Abstract: An injection closure system includes a bottle containing a product to be distributed and a closure attached to the bottle and including nozzles. Each of the nozzles includes two holes through which the product is distributed from the bottle. The bottle includes a plurality of teeth extending around an outer surface of the bottle and the closure includes a plurality of teeth extending around an inner surface of the closure. When the closure is in a fully attached position on the bottle, the teeth of the bottle contact the teeth of the closure to prevent the closure from being removed from the bottle.

Abstract: An injection closure system includes a bottle containing a product to be distributed and a closure attached to the bottle and including nozzles. Each of the nozzles includes two holes through which the product is distributed from the bottle. The bottle includes a plurality of teeth extending around an outer surface of the bottle and the closure includes a plurality of teeth extending around an inner surface of the closure. When the closure is in a fully attached position on the bottle, the teeth of the bottle contact the teeth of the closure to prevent the closure from being removed from the bottle.

Abstract: A container includes a body forming an interior and having a sidewall with a distal edge portion forming an opening to the interior. A liner is disposed over the opening and includes an inner portion and an outermost radial portion disposed radially outwardly of the distal edge portion. A lid including an interior surface and at least one tab projecting inward from the interior surface is disposed over the liner and engages the body. The liner is sized to be releasably rotatably secured within the lid while the lid is initially attached to the body so that the at least one tab remains generally rotationally fixed relative to the outermost radial portion while being assembled to the body. The at least one tab is arrange to press the outermost radial portion while the lid is being removed from the body so that the outermost radial portion maintains a bent orientation.

Abstract: A container includes a body forming an interior and having a sidewall with a distal edge portion forming an opening to the interior. A liner is disposed over the opening and includes an inner portion and an outermost radial portion disposed radially outwardly of the distal edge portion. A lid including an interior surface and at least one tab projecting inward from the interior surface is disposed over the liner and engages the body. The liner is sized to be releasably rotatably secured within the lid while the lid is initially attached to the body so that the at least one tab remains generally rotationally fixed relative to the outermost radial portion while being assembled to the body. The at least one tab is arrange to press the outermost radial portion while the lid is being removed from the body so that the outermost radial portion maintains a bent orientation.

Abstract: A mold assembly is provided for use in an injection molding machine and includes a cavity plate defining a cavity adapted to receive a moldable material, and a manifold positioned behind the cavity plate. The manifold includes a passageway for guiding the flow of the moldable material to the cavity plate. A support plate is positioned adjacent the manifold and includes a rear face into which a cup shaped recess extends, a front face opposite the rear face, and a bore extending between the front face and the recess. A nozzle is provided between the passageway in the manifold and the cavity in the plate for directing the flow of material into the cavity, and a valve gate pin extends into the nozzle. The valve gate pin is movable between a forward flow-blocking position and a rearward flow-permitting position, and a cylinder unit moves the valve gate pin between these positions. The actuator includes a drop-in pneumatic actuator secured within the recess of the support plate.