Abstract: A multi-section quick assembly handle includes a multiple tubular members made of a permanently formable material having a threaded and friction fit connection.

Abstract: A multi-component quick assembly handle includes tubular members made of a permanently formed material having a pin locking and friction fit connection.

Abstract: A multi-section quick assembly handle includes a multiple tubular members made of a permanently formable material having a threaded and friction fit connection.

Abstract: A multi-component quick assembly handle includes tubular members made of a permanently formed material having a pin locking and friction fit connection.

Abstract: A multi-component quick assembly handle includes a first tubular member made of a permanently deformable material and having a first end permanently formed with a predetermined diameter (x) and connecting to a second end forming a remaining portion of said first tubular member of a smaller diameter (x??a), a second tubular member made of a permanently deformable material having a first end with a predetermined diameter (x) and connecting a second end having a larger diameter (x+?b) and an inner diameter (y) to complementary receive by way of a friction fit said second end of said first tubular member. A method of forming multi-component quick assembly handle employs male and female tools to accomplish this.

Abstract: A multi-component quick assembly handle includes a first tubular member made of a permanently deformable material and having a first end permanently formed with a predetermined diameter (x) and connecting to a second end forming a remaining portion of said first tubular member of a smaller diameter (x??a), a second tubular member made of a permanently deformable material having a first end with a predetermined diameter (x) and connecting a second end having a larger diameter (x+?b) and an inner diameter (y) to complementary receive by way of a friction fit said second end of said first tubular member. A method of forming multi-component quick assembly handle employs male and female tools to accomplish this.

Abstract: A multi-component quick assembly handle includes a first tubular member made of a permanently deformable material and having a first end permanently formed with a predetermined diameter (x) and connecting to a second end forming a remaining portion of said first tubular member of a smaller diameter (x??a), a second tubular member made of a permanently deformable material having a first end with a predetermined diameter (x) and connecting a second end having a larger diameter (x+?b) and an inner diameter (y) to complementary receive by way of a friction fit said second end of said first tubular member. A method of forming multi-component quick assembly handle employs male and female tools to accomplish this.

Abstract: A multi-component quick assembly handle includes tubular members made of a permanently formed material having a pin locking and friction fit connection.

Abstract: A multi-component quick assembly handle includes tubular members made of a permanently deformable material.

Abstract: A multi-component quick assembly handle includes tubular members made of a permanently deformable material.

Abstract: A multi-component quick assembly handle includes a first tubular member made of a permanently deformable material and having a first end permanently formed with a predetermined diameter (x) and connecting to a second end forming a remaining portion of said first tubular member of a smaller diameter (x??a), a second tubular member made of a permanently deformable material having a first end with a predetermined diameter (x) and connecting a second end having a larger diameter (x+?b) and an inner diameter (y) to complementary receive by way of a friction fit said second end of said first tubular member. A method of forming multi-component quick assembly handle employs male and female tools to accomplish this.

Abstract: Defined broadly, the present invention is a dust mop cleaning head that has an internal shock absorbing cushion that compensates for the void between conventional dust mop wire frames and the irregularities of floor surfaces allowing the cleaning surface to make full contact with the floor surface. Thus allowing an industrial standard annular wire frame support housing to house thin type synthetic microfiber type materials without using a flat surface adaptor plate or flat surface cleaning support frame.

Abstract: A wet spill-dust pan, which includes an arched-shaped base panel, a back wall extending upward from a back edge of said base panel, a pair of side walls connected to arched sides of said base panel and extend the length thereof in an upward manner and are interconnected to said back wall, a top panel interconnecting said back wall and part of said side walls, said base panel having an open front with a leading rubber blade portion over which debris and wet spilled material can be squeegee swept, a generally U-shaped handle having a transverse portion and a pair of laterally extending arms, wherein each said arm is pivotally connected to an outside of one of said side walls such that said transverse portion is laterally spaced from said top panel and extends thereacross.

Abstract: A cleaning aid attachment is configured for connection to a handle of a conventional cleaning implement and includes a removable hand held sprayer connected to a handle of a cleaning implement. A retainer connects to the handle of the cleaning implement for retaining a roll of paper towels having a tube therein, wherein the tube of the towels receives the handle and the retainer holds the towels in a predetermined position on the implement handle.

Abstract: A mop having a self-contained wringer includes a handle, a sleeve frictionally movably disposed on the handle such that the sleeve is self supporting along a number of positions of the mop handle, a retainer member connected to an end of the handle and having a retaining surface, a mop head material having one end connected to the retaining surface of the retainer member, a twistable rubber-like generally fluted housing portion having a first end connected to the sleeve and a second end extending outwardly therefrom creating a mop head receiving surface area between a portion of the handle and an inner surface of the housing. The housing is movable along the handle by way of the sleeve in a manner to removably enclose the mop head material and enable squeezing of the mop head material by virtue of its rubber-like characteristic wherein it can twist over itself to selectively reduce the receiving surface area.

Abstract: A mop having a self-contained wringer includes a handle, a sleeve frictionally movably disposed on the handle such that the sleeve is self supporting along a number of positions of the mop handle, a retainer member connected to an end of the handle and having a retaining surface, a mop head material having one end connected to the retaining surface of the retainer member, a twistable rubber-like generally fluted housing portion having a first end connected to the sleeve and a second end extending outwardly therefrom creating a mop head receiving surface area between a portion of the handle and an inner surface of the housing. The housing is movable along the handle by way of the sleeve in a manner to removably enclose the mop head material and enable squeezing of the mop head material by virtue of its rubber-like characteristic wherein it can twist over itself to selectively reduce the receiving surface area.

Abstract: A mop has a self-contained wringer, a handle, a sleeve frictional movably disposed on the handle such that the sleeve is self supporting along a number of positions of the mop handle, a retainer member connected to an end of the handle and having a receiving surface, mop head material having one end connected to the sleeve and another end of the mop head material positionable adjacent the receiving surface of the retainer member, a resilient scrub pad material having an open surface defined therein disposed adjacent the another end of the mop head material and the receiving surface, and an insert having a portion configured to fit through the open surface of the scrub pad material and be connectably received into the receiving surface in a manner such that the insert and scrub pad material bind and lock the another end of the mop head material against the receiving surface.

Abstract: Material multi-faceted as to its advantageous properties and highly versatile in use and application comprises a very light, relatively thin, sheet-like structure, a layered composite of cellular and non-woven materials. Said structure is formed of layered sheets, bonded to one another, including a thin sheet of a cellular material the face(s) of which have a very thin sheet-like overlay of a non-woven permeable reinforcing material such as, preferably, rayon or nylon. The body of the cellular sheet material, preferably of plastic such as polyurethane, polyester or polyether, is characterized by innumerable extremely small, relatively minute pockets having extremely thin elastic wall portions through which fluid may readily pass to said pockets to store therein in amounts the volume of which may be a significant multiple of that originally defined by said wall portions.

Abstract: Invention embodiments comprise two separate and distinct parts, a mop support device and a cap embodying a tubular portion defining a through passage which is tapped intermediate its ends, to enable a secure balanced connection thereof to a mop handle. In the embodiment illustrated the mop support device is comprised of a narrow elongated plate-like saddle portion one face of which mounts a plurality of parallel, relatively spaced, perpendicularly projected pins and coupling elements which project therefrom in generally the same direction as the pins. Projected portions of said coupling elements interrelate with complementary engaging elements disposed within and forming part of the cap. The mop support device is easily applied to and through a mop to establish its saddle portion and pins in underlying engaged relation to a distinct portion of the applied mop which is set within the limits of its projected coupling elements.