Abstract: A container is provided comprising a polygonal shaped external wall with integral floor tabs folded upon one another to form a floor of the container. Concentrically disposed within, and immediately adjacent an interior wall of the polygonal shaped external wall is a complementary shaped internal wall. Disposed within the confines of the internal wall and resting upon the floor of the container is a tray assembly for retaining a package containing the contents to be transported within the container. Provision may be made through a portion of the tray and the complementary walls for emptying of the package within the container. Reinforcement of the walls of the container is obtained by a one or more reinforcement provisions made along the upper edges of the container walls and the container may be closed and covered by a removable cap assembly. Once the container is used, the materials forming the container may easily be recycled or reduced in size for disposal.

Abstract: The shipping container comprises a box made from a foldable material, and has a pair of side panels and a pair of end panels interposed between and connected to the side panels. The side and end panels are provided with upper and lower edges, with the lower edges of the side panels having connected thereto a pair of lower major closure flaps which are folded inwardly to cover the bottom of the box. A pallet is located in the interior of and at the bottom of the box. The pallet has first and second platforms, the lower major closure flaps overlie the second platform of the pallet. The lower edges of the end panels have connected thereto a pair of lower minor closure flaps which are folded towards one another and are spaced from the bottom of the box. The lower minor closure flaps overlie the first platform of the pallet. First fastening means are provided for securing the lower minor closure flaps to the first platform of the pallet.

Abstract: The structural member is made from corrugated board or fiberboard and has a longitudinal axis. It comprises a housing having a top wall, a bottom wall and a pair of side walls. A pair of laterally spaced-apart internal dividers are located within the interior of the housing on opposite sides of the axis and extend from one end of the housing to the other end. A plurality of laterally extending reinforcing elements are located within the housing and are supported by the pair of internal dividers. The reinforcing elements have peripheral edges which contact the walls of the housing to provide support for the walls. The structural member is constructed and designed to withstand many pounds of applied force before failure.

Abstract: A two-piece plastic dunnage is disclosed for use within containers for shipping or storing items in a preselected arrangement within a container. The preferred embodiment of the two-piece dunnage designed in accordance with this invention includes an essentially flat base member and a generally U-shaped support member that is slidably and removably coupled with the base member in a supporting position. The support member may be provided with a plurality of transverse slots which are adapted to nestingly receive at least a portion of the items that are to be maintained within the container in the preselected arrangement.

Abstract: A collapsible bin has corner constructions that provides reinforcement at the corners thereof and joins the walls of the bin in a box configuration that may be collapsed. The collapsible corner construction includes a pair of casements joined together by an anchor pin. The anchor pin is received in T-slots within each of the casements. The anchor pin may be slipped or removed from the T-slots to release the casements from their joined condition, so that the walls of the container may be collapsed. An interlocking tab and slot configuration provides interlocking means for stacking one collapsible bin upon another.

Abstract: A stackable partitioned shipping container has a plurality of partitions and shelves defining compartments. The partitions are aligned parallel from one side of the shipping container to the other. The shelving is arranged in columns between the partitions. Rods are strung through the partitions to support the shelves. The frames have hollow tubular columns at each corner thereof. At the top of the columns are inserts which are insertable into the hollow columns of another shipping container stacked upon the first shipping container. Wheels that support the shipping container are supported above the top of a bottom container when the container is stacked upon the bottom container.

Abstract: A collapsible bin has corner constructions that provides reinforcement at the corners thereof and joins the walls of the bin in a box configuration that may be collapsed. The collapsible corner construction includes a pair of casements joined together by an anchor pin. The anchor pin is received in T-slots within each of the casements. The anchor pin may be slipped or removed from the T-slots to release the casements from their joined condition, so that the walls of the container may be collapsed. An interlocking tab and slot configuration provides interlocking means for stacking one collapsible bin upon another.

Abstract: A two-piece dunnage device includes a cushioning piece made of a resilient foamed plastic material and a supporting piece to which the cushioning piece is mechanically attached without adhesives or bonding agents. The cushioning piece has a plurality of cushioning elements that extend from a connecting web. The cushioning elements are spaced apart to provide support for articles shipped in a container. The supporting piece presents the cushioning piece away from the sides of the shipping container. The supporting piece may be made of plastic or fiberboard and may be shaped as beams either folded into a cross-section or extruded into a cross-section. Such cross-sections include circles, triangles and rectangles.

Abstract: An edge molding is adapted to trace the edges of a shipping container and be placed thereon. The edge molding is configured with a ledge for internesting another edge molding when said edge moldings are mounted on cartons, one carton internesting with another. The edge molding has a nesting rack pivotally mounted to be pivoted and rest outside of the perimeter of the edge molding and pivotal to mount at least a portion of the edge rack within the perimeter of the molding. In this latter position, the rack rests on the edge molding and is capable of supporting a shipping container nested above it without the carton substantially breaching the volume on which the container is nested.