The present invention concerns the field of floor treatment machines such as scrubbers, finishers or polishers. Floor scrubbers typically have rotating work heads equipped with bristles for working the floor to remove dirt. The invention provides a hand-guided floor treatment machine comprising a handle portion connected to a base portion, which base portion is provided with a rotatable generally disc-shaped floor-facing work head having a substantially vertical axis of rotation, the machine being provided with drive means for rotatably driving the work head, wherein the rotational axis of the work head is slightly tilted away from the vertical in a direction which has a transverse component and a rearward component so that the work head is biased into contact with the floor in a region rearwardly and to one side of the work head, whereby in use rotation of the work head through the biased region provides propulsion predominantly in a forward direction.

An electric mop includes a handle, a flopping member connected to the handle. The mopping member includes a driving member with an output thereof connected to a pair of cleaning portions. The driving member includes a motor with an output shaft thereof connected to a driving bevel gear, a reversing gear formed a right-angle transmission relationship with the driving bevel gear, and a pair of cylindrical gear groups respectively connected to the pair of cleaning portions. The difference between the number of cylindrical gears of the two groups is singular. The structure drives the two cleaning portions respectively rotation forward and backward by the driving member so that force of the two cleaning portions can be offset each other for users to keep balance and steadily control a moving direction of the electric mop, the two cleaning portions are provided for ensuring a large cleaning surface and cleaning some corners.

A cleaning device has a cleaning roller that is rotatable about an axis of rotation and serves for treating a surface to be cleaned. The cleaning roller is in the form of a hollow body with an internal liquid chamber, and at least one hollow body opening for releasing liquid from the liquid chamber. In order to develop a cleaning device, in which liquid is only released from the liquid chamber to the surface of the hollow body under certain conditions, a mechanically actuated valve element is assigned to the hollow body opening, wherein the valve element can be displaced into a closing position, in which the hollow body opening is closed, and/or into an opening position, in which the hollow body opening is released, depending on the magnitude of a centrifugal force that acts upon the valve element as a result of a rotation of the cleaning roller.

A wet cleaning device, in particular a wet mop, has a cleaning roller mounted rotatably about a roller axis and a roller cover surrounding, at least in part, the cleaning roller in the circumferential direction, which roller cover has at least one movable cover element for elective sealing and/or exposing of an opening region of the roller cover. In order to enable a changeover of the wet cleaning device from a wiping operation to a regeneration operation in a particularly convenient and time-saving manner, according to the invention, the wet cleaning device has a first cover element and a second cover element which, based on a circumferential direction of the cleaning roller, can be moved in opposition to each other in order to seal and/or to expose the opening region from opposite circumferential directions.

A wet-cleaning appliance, in particular a wet mop, has a cleaning roller, which can be rotated about a roller axis, and having a wetting device for applying a liquid to the cleaning roller. In order to provide for regeneration of the cleaning roller with the best possible result, it is proposed that the wet-cleaning appliance should have a wiper device, in particular a wiper lip, which can be displaced onto the cleaning roller and is intended for assisting in removing liquid and/or dirt from the cleaning roller and/or for assisting in applying liquid to the cleaning roller.

The present invention provides A cleaning tool, comprising a hand-push sweeper, wherein the hand-push sweeper comprising a case with a garbage storage space; a sweeping roller that rotates with the hand-push sweeper; garbage can be swept into the case when the sweeping roller rotates; and a push rod that connects the case; and the case is provided with a mounting portion for mounting the sweeping roller; Wherein, further comprising a mop plate, a mop cloth, the mop plate and the hand-push sweeper are movable fixed assembly mechanism, the lower portion of the mop plate is connected with the mop cloth, and the mop plate is connected with the and-push sweeper by a assembly mechanism; when the mop plate is connected with the hand-push sweeper, the mop plate blocks the hand-push sweeper from the ground and the cleaning tool is used as a mop; when the mop plate is separated from the hand-push sweeper, the cleaning tool is used as a hand-push sweeper.

The present invention provides A cleaning tool, comprising a hand-push sweeper, wherein the hand-push sweeper comprising a case with a garbage storage space; a sweeping roller that rotates with the hand-push sweeper; garbage can be swept into the case when the sweeping roller rotates; and a push rod that connects the case; and the case is provided with a mounting portion for mounting the sweeping roller; Wherein, further comprising a mop plate, a mop cloth, the mop plate and the hand-push sweeper are movable fixed assembly mechanism, the lower portion of the mop plate is connected with the mop cloth, and the mop plate is connected with the and-push sweeper by a assembly mechanism; when the mop plate is connected with the hand-push sweeper, the mop plate blocks the hand-push sweeper from the ground and the cleaning tool is used as a mop; when the mop plate is separated from the hand-push sweeper, the cleaning tool is used as a hand-push sweeper.

A floor brush for using with floor cleaning equipment and, more specifically, a brush head (1) having distinct zones of varying bristle tuft (41) arrangements and configurations is provided. The brush head (1) is adapted for detachable connecting to a floor maintenance machine which is utilized for cleaning, burnishing, buffing and polishing a work surface such as a floor or the like.

An apparatus includes a body, a first tank and a second tank. The body includes a first fluid coupling and a first air passage. The first tank includes a first vessel configured to accommodate a fluid and a second fluid coupling communicatively coupled with the first fluid coupling. The second tank includes a second vessel separated from the first vessel and a second air passage communicatively coupled with the first air passage. The apparatus also includes a tank base over the body. The tank base includes a first tank seat configured to accommodate the first tank and a second tank seat configured to accommodate the second tank. The tank base is configured to be separated from the body with at least one of the first tank in the first tank seat or the second tank in the second tank seat.

A cleaning roller for a cleaning appliance, in particular a wiping roller for a wet cleaning appliance, or a cleaning appliance having such a cleaning roller processes an area to be cleaned. The cleaning roller has a roller core that can rotate about a longitudinal axis and has a bearing for a drive shaft and a roller cover surrounding the roller core in the circumferential direction. The roller core, based on a cross section perpendicular to the longitudinal axis, has several spring elements formed beside one another in the circumferential direction of the cleaning roller, each of which extends from the bearing to the roller cover.