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.

A product packaging is disclosed. The product packaging includes a base box and a cover. The base box includes a base panel and cushioning cells together defining a product-receiving space. The cushioning cells include an upper cushioning cell disposed at an upper edge of the base panel, a lower cushioning cell disposed at a lower edge of the base panel, a left side cushioning cell disposed at a left side edge of the base panel, and a right side cushioning cell disposed at a right side edge of the base panel. The cover covers the product-receiving space and is coupled to the left side cushioning cell and to the right side cushioning cell. The left side cushioning cell and the right side cushioning cell are hingedly coupled to the base panel. The base panel and the cushioning cells are integral and formed from a single blank.

A foldable lens box blank which may be used to form an ophthalmic lens box. The ophthalmic lens box includes a pair of lens holders each being configured to hold and store an ophthalmic lens. Each of the lens holders includes a lens support opening in which a lens may be secured, with an outer edge of each lens engaging with an inner edge of each lens support opening.

The method includes first folding a top panel and a top hinge panel about a back panel and adhesively connecting the top hinge panel the back panel to form a first hinge, second folding a bottom panel and a bottom hinge panel about the back panel and adhesively connecting the bottom hinge panel to the back panel to form a second hinge, the first hinge and the second hinge being on first opposing edges of the back panel, and third folding a first side panel and a second side panel about the back panel to form a first wall and a second wall of a carton, the first wall and the second wall being on second opposing edges of the back panel.

A carton for displaying articles attachable to a flip sign is disclosed, which includes a box structure having a back panel, a bottom panel, a top panel, a pair of side panels, a top front panel, a bottom front panel, a first inner panel and a second inner panel, the first inner panel having a pair of slots configured to receive a pair of tabs on an outer free edge of the second inner panel. The first and second inner panels rest adjacent to the back panel upon placing a plurality of articles within a recess, which is formed between the top front panel, the bottom front panel, the back panel, and the pair of side panels.

A carton for displaying articles attachable to a flip sign is disclosed, which includes a box structure having a back panel, a bottom panel, a top panel, a pair of side panels, a top front panel, a bottom front panel, a first inner panel and a second inner panel, the first inner panel having a pair of slots configured to receive a pair of tabs on an outer free edge of the second inner panel. The first and second inner panels rest adjacent to the back panel upon placing a plurality of articles within a recess, which is formed between the top front panel, the bottom front panel, the back panel, and the pair of side panels.

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. The packing box includes two cover bodies configured to snap one another, each of the cover bodies is formed by a folded plate member, and the plate member includes an internal flexible layer, an external flexible layer and a paperboard layer therebetween, where the cover body includes a bottom plate, and a side plate and a flipping plate both arranged on each of opposite sides of the bottom plate, one side of the side plate is connected to the bottom plate, and the other side of the side plate is connected to the flipping plate, so that the side plate is foldable with respect to a side edge of the bottom plate that is connected with the side plate, and the flipping plate is foldable with respect to a side edge of the side plate that is connected with the flipping plate. A locating structure is arranged between the bottom plate and the side plate, and a free end of the flipping plate is configured to be inserted and fixed to the locating structure. Since adhering connections are avoided in the assembling of the packing box, the production efficiency is increased, and the packing box is easy to disassemble and assemble and may be reused, so that the cover body can be disassembled to save space for transporting and storage.

A packaging material as a formed integral includes a lower plate, a first side plate connected to a first side of the lower plate, and a second side plate connected to a second side of the lower plate. The first side plate includes a first plate body, a first bending line formed on the first plate body and for connecting the first side, and a first assembly portion disposed at one side of the first plate body. The second side plate includes a second plate body, a second bending line disposed at one side of the second plate body, and a first connecting portion disposed at one side of the second plate body. The first plate body and the second plate body are bent towards the lower plate, and the first assembly portion is locked and fastened with the first connecting portion to complete the packaging material.

A packaging material as a formed integral includes a lower plate, a first side plate connected to a first side of the lower plate, and a second side plate connected to a second side of the lower plate. The first side plate includes a first plate body, a first bending line formed on the first plate body and for connecting the first side, and a first assembly portion disposed at one side of the first plate body. The second side plate includes a second plate body, a second bending line disposed at one side of the second plate body, and a first connecting portion disposed at one side of the second plate body. The first plate body and the second plate body are bent towards the lower plate, and the first assembly portion is locked and fastened with the first connecting portion to complete the packaging material.

A shoe box may include: a base panel; a roof panel opposite and spaced from the base panel; at least one rear panel coupled to the base panel and the roof panel; at least one front panel coupled to the base panel and the roof panel, wherein the at least one front panel is opposite and spaced from the at least one rear panel, the base panel, and the roof panel, and wherein the at least one rear panel and the at least one front panel form a tubular cavity for receiving at least one shoe therein; and left and right side support structures configured to assist in spacing the base panel from a base of a garment receptacle by a first distance, and configured to assist in spacing the roof panel from a roof of the garment receptacle by a second distance, when the shoe box is inserted into the garment receptacle.