Abstract: A valve assembly (2) intended for use together with a pallet container (1) and a liner. The valve assembly (2) comprises a valve (3), a valve seal (4) and an outer lip seal (5). The valve assembly (2) further comprises a support member (6) which is constitutes of a lower guide member (61) and an upper guide member (62).

Abstract: A valve assembly (2) intended for use together with a pallet container (1) and a liner. The valve assembly (2) comprises a support member (6). The support member (6) is provided with a guiding hole (63) intended to interact with a lower valve guide member (11).

Abstract: Collapsible container which includes a base member, collapsible side walls, which adjacent side walls are inter-connectable. The base member is provided with feet members, a circumambient edge and a mainly horizontal load surface. The load surface is provided with recesses extending downwards from the load surface, said recesses being arranged adjacent the edge. At least one side wall is provided with downwards extending protrusions, said protrusions being arranged to interact with said recesses. Said at least one side wall engages the base member through vertical motion.

Abstract: A transport package (1) for the transportation of a plurality of electronic components (9), said trans-port package (1) comprising a carrying pallet portion (2), a circumambient side cover (3) and a lid (4). Said electronic components (9) are supported by a partition array (5), wherein said partition array (5) is arranged to form a plurality of pockets (51) having upper edges (52) and optionally a closed base (53). Said electronic components (9) are arranged standing on edge in said pockets (51). A plurality of said partition arrays (5) containing said electronic components (9) are arranged inside the transport package (1) and that said partition arrays (5) can be folded to reduce volume during empty transport.

Abstract: A collapsible rack for transport and storage, includes a first and a second panel and a plurality of distance bars. The first and second panel include a groove side including at least one groove. A first and a second edge is arranged on opposite sides and adjacent to these, a third and a fourth edge. The third and fourth edges each include at least one hole that extends parallel to the first and second edges. The hole has a non-circular shape. The distance bars at each of their ends includes a hole coupling mechanism. The hole coupling mechanism extends perpendicular to the extension of the bar. The hole coupling mechanisms include clutching sections that match the hole, wherein pivoting between the bars and the first and second panel is prevented where the hole coupling mechanism and hole are fully mated.

Abstract: A collapsible rack for transport and storage, includes a first and a second panel and a plurality of distance bars. The first and second panel include a groove side including at least one groove. A first and a second edge is arranged on opposite sides and adjacent to these, a third and a fourth edge. The third and fourth edges each include at least one hole that extends parallel to the first and second edges. The hole has a non-circular shape. The distance bars at each of their ends includes a hole coupling mechanism. The hole coupling mechanism extends perpendicular to the extension of the bar. The hole coupling mechanisms include clutching sections that match the hole, wherein pivoting between the bars and the first and second panel is prevented where the hole coupling mechanism and hole are fully mated.

Abstract: Collapsible container (1), which includes a carrying base part (20), collapsible side walls (30) and a lid (40). The side walls (30) are movably attached to said base part (20) by lower hinge members (31). The first and second side walls are moveably attached to an upper frame member (50) via upper hinge members (35). An upper edge of third and fourth side walls (33 and 34 respectively) are each provided with at least one locking lip (37), limiting the outwards movement by interacting with an inner edge (51) of upper frame member (50). The lid (40) is provided with an inner rim (41) which is interacting with inner edge (51) of upper frame member (50). The inner rim (41) is furthermore interacting with locking lips (37) thereby limiting inwards movement of third and fourth side walls (33 and 34 respectively) while lid (40) is arranged on collapsible container (1) whereby undesired collapsing of said collapsible container (1) is prevented when lid (40) is arranged on container (1).

Abstract: Transport assembly comprising a transportation means which comprises a pallet-like carrying structure with two long sides, two short sides, four corners, an upper surface and a lower surface. The carrying structure is provided with wheels at each of the four corners of which at least two of the wheels possibly are of the swivel castor wheel type. The upper surface is furthermore provided with receiving means which are intended to receive the wheels of a second transportation means stacked on top of a first transportation means so that a number of such transportation means may be stacked, and fixated horizontally, one on top of the other. The upper surface is provided with two narrow long side channels arranged parallel to the long sides and stretching from one short side to the other.

Abstract: Collapsible container which includes a base member, collapsible side walls, which adjacent side walls are inter-connectable. The base member is provided with feet members, a circumambient edge and a mainly horizontal load surface. The load surface is provided with recesses extending downwards from the load surface, said recesses being arranged adjacent the edge. At least one side wall is provided with downwards extending protrusions, said protrusions being arranged to interact with said recesses. Said at least one side wall engages the base member through vertical motion.

Abstract: Collapsible bulk container (1) which includes a carrying base member (2) provided with skids (20), collapsible side walls (3) and a removable lid (5). The side walls (3) are moveably attached to the base member. The lid (5) is provided with an outer rim (51) and an inner rim (52). Two first opposite side walls (31 and 32 respectively) are provided with coupling means (35) protruding perpendicularly from the outside face of said first side walls (31 and 32 respectively) and being arranged adjacent to the vertical edges of said first side walls (31 and 32 respectively). Two opposite second side walls (33 and 34 respectively) are provided with coupling rim (37) arranged perpendicularly on the rear face, along both vertical edges of said second side walls (33 and 34 respectively).

Abstract: Collapsible container which includes a carrying base part, a plurality of collapsible side walls and a lid. A first and second side wall are movably attached to an upper frame member via upper hinge members. The first and second side walls are further parted into each an upper and lower section via a vertical folding line. An upper edge of a third and fourth side wall are each provided with at least one locking lip limiting the outwards movement of the third and fourth side walls by interacting with an inner edge of the upper frame member. The lid is provided with an inner rim which is interacting with the inner edge and with the locking lips thereby limiting inward movement of the third and fourth side walls while the lid is arranged on the collapsible container.

Abstract: A process for the manufacturing of an article made of plastic material, the article comprising an expanded foam filled core with an average density in the range 50-600 kg/m3 and a solid or semi solid outer skin with an average density above 700 kg/m3. The process comprises the steps of injecting a predetermined amount of molten thermoplastic material into the cavity of a closed mould, the thermoplastic material containing an expanding agent followed by allowing the thermoplastic material to solidify somewhat closest to the surface of the whereby a skin is formed. A first portion of the mould is then retracted while a second portion of the mould is retained in a closed position, whereby a volumetric increase of the mould cavity is achieved. The pressure in the mould hereby decreased allowing the expanding agent to expand the thermoplastic material. The molten thermoplastic material is then allowed to cool and solidify to a degree where the mould may be opened and the article is removed from the mould.

Abstract: Collapsible container, preferably a collapsible bulk container, for the transport and storage of fluent and particle bulk goods. The bulk container includes a carrying base member which is provided with skids, collapsible side walls, preferably a so called liner in the form of a bag shaped inner layer and a lid. The side walls are moveably attached to the base member via hinges and that adjacent side walls are joinable. The lid is provided with one or more profiles, which profiles are intended to exert pressure on a part of the upper side of a filled liner, whereby the possibility for the liner to move in relation to the collapsible container during transport is reduced.

Abstract: Collapsible container (1) for transport and storage, which container includes a carrying base part (20), collapsible side walls (30). The side walls (30) are moveably attached to the base part (20). Adjacent side walls (30) are inter-connectable. At least two long side walls (30I and 30II) each are provided with a first and a second horizontal folding line (31 and 32 respectively) by being provided with hinges (3). The first horizontal folding line (31) constitutes the lower end (33) of the side wall (30) at which the side wall (30) connects with the base part (20). The second horizontal folding line (32), which divides the side wall (30) into an upper side wall part (30U) and a lower side wall part (30L), is placed at a distance from the first horizontal folding line (31), between the lower end (33) and upper rim (34) of the side walls (30). The two horizontal folding lines (31 and 32 respectively) are mainly parallel.

Abstract: A process for the manufacturing of non-reinforced load carriers (1) of thermoplastic material. Sheet-shaped work pieces (2) and extended bar sections (3) are manufactured by means of an extruder. The work pieces (2) and bar sections (3) are allowed to cool and post-shrink after the manufacturing. An upper and a lower deck member (11 and 12 respectively) are molded in a number of molds comprising mold halves. A first mold contains shaping cavities being a negative representation of the upper deck member (11). A second mold gives shape to a lower deck member (12). The work pieces (2) are molded against each one cavity by means of vacuum and are pressed together while still hot whereby a hollow unit is formed. Skids (3′) are molded in a similar way. The parts are allowed to cool and post-shrink whereupon they are joined with each other via a number of joining areas (10).