Abstract: A laundry machine is disclosed. A laundry machine includes a main laundry machine washing or drying laundry and an auxiliary laundry machine comprising a body installed in a predetermined portion of the main laundry machine, a drawer detachably from the body and a steam supply device installed in the main laundry machine, the drawer supplying steam to the drawer selectively.

Abstract: A trim kit type door assembly for an electronic product is disclosed. In the door assembly including door plates and left and right side caps coupled to both sides of the door plates, an opening/closing door handle is integrally formed with one of the left and right side caps, achieving a reduction in manufacturing costs. Also, when the door handle of the side cap takes the form of a recessed portion integrally defined in the side cap so as not to protrude outward from the side cap, the resulting door assembly achieves an exterior appearance satisfying the aesthetic demands of consumers.

Abstract: Disclosed is a cloth treating apparatus, which supplies hot air to a accommodating space receiving clothes to dry the clothes. The cloth treating apparatus includes a cabinet including a accommodating space to receive clothes, and an electric component chamber, in which a moisture supply device to spray steam to the accommodating space and a air supply device to supply hot air are installed; and a condensed water treating unit to treat condensed water, generated by condensing the steam sprayed to the accommodating space or the hot air supplied from the air supply device. Therefore, the cloth treating apparatus treats the condensed water generated in the accommodating space, and thus prevents the generation of substances harmful to the human body, such as mold, in the accommodating space.

Abstract: A clothes treating apparatus is disclosed. The clothes treating apparatus includes a cabinet having an accommodating space to accommodate clothes, a hot air supplying device to heat air and supply hot air to the accommodating space, and a communicating unit to communicate the accommodating space with the outside. The communicating unit includes a restraining part to restrain exhaust of hot air supplied from the hot air supplying device.

Abstract: A clothes treatment apparatus that treats clothes into a condition suitable to wear is disclosed. The clothes treatment apparatus includes a cabinet, a receiving space defined in the cabinet for receiving clothes, an air supply device for removing moisture from the air so as to provide a dried air to the receiving space, and a fan assembly configured to circulate the dried air in the receiving space and to discharge condensed water generated in the fan assembly to the outside.

Abstract: A cloth treating apparatus is disclosed. A cloth treating apparatus includes a cabinet comprising an accommodating space which accommodates laundry, a air supplying device which supplies hot air to the accommodating space, an opening unit which selectively opens and closes at least one hot air supply hole, the at least one hot air supply hole through which the hot air is drawn into the accommodating space and a control unit which controls the air supplying device and the opening unit.

Abstract: A cloth treating apparatus and a method of controlling the same are disclosed. A cloth treating apparatus includes a cabinet comprising an accommodating space which accommodates laundry, a air supplying device which supplies hot air to the accommodating space, a control unit that determines dryness of the laundry based on at least two temperatures of the cabinet to control the air supplying device. A method of controlling a cloth treating apparatus includes supplying hot air to an accommodating space of the cloth treating apparatus, measuring temperatures of at least two portions of the cloth treating apparatus, and determining dryness based on the measured at least two temperatures.

Abstract: A clothes treatment apparatus that treats clothes into a condition suitable to wear is disclosed. The clothes treatment apparatus includes a cabinet, a receiving space defined in the cabinet for receiving clothes, air and moisture supply devices for supplying dried air and moisture into the receiving space, respectively, an outfit chamber defined in the cabinet for receiving the hot air and steam supply devices, the outfit chamber including an inlet port for allowing external air to be introduced into the outfit chamber therethrough to cool the hot air and steam supply devices, and a noise prevention device installed at the inlet port for preventing noise generated in the outfit chamber from being discharged out of the outfit chamber through the inlet port.

Abstract: A reciprocating compressor, wherein a flange unit connected to the mover constituting the reciprocating motor is installed on the piston constituting the compressing unit, the distance between the piston flange unit and the front frame of the frame unit is shorter than that of the between the piston flange unit and the reciprocating motor. In the process of being transmitted the linear reciprocal movement driving force of the reciprocating motor and compressing the gas in the compressing unit, the stability of the compressor is raised by preventing the components moving together with the mover of reciprocating motor from impacting with other components by the displacement generated by compression force applying the piston constituting the compressing unit. Also, the size of compressor can be scaled down by compactly constituting the components.

Abstract: A reciprocating compressor, wherein a flange unit connected to the mover constituting the reciprocating motor is installed on the piston constituting the compressing unit, the distance between the piston flange unit and the front frame of the frame unit is shorter than that of between the piston flange unit and the reciprocating motor. In the process of being transmitted the linear reciprocal movement driving force of the reciprocating motor and compressing the gas in the compressing unit, the stability of the compressor is raised by preventing the components moving together with the mover of reciprocating motor from impacting with other components by the displacement generated by compression force applying to the piston constituting the compressing unit. Also, the size of compressor can be scaled down by compactly constituting the components.