Abstract: A refrigeration device, in particular a no-frost device, refrigerator and/or freezer, comprising a thermally insulating housing containing at least one product storage compartment that can be supplied with cold air by a fan and an evaporator chamber that holds an evaporator. According to the invention, the evaporator chamber is thermally separated from the storage compartment by a partition. The device also comprises an electronic control system for controlling the refrigeration device and at least one light source for illuminating the storage compartment. The evaporator, the partition and the electronic control system and/or the evaporator, the partition and the light source are provided in the form of modules. The refrigeration device is characterised in that it is particularly reliable, works efficiently, can be cost-effectively produced and is easy to service.

Abstract: A door for a refrigerating unit is provided that includes a door leaf hinged to a body of the refrigerating unit and a decorative element that is superimposed on the door leaf in such a way as to be adjustable in position. The decorative element has a central cutout, through which a central region of the door leaf is exposed. A groove open towards this central region is formed on the door leaf in order to accommodate a profile element which conceals a gap between door leaf and decorative element.

Abstract: The invention relates to a domestic appliance that includes a first and a second housing that are juxtaposed and fastened to each other sidewall to sidewall. A hinge hinging one housing to the other housing is fastened to respective edges of the sidewalls of the housings facing each other. A blocking element is fastened to the housings at a distance to the respective edges of the sidewalls and blocks the freedom of motion of the hinge.

Abstract: The invention relates to a refrigerating appliance having an evaporator area and at least two cooling areas partitioned off from one another inside the housing of the refrigerating appliance. A wall has a solid inner skin, a solid outer skin and a layer made of expanded insulating material located between the inner and outer skin. A cold air supply channel in the wall extends from the evaporator area past the first cooling area to the second cooling area. A shaped part made of an insulating material extends between the cold air supply channel and the inner skin of the wall. The cold air supply channel is separated from the expanded insulating material by a partition.

Abstract: The invention relates to a refrigerator. A refrigerator includes a heat-insulated housing having an interior space in which a pair of chilled-goods containers are disposed adjacent to one another at a spacing from the floor. Each chilled-goods container is mounted on extending elements that guide chilled-goods container into and out of the interior space. A longitudinal beam extends between the chilled-goods containers and each of the extractable elements is supported on sidewalls of the housing via at least one crossbeam.

Abstract: A refrigerator is provided having an outer housing and an inner housing which is at a distance from the outer housing and is surrounded by the latter, with the hollow space produced between the outer housing and the inner housing being filled with foam for insulation purposes. An inner chamber is surrounded by the inner housing and is cooled by the circulation of cooling air supplied to the inner chamber by means of a cooling-air duct and is arranged between the outer housing and the inner housing. In order to produce the refrigerator in a manner which is simpler and more cost-effective in method terms, a method is proposed for forming the cooling-air duct from a shaped part that has insulating material and a closed rear-wall element and rests on an outer face of the inner housing.

Abstract: A refrigerator includes an evaporator zone and a cooling zone separated from each other in a refrigerator housing. A fan drives a cold air flow from the evaporator zone into the cooling zone via a central inlet port that is arranged next to a heat-insulating partition located between the evaporator zone and the cooling zone. A distributing device that diverts a partial air flow into a distributor pipe that extends along a wall of the cooling zone is mounted upstream of the central inlet port in the direction of flow of the cold air. The distributor pipe is provided with holes that are distributed along the height of the wall and extend into the cooling zone.

Abstract: A refrigerator door includes an outer wall and an inner wall which surround an intermediate space as well as vertical bars that protrude from the inner wall and are provided with catching steps for door shelves. The bars are formed at least in part by a vertical profiled part while the catching steps are embodied on the vertical profiled part.

Abstract: A cooling appliance (1) with circulated air cooling, comprising at least one cooling chamber (2) for reception of stock (3) to be cooled, at least one channel (4) for cooling air (5) and a coldness generator (12) for generating cooling air (5), wherein the channel (4) provides a fluid-conducting connection of the coldness generator (12) with the cooling chamber (2) and opens into the cooling chamber (2) by an outlet opening (6), wherein a jet forming means (7) is provided and wherein the jet forming means (7) is formed by a nozzle element (18) and/or by a spacer (10), by which the stock (3) to be cooled is kept at a spacing from the outlet opening (6), at the outlet opening (6). A precise, uniform and energy-saving temperature conditioning of the stock (3), which is to be cooled, in the cooling chamber (2) is made possible by the invention.

Abstract: A cooling appliance (1) with circulated air cooling, comprising at least one cooling chamber (2) for reception of stock (3) to be cooled, at least one channel (4) for cooling air (5) and a coldness generator (12) for generating cooling air (5), wherein the channel (4) provides a fluid-conducting connection of the coldness generator (12) with the cooling chamber (2) and opens into the cooling chamber (2) by an outlet opening (6), wherein a jet forming means (7) is provided and wherein the jet forming means (7) is formed by a nozzle element (18) and/or by a spacer (10), by which the stock (3) to be cooled is kept at a spacing from the outlet opening (6), at the outlet opening (6). A precise, uniform and energy-saving temperature conditioning of the stock (3), which is to be cooled, in the cooling chamber (2) is made possible by the invention.

Abstract: A refrigerating appliance door having an inner wall and an outer wall interconnected along their longitudinal edges. A window is cut out of an edge of at least the outer wall in which at least one display element can be viewed when the door is shut. The display element is mounted on an operating screen which is fixed to a front upper edge of the refrigerating appliance body.

Abstract: A refrigerating appliance has a heat-insulating housing, at least one door, and an interior cooling chamber enclosed by the housing and the door. The chamber is cooled by the circulation of cooling air. A flow channel for the cooling air is mounted at the door. The flow channel is formed with outlets for the passage of the cooling air from the channel into the inner chamber and also to a plane of the door.