The present invention relates generally to the field of cleaning devices. More specifically, the present invention relates to a cleaning wand device that is primarily comprised of an inner shaft, an outer shaft, and a head. The device is primarily comprised of an inner shaft, an outer shaft, and a head. The device has a rotating head that can be positioned to make contact and clean surfaces of any shape and size. The device may also be comprised of two shafts or may be of a fixed length to allow the device to extend to clean hard-to-reach areas. The head of the device can rotate to different angles and retain any cloth or wipe such that any surface that can be cleaned by the device in an efficient manner.

The present invention relates generally to the field of cleaning devices. More specifically, the present invention relates to a cleaning wand device that is primarily comprised of an inner shaft, an outer shaft, and a head. The device is primarily comprised of an inner shaft, an outer shaft, and a head. The device has a rotating head that can be positioned to make contact and clean surfaces of any shape and size. The device may also be comprised of two shafts or may be of a fixed length to allow the device to extend to clean hard-to-reach areas. The head of the device can rotate to different angles and retain any cloth or wipe such that any surface that can be cleaned by the device in an efficient manner.

The device disclosed herein is suitable for simultaneously cleaning opposing surfaces of the Juliette-style balcony windows. The device is constructed to have dimension that, when in a compact form, it can be inserted into the gap formed between a balcony or patio door and a balcony facade and hand rail. A pair of cleaning heads, situated on opposite sides of an expandable or inflatable member, can be positioned to contact the opposing glass surfaces by actuation of the expandable or inflatable member from the compact to the expanded position. Subsequent manual movement of the opposing pair of cleaning heads, in combination with the application of water and optional cleaning products, resulting in the cleaning of the opposing surfaces of the Juliette balcony window.

The device disclosed herein is suitable for simultaneously cleaning opposing surfaces of the Juliette-style balcony windows. The device is constructed to have dimension that, when in a compact form, it can be inserted into the gap formed between a balcony or patio door and a balcony facade and hand rail. A pair of cleaning heads, situated on opposite sides of an expandable or inflatable member, can be positioned to contact the opposing glass surfaces by actuation of the expandable or inflatable member from the compact to the expanded position. Subsequent manual movement of the opposing pair of cleaning heads, in combination with the application of water and optional cleaning products, resulting in the cleaning of the opposing surfaces of the Juliette balcony window.

A wiper blade comprising: a hand grip portion; and an elastic portion supported by the hand grip portion and that is pressed against a surface to be cleaned; the elastic portion having, on a tip side, a main surface opposing a member to be cleaned, and a tip surface that forms a tip side edge together with the main surface, and in a specific observation region of the tip surface and the main surface, the average value of elastic modulus values obtained through measurement at a 0.1 μm pitch being 15 MPa to 470 MPa, and the coefficient of variation of the elastic modulus being 17.6% or less.

A wiper blade comprising: a hand grip portion; and an elastic portion supported by the hand grip portion and that is pressed against a surface to be cleaned; the elastic portion having, on a tip side, a main surface opposing a member to be cleaned, and a tip surface that forms a tip side edge together with the main surface, and in a specific observation region of the tip surface and the main surface, the average value of elastic modulus values obtained through measurement at a 0.1 μm pitch being 15 MPa to 470 MPa, and the coefficient of variation of the elastic modulus being 17.6% or less.

Surface cleaning device, comprising a cloth (C) placed on a porous material (PM), a reservoir (R) for collecting liquid absorbed by the cloth (C), and an arrangement (P) for applying under-pressure in the reservoir (R) so as to transfer liquid from the cloth (C) into the reservoir (R). A pore size of the porous material (PM) is between 1 μm and 50 μm.

Surface cleaning device, comprising a cloth (C) placed on a porous material (PM), a reservoir (R) for collecting liquid absorbed by the cloth (C), and an arrangement (P) for applying under-pressure in the reservoir (R) so as to transfer liquid from the cloth (C) into the reservoir (R). A pore size of the porous material (PM) is between 1 μm and 50 μm.

A cleaning apparatus having a cleaning head and a handle. The cleaning head having a paddle with a planar central portion, a plurality of corners, and a peripheral edge. The handle affixed to the cleaning head via hinged connection. The plurality of corners are at a downward angle relative to the central portion. Additionally, the cleaning head includes a compressive material substrate and a cleaning element, the compressive material substrate located between the paddle and the cleaning element.

A cleaning apparatus having a cleaning head and a handle. The cleaning head having a paddle with a planar central portion, a plurality of corners, and a peripheral edge. The handle affixed to the cleaning head via hinged connection. The plurality of corners are at a downward angle relative to the central portion. Additionally, the cleaning head includes a compressive material substrate and a cleaning element, the compressive material substrate located between the paddle and the cleaning element.