The present disclosure provides a plate that is resistant to tipping when subjected to wind or other forces. The plates have a center and an edge. The edge can be an inverted v-shaped form having an upwardly sloped surface near the center, and a downwardly sloped surface around the outer circumference of the plate. The center can be domed, to allow for suction with respect to the surface upon which the plate rests.

The present invention relates to a pulp-molded lid and its molding device. The molding device comprises a first lid molding die and a second lid molding die. The first lid molding die comprises a snap-fit molding part and a rim molding part, so that a snap-fit section of the pulp-molded lid and a circular rim section at the edge of the pulp-molded lid are formed when the first lid molding die and the second lid molding die are coupled with each other. The rim section and the snap-fit section are used to strengthen the combination of the pulp-molded lid and an external container, so that the combination is more stable.

A food handling device for use in eating a foodstuff, includes a holder and a movable member supported by the holder for longitudinal or rotational movement relative to the holder by a user. The movable member engages the foodstuff. Multiple food handling devices may be mounted on a serving platter of a food service assembly.

A food container coupling system includes a food container configured to attach to a bottle coupler. The food container includes a food compartment with a side wall and a bottom, which has a food compartment coupling structure extending therefrom. The system also includes a bottle coupler with a top rim and a bottle coupler coupling structure extending from the top rim. The bottle coupler further has an annular opening adapted to fit around the neck of a bottle, a small can or a large can. When the food container is mounted to the bottle coupler, the food compartment coupling structure mates with the bottle coupler coupling structure.

A food container coupling system is disclosed that includes a food container configured to attach to a can or a beverage container lid/coupler. The food container includes a food compartment with a side wall and a bottom, which has a food compartment coupling structure. The food compartment coupling structure has an inner wall coupling structure with an inner wall jut, and is shaped complementary to the rim of a beverage can and when the food container is mounted to the beverage can, the food compartment coupling structure mates with the beverage can rim. The system may also include a beverage container lid/coupler with a coupling ring adapted to mate with the rim of a beverage container, wherein the rim defines a second plane, and a beverage container lid coupling structure extends from the second plane and can mate with the food compartment coupling structure.

A food container is disclosed that is configured to attach to either (1) a beverage container lid, the lid comprising a lid wall with a lid coupling structure, or (2) a rim of a beverage can. The food container includes a food compartment comprising a side wall and a bottom and a food compartment coupling structure extending from the bottom outer wall coupling structure and an inner wall that further comprises an inner wall coupling structure. When the food container is mounted to the beverage container lid, the outer wall coupling structure mates with the lid coupling structure. When the food container is mounted to the beverage can, the inner wall coupling structure hooks underneath the rim.

A food container coupling system is disclosed that includes a food container configured to attach to a bottle coupler. The food container includes a food compartment with a side wall and a bottom, which has a food compartment coupling structure extending therefrom. The system also includes a bottle coupler with a top rim and a bottle coupler coupling structure extending from the top rim. The bottle coupler further has an annular opening adapted to fit around the neck of a bottle, a small can or a large can. When the food container is mounted to the bottle coupler, the food compartment coupling structure mates with the bottle coupler coupling structure.

A snack and beverage container set is revealed. The snack and beverage container set includes a first container for receiving beverage therein, a second container mounted in the first container and used for mounting snacks, a first cover covered over the first and second containers and a second cover rotatably disposed over the first cover. The first cover includes a circular shade and a wide opening penetrating the circular shade. The second cover includes a circular shell and a wide opening penetrating the circular shell. A straw is passed through a vertical slot of the first cover into the inner space of the first container for users to drink beverage. The second cover is also rotated to make the wide opening of the second cover align with or move away from the wide opening of the first cover for taking snacks or closing the second container.

A portable food service assembly includes a support and a plate non-threadedly attached to, and detached from, the support. The assembly includes eating utensils and accessories, and can readily be carried by an individual from one place to another with one hand, and can be readily supported and held without tipping on a support surface, including in a compartment of a cupholder. All the components of the assembly are disposable, biodegradable, and, if desired, reusable.

A generally planar plate (1) for supporting food and drink is disclosed. The plate (1) including an oblong opening (2) relative to the major axis of the plate and through which the thumb may extend to grip the top of the plate (1) and by which the bottom of the plate (1) can be gripped by the splayed apart fingers of the hand of the user, to thereby provide a stable surface for supporting food and drink on top of the plate (1).