Abstract: A refrigeration appliance includes an inner space, an evaporator assembly extending at a wall of the inner space, a retaining device including a base plate extending between the wall and the evaporator assembly, and protrusions protruding from the wall on a first and a second edge of the base plate. At least the protrusion protruding on the first edge includes an elastic clip that can be deflected out of a position in which it engages with a first outer section of the evaporator assembly into a position in which it releases the outer section. A method for mounting an evaporator assembly on a wall of an inner space of a refrigeration appliance is also provided.

Abstract: A refrigeration appliance contains an inner container delimiting an interior and having an opening, a first reinforcement part anchored to in the opening of the inner container and has a screw hole and extends in an axial direction, and at least one coupling part. A built-in part is disposed in the interior and has an opening. The built-in part is fastened by the at least one coupling part pushing through the opening of said built-in part in an axial direction and engages into the first reinforcement part. The first reinforcement part has a side facing toward the interior and on the side facing toward the interior has an atrium, a cross-section of the atrium being greater than that of the screw hole. The coupling part has a peg, a cross-section of the peg being greater than that of the screw hole and the peg engages into the atrium.

Abstract: A refrigeration appliance contains an inner container delimiting an interior and having an opening, a first reinforcement part anchored to in the opening of the inner container and has a screw hole and extends in an axial direction, and at least one coupling part. A built-in part is disposed in the interior and has an opening. The built-in part is fastened by the at least one coupling part pushing through the opening of said built-in part in an axial direction and engages into the first reinforcement part. The first reinforcement part has a side facing toward the interior and on the side facing toward the interior has an atrium, a cross-section of the atrium being greater than that of the screw hole. The coupling part has a peg, a cross-section of the peg being greater than that of the screw hole and the peg engages into the atrium.

Abstract: A refrigeration appliance has an inner container, which separates at least one storage compartment for refrigerated goods and an evaporator assembly from a surrounding heat insulation layer. A mounting element contains a base plate resting against a wall of the inner container and opposing a broad side of the evaporator assembly and retaining webs which project from the base plate and engage in a form-fit manner in two narrow sides of the evaporator assembly.

Abstract: A refrigeration appliance, particularly a domestic refrigeration appliance, has an inner chamber surrounded by a thermal barrier coating, an evaporator which cools the inner chamber, and a condensate drain which leads into the open from the evaporator through the thermal barrier coating. The condensate drain includes a siphon, which is arranged on the inner side of the thermal barrier coating and which is heatable by a defrost heater.

Abstract: A refrigeration appliance has an inner container, which separates at least one storage compartment for refrigerated goods and an evaporator assembly from a surrounding heat insulation layer. A mounting element contains a base plate resting against a wall of the inner container and opposing a broad side of the evaporator assembly and retaining webs which project from the base plate and engage in a form-fit manner in two narrow sides of the evaporator assembly.

Abstract: The invention relates to an air spinning machine with at least one spinning unit (15) comprising at least one spinning nozzle (1), whereas the spinning unit (15) serves the purpose of producing a yarn (2) from a fiber composite (3) fed from a spinning nozzle (1), whereas the spinning nozzle (1) features an inlet (4) for the fiber composite (3), an internal vortex chamber (5), a yarn formation element (6) protruding into the vortex chamber (5), along with an outlet (7) for the yarn (2) produced inside the vortex chamber (5), and whereas the spinning nozzle (1) features multiple air nozzles (23) leading into the vortex chamber (5), which are in fluid connection with at least one air supply line (24), whereas, during the operation of the air spinning machine, compressed air provided by the air supply line (24) flows through the air nozzles (23) into the vortex chamber (5) in order to generate a vortex air flow in the vortex chamber (5).