Abstract: The invention relates to a method for producing or machining a work piece in the form of a cylindrical hollow body, especially a container (an outer wall of a container), a barrel or a cask. According to the inventive method, the work piece is held so that the longitudinal axis thereof is oriented vertically and is then machined, especially formed, edged and provided with beads, a bottom and a lid. The method is characterised in that the work piece is moved at the transfer level and is lowered into a working area of a machining device, especially a shaping machine, for machining. The machining device is arranged underneath the transfer level.

Abstract: A rolling machine for processing a metal container which has a longitudinal seam and is made from a flat metal plate to form a cylindrical body having adjacent or overlapping butt edges securely joined to one another by folding or welding, whereupon a disk-shaped lower bottom and, optionally, a respective upper bottom, is welded or folded to the cylindrical body to form a closed container, or an open-topped container, respectively, is configured as a continuous rolling machine and includes an upper carrier frame; an upper rolling drum rotatably supported in the upper carrier frame; a lower drum stand; and a driven lower rolling drum rotatably mounted in the lower drum stand.

Abstract: A rolling machine for processing a metal container which has a longitudinal seam and is made from a flat metal plate to form a cylindrical body having adjacent or overlapping butt edges securely joined to one another by folding or welding, whereupon a disk-shaped lower bottom and, optionally, a respective upper bottom, is welded or folded to the cylindrical body to form a closed container, or an open-topped container, respectively, is configured as a continuous rolling machine and includes an upper carrier frame; an upper rolling drum rotatably supported in the upper carrier frame; a lower drum stand; and a driven lower rolling drum rotatably mounted in the lower drum stand.

Abstract: In the method of testing a folded-seam connection (2) of a receptacle (1), a sectional image through the folded-seam connection (2) is generated in at least a partial segment (3) of the folded-seam connection (2) by way of an X-ray computer tomographer. The device for executing this method has at least one computer-tomography device (CT device) that has at least one X-ray source (10) and one X-ray detector (11). A holding device (30) holds the receptacle (1) with the folded-seam connection (2) such that at least a partial segment (3) of the folded-seam connection (2) is located in the beam path (S) between the X-ray source (10) and the X-ray detector (11).

Abstract: Apparatus for applying of coating material on target objects (11), consisting of at least one painting cabin (10). A conveyor is passing the objects (11) step wise through the cabin (10) and through an adjacent evaporation cabin (30). The painting cabin (10) is divided into two adjacent zones consecutive in the direction of the conveyor movement through which zones air currents (V4a, V4b) are passed one after the other. Air currents (V2, V5) being drawn from the zones are washed and cleaned in related color particle separator devices (12a, 12b) and heated with heaters (22,24) above the respective due points. The solvent loaded discharge air currents (V10, V11) are fed from the evaporation cabin (30) into a combustion plant.The air currents are adjusted in such manner that in the entrance area underpressure exists and a fresh air current (V1) is passing into the cabin (10). A security control and maintainance equipment is described.