Abstract: A cleanser is provided which may be a glycerin based cleanser to simulate the consistency, appearance, color and smell of ice cream, sherbet or the like. The cleanser may further be agitated to aerate the cleanser to resemble whipped cream such that combining the ice cream resembling cleanser topped with the whipped cleanser may simulate a conventional sundae. The whipped cleanser may have granulated sugar mixed therein so as to enable the mixture of whipped cleanser and granulated sugar to be used as a natural exfoliant.

Abstract: A cleanser is provided comprising a glycerin based mixture which may have been aerated. The aerated mixture may be combined with a selected fragrance and a selected colorant. The selected fragrance and colorant may correspond to a food product such as a vegetable, fruit, ice cream or the like. Moreover, first and second aerated mixtures may be extruded out of a funnel simultaneously into a rotating container to impart a swirl configuration on the mixtures filling the container. The aerated cleanser may be combined with real food products such as vegetable and fruits. Lastly, the aerated cleanser of the present invention may be formed into a scooped ice cream shape by scooping the same with an ice cream scoop.

Abstract: A decorative candle and method of forming a decorative candle are disclosed. The decorative candle is fabricated from a wax material that defines a bottom layer having a top surface. At least one flanged gelatinous component formed from a mineral oil gel is placed onto the top surface of the bottom layer. A second layer of wax having a top layer is added such that the entire flange portion of the gelatinous component is covered, but at least a portion of the decorative (non-flange) portion of the gelatinous component protrudes above the top surface of the top layer of the candle.

Abstract: A method of forming a decorative candle. The method comprises providing a candle which is fabricated from a wax material that defines a top surface. Next, a source of heat is applied to the candle until at least that portion of the wax which defines the top surface thereof is melted. Then at least one gelatinous component formed from a mineral oil gel is placed onto the top surface such that the component is at least partially inserted into the molten wax. The candle is allowed to cool thereby hardening the molten wax and securing the gelatinous component. The melting point of the gelatinous component is higher than the melting point of the wax such that the component will not melt when placed upon the molten wax.

Abstract: A decorative candle display including a transparent container with an interior wall surface having disposed thereon a transparent combustible gelatinous liner. Situated on the liner is at least one shaped generally opaque structure fabricated of an opaque combustible wax material and a transparent combustible gelatinous material. An opaque combustible filler material is disposed within the container interiorly from the liner and visible therethrough, and a wick extends exteriorly from the filler material. Glitter particulate can be included in the liner to enhance glisten, while pigment and/or fragrance can be incorporated within the gelatinous and/or filler materials.

Abstract: A decorative candle display and a method for its manufacture. The display includes a container with an open top and an interior wall surface and a core candle with an exposed wick situated within the container. Core candle size and placement is such that a chamber is formed between the candle and the wall surface, and a candle wax material filler is disposed within the chamber. A colored gelatinous structure is disposed on top of the core candle and has a substantially vertical aperture through which the wick, extending from the core candle, resides for ignitable exposure above the gel structure. Fabrication methodology includes application of heat to the gelatinous structure to round any pointed border portions thereof and to imbue a sheen to the structure as an inherent heat-induced reaction occurs in the gelatinous material for such sheen production.