A shipping riser is provided and includes an engineered structure. The engineered structure includes a central laminated structure, a pair of middle laminated structures positioned on and secured to opposite sides of the central laminated structure, and a pair of outer laminated structures positioned on and secured to opposite sides of the pair of middle laminated structures.

The present application discloses an assembled unit having a locking mechanism, comprising a pair of lateral guide rails, a pair of class I plate members, a spine member and at least one eccentric rotation member. Each of the lateral guide rails is configured with a sliding groove along a direction of extension thereof. Both ends of each of the class I plate members can be inserted into the sliding groove of the corresponding lateral guide rail. Both ends of each of the lateral guide rails are respectively configured with an engaging structure. The spine member is configured with a raised sliding block along its direction of extension. On a surface of each of the type I plate members, a class I engaging slot is configured in a direction parallel to the lateral guide rail, the class I engaging slot opening at a side of the class I plate member.

A shipping crate is provided having multiple walls. In each wall, a first wall layer has sides and a first thickness and a second wall layer has sides extending past each of the sides of the first wall by the first thickness. The crate also has a back panel having a first back panel layer and at least a partial second back panel layer. The first back panel layer has sides and a thickness substantially similar to the first thickness and the second back panel layer extends past each of the sides of the first back panel layer by the first thickness. When assembled, the first wall layers of each of the walls combine to form a post and lintel assembly. The second wall layers of each of the plurality of walls combine to form a second post and lintel assembly distinct from the first post and lintel assembly.

An assembled plastic pallet is provided in the disclosure, which includes a panel and a plurality of support legs detachably arranged at a lower side of the panel. A metal reinforcement is embedded in the panel, each of the plurality of support legs is in a cuboid, four sides of each of the plurality of support legs is recessed inward to form a first groove, four sides of each of the plurality of support legs is formed with a reinforcing rib, and the reinforcing rib is smoothly transitioned to a bottom of the first groove with an arc. An assembled plastic pallet provided in this disclosure can be freely assembled as required and has high bearing capacity.

A pallet comprising at least three upper carrier plates (3) and at least three carrier supports (5), in which the bottom of each upper carrier plate (3) is provided with first snapping portions (11) in an array manner, the top of each carrier support (5) is provided with first snapping grooves (4), and the upper carrier plates (3) are snapped with the first snapping grooves (4) on the top of the carrier supports (5) through the first snapping portions (11), and which reduces space occupation and facilitates storage and transportation.

A shipping container comprising a basket, a plurality of feet, and a plurality of removable corner columns. In some embodiments, the shipping container comprises a basket, a plurality of feet, and a plurality of foot pads. Further embodiments include foot pads with drill release locks.

Disclosed is stack support assembly. The stack support assembly includes at least one binding element to press and bind at least one support leg to a material stack; and at least one elongated and partially hollow support leg composed of a shaped polymer. The elongated and partially hollow support leg includes vertically oriented side walls connected to one another with a repeating pattern of interconnect structures, thereby forming hollowed channels extending between a top plane and a bottom plane of the support leg.

The invention relates to a plastic pallet (1) with an upper part (2) provided with female foot parts (4, 4′) and skids (3, 3′) provided with male foot parts (5, 5′). The male foot parts (5, 5′), together with the female foot parts (4, 4′), form feet (21, 21′), with the foot parts (4, 4′) of the upper part and the foot parts (5, 5′) of the skids (3 3′) being fastened to one another by means of snap connections (6). Each male foot part (5, 5′) includes at least two snap hooks (8), which are arranged with mirror symmetry in pairs and which each have a hook head (9) with undercut (91), a snap arm (8′) and a rear side (10), the undercuts (9′) of the hook heads (9) facing away from one another and the rear sides (10) of the snap hooks (8) facing towards one another. Each female foot part (4, 4′) includes at least one latch element (7), into which the hook heads (9) are engaged, forming a snap connection (6) in each case. The female foot parts (4, 4′) are integrally connected to the upper part (2). Each female foot part (4, 4′) includes at least one securing element (12), each with at least one free end (13), the securing element (12) being integrally connected to the female foot part (4, 4′), and the securing element (12) protruding into an intermediate space (24) between the rear sides (10) of the snap hooks (8) so that the snap hooks (8) remain in the engaged position.

The present invention relates to a portable barrel rack. The portable barrel rack allows for storage and transportation of multiple barrels with the weight of each barrel being supported by the rack. Racks have lower and upper rectangular frames of different construction, with posts therebetween, and with legs and matching contours so that racks can be stacked. Slats inserted into grooves can retain barrels contained within the racks.

A foldably constructed pallet includes a top member forming a top surface and includes a top perimeter edge and a plurality of upper edge supports extending from the top perimeter edge and perpendicular to the top surface. The foldably constructed pallet further includes a bottom member forming a bottom surface. The bottom member includes a bottom perimeter edge and a plurality of lower edge supports extending from the bottom perimeter edge and perpendicular to the bottom surface. The foldably constructed pallet further includes a plurality of structural inserts received between the top and bottom members and positioned adjacent to the plurality of upper edge supports and the plurality of lower edge supports.