This cold storage is provided with: a first sliding door that opens/closes a cold chamber; a second sliding door that opens/closes the cold chamber, and is positioned between the cold chamber and the first sliding door when the cold chamber is fully open; a compressor disposed at a position that becomes closer to the closed end of the second sliding door than the closed end of the first sliding door when the cold chamber is fully closed; a fan that generates air flow passing the surroundings of the compressor; and a housing that accommodates the compressor, and has formed therein a blow port for blowing out the air flow toward the first sliding door and the second sliding door.

A dispenser of a refrigerator includes a switch and a lever unit configured to pressurize the switch, and the lever unit includes a lever including a body and a pressurizer extending toward a rear side of the body and configured to pressurize the switch; a frame disposed behind the body and configured to support the lever; and a guide configured to cover the switch to prevent condensation from flowing into the switch and guide the condensation between the lever and the frame. Therefore, condensation can be effectively prevented from flowing into the switch, and the frame is inserted into an insertion portion provided at a door, four surfaces constituting the frame are brought into contact with and supported by the insertion portion, and thus the lever can be stably supported.

A refrigerator includes a cabinet, a refrigerant pipe extending in a vertical direction, a plurality of heat-exchange fins through which the refrigerant pipe passes, a pair of frames supporting both sides of the refrigerant pipe, an auxiliary defrost heater provided at an upper portion of the refrigerant pipe and configured to heat an upper region of the refrigerant pipe during a defrosting operation, a defrost heater disposed below a lower end of the refrigerant pipe and configured to heat the refrigerant pipe and air outside the refrigerant pipe during the defrosting operation, and a defrost heater cover disposed between the defrost heater and the lower end of the refrigerant pipe and covering an upper portion of the defrost heater. The defrost heater cover defines a plurality of air holes that allow air heated by the defrost heater to flow upward to the refrigerant pipe.

A refrigerator includes an evaporator inclined in a left-right direction and a defrosting water tray provided below the evaporator to collect defrosting water, and having inclined surfaces corresponding to a shape of the evaporator.

A refrigerator includes evaporator cases arranged in a freezing chamber and located on a bottom surface of a partition wall, an evaporator installed inside the evaporator cases, and grill covers arranged on a rear side of the evaporator cases and having a blowing fan installed therein. The refrigerator includes a refrigerating chamber discharge passage which extends from the grill covers to a refrigerating chamber and through which at least a portion of cold air passing through the blowing fan flows, and a freezing chamber discharge passage which extends from the grill covers to the freezing chamber and through which the remaining cold air among the cold air passing through the blowing fan passes.

An air channel assembly (100) and a refrigerator (200) having the same are provided. The air channel assembly (100) includes: a casing (10) provided with an air supply channel (11) and a drainage port (14) therein. The air supply channel (11) has an air inlet (12) and a bottom air supply port (13). An air-supply guide portion (15) configured to lead air to the bottom air supply port (13) and a drainage guide portion (16) configured to lead water to the drainage port (14) are provided adjacent to the bottom air supply port (13). A guide direction of the air-supply guide portion (15) is opposite to a guide direction of the drainage guide portion (16).

A drainage cap includes: a body part configured to be inserted to a drainage outlet; and a flange part provided at the body part, and including a notch and an opposing part at a peripheral portion of the flange part, the opposing part being configured to face a peripheral portion of the drainage outlet.

An ice bucket structure includes an ice bucket body and a bucket cover matching with each other. An ice storage cavity is provided in the ice bucket body, an inner container is provided in the ice bucket body, a load-bearing cavity is provided in the inner container, and a foot tube for insertion and fixation of a sunshade is vertically provided in the ice bucket body.

A battery-powered portable cooler includes a main body with a tub for receiving contents, a cooling compartment, and insulation at least partly surrounding the tub. A lid opens and closes to selectively provide access to the tub. A wheel supports the main body on a support surface. A refrigeration system includes a compressor, a condenser, and an expansion valve, all located in the cooling compartment, and an evaporator including evaporator coils at least partly surrounding the tub to conductively cool the contents of the tub. An electronic control unit is operably connected to a user interface to receive input from the user interface and control operation of the refrigeration system. A battery pack mates with a battery receptacle along a battery insertion axis in a direction toward the tub. The battery pack provides electrical power to the electronic control unit, the user interface, and the refrigeration system.