Abstract: A system and method for injecting pressurizing fluid into a filled and sealed container is provided. The container is filled with a product and is then sealed with a closure. A pressurizing fluid is injected through the closure into the container cavity after sealing and filling.

Abstract: A method and system for injecting fluid into a sealed container that contains a consumable product is provided. The container is filled with a consumable product and then sealed with a closure. A fluid is injected through the closure into the container cavity after filling and sealing. The fluid increases the internal pressure of the container and scavenges oxygen in the container.

Abstract: A system and method for injecting pressurizing fluid into a filled and sealed container is provided. The container is filled with a product and is then sealed with a closure. A pressurizing fluid is injected through the closure into the container cavity after sealing and filling.

Abstract: A closure that includes a top panel and a skirt extending downwardly from a peripheral edge of the top panel is provided. The closure includes a tamper band which extends downwardly from the skirt and a multi-seal, seal portion which is located inside of the closure above the threads where the top panel is joined to the skirt. The tamper band and seal portion are configured to improve the removability of the closure from a mold.

Abstract: A closure that includes a top panel and a transition section extending downwardly from a peripheral edge of the top panel is provided. The closure includes a skirt extending from a peripheral edge of the transition section such that the skirt extends away from the top panel and a plurality of raised ribs. Each of the plurality of raised ribs includes a first portion extending outwardly from an outer surface of the skirt and extending axially along at least a portion of the skirt and a second portion positioned above the first portion and extending outwardly from an outer surface of the transition section.

Abstract: An imaging system (12) for a printing press (10) having an imaging cylinder (44) having a magnetically addressable outer surface (46), a magnetically permeable film (48), a device (50) for passing the film (48) over at least a portion of the outer surface (46) of the imaging cylinder (44), a device (52) for writing magnetic information through the film (48) onto the outer surface (46) of the imaging cylinder (44), a device (56) for passing a magnetic particulate material (58) onto the film (48) over the magnetic information on the cylinder (44) to form an image (80) of the particulate material (58) on the film (48), and a device (62) for bonding the particulate material (58) onto the film (48).

Abstract: An imaging system (12) for a printing press (10) having an imaging cylinder (44) having a magnetically addressable outer surface (46), a magnetically permeable film (48), a device (50) for passing the film (48) over at least a portion of the outer surface (46) of the imaging cylinder (44), a device (52) for writing magnetic information through the film (48) onto the outer surface (46) of the imaging cylinder (44), a device (56) for passing a magnetic particulate material (58) onto the film (48) over the magnetic information on the cylinder (44) to form an image (80) of the particulate material (58) on the film (48), and a device (62) for bonding the particulate material (58) onto the film (48).

Abstract: An imaging system (12) for a printing press (10) having an imaging cylinder (44) having a magnetically addressable outer surface (46), a magnetically permeable film (48), a device (50) for passing the film (48) over at least a portion of the outer surface (46) of the imaging cylinder (44), a device (52) for writing magnetic information through the film (48) onto the outer surface (46) of the imaging cylinder (44), a device (56) for passing a magnetic particulate material (58) onto the film (48) over the magnetic information on the cylinder (44) to form an image (80) of the particulate material (58) on the film (48), and a device (62) for bonding the particulate material (58) onto the film (48).

Abstract: An imaging system (12) for a printing press (10) having an imaging cylinder (44) having a magnetically addressable outer surface (46), a magnetically permeable film (48), a device (50) for passing the film (48) over at least a portion of the outer surface (46) of the imaging cylinder (44), a device (52) for writing magnetic information through the film (48) onto the outer surface (46) of the imaging cylinder (44), a device (56) for passing a magnetic particulate material (58) onto the film (48) over the magnetic information on the cylinder (44) to form an image (80) of the particulate material (58) on the film (48), and a device (62) for bonding the particulate material (58) onto the film (48).

Abstract: A sealing device (10) for a printing press (11) having a base (12) defining a chamber (24) for retaining ink, a roller (14) mounted on the base (12) over the chamber (24) with the chamber (24) communicating with the roller (14), and a sealing member (20) having a surface (46) for contacting the roller (14), with the sealing member (20) being constructed from a porous material (49) and having a fluid impervious barrier (56 and 58) extending over at least one side (48 and 50) of the sealing member (20) to prevent passage of ink through the sealing member (20).

Abstract: A power transmission (10) chain-belt (32) is disclosed that is especially aptable for connecting the pulleys (12, 14) of a pulley transmission (10). The chain-belt (32) has a plurality of interleaved sets (34) of links (36and each set (34) has a plurality of transversely arranged links (36). Pivot means (40) join adjacent sets (34) of links (36) to form an endless loop. At least one toe (42A, 42B) extends from each link (36) in at least some sets (34) of links. At least the toes (42A, 42) on adjacent links (36) are in opposed relationship and define a passageway (80). A plurality of load blocks (50) are connected to the links (36). The load blocks (50) are positioned in the passageway (80) defined by the toes (42A, 42B). Each load block (50) has edge surfaces (88) for connecting the pulleys (12, 14 ) of the transmission (10). A notch (90) is positioned on each side of the load blocks (50) on the surface of the load blocks (50) that is adjacent the links (36).