Methods, systems, devices and/or apparatuses for a shipping container are provided herein. The shipping container includes an outer enclosure having a cavity. The shipping container includes an inner enclosure positioned within the cavity of the outer enclosure. The inner enclosure has multiple panels and various configurations. Phase-change material inserts may be received within the multiple panels. The inner enclosure defines a payload area that is configured to hold a payload.

A content container includes an outer container having a first accommodation space formed therein; an inner container accommodated in the first accommodation space and having a second accommodation space formed therein; a shoulder part provided at an upper side of the outer container and having a communication space that is vertically penetrated formed therein to allow the inner container to be inserted; and a cover part configured to seal or open the communication space, wherein a base part is formed to protrude along an inner circumference of the shoulder part, a mounting part is formed to protrude along an outer circumference of the inner container, the inner container is accommodated in the first accommodation space of the outer container when the mounting part is mounted on an upper end of the base part, and when the cover part seals the communication space, mounting of the inner container is fixed and the second accommodation space is sealed.

A packaging subassembly for containing at least one foodstuff item. The packaging subassembly includes at least one foodstuff item container and foodstuff-containing packaging portion. The foodstuff-containing packaging portion supports the at least one foodstuff item container. The foodstuff-containing packaging portion includes an illuminator having one or more light sources that is configured to produce light for illuminating the at least one foodstuff item container. A packaging assembly is also disclosed. A method is also disclosed.

A portable, collapsible modular container system for transportation and storage is provided. The containers are modular and can be stacked in either extended or expanded position, collapsed, or a mix thereof. The container system is modular and customizable, and attachments such as wheel, handles, carry straps, tie down straps, and other accessories, may be added or removed at the option of the user.

A reinforced containment system for transferring a cargo from one point to another that includes an internal container housed in an external container covered by a cover where the external container and the internal container are stackable or maintain a configuration that allows them to be stackable, attachable and at the same time have insertion and a support device that allow a single particularly advantageous arrangement mode during treatment and handling of the transported cargo.

A vessel for transporting a living organ includes a container having an open top end and a closed bottom end, and a lid configured to selectively cover the open top end of the container and seal an inner chamber. The container includes a rigid outer housing, a rigid inner housing positioned within the rigid outer housing, and an insulating layer. The rigid inner housing defines the inner chamber, which is configured to hold a living organ. The rigid inner housing and the rigid outer housing define a closed cavity therebetween, in which the insulating layer is positioned.

A carrier for holding a plurality of containers includes a plurality of panels extending at least partially around an interior of the carrier, the plurality of panels including a plurality of side panels and at least one bottom panel foldably connected to a respective panel of the plurality of panels, locking features in the at least one bottom panel for at least partially maintaining a formed configuration of the carrier, and a plurality of system engagement features for at least partially receiving a portion of an outer container, each system engagement feature having a plurality of lines of weakening defining a plurality of separably connected sections in the at least one bottom panel.

An object storage box structure, the main feature of which is that the bottom of an outer box and the top of a cover are configured with the same crisscrossing ridge lines to form a plurality of recessed compartments, and each inner box is configured with corresponding beveled bottom so that the inner box can be placed in the corresponding recessed compartment at a fixed position to improve the convenience of positioning the inner box. It can be stored stably in the outer box or taken out and placed smoothly on the lid; in addition, the object storage box is also equipped with a snap mechanism, which can be stacked and combined with multiple upper and lower locks during use, and a pivoting handle that can be pushed in for storage, pulled out for carrying, and can even be used for diagonal support and display.

An auxiliary storage box is stored inside a storage box including a box body and a lid body and is detachable from the storage box. The auxiliary storage box includes: an auxiliary box body; an auxiliary lid body; and a lid receiving portion. The auxiliary box body is detachable and stored inside the box body. The auxiliary lid body is detachably held on a back surface side of the lid body in such a manner that a first surface faces the auxiliary box body. The auxiliary lid body closes an opening of the auxiliary box body when the lid body closes the box body. The lid receiving portion is disposed in the opening in an upper portion of the auxiliary box body. The first surface of the auxiliary lid body elastically contacts the lid receiving portion to seal the opening when the auxiliary lid body closes the opening.