Abstract: A blister pack for packaging a product is disclosed. The blister pack has a backing structure including a main section and a wing section joined to the main section and disposed at an angle with respect to the main section. The main section includes two stacked backing sheets adhered together, at lease one backing sheet defining at lest one cutout area. The product is housed in a container, which includes a chamber section where the product is housed and a flat insertion portion. The insertion portion is held between the two backing sheets of the main section and the chamber portion protrudes from the cutout area. The blister pack can be made by folding a continuous sheet of backing material.

Abstract: A container assembly is disclosed. The container assembly includes a tube portion including a plurality of sides. The container assembly further includes a base portion including a bottom panel and a plurality of flaps extending from the bottom panel. The plurality of flaps overlap a portion of the plurality of sides.

Abstract: A method and unit for folding a reinforcing flap of the lid of a rigid, hinged-lid packet of cigarettes, wherein at least one reinforcing flap of the lid is folded 180° with respect to a blank and about a fold line onto the blank; the reinforcing flap is prefolded about the fold line by means of a first folding device having a movable folding body; and folding of the reinforcing flap about the fold line is completed by means of a second folding device having fixed folding rails.

Abstract: A blank of sheet material for forming a polygonal container is provided. The blank includes a bottom panel, two opposing side panels each extending from a side edge of the bottom panel, two opposing end panels each extending from an end edge of the bottom panel, and a reinforcing panel assembly extending from a first side edge of a first side panel of the two side panels. The reinforcing panel assembly includes a corner panel extending from the first side edge of the first side panel, a first reinforcing end panel extending from a side edge of the corner panel, a second reinforcing end panel extending from a side edge of the first reinforcing end panel, an inner reinforcing corner panel extending from a side edge of the second reinforcing end panel, and an inner side panel extending from a side edge of the inner reinforcing corner panel.

Abstract: A pack for smoking articles such as cigarettes comprises front and rear panels, connected by opposite side panels, a bottom panel and a lid, wherein at least one of the panels includes a plurality of transverse rigidifying bands greater in thickness than a region between the bands. The bands may be formed by an embossing method.

Abstract: A carton is formed from a blank having gusseted corners that in part form an interior carton volume. The interior volume of the carton can be varied by placing the carton in an expanded configuration. The carton can include a bottom receptacle portion that may be liquid-tight.

Abstract: A package for tobacco articles, having a group of tobacco articles, and a cup-shaped container which houses the group of tobacco articles and has an open top end, a bottom wall, two parallel, opposite major lateral walls, and two parallel, opposite minor lateral walls; at least one retaining member is located inside the container, projects perpendicularly from at least one of the lateral walls, defines a supporting surface for the group of tobacco articles, and is defined by two rigid panels separated from each other by a crease line and folded one towards the other.

Abstract: A polyhedron disposable container formed from flexible weldable plastic film and a method of forming the same are provided. The container has opposite ends and an openings that accommodates a port at the center of at least one of such ends. The container also has multiple sides and an opening on at least one such side located midway between the edges of such side.

Abstract: A carrier is for holding a plurality of containers. The carrier comprises a bottom panel comprising a plurality of bottom openings, and a first side panel and a second side panel. A first top panel is foldably connected to the first side panel and a second top panel is foldably connected to the second top panel. The first top panel and the second top panel form a top wall of the carrier. The first top panel comprises a first handle portion, the second top panel comprises a second handle portion. A handle is foldably connected to at least one of the side panels. The handle comprises the first handle portion and the second handle portion, is separable from the top wall, and pivotable between a lowered position and a raised position. A blank for forming a carrier and a method for forming a carrier are also generally disclosed.

Abstract: A display carton includes a display box having an open top. The display box includes a bottom panel; a rear wall extending upwardly from the bottom panel; a pair of side walls extending upwardly from the bottom panel; and a pair of front walls, each front wall extending inwardly from a side wall and attached to a bottom front wall extending upwardly from the bottom panel. The pair of front walls and the bottom front wall form a substantially unobstructed center viewing area for a product displayed in the display carton. The display carton also includes a single removable insert. The insert includes a foldable sheet having at least one set of dividers extending inwardly from the side walls, upwardly from the bottom panel, and parallel to the rear wall, thereby defining at least two product receiving compartments for supporting product.

Abstract: A blank of foldable sheet material is provided. The blank includes a bottom panel, a first bottom side panel and a second opposing bottom side panel extending from opposing side edges of the bottom panel, and a front panel extending from a front edge of the bottom panel. The front panel includes opposing side edges. The blank also includes a first and a second diagonal panel extending from a front edge of the first and second bottom side panels, respectively, and a third and a fourth diagonal panel extending from each side edge of the front panel. The third and fourth diagonal panels have a length greater than a length of the first and second diagonal panels. The blank includes a first and a second corner panel, wherein the first corner panel is hingedly connected to the first and third diagonal panels and the second corner panel is hingedly connected to the second and fourth diagonal panels.

Abstract: A carton for containing a dispensable material. The carton has a plurality of panels that extends at least partially around an interior of the carton. The plurality of panels comprises at least a first panel and a second panel foldably connected to the first panel at a fold line. A spout is at least partially formed in the first panel and the second panel. The spout is moveable between a closed position substantially preventing the removal of the dispensable material from the carton and an open position allowing removal of the dispensable material from the carton. The spout comprises a first spout panel formed from a portion of the first panel and a second spout panel formed from a portion of the second panel. The second spout panel is foldably connected to the first spout panel at at least a portion of the fold line.

Abstract: A machine for erecting a polygonal container from a knocked-down flat (KDF) container formed from a blank of sheet material is provided. The container includes four main side panels, at least one corner panel extending between two of the main side panels, and at least one bottom flap extending from one of the main side panels. The machine includes a body, a first erecting mechanism coupled to the body, and a second erecting mechanism coupled to the body. The first erecting mechanism receives the KDF container and erects the KDF container into a partially erected container having a substantially rectangular configuration, and the second erecting mechanism receives the partially erected container and erects the partially erected container from the substantially rectangular configuration into the polygonal container by applying a force to an exterior surface of the partially erected container to erect the polygonal container that has more than four sides.

Abstract: A color-coded bottle cap cover used to identify the contents and/or ownership of a bottle comprises a peripheral band and an upper lip, such that the bottle cap cover is visible on both the top and side surfaces of the bottle cap.

Abstract: Method of manufacturing a food container or cover includes the steps of: forming a paperboard article from pulp and/or other vegetable fiber material; coating front surface or back surface of the paperboard article with heat sealable thermoplastic resin; forming foldout pieces for connecting adjacent sidewall pieces at four corners of the paperboard article; and forming the food container or cover by hot-pressing the paperboard article thus obtained between a pair of male and female press dies. One mutually opposed pair of the sidewall pieces is configured to be erected before the other mutually opposed pair of the sidewall pieces. The V-shaped foldout pieces include a V-shaped foldout portion shorter than portions that are adjacent to both side portions on the foldout piece, and the V-shaped foldout piece is overlapped or stuck to an adjacent one side of the foldout piece or sidewall piece.

Abstract: A display carton includes a display box having an open top. The display box includes a bottom panel; a rear wall extending upwardly from the bottom panel; a pair of side walls extending upwardly from the bottom panel; and a pair of front walls, each front wall extending inwardly from a side wall and attached to a bottom front wall extending upwardly from the bottom panel. The pair of front walls and the bottom front wall form a substantially unobstructed center viewing area for a product displayed in the display carton. The display carton also includes a single removable insert. The insert includes a foldable sheet having at least one set of dividers extending inwardly from the side walls, upwardly from the bottom panel, and parallel to the rear wall, thereby defining at least two product receiving compartments for supporting product.

Abstract: A slotter-creaser unit includes an upper creasing head and a lower creasing head. A protruding portion is arranged on a periphery of the lower creasing head in a circumferential direction. A first pressing portion and a second pressing portion having different lengths and different curvature radiuses in a width direction are arranged opposite to each other across the protruding portion and in an alternate manner in the circumferential direction.

Abstract: The invention relates to a serving tray, comprising a bottom wall and side edges, wherein the serving tray is manufactured from an integrally formed blank and wherein at least one side edge has a form suitable for placing in a holder with an array of support elements arranged one above the other, wherein the blank comprises cardboard. A preferred embodiment relates to such a serving tray, wherein at least two side edges are provided with carrier members for placing on the support elements of the holder.

Abstract: A container comprised of laminate material, the material having opposite, downwardly extending, first and second edges (12 and 14), the container comprising one or more of the following features: firstly, the laminate material includes a fibrous cellulosic layer (11), the direction of the majority of fibres (13) in the layer (11) being substantially parallel to the first edge (12); secondly, the container includes a piece constituted by the laminate material and providing a body of the container, the container also including a bottom closure insert under which a bottom strip of the piece is folded and sealed, the insert including a substantially annular flange embraced by the piece, the embracing material consisting of an upper section that contains the flange and a lower section that does not contain the flange and is of at least one fifth of the height of the upper section; and, thirdly, the container having a flat top, and including a reinforcement over a corner of the flat top.

Abstract: A partition assembly for dividing the space inside a container into two levels is provided. The partition assembly comprises first and second sets of parallel dividers or partitions. The dividers of the first set each have at least one tongue. One divider from the second set of parallel dividers has a series of spaced passages which are aligned with and adapted to receive the respective tongues of the dividers of the first set of dividers. When the one divider is folded or bent, multiple levels are created in the partition assembly.

Abstract: A Closing apparatus (1) for closing packaging elements, in particular cardboard boxes, comprises conveying device (2) for conveying the packaging elements, a folding device (4) for folding down at least one section of the packaging element concerned, a first closing device (6) for closing at least one section of the packaging element concerned, arranged on a first longitudinal side of the conveying device (2), wherein the closing apparatus further comprises a second closing device (8) for closing at least a section of the packaging elements concerned that is mounted on a second longitudinal side of the conveying device (2) opposite the first longitudinal side of the conveying device (2).

Abstract: A corner fitting and a method of forming a corner fitting including steps of providing a flat woven fabric including a first woven portion having first and second direction woven fibers, a second woven portion adjacent the first woven portion having first direction fibers and sacrificial second direction fibers and a third semi-woven portion having first direction fibers selectively engaged by the sacrificial second direction yarns. The method further comprising steps of folding the flat woven fabric in at least one direction, and removing the sacrificial second direction fibers, wherein during removal, the sacrificial second direction fibers are replaced in the second woven portion by the first direction fibers of the third semi-woven portion and form a corner fitting having continuous fibers connecting all sides.

Abstract: A blank for producing a package of tobacco articles; the package of tobacco articles has a group of tobacco articles wrapped in a tubular inner sheet of packing material closed axially by two end folds, and an outer package, which is formed by folding the blank, surrounds the group of tobacco articles, is parallelepiped-shaped, and has a top wall contacting a first end fold of the inner sheet of packing material, a bottom wall contacting a second end fold of the inner sheet of packing material, and a number of lateral walls; and the blank has two transverse fold lines, and a number of longitudinal fold lines defining, between the two transverse fold lines, a first panel forming part of a first minor lateral wall, a second panel forming a first major lateral wall, a third panel forming a second minor lateral wall, a fourth panel forming a second major lateral wall, and a fifth panel forming the rest of the first minor lateral wall.

Abstract: An expandable folder (10) is disclosed for holding reports. The folder (10) is formed of a single sheet of material (12). The folder (10) includes a back (14), a front (20), two sides (16, 18) and a flap (22). The sides (16, 18) are folded inwardly and the front (20) is folded upwardly to form a pocket. Tabs (68, 70) on the front fit into slots (58, 60) in the sides (16, 18) to hold the folder together. Two label sections (label section (82) and back (14)) are provided to allow the folder to be marked with identifying information.

Abstract: A system and method for creating sleeves for CDs, DVDs, and similarly dimensioned disks, in order to identify, protect, and store disks. An end-user would use a computer software application that uses a device to print out folding guidelines onto a standard sheet of paper. This printout may include a front and/or back image. The user would then fold the standard sheet, using the printed guidelines, into a useable sleeve. The term ‘standard paper’ or ‘standard sheet’, as it is used in this patent application, refers to the 8.5 inch by 11 inch paper most commonly used. The term ‘sleeve’ or ‘sleeves’, as it is used in this patent application, is meant to refer to a covering for CDs and DVDs and other similarly dimensioned disks. The term ‘sleeve’, may also be commonly referred to as ajacket, envelope, slip, or cover. This patent application will hereafter use the term ‘sleeve’ to encompass all the names applied to the stated concept.

Abstract: Containers (2) for food products are manufactured employing a system that includes a feed station (4) supplying a succession of tubular elements (2a), and a heat sealer (10) positioned to close and secure a first open end (2b) of each tubular element (2a) that coincides with the base of the container. The sealing operation occurs at a station associated with a conveyor (3) consisting in a wheel (11) rotatable in a feed direction (B) along a path (P) passing both through the feed station (4) and through the station occupied by the heat sealer (10). The tubular elements (2a) are carried by radial elements (13) of the wheel (11) such as can be indexed between a first operating position, where the tubular elements (2a) are taken up from the feed station (4), and a second operating position in which the open end (2b) is offered to the heat sealer (10).

Abstract: In a method for packaging articles, a tubular blank is conveyed in flat folded configuration to an erecting station to be engaged and rotated by suction cups. The raised blank assumes a parallelepiped shape with a vertical axis, while a striker hit a lateral wall of the blank, so that the blank is erected in a box. While the box is being moved, first and second lower flaps are then folded before the blank is set resting on a support plane and moved, by driving and guiding conveyors, to a filling station for insertion of articles, supplied along a vertical direction, into the box. Lastly, the box with the articles therein is moved by the driving and guiding conveyors to subsequent stations for folding lower lateral flaps and upper flaps to close bottom and cover of the so obtained box. A machine is provided for carrying out the method, with an erecting station and a filling station joined by a horizontal support plane.

Abstract: A carton includes a bottom receptacle defined in part by the bottom panel, the side panels, and gusseted end panels. The bottom receptacle can be constructed without glue seals so that the receptacle is liquid-tight. An opening feature in the top panel allows the carton to be opened and to expose the carton contents. The carton is formed from a blank that is folded and glued in a manner that facilitates loading of the carton, and allows the carton to be opened to a relatively wide top opening.

Abstract: A machine for making bags from sheet material of indeterminate length, especially thermoplastic material, has a pair of spaced folders of special construction for folding the material lengthwise. The entry end of the machine can be adjusted as to height. An applicator for adhesive tape can be positioned between the folders. A special construction thermowelds the folded layers together along transverse lines and severs or perforates them along those lines.

Abstract: A new and improved case former, or carton folding and erecting apparatus, is disclosed wherein a pair of pivotal support arms, upon each one of which is mounted a case or carton engagement roller, are mounted upon the machine framework such that when actuator mechanisms, for folding the oppositely disposed major side bottom flap members of the case or carton to their folded positions so as to complete the formation of the bottom portion of the case or carton, are actuated, the pair of pivotal support arms are effectively released from a restrained position, at which case or carton engagement rollers are disposed at retracted positions with respect to the case or carton blank so as to initially permit the case or carton blank to be inserted into the case former, or carton folding and erecting apparatus, in an unobstructed manner, whereby the case or carton engagement rollers can now engage the major side walls of the case or carton so as to retain the case or carton in position while the case or carton is subs

Abstract: A system (1) for manufacturing containers (5) is designed around a supporting structure (2) with which all the stations (7, 18, 19, 21, 24, 25) and the devices (14, 15, 16, 17, 20, 22, 26) needed to produce the containers are associated. The system (1) is equipped with a feed station (7) supplying a forming material (9), a scoring station (18) by which crease lines (4a) are generated, and a cutting station (19), combining to prepare a succession of blanks (4). The system (1) also includes a prefolding station (21) where each blank (4) is bent initially along the creases lines (4a), a folding station (24) where the single blank (4) is fashioned to the shape of the container (5), and a sealing or welding station (26) at which the shape of the container (5) is fixed definitively.

Abstract: An apparatus for sealing the bottom of a bag includes a frame through which a bag to be folded is longitudinally advanced. The apparatus includes a pair of cooperating grippers carried by a reciprocably movable gripper carrier. The grippers are operated to opposite edges of the bag, and laterally tension the bag. The apparatus includes a vertically reciprocable fold plate which then is moved downwardly to engage and downwardly fold a leading end portion of the bag. Adhesive is applied thereto, and the bag advanced, by movement of the gripper carrier, for advancement of the folded bag to at least one pair of intermittently-driven nip rollers. The grippers are released, and the nip rollers thereafter operated to compress and complete sealing of the bag bottom.

Abstract: A method and device for producing a rigid container, having two end walls and a lateral wall, from a flat blank having two flat first portions, each of which has a relative panel defining a relative end wall of the container, and a drawn rim integral with the panel, extending along at least one portion of an outer edge of the panel, and square with respect to the panel; and three flat second portions alternating with the two panels; each panel being folded squarely with respect to the flat second portions adjacent to it; the second portions being wrapped about and onto the rims to form the lateral wall; and each panel being stiffened by means of an external stiffening member, at least when forming the lateral wall.

Abstract: A sheet of material which is made two dimensional which includes portions that are removed that allows the sheet to be folded to create a three dimensional structure without the need for cutting and darting.

Abstract: A container is provided with a main cavity partitioned into several compartments by dividing walls bridging the main cavity. The container and dividing walls are constructed by providing a single blank and forming the container out of the blank using folds and attachments. The compartments are adapted for holding and dispensing objects having different characteristics from each other, including different dimensions. Under the present invention, a single container allows for customized dispensing means for several types of items.

Abstract: A container is provided with a simple opening and closure mechanism which provides for easy reclosure of the container. A user may grasp a reclosable flap and move the flap between open and closed positions to effect opening and closure of the container. The reclosable flap may overlay a container lid such that the container lid is kept in a closed position when the reclosable flap overlays the container lid with the reclosable flap in its closed position. The container may be open and closed several times, and a seal may be maintained in the vicinity of the reclosable flap even after multiple uses of the container.

Abstract: A carton closure method wherein heated end side walls of the open end of a carton are initially infolded to partially close the open end of the carton and thereafter subjected to capture between a backup pad and a pressure pad by a linearly reciprocative cam to which pressure is applied by a cam follower driven in a direction substantially perpendicular to the direction of linear movement of the cam relative to the backup pad, whereby the cam is moved between positions wherein there is applied pressure against the partially infolded portions of the end side walls of a carton blank to effect a sealing pressure against such infolded portions and a position wherein no material pressure is applied to the partially infolded end side walls of the carton blank, the cam movement being facilitated by a multi-faceted geometry of the camming face of the cam.

Abstract: There is provided a foldable product, such as a map, which is formed from a sheet (10) of material such as stiff paper. The sheet (10) has predetemlined folded and unfolded configurations by virtue of a predetermined pattern of fold lines (12, 13, 14, 19, 20, 23, 24). The fold lines are provided partly by creases and partly by lines of perforations depending on the stress in a particular area during folding and unfolding.

Abstract: Disclosed herein is a web of material having a relatively rigid layer and a relatively flexible layer and a method of forming one or more carton blanks from such material.

Abstract: This is a method for assembling a dual inner flexible insulated pouch. A flat sheet of heat-sealable film is folded in such a manner as to form a dual inner pouch with two pocket openings at a bottom side and a pouch opening at a top side. The film is sealed by heat to form a permanent dual inner pouch structure containing two pockets each having an opening at the bottom side. One panel of flexible insulation material is inserted into each of the openings of the two pockets of the dual inner pouch at the bottom side. The bottom side of the pouch is placed into a bag formed of film so that the open ends of the pockets at the bottom side of the pouch are at a bottom closed end of the bag formed of film. The bag formed of film is heated so that it is sealed to the dual inner pouch.

Abstract: A method and apparatus for forming a bag provides a tube of material that is passed over a former. A portion of the tube is folded over the former to define the rim of the bag. Portions of the rim are then welded. The apparatus includes arms that move transverse to the tube. The arms carry crimping fingers that pivot to fold the tube up and in over the former.

Abstract: The top of a carton, with opposite main panels and opposite side panels, has an inner and outer major flap hinged to opposite main panels. The outer major flap has a fold line extending along its length in parallel to a hinge line joining the outer major flap and a main panel. At each side panel, an ear has an ear portion hinged to the side panel and an ear portion hinged to the outer major flap. With this arrangement, the carton may be re-closed by pressing the ears down against the outer major flap so that the outer major flap folds about fold line into a concave V-shape.

Abstract: A three ply folding card (50). A method of manufacturing folding cards (40, 50) involving folding two edge portions of a sheet (70) over a central portion to superposition two or three plies (34, 36, 88) of the folding card (40, 50) against each other. A blank (30, 80) for forming folding cards (40, 50) having a plurality of plies of the folding cards (40, 50) positioned on either side of a fold line (64), one or more of the plies, and its corresponding ply on the other side of the fold line (64) being oriented differently to the other ply or plies. A sheet (70, 90) comprising a plurality of blanks (30, 80) or arrays of plies for forming folding cards.

Abstract: A process for making successive product bags on an automated production line, comprises the steps of: a) providing a mesh sheet and first and second plastic sheets on rolls, unwinding the mesh sheet and the first and second plastic sheets from the rolls, b) while the sheets are advanced through the production line, folding one longitudinal edge portion of the second plastic sheet over the mesh sheet, c) sealing the folded portion of the second plastic sheet to one longitudinal side of the mesh sheet and the first plastic sheet to an opposed longitudinal side of the mesh sheet to form a master web, and d) sealing and cutting the master web along longitudinally spaced-apart lines transverse to a direction of travel of the sheets to thereby produce a succession of individual bags having one panel at least partly made of a mesh material.

Abstract: A stackable produce container is formed from a flat one-piece blank, typically of corrugated paper stock. The container has reinforced corners and is divided into compartments by transverse ribs which provide resistance to bulging under load and when exposed to high humidity.

Abstract: Disclosed herein is a web of material having a relatively rigid layer and a relatively flexible layer and a method of forming one or more carton blanks from such material.

Abstract: A carton closure system including a cam having a rear face and a camming surface opposite the rear face, the cam being mounted for linear reciprocation between a position wherein there is applied pressure against partially infolded portions of the end side walls of a carton blank to effect a sealing pressure against such infolded portions and a position wherein no material pressure is applied to the partially infolded end side walls of the carton blank, the movement between such pressure and non-pressure applied positions being facilitated by means of a multi-faceted geometry of the camming face of the cam.

Abstract: A compression supporting package divider set. Within the scope of the invention, there is a divider having an upper edge and a spaced-apart lower edge, the upper and lower edges being connected by a side edge forming an end of the divider. A cut line extends from one of the upper and lower edges to an interior point of the divider spaced from the upper and lower edges and from the side edge. A fold line for folding the divider defines an axis of rotation intersecting the upper and lower edges and terminates at the interior point. The fold line is provided such that a first side flange portion of the divider defined between the cut line and the axis of rotation rotates about the axis together with a second side flange portion of the divider defined between the fold line and the side edge, thereby causing the first and second side flange portions to extend on opposite sides of the divider.

Abstract: An apparatus is arranged to successively make plastic bags. The apparatus comprises a trapezoidal plate including a short edge having opposite ends from which opposite oblique edges extend divergently. The trapezoidal plate comprises a double walled structure in which clearance means is formed between walls. The apparatus further comprises drive means by which the trapezoidal plate is moved in a direction of height of trapezoid so that the short edge can be engaged with the bottom gusset material. In addition, the apparatus comprises a pair of folding plates arranged to be engaged with the bottom gusset material and then inserted into the clearance means at positions corresponding to the oblique edges in accordance with the movement of the trapezoidal plate so that the bottom gusset material can be inserted into the clearance means by the folding plates to be folded into halves along the short edge and folded into the clearance means along the oblique edges.

Abstract: A method of assembling a paper box, comprising a 1st step of carrying a paper box (10a) with unfolded both side wall members (26) and (27) into a clearance between a fixed stand (101) and a guide member (100) in the condition that the positions of folded parts (22) and (23) aligned with the positions of both outer end parts of the guide member (100) at a folding station (47) where the guide member (100) is disposed with a slight clearance provided above the fixed stand (101) and a clearance at both end parts thereof set equal to a clearance at the folded parts (22) and (23), a 2nd step of driving a folding member (105) so as to fold both side wall members (26) and (27) to the inside with reference to the outer end part of the guide member (100) in contact with the folded parts (22) and (23), and a 3rd step of extracting the paper box (10a) with bent both side wall members (26) and (27) from the folding station (47) by holding the front side of the paper box (10a) in its moving direction.