A portable refrigeration system having a refrigerator unit with a door surface, aperture surface, dispenser surface, and inner cavity, a door pivotally attached to the door surface which can move between an open and closed position allowing and preventing access to the inner cavity, the unit further
A portable refrigeration system having a refrigerator unit with a door surface, aperture surface, dispenser surface, and inner cavity, a door pivotally attached to the door surface which can move between an open and closed position allowing and preventing access to the inner cavity, the unit further having standard refrigeration components for cooling the inner cavity, a base, the unit is mounted atop the base such that a gap exists between the dispenser surface and base, a first, second, third and fourth aperture are in the aperture surface, a lid removably attached to the aperture surface functioning to temporarily cover the apertures, which can move between an open and closed position allowing and preventing access to the aperture, a dispenser on the dispenser surface having a first dispenser for water or liquid and a second dispenser for ice, and a plurality of control buttons on the unit.
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1. A portable refrigeration system (100) for providing beverages, said system (100) consisting of: (a) a refrigerator unit (110) consisting of a door surface (113), a back surface, an aperture surface (115), a dispenser surface (116), a first side, a second side, and an inner cavity (117) with a ful
1. A portable refrigeration system (100) for providing beverages, said system (100) consisting of: (a) a refrigerator unit (110) consisting of a door surface (113), a back surface, an aperture surface (115), a dispenser surface (116), a first side, a second side, and an inner cavity (117) with a fully isolated compartment (118) disposed adjacent to the second side, a door (130) is pivotally attached to the door surface (113), the door (130) can move between at least an open position and a closed position respectively allowing and preventing access to the inner cavity (117), the refrigerator unit (110) further consists of standard refrigeration components for cooling the inner cavity (117); wherein the door (130) is pivotally attached to the door surface (113) via a hinge (136), wherein a handle (138) is disposed on the door (130); wherein a light (190) is disposed on the dispenser surface (116) of the refrigerator unit (110); (b) a planar base (120), the refrigerator unit (110) is mounted atop the base (120) such that a gap (128) exists between the dispenser surface (116) and the base (120); wherein a base length is equal to a refrigerator unit length and a base width is equal to a refrigerator unit width; (c) a first cavity (180a), a second cavity (180b), a third cavity (180c), and a fourth cavity (180d) each disposed in the inner cavity (117) of the refrigerator unit (110) adjacent to the first side and between the first side and the compartment (118), the cavities (180) are adapted to hold a liquid, the third cavity (180c) is adapted to optionally hold ice;(d) a first aperture (150a), a second aperture (150b), a third aperture (150c), and a fourth aperture (150d) each disposed in the aperture surface (115) of the refrigerator unit (110) proximal to a back edge and a first side edge, the first aperture (150a) provides access to the first cavity (180a), the second aperture (150b) provides access to the second cavity (180b), the third aperture (150c) provides access to the third cavity (180c), and the fourth aperture (150d) provides access to the fourth cavity (180d), wherein each aperture consists of a removable cap (182) disposed thereon;(e) a lid (160) removably attached to the aperture surface (115) adjacent to the first side edge and the back side edge, the lid (160) functions to temporarily cover the apertures (150), the lid (160) can move between at least an open position and a closed position respectively allowing and preventing access to the aperture (150);(f) a dispenser (210) disposed on the dispenser surface (116) of the refrigerator unit (110), the dispenser (210) consists of a first dispenser component (210a) and a second dispenser component (210b), the first cavity (180a), second cavity (180b), and fourth cavity (180d) are each fluidly connected to the first dispenser component (210a) and the third cavity (180c) is fluidly connected to the second dispenser component (210b); and(g) a plurality of control buttons (250) disposed on the door surface (113) of the refrigerator unit (110).
Cleland Robert K. (11051 Via El Mercado Los Alamitos CA 90720) Roberts Larry (10 Black Hawk Estates Old Monroe MO 93347) Boettcher William C. (P.O. Box 95 Foley MO 93347), Beverage dispensing machine with improved liquid chiller.
Fischer Wolfgang (Stone Mountain GA) Kennedy Richard T. (Palos Heights IL) Wiley Ronald L. (Marietta GA), Refrigeration system for a beverage dispenser.
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