A packaging element for accommodating at least one product includes a blank which has a number of portions connected to one another by folding lines. The portions include an accommodating portion having at least one receptacle, the shape of which is matched to the shape of a product to be accommodated, a first side-wall portion, a first cover-wall portion, a second side-wall portion, and a second cover-wall portion. The first cover-wall portion may have at least one hollow, and the second cover-wall portion may have at least one protrusion with a shape and position complementary to the hollow.

A packaging structure having resilient positioning flaps can have a particular shape formed by folding a planar sheet including a left fixing portion, a right fixing portion, and a main body portion whose left and right edges are each respectively connected to a connecting portion. The connecting portions are connected to the left and right fixing portions, respectively. Two spaced-apart pressed lines are formed on each fixing portion so that the fixing portions can be bent toward the main body portion along the press lines. Each fixing portion is formed with an opening having a portion of its periphery formed with cuttings extending away from the opening to form resilient positioning flaps. When the package structure is folded and a product is extended therein from the openings, the resilient positioning flaps can be engaged in a concave space of the product to position the product in the packaging structure.

A package includes board platform having a folded top platform element and bottom platform element made from cardboard material. The top platform element has cutout portions conforming to shapes of a product to be packaged. A folded cardboard product tray element forms an open cavity conforming to the shape of the product and is secured to at least one of the top platform element and the bottom platform element and is disposed therebetween. A paper platform wrapper covers the exterior surfaces of the top platform element and a paper product tray wrapper covers the interior side wall of the open cavity.

A foldable drink cup holder that holds up to a dozen or more beverage cups as well as straws, and provides multiple layers of horizontal stabilization for the cups in addition to providing large footprints for text and graphics, including angled and square-cut corners structured to abut against each other when the holder is in a folded configuration to provide a flat side that is rigid and stable when holding multiple filled drink cups and straws.

Devices for shipping products are provided. In some embodiments, devices for shipping at least one product are provided, the devices comprising: a main holder body formed from corrugated cardboard having at least one opening in which the at least one product can be placed, wherein the corrugated cardboard has an inner surface; and a reinforcement panel that that provides support to the inner side of the corrugate cardboard and includes at least one of a cut-out and a hole corresponding to the at least one opening in the corrugated cardboard. In some of these embodiments, the reinforcement panel is secured to the corrugated cardboard panel. In some such embodiments, the reinforcement panel is glued to the corrugated cardboard panel. In some of these embodiments, the corrugated cardboard has a thickness of E-flute.

A display tray formed of a continuous blank having a plurality of hingedly coupled panels and sub-panels including a first sidewall, defined at least partially by a first panel, a front wall, defined by at least partially by a second panel, hingedly attached to the first panel sidewall, a second sidewall, defined at least partially by the first panel sidewall, and a rear wall defined at least partially by a third panel hingedly attached to the first panel for adjoining the display tray to a second display tray.

A display tray system including a first tray defining an outer perimeter of the display tray system, a second tray having at least three outer walls defining an outer perimeter of the display tray system, a first corner having a first height at a junction of two of the at least three outer walls, a second corner having a height equal to the first corner at a junction of two of the at least three outer walls, a joining wall defining an inner border with the first tray, a third corner at a junction of the joining wall and one of the at least three outer walls, a fourth corner at a junction of the joining wall and one of the at least three outer walls, and a joining member coupled to the joining wall of the first tray and coupled to the joining wall of the second tray to couple the first and second trays together and provide vertical support.

A container for packaging can include an insert removably inserted therein. The insert can include a planar first layer proximate a bottom of the box. The first layer can include a plurality of cut-outs extending therethrough. A second layer can be spaced-apart from the first layer. The second layer can include a central portion, a first wing, and a second wing. The central portion of the second layer can be positioned between the first wing and the second wing of the second layer. A third layer can be spaced-apart from the second layer. The third layer can include a central portion, a first wing, and a second wing. The central portion of the third layer can be positioned between the first wing and the second wing of the third layer.

The present invention relates to a protection element (1) in papercraft material for protecting one or more objects (B), in particular for protecting one or more bottles (B), comprising two support elements (2, 3) connected by a connection element (4), wherein each support element (2, 3) has an upper wall (5; 6) and two support walls (7, 8; 9, 11) associated with the respective upper wall (5; 6) to support it. A first support wall (8; 9) of each support element (2, 3) is arranged at said connection element (4) and has a shaped opening (16; 17) for each object (B) to be protected. Furthermore, said connection element (4) has two shaped flaps (18; 19) for each object (B) to be protected, each shaped flap (18; 19) being arranged at the respective support element (2; 3) and projecting on the respective upper wall (5, 6) of the respective support element (2; 3) and on a respective shaped opening (16; 17) of the respective first support wall (8; 9), each shaped flap (18; 19) being arranged so that when the respective object (B) to be protected is arranged on said protection element (1) resting on the respective shaped flaps (18; 19), the weight of said object (B) acts on the respective shaped flaps (18; 19) to insert in the respective shaped openings (16; 17) of said support walls (8; 9) and lock the object (B) in position. Furthermore, the present invention relates to a blank (10) for obtaining the protection element (1) according to the invention.

A separation structure for a lock packing assembly includes a rectangular board with multiple holes which accommodate the handle of a lock, and the mounting plate of the lock contacts the board. The board includes a panel extending from each of four sides thereof, and the panels each have a first bending line and a second bending line. Each of the panels is bent along the first bending line and toward the board. Each of the panels is bent along the second bending line to form a separation plate which is perpendicular to the board and located between the holes. The locks are installed through the holes and separated by the separation plates such that the locks do not hit each other. The lock packing assembly includes low cost and can protect the locks.