Abstract: The invention discloses a surface cleaning apparatus comprising: a source of suction; the cleaning head comprises a housing and a cleaning roller. The cleaning head is provided with a cleaning liquid output for applying the cleaning liquid and at least one steam output for applying steam relative to the surface to be cleaned by the rolling brush; wherein the steam outlet steam outlet is arranged at the lower portion of the housing and configured to heat the surface by overflowing the steam to the surface to accelerate the evaporation of residual cleaning liquid on the surface. The apparatus introduces steam for heating the surface, thereby it can accelerate evaporation surface on the residual cleaning solution and shorten user latency.

Abstract: The invention discloses a surface cleaning apparatus comprising: a source of suction; the cleaning head comprises a housing and a cleaning roller. The cleaning head is provided with a cleaning liquid output for applying the cleaning liquid and at least one steam output for applying steam relative to the surface to be cleaned by the rolling brush; wherein the steam outlet steam outlet is arranged at the lower portion of the housing and configured to heat the surface by overflowing the steam to the surface to accelerate the evaporation of residual cleaning liquid on the surface. The apparatus introduces steam for heating the surface, thereby it can accelerate evaporation surface on the residual cleaning solution and shorten user latency.

Abstract: A surface cleaning machine includes: a suction device; a cleaning base suitable for moving on a surface to be cleaned, the cleaning base comprising a cleaning roller capable of rotating; a cleaning liquid supply unit; and a dirty liquid recovery tank, the dirty liquid recovery tank being in fluid communication with the suction device; where the cleaning base further includes a transfer chamber adjacent to the rear side of the cleaning roller and capable of temporarily holding a solid-liquid mixture, the transfer chamber configured to be in fluid communication with the suction device, so that the surface cleaning machine can transfer at least a part of liquid or at least a part of a solid-liquid mixture from the transfer chamber to the dirty liquid recovery tank by means of the suction device, thereby achieving a low energy consumption operation.

Abstract: A drainer having: a housing including a plurality of water discharge holes at the bottom, at least one water inlet at the top, and a cavity inside, the water inlet, cavity, and the water discharge holes in communication sequentially; and a plurality of absorbent cores partially exposed from a corresponding water discharge hole such that each of the absorbent cores is configured to guide water flowing into the cavity to the exterior of the housing through the water discharge holes. The drainer may be configured with a wet mopping device and wet and dry cleaning head.

Abstract: A floor cleaning equipment, including: a cleaning head body having at least one suction port at the bottom; a base plate; a water supply tank mounted to the cleaning head body and located above the base plate; a water distributor mounted to the base plate; and a communicating tube. The water supply tank includes a venting hole in communication with the exterior. A first chamber is provided inside the water supply tank and a water outlet is provided at the bottom of the water supply tank. The water distributor includes a housing, a water inlet provided at the top of the housing, a second chamber formed inside the housing, and a water outlet hole provided at the bottom of the housing, the volume of the second chamber being smaller than that of the first chamber. The first chamber, the water outlet, the water inlet, and the second chamber are in communication sequentially. The communicating tube puts the first chamber and the second chamber in communication.

Abstract: A wet-and-dry floor brush for a vacuum cleaner, including a floor brush body including at least one dust suction port at a bottom of the floor brush body, and a wet mopping device including a base plate for mounting a mop cloth, and a liquid supply tank located on an upper side of the base plate, the base plate including liquid discharge holes, and the liquid supply tank includes an air inlet in communication with the outside. The bottom of the liquid supply tank has a liquid outlet in fluid communication with liquid discharge holes. The liquid outlet includes a valve for opening and closing the liquid outlet, and the liquid supply tank includes an external action member, the action member and valve configured to allow the transmission of motion to open or close the liquid outlet by operating the action member.

Abstract: The invention discloses a surface cleaning apparatus comprising: a source of suction; the cleaning head comprises a housing and a cleaning roller. The cleaning head is provided with a cleaning liquid output for applying the cleaning liquid and at least one steam output for applying steam relative to the surface to be cleaned by the rolling brush; wherein the steam outlet steam outlet is arranged at the lower portion of the housing and configured to heat the surface by overflowing the steam to the surface to accelerate the evaporation of residual cleaning liquid on the surface. The apparatus introduces steam for heating the surface, thereby it can accelerate evaporation surface on the residual cleaning solution and shorten user latency.