Abstract: Transport pallet consisting of a first and second opposite short side and a first and second opposite long side. The bearing surface is constituted by a framework consisting of a number of mutually parallel extending elongate ribs and a number of mutually parallel extending transversal ribs extending perpendicularly to the elongate ribs. A number of legs are formed as an extension of the ribs and extend downward from the bearing surface and mutually distributed below the same. The short sides are similarly formed with fork lift pockets. The rib extension is formed with an inclination, so that the legs narrow in a direction away from the pallet underside.

Abstract: Transport pallet consisting of a first and second opposite short side and a first and second opposite long side. The bearing surface is constituted by a framework consisting of a number of mutually parallel extending elongate ribs and a number of mutually parallel extending transversal ribs extending perpendicularly to the elongate ribs. A number of legs are formed as an extension of the ribs and extend downward from the bearing surface and mutually distributed below the same. The short sides are similarly formed with fork lift pockets. The rib extension is formed with an inclination, so that the legs narrow in a direction away from the pallet underside.

Abstract: A foldable bicycle trailer has at least two main frames (1,2) disposed symmetrically about a central plane. These are connected by crossbars. The frames (1,2) stand on wheels (21,22) or on any other movable interface on its either side. The crossbars comprise a first element which is substantially flat in unfolded state, having at least two parallel foldable arms (9a, 10a) and a second element which is substantially upright in unfolded stage, also having at least two parallel foldable arms (11a, 12a). The foldable arms (9a, 10a, 11a, 12a) of each of first and second elements are connected by hinges (5, 6, 7,8) for connecting the foldable segments of each foldable arm.

Abstract: A foldable bicycle trailer has at least two main frames (1,2) disposed symmetrically about a central plane. These are connected by crossbars. The frames (1,2) stand on wheels (21,22) or on any other movable interface on its either side. The crossbars comprise a first element which is substantially flat in unfolded state, having at least two parallel foldable arms (9a, 10a) and a second element which is substantially upright in unfolded stage, also having at least two parallel foldable arms (11a, 12a). The foldable arms (9a, 10a 11a 12a) of each of first and second elements are connected by hinges (5, 6, 7,8) for connecting the foldable segments of each foldable arm.

Abstract: A raising and lowering device for support of load, where the raising and lowering device includes a first beam, a second beam, and at least one profile element. Each of the first and the second beam is connected to the at least one profile element through at least one strut. One end of each strut is supported through a slide and pivot connection and an opposite end of each strut is supported through a pivot connection. The device further includes at least one synchronizing element rotatably supported at each end of the at least one profile element. The at least one synchronizing element extends in a loop substantially around the entire length of the profile element, to which at least one synchronizing element each of the first and second beams, via a bracket, is connected to such that the first and second beams are movable relative to each other between a retracted position and an extended position of the raising and lowering device.

Abstract: A raising and lowering device for support of load, where the raising and lowering device includes a first beam, a second beam, and at least one profile element. Each of the first and the second beam is connected to the at least one profile element through at least one strut. One end of each strut is supported through a slide and pivot connection and an opposite end of each strut is supported through a pivot connection. The device further includes at least one synchronizing element rotatably supported at each end of the at least one profile element. The at least one synchronizing element extends in a loop substantially around the entire length of the profile element, to which at least one synchronizing element each of the first and second beams, via a bracket, is connected to such that the first and second beams are movable relative to each other between a retracted position and an extended position of the raising and lowering device.