Abstract: A water-wiping apparatus for wiping standing water from a curved surface has a flexible panel of a first height, with an upper long edge and a lower long edge, a soft, flexible handle attached along the upper long edge, and a lip formed along the lower edge, extending to one side of the flexible panel and ending in a sharp line at the end away from the flexible panel.

Abstract: A portable window/windshield cleaning device is self contained with washing liquid and a squeegee.

Abstract: A water-wiping apparatus for wiping standing water from a curved surface has a flexible panel of a first height, with an upper long edge of a first length and a lower long edge of a second length, greater than the first length, the upper long edge centered on the length of the lower long edge, a substantially rigid handle having a length substantially equal to the first length attached along the upper long edge, and a lip formed along the lower edge, extending to one side of the flexible panel and ending in a sharp line at the end away from the flexible panel.

Abstract: A device, system and method is disclosed for removing residues from a surface, for treating the surface and/or for applying materials to the surface. The device, system and method of the instant invention utilize a squeegee configuration with at least one curved elongated squeegee which provides wiping in plurality of directions against the surface. The squeegee configuration can also have bristles for brushing the surface and/or apertures for treating the surface. In still further embodiments, the squeegee configuration can have a sponge section and/or an abrasive section. Preferably, the curved elongated squeegee protrudes from a support structure, such as a toothbrush head or other household appliance. Squeegee configurations can include, a spiral squeegee, a continuous squeegee, a squiggling or wave-like squeegee, a squeegee segment and/or combinations thereof.

Abstract: A water-wiping blade for wiping water from surfaces having projecting regions from the surface is based on a flexible panel having an upper and a lower long edge, with a handle interface along the upper long edge, and a lip formed along the lower long edge, the lip ending in a sharp line at the end away from the flexible panel. In a preferred embodiment a handle is attached by the handle interface along the upper long edge. By rotating the flexible panel around the handle length and urging the panel into a surface, the lip can be caused to wrap around regions projecting from the surface with the sharp line of the lip in contact with the surface. Translating the panel then is effective in wiping standing water from the surface even in the presence of such surface deformities, such as rivet heads and the like. In some embodiments handle extensions may be used to allow positioning the flexible panel in hard-to-reach places.

Abstract: A water-wiping blade for wiping water from surfaces having projecting regions from the surface is based on a flexible panel having an upper and a lower long edge, with a handle interface along the upper long edge, and a lip formed along the lower long edge, the lip ending in a sharp line at the end away from the flexible panel. In a preferred embodiment a handle is attached by the handle interface along the upper long edge. By rotating the flexible panel around the handle length and urging the panel into a surface, the lip can be caused to wrap around regions projecting from the surface with the sharp line of the lip in contact with the surface. Translating the panel then is effective in wiping standing water from the surface even in the presence of such surface deformities, such as rivet heads and the like. In some embodiments handle extensions may be used to allow positioning the flexible panel in hard-to-reach places.

Abstract: A windshield washing service unit for providing a station for holding the equipment and supplies needed for cleaning windshields and other windows. The windshield washing service unit includes a housing with a spaced apart pair of side walls, spaced apart front and back walls extending between the side walls, and a bottom wall extending between the side walls and connecting the front and back walls together. The front, back, and bottom walls define a receptacle therebetween. An insert is inserted into the receptacle. The insert defines an open topped reservoir designed for holding a liquid therein. An elongate dowel is extended between and rotatably mounted to the side walls above the receptacle.

Abstract: A water-wiping blade for wiping water from curved surfaces is based on a flexible panel having a height at least ten percent of the length. The flexible panel comprises an upper and a lower long edge, with a handle attached to the upper long edge, and a lip formed along the lower long edge, the lip ending in a sharp line at the end away from the flexible panel. In a preferred embodiment a handle is attached along the upper long edge. By rotating the flexible panel around the handle length and urging the panel into a curved surface, the panel can be caused to wrap around a substantial length along the curved surface with the sharp line of the lip in contact with the curved surface. Translating the panel then is effective in wiping standing water from the curved surface. In some embodiments handle extensions may be used to allow positioning the flexible panel in hard-to-reach places. Also in some embodiments a lip is provided to both sides of the flexible panel so either side may be used for wiping water.

Abstract: The present invention 10 discloses a glove 11 having an elongated elastomeric base member 34 substantially positioned over the proximal thumb phalanx 30 having a plurality of pliable blade-like elements 28 whereby the wearer 23 of the gloves can extend the thumb 30 and in a single motion using the pliable blade-like elements 28, wipe the transparent visor portions 20 of eye protection devices 24 without totally obstructing the vision of the wearer. The elongated elastomeric member 34 is comprised of a plurality of pliable blade-like elements 28 exteriorly positioned on the glove 11 extending through an aperture 38 to a planar flange element 40 located between the exterior glove material 36 and the interior glove liner 14 providing structure 46 for fixedly positioning the elongated elastomeric member 34 to the exterior 36 and/or interior layer 42 of the glove by any structure 46 known within the art, such as, bonding, sewing or riveting.