Abstract: Disclosed is a self-wringing flat mop. The mop includes a shaft having an operator end and a cleaning end, a plate disposed at the cleaning end of the shaft and being pivotally connected thereto, and a wringing mechanism. A liquid absorbent member such as a cleaning cover is disposed on the plate. The wringing mechanism includes a wringing handle that is disposed on the shaft and that is axially moveable with respect thereto, and a wringer connected to the wringing handle. When wringing the mop, the wringer handle is moved relative to the axis of the shaft to thereby move the wringer into a position to cover the plate and liquid absorbent member. In this position, the wringer exerts a force on the plate sufficient to compress the liquid absorbent member between the plate and the wringer.

Abstract: The present invention is directed to a flexible mop base. The mop base comprises of a top layer and a bottom absorption layer attached to the top layer. The mop base further comprises at least one flexible end, wherein this flexible end is attached to the mop base through an attachment mechanism. The attachment mechanism allows the end to freely rotate from horizontal to perpendicular position with respect to the mop base. The mop base further comprises a handle attached to the top layer and capable of free rotation. The handle has a mop holder socket attached to it, which is also free to rotation to accommodate a user of the mop base when cleaning different surfaces.

Abstract: A lotion applicator for aiding a user in applying lotions to hard to reach areas. The lotion applicator includes a head assembly that includes a backing member and a pad that can be removed from the backing member. The handle extends from the head assembly and includes a gripping portion designed to be grasped by a hand.

Abstract: A low profile combination brush and scrubbing device used to clean tight fitting, narrow, hard to reach windows on a motor vehicle. The device comprises a low profile body with a cleaning surface, such as a sponge or cleaning pad attached on its top surface, and a rubber blade attached along its front surface that extends downward in a direction opposite the cleaning surface. Connected to the body is an articulating elongated pole. Disposed between the body and the elongated pole is a rotating joint that enables the user to rotate the body 180 degrees around the central axis of the elongated pole. Disposed between the body and the elongated pole are first and second pivoting joints that allow the user to selectively adjust the angular position of the pole and body so that the body may be placed against the surface of both windows.

Abstract: A frame (2) for a wipe mop cover (3) comprises a substantially flat profile element (13) having two faces, two side ends, a leading end and a trailing end; two end caps (7) for application in the vicinity of the side end on the profile element (13), a universal joint (14) for connecting a handle for application in the vicinity of the trailing end substantially in the middle thereof on the profile element (13) and permitting rotation of the profile element about a spindle (12) substantially parallel to the trailing end.

Abstract: Disclosed is a self-wringing flat mop. The mop includes a shaft having an operator end and a cleaning end, a plate disposed at the cleaning end of the shaft and being pivotally connected thereto, and a wringing mechanism. A liquid absorbent member such as a cleaning cover is disposed on the plate. The wringing mechanism includes a wringing handle that is disposed on the shaft and that is axially moveable with respect thereto, and a wringer connected to the wringing handle. When wringing the mop, the wringer handle is moved relative to the axis of the shaft to thereby move the wringer into a position to cover the plate and liquid absorbent member. In this position, the wringer exerts a force on the plate sufficient to compress the liquid absorbent member between the plate and the wringer.

Abstract: A mop (1) for dry or wet mopping comprises an elongated mop-holder (2) and a shaft (9), which is connected to the mop-holder (2) by a universal joint (7). The universal joint (7) has a first pivot axis (a) extending in the longitudinal direction (A) of the mop-holder (2) and in parallel with the pane of the mop-holder, and a second pivot axis (b) perpendicular to the first pivot axis. The shaft (9)has a handle portion (10) and a coupling portion (11), which connects the handle portion (10) to the universal joint (7) and which is so designed that the longitudinal axis (C) of the handle portion (10) is displaced in relation to the universal joint (7) so as to intersect the plane (AB) beside the first pivot axis (a).

Abstract: Cleaning sheets comprise an additive that is selected to enhance the pick up and retention of particulate material from surfaces, while minimizing the amount of residue left on the surface being cleaned. If the type of additive and level of additive on the cleaning sheet are not carefully selected, the sheet will leave a residue on the surface being cleaned resulting in filming and streaking of the surface that is unacceptable to consumers. The additive is preferably selected from the group consisting of a wax, an oil, and mixtures thereof. Cleaning implements comprise a mop head having a resilient bottom surface, a portion of which preferably has a substantially smooth curved profile or crown which engages a removable cleaning sheet.

Abstract: A mop is provided which has an elongate handle (3), a mop head (5), for carrying a squeezable mop material (13). The mop has arms (27, 29, 37, 39) which can be moved to effect squeezing of the mop material (13). The mop has a two axis swivel connector (7) which has two mutually perpendicular axis (57 and 59). The arrangement is such that the mop head (5) can be swung to various angular orientations relative to the handle (3) at the same time. A stop (56) is provided on the mop head (5) to act with the handle (3) when the arms (27, 29, 37, 39) are moved to effect squeezing, thereby allowing a squeezing force to be applied to the mop material (13).

Abstract: An application device for applying a product to a surface, include an applicator member and a grip. The applicator member has a deformable application surface arranged substantially in a plane. The surface has a first shape substantially parallel to the plane in an undeformed state of the applicator member and a second shape substantially parallel to the plane in a first deformed state of the applicator member. The grip has a linking element on the applicator member and at least one actuation element coupled to the linking element. The grip is configured to deform the application surface from the undeformed state to the first deformed state in response to a first force applied to the actuation element.

Abstract: A paint applicator (20) has a base (21), a handle (22) mounted on the base for pivotal movement between first and second angular positions in a plane substantially parallel to the surface being painted about a first axis (y-y), an adapter (23) mounted on the handle for pivotal movement between extended and retracted positions in a plane substantially perpendicular to such surface about a second axis (z-z), and a spring (24) acting between the base and adapter for urging the handle to move toward a null position intermediate the first and second positions and for urging the adapter to move toward its retracted position.

Abstract: Disclosed is a self-wringing flat mop. The mop includes a shaft having an operator end and a cleaning end, a plate disposed at the cleaning end of the shaft and being pivotally connected thereto, and a wringing mechanism. A liquid absorbent member such as a cleaning cover is disposed on the plate. The wringing mechanism includes a wringing handle that is disposed on the shaft and that is axially moveable with respect thereto, and a wringer connected to the wringing handle. When wringing the mop, the wringer handle is moved relative to the axis of the shaft to thereby move the wringer into a position to cover the plate and liquid absorbent member. In this position, the wringer exerts a force on the plate sufficient to compress the liquid absorbent member between the plate and the wringer.

Abstract: A window cleaning apparatus includes a handle, a paddle and a cleaning element. The paddle is detachable and pivotally attachable to the handle. A spring biased slider carried on the handle has a pivot pin on one end releasibly engagable with a hinge receiver on the paddle. The cleaning element is one of a plurality of interchangeable bodies, each having one major surface engagable with one major surface of a paddle and side edges having elastic mounted thereon to draw the ends of the side edges of the body inward to form an opening smaller than the outer diameter of the paddle to releasibly attach the body of the cleaning element about the paddle. The bodies are formed of an absorbent material for use as a drying element and with an intermediate fluid carrying layer and a rough mesh layer for use as a scrubbing element.