A refrigerator has a cabinet, at least one door and a plurality of refrigeration components. The cabinet defines an interior volume including at least one cooling compartment. The at least one door is carried by the cabinet and provides access to the interior volume. The plurality of refrigeration components includes a compressor, a condenser and a fan. The refrigerator additionally includes a component subassembly incorporating the plurality of refrigeration components and an airflow path extending between an inlet for colder air and an outlet for warmer air. The refrigeration components are located along the airflow path. The refrigerator further includes a noise reduction arrangement for reducing an operating noise of the refrigerator. The noise reduction arrangement including a plurality of walls defining the airflow path. The walls include a noise absorbing material. The plurality of walls includes a plurality of external walls and a plurality of internal walls. The plurality of external walls defines an outer perimeter of the component subassembly and are oriented generally orthogonal to one another. The internal walls of the plurality of internal walls may be skewed relative to the external walls of the plurality of external walls. At least some of the walls of the plurality walls may be load-bearing walls.

Provided herein is a refrigerator with an improved coupling structure of a heat dissipation duct for dissipating heat generated in a display unit and having and applying the improved heat dissipation duct to a door having a thin thickness such that a problem in which a curve is generated at an exterior of a door when an inside of the door is filled with a heat insulating material is prevented. The refrigerator includes a main body, and a door, wherein the door includes a door cap coupled to at least one of an upper portion and a lower portion of the door, a display unit provided at a front surface of the door, a heat dissipation cover arranged behind the display unit, and a heat dissipation duct slidably inserted into the door through the at least one of the upper portion and the lower portion of the door.

In an entrance refrigerator, a printed circuit board (PCB) on which heat generating components are mounted is disposed inside a housing such that air used to cool a heat sink of a cold air supply device cools the PCB, thereby preventing overheating of the PCB.

For the purpose of improving efficiency, a home appliance device, in particular a home chiller appliance device, is proposed. The device includes at least one panel for at least partly covering an opening of a machine compartment; and a connection unit for connecting the panel; the panel comprising at least one panel module which has at least one fin, at least one first fin mounting element and at least one second fin mounting element for mounting the at least one fin, the connection unit comprising at least one connection element for connecting the at least one panel module, and wherein the connection element is movable with respect to the first fin mounting element and the second fin mounting element in a lengthwise direction of the panel in at least one pre-assembled state of the panel.

A refrigerator includes a thermoelectric element module disposed at a wall of a storing chamber and includes a heat-absorbing sink and a heat-dissipating sink; a supply duct disposed at an inner case to discharge cold air, which has exchanged heat in the heat-absorbing sink, to a storing chamber; and a cold air accumulation agent disposed in the supply duct and cooled by the cold air flowing through the supply duct.

Proposed is a home appliance in which each of air inlets and each of air outlets formed on a machine room cover are configured to have flow rates different from each other. Accordingly, a design for the volume of air introduced into a machine room and the volume of air discharged to the outside of the machine room from the inside thereof may be facilitated.

A refrigerator may include an inner casing having a storage chamber defined therein; and a thermoelectric module including a thermoelectric element for cooling the storage chamber, a cooling sink in contact with one surface of thermoelectric element, and a heat sink contacting the other surface of thermoelectric element, wherein the heat sink includes: a heat dissipation fin including a stack of a plurality of fins; a heat dissipation plate coupled to the heat dissipation fin; a heat dissipation pipe for connecting the heat dissipation plate to the heat dissipation fin, wherein the heat dissipation pipe is arranged to pass through the heat dissipation fin.

A household appliance apparatus, in particular a household refrigeration appliance apparatus, has at least one flow separating unit which is provided for separating at least two airflows. In order to provide improved properties with regard to a ventilation of heat-generating freestanding household appliance components, the flow separating unit is provided for mounting on an outer wall of a freestanding household appliance.

Present embodiments relate to an appliance installation pan which provides multi-functional improvement for at least installation, collection of fluid, and direction of air flow to the appliance. The installation pan also improves installation by fixing the appliance to the pan and the pan to the mobile application structure, for example RV or marine craft. Further, the installation pan provides for a repeatable means of locating the appliance and consistent installation to reduce appliance problems that may be associated with incorrect installation.

Provided herein is a refrigerator with an improved coupling structure of a heat dissipation duct for dissipating heat generated in a display unit and having and applying the improved heat dissipation duct to a door having a thin thickness such that a problem in which a curve is generated at an exterior of a door when an inside of the door is filled with a heat insulating material is prevented. The refrigerator includes a main body, and a door, wherein the door includes a door cap coupled to at least one of an upper portion and a lower portion of the door, a display unit provided at a front surface of the door, a heat dissipation cover arranged behind the display unit, and a heat dissipation duct slidably inserted into the door through the at least one of the upper portion and the lower portion of the door.