Containers having a fitment have been used to store food product. Oftentimes the product contained within the container is easier for a user to consume if a utensil such as a spoon is used. The present disclosure is directed towards an assembly for mounting to a container. The assembly includes a fitment with a passage. The spoon is at least partially disposed within the passage of the fitment. The spoon may be attached to the fitment, and covered by a protective cover. The protective cover may include a first half and a second half. The protective cover can be secured with a safety seal.

A perforable container cap having a top surface that includes a central aperture covered by a membrane that is thin, relative to the thickness of the rest of the cap structure, and, therefore, relatively easy to pierce or puncture with a sampling tube or needle. Embodiments of the container cap may include a membrane comprising a thin plastic, rubber or foil.

A closure for a container includes an annular base to be fixed to the upper rim of a container and a lid. The lid is adapted to be moved to an open position, in which access is gained to the container. A locking member is attached to the base and to the lid so as to lock the lid relative to the base such that movement of the lid relative to the annular base is prevented. The locking member includes at least one tamper-evident lug welded to an attachment surface of the lid or the annular base and a frangible connection integrally adjoining the tamper-evident lug.

When used to store liquid, powdered, or granular products, jars often come with a scoop for accessing the product therein. These scoops are often included within the jar when shipped to a consumer and may be substantially buried within the product. The presently disclosed flip-to-fill scoop resolves the shortcomings of traditional scoops by removably securing the flip-to-fill scoop to a top of the jar. This allows the consumer to easily access the scoop, even as the level of product within the jar drops. Further, the flip-to-fill scoop is filled without requiring the consumer to reach into the jar. This may aid with cleanliness and hygiene. Example products that may be accessed using the flip-to-fill scoop include medicines, nutritional supplements, powered food products, and larger granular food products.

A bowl for storing and serving food products is provided. The bowl includes a bottom panel connected to at least one side panel. The at least one side panel and the bottom panel form a bowl compartment operable to hold soup or other food items. The bowl further includes a pair of opposed handles positioned at the top of the at least one side panel adapted to facilitate pouring of the contents of the bowl. The bottom panel includes a bottom surface. The bottom surface includes an indentation adapted to store food and tools to accompany the soup. A flexible film is removably attached to the bottom surface of the bottom panel, the flexible film covering the indentation allowing food to be stored in the indentation.

A closure with a push type opener and a device for automatically keeping slit sealing member inside the cloture. The closure includes a at an inlet of a container, a cutting region provided at the closure body and sealing the inlet of the container or the closure body as a hemispherical region descends by a pressing method, and a device having a function of keeping the slit sealing member therein. The sealing member can be easily by touching it by hand, and thus, a content of a container can be hygienically taken. In addition, content separately stored in the container and in the closure can be simply mixed for use.

The present invention relates generally to self-venting food storage containers that release pressure build up inside the sealed container during storage or cooking. The silicone food storage container includes a venting aperture configured to release pressure build-up from within the container. The venting aperture is defined by a barrier and includes an area of silicone that is thinner than the thickness of the material of the lid, so any tear in the venting aperture will not tear past the circumference of the barrier. The silicone food storage container is also dishwasher safe, microwave safe, and, for the most part, unbreakable.

A grinding container that can provide a solidified product in a ground form is described. The grinding container includes: a container body that includes a main shell and a socket cylinder, where the main shell may form a mounting space having an open top on its inner side, and the socket cylinder may form a manipulation channel on its inner side that provides communication between the mounting space and the exterior; a piston that has a guide slit formed in its upper surface and is configured to move along a vertical direction in relation to the container body; a dial that is rotatably coupled to the container body and includes a guide pillar extending up to the mounting space through the manipulation channel; and a cutter plate that includes a cutter blade formed on its bottom surface for grinding the solidified content.

A fork with a plurality of tines or other utensil that is affixed to the inner side of the center of your jar's lid. The fork may be directly affixed to the lid, or it may be magnetically placed there. This allows the user to easily poke at the contents inside the jar without having to dirty another utensil or someone reaching in with their dirty hands.

The present invention relates generally to self-venting food storage containers that release pressure build up inside the sealed container during storage or cooking. The silicone food storage container includes a venting aperture configured to release pressure build-up from within the container. The venting aperture is defined by a barrier and includes an area of silicone that is thinner than the thickness of the material of the lid, so any tear in the venting aperture will not tear past the circumference of the barrier. The silicone food storage container is also dishwasher safe, microwave safe, and, for the most part, unbreakable.