Abstract: A package includes a container formed to include a product-storage region and a mouth arranged to open into the product-storage region and a closure configured to mate with the container and establish a closed arrangement of the package and to be separated from the package at the option of a user to establish an opened arrangement.

Abstract: A package includes a container formed to include a product-storage region and a mouth arranged to open into the product-storage region and a closure coupled to the container to selectively close the mouth.

Abstract: A package includes a container formed to include a product-storage region and a mouth arranged to open into the product-storage region and a closure configured to mate with the container and establish a closed arrangement of the package and to be separated from the package at the option of a user to establish an opened arrangement.

Abstract: A package includes a container formed to include a product-storage region and a mouth arranged to open into the product-storage region and a closure coupled to the container to selectively close the mouth.

Abstract: A closure for mounting on top of bottles and other containers includes a floating lid and a lid-retainer ring. The closure is configured to withstand a high pressure and high temperature sterilization process known as retort.

Abstract: A closure for mounting on top of bottles and other containers includes a floating lid and a lid-retainer ring. The closure is configured to withstand a high pressure and high temperature sterilization process known as retort.

Abstract: A canister includes a container and a closure. The container is formed to include a product-storage region to receive products and the closure is configured to seal off a brim of the container to block access to the product-receiving container when the closure is rotated in a clockwise direction. The closure includes a lid-retainer ring and a floating lid that covers a mouth of the container.

Abstract: A canister includes a container and a closure. The container is formed to include a product-storage region to receive products and the closure is configured to seal off a brim of the container to block access to the product-receiving container when the closure is rotated in a clockwise direction. The closure includes a lid-retainer ring and a floating lid that covers a mouth of the container.

Abstract: A closure is provided for connection to a container. The closure includes a cap and a tamper band. The tamper band includes retention tabs that retain the tamper band to the container.

Abstract: A closure is provided for connection to a container. The closure includes a cap and a tamper band. The tamper band includes retention tabs that retain the tamper band to the container.

Abstract: A closure is provided for connection to a container. The closure includes a cap and a tamper band. The tamper hand includes retention tabs that retain the tamper band to the container.

Abstract: A convertible closure includes a lid and a lid-mover ring coupled to the lid. The lid is adapted to mate with a filler neck of a container to close an opening into the filler neck. The lid-mover ring can be used to rotate the lid in clockwise and counterclockwise directions to mate and unmate the lid and the filler neck. The convertible closure can be modified by a user to function in a child-resistant (CR) mode or a non-CR mode.

Abstract: A closure is provided for connection to a container. The closure includes a cap and a tamper band. The tamper hand includes retention tabs that retain the tamper band to the container.

Abstract: A closure for a container having carbonated or otherwise pressurized contents includes a top wall portion, and an annular depending skirt portion. An internal thread formation mates with a like thread formation of an associated container. To facilitate gas venting during closure removal, the container includes a plurality of axially extending vent grooves. Release of gas pressure during closure removal is facilitated by providing the closure with at least one, and preferably a plurality of rotation-inhibiting projections positioned adjacent to the internal thread formation. The projections interferingly engage with the vent grooves of the associated container, thus providing increasing frictional drag during closure removal to permit dissipation of gas pressure from within the container.