Abstract: An integrated carton and liner assembly for consumer products includes a paperboard tray and thermoformed plastic insert. The sidewalls of the assembled carton are four layers thick, interleaved, and secured with snap fitments for exceptional sturdiness. The assembly is easy to assemble without adhesive, and achieves an upscale look. The thermoform liner is held securely in the carton.

Abstract: The sealing device for a paper-based container has an elongated release base member with a double-sided adhesive layer on a major side along the length of the release base member. The release base member is adhered to a front portion of a flap of the container by the double-sided adhesive layer so that the flap may be used to seal the container. To open the container, a pull strip of the release base member is pulled off and the flap is separated. To reuse the container, a second sealing device is applied to another flap of the container so that the container may be reused.

Abstract: A carton for containing a plurality of articles includes a plurality of panels that extend at least partially around an interior of the carton, the plurality of panels comprising a front panel, a back panel, a first side panel, and a second side panel, end flaps respectively foldably connected to respective panels of the plurality of panels, the end flaps comprising a first end flap and a second end flap being at least partially overlapped with respect to one another and thereby at least partially form a closed end of the carton, and a handle formed in at least two of the end flaps, the handle comprising a handle panel in the first end flap for grasping the carton and a handle end portion in the second end flap for directing stress from the handle panel.

Abstract: A carton for transporting and dispensing liquid-based materials including a sealed base, upwardly tapered sides, and a top portion with a gable top and a sealing portion to close the top portion. The sealing portion includes a perforation to permit the top portion to be opened. A tamper-proof seal is on the sealing portion revealing tamper evidence upon opening of the top portion of the carton. A handle of the carton includes two handle loops.

Abstract: A package made from sheet material made from a plurality of panels, including a first panel on an external face of the package and adhesively attached to another panel. A corner on an outside surface of the first panel is provided with a nearby perforation or line of weakness to discourage peeling of the corner.

Abstract: A container is disclosed. The container may include a fillable bladder in an interior of an enclosure of the container. The container may be used for packaging a pourable product into a fillable bladder while the fillable bladder is positioned inside the container. The container may include an enclosure having a blind depth recess bottom handle. The container may include an enclosure having a bottom flap having a flap perimeter which generally matches a lower perimeter of a plurality of sides of the enclosure.

Abstract: A box enclosing a chamber for carrying at least one object, such as a quantity of objects, is provided. The box comprises at least one wall, wherein said wall comprises a pair of overlapping flaps. The outer flap of said pair is adhesively attached to the inner flap of said pair to prevent access to the object(s) within the box. The outer flap is also arranged to release fragments without providing access to said objects if being tampered with.

Abstract: A paperboard carton blank is formed into a carton from an integral sheet of foldable material, such as paperboard. The carton includes a number of sides serially connected to one another each having a top end spaced from a bottom end. A number of top and bottom flaps are each foldably connected to the top and bottom end, respectively, of one of the sides and the associated flaps combine to form top and bottom ends of the carton. One or more struts extend beyond the distal ends of at least some of the top or bottom flaps and are folded into face to face juxtaposition and secured onto an inside face of the side associated with the flap to which it is connected to thereby reinforce the associated side and inhibit deformation of the carton.

Abstract: A container is disclosed. The container may include a fillable bladder in an interior of an enclosure of the container. The container may be used for packaging a pourable product into a fillable bladder while the fillable bladder is positioned inside the container. The container may include an enclosure having a blind depth recess bottom handle. The container may include an enclosure having a bottom flap having a flap perimeter which generally matches a lower perimeter of a plurality of sides of the enclosure.

Abstract: A carton has a multi-ply configuration formed by overlying a primary blank with one or more reinforcing blanks. A separable section can formed in one or more side panels of the carton to allow for removal of articles from the carton.

Abstract: A carton and carton blank for forming a carton, and comprising first, second, third and fourth substantially four-edged panels, each comprising a side wall part (4,6,8,10), a top closure obturating part (24,26,28,30) and a top sealing fin part, one of the panels being substantially free from any line of weakness extending inwardly from lateral edge zones of the one of the panels from an outermost boundary of the side wall part (8) to an outermost boundary of the top sealing fin part. Alternatively, the one of the panels is substantially free from any line of weakness extending inwardly from lateral edge zones of the one of the panels from an innermost boundary of the top closure obturating part (28) to an outermost boundary of the top sealing fin part.

Abstract: A UV-curable pressure sensitive adhesive, a package having an adhesive-based reclosable fastener including the pressure sensitive adhesive, and a method of forming the package is described herein. The package includes a cavity and opposing panels configured to cover an opening to the cavity. The reclosable fastener is a UV-cured pressure sensitive adhesive comprised of one or more UV-curable acrylic oligomers, one or more tack control components, and, optionally, an elastomeric material. An adhesive component ratio defines an effective ratio made up of the weight percent of the UV-curable acrylic oligomer relative to the sum of the weight percents of the tack control component and elastomeric component, where the ratio provides a fastener with a first peel adhesion and subsequent peel adhesions effective to form the adhesive-based fastener into a reclosable fastener.

Abstract: The present invention is directed to a paperboard container having generally finger access or handhold openings forming carry handles in the end walls. The handhold openings are defined by two adjacent tapered punch-out panels aligned end-to-end and hinged at their outer ends to a respective end wall. When two adjacent tapered punch-out panels punched out they fold oppositely to one another and inwardly into the container in laterally spaced relation to one another on opposite sides of the respective openings. A tear-out panel in one end wall adjoins the associated hand hold openings and when removed forms a dispensing or pourable opening immediately below the associated hand hold openings.

Abstract: A cardboard box with four side panels, four bottom flaps and four top flaps is provided. Adjacent bottom flaps and adjacent top flaps are provided with living hinges so that the flaps may be stored adjacent the body of the box. Additionally, during loading the top flaps are held adjacent the body of the box to move the flaps out of the way and make the box more convenient to load. The hinges may be broken apart to allow the flaps to be moved to the closed and sealed position.

Abstract: A carton is provided with side walls and chamfered corners shaped to securely or tightly enclose a group of cylindrical articles, such as beverage bottles. The curvature of the edges of each side wall is selected to cause the end wall or end closure structure to conform to the cylindrical and tapered shape of articles in the endmost row. More specifically, the end edges of each side wall are substantially concave and their curvature is determined such that the minimum width of each side wall is less than or equal to the width of the top wall. To encourage side end flaps, which partially form the end closure structure, to crease so as to define the chamfered corners, a fold line is formed in the side end flaps.

Abstract: A container (1) for storing and removing food comprises a first and a second container half (2, 3) which are connected to each other by means of a pivotable connection in order to pivot between an open position (4) and a closed position (5).

Abstract: A package having a corner indent wall includes a plurality of upstanding side walls including a first side wall, a front wall, a rear wall, a second side wall and an indent wall. The first side wall is contiguous with the front wall, the front wall is contiguous with the indent wall which is contiguous with the second side wall, the second side wall is contiguous with the rear wall and the rear wall is sealed to the first side wall. The package includes a sealed bottom wall formed from a plurality of bottom wall panels, each bottom wall panel adjacent a corresponding side wall. The package includes a gable top formed from a plurality of gable panels contiguous with their adjacent gable panels and their respective side walls and separated form their respective side walls by an upper crease line. The upper crease line is straight as separating two of the gable panels from their respective side walls and is curved downwardly as separating two of the gable panels from their respective side walls.

Abstract: A carton is provided with side walls that are shaped to securely or tightly enclose a group of tapered cylindrical articles. The curvature of the edges of each side wall is selected to cause the end wall or end closure structure to conform to the tapered shape of articles in the end most row that is disposed adjacent to the respective end closure structure of the carton. More specifically, the edges of each side wall are substantially continuously arcuate and the curvature of the edge is determined such that the maximum width of each side wall is greater than the width of the respective bottom edge of the side wall.

Abstract: The present invention is directed to a device and method for building a consumable refill that includes the steps of fabricating a plurality of arrays of detachably connected consumable parts along a first direction, stacking the arrays of detachably connected consumable parts along a second direction and bonding the stacked arrays of detachably connected consumable parts at an outer surface formed by one or more aligned marginal surfaces of the detachably connected consumable parts. In one embodiment, a staple refill includes a number of staple wire sheets stacked along a direction normal to a plane of each of the staple wire sheets. The staple wire sheets are bonded at an outer surface formed by one or more aligned marginal surfaces of the plurality of staple wires.

Abstract: A container with first and second opposing, parallel side panels; third and fourth opposing, parallel side panels which define an enclosure; optional first, second, third and fourth corner panels interposed between adjacent ones of the side panels; first and second top flaps respectively associated with the first and second side panels by first and second top creases or fold lines; and third and fourth top flaps respectively associated with the third and fourth side panels by third and fourth top creases or fold lines. The first top crease or fold line is coplanar with a top plane of the container; and the third and fourth top creases are offset below the top plane.

Abstract: A folding carton formed from a blank of corrugated board, including first, second, third and fourth side walls hingedly connected by their edges to form a generally rectangular tubular enclosure, a bottom formed by at least two bottom walls hingedly connected to at least two of the side walls, and a top wall. The top wall is formed by first through fourth top cover flap hingedly connected at one edge to the first through fourth side wall respectively. Each of the top cover flaps is generally rectangular with the second top cover flap including ears extending from corners at the edge opposite the one edge and the first and third top cover flaps each including a notch corresponding to one of the ears. An adhesive is on one surface of the second top cover flap adjacent the opposite edge.

Abstract: An article for forming a box-like body, particularly for storage of media containers, comprising a sheet-like element that is folded so as to form a tubular body that can be flattened and forms two larger faces joined by an upper minor face and a lower minor face; an inner flap and an outer flap are provided respectively on one of the free edges of each one of the larger faces, and the flaps can be mutually overlapped in order to form the box-like body, the article further comprising, on the inner flap, a layer of self-adhesive material protected by a removable protective layer, means being further provided for removing the protective layer by way of automatic devices.

Abstract: An article for forming a box-like body, particularly for storage of media containers, comprising a sheet-like element that is folded so as to form a tubular body that can be flattened and forms two larger faces joined by an upper minor face and a lower minor face; an inner flap and an outer flap are provided respectively on one of the free edges of each one of the larger faces, and the flaps can be mutually overlapped in order to form the box-like body, the article further comprising, on the inner flap, a layer of self-adhesive material protected by a removable protective layer, means being further provided for removing the protective layer by way of automatic devices.

Abstract: A sift proof container comprising an open end having a plurality of flaps including first and second minor flaps and first and second major flaps. The minor flaps have opposed edges when folded inwardly to respective closed positions over the open end. The major flaps are configured to be folded inwardly to respective closed positions over the minor flaps and a first major flap includes opposite, recessed side edges positioned adjacent to respective corners of the minor flaps. Adhesive is positioned proximate three free edges of the second major flap to form a seal with the first major flap and the minor flap in the closed positions thereof. A pair of separate adhesive deposits are disposed on outer surfaces of the corners of the minor flaps that mate with the first major flap and/or on an inner surface of complimentary corners of the first major flap. These separate adhesive deposits extend only partially toward the opposed edges of the first and second minor flaps.

Abstract: Blanks for forming open sided containers and mating covers from carton stock material include strips of non-stick material secured to the blank by means of a strippable adhesive. The adhesive adheres to the carton stock material with a substantially higher adherence force than the adherence force between the adhesive and the non-stick material, so that the non-stick material can be removed, readily, to expose the tacky surface of the adhesive. The carton blanks are marked with a predetermined pattern of fold or crease lines which allows the blank to be bent and folded into the shape of a container or a container cover. The non-stick material facilitates handling and separation of individual blanks that have been shipped and stored in tightly packed, stacked arrays, while the exposed adhesive surface engages specifically formed tabs and/or flaps of the blank in overlapping, abutting relationships to secure the blank in its final, assembled, container/cover shape.

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: The blank of cardboard or similar material, has cutout lines and score lines within a periphery cutout to a sheet and thus subdivided into elements of which certain ones are if desired glued flat against each other, said blank being adapted to be sold and stored flat, then ultimately to be bent, set up, and held bent thus constituted in a container for objects to be packaged, the setting up of the blank and the insertion of the objects being carried out manually and individually for each blank.

Abstract: A take-out carrier wherein the compartments thereof are divided by a partition wall secured, only in the fully erected position of the carrier, by complementary cohesive coatings on the partition wall flange and the bottom panel of the carrier, the carrier, prior to alignment of the cohesive coatings, being collapsible for stacking and storage.

Abstract: A corrugated box has two side panels joined by parallel end panels. An automatic bottom panel extends from a side panel, and has two converging reverse-scored fold lines which extend between a side panel and the outer edge of the automatic bottom panel. End flaps are folded up from the automatic bottom panel and are connected to the end panels to form box side walls. One of the end flaps has a diagonal fold line, with portions of the flap above the diagonal fold line only being adhered to the end panel. The angles of the reverse scored fold lines are selected depending on the dimensions of the box to allow the automatic bottom panel to be deployed from a folded position alongside the side and end panels to an assembled position perpendicular to the side and end panels, simply by displacing one side panel with respect to the other.

Abstract: A method of creating a package with reclosable resealable flaps. The package is defined by a blank formed by die cutting a continuous web or sheet of material after ink and a release coating have been applied to one side of the web but on different areas. The blank, when folded, provides a structure with a rectangular cross-section having four planar sides, each side with extending flaps. A package is formed by closing and securing the flaps on the bottom end of the structure using a permanent adhesive. The package is then filled with product. One top outer flap can have a release coating applied to an area which will be engaged by the opposite flap when closed. This release coating, in combination with a repositionable adhesive, will cause the opposed flaps to releasably adhere one another to secure and seal the top opening. Repositionable adhesive can also be applied, either to the release coating itself, or to the surface opposite the release coating to the seal.

Abstract: The tamper evidency of a carton is increased by producing stronger end flap seals. This can be done by anchoring the adhesive onto at least one of the end flaps. In a preferred embodiment there is at least one lower flap with at least one recessed area, at least one seal flap with at least one aperture and at least one top flap. The lower flaps are folded inward followed by the seal flap. An adhesive is on the inner surface of the top flap which then is folded inward onto the seal flap. The adhesive flows through the at least one aperture in the seal flap and spreads outwardly in the at lest one recessed area below the at least one seal flap to become anchored to the seal flap. This is enchanted by a plurality of recesses in the at least one lower flap adjacent to the at least one aperture in the at least one seal flap. By being anchored to the seal flap and adhesively attached to the fiberboard underside of the top flap, a strong end seal is formed on the carton.

Abstract: A tamper evident shipping container comprising a generally rectangular box formed from corrugated paper board includes a pair of overlapping top closure panels adhered together in sealed condition by multiple strips of pressure sensitive adhesive disposed therebetween and a pair of overlapping bottom closure panels sealed together in a like manner. Retaining tabs connected to opposite ends of one of the top closure panels and one of the bottom closure panels are adhered to the end walls of the container by pressure sensitive adhesive. The flutes or corrugations which comprise the container material extend transversely of the retaining tabs and the free edges of the top and bottom closure panels so that attempted entry of the container in the regions of seal causes creasing of the container material along the lines of scorrugation. The resulting creases are readily evident from a cursory inspection of the sealed container.

Abstract: A carton, and a method of assembling the same, is disclosed wherein the carton closures or flaps have adhesive applied to or deposited upon particular regions thereof such that the adhesive does not interfere with or foul conveyor or support mechanisms use in connection with the carton assembling or erection equipment carton is erected or assembled in accordance with reverse-fold techniques wherein each end of the carton to be sealed has a first inside major flap folded inwardly, a pair of oppositely disposed minor end flaps are then folded inwardly so as to be disposed atop opposite end portions of the first inside major flap, and a second outside major flap is then folded inwardly so as to be disposed upon the minor end flaps as well as covering that portion of the first inside major flap remaining uncovered by the folded minor end flaps.

Abstract: The invention relates to a folding box with self-adhesive seal and a method for sealing the folding box. The folding box has a cover (6) which can be locked in the sealing position at one of its free edges by a mechanical locking (10, 11), flaps (14, 15) that can be folded in under the cover, and contact adhesive strips (17) with covering strips (19) able to be pulled off, for gluing the cover (6) together with the flaps (14, 15). The covering strips (19) have at their free end a tab (19a) that protrudes from the closed folding box. By pulling on the tab (19a), the covering strips (19) can be pulled out laterally under the cover (6) locked in sealing position, in order to glue the cover (6) together with the flaps (14, 15). On perforated tear lines (23), the middle section of the cover (6) can be opened again, without having to undo the adhesive connection in doing so.

Abstract: A method and adhesive pattern for reverse folding and sealing a carton that enables the carton to be sift proof, the method including providing a carton having a first open end including first and second inside and outside major flaps and a pair of opposing minor flaps. The minor flaps and outside major flap are initially folded in an open position and the first inside major flap is folded to cover the open end of the carton. Multiple beads of adhesive are then applied with a non-contact application head to selected areas of the first inside major flap, the second outside major flap and both of the minor flaps. The minor flaps are then folded on top of the first inside major flap and the second outside major flap is folded on top of the minor flaps to provide sealing contact between the flaps about the entire periphery of the first open end so that the carton is sift proof.

Abstract: A carton formed from a unitary blank of paperboard, the carton exhibiting particular utility as a wrapper or container for food products, such as sandwiches. A sandwich may be formed on the wrapper before folding and forming the wrapper into a carton. Or the sandwich may be made and then placed on the wrapper blank, with two opposite ends of the blank then pulled upwardly around the sandwich. Each end is coated with a layer of cohesive material on one surface, these two surfaces being adhered together to form an upper rib of two thicknesses of paperboard, the end walls of the container then being easily manually formed. The cohesive material has the property of sticking only to itself and the coated ends are readily separated and readily reclosed.

Abstract: A sift proof carton and method of folding and sealing the major and minor end flaps of a carton to provide a sift proof container wherein the method includes providing a carton having first and second inside and outside major flaps and a pair of minor flaps, and folding the minor flaps to substantially cover an open end of the carton. Opposite sides of the first inside major flap are then mitered and both the first and second major flaps are positioned in open positions with respect to the carton. The carton is then put in motion and, during such motion, an adhesive pattern is applied from a stationary adhesive nozzle member to selected areas of the second outside major flap and the minor flaps. The first inside major flap is then folded onto the minor flaps followed by the second outside major flap which provides direct sealing contact between the second outside major flap and both minor flaps as well as portions of the first inside major flap so as to provide the sift proof carton.

Abstract: An aseptic pour spout seal for a flat top end closure having two oppositely disposed outer closure panels, and two oppositely disposed fold-in panels, one of which serves as the pour spout when opened. Each of the fold-in panels includes a substantially triangular panel portion, and a pair of fold-back panels integrally connected to and folded between the substantially triangular panel portion and the respective adjacent outer closure panels. Diagonal opening-assist score lines are formed on the outer closure panels adjacent the respective fold-back panels. An abhesive release coating is applied to the outside surfaces of the pour spout, and to the inside surfaces of either the pair of fold-back pour panels or the adjacent areas defined by the diagonal opening-assist score lines. A suitable sealant is overlain on the abhesive release coating on the pair of fold-back pour panels or the adjacent areas.

Abstract: A reusable, collapsible, bulk container having pairs of opposed side walls, each of which has foldably joined to the lower end thereof a narrow bottom wall retaining flange. The retaining flange of one side wall is permanently adhesively secured to a margin of a bottom wall panel, and the other flanges are coated with a pressure sensitive type of adhesive substance adapted to releasably adhere to, upon contact with, other marginal portions of the bottom wall panel when said carton is erected.

Abstract: A decorative box is disclosed for gift wrapping that requires no additional wrapping paper. The box is made from a blank that has a central panel with opposed end flaps. Side panels fold up perpendicular to the central panel and have interlocking end portions that fit inside the end flaps. Outer panels attached to the side panels fold over the close the box. The outer panels have distal flaps that tuck in behind the end flaps. Wrapping paper can be applied to the outer surface of the box and adhered to the inner surface of the box blank around the periphery thereof to make a pre-wrapped gift box.

Abstract: A liquid carrying, thermoplastic coated paperboard container including a top end closure, a four-sided body portion, and a bottom end closure, wherein various end closure panels are folded so as to abut against one another to become sealed thereagainst. To effectuate the sealing, a pressure sensitive, food grade adhesive is applied to at least one of each two abutting surfaces and the abutting surfaces are pressed together without the application of heat or high frequency vibration. The adhesive may be applied to the blank during the converting process, or while the blank is being formed into a container on the forming, filling and sealing machine.

Abstract: Cases and cartons are formed and/or sealed using a specific class of low viscosity reactive urethane hot melt adhesive compositions which provide a fast setting, temperature resistant bond that is not attacked by aromatic oils solvents or petrochemical vapors.

Abstract: The invention relates to a high-integrity closure, sift-proof carton [10], a method and an adhesive dispensing apparatus for producing same. Foamed hot melt adhesive is dispensed in parallel strips from dispensing guns onto the flaps [20], [22], [30], [32] of the carton [10], which are thereafter folded down to close the carton [10]. The strips can be spaced so that a continuous tight adhesive seal is formed, especially by providing a strip pattern interdigitating when the flaps contact each other. Since all strips are provided in parallel, while the carton is moved with respect to the dispensing apparatus, application of adhesive is fast and reliable.

Abstract: An envelope closure having a flap with a detachable tab. Adhesive transfer tape is applied to the flap and tab, thus enabling adhesive and a protective liner to be applied in a single step. The tab may be separated from the flap, providing a convenient handhold for removing the protective liner.

Abstract: A device for opening a package which comprises a sealing tape, a band or thread adhesively attached to the inside surface of the sealing tape, and a pair of adhesive portions pasted by an adhesive whereby when the band or thread is freed from the package and pulled away from the package, the package can be readily opened with a straight tear line which extends along the surface of the package.

Abstract: A container blank suitably scored to construct an expandable, collapsible gable topped container having a pouring spout sealable by an integral adhesive-bearing flap.

Abstract: A corrugated cardboard carton has opposed foldable outer flaps associated with the top and bottom ends thereof which overlap inner flaps in a conventional manner, with the opposed outer flaps being sealed together adjacent their free edges. To create a tamper-resistant seal between the outer flaps, the flaps terminate in free edges which effectively abut when the carton is closed, which free edges are defined by the inner facing layer and the intermediate corrugated layer of the board stock defining the flaps. The outer facing layer of the board stock defining the flaps is provided with a securing strip which is integral therewith and which projects outwardly beyond the free edge. This securing strip has cuts or openings therethrough. The outer facing layer of the flap also has an indicator strip, preferably of a bright color, formed on the exterior face thereof.