Abstract: A cooling appliance includes a wall delimiting an inner space, an evaporator assembly extending at least partly along the wall vertically and having an evaporator and mutual bypass blockers that form the outer sections of the evaporator assembly and arranged to engage to the refrigerant tubes of the evaporator at the lateral sides of the evaporator. An evaporator heater has a heating section provided below the evaporator for generating heat towards the evaporator in order to constitute a hot region. The refrigerant tubes contain upper tube portions provided on a side of the evaporator away from the evaporator heater so as to be excluded by the bypass blockers, and arranged to have a first length which is equal to a horizontal distance provided between the mutual bypass blockers, or shorter than the horizontal distance.

Abstract: A cooling appliance includes a storage compartment for receiving goods to be cooled, and an air duct assembly in fluid communication with the storage compartment. The air duct assembly includes at least one air duct for suctioning the cool air from the storage compartment. A sensing element senses the temperature of the cool air of the storage compartment. The air duct has a first duct housing part with an air suctioning entrance opening through which the cool air enters into the air duct, and an external second duct housing part on which the sensing element is provided. The external second duct housing part is configured to be selectively connected to the first duct housing part.

Abstract: An airflow system is provided in a refrigeration appliance that includes first and second fans. The first fan distributes first air from an evaporator of the refrigeration appliance and the second fan distributes second air from the evaporator. The airflow system has a first damper that receives the first air from the first fan and directs the first air to a first set of compartments. Additionally, the airflow system includes a second damper that receives the second air from the second fan and directs the second air to a second set of compartments. The airflow system has a housing that stores at least one of the first fan and the second fan and at least one of the first damper and the second damper.

Abstract: A refrigeration appliance contains a heat-insulated body, a first wall delimiting an inner space of the appliance, an evaporator assembly having an evaporator and extending in a horizontal direction of the first wall, and a retaining device configured to be connected to the evaporator. The retaining device has a base plate for collecting and discharging condensed water at a lower side of the evaporator. The retaining device further has an external sealing part attached to the base plate and arranged to at least partially encircle the base plate from outside.

Abstract: A cooling device, particularly a domestic cooling device, has a cabinet structure with a storage space and an evaporator arrangement in the cabinet structure close to a cabinet wall of the cabinet structure. A compartment cover separates the evaporator arrangement with an evaporator from the storage space. The compartment cover has a cover front wall parallel to the cabinet wall, and wall parts which extend from the cover front wall to the cabinet wall to define a receiving space. The compartment cover has a holder that is removably retained on an edge part of each of the wall parts close to the cabinet wall. A sealing embodiment has a seal that forms a continuation of the holder item and which can flex when it contacts the cabinet wall.

Abstract: A cooling device includes a cabinet, a cooling system with cooling components, an inner casing having walls delimiting a storage chamber for storing foodstuffs, an inner back wall forming a rear part of the inner casing, an outer casing surrounding the inner casing, and an outer back wall forming a rear part of the outer casing. The cooling device further includes a back cover disposed between the inner back wall and the outer back wall for covering and housing at least one cooling component.

Abstract: A cooling device includes a body, a first user compartment, an inner frame including side and rear panels, a second compartment separated from the first by the rear panel, a cooling unit in the second compartment, a unit cover on the rear panel enclosing and separating the cooling unit from the first compartment. The unit cover has a cover front surface facing the first compartment. A partition wall separates the first compartment into first and second storage parts with the partition wall on the cover front surface. The cover front surface has a first cover surface facing the first storage part and an assembly surface adjacent the first cover surface and having a thickness. An outer coating coats the first cover surface and the thickness. The assembly surface is hidden by the partition wall on the unit cover. A cover assembly and method for assembly thereof are also provided.

Abstract: A cooling device includes at least two subparts provided in at least one part suitable for storage of at least one material, an inner rear wall in each subpart, at least one cold air input part on inner rear walls, an evaporator in the part forming cold air suitable for passage by the cold air input part to the subpart by at least one fan. At least one air transfer path transfers cold air by the cold air input part from the evaporator to the subpart. At least one air feeding channel transfers air in the subpart, for feeding to at least one air input part opening into the evaporator, by at least one air feeding opening in the subpart. At least two air input parts opening into the evaporator are substantially not overlapping with each other, aligned and side-by-side in a width direction.

Abstract: A cooling device has a cooling part, an inner rear wall that exists in the cooling part, an air distribution opening provided at the inner rear wall, an air channel through which the cold air passes and which is connected to the other side of the inner rear wall, an air passage gap configured to correspond to the air distribution opening at the air channel, an air transfer part connected to the air channel and which provides transfer of the cold air to the air channel, an air feeding opening adapted for passing the air, which exists in the cooling part, to an evaporator air input part, by an air feeding channel, and an air channel surface extension which can exist at an air channel front surface to allow passage of different amounts of air, by at least two air distribution openings, from the air channel to the cooling part.

Abstract: A cooling device includes a cabinet, a cooling system with cooling components, an inner casing having walls delimiting a storage chamber for storing foodstuffs, an inner back wall forming a rear part of the inner casing, an outer casing surrounding the inner casing, and an outer back wall forming a rear part of the outer casing. The cooling device further includes a back cover disposed between the inner back wall and the outer back wall for covering and housing at least one cooling component.

Abstract: A refrigeration appliance contains a heat-insulated body, a first wall delimiting an inner space of the appliance, an evaporator assembly having an evaporator and extending in a horizontal direction of the first wall, and a retaining device configured to be connected to the evaporator. The retaining device has a base plate for collecting and discharging condensed water at a lower side of the evaporator. The retaining device further has an external sealing part attached to the base plate and arranged to at least partially encircle the base plate from outside.

Abstract: A cooling device contains a cabinet having a storage compartment. A partition member is configured to divide the storage compartment into at least two of a first space, a second space and a third space. An inner guide is provided with an air flow path including a first air supply duct configured to introduce the air into the first space and a second air supply duct configured to introduce the air into the second space. A fan is configured to generate air flow in the air flow path. A first air flow control device is provided on the first air supply duct to adjust an amount of air supplied to the first space. A second air flow control device is provided on the second air supply duct to adjust an amount of air supplied to the second space.

Abstract: An airflow system is provided in a refrigeration appliance that includes first and second fans. The first fan distributes first air from an evaporator of the refrigeration appliance and the second fan distributes second air from the evaporator. The airflow system has a first damper that receives the first air from the first fan and directs the first air to a first set of compartments. Additionally, the airflow system includes a second damper that receives the second air from the second fan and directs the second air to a second set of compartments. The airflow system has a housing that stores at least one of the first fan and the second fan and at least one of the first damper and the second damper.

Abstract: A cooling appliance includes a storage compartment for receiving goods to be cooled, and an air duct assembly in fluid communication with the storage compartment. The air duct assembly includes at least one air duct for suctioning the cool air from the storage compartment. A sensing element senses the temperature of the cool air of the storage compartment. The air duct has a first duct housing part with an air suctioning entrance opening through which the cool air enters into the air duct, and an external second duct housing part on which the sensing element is provided. The external second duct housing part is configured to be selectively connected to the first duct housing part.