A hand vacuum cleaner has a horizontally disposed cyclone handle and the main body has a handle axis that extends upwardly and forwardly with respect to the cyclone axis of rotation.

A hand vacuum cleaner has a front end having a dirty air inlet and a cyclone that has a cyclone axis of rotation that extends rearwardly wherein the cyclone air inlet is located at a front end of the cyclone and the cyclone air outlet is located at a rear end of the cyclone.

An electric vacuum cleaner that can be improved in quietness without increasing in size while securing air intake balance. The electric vacuum cleaner includes an electric blower. The electric vacuum cleaner includes a separating part that separates dust sucked by the electric blower. The separating part includes a first centrifugally separating part that centrifugally separates dust sucked by the electric blower. The separating part includes a plurality of second centrifugally separating parts that centrifugally separates dust smaller than dust to be separated by the first centrifugally separating part. The second centrifugally separating parts communicate with the downstream side of the first centrifugally separating part, and are disposed at positions opposite to each other with respect to the electric blower.

A surface cleaning apparatus comprises a hand vacuum cleaner, a surface cleaning head and a rigid air flow conduit. The hand vacuum cleaner has a main body housing a suction motor and fan assembly. The hand vacuum cleaner also has an air inlet centrally positioned on a front end of an air treatment member, the air inlet is releasably connectable with the air outlet of the rigid wand. The hand vacuum cleaner also has a hand vacuum cleaner electrical connector provided on the front end of the air treatment member adjacent the hand vacuum cleaner air inlet, the hand vacuum cleaner electrical connector is releasably connectable with the outlet end electrical connector.

Provided is a cleaner including a dust collecting device for separating dust from air, wherein the dust collecting device includes a dust collecting case having a dust discharging port opened to discharge the collected dust; a discharge cover coupled to one side of the dust collecting case to open and close the dust discharge port; and a sealing member provided to extend from an inner surface of the dust collecting case to a coupling surface of the dust collecting case while being in contact with the dust collecting case and thus to be sealed when the dust discharging port is closed.

Provided is a vacuum cleaner separating and collecting dust, or the like, using a multi-cyclone and mesh filter. The vacuum cleaner includes a cleaning unit sweeping dust and foreign objects clinging on the mesh filter down along an outer circumferential surface of the mesh filter and a rotary unit coupled to the mesh filter and relatively rotating the mesh filter with respect to the cleaning unit. Since the cleaning unit automatically/manually cleans a surface of the filter during an operation of the cleaner, the surface of the filter may be maintained to be clean and a load applied to a fan unit due to a foreign object or dust may be reduced.

A hand vacuum cleaner has an air flow path extending from a dirty air inlet to a clean air outlet. A cyclone assembly including a dirt collection region is positioned in the air flow path, a pre-motor filter is positioned downstream from the cyclone chamber and a suction motor is positioned upstream of a clean air outlet. A battery pack is positioned such that at least a portion of the battery pack is positioned rearward of the dirt collection region and at least a portion of the battery pack underlies at least a portion of one or both of the cyclone assembly and the pre-motor filter.

A hand vacuum cleaner has an air flow path extending from a dirty air inlet to a clean air outlet. A cyclone chamber positioned in the air flow path has a cyclone air inlet and a cyclone air outlet. A pre-motor filter is positioned downstream of the cyclone air outlet and a suction motor is positioned in the air flow path downstream of the pre-motor filter. The pre-motor filter is vertically spaced from the cyclone axis of rotation when the upper end of the hand vacuum cleaner is positioned above the lower end of the hand vacuum cleaner, and air travels generally rearwardly from the pre-motor filter to the suction motor.

A surface cleaning apparatus comprises a surface cleaning head, an upright section moveably mounted to the surface cleaning head, and a portable cleaning unit removably mounted to the upright section and comprising an energy storage member and a portable cleaning unit suction motor. The energy storage member provides the portable cleaning unit suction motor with power at least when the portable cleaning unit is switched on and when the portable cleaning unit is removed from the upright section.

A hand vacuum cleaner may include a suction motor and fan assembly that is positioned downstream of a pre-motor filter and in an upper end of the hand vacuum cleaner. A post motor filter may be positioned downstream of the suction motor and fan assembly and may be in the lower end of the hand vacuum cleaner. The clean air outlet may be positioned below the suction motor and fan assembly whereby air may travel generally downwardly from the suction motor and fan assembly and through the post motor filter to the clean air outlet.