A shipping container includes: a bottom plate onto which cargo is to be placed, columns vertically extending from the bottom plate, and top plates detachably supported by the columns. Since the top plates are detachable from the columns, it is possible to smoothly load long objects into the shipping container from above the container, by removing the top plates in advance. When the loading is completed, the top plates are attached back to the columns again to reinforce the columns, thereby ensuring the strength of the shipping container as a whole. A plurality of these shipping containers can therefore be stacked one on another in a container ship, in the same manner as ordinary shipping containers.

A test weight system includes a first assembly having a first body member and a plurality of ear members arranged about the first body member. The test weight system also includes a second assembly interlocked with the first assembly, the second assembly having a second body member defining a plurality of slots. A portion of each ear member extends through one of the plurality of slots.

The current invention concerns a method and device for securing cargo load in a container. In an embodiment of the current invention, such method comprises: providing a wall securement device comprising two or more apertures allowing the passage of securing means such as straps, which wall securement device is attached to an inner rigid structure of the wall; and lashing the cargo load with securing means by use of the wall securement device, whereby the wall securement device is located at the corner post of said container. In a second aspect, the current invention provides for a wall securement device for securing loads.

The current invention concerns a method and device for securing cargo load in a container. In an embodiment of the current invention, such method comprises: providing a wall securement device comprising two or more apertures allowing the passage of securing means such as straps, which wall securement device is attached to an inner rigid structure of the wall; and lashing the cargo load with securing means by use of the wall securement device, whereby the wall securement device is located at the corner post of said container. In a second aspect, the current invention provides for a wall securement device for securing loads.

A crate includes a frame and first and second rod guides configured to be spaced along the frame. The first rod guide includes a first plurality of fingers, and the second rod guide comprises a second plurality of fingers. The first and second plurality of fingers are configured to be aligned with each other to define a first rod receiving slot between two adjacent fingers of the first plurality of fingers and a second rod receiving slot between two adjacent fingers of the second plurality of fingers. The first and second rod receiving slots are configured to accept a rod from a first side of the frame. A cribbing bar has a plurality of saddles, wherein a first saddle is aligned with the first and second rod receiving slots. A shaft extends through an aperture of the cribbing bar. A method of arranging a plurality of elongated rods is described.

An adjustable multipurpose rack which can be used for the storage of pipe and other elongated goods. The adjustable multipurpose rack has movable stanchions to accommodate a changing supply and profiles of elongated goods. The adjustable multipurpose rack comprises at least one base and a plurality of stanchions. The plurality of stanchions comprises of at least one movable stanchion defining at least one compartment. The movable stanchion can be driven by an actuation mechanism or by hand should the actuation mechanism fail.