Abstract: A capping head (2) for an apparatus (1) for capping containers (4) comprises a first cap fastening assembly, an additional cap fastening assembly (16) configured to fasten a different type of cap to a container aperture, detachable connecting means for detachably connecting the additional cap fastening assembly (16) to the first cap fastening assembly (12) to convert the capping head (2) from a first type of cap to a different type of cap, wherein the detachable connecting means comprise a trap cavity (17) formed in an external surface (18) of the first cap fastening assembly (12) and adapted to receive a corresponding latch member (19) of the additional cap fastening assembly (16) to lock the latter with respect to the capping head (2).

Abstract: The invention relates to a closure clip for closing tubular or bag-shaped packing casing for packing loosely goods or foodstuff. The closure clip includes two arms extending at least substantially in a plane and at least substantially parallel to each other, having first and second ends and inner and outer surfaces. The closure clip further includes a bottom portion arranged in the plane defined by the arms, having an inner and an outer surface and connecting the arms by their first ends, thereby forming a substantially U-shaped closure clip. The closure clip further includes at least one arbor having a first end and a second end that extends from the inner surface of the bottom portion, to which the arbor is coupled by its first end between the arms and parallel thereto. The closure clip further comprises a die for closing the closure clip. The closure clip further comprises two guide channels for guiding the second ends of the closure clip, which are separated from each other by a land.

Abstract: An automated method for dispensing pharmaceuticals particularly tablets and capsules, and other small discrete objects, includes: receiving prescription information, selecting a container, labeling the container, dispensing the tablets or capsules into the labeled container, applying a closure to the filled, labeled container, and offloading the container to a designated location. Preferably, the tablets are dispensed with high speed dispensing bins that employ forced air to agitate and singulate the tablets. The other functions within the system are typically carried out at stations designed to offer speed, flexibility and precision to the dispensing operation.

Abstract: An automated method for dispensing pharmaceuticals particularly tablets and capsules, and other small discrete objects, includes: receiving prescription information, selecting a container, labeling the container, dispensing the tablets or capsules into the labeled container, applying a closure to the filled, labeled container, and offloading the container to a designated location. Preferably, the tablets are dispensed with high speed dispensing bins that employ forced air to agitate and singulate the tablets. The other functions within the system are typically carried out at stations designed to offer speed, flexibility and precision to the dispensing operation.

Abstract: The invention falls within the sector of bottling plants. In a method for capping containers (2) with crown caps, the step of centering the cap is performed without the container (2), the cap being completely free to arrange itself in position on a movable magnetic element (4). The capping machine has capping means (7, 11) which are eccentric with respect to the capping axis (20) and positioned at a higher level than the zone for capping the container (2).

Abstract: An embossed seal is formed in a cavity in the neck of a corked bottle over a cork using a die having a die surface with a die image. A first molten seal material is introduced into a die cavity. The die cavity is formed in part with the die surface. The introduction of the first molten seal material deposits an embossed seal portion with an embossed surface. The embossed seal portion is allowed to cool. A second molten seal material is introduced into the cavity of the neck of the corked bottle. The embossed seal portion is brought into contact with the molten seal material in the bottle cavity with the embossed surface disposed on top facing away from the molten seal material. The molten seal material partially melts the embossed seal portion to form a single seal upon cooling. The embossed seal portion is sufficiently cooled and solidified to prevent melting and damage of the embossed surface.

Abstract: A device for sealing container openings which uniformly applies a stretch plastic film onto the openings to be sealed. The device comprises a support, preferably flat-shaped, having at least one hole, on which is placed the stretch plastic film, the film is held taut and adherent to the support by means of gluing, magnetic force, pressure, or a counter-pattern. The device can bear a mark or a recognition message, as well as a warning or an advertisement and can also be used for temporary sealing of containers.

Abstract: A rotary-type capping machine is provided for capping bottles with closure caps. A plurality of capping elements are provided that rotate about a vertical machine axis and can be raised and lowered in the vertical direction. To clean the capping elements, rinsing caps can be secured thereon, each of which, when secured on a capping element, closes off toward the outside a rinsing chamber in which are disposed at least those surfaces of the capping element for which cleanliness is particularly critical. To avoid a connection and loosening of hoses or conduits during cleaning, each capping element is provided above a rinsing cap connection area with fixed connections for the supply and withdrawal of a cleaning or rinsing agent. If the capping machine has a cap transfer mechanism with a rotating transfer element, to clean the same a tray-like element for a cleaning agent is provided in which the transfer element can be immersed by lowering the cap transfer mechasnism and/or by raising the tray-like element.

Abstract: An apparatus for closing bottles by means of closure caps, such as, crown caps or the like, including a closing machine, a closing member rotating together with a bell-type centering or guard member along the periphery of the closing machine. A spring-biased pressure die is mounted in the closing member so as to be movable in axial direction. A cap transfer station is arranged at one point of the cycle of rotation of the closing machine. The position of the centering member with a cap support member is adjustable relative to the pressure die during the movement. The centering member and cap support member, when in the cap transfer position, are fixedly supported on the closing member by means of the pressure die and/or by means of control members of the centering member.

Abstract: An arrangement for closing containers with crown corks and the like, has a piston, a guiding opening in which the piston reciprocates, and a passage for supplying a cleaning liquid, which passage is open into an annular gap formed between the piston and the wall bounding the guiding opening. The passage may include a radial passage portion arranged to communicate with a liquid supplying conduit, and a distributing passage portion communicating with the radial passage portion.

Abstract: Chucking apparatus is disclosed for engaging articles such as screw-type caps for applying the caps to containers. Caps are bottom or center fed to a fluid operated chuck device which grips the caps and screws them onto a container. The chuck device comprises a plurality of jaw members pivotable to a cap gripping position. An annularly shaped, resilient member surrounds the jaw members. As fluid under pressure is introduced into a chamber in fluid communication with the resilient member, the member is compressed causing the jaw members to pivot to the cap gripping position. The chuck device, which is connected to a constantly operating motor through a torque clutch, screws the cap onto a threaded portion of the container. The torque clutch is set such that when the cap is properly tightened on the container, the resistance to further tightening causes the clutch to disengage.