Abstract:
Device for loading packages into a cargo hold (3) particularly of an aircraft, wherein loading is effected through a conveyor (4) including a plurality of transport paths (41-43). This conveyor is progressively loaded with packages and moved into the rear area of the cargo hold (3). In order to absorb the longitudinal peak forces possibly occurring particularly during loading and unloading, longitudinal beams (7 and 8) are provided which are mounted on the floor side and support the deflection means (6) against the fixedly mounted drive means (5). Hereby the occurring longitudinal forces may effectively be absorbed within the loading system without the aircraft fuselage (1) being weakened through additional holding means in particular in the side wall area, or even damage being caused to the hull of the aircraft.
Abstract:
The machine comprises a frame (1) on which is mounted a bunker (2) for a fluid material, located inside a hermetic chamber (4) provided with an inlet connected to a source (5) of a working medium, and a device for displacing the fluid material, which consists of a drum (6) with a flexible sleeve (7) wound on it connected to a drive. The internal cavity (B) of the sleeve (7) is connected to the bunker (2). The loose end of the sleeve (7) passes through an outlet of the chamber (4), is turned inside out and hermetically fixed along the perimeter of the chamber (4) so as to form an annular cavity (A).
Abstract:
The invention relates to a transport vehicle comprising a load compartment having a front side and a rear side and a loading floor for supporting the load. The loading floor comprises conveyor belt means (3) that are movable in a direction of movement between said front side and said rear side, and a support for the conveyor belt means, which is y provided with transverse slats. The transport vehicle further comprises first accumulation means (4) for accumulating the conveyor belt means (3) near the rear side of the loading floor and first driving means for driving said first accumulation means (4). Adjacent slats (10, 11) interlock for transmitting pulling forces that occur in the conveyor belt means (3) during movement thereof.
Abstract:
A flexible carrier tape (15) used for protecting components (44) while they are being transported, wherein the carrier tape comprises a strip portion having a component-receiving surface and first and second longitudinal edge surfaces. A plurality of walls (22a) extend from the component-receiving surface (14) between the first and second longitudinal edge surfaces, and the walls extend longitudinally along the carrier tape. The carrier tape further comprises an adhesive (42) on at least a portion of the component-receiving surface between at least one of the plurality of walls and one of the first and second longitudinal edge surfaces.
Abstract:
A loading device for loading and unloading of a loading space comprising a framework having longitudinal profile strips (7, 8, 16) and transverse coal-fibre foils (5, 6) between which a slide cloth (9) is adapted. A partition (20) limits the loading space and is connected to a transport cloth (21) which extends forwards above the slide cloth to the front end of the loading space and over the front foil (5) and backwards below the slide cloth and at the other end being connected to several pull bands (23) which extend further backwards to the inner end of the loading space below the slide cloth and then forwards above the slide cloth and to the other side of the partition. Two nuts (26, 27) are attached to the partition and cooperate with two longitudinal drive screws (24, 25). The screws are anchored in the longitudinal direction by sleeves (32) in either end said sleeves having axial needle bearings as well as radial roller bearings. Two outer longitudinal profile strips (16) are provided with overhangs for grasping sponge-like rivets in the side edge of the transport cloth in order to stretch the slide cloth in the side direction. The loading device is attached in the loading space by means of locking borders and attachment members.
Abstract:
Es wird eine Transportvorrichtung vorgeschlagen, umfassend zumindest einen Mover (20), der zumindest einen Magneten (19), vorzugsweise Permanentmagnet, umfasst und der mit einer einer Antriebsfläche (13) zusammenwirkt, so dass der Mover (20) gegenüber der Antriebsfläche (13) in zumindest zwei Freiheitsgraden verschiebbar und/oder drehbar bewegt werden kann, wobei zumindest eine Schutzvorrichtung (40) vorgesehen ist, die zwischen Antriebsfläche (13) und Mover (20) angeordnet ist.
Abstract:
Transport device (10) to transport support elements (11) in order to make photovoltaic cells or other electronic circuits, comprising a conveyor belt having a supporting surface on which the support elements (11) are positioned. The conveyor belt comprises at least a film (13) made of flexible plastic material and having a surface (15) covered, at least partly, with an adhesive material, and which defines the supporting surface. The adhesive material prevents the movement of the support elements (H) with respect to the film (13).
Abstract:
An agricultural machine comprises a chassis (1) and a device for displacing a working organ (9) along the surface of the field, which contains a hermetic chamber (3) with a window (4), a source of a fluid agent pumped into the chamber (3) under pressure and a flexible sleeve (7) which is wound on a drum (5) and which contains a traction element (8) inside it. A device which carries the working organ (9) is mounted on a section of the traction element (8) coming out at the loose end of the sleeve (7) and is movably connected to the flexible sleeve (7). The loose end of the sleeve (7) passes through the chamber (3), is turned inside out and hermetically fixed in the window (4) of the chamber (3). The annular cavity thus created (A) is connected to the chamber (3) and under the influence of the fluid agent changes its volume and displaces along the field the sleeve (7) which pushes in front of it the device carrying the working organ (9).