A food and beverage retaining assembly having in combination a serving plate and a removable, baseless, stemmed beverage receptacle, wherein the beverage receptacle is mechanically interlocked with the serving plate, and further wherein the beverage receptacle is incapable of standing upright on a horizontal surface while retaining liquid unless connected to the serving plate.

A dishware combination comprising, at least, an elevating base and a plurality of receptacles for various flatware is disclosed. The combination may further comprise a plurality of flatware rests appropriate for spoons, forks, knives, chopsticks, or the like, and the plurality of receptacles may be specifically designed to accommodate flatware appropriate to the specific dishware combination implemented. The dishware combination itself may present as a soup bowl, salad plate, coffee plate or saucer, sushi plate, drinking glass, drinking mug, or any other type of dishware. The dishware combination may further comprise the appropriate flatware itself.

Temporarily mutually connectable cups for efficiently serving all kinds of beverages and foods such as granular food, crisps, sauces, soup, and yoghurt. The cups have special fully integrated hook elements in the cup wall or on the handles with stabilizing thumb holding parts and the wall (2) has a thickness d. With the integrated hook elements several surrounding cups are temporarily mutually connected with a central cup to form a group of serving cups, facilitating the carrying of the cups by a waiter or waitress.

Temporarily mutually connectable cups for efficiently serving all kinds of beverages and foods such as granular food, crisps, sauces, soup, and yoghurt. The cups have special fully integrated hook elements in the cup wall or on the handles with stabilizing thumb holding parts and the wall (2) has a thickness d. With the integrated hook elements several surrounding cups are temporarily mutually connected with a central cup to form a group of serving cups, facilitating the carrying of the cups by a waiter or waitress.

A combination beverage support and plate assembly accommodating a variety of beverage container configurations is a modular, detachable assembly where the plate member and the beverage support member are removably mated using a pressure-fitted mating mechanism. In a first embodiment, the pressure-fitted mating mechanism is a prong and prong receiving mechanism. In a second embodiment, the pressure-fitted mating mechanism is a clip and clip receiving mechanism. Both mating mechanisms are engaged by slideably pushing the plate and beverage support members together and released by slideably pulling the plate and beverage support members apart. The beverage support member is further configured to accommodate stemmed containers and can alternatively serve as a secondary food well for holding small quantities of food relative to a quantity of food capable of being held in the food well, so as to separate different types of food in a single assembly.

A combination beverage support and plate assembly accommodating a variety of beverage container configurations is a modular, detachable assembly where the plate member and the beverage support member are removably mated using a pressure-fitted mating mechanism. In a first embodiment, the pressure-fitted mating mechanism is a prong and prong receiving mechanism. In a second embodiment, the pressure-fitted mating mechanism is a clip and clip receiving mechanism. Both mating mechanisms are engaged by slideably pushing the plate and beverage support members together and released by slideably pulling the plate and beverage support members apart. The beverage support member is further configured to accommodate stemmed containers and can alternatively serve as a secondary food well for holding small quantities of food relative to a quantity of food capable of being held in the food well, so as to separate different types of food in a single assembly.

A partitioned tableware including abase (1), a wall (2) extending from the base (1) defining a first space gap (3), the wall (2) has a lower edge (20) and an upper edge (21), the lower edge (20) being tangent to the base (1), a lip (4) extending radially outwardly from the wall (2), and a first partitioning member (5) and a second partitioning member (6) with a second space gap (7) between them.

A partitioned tableware including abase (1), a wall (2) extending from the base (1) defining a first space gap (3), the wall (2) has a lower edge (20) and an upper edge (21), the lower edge (20) being tangent to the base (1), a lip (4) extending radially outwardly from the wall (2), and a first partitioning member (5) and a second partitioning member (6) with a second space gap (7) between them.

A portable container includes a top portion defining a first hollow region configured to store a first product, a bottom portion rotatably coupled to the top portion and defining a second hollow region configured to store a second product, and a sealing mechanism configured to selectively fluidly couple the first and second hollow regions during relative rotation of the top and bottom portions. The sealing mechanism is movable between a closed position in which the first hollow region of the top portion is fluidly isolated from the hollow region of the bottom portion, and an open position in which the first hollow region is fluidly coupled with the second hollow region. Rapid relative rotation of the top and bottom portions causes the sealing mechanism to move from the closed position to the open position.

A portable container includes a top portion defining a first hollow region configured to store a first product, a bottom portion rotatably coupled to the top portion and defining a second hollow region configured to store a second product, and a sealing mechanism configured to selectively fluidly couple the first and second hollow regions during relative rotation of the top and bottom portions. The sealing mechanism is movable between a closed position in which the first hollow region of the top portion is fluidly isolated from the hollow region of the bottom portion, and an open position in which the first hollow region is fluidly coupled with the second hollow region. Rapid relative rotation of the top and bottom portions causes the sealing mechanism to move from the closed position to the open position.