Abstract: An automated method for forming a packaged good article includes establishing a continuous path of travel for a mandrel. The mandrel defines an open interior between a package side and a loading side. With the mandrel at a first angle, a packaging material is wrapped about the mandrel at a first station along the path of travel to define a partial package. Product is dispensed into the partial package at a second station. With the mandrel at the second angle, the partial package and the mandrel are separated from one another at a third station. The first angle of the mandrel (at the first station) differs from the second angle of the mandrel (at the third station). The partial package is closed to form a packaged good article. In some embodiments, the mandrel is horizontal at the first station and is vertical at the third station.

Abstract: A jacket structure for mounting to a display structure, the jacket structure comprising one or more panels having an inner side and an outer side with regards to the display structure, one or more members corresponding to columns of the display structure, one or more elements corresponding to a tray base of the display structure, the elements corresponding to a tray base of the display structure intersecting with the members corresponding to columns of the display structure, the intersection of the members corresponding to the column of the display structure and the elements corresponding to the tray base of the display structure forming a window through which a consumer can reach out to grab the product within the display structure, a horizontal flap in an upper side of the element corresponding to a tray base and a horizontal flap in a lower side of the element corresponding to a tray base, wherein the flaps are configured to form a locked tab structure when the jacket structure is in a mounted position, an

Abstract: A method for packaging a wrapped, moisture-sensitive, cylindrically rolled film by positioning along an alignment axis, a wrapped, rolled moisture-sensitive film, a funneling guide, a tube, and an extendible rod that includes a support head. The method comprises the steps of extending the rod through the tube while simultaneously and while maintaining the alignment of the wrapped film, funneling guide, tube and rod, tilting the alignment axis from a first position to a second position such that the wrapped film enters and moves through the funneling guide, and the wrapped film contacts the support head of the rod, retracting the rod such that the wrapped film enters the tube through the funneling guide, and while maintaining the alignment of the wrapped film, funneling guide, tube and rod the alignment axis, tilting from the second position to the first position and retracting the rod from the tube.

Abstract: A method and a line for the high-speed packaging of filter bags (1) containing an infusion product comprises at least three successive operating steps whereby: the filter bags (1) are wrapped in a continuous protective tubular envelope (2) by sealing a continuous V-shaped folded strip (3) along a longitudinal sealing line (5) and transversal sealing lines (6); the tubular envelope (2) is cut into lengths; and the filter bags (1), individually wrapped in respective envelopes (2), are placed in cartons. In the method and line (26) according to the invention, the transversal seal (6) is made in two successive steps as the continuous folded strip (3) moves through two separate consecutive sealing stations (7, 8), the first station (7) making a part of the transversal seal (6) and the second station (8) completing the same transversal seal (6).

Abstract: For producing hard packs, namely hinge-lid boxes or shell and slide packs in particular, inner and outer pack units are prepared separately in each case, namely a shell (20), on the one hand, and a blank for a hinge-lid box, on the other hand. The inner pack unit, comprising a cigarette block (10) and a further pack part, namely a slide (13) or a collar, is prepared in the region of a mandrel turret (24). The pack units are then brought together, with continued rotary movement, by axial displacement relative to one another.

Abstract: An apparatus is provided for packaging and taking away packaged sequenced product such as mail pieces. The apparatus includes a packaging device having an output end, and adapted to package sequenced products. A clamping device is adjacent to the output end of the packaging device. A conveying system is downstream from the clamping device. The conveying system incrementally moves a drop off tray. The clamping device holds one of a plurality of packaged sequenced products such that the drop off tray is in a position to stack multiple packaged sequenced products of the plurality of packaged sequenced products into the drop off tray. In one embodiment, this allows the packages not to hit the drop off tray during the stacking process. A method of packaging is also provided.

Abstract: For producing hard packs, namely hinge-lid boxes or shell and slide packs in particular, inner and outer pack units are prepared separately in each case, namely a shell (20), on the one hand, and a blank for a hinge-lid box, on the other hand. The inner pack unit, comprising a cigarette block (10) and a further pack part, namely a slide (13) or a collar, is prepared in the region of a mandrel turret (24). The pack units are then brought together, with continued rotary movement, by axial displacement relative to one another.

Abstract: Plant for packaging comprising, a packaging and bagging rolls of paper, includes a packaging machine (12) designed to produce packs of rolls with a pre-set sequence and a bagging machine (12) and to arrange them according to a plurality of layers, each of which is made up of one or more rows of packs, and to insert said layers into a partially formed bag which is closed after the layers have been inserted. Set between the packaging machine (12) and the bagging machine (16) is a conveying assembly (14) which operates in a cadenced way together with the packaging machine (12) and the bagging machine (16).

Abstract: Plant for packaging and bagging rolls of paper, comprising a packaging machine (12), designed to produce packs of rolls with a pre-set sequence, a bagging machine (12), designed to receive the packs coming from the packaging machine (12) and to arrange them according to a plurality of layers, each of which is made up of one or more rows of packs, and to insert said layers into a partially formed bag which is closed after the said layers have been inserted. Set between the packaging machine (12) and the bagging machine (16) is a conveying assembly (14) which operates in a cadenced way together with the packaging machine (12) and the bagging machine (16).

Abstract: In order to produce (cigarette) packs with an (inner) wrapper made of heat-sealable sheet material and with folding tabs which are connected to one another by sealing, first of all a cigarette group (11) is enclosed by a wrapper blank and following completion of the necessary folding operations, is fed to a sealing turret (48). In the region of the latter, folding tabs on sideways directed side walls and on radially outwardly directed end walls of the folded wrapper are sealed.

Abstract: Method and device for manufacturing a thermally insulated container (1) for storing and transporting material such as vaccine, biological material and the like requiring a substantial constant temperature during a substantial period of time, the container comprising an insulated first can-shaped vessel (2) filled with a solid-to-liquid phase transforming refrigerant material (5). In a first step of the method a multilayer insulation is baked under vacuum and arranged about said first vessel (2) by wrapping so that it encloses said first vessel on all sides, in a second step said first vessel is inserted under vacuum into an outer vessel, in a third step the bottom part (18) and the cover part (19) of the container are welded together under vacuum.

Abstract: A container comprises a paper base member covered all around by a heat-shrinkable plastic film. Air is removed from a space formed by the film in which the paper base member is disposed to bring the film against the base member, and at least a part of the film is sealed for closing the space. The base member is either originally formed into the shape of the container, or later formed into the shape of the container to define at least one open end. The open end is covered by a metal lid. A method of making the container includes covering the base member with heat-shrinkable plastic film forming a double wall with the base member in a space between the double wall, removing air from the space between the double wall and sealing the space. Heat applied to the container, for example for sterilizing contents of the container, also shrinks the plastic film to produce a wrinkle-free fit between the film and the paper base member.

Abstract: A battery cell assembly system is characterized by an apparatus for automatically packaging battery plates in separator material, and for then positioning a plurality of the plates side by side in an open ended outer container of the cell to alternate negative and positive plates. The apparatus has a casting station whereat lugs on plates of like polarity are joined and posts added to the cell, and a sealing station at which a cover is placed on the open end of the container to complete the cell.

Abstract: An apparatus for making and filling a hinged box of a foldable material, more particularly cardboard, especially a hinged box for cigarettes, which box comprises a blank with front, rear and end walls, side walls formed from lateral flaps and a hinged lid. The end wall and front wall and the lateral flaps thereof are first simultaneously folded by movement of the blank in relation to folding tools into a position perpendicular to the rear wall and part of the blank adjoining the rear wall and thereafter further foldings are performed by the movement of folding tools in relation to the already partially folded blank.

Abstract: The invention relates to an apparatus for packaging tape cassettes, one at a time, from a conveyor. The apparatus includes a loading device for moving the cassettes along a straight line path of travel from one end of said apparatus to the other end thereof, a vacuum suction head for removing inserts (one at a time) from a magazine and moving the inserts into the path of travel of the cassettes in a partially folded condition so that each cassette enters an insert. The apparatus also includes a further suction head for removing boxes (one at a time) from a second magazine and for positioning the boxes in the path of travel of the cassettes and inserts, arms for retaining the boxes in the open position for receiving the cassettes and inserts, and a closing device biased towards the path of travel for closing each box with a cassette and insert therein.

Abstract: Two laterally spaced groups of cigarettes 11, 12 partially encased in tinfoil wrappers 27 are discharged from a chain conveyor 26 onto a reciprocating platform 33 by entraining members 24, 25. The groups are then discharged by pushers 42 onto a folding platform 32 until they strike a movable stop 75, at which position three of the four wrapper end flaps are folded and the two groups are laterally brought together. Thereafter the merged groups are fed into the open top or mouth of a packet 10 disposed in a pocket 14 of an indexable turret 15 by pushers 64, which simultaneously fold down the fourth wrapper flap.