Abstract: A preferably metallic platform which is adapted to be stacked and is provided with supports for receiving and supporting another loading platform. The platform also includes side walls which are adapted detachably to engage the insides of the supports. The side walls in the corner regions of their upper edges are positively connected to the supports which in the vertical direction are detachable from the loading platform.

Abstract: A stackable loading platform having a bottom with a plurality of feet. A plurality of supports are respectively located at the feet and are detachably arranged therein. A plurality of side walls are arranged between and detachably engage the respective adjacent supports. The side walls, in the corner regions of their upper edges, are positively connected to the supports. The supports are selectively movable in the longitudinal direction thereof away from the bottom for removing the supports from the platform. In the region of the feet, rigid stops are associated with the platform for securing the lower portion of the side walls against inward movements.

Abstract: A loading plate structure adapted together with other loading plate structures of the same design to form a stack, which includes a preferably rectangular or square-shaped normally horizontal loading plate which at each of its corner sections has connected thereto a supporting post of square, rectangular or any other polygonal cross section. Each post has preferably detachably connected to its top and bottom section the free ends of the two arms of a U-shaped yoke. Each yoke projects from the post to which it is connected in the direction to the adjacent yoke, and the transverse section of each U-shaped yoke which interconnects the pertaining two arms is spaced from the pertaining post by a distance that is less than half the distance between the two adjacent posts between which the respective U-shaped yokes project.