Abstract: A household refrigerator has a housing formed with a receiving space. An icemaker unit for dispensing ice is arranged in the receiving space. The icemaker unit has a tray in which shaping regions are formed for specifying a shape of shaped ice elements that are produced from liquid poured into the tray. The icemaker unit has a cooling device with which a cooling air flow is produced for cooling the tray. The cooling device has an evaporator and a fan. A fan wheel of the fan blows the cold produced by the evaporator in a cooling air flow. The fan wheel is arranged in a separate pressure chamber.

Abstract: A refrigeration device or appliance has a fan assembly which is mounted in a housing with a housing front side part and a housing rear side part, and the fan assembly is secured to the housing rear side part and is held in place by the housing front side part.

Abstract: A household refrigerator has a housing formed with a receiving space. An icemaker unit for dispensing ice is arranged in the receiving space. The icemaker unit has a tray in which shaping regions are formed for specifying a shape of shaped ice elements that are produced from liquid poured into the tray. The icemaker unit has a cooling device with which a cooling air flow is produced for cooling the tray. The cooling device has an evaporator and a fan. A fan wheel of the fan blows the cold produced by the evaporator in a cooling air flow. The fan wheel is arranged in a separate pressure chamber.

Abstract: A refrigerating device has an evaporator, a fan, a fan housing for generating an air flow on the evaporator, and a bearing shell for retaining the fan housing on the evaporator in a vibration-decoupled manner. The fan housing has at least one first bearing pin and a second bearing pin. The bearing shell has at least one first receiving recess for receiving the first bearing pin in a pivotal manner and a second receiving recess for receiving the second bearing pin, and a pivotal locking element is provided for locking the second bearing pin in the second receiving recess.

Abstract: A no-frost refrigeration device includes at least one storage chamber for items to be cooled; and an evaporator chamber which is formed by a two-part first housing having first and second housing parts. The first housing part has, at least locally, a flexible surface, and the second housing part has formed thereon a rib which is pressed in a sealing manner into the flexible surface. A ventilator is located in the evaporator chamber for driving air circulation running through the storage chamber and the evaporator chamber.

Abstract: A refrigeration device or appliance has a fan assembly which is mounted in a housing with a housing front side part and a housing rear side part, and the fan assembly is secured to the housing rear side part and is held in place by the housing front side part.

Abstract: The invention relates to a refrigerating device comprising an evaporator, comprising a fan and a fan housing for generating an air flow on the evaporator, and comprising a bearing shell for retaining the fan housing on the evaporator in a vibration-decoupled manner. The fan housing has at least one first bearing pin and a second bearing pin. The bearing shell has at least one first receiving recess for receiving the first bearing pin in a pivotal manner and a second receiving recess for receiving the second bearing pin, and a pivotal locking element is provided for locking the second bearing pin in the second receiving recess.

Abstract: A condenser assembly for a refrigerator includes a condenser arranged in a frame. The condenser is configured for a flow of a refrigerant therethrough. The frame has at least one evaporation tray that is arranged above the condenser and one evaporation tray that is arranged below the condenser.

Abstract: A no-frost refrigeration device includes at least one storage chamber for items to be cooled; and an evaporator chamber which is formed by a two-part first housing having first and second housing parts. The first housing part has, at least locally, a flexible surface, and the second housing part has formed thereon a rib which is pressed in a sealing manner into the flexible surface. A ventilator is located in the evaporator chamber for driving air circulation running through the storage chamber and the evaporator chamber.

Abstract: A refrigerator including a housing with a chassis and a door enclosing a chilled interior; and a pressure equalization valve extending through a wall of the housing thereby facilitating an inflow of air from the surroundings into the interior and thereby blocking an outflow of air from the interior into the surroundings, the refrigerator comprising, a wall having a throughbore formed therein in a parallel flow arrangement with the pressure equalization valve, through which air can pass in two directions, wherein the flow of air is less than that of the airflow through the pressure equalization valve in the throughflow direction and greater than that of the air leakage value of the pressure equalization valve in the blocked direction.

Abstract: An impeller for a fan having a hub that can be easily fastened to a shaft is disclosed. A multiplicity of vanes is fastened to the hub. At least one elastic damping body is provided in the hub between the receptacle and the vanes to damp the transfer of vibrations from the shaft to the vanes, and prevent vibration of the vanes relative to each other. A slotted central sleeve in the inner section of the hub forms the receptacle for the shaft and is surrounded by an annular spring.

Abstract: A condenser assembly for a refrigerator is provided that includes a condenser arranged in a frame, the condenser being configured for a flow of a refrigerant therethrough. The frame has at least one evaporation tray that is arranged above the condenser and one evaporation tray that is arranged below the condenser.

Abstract: A refrigerator including a housing with a chassis and a door enclosing a chilled interior; and a pressure equalization valve extending through a wall of the housing thereby facilitating an inflow of air from the surroundings into the interior and thereby blocking an outflow of air from the interior into the surroundings, the refrigerator comprising, a wall having a throughbore formed therein in a parallel flow arrangement with the pressure equalization valve, through which air can pass in two directions, wherein the flow of air is less than that of the airflow through the pressure equalization valve in the throughflow direction and greater than that of the air leakage value of the pressure equalization valve in the blocked direction.

Abstract: A refrigeration device with an interior which is surrounded by a thermally insulating housing, a condensation water conduit is passed through the housing and has a siphon which is embedded in an insulation layer of the housing.

Abstract: An evaporator unit for a no-frost cooling device which comprises an evaporator, a tubular heating device and a housing which surrounds the evaporator and the tubular heating device. Said tubular heating device comprises a plurality of parallel tubular sections which are connected together in such a manner that they form a single piece. Two parallel tubular sections which are directly adjacent to each other are located at the beginning and at the end of the tubular heating device.

Abstract: A drawer element for a refrigeration device. The drawer element includes a body with a bottom, two side or lateral walls and a rear wall. The drawer element further includes a front flap hinged to the body along the bottom thereof and moveable between a closed and an open position. The front flap is removeably engaged with the body to retain the front flap in the closed position unless released by a user. The front edges of the lateral walls and the front flap had a tongue and groove connection formed in at least the closed position.

Abstract: A storage container for a refrigerator including a container box with a cut-out on a visible side of the container box when the container box is mounted in the refrigerator. The container box includes at least one rod mounted transversely through the cut-out. The rod engages in drillings embodied in head pieces clipped on opposing edges of the cut-our. A spring element is arranged in at least one of the drillings which presses the rod in the longitudinal direction thereof against a stop in the opposite drilling.