Abstract: A method of moving at least one container includes positioning at least one container at an upstream end of a system having at least one track assembly, a linear motor assembly, and at least one product engagement assembly, the at least one product engagement assembly having a shuttle member movably engaged with the linear motor assembly and the at least one track assembly, and an adapter assembly coupled to the shuttle member and comprising a product engagement member. The method further includes engaging the at least one container with the product engagement member, moving the at least one product engagement assembly at least partially along the linear motor assembly, and articulating the product engagement member relative to the shuttle member.

Abstract: The present disclosure provides a container. In an embodiment, a flexible container (8) is provided and includes a first multilayer film (16) and a second multilayer film (18). Each multilayer film includes a seal layer. The multilayer films are arranged such that seal layers oppose each other and the second multilayer film is superimposed on the first multilayer film. The films are sealed along a common peripheral edge (20). The flexible container includes a fitment (10) having a base (12). The base (12) includes an ethylene/a-olefin multi-block copolymer. The flexible container includes a fitment seal (22) comprising the base located between the multilayer films. The base is sealed to each multilayer film at a portion of the common peripheral edge (20).

Abstract: A fitment delivery system for delivering a fitment to an open pouch is provided. The fitment delivery system includes a conveyor disposed along a loop. A plurality of carriers are mounted to the conveyor. A fitment deliverer includes a chute configured to accumulate a predetermined number of fitments in a line and to individually drop the fitments into one of the plurality of carriers. A fitment heater is disposed downstream the fitment deliverer and is configured to heat the fitment to a predetermined temperature. A fitment inserter is disposed downstream the fitment heater. The fitment inserter includes an arm support and a pair of fitment grippers mounted on opposite ends of the arm support. The fitment inserter positioned with respect to the conveyor so as to both pick up and insert the fitment into the pouch at the same time.

Abstract: A unit for the application of opening devices on respective sealed first packages of food products, comprising: at least one first gripping device configured to receive, in use, a relative opening device and movable along a first path; the first path comprising a first stretch in which the opening device is applied onto the package; a first track; a first transfer element, which is operatively connected to the first gripping device; and at least one second transfer element; the first transfer element is movable along the first track and is movable relative to and independently of second transfer element.

Abstract: A one-piece dispensing closure (10) for a pouch-like container (13) includes an integrally formed closure body (11), dispensing neck (30), hinged cap (20), a tamper-evident closure system (40) and a latch (62) for maintaining the cap (20) in an open position. The closure body (11) includes a “canoe”-shaped skirt portion (14) with opposing skirt walls (17,19) which are heat sealed to a film-like pouch (13) and a neck portion (30) having a dispensing orifice (34). The closure body (11) may further include reinforcing ribs (21) extending transversely between the skirt walls (17, 19) to provide support while the pouch is heat sealed to the skirt. A cap (20) is connected to the closure body (11) by a living hinge (26) to allow the user to selectively open and close the container. A tamper-evident tear strip (40) may be integrally formed with the neck portion (30).

Abstract: A pouch in which an air layer can be formed with a simple mechanism using a single-tube air nozzle is provided. A pouch includes, in a side edge portion where a first and a second side-surface films are sealed, a non-sealed region which is not sealed over a predetermined length, and an opening provided near an upper end of the non-sealed region penetrating through the first and/or the second side-surface films. The non-sealed region includes an air filling portion which takes therein, through the opening, air from an air blowout hole of an air nozzle having a tip surface in a predetermined distance from the opening. The air filling portion is not sealed within a predetermined radius larger than a radius of the air nozzle such that, when the air filling portion expands due to increase of internal pressure, a part near the opening is adhered to the tip surface.

Abstract: Provided are a bag mouth opening method and apparatus capable of surely and stably opening into a desired shape the mouth of a spout bag having a spout attached to an upper edge-side portion thereof. A spout tilting relative to a bag is corrected into a non-tilting position and pinched with spout pinching members opened and closed by a first air cylinder of a spout holding device. The first air cylinder is held in an initial position in the width direction of the bag by a second air cylinder through a quadric link comprising a connecting rod mounting plate, a connecting rod, a connecting plate, and a second support arm. The interior of the second air cylinder is opened to the atmospheric pressure in synchronism with the start of movement away from each other of a pair of suction cups of a bag mouth opening device and movement toward each other of a pair of gripping members gripping the laterally opposite side edges of the bag.

Abstract: A closure having two profile strips for an at least partially flexible container for connecting a first container to a second container in a manner sealed against the environment in a such a way that a closed docking position can be obtained. Further the closure provides for conducting a flow in a sealed manner against the environment in a flow direction through the closure from the first container into the second container in such a way that an open docking position can be obtained. According to the described system, the second container facing the first container is designed with an identical closure that engages in the closure of the first container in the open docking position and forms a channel for the flow in the flow direction together with the closure.

Abstract: A method of providing liquid-filled kegs and a manufacturing apparatus for performing the method of providing liquid-filled kegs, which method includes filling open plastic keg bodies with liquid, applying a disposable keg fitting, and releasing the neck of the filled, closed keg.

Abstract: A pressure device for exerting pressure on an opening device fitted to a package of a food product pourable into a tube of packaging material, the device having a first pressure member movable between a first work position, in which it presses a first area of the opening device against the package, and a first rest position, in which it is detached from the opening device; and a second pressure member movable between a second work position, in which it presses a second area of the opening device against the package, and a second rest position, in which it is detached from the opening device; the first and second area being crosswise to each other.

Abstract: An apparatus may manufacture a package that includes edible substances. The apparatus may include a first provider for providing a first edible substance into a first space and include a second provider for providing a second edible substance into a second space, at least one of the two edible substances including ready-to-eat cereal. The apparatus further includes a partition mechanism for implement a partition for separating the two edible substances. The apparatus further includes a sealing mechanism for sealing a container that encloses the first space and/or the second space. The apparatus further includes a tube-handling mechanism for combining a tube with the container for forming a combination, an internal width of the tube being larger than an average unit width of units of the ready-to-eat cereal, wherein the package comprises the combination. The apparatus further includes a controller for controlling at least one of the above-mentioned members.

Abstract: A self-standing bag with foldable flanges includes a main body, available with two corresponding side walls and a top connected at the top of two side walls. A nozzle is set centrally or laterally onto the top wall, and covered by a cover in openable state. The foldable flanges are arranged at the top of two side walls of the main bag body, and openings are formed between two corresponding sides of the foldable flanges. The self-standing bag can be positioned more reliably for an improved advertising effect.

Abstract: A method for packaging a fluid product dispenser, where the said dispenser includes a reservoir (1) of constant effective volume filled with a fluid product (10), and a dispensing device (3) that includes a dip tube (2) which is intended to extract the fluid product (10) contained in the reservoir on operation of the dispensing device (3), the reservoir (1) and the dip tube (2) being made from a material or materials that are substantially or perfectly transparent, where the said dip tube initially contains air (A), and the dip tube (2) is connected to the dispensing device and has one free end extending to the bottom of the reservoir, the method being characterized in that the air (A) is extracted from the dip tube (2) and is replaced by the fluid product.

Abstract: In some embodiments, an apparatus for insertion of uniquely shaped packaging may include the following elements, (a) a securing mechanism to hold a container along a conveyor in a predetermined location, (b) a transfer device which removes a spray cap mechanism from a second timing screw and aligns the spray cap mechanism over a container opening on the container, (c) a diptube assembly which locks a diptube hanging from the spray cap mechanism, and (d) the transfer device tightening the spray cap mechanism on the container opening after the diptube is inserted into the container opening.

Abstract: A modular unit for applying opening devices to packages of pourable food products includes a first conveyor for feeding the opening devices successively along a first path, a second conveyor for feeding the packages successively along a second path, a transfer mechanism for transferring the opening devices along a third path from a pickup station located along the first path, to an application station for applying the opening devices to respective packages and located along the second path, and a processing device for performing specific operations on the opening devices prior to application of the opening devices to the respective packages. The transfer mechanism defines a base module of the unit, and the processing device includes different types of processing devices forming part of different auxiliary modules selectively connectable to the base module to define different units for applying the opening devices to respective packages.

Abstract: A spout installation device capable of reliably installing spouts onto correct positions on a pouch. The spout installation device has a pouch supply section for supplying a pouch (P), first and second spout supply sections for respectively supplying an inlet spout (SA) and an outlet spout (SB), and first and second spout installation sections for installing the inlet spout (SA) and the outlet spout (SB), which are supplied by the spout supply sections, onto the pouch (P) supplied by the pouch supply section. For each time of installation of the inlet spout (SA) and the outlet spout (SB) onto the pouch (P), an upper inclined edge and a lower edge of the pouch (P) are positioned by a positioning unit of the pouch supply section and by a positioning/holding mechanism of the second spout installation section.

Abstract: A form, fill and seal system having a product fill assembly, a tube forming assembly and a fitment securing assembly. The system allows for the relative positioning of the fitment that is to be applied to the film that forms the bags, at various points along the film by having the fitment securing assembly relatively positionable with respect to the tube forming assembly. In turn, with adjustments, a fitment can be located at a number of locations on a finished bag.

Abstract: A modular unit for applying opening devices to packages of pourable food products includes a first conveyor for feeding the opening devices successively along a first path, a second conveyor for feeding the packages successively along a second path, a transfer mechanism for transferring the opening devices along a third path from a pickup station located along the first path, to an application station for applying the opening devices to respective packages and located along the second path, and a processing device for performing specific operations on the opening devices prior to application of the opening devices to the respective packages. The transfer mechanism defines a base module of the unit, and the processing device includes different types of processing devices forming part of different auxiliary modules selectively connectable to the base module to define different units for applying the opening devices to respective packages.

Abstract: A spout mounting method and a spout that enable smooth and high-speed mounting of the spout onto a pouch. The method includes an insertion step of inserting the spout (S) into the pouch (P) so that a mounting portion (IP) of the spout (S) is held between not-yet-sealed opening edges, a temporary fixation step of temporarily fixing the spout (S), inserted in the pouch (P), to the pouch (P), and a sealing step of fixing the mounting portion (IP) of the spout (S), temporarily fixed to the pouch (P), to the opening edges of the pouch (P) by heat-sealing. In the temporary fixation step, the opening edges of the pouch (P) are fixed together by spot-sealing near edges on both sides of the mounting portion (IP) of the spout (S) so that the spout (S) is held by the opening edges of the pouch (P).

Abstract: An applicator (10a) affixes fitments (12) to paperboard cartons (20), each fitment (12) comprising a screw cap on a pour spout. An ultrasonic horn (18) reciprocates between a retracted position for receiving a fitment (12) and an advanced position for depositing the fitment (12) on an outer surface of a carton (20). A duct (26) extends and provides fluid communication between an air handler and a fitment-holding recess (30) formed in the horn (18). The air handler is actuable to evacuate the duct (26) to retain a fitment (12) in the recess (30) by suction while transporting the fitment (12) to be affixed to the container wall. The air handler also supplies pressurized gas to the duct (26) to blow the fitment (12) from the horn (18) before the horn returns to the retracted position.

Abstract: A method of forming and filling the pouch includes the steps of forming each panel and joining two panels by sealing together the side edges and lower edge. The method also includes the steps of opening the pouch and filling the pouch with the product. The method further includes the steps of closing the filled pouch by forming a first closing seal extending along an upper edge of the pouch a predetermined length from the upper edge, such that there is no dead space inside the pouch between the product and the first closing seal, and forming a second seal between the first closing seal and the upper edge thereby trapping the product between the first closing seal and the second closing seal, and finishing the pouch.

Abstract: An apparatus for positioning and attaching a plurality of fitments to a film includes a guiding device for guiding a plurality of fitments; an attaching device for attaching the fitments to the film; a means for advancing the attached fitments and film; and an indexing device for indexing the fitments, the indexing device including a spring housing, a spring, and a fastener, the indexing device being configured such that when a first fitment has been attached to the film and then advances past the indexing device, the spring controllably releases the first fitment, and a second fitment is advanced into attaching position. A process and vertical form/fill/seal apparatus are also disclosed.

Abstract: A method and device for the manufacture of packaging units or disposable single-use kegs in which a disposable fitting is retained on a blow-molded body by an inwardly-projecting flange structure which engages with an outwardly-projecting flange structure on the blow-molded body.

Abstract: An apparatus for attaching a spout having a flange to a preformed hole in an open-ended container. The apparatus comprises of an applicator system and a mandrel. The applicator system is able to translate a linear motion to an arc motion. The mandrel is attached to the applicator system. The mandrel is adapted to releasably engage the spout.

Abstract: A flexible container and a method of manufacturing the same where a spout or fitment is attached to the outside of the flexible container. The flexible container includes a patch having at least a portion of the patch overlapping an opening of the flexible container. The fitment is attached to the outside of the sidewall of the container and the portion of the patch which overlaps the opening of the flexible container. The fitment includes a flange with a bottom surface having sealing beads. The sealing beads can be bonded to the outside of the sidewall of the container and/or the portion of the patch which overlaps the opening of the flexible container.

Abstract: A unit (1, 1?) for applying opening devices (2, 2?) to packages (3) of pourable food products, the unit (1, 1?) having first conveying means (8, 8?) for feeding the opening devices (2, 2?) successively along a first path (P1, P1?); second conveying means (9) for feeding the packages (3) successively along a second path (P2); and transfer means (10) for transferring the opening devices (2, 2?) from the first path (P1, P1?) to the second path (P2), and in turn having a wheel (18) rotating about an axis (A), and a number of gripping members (19, 19?) carried by the wheel (18) and for receiving respective opening devices (2, 2?) from the first conveying means (8, 8?) and transferring them to the second path (P2) by rotation of the wheel (18); the transfer means (10) also having connecting means (20) for connecting the gripping members (19, 19?) movably to the wheel (18), and cam guide means (21) for altering the position of each gripping member (19, 19?) with respect to the wheel (18) as the wheel (18) rotates.

Abstract: An orientating apparatus for a pour spout fitment (4) having an annular flange (4F) comprises a mounting device for supporting the fitment (4), a follower (22), a drive arrangement arranged to produce relative rotary motion, about an axis, between the mounting device and the follower (22), a biassing device arranged to urge the follower (22) towards the mounting device, and a detection device arranged to detect relative movement between the mounting device and the follower (22) under the action of the biassing device and allowed by a notch (4G) in the flange (4F) and thereby to cause the drive arrangement to stop the relative rotary motion and to orientate the fitment (4).

Abstract: A fully automated pharmaceutical product packaging machine is capable of selectively depositing one or more different solid pharmaceutical products into an individual cavity for each of a plurality of individual patient product package cavities. The system employs a plurality of solid pharmaceutical product dispensing canisters which are capable of selectively dispensing a pre-designated number of solid pharmaceutical products. The machine fills a template containing temporary storage cavities and the template is automatically positioned over a sheet of clear plastic material containing a plurality of cavities corresponding to the cavities in the template. A barrier between the cavities in the template and the sheet of clear plastic material is moved and the pharmaceuticals in the template cavities drop into the corresponding cavities in the clear plastic sheet of material.

Abstract: An anvil device (1) for a fitment applicator is described, where the anvil device (1) includes one or more arms (2), where each arm is equipped with a carrier (5) for the positioning of a closure (22) against a contact surface (6) for co-operation with a welding head (21) during fixation of a closure to a cartoon, where the carrier (5) and the contact surface (6) are aligned on a contact device (4) which is adjustably fastened to the anvil device (1).

Abstract: A system and method for pull-off sanitation patches for bagged water dispersion systems.

Abstract: A unit for applying opening devices to packages of pourable food products having a rupturable portion includes a conveyor for feeding the packages successively along a given path; and a gripping device for receiving the opening devices at a pickup station, and which move cyclically between the pickup station and an application station interfacing with the path and where the opening devices are applied to respective packages; the trajectory of the gripping device from the application station to the pickup station is distinct from the path of the packages; and the unit also includes a pressure device generating a contact pressure between the packages and the opening devices as of the application station and along at least a portion of the path of the packages.

Abstract: A rotary type pouch reception/delivery unit is configured to receive a pouch supplied by a pouch supply unit at a pouch reception/delivery position ?, conveys it to a pouch reception/delivery position ?, and delivers it to a spout installation unit at a pouch reception/delivery position ?. The pouch reception/delivery unit is provided with a plurality of take-up members rotating at a constant rotation speed so as to pass the pouch reception/delivery position ? and a pouch reception/delivery position ?. The pouch reception/delivery unit receives the pouch supplied in a standing state at the pouch reception/delivery position ? by sucking and holding it by a take-up member and tilts the pouch during conveyance. At the pouch reception/delivery position ?, the pouch receipt/delivery unit delivers the pouch to the spout installation device with a spout installation edge portion horizontally tilted.

Abstract: An applicator (10a) affixes fitments (12) to paperboard cartons (20), each fitment (12) comprising a screw cap on a pour spout. An ultrasonic horn (18) reciprocates between a retracted position for receiving a fitment (12) and an advanced position for depositing the fitment (12) on an outer surface of a carton (20). A duct (26) extends and provides fluid communication between an air handler and a fitment-holding recess (30) formed in the horn (18). The air handler is actuable to evacuate the duct (26) to retain a fitment (12) in the recess (30) by suction while transporting the fitment (12) to be affixed to the container wall. The air handler also supplies pressurized gas to the duct (26) to blow the fitment (12) from the horn (18) before the horn returns to the retracted position.

Abstract: A spout mounting method and a spout that enable smooth and high-speed mounting of the spout onto a pouch. The method includes an insertion step of inserting the spout (S) into the pouch (P) so that a mounting portion (IP) of the spout (S) is held between not-yet-sealed opening edges, a temporary fixation step of temporarily fixing the spout (S), inserted in the pouch (P), to the pouch (P), and a sealing step of fixing the mounting portion (IP) of the spout (S), temporarily fixed to the pouch (P), to the opening edges of the pouch (P) by heat-sealing. In the temporary fixation step, the opening edges of the pouch (P) are fixed together by spot-sealing near edges on both sides of the mounting portion (IP) of the spout (S) so that the spout (S) is held by the opening edges of the pouch (P).

Abstract: Methods and apparatus for forming and filling a flexible package are provided in which an evacuation device (26) and a fitment (20) are attached to a sheet of flexible material (16). The sheet of flexible material (16) is formed into a package that is filled and sealed.

Abstract: An apparatus for attaching a spout having a flange to a preformed hole in an open-ended container. The apparatus comprises of an applicator system and a mandrel. The applicator system is able to translate a linear motion to an arc motion. The mandrel is attached to the applicator system. The mandrel is adapted to releasably engage the spout.

Abstract: An apparatus for attaching a spout having a flange to a preformed hole in an open-ended container. The apparatus comprises of an applicator system and a mandrel. The applicator system is able to translate a linear motion to an arc motion. The mandrel is attached to the applicator system. The mandrel is adapted to releasably engage the spout.

Abstract: A method for sealing-in a gas in a gas filling compartment 5 of a bag having a cut-in 6 formed near the upper edge of the gas filling compartment. In the method, two edges of the bag with the contents inserted therein are gripped by grippers and suspended, the blow-in port of a gas (air) blow-in nozzle is brought to contact the cut-in, the back surface side of the bag is supported by a backing member, gas (air) is blown into the gas filling compartment, and the position below the cut-in is held from both sides of the bag by a gas cut-off grippers while the gas blow-in continues, so that the gas inside the gas filling compartment is not allowed to escape from the cut-in, and then the entire bag mouth, including the cut-in, is sealed.

Abstract: An applicator unit for a system applying pressure relief valves to packaging during the packaging process. A punch shaft and an applicator shaft each have an axis and opposed ends. The punch shaft has a punch at one end. The applicator shaft has an applicator vacuum head at one end. Each shaft moves axially between retracted and extended positions. The shafts are angled, with the punch and applicator ends more apart than the respective opposed ends, and are carried on a plate for limited rotational movement relative to the applicator unit. First the punch is pivoted from a first position into a third position, while the applicator head is simultaneously pivoted from a second position into the first position. Then the punch is pivoted from the third position back into the first position, and the applicator head is simultaneously pivoted from the first position back into the second position.

Abstract: A tubular film is flattened to form a continuous two-ply film in which the two side edges are continuously connected in the longitudinal direction. This two-ply film is curved into a tubular form, the two side edges are overlapped, and a vertical seal portion is formed in the overlapping portion to form a tube body, and the tube body is filled with a product. The tube body that has been filled with product is horizontally sealed, and the horizontal seal portion that has been thus formed is cut to produce a two-ply bag package.

Abstract: A form, fill and seal packaging machine is configured to mold a closure directly onto a carton. The machine includes a carton erection station to receive and erect a carton and a direct injection molding station. The molding station has an internal mold tool for receipt of the carton, and an external mold tool set. The internal tool and external tool set are configured to receive and secure a portion of the carton therebetween and define a mold cavity with the portion of the carton disposed therein. The external mold tool set defines an opening for receiving a polymer injection system to inject polymer into the mold cavity. A closure is directly molded in place on the carton, with the polymer encapsulating the inner peripheral edge of the carton opening that is disposed within the mold cavity. The packaging machine also includes a filling station for filling the carton and a sealing station for forming a seal on the carton.

Abstract: To provide a bag-making method ensuring excellent liquid tightness at the melt-bonded part between the mouth member and the bag unit. A bag-making method for producing a bag by melt-bonding and thereby integrating a mouth member formed of a preliminarily heated synthetic resin and a bag unit formed of a flexible film, the method comprising a preliminary heating step of softening the synthetic resin of the mouth member at the part to be melt-bonded to the bag unit, melt-bonding part of mouth member, while preventing the synthetic resin of the mouth member at the end part in the bag side, end part of mouth member, from being softened at the preliminary heating step, and a step of inserting the preliminarily heated mouth member into the opening of the bag unit and pressing them by a sealing mold to melt-bond the melt-bonding part of the mouth member to the opening; and a medical container produced by the bag-making method.

Abstract: The invention relates to a device for sealing-in pouring spouts in bags (1), comprising at least one station for opening (4) the bag (1), a station for inserting (4) the pouring spout into the opened bag (1), and at least one station for sealing (5, 6, 7) the bag (1) and the pouring spout. According to the invention, such a device is improved with a view to simple design and high processing speed in that the stations (2–8) for bag processing are arranged on a linear transport system (11) for the bags (1), which linear transport system (11) is formed by two transport belts (9, 10), and in that the stations (2–8) for bag processing are all arranged in a grid of equal spacing.

Abstract: The vertical form fill and seal (VFFS) machine is configured to place a fitment, such as a spout, on the longitudinal fin seal of a container. The fitment dispatched from a vibratory bowl via an adjustable track. The fitment is then secured to the edges of the film by longitudinal sealing bars and the edges of the film are likewise secured to each other by the longitudinal sealing bars sealing bars thereby forming a longitudinal fin seal. Depressions are machined in the machine direction center of the sealing bars in order to accommodate the shape of the fitment. The film is drawn over an oversized collar and an undersized tube so as to create excess film in order to form gussets providing a stand-alone capability.

Abstract: A method for fabricating a fitmented flexible bottle is disclosed which involves feeding webs including one or more gussets, creating perimeter seals around only the top portion of the bottle, inserting the fitment from the input end of the machine in the direction of web travel, forming the remainder of the perimeter seams, detaching the nascent bottle from the web, and sealing the neck section of the bottle to the fitment by clamping the neck section with a heated clamp, and preferably repeating the seal operation at a different radial angle. Sealing the fitment by application of ultrasonic energy is also disclosed. In another embodiment, the fitment is sealed to the neck section of the bottle by utilizing heated wheels against the neck and rotating the bottle to create a seal all around the neck.

Abstract: A spout supply apparatus including a spout transfer device in which two spout holding devices 43 and 44 are respectively disposed on each end of a reciprocating swing arm 41 that makes a reciprocating swing motion in the horizontal plane through a swing angle of substantially 90 degrees about a supporting shaft 45. Upon the swing motion of the swing arm 41, the spout holding devices 43 and 44 alternatively receive a spout that is at the leading end of a row of lined spouts, at a spout receiving position T and are alternatively moved to spout transfer positions U, thus transferring the spout to the spout clamping member 3 which is at each one of the spout transfer positions U.

Abstract: A process is provided for minimizing moisture accumulation in a product package that is sprayed with a cool water shower. The product is placed in a container, and a closure is installed on a container. The product is heated before it is placed in the container or during its placement in the container, or after it is placed in the container, or while the closure is being installed on the container, or after the closure has been installed on the container. The internal atmosphere within the closed closure is allowed to expand from the heat and to vent through a vent channel. The package is cooled with a cooling water shower, and the vent channel minimizes the transient pressure differential so as to minimize the amount of water infiltration into the closure.

Abstract: A linear fitment applicator for applying fitments to a series of containers being conveyed along a form, fill, and seal packaging machine includes an anvil, a fitment dispenser, a sealer, at least one drive source for moving the anvil, and a wedge. The containers are conveyed along the machine have at least one open end and at least one pre-incised hole for receiving a fitment. The anvil features a fitment engaging element and moves both vertically and horizontally. The wedge locks the anvil into position while the sealer fastens the fitments to the containers. A method for applying the fitments to the containers also is disclosed.

Abstract: A closure feed system for use on an associated dual train form, fill, and seal packaging machine for feeding, diverting and singulating closures from a common closure storage region to a closure applicator includes an upper chute for conveying the closures from the storage region to a diverter/singulator, two lower chutes for conveying separated closures from the diverter/singulator to respective applicators, and a diverter/singulator for diverting and separating the closures. The upper chute defines an upper conveyance path, while the two lower chutes define two lower conveyance paths to their respective applicators. The diverter/singulator includes a reciprocating plate with two closure-holding grooves. As the plate slides between the upper and lower chutes, the grooves alternately align with the upper chute, or with the first or second lower chutes. A form, fill, and seal packaging machine including the closure feed system is also disclosed.

Abstract: The packaging container includes a container body formed from a packaging material, and a cap unit attached to a top wall of the container body. The cap unit includes a lip, a pull tab which covers a discharge opening and an inner tape which covers the discharge opening portion from a reverse side of the packaging material. Since the cap is attached to the packaging material in advance of forming the container, positioning of the container body is not required for cap attachment.