초록 ▼

A plate with an aperture or opening located within the perimeter of the plate is adapted to receive a beverage container thereby allowing a user to hold both a plate and a beverage in one hand. A raised exterior perimeter wall and a raised interior retaining wall are configured to contain food or ot

A plate with an aperture or opening located within the perimeter of the plate is adapted to receive a beverage container thereby allowing a user to hold both a plate and a beverage in one hand. A raised exterior perimeter wall and a raised interior retaining wall are configured to contain food or other articles on the plate and to avoid spills and leakages while being held by a user. A plurality of raised interior segmenting walls allow a user to separate articles of food, condiments, or other items located on the surface of the plate.

대표청구항 ▼

1. A multi functional system including a plate (100) and a beverage container (200) and a dipping container (400), the system consisting of: the plate (100) formed with a top having a radial exterior upper surface (109), the radially exterior upper surface having a periphery in an annular configurat

1. A multi functional system including a plate (100) and a beverage container (200) and a dipping container (400), the system consisting of: the plate (100) formed with a top having a radial exterior upper surface (109), the radially exterior upper surface having a periphery in an annular configuration, the plate formed with a centrally located circular aperture (101), the plate formed with a bottom having an annular lower surface (110) located radially between the upper surface and the circular aperture, the lower surface having upstanding side walls (111), (112) creating a frusta-conical cross sectional configuration surrounding the central aperture, the lower surface and upstanding side walls forming food-receiving regions, segmenting walls (105) extending radially between the side walls separating the food-receiving regions into separate sections, a first connector (113) formed in an inverted V-shaped configuration between the food-receiving regions and the circular aperture, the first connector having a first leg and a second leg and a downwardly facing channel (10) there between, the first leg being in a planar configuration at an acute negative angle with respect to a vertical bisector between the first and second legs, the second leg being formed with an annular concave recess (103) and an annular convex recess (107) the first connector being fabricated integrally with the food receiving regions;the beverage container (200) formed with a closed bottom and an open top and a cylindrical side wall, the beverage container adapted to removably receive a beverage, a second connector (202) formed with an inverted J-shaped configuration fabricated integrally with the open top of the beverage container, the second connector being inserted upwardly into the first connector, four circumferentially spaced male attachment members (107) projecting inwardly from the second connector, the four circumferentially spaced male attachment members (201a), (201b), (201c), (201d) removably positional in the concave annular recess facilitating separable coupling the beverage container and the plate, the bottom of the beverage container extending beneath the plate to facilitate handling, the plate configured to receive the beverage container by movement of the beverage container into the channel (106); andthe dipping container (400) formed with a closed bottom and an open top cylindrical and a side wall, the dipping container adapted to container a consumable dip, a third inverted connector (402) formed integrally with the open top of the dipping container, the third connector formed in an inverted L-shaped configuration with an angled single leg and an upper ledge, toe upper ledge being positional over the first inverted V-shaped connector facilitating coupling the dipping container to the plate due to gravity, the angled single leg having three circumferentially spaced male attachment members (403) projecting outwardly from the third connector, the three circumferentially male attachment members positional in the convex annular convex recess (107) to facilitate removable coupling of the dipping container to the plate, the concave recess (103) and the convex recess (107) being closely spaced elevationally to form an S-shaped cross sectional Configuration whereby the first V-shaped connector having diverging legs adapted to move together towards and away from an imaginary vertical center line upon the application of an outside force and to return to a rest position upon removal of the outside force, moving of the diverging legs functioning in holding together the beverage container and the plate, moving of the diverging legs functioning in holding together the dipping container and the plate.