The present disclosure provides a laundry treating apparatus. In one embodiment, the apparatus includes a tub for receiving washing-water therein; a first drum rotatably disposed within the tub; a second drum disposed in the first drum so as to be attachable or detachable to or from the first drum, wherein washing of a laundry by the second drum is performed separately from washing of a laundry by the first drum; and a guide rib projected from an upper portion of a inner circumferential face of the second drum toward a center of the second drum, wherein the guide rib is constructed to guide wash-water rising up via a rotational force of the second drum to flow toward a center of the second drum and then to fall down.

A washing machine including a first tub accommodated in a housing and formed by assembling a first member disposed in the front portion with a second member disposed in the rear portion; a second tub disposed above the first tub, a drum rotatably disposed in the inside of the second tub; and a driving shaft connected to the drum, configured to transfer a driving force to the drum and located further behind than an engaged portion of the first member and the second member of the first tub.

A washer extractor machine is provided. The washer extractor machine includes a casing defining an interior chamber that is accessed through a first opening in the casing that has an associated outer door. A cylinder body is supported for rotation in the interior chamber of the casing. The cylinder body has a hollow interior that is accessed through a second opening in the cylinder body. An inner door is supported on the cylinder body for movement relative to the second opening between open and closed positions. A door closing sensing system includes a sensor element and a target element supported on the inner door. The sensor element and the target element being arranged relative to one another such that the target is in alignment with the line-of-sight of the sensor element when the inner door is in the closed position.

The present invention relates to a clothes-handling apparatus comprising: a cabinet having an opening; a drawer capable of being withdrawn from the cabinet through the opening; a clothes accommodating part provided inside the drawer so as to provide a space in which clothes are stored; a coupling part provided on one of the cabinet and the drawer; and a detachment part provided on one, on which the coupling part is not provided, of the cabinet or the drawer, such that the coupling part is detachably coupled thereto, wherein the detachment part is provided so as to repeat a state of being coupled to the coupling part and a state of being separable from the coupling part whenever an external force is applied to the detachment part through the coupling part.

The present invention relates to a clothes-handling apparatus comprising: a cabinet having an opening; a drawer capable of being withdrawn from the cabinet through the opening; a clothes accommodating part provided inside the drawer so as to provide a space in which clothes are stored; a coupling part provided on one of the cabinet and the drawer; and a detachment part provided on one, on which the coupling part is not provided, of the cabinet or the drawer, such that the coupling part is detachably coupled thereto, wherein the detachment part is provided so as to repeat a state of being coupled to the coupling part and a state of being separable from the coupling part whenever an external force is applied to the detachment part through the coupling part.

Disclosed is a washing machine including a main body, a main washing unit provided inside the main body, and a door unit for opening and closing a main entrance formed in the main body to approach the main washing unit. The door unit includes a main door and an auxiliary door. The main door includes an auxiliary washing unit, an auxiliary entrance for inputting laundry into the auxiliary washing unit, and an opening through which the contents of the auxiliary washing unit are discharged. The auxiliary door is rotatably coupled to the main door to open and close the auxiliary entrance. When the auxiliary door is opened, the auxiliary door closes the opening to form an auxiliary washing space in which water is able to be contained. When the auxiliary door is closed after the hand-washing, the opening is opened to discharge the laundry and the washing water in the auxiliary laundry space to the main washing unit naturally.

A fully automatic washing machine, including a housing, a control disk seat and an upper cover plate. The control disk seat is located on a top of the housing. A clothes throwing inlet is formed in the control disk seat. The upper cover plate is rotatably arranged on the control disk seat so as to open or close the clothes throwing inlet, wherein an integrated display and control knob is arranged on an upper portion of a front side surface of the washing machine; and an entire upper top surface of the washing machine is formed in a closed state of the upper cover plate.

A full-automatic washing machine includes: an external-mounted housing having an inlet/outlet in the front surface of the external-mounted housing; a drawer capable of getting into and getting out of the external-mounted housing through the inlet/outlet and including retainer plates and a door part; a washing drum arranged in the drawer through a suspension and including a washing and dewatering drum having a fluid balancer and an outer drum capable of accommodating the washing and dewatering drum in a free rotation manner; sliding rails for enabling the drawer to move rectilinearly relative to the external-mounted housing; an acceleration sensor arranged on the drawer; and a control part. The control part obtains inclination of a main body of the full-automatic washing machine based on a static acceleration detected by the acceleration sensor, performs first dewatering control based on the inclination, and performs second dewatering control based on a dynamic acceleration which is detected by the acceleration sensor and corresponds to the vibration of the drawer during dewatering.

A laundry treatment apparatus includes a tub body configured to store water, a tub cover configured to define an upper surface of the tub body, an introduction aperture defined through the tub cover, a supply aperture provided in the tub cover, and configured to enable supply of water into the tub body, a drum that is rotatably provided in the tub body, and that is configured to receive laundry, the drum including an opening in communication with the introduction aperture, a door configured to open and close the introduction aperture, and an ejection unit configured to eject water introduced into the supply aperture to at least one of the door or to the drum.

A laundry treatment apparatus includes a tub body configured to store water, a tub cover configured to define an upper surface of the tub body, an introduction aperture defined through the tub cover, a supply aperture provided in the tub cover, and configured to enable supply of water into the tub body, a drum that is rotatably provided in the tub body, and that is configured to receive laundry, the drum including an opening in communication with the introduction aperture, a door configured to open and close the introduction aperture, and an ejection unit configured to eject water introduced into the supply aperture to at least one of the door or to the drum.