Abstract: The disclosure describes techniques for erecting cases, and particularly example structures and example methods for use in a case erecting system using a robotic arm. A tool for use in robotic case erecting may be used in conjunction with a robotic arm. Use of the tool assists in keeping a case level as the case moves along a conveyor, where a plow closes the major flaps and a tape head tapes edges of the flaps together, thereby sealing the bottom of the case. The tool also assists in regulating the gap between the major flaps, so that the gap and/or any overlap of the flaps is minimized. Accordingly, the tool assists the robotic arm to close the case in a more precise manner.

Abstract: A packaging and filling device, a paper container, and a blank is disclosed. The blank comprises a sixth panel in a readily foldable state prior to a step for forming a bottom part, and provides sufficient length in a folded portion to protect the end surface of a packaging material. The blank for the paper container is formed by the packaging and filling device and comprises a top part, a bottom part, and a cylindrical body having four side walls and a square cross-section. The packaging and filling device comprises a loading unit for retrieving the blank and loading a cylindrical blank, a bottom-part-molding unit for molding the bottom part of the cylindrical blank to obtain a container, a filling unit for filling the container with liquid food from an upper opening, and an upper-part-sealing unit for heat-sealing the upper opening.

Abstract: A folding unit for producing packages of pourable food products from sealed packs having a longitudinal first axis and comprising at least one end tab to be folded and projecting in the direction of longitudinal first axis; unit comprises a conveying member fed with a plurality of packs and which feeds the pack along a forming path, and folding device interacting with each pack along forming path to fold first end tab pack; folding device comprises a plurality of surfaces carried by conveying member and cooperating with a central zone of end tab of a pack, and movable between a first position and a second position with respect to pack with which it cooperates; folding device comprises a plurality of cams carried by conveying member and each cooperating, with a surface for moving it between first and second positions.

Abstract: The invention relates to a container. In particular the invention relates to a container for receiving a food product which container is formed from a folded blank. The body of the container is formed from panels of the container blank and at least one flange section is provided at an edge of an opening of the container body. The flange section comprises two overlapping flange panels of the container blank, which are bonded together to maintain the shape of the container body.

Abstract: A device for producing a three-dimensional structure from a receiver includes a deposition unit that deposits toner on the receiver. That unit is controlled by a controller to produce a toner pattern on the receiver. A fusing device includes first and second rotatable members having respective, different compliances and a mount that selectively retains the members with respect to each other to form a fusing nip and permits adjustment of respective forces between the members at each end. A directing unit entrains the receiver around the second member so that the receiver passes through the fusing nip. A softening device softens the toner of the toner pattern so that as the second member rotates through successive revolutions, corresponding layer areas of the receiver are defined and the softened toner in each layer area adheres to the second surface of the receiver in an adjacent layer area.

Abstract: A display pack for a consumer product is made of two sheets of corrugated cardboard and a clear plastic container with a flat insertion portion sandwiched between the cardboard sheets. The two cardboard sheets are adhered together in a peripheral area of the package by a heat-sensitive adhesive, and the corrugations of the cardboard sheets are crushed and flattened in the peripheral area. To seal the package, the peripheral area of the two cardboard sheets is subject to sufficient pressure to crush the corrugations inside the cardboard sheets and flatten them in that area. Heat is applied to the outer side of the cardboard sheets in the peripheral area and conducted to the adhesive material between the two sheets to activate the adhesive material. A sealer machine with a heated sealing press or parallel sets of heated rollers may be used to carry out the sealing process.

Abstract: The disclosure relates to a method of preparing a web of flexible material for production of receptacles for packaging. The method comprises the steps of feeding a web of flexible material past a succession of stations in which operations are carried out on the web including defining blanks for receptacles having walls and tabs by creating fold lines in the web, and then laminating a film of heat-sealable plastics materials to a face of the web of the flexible material. The film of heat-sealable plastics provides a heat-sealable surface on the web for bonding tabs of each blank together to form seams between adjacent walls whereby the blanks, when severed from the web, can be erected to form receptacles having openings to receive items to be packaged.

Abstract: A plastic, easy-opening closure for a retortable container and a method for sealing are provided. The closure includes a plastic membrane having an outer layer of polypropylene, a first tie layer, an intermediate layer formed of EVOH, a second tie layer, an inner layer formed of polypropylene, and a peel-seal layer. The peel-seal layer can be formed of high density polyethylene or polypropylene with a contaminant dispersed therein so that the closure can be easily removed from the container for opening.

Abstract: A carrier for beverage containers formed of a sheet material such as plastic or paperboard which includes a bottom panel attached to side panels, a pair of opposed end panels connected to the bottom and side panels, and a central handle formed of two halves folded together in a first position for ease in carrying. The handle is pivotal to an open position along its top fold line, allowing the carrier to spread outwardly to form a central cavity capable of holding ice for the purpose of cooling the beverage containers. The top panels are provided with a plurality of openings, for example, six or eight, each of which is adapted to receive a beverage container. The method for forming the beverage container is disclosed.

Abstract: A method for forming containers comprises selectively heating a first web (8) and second webs (10), joining together said first web (8) and said second web (10) along intended outlines (12) of containers (16) so as to form pouches (12a) bounded by said intended outlines and conduit means (44) leading out into said pouches, said conduit means (44) being suitable to inject therethrough a forming fluid, forming said containers (16, 50) by expanding said pockets by injecting said forming fluid through said conduit means (44); apparatus for forming containers, comprises indexing a first web (8) and a second web (10) of sheet material through a heating station (2) provided with selective heating means (24, 25) arranged to selectively heat said first web (8) more than said second web (10) and through a welding-and-forming station (4) in which opposing portions of said first web (8) and second web (10) are joined together by welding-and-forming means (26, 30) along intended outlines (12) of containers so as to form p

Abstract: In order to improve the outer appearance of (cigarette) packs (10) of the hinge-lid-box type, said packs, once an outer wrapper (13) has been provided and sealed, are conveyed through a shrinking station (26) and subjected to the action of heat in the region of the large-surface-area pack sides, in particular in the region of upwardly directed front sides. For this purpose, heating plates (32, 33) are positioned in the region of the shrinking station (26) and transmit heat to the upwardly directed surfaces of the packs (10).

Abstract: An apparatus for forming containers with reinforced edges, comprising: a roll for feeding a flexible film; a forming collar upstream of a first tube around which the film is wrapped; a device for heat-sealing the longitudinal flaps of the film wrapped around the tube so as to form an enclosure, wherein the first tube tapers into a second tube and at the tapering region there is provided at least one insertion element which acts at right angles to the surface of the film, so as to form at least one rib which is directed toward the inside of the enclosure, and further comprising a sealing device for at least partially heat-sealing the at least one rib.

Abstract: A tray for transporting products and a method for its manufacture, the tray being formed from a sheet of cardboard which is die cut and includes fold lines defining the bottom and sides of the tray. The tray includes a hollow corner column (5) into which a reinforcing element (6) is inserted.

Abstract: A method of manufacturing multi-ply tubular containers for food products is provided including the steps of advancing a continuous body ply formed of paperboard towards a shaping mandrel and advancing a continuous polymeric liner ply adjacent to one surface of the paperboard body ply. The polymeric liner ply includes a moisture barrier layer and an adhesive layer defining one surface of the liner ply, wherein the adhesive layer includes a polymeric adhesive which is activated at a predetermined activation temperature. The body ply is heated to a temperature above the activation temperature of the adhesive, and the body ply and the liner ply are then passed in face-to-face contact through a nip to adhere the liner ply to the body ply. The body ply and liner ply are then wrapped around a shaping mandrel to create the tubular container.

Abstract: Dispensing assembly for a carton with a dispensing opening in a side wall thereof and a separate liner therein. The pour spout is pivotably mounted to the dispensing opening between an open and closed position and includes a front panel. The liner is bonded to the front panel so that when the front panel is initially opened, that portion of the liner bonded to said front panel separates from the rest of the liner, providing access to the interior thereof.

Abstract: A paper container for a liquid including a base material including: a paper layer, a polyolefin type resin layer disposed on one side of the paper layer, for providing an outer surface, and a saturated polyester resin layer disposed on the other side of the paper layer by the medium of a polyolefin type resin layer, for providing an inner surface; the paper container being formed from the base material so that the polyolefin type resin layer for providing the outer surface provides an outer peripheral surface of the container, wherein the saturated polyester resin layer for providing the inner surface comprises an amorphous or low crystallinity saturated polyester resin having a glass transition point of not lower than 40.degree. C., and a portion of the base material to be disposed on the inner side of the paper container with respect to the paper layer has a water vapor permeability of not higher than 25 g/m.sup.2 .multidot.24 hr.multidot.1 atm.

Abstract: Dispensing assembly for a carton with a dispensing opening in a side wall thereof and a separate liner therein. The pour spout is pivotably mounted to the dispensing opening between an open and closed position and includes a front panel. The liner is bonded to the front panel so that when the front panel is initially opened, that portion of the liner bonded to said front panel separates from the rest of the liner, providing access to the interior thereof.

Abstract: A machine for making cups of thermoplastic coated paper, the machine including a frame or housing having a turret rotatably mounted on the frame, a number of work stations mounted on the frame in an equally spaced relation around the turret, a number of mandrels corresponding to the number of work stations mounted on the turret and a curling die mounted on the turret in radial alignment with each of the mandrels. The turret being rotated intermittently to align the mandrels sequentially with the work stations, the work stations being movable radially inwardly into a working relation with each mandrel, the mandrels being moved radially inwardly simultaneously with the work stations to form a tucked curl on the top edge of the cup.

Abstract: This relates to a carton or cup having a conventional type of gable end which includes sealing flaps which are heat sealed or bonded to one another. The cup is particularly adapted to be closed by hand wherein control over the sealing flap positions is not possible as in the case of machine closed cups. Accordingly, the intermediate folded sealing flaps are so configurated wherein the folded ends thereof will be spaced so as to define therebetween a leak path. One of the front and rear sealing flaps will be provided with a bead of hot melt material which will be aligned with the leak path and when the sealing flaps are heat bonded together, the hot melt material will melt and fill the leak path.

Abstract: A package blank is made from a single sheet having at least surface layers of heat-sealable material. The blank sheet comprises first and second rectangular panels foldably formed on opposite sides of a backstrip. The first and second panels have first and second pairs of foldable side flaps, respectively, extending from their opposite sides, and the backstrip has a pair of foldable back flaps extending from its opposite ends. The first side flap pair and the back flap pair have sloping edges located adjacent each other for forming at least partly overlapping seams when the blank is folded up into a generally boxlike, open-front package. The overlapping seams serve to prevent the intrusion into the package of heated air used for fusing the second side flap pair onto the first side flap pair and the back flap pair.

Abstract: In the forming of cartons, a water-based adhesive, e.g. an aqueous-dispersed polyvinylacetate, is applied as an atomized spray by guns to selected parts of a carton blank of uncoated board and partially dried by hot gas (air) jets, and the carton is erected by forcing the carton blank by a punch through a forming die so that the selected parts are pressed briefly against cooperating parts of the carton to secure them together, by means of projections on the punch and pressure members forming part of the die. The atomized spraying followed by hot air drying of the adhesive enables adhesion to be effected by very brief pressure, and the method can thus be used for high speed production of cartons of uncoated board.

Abstract: A method and apparatus for sealing plastic or synthetic coated sealing surfaces of cardboard containers to each other is disclosed. One feature of the invention resides in preheating (by 15) of at least one (48) of the plastic or synthetic layers and then sealing (station 16) by the simultaneous application of heat and pressure. Another feature of the invention resides in the fact that the pressure is applied at spaced intervals (by 40) and in such a manner that one (47) of the plastic or synthetic sealing layers remains with the top of the box upon removal thereof. A container sealed in such a manner is also taught.

Abstract: Hot melt adhesive is applied to a moving substrate in a pattern including at least two lines which extend transversely to one another, by conveying the substrate past a nozzle orifice through which a first line of molten adhesive is applied, as by extrusion, to the substrate parallel to the direction of substrate movement and, while continuing to move the substrate in the same direction, projecting another portion of the molten hot melt adhesive onto the substrate as a burst in the form of a flat sheet issuing from a fan spray orifice, this orifice being oriented so that the sheet is projected transversely to the direction of substrate movement, and terminating the burst so rapidly that the adhesive so projected is deposited on the moving substrate in the form of a line having a length in the crosswise direction that is several times its width.