A packaging structure is used for carrying at least one carried object. The packaging structure includes a carrying unit and a covering member. The carrying unit includes a supporting plate, at least one first side plate connected to the edge of the supporting plate, and at least one combing member. The supporting plate has two opposite surfaces, and the first side plate is able to bend to one of the surfaces of the supporting plate, so that the carrying unit can be folded or unfolded. The first side plate is stacked on the supporting plate when the carrying unit is in the folded state, and the combing member keeps the first side plate stacked on the supporting plate. The covering member positions the carried object on the carrying unit. A delivering device is provided for clamping and positioning a plurality of the packaging structures in an upright manner.

In some embodiments, a package for a computer peripheral device comprises an outer shell defining a first interior cavity and an open end. The package also comprises a peripheral tray comprising a rear side, a bottom side coupled to a bottom edge of the rear side, and a tongue. A first end of the tongue is coupled to the bottom side. The peripheral tray is positioned within the first interior cavity with a second end of the tongue coupled to the outer shell. An elongated portion of the tongue between the first end and the second end contacts the outer shell and is deflected toward the rear side. The peripheral tray is slidably translatable out of the first interior cavity through the open end so that a portion of the elongated portion moves away from the rear side and the bottom side rotates within the first interior cavity.

Various embodiments relating to a packaging box for packaging an electronic device are presented, and according to one embodiment, the packaging box comprises: a packaging box body; a receiving part included in the packaging box body and receiving the electronic device; and a support structure received in or removed from the receiving part, at least a portion of the supporting structure able to be slantedly folded to or unfolded, wherein the support structure in a folded state is received, together with the electronic device, in the receiving part to support the electronic device to be able to amplify a sound from a speaker included in the electronic device and, in a state removed from the receiving part or in a state received in the receiving part, the supporting structure cradles the electronic device, and additional various other embodiments are possible.

An article can include a panel member folded to form a collapsible sleeve comprising a first panel layer and a second panel layer, the panel member movable between a first configuration and a second configuration, the first and second panel layers defining a product-receiving portion. Each of the first panel layer and the second panel layer can comprise a pivotable edge portion and an extension portion coupled to the pivotable edge portion and received in an opening defined in a respective first and second panel layer. The edge portions of the first panel layer and the second panel layer are pivotable together to form a double-layered support member extending at an angle to the product-receiving portion on a first side of the product-receiving portion and the extension portions are pivotable out of their respective openings on an opposite, second side of the product-receiving portion by motion of the pivotable edge portions.

Examples provide a configurable divider bridge system. A divider bridge includes a tab at opposite ends of the divider bridge. The tabs insert into receiving slots inside a container, such as a display case or packing container. The receiving slots guide the tabs downward between the interior sides of the container and items placed inside the container. As the tabs slide down into the receiving slots, the side panels of the divider bridge are guided into an unfolded configuration. The slots permit installation of the divider bridge into the container which already contains soft product easily while preventing damage to the divider or the soft product. The divider bridge can be placed inside the container in a variety of configurations and/or orientations to accommodate a variety of sizes and shapes of containers and types of items being stored, transported, or displayed within the containers.

An impact-absorbing package includes an impact absorber and an outer package. An item can be attached to the impact absorber and the impact absorber can be positioned in the outer package. The impact absorber can be positioned to have a volume of air between the item and the bottom of the outer package. An impact force applied to the impact-absorbing package can cause movement between the item and the outer package that is reduced by the impact absorber.

A packaging system for a hot water heater includes an outer box, a top insert, an offset filler, a base insert, and one or more side panels. The top insert contacts a top surface of the hot water heater and a top inside surface of outer box. The offset filler is coupled to the top insert and is sandwiched between the hot water heater and the outer box. The base insert contacts the bottom surface of the hot water heater and a bottom inside surface of the outer box. The base insert includes raised perimeter structures that form a shape that matches a shape of the bottom surface of the hot water heater. The raised perimeter structures and the offset filler position the hot water heater off-center with respect to a center axis of the outer box. Each side panel includes a raised pattern.

A crush-resistant carton embedded with a metal slat includes a box body and a plurality of strapping bands, all of the strapping bands is bound outside the box body, the box body includes an enclosure plate, two cover plates and a bottom backing plate; the two cover plates are respectively positioned at two ends of the enclosure plate in a height direction; each cover plate includes a main body plate and a plurality of side plates, all of the side plates are disposed around an outer periphery of the main body plate, and a plurality of pressure-resistant slats are respectively disposed on inner and outer sides of a corner portion formed by the main body plate and the side plates adjoined to each other; the bottom backing plate is disposed on an inner sidewall of the cover plate at a lower position.

The present disclosure relates to cartons, particularly cartons for storing and dispensing folded sheet material, that are substantially free from polymeric materials. The cartons have dispensing windows formed from paper and are provided with dispensing openings well suited for pop-up dispensing. The dispensing openings, which are preferably elongated, have a plurality of cusps and a plurality of slits disposed thereon to grasp and hold the sheet during dispensing.

A packing box is provided. The packing box includes a cover, a box body, a connecting plate, and a lining partition. The connecting plate is connected between the cover and the box body through bending, so that the cover is adapted to rotate relative to the box body to open and close. The lining partition is disposed in the box body and is folded to form a main space of a step structure. The step structure is configured to hold an object. A lower surface of the step structure and an inner surface of the box body jointly form an accommodation space for accommodating another object.