Woven inflatable devices and methods for making woven inflatable devices are provided. The woven inflatable devices include a laminated sheet with inflatable regions that when inflated cause the laminated sheet to transform from a planar shape to a three-dimensional shape such as a chair, container, or kiteboard harness.

Packaging may include a base box having a cavity to receive a product, and a first paper spring extending from an interior of a first sidewall of the base box and a second paper spring extending from an opposing interior of a second sidewall of the base box. Each of the first and second paper springs may be formed from the same blank as the first sidewall. The first and second springs are flexible such that the cavity may accommodate products of different lengths, and may resiliently absorb vibrations or impact forces during shipping.

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.

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 transport box includes: an outer box formed in a rectangular parallelepiped shape and capable of packing a packed object; and a buffer body disposed between the outer box and the packed object, wherein the buffer body includes medium enclosing buffer members having a resin sheet welded in a bag shape and a medium sealed in the resin sheet, each medium enclosing buffer member of the medium enclosing buffer members includes buffer parts each having a bag shape and enclosing a medium, and a communication flow path that allows the buffer parts adjacent to each other to communicate with each other, the buffer parts are disposed in a straight line, the communication flow path is formed between the buffer parts adjacent to each other and is bendable, and each of the medium enclosing buffer members is disposed in the outer box.

A protective carrying case for a firearm is disclosed, wherein the protective carrying case includes a top component, a bottom component, and semi-hexagonal ends, wherein the top component and the bottom component are constructed from carbon fiber. The protective carrying case additionally includes a retaining element with vacuum split functionality to retain elements within the case.

A package includes a storage portion that stores an object to be stored, and a buffer portion that reduces a gap generated between the object to be stored and the storage portion. The storage portion includes a bottom and a lid facing the bottom, and the buffer portion includes a base facing the object to be stored in a stacking direction from the bottom toward the lid, a first fold, and a space adjusting portion connected to the base at the first fold. The space adjusting portion includes an adjusting region extending in the stacking direction, a plurality of second folds distributed in a first direction intersecting the first fold, and a contact region connected to the adjusting region at one of the plurality of second folds.

A package includes a storage portion that stores an object to be stored, and a buffer portion that reduces a gap generated between the object to be stored and the storage portion. The storage portion includes a bottom and a lid facing the bottom, and the buffer portion includes a base facing the object to be stored in a stacking direction from the bottom toward the lid, a first fold, and a space adjusting portion connected to the base at the first fold. The space adjusting portion includes an adjusting region extending in the stacking direction, a plurality of second folds distributed in a first direction intersecting the first fold, and a contact region connected to the adjusting region at one of the plurality of second folds.

Disclosed is a packaging device. Since a distance from a first top surface of a side plate to a surface of a bottom plate is greater than a distance from a second top surface to the surface of the bottom plate, that is, a top surface of the side plate of a box body is designed into an outer convex and inner concave structure, through subsequent reasonable design of sizes of the first top surface, the second top surface and a first slope surface and an angle of the first slope surface, when a box cover and the box body match, the box body and the box cover can match more closely.

A container assembly configured for loading into/onto a Unit Load Device (ULD) generally includes first and second containers. Rearward sides of the first and second containers include a securing catchment assembly for mating and securing the first and second containers. Frontward sides of the first and second containers each include a plurality of female/male door securing assemblies that complementarily mate with male/female door securing assemblies of a door assembly. When the first and second containers are mated, the container assembly defines an outer perimeter that is smaller than an inner perimeter of the ULD. The outer perimeter of the container assembly has a shape generally conforming with the shape of the inner perimeter of the ULD. One or more shock absorption assemblies/airbag assemblies configured to reduce vibration and movement of the container assembly are disposable between one or more walls of the ULD and the first and second containers/container assembly.