Abstract:
A gasket filler guide apparatus for a refrigerator is provided. The gasket filler guide apparatus for a refrigerator including: a plurality of doors connected to a refrigerator body with a hinge; a f loating filler positioned at the inside of a portion in which a plurality of doors meet to bring a gasket provided in the door into close contact; and a filler safe-arriving device allowing the floating filler to arrive safe at the inside of the opened door among a plurality of doors and come out along the door. Therefore, the door can be easily opened although any side of door is opened and because the filler is not exposed to the outside upon opening the door, an outer appearance of the refrigerator improves and a more stable filler installation structure can be secured.
Abstract:
A device for separating a gasket of a refrigerator incldues: a plurality of doors connected to the refrigerator body by a hinge portion; a gasket assembly installed at each of the doors, for sealing gaps between the doors; a connecting member at leat two locations of which are connected to the gasket assembly; and a gasket operating mechanism for pulling the connecting member so that the gasket assembly is separated from the opposite door when the door are opend and closed, or for firmly attaching the gasket assembly toward the opposite door when the doors are closed. As a result, the reliability of a gasket separating operation is improved by overally uniformly separating the gaskets when the doors are opened or closed, and accordingly an interference with the opposit edoor is minimized to open and close the doors more easily and lengthen the life span of the gaskets.
Abstract:
A heat exchanger is provided. The heat exchanger includes a plurality of aluminum tubes formed of aluminum, each of the aluminum tubes including a plurality of grooves that are formed on an inner circumferential surface of each of the aluminum tubes and that extend along a longitudinal direction of the aluminum tubes; and a plurality of heat transfer fins coupled to the aluminum tubes. The heat exchanger may contribute to the reduction of the manufacturing cost, may provide high heat transfer performance and may prevent a coolant leak.
Abstract:
There is provided a door opening and closing apparatus of a refrigerator. The door opening and closing apparatus includes a plurality of doors for opening and closing a refrigerator main body, gasket assemblies provided in the parts where the plurality of doors face each other to be attached to the counterpart doors to seal up a gap between the doors, hinge mechanisms for connecting the doors to the refrigerator main body so that the doors are horizontally moved with respect to the refrigerator main body to some extent, actuators for horizontally moving the doors so that the gasket assemblies are separated from the counterpart doors when the doors are opened, and actuator driving mechanisms for driving the actuators. Therefore, it is possible to completely separate the two gaskets from each other so that it is possible to easily open and close the doors and to prevent the gaskets from contacting each other and to thus prevent the gaskets from being abraded or damaged.
Abstract:
A device for separating a gasket of a refrigerator incldues: a plurality of doors connected to the refrigerator body by a hinge portion; a gasket assembly installed at each of the doors, for sealing gaps between the doors; a connecting member at leat two locations of which are connected to the gasket assembly; and a gasket operating mechanism for pulling the connecting member so that the gasket assembly is separated from the opposite door when the door are opend and closed, or for firmly attaching the gasket assembly toward the opposite door when the doors are closed. As a result, the reliability of a gasket separating operation is improved by overally uniformly separating the gaskets when the doors are opened or closed, and accordingly an interference with the opposit edoor is minimized to open and close the doors more easily and lengthen the life span of the gaskets.
Abstract:
The present invention relates to a ventilator. Channels are horizontally extended in the interior of a total heat exchanger. The channels are vertically stacked for thereby enhancing the efficiency of heat exchange.
Abstract:
The present invention relates to a ventilator. Channels are horizontally extended in the interior of a total heat exchanger. The channels are vertically stacked for thereby enhancing the efficiency of heat exchange.
Abstract:
A heat exchanger is provided. The heat exchanger includes a plurality of aluminum tubes formed of aluminum, each of the aluminum tubes including a plurality of grooves that are formed on an inner circumferential surface of each of the aluminum tubes and that extend along a longitudinal direction of the aluminum tubes; and a plurality of heat transfer fins coupled to the aluminum tubes. The heat exchanger may contribute to the reduction of the manufacturing cost, may provide high heat transfer performance and may prevent a coolant leak.