Abstract: A machine for filling cartridges for aerosol-generating devices includes a feed line, which supplies cartridges to be filled with their corresponding ends facing upwards, a filling station, which receives the cartridges and has at least one dispensing nozzle which is mobile along a path of forward stroke and is pre-arranged for dispensing a product, first inspection means for inspecting the cartridge ends in order to identify, for each one, a position of the corresponding open area; and an orientation station, which receives the cartridges that have been inspected and includes orientation means for rotating each cartridge about its own longitudinal axis based on the corresponding identified position, and bringing the open area into a pre-set reference position for enabling entry of the dispensing nozzle into the open area when the dispensing nozzle is driven along the path of forward stroke.

Abstract: A system and method for handling wicket bags involve a wicket bag holder for transporting wicket bags to a working position along a transport path, the bag holder including one or more holding devices each being operable between an open position allowing receipt of an upper tab of the wicket bag and a closed position whereby the bag is held suspended within a working zone. Also involved are one or more main gripping devices each being operable between an open position allowing receipt of a suspended wicket bag and a closed position whereby the bag is gripped to form a bag neck portion. The system and method may be used for bag filling applications.

Abstract: A passage for the sealed and/or sterile passage of a functional element (15), for example a rod and/or wave-like functional element through at least one wall (6) separating a sterile chamber (5) from an non-sterile chamber, comprising at least one hydraulic seal (20) enabling a relative movement of the functional element (15) in relation to the at least one wall (6).

Abstract: Pouches (2) of cohesionless material, typically a smokeless tobacco product, are manufactured on a machine equipped with feed components (101) by which the material is supplied to a conveyor (4) at a delivery station (8), then transferred by the conveyor (4) from this station (8) to a transfer station (9) where a forcing mechanism (14) directs measured portions (100) of the material from the conveyor into at least one duct (12) connecting with a form-fill-and-seal wrapping station (10) where the portions (100) are enclosed in a continuous succession (21) of pouches (2). Before being separated one from the next at a downstream cutting station (23), the single pouches (2) pass through an in-line quality control station (105) at which their weight is checked individually.

Abstract: There is provided a method of loading a container with a defined quantity of product which comprises the steps of a) closing off a perforation (12a, 12b) in a perforated plate (10); b) directing powder (30) into said closed-off perforation; and c) transferring the contents of the perforation to said container.

Abstract: A method and device for conveying articles on a continuously-operating machine for filling capsules with at least one pharmaceutical product, whereby each article is conveyed inside a respective seat on a transfer wheel, and is retained inside the seat by friction.

Abstract: A container filling plant for filling containers comprising a plastic material with a filling material and a method of operation thereof. The container filling plant has at least one treatment device having a source of a treatment agent, wherein at least one pulse of the treatment agent is configured to be heated to treat the inside surface of a container without destructive effects on the container.

Abstract: An apparatus for sterile filling of beverage containers has a first module and a second module. The first module rinses and sterilizes empty containers and delivers the sterilized containers to the second module. The second module fills and caps the containers with beverage product at ambient temperature in an active sterilization zone utilizing an e-beam sterilization unit.

Abstract: On a continuous machine for filling capsules with at least one pharmaceutical product, the top shell of a capsule is transferred by advancing the top shell inside a relative seat, which is normally connected to a suction device to retain the top shell as of a loading station, and is connected to a blow device to release the top shell at an unloading station; pneumatic connection of the seat to the suction device being cut off upstream from the loading station in a travelling direction of the seat, so as to pick up the top shell directly at the loading station.

Abstract: There is now provided a beverage bottling plant for filling bottles with a liquid beverage filling material in a beverage bottling plant, and a cleaning device with a pair of nozzles transversely disposed with respect to one another for introduction of cleaning medium into a stream of air and for introduction a stream of air into a cleaning medium.

Abstract: The invention relates to a system and process for loading containers with formed product. The system includes a container transport assembly, a product transport assembly and a combined transport assembly. The container transport assembly advances and positions the containers along a first path towards a loading zone. The product transport assembly advances and positions the formed product along a second path towards the loading zone. The combined transport assembly defines a third path away from the loading zone. The first path and the second path share at least one common direction of travel and each path is in part independent of the other and each path is in part merged with the other. The formed product is loaded into the containers as the paths merge. Thereafter, the containers with formed product loaded therein are advanced away from the loading zone along the third path.

Abstract: A method and apparatus for regulating the throughput of a rotary turret heat-sealing machine, without changing the rotational speed of the rotary turret. An indexing clutch is controlled to feed cans into the rotary turret such that only a predetermined number of sealing heads are used to seal cans fed therein. The predetermined number of cans is calculated based on a desired throughput rate. Dwell times, temperatures, and pressures can remain constant while varying radically the can throughput.

Abstract: An apparatus for charging tubular canisters in a charging direction with a stack of face-to-face oriented flat items, includes a conveyor for supporting and positioning an item stack thereon; a canister holder for supporting and positioning a canister; an arrangement for advancing the item stack in an item feeding direction from the conveyor into the canister positioned by the canister holder; an elongated guide member movable parallel to the feeding direction for introduction into and withdrawal from the canister positioned by the canister holder; a holding plate supported at an end of the guide member and being pivotal into a first position in which it projects into a feed path of the item stack for engaging a leading item of the item stack and into a second position in which it is clear of the feed path; and a drive for moving the guide member parallel to the feeding direction and for rotating the holding plate into the first and second positions.

Abstract: The present invention is an automated and integrated method and apparatus for packaging, loading, storing, and/or retrieving a specified product. A preferred embodiment of a system comprises a packager, a feeder device, a magazine, an unloading device, and a control unit. The packager is adapted to package a predetermined quantity of a product in a package. The feeder device has a loading screw which engages the package and transfers it to a storage screw in the magazine. The magazine preferably comprises multiple horizontal rows of storage screws. Each horizontal row of storage screws may be individually rotated about a central axis of the magazine. The control unit maintains a data base of the location and contents of each package in the magazine. The unloading device is adapted to retrieve a desired package from the magazine. The unloading device then transfers the desired package to a predetermined location such as a tote, bin, or patient specific drawer.

Abstract: Fill seal structures having an elastomeric seal element contained in a housing for use with a liquid filling machine for bottles having fill necks, wherein lifting mechanisms are employed to move the bottles upwardly toward sealing faces of fill ports on the fill bowl of the machine, and wherein the seal structures are designed to provide for fluid tight seals between the top open ends of the bottle necks and the sealing faces, wherein the seal element consists of a generally tubular wall providing a fluid flow passage having an outlet end section and a complex inlet end section, the outlet end section being formed to provide a first contact surface for engaging and sealing against the top open neck end of a bottle, the inlet end section having a generally radially inwardly directed flexible hinge segment integral with the wall at a hinge seam, an annular crest on a radially inner portion of the hinge segment and extending and facing generally axially outwardly therefrom, the crest being adapted to bear again

Abstract: A system and method for on-the-go forming of a cover seal, on-the-go filling of a container and on-the-go induction sealing of a cover seal to a container with the system including a first transfer mechanism for picking empty containers from a conveyor, a traveling punch for on-the-go punching a cover seal from a roll of cover seal material, a rotateable head carrying a set of positionable filler spouts that fill the containers to a preselected level and a set of elevator platforms that raise and lower a container located thereon to facilitate low splash filling, a cam-and-spring system for maintaining a cover seal in pressure contact with a container, a cover-sealing apparatus for on-the-go inductive sealing of a cover seal to a container and a second transfer mechanism for returning the filled and sealed containers to the conveyor.

Abstract: An automated tube filling machine and process having a plurality of work stations, a rotating disc to deliver the tubes to the work stations and a central processing unit to control implementation of the work stations and rotation of the disc.

Abstract: The apparatus for introducing blister-type products and the like into boxes, comprises a carousel rotatable about a horizontal axis and composed of box retention means, angularly distributed around the axis and a product distribution drum. On the product distribution drum a plurality of containers adapted for containing the products, and a corresponding plurality of pushers, are mounted slideable in a direction extending parallel to the axis and aligned with the box retention means. Fixed annular-cams are provided for controlling the sliding of the containers and the pushers so as to perform in succession the approach of each container to a related box and the introduction of the pusher into the container so as to push the products into the box.

Abstract: A telescopic filling adapter of the type adapted to be mounted on the filling valve of a bottle filling machine is comprised of a mounting element adapted to be sealingly engaged with the filling valve. A centering element is provided with an annular seal for engaging a bottle opening and is mounted for telescopic sliding movement relative to the mounting element. One of the elements defines an annular telescopic chamber for slidably receiving the other element with sufficient clearance to permit the passage of fluid into the telescopic chamber during a bottle filling operation. A sealing ring is provided between the mounting element and the centering element so that the telescopic chamber may be pressurized when the mounting element is sealingly engaged with the filler valve and the centering element is sealingly engaged with a bottle. Suitable springs are provided for biasing the centering element into pressure engagement with the bottle.

Abstract: A carton shifting device for use in an automatic carton packing machine, comprises a disc supporting a plurality of downwardly extending mandrels. The mandrels are arranged in pairs with outwardly facing surfaces lying in a common plane. A groove is defined in each outer surface of the mandrel. The paired grooves are engageable by a pair of claws connected to a withdrawing bar for movement in the downward-like direction to strip carton blanks off the mandrels. The carton blanks drop on a table where they are pushed into two rows by a pushing bar. At the end of the rows a horizontal conveyor moves to convey the carton blanks in an orderly fashion. The conveyor comprises a chain with a plurality of spaced apart rectangular blanks. The blanks are spaced apart by the carton blank length with the width of each blank being equal to two carton blank widths so that two carton blanks can be conveyed between adjacent blocks.

Abstract: A machine for erecting flat, collapsed tubular cartons and for filling and sealing the erected cartons provides higher production rates without significantly increasing the cycle rate or the floor space required by the machine. A rotatable mandrel assembly rotates about a horizontal axis and has pairs of radially extending mandrels at equally spaced circumferential positions. The mandrel assembly is driven in a stepwise sequential manner to bring each pair of mandrels sequentially into alignment with a series of work stations. At a loading station, a two-stage loading assembly erects a pair of carton blanks and loads carton blanks onto the pair of mandrels. One carton blank is inserted directly onto a mandrel, while the other carton blank is advanced to an intermediate holding position for loading during the next operating cycle. At subsequent work stations the bottom ends of the carton blanks are formed and sealed.

Abstract: A container capping apparatus having a generally vertical tubular spindle carrying a cap holding chuck assembly is rotatable about its axis to apply a screw cap to a container with predetermined force. A control rod is vertically movable within the spindle against an actuator spring to release the applied cap from the chuck. An axle carried by the control rod projects through vertically elongated slots in opposite sides of the spindle, and is received in a control collar slidable on the spindle. A cam follower is carried by a yoke vertically slidable on the spindle and an external adjusting nut is carried by the yoke for movement therewith in operative engagement with the collar. The vertical position of the nut relative to the yoke is selectively adjustable, thereby to adjust the position of the control rod relative to the cam follower.

Abstract: A continuous movement capsule processing machine comprising, sequentially, a station for feeding empty capsules to be filled with a powder or granulated loose product, a capsule orienting station, a capsule opening station, a station for metering and loading the loose product into said capsules, and a station for closing and ejecting the loaded capsules. All stations are carried by a single turret set to revolve about a central drive axle and are recurrently arranged in each of a series of sectors of the turret located about the axle.

Abstract: A continuous motion high-speed rotary machine of the turret type which has a plurality of angularly spaced filler heads thereon, each equipped with movable uncapping and capping means and a movable filler nozzle. As the turret rotates continuously, an individual bag spout is partially inserted into the approaching filler head. These bags are of the flexible type, each having a spout with a removable cap pressed thereon. The individual bags may be presented to the successive continuously-moving filler heads automatically or manually. A control system is provided on the machine which includes means for sensing the presence of the partially-inserted capped spout as the spout is clamped in the head. The movable uncapping and capping means on the head is then actuated to remove the cap and move the filler nozzle into cooperation with the clamped spout. A vacuum system on the machine then functions, through the nozzle, to pull vacuum through the spout on the bag to facilitate filling.