Abstract: A brake operating arrangement (18) comprises a cam member (22) operable on a brake mechanism (36) for braking a wheel (34). The brake mechanism (36) is movable between a braking condition and a non-braking condition. The cam member (22) is rotatable to move the brake mechanism (36) to the braking condition. The brake operating arrangement (18) further includes a drive member (44) movable in drive and return directions; and a ratchet mechanism (46) to rotate the cam member (22) when the drive member (44) is moved in the drive direction. The ratchet mechanism (46) is connected to the drive member (44) and the cam member (22).

Abstract: A ratchet spool (59) for use in a winding assembly (16) is disclosed. The ratchet spool (59) is rotatable about a principal axis (61). The ratchet spool (59) comprises a main part (20) and a plurality of ratchet teeth (60) arranged circumferentially around the main part (20). The ratchet teeth (60) are engageable by a ratchet arrangement (18) for driving the ratchet spool (59) in a driving direction about said principal axis (61). The ratchet spool (59) also has a drive formation (21) for driving the ratchet spool (59) in said driving direction.

Abstract: A layer pad (10) comprises a substantially flat sheet (12) having first and second opposite substantially planar faces (14, 16). The layer pad (10) further includes at least one raised formation (18) on at least one of the faces (14, 16).

Abstract: A load cap (10) comprises a central portion (12) having an edge (14), and a rim arrangement (16) on the edge. The rim arrangement comprises a plurality of corrugations (20) extending substantially parallel to the edge.

Abstract: A container (10) comprises a base (12), upstanding walls (14) on the base and a lid arrangement (16) pivotally attacked to at least one of the walls at a hinge (17). The lid arrangement is pivotally moveable about the hinge from an open position to a closed position. When the lid arrangement (16) is in the open position, the container (10) can be nested within a similar further container having a similar further lid arrangement, and the lid arrangement (16) can be received within the further lid arrangement in a nested condition of the lid arrangements.

Abstract: A displacement arrangement for use in a combination dolly-pallet includes an impelling member movable between first and second positions. A linkage is pivotally connected to the impelling member. When the impelling member moves between the first and second positions, the linkage moves pivotally relative to the impelling member to an extended position.

Abstract: A load capping arrangement (10) for stabilizing a load (100) comprising a plurality of articles (102) is disclosed. The load capping arrangement comprises a central region (12) for engaging at least some of the articles. A rim arrangement (15) extends around the central region and the rim arrangement is deformable from a non-deformed condition to a deformed condition around the load.

Abstract: A load carrying apparatus (10) comprising a body (12) and a roller arrangement (18, 22) to allow the apparatus to be moved along the ground. The load carrying apparatus includes a bearer arrangement (34, 36) movable relative to the body between a ground engaging condition in which the bearer arrangement can engage the ground and a retracted condition in which the bearer arrangement is retracted. The load carrying apparatus includes shielding members on the body, separate from the bearer arrangement, the shielding members (28) extending around the roller arrangement. In one embodiment, the load carrying apparatus comprises a combination dolly-pallet.

Abstract: A method of handling a load comprising a plurality of articles (100) is disclosed. The method comprises providing a lifting assembly (10) comprising a plurality of carrying arrangements (12) arranged one above another. The carrying arrangements are movable between proximate and separated conditions, whereby adjacent carrying arrangements are spaced from each other by a greater distance in the separated condition than in the proximate condition. The method further includes disposing the articles on the carrying arrangements when the carrying arrangements are in the proximate condition, and moving the carrying arrangements to the separated condition, thereby moving the articles to a spaced configuration. With the carrying arrangements in the separated condition, the method includes delivering the articles to a support assembly (104) to dispose the articles at the support assembly in the spaced configuration.

Abstract: A load securing system comprises a tensioning member (18), and a securing member (22) on the tensioning member. First and second containers (12) can be arranged adjacent each other in an array of containers. Each of said first and second containers has a cooperating formation (28) to cooperate with the securing member. The tensioning member can extend across the containers to the aforesaid cooperating formations, and the securing member can be secured to the cooperating formations. The tensioning member can be tensioned to secure the first and second containers to each other.

Abstract: A load carrying apparatus (10) comprising a body (12) and a roller arrangement (18, 22) to allow the apparatus to be moved along the ground. The load carrying apparatus includes a bearer arrangement (34, 36) movable relative to the body between a ground engaging condition in which the bearer arrangement can engage the ground and a retracted condition in which the bearer arrangement is retracted. The load carrying apparatus includes shielding means on the body, separate from the bearer arrangement, the shielding means (28) extending around the roller arrangement. In one embodiment, the load carrying apparatus comprises a combination dolly-pallet.

Abstract: A device for use on palletized loads of containers for maintaining tension in vertical strapping comprises a rectangle (20) having outer dimensions commensurate with the dimensions of a pallet or dolly on which. containers are to be stacked in layers, each side of the rectangle comprising upper and lower leaves (21L, 22L) diverging from hinge means at the inner edge of the side, the lower leaves (22L) of all four sides being disposed in a common plane, and spring means (23) urging the outer edges of the upper and lower leaves apart.

Abstract: A load-carrying dolly having four wheels (6, 7) adjacent the corners of its platform (1) is rendered immobile by conversion to a pallet-like condition by lowering bearers (9, 10, 11) into contact with the floor or ground (24) and then raising the platform (1) slightly to raise the wheels (6, 7) clear of the floor or ground by means of either of two pedals (25, 32), one below each end of the platform (1), with linkage (of either of two forms, not shown) to bars (23) connecting in “slave” pairs of toggle links (20, 21) by means of which the bearers are suspended through beams (33) connecting upward extensions (12, 13, 14) at the ends of the bearers (9, 10, 11), the toggle links in each pair becoming locked by mating abutments (28) coming together when the links have passed slightly beyond in-line position, the mechanical advantage of the depressed pedal (25 or 32) being amplified by that of the pairs of toggle links when passing through in-line positions.

Abstract: A load securing system comprises a tensioning member (18), and a securing member (22) on the tensioning member. First and second containers (12) can be arranged adjacent each other in an array of containers. Each of said first and second containers has a cooperating formation (28) to cooperate with the securing member. The tensioning member can extend across the containers to the aforesaid cooperating formations, and the securing member can be secured to the cooperating formations. The tensioning member can be tensioned to secure the first and second containers to each other.

Abstract: A preferred form of slip sheet (62) for use between layers (L) of containers, especially bottles (20), in a palletised load, comprises a rectangular board (63) having marginal portions (34) formed with corrugations (65, 66) extending perpendicular from their edges and merging into the general plane of the board (63), whereby, in use, a ‘throat’ (TD) is formed between the upward corrugations (66) on a lower slip sheet (62) and the downward corrugations (65) on an upper slip sheet (62) which prevents ‘walking’ of the outermost rows of bottles (20) in the intervening layer. Curved corners of the board (63) are provided with diverging corrugations (65X, 66X) to prevent ‘walking’ of bottles (20) from the corners of layers (L). A plurality of such slip sheets (62) can be stacked compactly and with great stability by virtue of the corrugations (65, 66) nesting in the corrugations of neighbouring slip sheets.

Abstract: A load-carrying dolly having four wheels (6, 7) adjacent the corners of its platform (1) is rendered immobile by conversion to a pallet-like condition by lowering bearers (9, 10, 11) into contact with the floor or ground (24) and then raising the platform (1) slightly to raise the wheels (6, 7) clear of the floor or ground by means of either of two pedals (25, 32), one below each end of the platform (1), with linkage (of either of two forms, not shown) to bars (23) connecting in “slave” pairs of toggle links (20, 21) by means of which the bearers are suspended through beams (33) connecting upward extensions (12, 13, 14) at the ends of the bearers (9, 10, 11), the toggle links in each pair becoming locked by mating abutments (28) coming together when the links have passed slightly beyond in-line position, the mechanical advantage of the depressed pedal (25 or 32) being amplified by that of the pairs of toggle links when passing through in-line positions.