Abstract:
Ein Scherenhubtisch weist eine Tragvorrichtung (10) und eine Basisvorrichtung (11) auf. Zwischen diesen ist eine Schere aus miteinander gekreuzten und um eine Scherenachse (6) relativ zueinander verschwenkbaren sowie aus einer Mehrzahl jeweils parallel zueinander angeordneter Scherenblätter (1) bzw. (2) gebildeten ersten und zweiten Scherenblattanordnungen angeordnet. Die Tragvorrichtung (10) kann mittels eines über wenigstens ein Zugmittel (4) beweglichen Hubwagens (3) durch Aufwickeln des Zugmittels (4) von der Basisvorrichtung (11) weg bewegt und dadurch zum Öffnen der Schere angehoben und durch Abwickeln des Zugmittels (4) auf die Basisvorrichtung (11) zu bewegt und dadurch zum Schließen der Schere abgesenkt werden. Es ist wenigstens eine zur Regulierung der Hublast während des Hubvorgangs ausgebildete Hubkurve (8) vorgesehen, auf der der Hubwagen (3) während des Anhebens bzw. Absenkens der Tragvorrichtung (10) entlang läuft. Die Hubkurve (8) ist an der Basisvorrichtung (11) befestigt und der Hubwagen (3) ist zwischen der Hubkurve (8) und der ersten, schwenkbar an der Basisvorrichtung (11) angelenkten Scherenblattanordnung (1) geführt.
Abstract:
The invention provides for a pallet turntable (1). The turntable (1) comprises a stationary bottom part (2) and a movable top part (3) comprising a platform (4) suitable for receiving a pallet (5), wherein the movable top part (3) is arranged linearly displaceable in a vertical direction with respect to the stationary bottom part (2). The turntable (1) further comprises guide means for guiding an angular displacement around a direction of the vertical linear displacement in dependency of the linear displacement, at least when the movable top part (3) is being vertically linearly displaced in a direction towards the stationary bottom part (2). The invention further provides for a method for turning a pallet (5) and use of a pallet turntable (1).
Abstract:
Die vorliegende Erfindung betrifft eine Aufnahmevorrichtung für Kraftfahrzeugbaugruppen, insbesondere für Aggregate von Nutzfahrzeugen um einen einfachen, sicheren und flexiblen Aus- und Einbau der Baugruppen zu ermöglichen. Die erfindungsgemäße Aufnahmevorrichtung (1) umfasst einen Aufnahmeträger (10); mindestens einem auf dem Aufnahmeträger (10) befestigten Aufnahmeelement (20); einem ersten Schwenkmechanismus des Aufnahmeträgers bestehend aus einem ersten Scherenhubelement (30) und einem ersten Trägerarm (40),wobei das erste Scherenhubelement (30) mit dem Aufnahmeträger (10) und einem ersten Endbereich (41) des ersten Trägerarms (40) verbunden ist; wobei ein zweiter Endbereich (42) des ersten Trägerarms (40) an dessen Oberseite gelenkig mit dem Aufnahmeträger (30) in Verbindung steht und an dessen Unterseite ein Befestigungselement (43) zur Befestigung auf einem als Linearaktuator ausgebildeten Vertikalträger aufweist.
Abstract:
An improved handling device for driving, immersing/removing and rotating motor vehicle, truck cabin, van and metal article vessel bodyworks into/from processing basins is characterized in that said device comprises a sliding frame designed for sliding on sliding rails, driven by one or two driving chains, and supporting a pair of arms bearing, at their free end portion, a swinging platform, in turn adapted to bear a skid for supporting a bodywork, the sliding frame comprising one or two winch assemblies driving respective pulleys thereon are entrained ropes, belts, chains or the like, and being associated with a respective arm at a swinging shaft, said sliding frame comprising moreover two rack assemblies, therealong slide respective end portions of the arms coupled to the frame, said swinging platform being driven by a chain driving system.
Abstract:
A device (1) for driving, dipping and turning bodyworks of motor vehicles, vans, truck cabs and metal article vessels, into processing basin, and for withdrawing the above elements from the processing basins, comprises a slidable framework (5), which can slide on sliding rails (4), supporting a pair of arms (10) bearing, at free end portions thereof, a swinging shaft (11) adapted to bear a supporting skid (32) for supporting a bodywork, the sliding framework (5) comprising at least a winch (7) driving a drum (8), for winding a rope (9) coupled to a respective arm at the swinging shaft, the slidable framework further comprises at least a rack (6), therealong an end portion of the respective arms coupled to framework slides.
Abstract:
A lift platform, which comprises a working plane (1), a base (2), and at least one scissor-like articulation mechanism (3) interconnecting the working plane (1) and the base (2). The working plane (1) is fitted displaceable substantially vertically relative the base (2) by means of the scissor-like articulation mechanism (3) and at least one hydraulic lifting cylinder (36) connected to same. The first articulated arms (31) of the crosswise articulated arms in the lowermost scissor-like articulation mechanism (3) are attached to the base (2) by the intermediate of a tilting mechanism (3). The tilting mechanism (4), by means of which the working plane (1) is arranged tiltable in the longitudinal direction by tilting the whole scissor-like articulation mechanism (3). The tilting mechanism (4) comprises at least one tilting arm (41) or equivalent, which is by one of its ends attached to the said first articulated arms (31) by means of an articulated joint (35). The tilting arm (41) is fitted so as to be pivoted around the articulation point (42) between the said tilting arm (41) and the base (2) by means of a tilting cylinder (43) or equivalent.
Abstract:
Hoisting device for the lifting of a vehicle or similar and comprising a rectangular supporting framework (2), a lifting beam (10), between which a hoisting jack (8) is placed. In order to maintain the lifting beam (10) in parallel arrangement with the supporting framework (2), there is a pair of pivotable fork elements (14, 15) extending between the supporting frame work (2) and lifting beam (10), and these elements are in communication with each other through force transferring means (16, 17) causing the fork elements (14, 15) to pivot synchronously but in opposite directions in a plane parallel with the longitudinal axes of the rectangular supporting framework (2).
Abstract:
A side saddle slingshot drilling rig includes a left and right substructure including a left and right lower box. The side saddle slingshot drilling rig includes a drill rig floor mechanically and pivotably coupled to the left and right lower boxes such that it is pivotably movable from a lowered position to a raised position. The drill rig floor includes a V-door. The V-door is positioned on the V-door side of the drill rig floor. The V-door side of the drill rig floor is oriented to face the right substructure. A mast coupled to the drill rig floor may include an open side, defining a mast V-door side. The mast V-door side may be oriented to face the right substructure. The mast may pivot into its raised position or may be a bootstrap mast.