Frozen edible product and method for making the same

Claim 2

A sundae-type frozen dessert product comprising: a cup-shaped storage and serving container made of a material that is substantially transparent to microwave heating energy; a frozen sundae-type topping completely lining the inside of the container to a thickness of between about one quarter inch and about one half inch; and a frozen core of a flavored dessert composition disposed within and contiguous to the lining of sundae-type topping, the topping also covering the top of the core so that the core is completely enclosed by a coating of topping of between about one quarter inch and one half inch in thickness, the density and solids content of the topping being preselected relative to the density and solids content of the dessert composition such that when the container of the frozen product is subjected to microwave heating energy of a predetermined power and duration, the coating will be softened without melting the core.

Claim 3

The sundae-type frozen dessert product of claim 1 wherein the sundae-type topping is selected from the group consisting of chocolate fudge, caramel fudge, strawberry topping, marshmallow topping, and cherries jubilee topping.

Claim 4

The sundae-type frozen dessert product of claim 1 wherein the frozen dessert composition of the core is selected from the group consisting of ice cream, custard, ice milk, yogurt, flavored ices, puddings, and combinations thereof.

Claim 5

The sundae-type frozen dessert product of claim 1 wherein the density of the topping is greater than the density of the core composition.

Claim 6

The sundae-type frozen dessert product of claim 1 wherein the frozen dessert composition of the core is a medium to high density ice cream having a density in the range of about 6.3 pounds per gallon to about 7.6 pounds per gallon.

Claim 7

A process for preparing a sundae-type frozen dessert product in a storage and serving container made of a material that is substantially transparent to microwave heating energy, the process comprising the steps of: (a) lining the inside surface of the container with a sundae-type topping to a thickness of between about one quarter inch and about one half inch; (b) filling the remaining space in the lined container with a flavored dessert composition core; (c) applying a top layer of the sundae-type topping to cover the exposed surface of the core to a thickness of between about one quarter inch and about one half inch, such that the core is completely surrounded by a coating of the topping; and (d) placing the filled container in a frigid environment for sufficient time to freeze the core and the coating, the density and solids content of the topping being preselected relative to the density and solids content of the dessert composition such that when the container of the frozen product is subjected to microwave heating energy of a predetermined power and duration, the coating will be softened without melting the core.

Claim 8

A process for preparing a sundae-type frozen dessert product in a storage and serving container made of a material that is substantially transparent to microwave heating energy, the process comprising the steps of: (a) lining the inside surface of the container with a sundae-type topping to a thickness of between about one quarter inch and about one half inch; (b) filling the remaining space in the lined container with a flavored dessert composition core; (c) applying a top layer of the sundae-type topping to cover the exposed surface of the core to a thickness of between about one quarter inch and about one half inch, such that the core is completely surrounded by a coating of the topping; and (d) placing the filled container in a frigid environment for sufficient time to freeze the core and the coating, the density and solids content of the topping being preselected relative to the density and solids content of the dessert composition such that when the container of the frozen product is subjected to microwave heating energy of a predetermined power and duration, the coating will be softened without melting the core.