Abstract: A load moving apparatus including: a ground engaging device configured for rotation about a substantially horizontal axis; a drive member for driving the at least one ground engaging device; a transmission member operably connected to the drive member and the ground engaging device for transmitting drive from the drive member to the ground engaging device; a chassis member which extends along an axis A for supporting the ground engaging device and the drive member, said chassis member including first and second surfaces which define outermost surfaces of the chassis member and which are spaced a first radial distance from the axis A; wherein the drive member extends a second radial distance from the axis A; wherein the second radial distance is greater than the first radial distance.

Abstract: A main body including a front portion and a rear portion; a ground engaging device configured for rotation about a substantially horizontal axis A; a drive member for driving the at least one ground engaging device; and a transmission member operably connected to the drive member and the ground engaging device for transmitting drive from the drive member to the ground engaging device for rotating the device about the axis A; wherein the axis A lies on a substantially vertical plane X, said plane X positioned between the front portion and the rear portion; and wherein the drive member is positioned in the rear portion of the main body.

Abstract: A load moving apparatus including: a main body having a receiving portion for receiving a weight member; at least one ground engaging device supported on or by the main body; wherein the apparatus is configured to adopt either of first or second respective configurations; wherein in the first configuration a first weight member is receivable by the receiving portion, and in the second configuration a second weight member is receivable by the receiving portion, and wherein the first weight member is different to the second weight member.

Abstract: A telescopically adjustable shelf divider for dividing merchandise shelving having different front-to-back depth dimensions and non-standardized openings in the surfaces thereof. Front and back divider panels are formed by vertically spaced apart and horizontally extending panel-forming elements arranged so that the panel-forming elements of one divider panel lie in a common plane with the panel-forming elements of the other divider panel and at least one panel-forming element of one panel is slidably supported by a panel-forming element of the other divider panel. Retaining elements are fixed to panel-forming elements of one divider panel and extend vertically beyond a panel-forming element of the other divider panel to maintain the panels is overlapping, telescopically adjustable relation.