Abstract: The present disclosure relates to a flow path selection part disposed in a pump disposed in a laundry treating apparatus.

Abstract: The present invention relates to a clothing treatment apparatus comprising: a heat pump having an evaporator, a compressor, a condenser, and an expansion valve, and applying heat to air circulating in a drum; an air flow path forming a movement path such that the air is circulated through the drum; a lint filter provided on the air flow path and collecting lint contained in the air; and a condensate water collecting part collecting condensate water generated in the evaporator and supplying the condensate water to the lint filter, wherein the condensate water supplied from the condensate water collecting part is supplied to the upper portion of the lint filter, and the lint collected in the lint filter is moved to the lower portion of the lint filter, thereby securing the air flow path of the lint filter.

Abstract: Disclosed is a clothes treating apparatus including a drum accommodating an object to be dried, a tub including the drum, a first drying duct communicating with an inner side of the drum at one side and an inner side of the tub at the other side, a circulation fan disposed in an end portion of the other side of the first drying duct to circulate air, a spray nozzle disposed between the circulation fan and the drum to spray cooling water to a space between the tub and the drum, a water collecting container disposed below the tub to collect cooling water, a circulation line supplying the cooling water to the spray nozzle, a drainage line discharging the cooling water to outside, and a flow-path conversion pump receiving the cooling water from the water collecting container and supplying the cooling water selectively to the circulation line or the drainage line.

Abstract: Introduced is a flow path conversion pump comprising: an inlet pipe for guiding a flow of water, an impeller housing having an impeller built therein, and including a first housing outlet and a second housing outlet formed parallel to a tangential direction of rotation of the, a flow path switch forming an internal space, including a first switch inlet and a second switch inlet, which communicate with the first housing outlet and the second housing outlet, respectively, and including a first outlet and a second outlet, which communicate with the first switch inlet and the second switch inlet, respectively, a diaphragm disposed in the internal space of the flow path switch, separating the first switch inlet and the second switch inlet, and separating the first outlet and the second outlet and a motor connected to the impeller to transmit power.