Abstract: A cold appliance comprising a cooling module (102) and a cabinet (101) comprising cabinet panels including two opposite pre-foamed side wall panels (1), a pre-foamed rear wall panel (4), a top part (2), and a bottom part (103); and a door (6). The cooling module comprises an air outlet (43) delivering cooled air to a cold compartment (104) of the cabinet, and an air inlet (44) receiving air from the cold compartment. The cold appliance further comprises a rear wall lining (50), which is arranged at the inside of the pre-foamed rear wall panel, and which forms a space between the rear wall lining and the rear wall panel.

Abstract: A cold appliance comprising a cooling module (102) and a cabinet (101) comprising a cold compartment (104). The cooling module comprises an air outlet (43) delivering cooled air to the cold compartment and an air inlet (44) receiving air from the cold compartment. The cooling module is arranged at the bottom of the cold appliance, and comprises a cold section (34), and a warm section (35), which is separated from the cold section by an insulating wall (105). An evaporator (33) is arranged in the cold section, and a compressor (36) and a condenser (32) is arranged in the warm section. The condenser comprises a condenser tube (32), which is arranged in windings on or integrated in a bottom plate (31) of the cooling module.

Abstract: A cold appliance, such as a household refrigerator or freezer, comprising a cabinet (101) and a cooling module (102) and a cabinet panel for a household cold appliance. The cabinet comprises cabinet panels including two opposite side wall panels (1), a rear wall panel (4), and a top part (2), which are connected essentially perpendicular to each other by means of mechanical and/or glue joints. Each cabinet panel comprises an inner sheet (9), an outer sheet (8) and an intermediary layer (17) of a foamed insulating material, wherein each cabinet panel has an inner surface, an outer surface, and four edge surfaces.

Abstract: A cold appliance comprising a cooling module (102) and a cabinet (101) comprising a cold compartment (104). The cooling module comprises an air outlet (43) delivering cooled air to the cold compartment and an air inlet (44) receiving air from the cold compartment. The cooling module is arranged at the bottom of the cold appliance, and comprises a cold section (34), and a warm section (35), which is separated from the cold section by an insulating wall (105). An evaporator (33) is arranged in the cold section, and a compressor (36) and a condenser (32) is arranged in the warm section. The condenser comprises a condenser tube (32), which is arranged in windings on or integrated in a bottom plate (31) of the cooling module.

Abstract: A cold appliance, such as a household refrigerator or freezer, comprising a cooling module (102) and a cabinet (101). The cabinet has been assembled from pre-foamed panels comprising two opposite side wall panels (1), a rear wall panel (4), a top part (2), and a bottom part (103), which are connected essentially perpendicular to each other e.g. by means of mechanical and/or or glue joints, and a door (6). The cabinet comprises a condensation preventing device (160) comprising a heat carrier tube (28, 160) being positioned at a front frame portion of the cabinet of the cold appliance, preferably adjacent to a part of the door (6). The heat carrier tube being filled with a heat carrier fluid, being closed and having a boiler portion (172), which is arranged in thermal contact with a heat generating means (32) of said cooling module for boiling the heat carrier fluid.

Abstract: A cold appliance, such as a refrigerator or a freezer, comprising a cabinet (101) having a cold compartment (104) and a cooling module (102). The cooling module comprises an air outlet (43) delivering cooled air to the cold compartment, an air inlet (44) receiving air from the cold compartment, an evaporator (33), and an evaporator fan (42), which generates an air flow from the air inlet, through the evaporator, and out of the air outlet. The cooling module further comprises a pre-defrost device (47), which is arranged adjacent to the evaporator, such that the air from the cold compartment is guided by the pre-defrost device before reaching the evaporator such that at least some humidity in the air sticks to the pre-defrost device.

Abstract: A cold appliance comprising a cooling module (102) and a cabinet (101) comprising cabinet panels including two opposite pre-foamed side wall panels (1), a pre-foamed rear wall panel (4), a top part (2), and a bottom part (103); and a door (6). The cooling module comprises an air outlet (43) delivering cooled air to a cold compartment (104) of the cabinet, and an air inlet (44) receiving air from the cold compartment. The cold appliance further comprises a rear wall lining (50), which is arranged at the inside of the pre-foamed rear wall panel, and which forms a space between the rear wall lining and the rear wall panel.

Abstract: A cold appliance construction kit comprising a cooling module (102), a plurality of cabinet panels, including wall panels (1, 4), to be assembled into a cabinet, and at least one door (6). Each cabinet panel comprises an inner sheet (9), an outer sheet (8) and an intermediary layer (17) of a foamed insulating material, wherein each cabinet panel has an inner surface, an outer surface, and four edge surfaces. The edge surfaces (16) of a first wall panel (1) is formed such that at least one of said outer and inner sheets comprises an edge portion (16) that extends beyond the edge surface of the foamed insulating material and provides an attachment area for attachment to another cabinet panel (4).

Abstract: A cold appliance comprising a cabinet (101) comprising two opposite side wall panels (1), a rear wall panel (4), a top part (2), a bottom part (103), and a door (6). Each panel comprises an inner sheet (9), an outer sheet (8) and an intermediary layer (17) of a foamed insulating material. Each cabinet panel has an inner surface, an outer surface, and four edge surfaces, wherein the side wall panels, the rear wall panel, the top part, and the bottom part are assembled to form a cold compartment (104), which is closable with the door. The cold appliance (100) further comprises a profiled bar (23), mounted at an edge surface (16) at a front frame portion of the cabinet.

Abstract: A cold appliance, such as a domestic refrigerator or freezer, comprising a cabinet (101) having a cold compartment (104), and a cooling module (102). The cooling module comprises an air outlet (43) delivering cooled air to the cold compartment, an air inlet (44) receiving air from the cold compartment, an evaporator (33), and an evaporator fan (42), which generates an air flow from the air inlet, through the evaporator, and to the air outlet.

Abstract: A cold appliance, such as a household refrigerator or freezer, comprising a cabinet (101) and a cooling module (102) and a cabinet panel for a household cold appliance. The cabinet comprises cabinet panels including two opposite side wall panels (1), a rear wall panel (4), and a top part (2), which are connected essentially perpendicular to each other by means of mechanical and/or glue joints. Each cabinet panel comprises an inner sheet (9), an outer sheet (8) and an intermediary layer (17) of a foamed insulating material, wherein each cabinet panel has an inner surface, an outer surface, and four edge surfaces.

Abstract: A device for cleaning filter elements, such as filter bags, having upper open ends, in a filter installation for filtering polluted gas. The gas passing, during operation, from the outside and through said filter elements, in which installation filter elements are juxtaposed in a plurality of essentially parallel rows. The device includes an essentially horizontal distribution pipe, which extends essentially in parallel with the rows of filters elements and is adapted to be connected to a pressure medium source via a valve. The device further includes a plurality of nozzle elements, which are connected to the distribution pipe. The nozzle elements are adapted to direct pressure medium pulses into the upper open ends of the filter elements in at least two juxtaposed rows of filter elements.

Abstract: A device in a launch unit for a mortar projectile (4), where the launch unit (6) has a propellant charge (10) capable of generating propellant gas for launching the projectile from the barrel (1) of the mortar, the launch unit being designed to be placed in a loading position behind the projectile. The launch unit has an enlarged cross surface (20a) in the barrel against the pressure from the propellant gas, the enlarged cross surface creating an expulsion force on the launch unit. The cross surface is in the form of wing elements (20a) arranged crosswise in the front portion of the launch unit (6) and being bendable in proportion to the magnitude of the propellant gas pressure in order to accomplish a self-regulation of the expulsion velocity of the launch unit.

Abstract: A heat sink (4) intended for mounting along the edge (3) on an electrical circuit board (1) in order to cool heat-generating components (2) on the circuit board. The heat sink (4) is designed with on the one hand a longitudinal slot (5) for mounting on the circuit board (1) and on the other hand a mounting flange (6) located in substantially the same plane as the slot (5). The design of this mounting flange (6) means that a circuit board (1) provided with a heat sink (4) can be mounted in guide tracks or equivalent in the same manner as a circuit board (1) without heat sink (4). The design of the heat sink (4) also means that the same heat sink (4) can be used for different circuit boards (1) and different components (2).