Container having a container body comprising a bottom, a rim and a lid securing portion located adjacent the rim. A lid includes a lid base sized and configured to secure the lid to the lid securing portion of the container body and a lid door assembly movably mounted to the lid base. The lid door assembly includes a main door that can assume at least a closed position with respect to the lid base and an open position with respect to the lid base, a first side door that can assume at least a closed position with respect to the main door and an open position with respect to the main door, and a second side door that can assume at least a closed position with respect to the main door and an open position with respect to the main door.

A condiment dispenser apparatus which includes a first body member formed in a first shape having a plurality of through holes and a plurality of first protrusion members, a second body member formed in a second shape corresponding to the first body member, the second member having a plurality of second protrusions, and an elastic member coupled in between one or more first protrusion members and one or more second protrusion members to detachably fasten the second body member to the first body member.

A condiment dispenser apparatus which includes a first body member formed in a first shape having a plurality of through holes and a plurality of first protrusion members, a second body member formed in a second shape corresponding to the first body member, the second member having a plurality of second protrusions, and an elastic member coupled in between one or more first protrusion members and one or more second protrusion members to detachably fasten the second body member to the first body member.

Embodiments of the disclosure generally provide a dispensing closure for a dry goods container. The closure includes a a base secured to a top portion of a dry goods container and having a substantially planar upper surface with central hub aperture and at least one product dispensing aperture formed therethrough, the base being molded in a first shot of a two-shot process from polyethylene material or syndiaotactic polyethylene. The closure further includes a rotor having a substantially planar lower surface having at least one product dispensing aperture formed therethrough, the rotor being molded in a second shot of a two-shot process from a low density polyethylene, the rotor being molded directly on the base in the two-shot process. A breakout plug is integrally molded with the rotor and connected by at least two axially aligned breakaway securing members, the breakaway securing members each having a structural connection between an outer perimeter surface of the breakout plug and a main body of the rotor, the structural connection having a larger cross sectional area at a connection adjacent the breakout plug than a cross sectional area at a connection adjacent the main body of the rotor. A hub is integrally molded with the rotor and extending therefrom through the central hub aperture and a hub securing member is positioned on a distal end of the hub that extends through the central hub aperture, the hub securing member having a larger diameter than a diameter of the central hub aperture.

Embodiments of the disclosure generally provide a dispensing closure for a dry goods container. The closure includes a a base secured to a top portion of a dry goods container and having a substantially planar upper surface with central hub aperture and at least one product dispensing aperture formed therethrough, the base being molded in a first shot of a two-shot process from polyethylene material or syndiaotactic polyethylene. The closure further includes a rotor having a substantially planar lower surface having at least one product dispensing aperture formed therethrough, the rotor being molded in a second shot of a two-shot process from a low density polyethylene, the rotor being molded directly on the base in the two-shot process. A breakout plug is integrally molded with the rotor and connected by at least two axially aligned breakaway securing members, the breakaway securing members each having a structural connection between an outer perimeter surface of the breakout plug and a main body of the rotor, the structural connection having a larger cross sectional area at a connection adjacent the breakout plug than a cross sectional area at a connection adjacent the main body of the rotor. A hub is integrally molded with the rotor and extending therefrom through the central hub aperture and a hub securing member is positioned on a distal end of the hub that extends through the central hub aperture, the hub securing member having a larger diameter than a diameter of the central hub aperture.

A dispensing closure comprising a closure base, a dispensing disk, a magnet, and a fastener. The magnet and closure base sandwich the dispensing disk, which are all held together with the fastener. A user fills ajar with items to be dispensed and stored and then mounts the dispensing closure onto the jar with a jar screw band. To dispense the items, the user rotates the dispensing disk to an open position and then inverts the jar. To store and display, the user rotates the dispensing disk to a closed position and then attaches the jar with the magnet to a surface attracted to a magnet. The design allows for manual seal and storage in any orientation (horizontally, vertically, or some other odd angle) and for the dispensing disks to be easily switched. The dispensing closure may further comprise a spacer, which enables easier rotation of the dispensing disk.

A dispensing closure comprising a closure base, a dispensing disk, a magnet, and a fastener. The magnet and closure base sandwich the dispensing disk, which are all held together with the fastener. A user fills ajar with items to be dispensed and stored and then mounts the dispensing closure onto the jar with a jar screw band. To dispense the items, the user rotates the dispensing disk to an open position and then inverts the jar. To store and display, the user rotates the dispensing disk to a closed position and then attaches the jar with the magnet to a surface attracted to a magnet. The design allows for manual seal and storage in any orientation (horizontally, vertically, or some other odd angle) and for the dispensing disks to be easily switched. The dispensing closure may further comprise a spacer, which enables easier rotation of the dispensing disk.

A popcorn salt holding and dispensing system and method includes a container that has a quantity of popcorn therein. The container has a bottom wall and a peripheral wall which is attached to and extends upwardly therefrom. The peripheral wall has an upper edge defining an opening extending into the container. A housing has salt therein and the housing includes a first end, a second end and a perimeter wall extending between the first and second ends. The first end has a plurality of apertures extending therethrough to allow salt from the housing to flow outwardly of the housing through the apertures. The housing is removably coupled to the container with a mounting and moved back and forth over the popcorn to deposit salt on the popcorn.

A popcorn salt holding and dispensing system and method includes a container that has a quantity of popcorn therein. The container has a bottom wall and a peripheral wall which is attached to and extends upwardly therefrom. The peripheral wall has an upper edge defining an opening extending into the container. A housing has salt therein and the housing includes a first end, a second end and a perimeter wall extending between the first and second ends. The first end has a plurality of apertures extending therethrough to allow salt from the housing to flow outwardly of the housing through the apertures. The housing is removably coupled to the container with a mounting and moved back and forth over the popcorn to deposit salt on the popcorn.

There is provided a container having a bottom shell and a top cover configured for partial rotation with respect to each other. In its closed configuration the container maintains the items in an interior holding region, while in the open configuration the container exposes a section that opens to the interior holding region and which permits the items to be dispensed by the user.