Abstract: A machine uses a method for producing a cup from an outer shell and inner cup. For this purpose, the machine includes first holding devices that are arranged on a first rotatably housed star- or wheel-like holding device carrier, and second holding devices arranged on a second rotatably housed star- or wheel-like holding device carrier. Further, a first working station arranged at least in the region of the first holding devices for carrying out first working steps and at least one second working station arranged in the region of the second holding devices for carrying out second working steps are provided. Finally, the machine includes a transfer station for transferring a finished outer shell from a first holding device to a second holding device.

Abstract: A combination packaging container includes a beaker-shaped inner container with a container jacket, a base and a flange projecting out from the container jacket in the region of its open end, as well as a sleeve-shaped outer part surrounding the inner container at its container jacket with end regions spaced apart from one another in the direction of a longitudinal axis. The inner container is laid against and molded onto an internal face of the sleeve-shaped outer part. The sleeve-shaped outer part is of a single-layered design between its end regions spaced apart from one another in the direction of the longitudinal axis. An end face of the outer part lying opposite the flange constitutes a standing surface for the combination packaging container.

Abstract: The invention relates to a combination packaging container (2, 2?) comprising a beaker-shaped inner container (3) with a container jacket (17), a base (18) and a flange (20) projecting out from the container jacket (17) in the region of its open end (19), as well as a sleeve-shaped outer part (4) surrounding the inner container (3) at its container jacket (17) with end regions (11, 12) spaced apart from one another in the direction of a longitudinal axis (9). The inner container (3) is laid against and molded onto an internal face (10) of the sleeve-shaped outer part (4). The sleeve-shaped outer part (4) is of a single-layered design between its end regions (11, 12) spaced apart from one another in the direction of the longitudinal axis (9). An end face (29) of the outer part (4) lying opposite the flange (20) constitutes a standing surface for the combination packaging container (2, 2?).

Abstract: A machine uses a method for producing a cup from an outer shell and inner cup. For this purpose, the machine includes first holding devices that are arranged on a first rotatably housed star- or wheel-like holding device carrier, and second holding devices arranged on a second rotatably housed star- or wheel-like holding device carrier. Further, a first working station arranged at least in the region of the first holding devices for carrying out first working steps and at least one second working station arranged in the region of the second holding devices for carrying out second working steps are provided. Finally, the machine includes a transfer station for transferring a finished outer shell from a first holding device to a second holding device.

Abstract: The invention relates to a machine (1) and a method for producing a cup (100) from an outer shell (101) and inner cup (102). For this purpose, the machine (1) comprises a plurality of first holding devices (2) that are arranged on a first rotatably housed star- or wheel-like holding device carrier (3), and a plurality of second holding devices (4), arranged on a second rotatably housed star- or wheel-like holding device carrier (5). Further, a first working station arranged at least in the region of the first holding devices (2) for carrying out working steps (A1 . . . A4) and at least one second working station arranged in the region of the second holding devices (4) for carrying out working steps (B1 . . . B5) are provided. Finally, the machine (1) comprises a transfer station (6) for transferring (A4, B1) a finished outer shell (101) from a first holding device (2) to a second holding device (4).

Abstract: The invention relates to a machine (1) and a method for producing a cup (100) from an outer shell (101) and inner cup (102). For this purpose, the machine (1) comprises a plurality of first holding devices (2) that are arranged on a first rotatably housed star- or wheel-like holding device carrier (3), and a plurality of second holding devices (4), arranged on a second rotatably housed star- or wheel-like holding device carrier (5). Further, a first working station arranged at least in the region of the first holding devices (2) for carrying out working steps (A1 . . . A4) and at least one second working station arranged in the region of the second holding devices (4) for carrying out working steps (B1 . . . B5) are provided. Finally, the machine (1) comprises a transfer station (6) for transferring (A4, B1) a finished outer shell (101) from a first holding device (2) to a second holding device (4).

Abstract: The invention relates to a combination packaging container (2, 2?) comprising a beaker-shaped inner container (3) with a container jacket (17), a base (18) and a flange (20) projecting out from the container jacket (17) in the region of its open end (19), as well as a sleeve-shaped outer part (4) surrounding the inner container (3) at its container jacket (17) with end regions (11, 12) spaced apart from one another in the direction of a longitudinal axis (9). The inner container (3) is laid against and moulded onto an internal face (10) of the sleeve-shaped outer part (4). The sleeve-shaped outer part (4) is of a single-layered design between its end regions (11, 12) spaced apart from one another in the direction of the longitudinal axis (9). An end face (29) of the outer part (4) lying opposite the flange (20) constitutes a standing surface for the combination packaging container (2, 2?).

Abstract: As part of a method for producing a combination packaging container (28), which combination packaging container (28) comprises a beaker-shaped plastic inner part (15) and a casing-type outer part (14) surrounding the plastic inner part (15) and retained on the external face of the plastic inner part (15) in an interlocking arrangement, and by which method the two parts (14, 15) are pushed one in the other in an interlocking arrangement, the assembly process is improved due to the fact that the outer part (14) is retained in a holder (13) and the plastic inner part (15) is introduced into the outer part (14) retained in the holder (13) and then pushed down into the outer part (14) so as to interlock.

Abstract: The packing container has an outer container shaped from a card blank (7) and an inner container deep drawn from a plastic sheet. The strong, but manually detachable connection between the outer and inner containers of the packing container takes place positively, in that during the deep drawing of the inner container bulges are formed in its wall, which penetrate cutouts (39 to 44) of the outer container. Thus, for separate waste disposal purposes, the outer container can be completely and easily separated again from the inner container.

Abstract: For a separate waste disposal of the aluminum foil inner coating (9) of a packing container produced in a winding process, the overlapping foil edges (16, 17) are only glued together at a distance from a foil outer edge (18). The unglued overlapping foil edge (21) makes it possible to peel the inner coating (9) from the cardboard body, after removing the bottom diaphragm of the packing container. The peeling movement starts on removing the bottom diaphragm, in that its rim is glued to the unglued, overlapping foil edge. A gripping tab is provided on the bottom diaphragm to permit the removal thereof.

Abstract: For separate waste utilization of the plastic and cardboard parts of a used packing container (1), the cardboard sleeve (5) reinforcing its circumferential wall (2) and only positively connected thereto has a desired separation strip (10), whose operation leads to the separation thereof. The desired separation strip (10) is formed on the overlap area of the cardboard sleeve (5). It only has one weakening line (16) bounding it on one side and concealed by the overlap. On tearing, the inner overlap edge (13) acts as a cutting edge for the outer overlap layer.