Abstract: A refrigerator appliance includes a cuboid frame, a cabinet and a door, wherein the door includes a projection surface that is angled inwardly with respect to the cuboid frame, and wherein the refrigerator further includes a light source arranged to project light onto the projection surface.

Abstract: A refrigerator appliance includes a cabinet with a rear side and a door opposite the rear side at a front of the cabinet. A panel is disposed at the rear side of the cabinet and includes an integrally moulded first shelf support for supporting a rear end of a shelf. A second shelf support is spaced from the first shelf support and arranged to support a front and/or side of the shelf. The second shelf support includes a rail having a plurality of attachment positions for a clip to support the shelf.

Abstract: A support beam for a refrigerator includes an outer shell defining a cavity, or a spine with a keyed surface, a filler applied to the outer shell or spine, and at least one jamb. The filler and outer shell or spine are formed of the same material. A method of manufacture, a fridge including the support and a kit are also described.

Abstract: A refrigerator appliance includes a cuboid cabinet formed by opposing side walls, a back wall, a top wall and a bottom wall, a door at a front of the cabinet, and a support beam extending across the front of the cabinet. The support beam includes a light source for illuminating the cabinet, and the light source has a primary direction that is non-parallel to the back wall of the cabinet.

Abstract: A back bar refrigerator appliance includes a storage compartment and a door, wherein the door includes an inner surface facing into the storage compartment when the door is closed and an opposite outer surface, wherein the door includes an insulated panel and a window covering less than 75% of the outer surface of the door, and wherein the window is aligned with a shelf of the back bar refrigerator appliance to provide visual access to items positioned on the shelf.

Abstract: An air duct is provided for a refrigerator having an enclosure and a refrigeration system with a fan for generating a cooling airflow. The air duct includes an air inlet fluidly couplable to and arranged for receiving the cooling airflow from the refrigeration system. An air outlet is downstream of the air inlet, and arranged to direct the cooling airflow from the refrigeration system into the enclosure in a first direction. A diverter is located between the air inlet and the air outlet and configured to divert a portion of the cooling airflow into the enclosure in a second direction different to the first direction.

Abstract: A refrigerator includes a refrigerated area and a cabinet; a separation wall dividing the refrigerated area and the cabinet; a refrigeration system including an evaporator disposed in the refrigerated area, a condenser unit disposed in the cabinet and a conduit connecting the condenser unit with the evaporator, wherein the conduit extends through the separation wall; and a conduit support having an opening through which the conduit extends. The separation wall includes a recess shaped to receive the conduit support such that the conduit support can be separated from the separation wall for removal of the condenser unit from the cabinet.