Abstract: A door assembly for a refrigerator is provided which includes structure which is easily manufactured. The door assembly for a refrigerator door includes a door frame including a front panel and a flange unit formed on an edge of the front panel as one body therewith, a door liner mounted on the flange unit, and a filler provided within space formed between the door frame and the door liner.

Abstract: A refrigerator is provided, by which cold air can be effectively prevented from leaking from a storage room. The refrigerator includes a refrigerator body having an opening and a storage room provided therein, a door closing/opening, a sealing part provided to at least one of the door and the refrigerator body to prevent a cold air from leaking from the storage room, and a flow cutoff part provided inside the sealing part to prevent the cold air flowing toward the sealing part from the storage room. Accordingly, by cutting of the cold air leakage together with the sealing part, energy efficiency of the refrigerator can be raised.

Abstract: Disclosed is a can server, and a refrigerator having the can server. The refrigerator having a can server, comprises: a refrigerator body having a cooling chamber therein; a door for opening and closing the cooling chamber; and a can server having a body arranged so as to be rotatable between a supporting position protruding from an inner wall of the cooling chamber or the door and supporting a can, and a withdrawing position implemented on the inner wall in upper and lower directions. When using the can server, the body of the can server is rotated to the supporting position thereby to support a can. On the contrary, when not using the can server, the body of the can server is rotated to the withdrawing position in parallel to the wall surface thereby to enhance a spatial utilization degree for the cooling chamber, a home bar, or an inner space of the door.

Abstract: A refrigerator is disclosed, by which cold air can be effectively prevented from leaking from a storage room. The present invention includes a refrigerator body (10) having an opening and a storage room (12) provided therein, a door (30) closing/opening, a sealing part (40) provided to at least one of the door (30) and the refrigerator body (10) to prevent a cold air from leaking from the storage room (12), and a flow cutoff part (50) provided inside the sealing part (40) to prevent the cold air flowing toward the sealing part (40) form the storage room (12). Accordingly, by cutting of the cold air leakage together with the sealing part (40), energy efficiency of the refrigerator can be raised.

Abstract: A refrigerator comprises: an inner case that forms a storage space; a plurality of fixing members coupled to the inner case so as to be protruding to the storage space, for preventing a foaming agent applied to a rear surface of the inner case from leaking to the storage space; and a guide rail fixedly-coupled to the fixing members, and to which a storage means is slidably coupled. Since components for slidably coupling a storage means to the inner case are simplified and an assembly process is facilitated, a production cost is reduced and a productivity is enhanced. Furthermore, the components for slidably coupling the storage means to the inner case are firmly coupled to the inner case, and a foaming agent is prevented from leaking to inside of the inner case, thereby enhancing the reliability of the product.