A smoking article (10) includes a hollow cylindrical member (11) provided with a heat generating member (13) at its distal end portion and a mouthend portion (17) at its proximal end portion, and a flavor generating member (15) provided adjacent to the heat generating member (13) within the cylindrical member(11). The flavor generating member (15) includes a plurality of granules (151) each containing 65 to 93% by mass of a substantially non-porous inorganic filler material, 1 to 3% by mass of a binder and 6 to 32% by mass of a flavoring substance, on a dry mass basis.

The smoke pot, containing a powder charge (4) and an igniter, consists of an outer support (2) for an inner container (1) that holds the charge and has an aperture in its base closed by a thermo-fusible seal (3). The inner container is in the shape of a truncated cone that tapers towards its base and is open at the top, and the heat to burn the powder charge is provided by a charcoal pellet (5) with a cavity in its upper face to receive the part of the container base with the seal, while a spring (7) and plastic film disc (9) hold the pellet against the base. A second thermo-fusible seal (20) covers the top of the container.

Packing has cube-shaped folding box of paperboard and therein arranged strip shaped blisterpack (B), the reclosable folding box is designed as child proof. The folding box and blisterpack has co-operating means, which is so arranged that the complete removal of the blisterpack from the folding box is prevented.

Packing has cube-shaped folding box of paperboard and therein arranged strip shaped blisterpack (B), the reclosable folding box is designed as child proof. The folding box and blisterpack has co-operating means, which is so arranged that the complete removal of the blisterpack from the folding box is prevented.

1. A process for the production of a pack for a material capable of flow, comprising side walls (1) which are connected together in a tubular configuration by way of at least one longitudinal sealing seam and end walls (2) which are applied to the ends of a tube which is of round cross-section and form the bottom (2) and the top of the pack, wherein the side walls (1) comprise cardboard which is coated at least on one side with thermoplastic material, the bottom (2) of the pack as a flat wall portion is disposed on a tool (8) and together with same moved vertically towards the edge (3) of the tube, with the free edge (3) or the side walls (1) being flanged out by 20 degrees to 40 degrees relative to the vertical, it is thereupon pressed on to the edge (3) and the edge (5) of the bottom (2) is sealed on to the edge (3) of the tube, thereupon the tool (8) is withdrawn, and wherein finally the sealed edges (3, 5) of the side wall (1) and the bottom (2) are raised into the vertical again, characterised in that, after the edge (5) of the bottom has been sealed on to the edge (3) of the tube, when the tool (8) is withdrawn, the outer edge (5) of the bottom (2) is laid over around the free edge face (4) of the side edge (3) and is laid over through 180 degrees relative to the inward side outwardly on to the outside surface of the side wall (1) and is welded there.

Device for distributing bulky material into bunkers (12', 12'') arranged above the mouth (11) of a blast furnace comprises a bulky material reversing flap (33) assigned to inlet openings (31, 32) to open and close the openings. When the inlet opening (32) is open, the other inlet opening (31) is closed and vice versa.

Device and method for mounting ends of a handle into slits of a package. The device includes guide rails which guide and orient the ends of the handle from a first position to a second position, wherein, in the second position, the ends of the handle are oriented in a direction that is perpendicular to the slits of the package. The method includes moving the handle towards the guide rails, guiding the handle with the guide rails until the handle assumes the second position, and inserting the ends of the handle into the slits of the package. This abstract is neither intended to define the invention disclosed in this specification nor intended to limit the scope of the invention in any way.

The paper winding machine has a large support roller (1) which fits against the roll (3) of paper. Two smaller support rollers (4, 5) are mounted above the large roller, on either side of it, so that they form a nip with the paper roll.

A film of a ribbon-shaped synthetic material (20) is wound as a roll on a supporting core (14). At least one of the side edges of the film ribbon is incised with small cuts (18) at right angles to said side edges, at spaced intervals along it.

The invention relates to a plastic charge air tank or coolant tank (5) comprising at least one tie rod (10) that is integrated thereinto and is connected thereto as a single piece or in a fixed manner. The tie rod (10) is provided with at least one continuous hollow space which extends along the longitudinal axis thereof.