A cyclonic separating device (900) for an upright vacuum cleaner and an upright vacuum cleaner (1) with the same are disclosed. The cyclonic separating device (900) includes a dirt cup (37), a filter (92) and a cyclonic cone assembly (93). The filter (92) is disposed in the dirt cup (37) and includes a filter inlet (92a) and a filter outlet (92b) communicating between the filter inlet (92a) and an air outlet (373). The cyclonic cone assembly (93) includes a cyclone (931) and a cyclonic guide (932), in which a first end of the cyclone (931) is communicated with an air inlet (372), and the cyclonic guide (932) is fitted in a second end of the cyclone (931) and is detachably fitted over the filter (92) to spirally guide dirty air introduced into the cyclone (931) from the air inlet (372) to the filter inlet (92a).

An upright vacuum cleaner (1) includes: a brushroll assembly (100) including a brushroll casing (12) and a brushroll (11), the brushroll casing (12) defining a brushroll air-suction channel (122) therein; a motor assembly (200) including a motor housing (21) and a motor (22), the motor housing (21) having an air exhaust hole (213), a dirty air outlet (211) and a clean air inlet (212) and defining a motor air-suction channel (216) and a motor air-exhaust channel; and a body assembly (300) including a body (31) and a dirt cup (37) mounted to the body (31), the dirt cup (37) having a separating chamber (371) communicating with the dirty air outlet (211) and the clean air inlet (212) respectively.

A bee displacement assembly provided as a mowing machine with a direct drive operated fan housed inside a housing formed with a funnel leading from an interior space of the housing and terminating in a mouth. The funnel tapers both horizontally and vertically to the mouth such that the mouth approximates a narrow, widened slot. Powering the motor turns the drive shaft that in turn operates the fan, creating a concentrated stream of air inside the fan housing that is channelized in the funnel and emitted out the mouth at an area of uncut vegetation immediately prior to cutting by a cutting deck of the mowing machine.

A rug cleaning apparatus to rinse, decontaminate and evacuate fluid or undesirable particulates from the rug with enhanced efficiency is provided. The cleaning apparatus includes a tubular member having a first end, a second end and a side wall, the tubular member having a plurality of openings disposed thereto evenly throughout the side wall, a cap coupled to the second end of the tubular member, and a vacuum coupled to the first end of the tubular member. The tubular member permits the rug to be disposed around the side wall. The vacuum activates to generate sufficient airflow and pressure within the tubular member to draw fluid or undesirable particulates in the rug through the openings of the tubular member and out to the vacuum for a disposal.

A canister vacuum cleaner is disclosed, which includes an exterior casing that has a top half and a bottom half. An interior area of the bottom half of the casing houses a motor that is configured to generate a suction force, which is ultimately transmitted through a tube and an appended flexible hose. By positioning the motor at the bottom half of the casing, the vacuum cleaner exhibits a more preferred and ergonomic center of gravity. The canister vacuum cleaner is baglessand does not require the use of a disposable bag to capture and retain dirt and debris that the vacuum cleaner extracts from the environment. In some cases, the vacuum cleaner utilizes a first, second, and third means for cyclonic separation of dirt and debris.

A platform for receiving an upright vacuum cleaner having has a base, a suction hose, a hose connector, and a vacuum hose. The suction hose is in fluid communication with the suction box opening. The hose connector is in fluid communication with the suction hose. The vacuum hose is in fluid connection with the hose connector. A vacuum having a vacuum head may be positioned in the recessed portion of the base with the vacuum head in fluid communication with the suction box.

An air shower system, as described herein, is for use with a dust collector having an intake vacuum. The system includes a chamber having at least one vacuum orifice and at least one air blade orifice. The intake vacuum is functionally connected to the vacuum orifice(s). At least one air blade is created when the intake vacuum draws air from the exterior of the chamber into the interior of the chamber through the air blade orifice(s). The air blade(s) may be used for dislodging contaminants from an occupant within the chamber.

A floor care appliance having a height-adjustable brush set. A pushbutton of the brush set is actuatable for height adjustment via a manual suction tube of the floor care appliance. The pushbutton has a receptacle for receiving an edge region of a manual suction tube and/or for foot actuation.

A vacuum cleaning device comprises a unit (1) for aerodynamically affecting dust particles and/or a surface (40) to be cleaned in order for the particles to become dislodged from the surface (40) and to be received by the unit (1). The unit (1) comprises a housing (10) having an internal space (11) enclosed by a housing wall (12) in which at least one opening (13) is arranged, a movable surface (30) which is integrated in the housing wall (12), and means (31) for actuating the movable surface (30), which are adapted to realize an oscillating movement of the surface (30) that causes air to alternately be drawn into the housing (10) through the opening (13) and expelled from the housing (10) through the opening (13). At least a portion of the housing wall (12), particularly a portion of the housing wall (12) in which the opening (13) is located, is movably arranged in the unit (1).

A method for cleaning a workspace, including: autonomously moving, with a mechanism of a robot, a cloth of a mopping assembly of the robot upwards and downwards relative to a work surface of the work space. The cloth is disengaged from the work surface when the cloth is moved upwards relative to the work surface such that the cloth is not in contact with the work surface. The cloth is engaged with the work surface when the cloth is moved downwards relative to the work surface such that the cloth is in contact with the work surface. The mechanism moves the cloth of the mopping assembly upwards and downwards relative to the work surface based on input provided by at least one sensor of the robot.