Abstract: For recyclability in a high value circular recycling material stream, a fluid-tight collapsible polyolefin container comprises a container body (5) formed of a container laminate (1) that is folded to a container-like body and fixed by sealing overlapping edge regions (2, 3) or by butt welding adjacent edges and optionally coated with a sheathing (4) of polypropylene to form the container body (5), said container body (5) being provided at one open end with a container head formed from polypropylene.

Abstract: The invention relates to a device (1) for forming a tube head blank (2a) of a tube blank (2) so that a tube blank with a finished tube head (2c) is obtained. It comprises a lower tool (3) with a lower tool body (3a) and a free end (3b) which has an outer shape corresponding to an inner shape of the finished tube head, over which lower tool the tube blank can be pulled so that the tube head blank to be formed comes to lie around the free end. It further comprises an upper tool (4) which can be lowered onto the lower tool with the tube blank pulled-over. The upper tool has an upper head end piece (5) with forming jaws (5a), which together form a first recess (6) that defines an outer shape of the finished tube head. The upper head end piece comprises an actuating device (5c, 7) for opening and closing the forming jaws. The device further comprises a temperature control system for heating the upper tool to a temperature as intended.

Abstract: SUMMARY The invention relates to a method and a device for expanding at least a section of an initial tube blank (2) made of plastic or metal in such a way that an expanded tube blank (1) is obtained which tapers in the direction of an end of the tube blank that is not affected by the expansion process. The initial tube blank is fixed in a holding device (4) in a first position (6a), a first mandrel (3) is inserted into the initial tube blank, pressed therein and held in the pressed-in position for a predetermined heating time period, so that at least a part of the tube blank is expanded, and finally the first mandrel is pulled out of the expanded tube blank (1), wherein, when the first mandrel is pulled out of the tube blank, either compressed air is blown into the interior of the expanded tube blank through the first mandrel provided with at least one corresponding first air channel (5), or the expanded tube blank is mechanically stripped off.

Abstract: For recyclability in a high value circular recycling material stream, a fluid-tight collapsible polyolefin container comprises a container body (5) formed of a container laminate (1) that is folded to a container-like body, sealed in the overlapping edge regions (2, 3) and coated with a sheathing (4) of polyolefin material to form the container body (5), said container body (5) being provided at one open end with a container head formed from polyolefin material. The container laminate (1) is a laminate having at least three layers, an inner polyolefin layer (6) and an outer polyolefin layer (8) and a barrier layer (7) sandwiched between the outer polyolefin layer (8) and the inner polyolefin layer (6), wherein the barrier layer (7) comprises at least one polyolefin comprising barrier foil like a monolayer foil (71) or a coextruded foil (72 with layers 72a, 72b) or a laminate thereof and wherein at least 90% of all polymers of the container are made of polyolefin of the same kind.

Abstract: For recyclability in a high value circular recycling material stream, a fluid-tight collapsible polyolefin container comprises a container body (5) formed of a container laminate (1) that is folded to a container-like body and fixed by sealing overlapping edge regions (2, 3) or by butt welding adjacent edges and optionally coated with a sheathing (4) of polypropylene to form the container body (5), said container body (5) being provided at one open end with a container head formed from polypropylene.

Abstract: A canister (1) incluing a container wall (31) and a container insert (33) which is connected to the container wall (31) in a positive-locking manner, and a cover wall (51) and a cover insert (53) which is connected to the cover wall (51) in a positive-locking manner. The container insert (33) and the cover insert (53) each include a closure connection (35, 55) for connecting the cover (5) to the container (3) in a manner that is releasable again in a closed position. In addition, the container insert (33) and the cover insert (53) include cooperating securing elements (37, 57) which secure the cover (5) to the container (3) in a positive-locking manner in the closed position.

Abstract: A box (1) is provided including a lower part (3), acting as a container, and a lid (5). A plate (23) which can be moved with play is inserted into the lid (5). This plate (23) is resiliently supported on the inner side of the lid (5). When closing the box (1), the plate (23) moves into contact with the upper edge (13) of the lower part (3) and seals the inside of lower part (3) with respect to the surroundings.

Abstract: The closure system includes an applicator having a closing member (7) which is realized for closing an outlet opening (11) as a result of the restoring force of a resilient restoring element. A blocking element (19) is movable such that, in a blocking position, it retains the closing member (7) in the closed position, but in the open position allows the outlet opening (11) to open.

Abstract: The tube (1) has a multi-layered tube body (3), with a tube liner (19) enclosed by a seamless tube shell (21). An electronic device (17) having an energy store for the delivery of the requisite service voltage for operation is protectively arranged between the tube liner (19) and the tube shell (21), and is not visible from the exterior.

Abstract: The tube (1) includes a connector (9) with a dispensing duct (13) which connects a dispensing opening (11) to a reservoir (3). For the dosed dispensing of a liquid from the reservoir (3) through the dispensing opening (11), a throttle insert (31) is inserted into a distal section (9b) of the connector (9) and is connected in form-fitting fashion to the connector (9). The connection of the throttle insert (31) to the connector (9) is preferably realized by a radial pressing action. The throttle insert (31) is preferably of dome-like form and delimits at least one primary throttle duct (47) which forms in the dispensing duct a constriction which limits the volume flow of the liquid from the reservoir (3) to the dispensing opening (11).

Abstract: The tube (1) has a multi-layered tube body (3), with a tube liner (1) enclosed by a seamless tube shell (21). An electronic device (17) having an energy store for the delivery of the requisite service voltage for operation is protectively arranged between the tube liner (19) and the tube shell (21), and is not visible from the exterior.

Abstract: The tube (1) includes a connector (9) with a dispensing duct (13) which connects a dispensing opening (11) to a reservoir (3). For the dosed dispensing of a liquid from the reservoir (3) through the dispensing opening (11), a throttle insert (31) is inserted into a distal section (9b) of the connector (9) and is connected in form-fitting fashion to the connector (9). The connection of the throttle insert (31) to the connector (9) is preferably realized by a radial pressing action. The throttle insert (31) is preferably of dome-like form and delimits at least one primary throttle duct (47) which forms in the dispensing duct a constriction which limits the volume flow of the liquid from the reservoir (3) to the dispensing opening (11).

Abstract: The invention relates to a container (1) comprising a container body (4), a closure cap (3), which can be crewed onto said body, and a tamperproof ring (2), which is connected to said cap by way of breakaway webs (10). The closure cap (3) has first driver elements (18), which extend in the axial direction and, when the container (1) is opened for the first time, act on second ramp-like driver elements (19) of the tamperproof ring (2) that extend in the axial direction, and thereby push the tamperproof ring (2) away from the closure cap (3). On a shoulder (6) of the container body (4) that surrounds the container opening, two grooves (22.1, 22.2), one arranged above the other, are provided for receiving and engaging element (23) of the tamperproof ring. The engaging means is engaged first, upper groove (22.1) before the container (1) is opened for the first time and, as a result of the interaction of the driver elements (18, 19) on both sides, is engaged in the second, lower groove (22.

Abstract: A box (1) is provided including a lower part (3), acting as a container, and a lid (5). A plate (23) which can be moved with play is inserted into the lid (5). This plate (23) is resiliently supported on the inner side of the lid (5). When closing the box (1), the plate (23) moves into contact with the upper edge (13) of the lower part (3) and seals the inside of lower part (3) with respect to the surroundings.

Abstract: The present invention relates to a tube head (1) for provision and application of a liquid, the tube head (1) comprising a spout (3) with an opening (5) for dispensing the liquid in the form of drops, wherein an applicator (4) is provided, the applicator (4) being attached to the spout (3) and extending in the longitudinal direction of the spout (3), wherein the applicator (4) comprises receiving means (16) for receiving the liquid dispensed by the spout (3) and wherein a gap (17) is provided between the receiving means (16) and the opening (5) of the spout (3) in the longitudinal direction. The invention furthermore relates to a tube (30) with such a tube head (1). Gap sizes may differ for different tube heads and tubes, respectively.

Abstract: The invention relates to a method for manufacturing a container body (20) of a tube, the methods comprising the steps of imprinting a sheet material (10) on one of its surfaces, bending the imprinted sheet material into the shape of the container body (20) of the tube with the imprinted surface on the outside, sealing adjacent edges (15) of the bent imprinted sheet material, and coating the bent imprinted sheet material with a transparent plastics sheathing (17) by extrusion, wherein the material of the plastics sheathing (17) and/or the ink used for imprinting are chosen such that the plastics sheathing (17) does not adhere to the imprint (14), resulting in one or more ventilation areas (18) being formed between the imprinted sheet material and the plastics sheathing (17). The invention furthermore relates to a container body manufactured by such a method.

Abstract: The closure system includes an applicator having a closing member (7) which is realized for closing an outlet opening (11) as a result of the restoring force of a resilient restoring element. A blocking element (19) is movable such that, in a blocking position, it retains the closing member (7) in the closed position, but in the open position allows the outlet opening (11) to open.

Abstract: The invention relates to a container (1) comprising a container body (4), a closure cap (3), which can be crewed onto said body, and a tamperproof ring (2), which is connected to said cap by way of breakaway webs (10). The closure cap (3) has first driver elements (18), which extend in the axial direction and, when the container (1) is opened for the first time, act on second ramp-like driver elements (19) of the tamperproof ring (2) that extend in the axial direction, and thereby push the tamperproof ring (2) away from the closure cap (3). On a shoulder (6) of the container body (4) that surrounds the container opening, two grooves (22.1, 22.2), one arranged above the other, are provided for receiving and engaging element (23) of the tamperproof ring. The engaging means is engaged first, upper groove (22.1) before the container (1) is opened for the first time and, as a result of the interaction of the driver elements (18, 19) on both sides, is engaged in the second, lower groove (22.

Abstract: A preferably air-tight and liquid-tight collapsible container comprises a container body (5) formed of a sheet material, said sheet material having two thermoplastic surfaces (2, 3), said sheet material comprising a preferably fluid-tight carrier foil (1) provided at least on and preferably on both sides (2, 3), with a thermoplastic semi-rigid or rigid layer material, preferably a polyester based material said sheet material being folded to a container-like body and sealed in the overlapping edge regions (6, 7) to form a container-like body, said container-like body being coated with a sheathing (9) of elastomeric thermoplastic material of the same kind or type as the foil material to form a container body (5), said container body (5) being provided at one open end (5a) with a container head formed from thermoplastic material of the same kind or type as the foil material.

Abstract: The invention relates to a method for manufacturing a container body (20) of a tube, the methods comprising the steps of imprinting a sheet material (10) on one of its surfaces, bending the imprinted sheet material into the shape of the container body (20) of the tube with the imprinted surface on the outside, sealing adjacent edges (15) of the bent imprinted sheet material, and coating the bent imprinted sheet material with a transparent plastics sheathing (17) by extrusion, wherein the material of the plastics sheathing (17) and/or the ink used for imprinting are chosen such that the plastics sheathing (17) does not adhere to the imprint (14), resulting in one or more ventilation areas (18) being formed between the imprinted sheet material and the plastics sheathing (17). The invention furthermore relates to a container body manufactured by such a method.