flap is folded relative to the at least one panel.

Abstract: Various embodiments of the invention provided a garment box comprising a bottom panel and a container portion that includes a first side wall, a second side wall, a third side wall, and a fourth side wall. In particular embodiments, the garment box further includes a walled enclosure portion contiguous to the first side wall and comprising a first fold over panel, a second fold over panel, and a third fold over panel. In particular embodiments, the first and third fold over panels include holes located proximate a mid-point of the panels and the second fold over panel includes a slot. The holes are configured to support a rod that is inserted into the walled enclosure portion. The rod is configured to support one or more heads of clothes hangers inserted through the slot and hung on the rod to secure clothes placed in the container portion for shipping.

Abstract: A foldable paper box includes an inner panel that has an inner base wall secured to an outer base wall of an outer panel, two first inner sidewalls and two second inner sidewalls connected foldably to the inner base wall to confine a receiving space that is closed by a cover wall of the outer panel. The outer and inner base walls confine therebetween two insert slots adjacent to the first inner sidewalls. The first inner sidewalls are insertable partially into respective insert slots after being folded to extend uprightly from the inner base wall. The second inner sidewalls are inserted partially and non-removably in between the inner and outer base walls and secured to the outer base wall after being folded.

Abstract: A packing box comprising a rectangular bottom plate and a plurality of side plates erected from the periphery of the bottom plate and surrounding the bottom plate, in which at four corners in corner parts formed by the plurality of side plates, frame columns, each erected from the bottom plate side and extending to the midway to a distal end of the side plates, are formed and joined to the side plates, and the bottom plate, the side plates, and the frame columns are formed by one corrugated fiberboard sheet.

Abstract: A blank-folded box-shaped package includes a top, a bottom opposite the top, two opposite lateral walls (I) connecting the top and the bottom, two opposite ends walls (U) connecting the top and the bottom, and two opposite peripheral shock absorbing end zones (R). Each end zone (R) is defined by one of the opposite end walls and extensions of the top, bottom and two opposite lateral walls. Also, each end zone (R) defines an exposed cavity region with the end walls in a retracted position inwardly of the shock absorbing end zone (R) of doubled material. The package defines a package blank in an unfolded state.

Abstract: A tool for the manual folding of a package blank into a package, includes a bottom plate (2) with an abutment (3) erect from the front edge of the bottom plate, a tongue (4) protruding in front of the abutment from the front edge of the bottom plate, and a jaw (6) acting against the tongue from above, as well as a lip (8) protruding from the abutment, which is spring loaded and back-springing and which is retractable into the abutment against the spring force in dependence of the fact that a part of a package blank in one fold operation is made to pass by the lip, and which thereafter springs back to support the package blank in the attained folded position. A package blank, a method for preparing a package and the use of a tool for preparing a package by folding a package blank are also disclosed.

Abstract: The embodiments of the present invention provide a blank foldable material that may be configured to form a container. When formed, the container is self-locking and includes air cell structure that allows for a container with a constant outside volume to have a variable inside volume. The air cell structure container functions to prevent telescoping of vertically stacked container and for strength and stability. The container may be partially assembled for shipping and hand set into final assembly as needed.

Abstract: A packaging box includes a top plate, a bottom plate, two side plates, a front plate, and a rear plate. The packaging box has two shock absorbers extending from the bottom end of the two side plates respectively. Each of the shock absorbers includes a lower surface, a first side surface, an upper surface, and a second side surface extending from the bottom end of the corresponding side plate in sequence. The second side surface is formed opposite to the first side surface and is adjacent to the corresponding side plate.

Abstract: The embodiments of the present invention provide a blank foldable material that may be configured to form a container. When formed, the container is self-locking and includes air cell structure that allows for a container with a constant outside volume to have a variable inside volume. The air cell structure containers functions to prevent telescoping of vertically stacked container and for strength and stability. The container may be partially assembled for shipping and hand set into final assembly as needed.

Abstract: A container formed of spaced apart outer and inner back panels, and spaced apart outer and inner side panels, outer and inner front panels and outer and inner bottom panels. The outer bottom panel is octagonal. Corner panels extend between the outer back panel and outer side panels and between the outer side panels and the outer front panels. The container structure functions to prevent telescoping of vertically stacked container and for strength and stability. The container may be partially assembled for shipping and hand set into final assembly as needed.

Abstract: The embodiments of the present invention provide a blank of foldable material configurable to form a container. When formed, the container includes a viewing section formed in a front panel. Likewise, the side panel and rear panel assemblies have both inner and outer panel configurations. The side panel assemblies include at least one intermediate partial side panel as well. The multi-panel side and rear panel assemblies give strength and stability to the container. The container may be partially machine erected, machine erected, or hand set.

Abstract: A packaging (1) in the form of a folding box has two transverse side walls (6) which abut the front side wall (4) and are configured as prismatic hollow side walls having in each case one inner wall (11), one outer wall (13) and one connecting web (12), which can be erected in the manner of a parallelogram from the plane of the bottom section (2). In order to secure an intermediate position, a bottom section (2), a lid part (3), a front side wall (4) and an opposite rear side wall (5) can be stabilized by means of securing means (14, 15) in such a way that they form a prismatic hollow body, it being possible for the intermediate position to be set up before the erection of the transverse side walls (6). Finally, the transverse side walls (6) can be connected in a latching manner to the lid part (3) during the erecting operation by means of latching means (7, 8) in order to secure the end position.

Abstract: The embodiments of the present invention provide a blank foldable material that may be configured to form a container. When formed, the container is self-locking and includes air cell structure that allows for a container with a constant outside volume to have a variable inside volume. The air cell structure container functions to prevent telescoping of vertically stacked container and for strength and stability. The container may be partially assembled for shipping and hand set into final assembly as needed.

Abstract: The embodiments of the present invention provide a blank foldable material that may be configured to form a container. When formed, the container is self-locking and includes air cell structure that allows for a container with a constant outside volume to have a variable inside volume. The air cell structure container functions to prevent telescoping of vertically stacked container and for strength and stability. The container may be partially assembled for shipping and hand set into final assembly as needed.

Abstract: A filler tray and a unitary blank for assembling the filler tray are provided. The filler tray generally includes a bottom filler, a back filler, and two side fillers that assemble together to define an opened top enclosure adapted to contain one or more high cost product packages. The products contained in the filler tray are accessible from the open top enclosure. The filler trays may be palletized in standard configuration and may be assembled from the unitary blank cut from a single sheet of corrugated fiberboard.

Abstract: A tray and a blank for forming a tray for holding foodstuff or the like which tray is formed from paperboard or like foldable sheet material and can be erected from a flat collapsed condition into a position of use. The tray comprises a plurality of panels for forming a base, opposed side and end walls wherein the panels forming the tray are a composite structure comprising inner and outer panels forming the base, side and end walls. The insert is retained in the tray by means of a securing tab formed from the tray and engaged by an upper edge of the insert.

Abstract: A computer component packaging assembly can have an essentially two-dimensional flat configuration for storage and a three-dimensional component holding configuration for holding parts such as ac adapters, batteries, and documentation.

Abstract: The present invention is directed to a folder type file tray assembled from a single paperboard blank. The file tray can be flattened to a reduced size during storage or transportation. It can also be assembled into different forms for different usage. The first form of file tray is an open-top box with a front opening for usage as a conventional file tray. The second form of file tray is an open-top box without a front opening, i.e., surrounded by four side walls for usage as a desk-top tool box. The third form of file tray is an open-top box with a foldable closing lid for usage such as a storage box. Additionally, the file tray of present invention can be stacked up directly to each other in multiple numbers without additional means of support. The file tray of present invention has low material and manufacturing costs. If needed, one side of paper blank can be laminated with higher quality paper or decorative material to enhance the appearance of file tray of present invention.

Abstract: A device at a package comprises a bottom and walls protruding upwards therefrom. The package is formed by a foldable blank and comprises an arrangement for locking the package in its erected state. The locking arrangement comprises locking tips (25, 26, 32, 33) connected to a wall, which locking tips are located inside a cavity in an adjoining wall in the erected state of the package and arranged to lock the wall first mentioned by bearing upon an upper panel portion (21, 23) of the adjoining wall from the inside.

Abstract: A paperboard container folded from a single unitary blank of paperboard has a bottom wall, opposite side walls, and opposite end walls. Stacking tabs project from an upper edge of the side walls for receipt in corresponding slots in an edge of the bottom wall of an adjacent stacked container, and ventilation openings are formed in the side walls for circulation of air. The side walls are formed by inner and outer roll-over panels, and are slightly inwardly inclined to provide space for circulation of air between the containers when two of them are abutted together in side-by-side relationship. First extension flaps on the ends of the inner roll-over panels lie against and are secured to the inner surface of the end walls, and second extension flaps on the ends of the end walls extend between and are captured by the inner and outer roll-over panels.

Abstract: A single-piece containerboard blank (10) is provided having hingedly-connected first and second side walls (26), (34) in which the second side wall (26) is smaller in length than the first side wall (34). The second side walls each include an outer abutment edge (42). The first side walls include first and second interior end walls (50), (52). Each second interior end wall (52) includes a hypotenuse panel (62) with an inwardly-oriented edge (66). As assembled, the blank (10) forms a container having opposed multi-ply side panels, opposed end panels, and a bottom panel. The hypotenuse panels (62) are oriented in an upright manner and ultimately positioned so that their inwardly-oriented edges (66) push against the first side wall and preferably also against the abutment edges (42) of the second side wall (34). The hypotenuse panels (62) offer stacking strength and reinforcement to the container.

Abstract: A package, comprising an outer package formed from relatively rigid material and an inner package formed from at least two layers of film material, the two layers of film material being gas-tightly connected to each other near their circumference by means of an inherently closed sealing edge, which is formed against a wall part of the outer package.

Abstract: A tray and a blank for forming a tray for holding foodstuff or the like which tray is formed from paperboard or like foldable sheet material and can be erected from a flat collapsed condition into a position of use. The tray comprises a plurality of panels for forming a base, opposed side and end walls wherein the panels forming the tray are a composite structure comprising inner and outer panels forming the base, side and end walls. The insert is retained in the tray by means of a securing tab formed from the tray and engaged by an upper edge of the insert.

Abstract: The present invention is directed to a folder type file tray assembled from a single paperboard blank. The file tray can be flattened to a reduced size during storage or transportation. It can also be assembled into different forms for different usage. The first form of file tray is an open-top box with a front opening for usage as a conventional file tray. The second form of file tray is an open-top box without a front opening, i.e., surrounded by four side walls for usage as a desk-top tool box. The third form of file tray is an open-top box with a foldable closing lid for usage such as a storage box. Additionally, the file tray of present invention can be stacked up directly to each other in multiple numbers without additional means of support. The file tray of present invention has low material and manufacturing costs. If needed, one side of paper blank can be laminated with higher quality paper or decorative material to enhance the appearance of file tray of present invention.

Abstract: A container of paperboard, corrugated craft paper or the like is provided with one or more walls that moves inwardly with erection of the container and bears against an in-fold flap of an adjacent wall, to square up and reinforce the container. In one arrangement, two opposite hollow walls of a rectilinear container expand inwardly against two inner in-fold flaps, during folding of outer in-fold flaps associated with the two hollow walls, into a position in the plane of the container bottom. Embodiments are disclosed with variations including multiple plies, center dividers, integral lid panels and tear-outs. The container preferably is produced in a knocked down flat shape with four sidewalls folded flat on one another. The container is erected into a rectangular shape by pressing its diagonally opposite corners toward one another.

Abstract: A multiple compartment shipping and display box includes a plurality of compartments and is made from a single piece of material. The box includes two channel-beam structures that are used to form two end compartments. A shelf extends between the two-channel-beam structures and defines two more compartments. A box beam extends between the two channel-beam structures, and has a portion of the shelf as one side of the beam. The interior volume of the box beam provides yet another compartment. In addition to defining the various compartments, the channel-beam structures and the box beam provide rigidity and strength to the box. Also, three strips are each glued to a different side wall of the box to provide additional strength and rigidity. All of the components in the box are formed from a single piece of die-cut material.

Abstract: A garment box comprising bottom panels, top panels, two side walls and two end walls with a double walled clothes hanger head enclosure parallel to each end wall of the garment box is disclosed. The clothes hanger head enclosure comprises three interlocking panels, a reinforcing wall and a spacing wall which walls help to maintain the integrity and dimensions of the clothes hanger head enclosure during handling and shipment of the garment box.

Abstract: An open-top fold-and-glue container is provided a collapsed or knocked-down-flat configuration and can be erected into a nested stacking frusto-pyramidal configuration in which the container walls are inclined outwardly and an upper container is supported on self-erecting shoulders in a lower container in the stack. The container has a bottom integral with opposite end walls and side walls, the end and side walls each being formed of an inner panel folded downwardly against an outer panel. The shoulders are located in the inner panels of the end walls, and are self-erecting in the manner of an expanding parallelogram between upper and lower glue strips and a support strip projecting substantially vertically downwardly from the shoulder to the bottom. The attachment of the upper glue strip to the outer panel of the end wall forms a reinforcement at the rim. The ledge is disposed adjacent to and under this reinforcement, and a manual grip can be placed immediately under the ledge.

Abstract: A multiple compartment shipping and display box includes a plurality of compartments and is made from a single piece of material. The box includes two channel-beam structures that are used to form two end compartments. A shelf extends between the two-channel-beam structures and defines two more compartments. A box beam extends between the two channel-beam structures, and has a portion of the shelf as one side of the beam. The interior volume of the box beam provides yet another compartment. In addition to defining the various compartments, the channel-beam structures and the box beam provide rigidity and strength to the box. Also, three strips are each glued to a different side wall of the box to provide additional strength and rigidity. All of the components in the box are formed from a single piece of die-cut material.

Abstract: A box with a side panels and at least one closing panel has at least one inner panel associated with one of the closing panels, wherein when the closing panel is in its open position, the inner panel is substantially parallel to that closing panel, and when that closing panel is folded to its closed position, the inner panel is moved toward the center of the box to a distanced position. When the inner panel is in the distanced position, at least a portion of the inner panel is at an oblique angle with respect to both the closing panel with which it is associated and the outer side panel to which that closing panel is connected.

Abstract: A box includes a plurality of outer panels collectively bounding an accommodation space for accommodating at least one item. At least some of the outer side panels have integrally formed inner side panels. The inner side panels may be automatically distanced from their respective outer side panels by moving the outer side panels from a collapsed flat position to an erected position. Certain panels of the box may be folded back on adjacent panels. The space between two panels may be utilized. For example it may be a display space, a compartment accessible through an opening panel, or a storage space for a dispenser pack. Opening or closing a panel on the box, or another action on the box, may trigger various functions of the box components or contents.

Abstract: A collapsible container for packing, shipping and displaying articles is formed from an integral piece of corrugated craft, paperboard or similar foldable material. The container includes a plurality of panels which are connected to form a bottom, front, back and exterior sidewalls, and preferably also a top. A bellows fold connects each of the exterior sidewalls with at least one of the front and back walls. Each exterior sidewall is provided with a respective interior sidewall which together support a horizontal ledge. The horizontal ledges are useful for stacking multiple cartons in vertical alignment and can support containers that are somewhat out of registry. Locking tabs extend from the bellows panels of the container to limit lateral deflection of the sides and deformation of the container.

Abstract: A foldable tote box is formed by a one-pierce die-cut and scored board of corrugated material, especially corrugated plastic materials. The board includes a rectangular bottom panel having a length and a width defined by pairs of side and end edges. Each of a pair of sidewall panels has a folding edge integrally connected to the side edge of the bottom panel along a first scored folding line, a top edge and a pair of end edges that define a height of the box. Each pair of two filler beam panels are integrally connected to the end edges of one of the sidewall panels along second scored folding lines. Each filler beam panel is folded to form a hollow support beam. A pair of end wall panels are integrally connected to the end edges of the bottom panel along third scored folding lines. Each end wall panel includes an end wall section and a flap section divided by double scoring lines, thereby defining a support surface between the double scoring lines.

Abstract: A box includes a plurality of outer panels collectively bounding an accommodation space for accommodating at least one item. At least some of the outer panels have integrally formed inner panels and distancing flaps for holding the item accommodated at a distance from the respective outer panel. The inner panels are distanced from their respective outer panels by folding an associated closing panel or distancing flap with respect to the outer panel.

Abstract: A box includes a plurality of outer panels collectively bounding an accommodation space for accommodating at least one item. At least some of the outer side panels have integrally formed inner side panels. The inner side panels may be automatically distanced from their respective outer side panels by moving the outer side panels from a collapsed flat position to an erected position. Certain panels of the box may be folded back on adjacent panels.The space between two panels may be utilized. For example it may be a display space, a compartment accessible through an opening panel, or a storage space for a dispenser pack. Opening or closing a panel on the box, or another action on the box, may trigger various functions of the box components or contents.

Abstract: An integrally cushioned box includes a plurality of panels collectively bounding an accommodation space for accommodating at least one item. At least some of such panels have integrally formed structures for holding the item accommodated in a resilient manner at a distance from the respective panel. Each such holding structure includes for each respective one of the panels an additional panel situated in the accommodation space in an erected condition of the box and connected with the respective panel such as to keep the additional panel at a distance from the respective panel. The distancing of the two associated panels from one another may be achieved by using a distancing flap integral with the respective panel.

Abstract: A blank for being repeatably assembled into a box configuration without the use of adhesives. The blank has a bottom panel, a side panel foldably attached to the bottom panel, an end panel foldably attached to the bottom panel, and a locking structure configured to secure the side panel and the end panel in respective orthogonal positions with respect to the bottom panel. The locking structure includes an overlay panel foldably attached to the end panel and foldable toward an overlying position in which it overlies a portion of the side panel. The locking structure also includes a slot in the bottom panel, a flap foldably attached to the bottom panel and extending into the slot, and a tab foldably attached to the overlay panel for being lockingly received in the slot to secure the overlay panel in the overlying position.