A container (100) for scoopable material including a container body (102) defining a reservoir to hold the scoopable material, a collar (106) attached to the container body, a lid (108) hingedly attached to the collar, and a leveler (114) extending from the underside of the lid.

An integrated utensil device includes a lid having an interface portion. The lid is configured to connect to an opening of a container. A tool portion is integrated with the interface portion. The tool portion includes a handle, an arm and a utensil portion.

A hinged lid, for covering a container having an open top defined by an upper rim, comprises a substantially transparent pair of sections hingedly connected to one another along an axis about which at least one of the sections may pivot between closed and open positions. The sections further have respective peripheral portions with corresponding flat lower sides, which are substantially coplanar with one another in said closed position, thereby being engageable with the rim of the container so as to accommodate various sizes thereof and protect food in the container from flies or other contamination. According to one aspect of the invention, the pivotable section can have a notch with flexible bristles associated therewith to accommodate a serving utensil while also minimizing contamination of food in the container. According to another aspect, the invention can further include a strap for removably securing the other section to the container.

The present invention relates to a container having a spoon, including: a container part having a body for storing a content therein and an opening formed on top of the body; a cap coupled to the opening of the container part to seal the container part; and the spoon disposed inside the container part, without any contact with the content stored in the body. The container having the spoon has a storage portion formed at the inside thereof to keep the spoon therein, so that the quantity of content filled in the spoon is adjustable through the storage portion, thereby making it convenient to use the spoon, and the spoon is kept inside the container in a sanitary state, without any contact with the content stored in the container.

A container assembly includes a thermoformed tub of relatively thin plastic material having a peripheral wall extending to an upper edge and defining a product containing space. A lower rim is connected to the upper edge of the tub, the lower rim defining an opening giving access to the product containing space and being formed of a relatively thicker plastic material. An upper rim is connectable to the lower rim and a lid is provided for selectively closing the opening. By the use of a thin walled thermoformed tub, the amount of material required for forming the body of the container is limited. Furthermore, the lower rim of relatively thicker plastic material provides the required support to the relatively thin material of the peripheral wall, allowing effective connection to the upper rim.

Disclosed herein is a combination food cup to carry a snack food, such as vegetables, and a dipping tray having a plurality of dip compartments recessed therein to carry dips or sauces to enhance the food prior to its consumption. The food cup is ideally carried by a cup holder at the center console found in many motor vehicles. The dipping tray is attached to the cup so as to extend around the top thereof above the cup holder in which the cup is located. The tray can be fixedly attached to the cup to establish a one-piece combination or detachably connected in surrounding engagement with the cup to establish a two-piece combination. In this case, a set of threads which extends around the cup is rotated into mating engagement with a set of threads which extends around a cup receiving and docking port that runs axially through the center of the tray.

The present disclosure relates to a docking station including a measuring device dock and a leveler. The docking station is suitable for use with container of multiple sizes and shapes. In certain embodiments, the docking station includes a flex prong for securing the docking station to the interior surface of a suitable container.

Disposable three dimensional serving utensils that can be incorporated into a pizza box, a cake box or other container, via incised and scored blanks, from which disposable utensils, such as spatulas and knives, can be formed.

A food tray cover comprising a frame, the frame dimensioned to seat atop a food tray, the frame including an upper surface having an outer edge, an inner edge, and a sidewall extending downwardly from the outer edge, the upper surface has an opening, the perimeter of the opening being defined by the inner edge of the upper surface; a lid rotatably attached to the frame over the opening formed therein, the lid being moveable between an open position and a closed position; means for biasing the lid between the closed position and the open position; and means for releasably locking the lid to the frame when in the closed position.

A container closure with an integrated utensil. The closure is sized for sealable engagement with the container rim and has a flexible component that can move from a collapsed and relatively compact state to an expanded and relatively enlarged state. The utensil is operably attached to the flexible component.