Abstract: Disclosed is a manually length-adjustable fork for a lifting device such as a forklift truck, a forklift truck provided therewith, and a method therefor. The fork includes a fixed fork part; an adjustable fork part displaceable relative to the fixed fork part and provided from a tubular profile which is for a large part open on the side facing downward during use; and a locking mechanism connected to the fixed fork part and provided with a locking catch, a spring mechanism and a fastener accessible from an underside for manual operation of the locking catch.

Abstract: A stacker includes a frame, forks connected to the frame and provided with a support part having at least one support wheel, and a carrier part provided movably relative to the support part for carrying the goods for displacement. The carrier part is provided with a double roller device. The double roller device includes a number of first roller elements located a distance from each other and having a roll surface, and a number of second roller elements located above the first roller elements and having a roll surface. The roll surface of the first roller elements lies against the roll surface of the second roller elements. The roller elements engage movably in vertical direction on the frame in a guided manner so as to extend the second roller elements in selective manner above the upper surface of the load platform.

Abstract: A lifting fork board includes: a frame provided with coupling means for coupling the fork board to a transport vehicle; an upright arranged on the frame and provided with a recess; and a cylinder arranged wholly or partially in the recess of the upright for the purpose of lifting the frame.

Abstract: A push-pull device (4), a fork-lift truck (2) provided therewith and a method therefor. The push-pull device comprises:—a carrier element (6) on which the goods can be placed;—a gripping mechanism (12) for gripping goods to be transported; and—a push-off mechanism for pushing off the carrier element goods placed thereon, wherein the push-off mechanism comprises at least two drive mechanisms A lateral adjusting mechanism is preferably provided for adjusting the at least two drive mechanisms in lateral direction.

Abstract: The invention relates to a fork of a lifting device, such as a forklift truck. The fork comprises a carrier part with a proximal side where the carrier part is connected to the lifting device in the situation of use, and a distal side which is remote from the lifting device in the situation of use. The fork also comprises a sliding part which is displaceable in a direction running between the proximal side and the distal side, and which sliding part is connected to the carrier part. The fork also comprises a drive between the carrier part and the sliding part for selectively lengthening and/or shortening the fork, wherein the drive comprises an electric motor and the transmission comprises a slip coupling.

Abstract: The invention relates to a pallet truck for substantially horizontal displacement of goods, comprising: a displaceable frame; at least one elongate fork connected to the frame for carrying the goods, wherein the fork is provided with a support wheel at a distance from the frame, and wherein the fork can be selectively extended in longitudinal direction via an extending mechanism. The invention also relates to a system for extending a carrying part of a pallet truck, comprising: at least one elongate fork connectable to a frame for carrying the goods, wherein the fork is provided with a support wheel at a distance from the frame, and wherein the fork can be selectively extended in longitudinal direction via an extending mechanism. The invention finally relates to a method for use and/or control of a pallet truck and/or system.

Abstract: The invention relates to a loading platform (2,3) for displacing goods, comprising a support frame for goods (8) and at least one double roller device (7,9) arranged in longitudinal direction, wherein the double roller device comprises a number of first roller elements (9) situated at regular mutual distances and having a rolling surface (15), and a number of second roller elements (7) situated above the first roller elements and having a rolling surface (15), and wherein the rolling surface of the first roller elements lies against the rolling surface of the second roller elements, characterised in that the roller elements engage movably on the frame in vertical direction.