Abstract: A collapsible container is provided to include a single wire supporting frame having a collapsed and non-collapsed position. A covering is positioned about the single wire to form a closed bottom, an open mouth and a side. The supporting frame is a spring loaded coil such that the bottom and open mouth are movable relative to each other by action of the spring loaded coil between the collapsed and non-collapsed positions. Two sleeves are separately positioned around the single wire supporting frame structure adjacent both first and second free ends and separately adapted to enclose both the free ends thereby preventing the free ends from tearing the covering.

Abstract: A collapsible storage device comprising a resilient frame and sheet material with respect to which the frame is located. The resilient frame and sheet material form the side walls of the device and are movable between a flattened condition and an erected condition to which the resilient frame is biased. At one end of the device there is provided a base and at the other end there is provided an opening. The opening has a single closure element which has a first part attached to one side of the opening and a leading edge which can be moved about a pivotal point between a position at the said one side of the opening so that the storage device is open and a position at or in contact with the other side of the opening to close the opening. The closure element is movable with the storage device between flattened and erected conditions.

Abstract: A storage device (2) comprising a resilient frame (6) held in a housing with respect to sheet material, the resilient frame (6) and sheet material forming the sidewalls (4) of the device (2). The resilient frame (6) is movable between a flattened condition in which the resilient frame (6) is compressed and an erected condition to which the resilient frame (6) is biased. At one end of the device there is provided a base (8) and at the other end there is provided an opening (10) with closure means 11. The closure means (11), when moved to a closed position in one embodiment extend away from the opening and in all embodiments do not require any storage space in the device to be left unused.