System and method for dispensing and aeration of a beverage

A system for dispensing and aerating a beverage, comprising:

• an upper housing portion having a cradle configured for receiving a neck portion of a beverage container;
• a longitudinally extended support member coupled to said upper housing portion on one end thereof for supporting said upper housing portion at an elevated position;
• and
• a flow channel portion removably coupled to said upper housing portion and disposed in aligned relationship with said cradle, said flow channel portion including a downwardly inclined flow channel defining a flow surface disposed in offset manner away from said cradle and the neck portion of the beverage container, said flow surface being formed with a plurality of protuberances extending upwardly therefrom and spaced along a longitudinal flow path of said flow surface to receive and deflectively convey a fluid dispensed from the beverage container received by said cradle, a cascading turbulent flow of the fluid dispensed from the beverage container being thereby generated to provide aeration thereof;
• where said upper housing portion includes an illumination source positioned to illuminate a flow of the fluid within the neck portion of the beverage container to enable a user to detect sediment in the flow.

A system for dispensing and aerating a beverage, comprising:

• a support member extending upwardly from a support base;
• an illumination portion coupled to an upper end portion of said support member, said illumination portion including an upper housing portion having a cradle formed therein and configured to retentively engage a neck portion of a beverage container extending longitudinally therein and at least one illumination source disposed within said upper housing portion and positioned for illuminating a flow of the fluid within the neck portion of the beverage container to enable a user to detect sediment in the flow of the fluid;
• and
• a flow channel portion removably coupled to said upper housing portion and disposed in aligned relationship with said cradle, said flow channel portion including a downwardly inclined flow channel defining a flow surface disposed in offset manner away from said cradle and the neck portion of the beverage container, said flow surface being formed with a plurality of protuberances extending upwardly therefrom and spaced along a longitudinal flow path of said flow surface to receive and deflectively convey a fluid dispensed from the beverage container received by said cradle, a cascading turbulent flow of the fluid dispensed from the beverage container being thereby generated to provide aeration thereof.