Abstract: A food dispensing package having a container and a dispensing cover. The dispensing cover having a lid with a through hole to allow passage of a food product from within the container as the dispensing cover is pushed into the container. A closure element is removably attached with respect to the lid so that in a closed position the closure element covers the through hole and in an open position the closure element exposes the through hole. A flexible gasket portion that is mateable with a sidewall of the container is formed around the perimeter of the lid. A rim that is engageable with an upper portion of the sidewall is positioned about a periphery of the lid and removably attached with respect to the lid.

Abstract: A dispensing food container having a bottom wall and a side wall connected to the bottom wall, thereby forming an inner chamber. A cover is displaceably mounted with respect to the side wall for varying the volume of the inner chamber. At least a portion of an outer peripheral portion of the cover forms a seal against an inner surface of the side wall. The cover has a cover through hole which is in communication with the inner chamber. A flanged nozzle can be used to facilitate transfer of the fluidized food from within the inner chamber to a cracker, a chip, a vegetable or the like.

Abstract: A dispensing food container having a bottom wall and a side wall connected to the bottom wall, thereby forming an inner chamber. A cover is displaceably mounted with respect to the side wall for varying the volume of the inner chamber. At least a portion of an outer peripheral portion of the cover forms a seal against an inner surface of the side wall. The cover has a cover through hole which is in communication with the inner chamber. A flanged nozzle can be used to facilitate transfer of the fluidized food from within the inner chamber to a cracker, a chip, a vegetable or the like.

Abstract: A sheltered and repositionably mounted enclosure having a housing secured to and supported by a mounting post. The mounting post is positioned within a mounting sleeve. An outer ring-shaped gasket is attached to an inner wall of the mounting sleeve. An inner ring-shaped gasket is attached to a mounting post. The inner ring-shaped gasket abuts the outer ring-shaped gasket thereby forming a sealed space within the mounting sleeve and supporting the mounting post within the mounting sleeve. A retainer having a mound shape with a depression in the middle of the mound is attached to the bottom of the mounting sleeve. A mounting post bottom of the mounting post abuts the depression of the mound and thus the mounting post is supported in an approximately vertical position within the mounting sleeve. The mounting post is repositionable within the mounting sleeve and with respect to the retainer after the mounting post is displaced from the depression of the retainer.