BACKGROUND OF THE INVENTION Computer monitors, and more generally, electronic display screens, are in wide use as a result of the"boom"in the quantity of personal computers for both business and home use. Such display screens include both those which commonly have a glass surface, or the flat panel display screens commonly employed with laptop computers which are plastic-like or other materials for providing the display's active matrix screens and the like. Commonly, such display screens generally have an optical grade surface for providing minimally distorted visual information.

These display screens (i. e., the monitor) generally act as a collector for dust particles, as well as being marred by touching the display screen by the user or on-lookers. This is of course necessitates the need for cleaning the display screen without any degradation of the surface of the display screen resulting from cleaning or wiping the screen with a cleaning tool, such as a common rag. The same is true for television display screens, since both are generally made from glass.

However, advancements in the art of computer monitors have made them increasingly more vulnerable to improper maintenance, since they are constructed so as to minimize glare and therefore of different construction than common TV monitors.

Employment of a non-optical grade"wiping rag"material for wiping a display screen may have deleterious effects upon the display screen- i. e., marring or scratching the surface. This is so since common cleaning "rags"of differing materials may be too abrasive and cause damage to the display screen. Handkerchiefs, scrap cloth from wash and wear fabrics and the like, used for wiping a display screen may be scratch or be harmful to the display screen since such materials are commonly made from synthetic fibers which may have abrasive properties deleterious to the optical grade display screen.

Thus there is a need for a cleaning tool for cleaning display screens which is safe for cleaning or wiping the display screen while minimizing any display screen degradation resulting from the wiping of the screen therewith. Of course, the screen could be cleaned with optical lens paper cleaners. However, use of such cleaners on large monitors is impractical, as well as very costly. Furthermore, such materials may contain wood particles which may be harmful to the optical grade display screens with repeated use for cleaning and wiping the display screen.

As a second consideration, it is desired to have a display screen cleaning tool which is conveniently accessible, particularly for computer

monitors, and which is pleasant to the eye as it sits on a desk or the like, or the monitor itself.

SUMMARY OF THE INVENTION An object of the present invention is to provide a display screen cleaning tool, which minimizes any degradation to the display screen surface as a result of wiping the screen.

Another object of the present invention is to provide a display screen cleaning tool, which is pleasant to the eye and easily, manufactured.

In accordance with the present invention, an optical grade chamois like fabric is employed as a display screen cleaning tool. In one embodiment of the invention, an optical grade chamois like fabric is utilized, at least in part, to form a body having an inner chamber capable of being filled with a stuffing material so as to form a three dimensional doll-like figure, and an outer surface for wiping the display screen. In the preferred embodiment of the invention, the three dimensional doll-like figure is a soft bellied figure of an animal or the like where the belly of the figure is comprised of chamois. In another embodiment of the invention, the display screen cleaning tool is embodied in a pocket style configuration for permitting the insertion of fingers therein to facilitate the cleaning tool.

BRIEF DESCRIPTION OF THE DRAWINGS Figures 1 a, 1 b, and 1 c are plan views of a display screen cleaning tool embodied in a pocket style configuration.

Figure 2 is an exemplary representation of a three dimensional stuffed doll-like figure siting on a computer monitor.

Figure 3 is a plan view of the stuffed doll-like figure of Figure 2.

DETAILED DESCRIPTION OF THE INVENTION Illustrated in Figures 1a, 1b, and 1c are differing plan views of a display screen cleaning tool embodied in a pocket style configuration in accordance with the present invention. Figure 1 a strates a generally disc-shaped strip or piece of fabric material 100. Figures 1 b and 1c illustrate an assemblage of semi-circular strips of fabric material 110a and 110b so as to form a general disc-shape of material generally indicated by numeral 125 opposite circular strip 100. Strips 110a and 110b include a semicircular arcuate edge 112a and 112b, and straight edge 115a and 115b, respectively along the diameter thereof.

The circumferential edge of strip 100 and the arcuate edges 112a and 112b of strips 110 and 120 are seamed together so as to generally form a disc-shaped body 190 having an inner chamber or pocket comprised of opposing disc-shaped strip 100 and the pair of semicircular- shaped strips 110a and 110b so that straight edges 115a and 115b are, aligned with each other in a relaxed condition. Strips 110a and 110b

include edge stitching or seaming, generally indicated by the letter"x"in the drawing, as is common practice for hiding the rough edges of fabric strips as is well known in the art of sewing.

In accordance with the present invention, strips 110a and 110b are sewed together, in part, near the juncture of the circumferential edge of strip 100 and the arcuate and straight line edge common points of the semi-circular strips, generally indicated by numeral 180, so as create a pocket access generally along the straight line edge or diameter of the semi-circular strips as is generally indicated by numeral 190 in Figure 1 c.

Portions of the straight edge of strips 110a and 110b may be sewn together as is generally indicated by the letter"X,"at or around the peripheral portions of the strips so as to strengthen the pocket and provide an aesthetically pleasing and tailored disc-shaped body 190. In the preferred embodiment of the invention, strip 100 is a fabric material known simply as chamois as will be subsequently described. Strips 110a and 110b may be like material or differing materials and colors as desired. The diameter of the disc-shaped body is intended to be equal or like that of a conventional compact disc, and of thickness to be able to fit within a conventional compact disc plastic package or case, not shown.

Illustrated in Figure 2 is an exemplary representation of a three dimensional stuffed doll-like figure 200, in accordance with the present invention, siting on a computer monitor 210 having a display screen 210.

Figure 3 is a plan view of the doll-like figure 200 illustrating the display screening tool of the present invention.

Referring to Figures 2 and 3, the exemplary doll-like figure 200 is in the shape of a mouse having many body members including ears 202 and 204, legs 206,208,210, and 212, tail 214, and head 220. The doll- like figure 200 is constructed from a plurality of strips of fabric material so to create a three-dimensional mouse like figure. The assemblage of strips are sewn together in accordance with stuff or under-stuffed toy sewing techniques well known in the art so as to form one or more chambers or pockets for containing stuffing material. The assemblage may be constructed in a manner in which only one chamber is created so a to contain stuffing material. Alternatively, the doll-like figure may be constructed to have several different chambers so as to hold either the same or differing stuffing material. Preferably, the chamber which includes an outer surface of chamois-like material may be"under-stuffed" in a manner in the art of"under-stuffed"doll-like figures, e. g.,"Beanie Babies." For example, the head 220 may be filled with cotton or polyester fiber. The ears may be empty chambers or simply a single layer of material. The main body or torso and legs may be filled with a"bean like" substance, either alone or in combination with a soft material, to provide differing feel to the touch as desired. In the preferred embodiment of the invention, the doll-like figure is preferably includes some"bean-like

material so as to have sufficient weight to stay in position on a ledge or the like of office type equipment, and more specifically a computer monitor as illustrated in Figure 2.

Referring again to Figure 3, the doll-like figure includes a main body, generally indicated by numeral 300. The main body 300 is shown constructed from two strips of fabric material, indicated by numerals 310 and 312, sewn together to form an inner chamber or cavity, not shown, for containing stuffing material. Main body 300 is illustrated to include the "belly"portion 305, including bottom leg appendages 306 and 307, of the doll-like figure 200. Leg 210 may also be constructed from two strips of fabric material, indicated by numerals 318 and 320, sewn together to form an inner chamber not shown; and leg 212 may also be constructed from two strips of fabric material, indicated by numerals 314 and 316, sewn together to form an inner chamber not shown. Each of the aforementioned inner chambers are filled with a selected stuffing material as described previously for the desired effect or feeling, and to give the body parts the three dimensional characteristic. It should be noted that the bottom leg appendages identified by strips of fabric material 314 and 318 may be integral with material strip 310.

In the preferred embodiment of the present invention, at least one of the strips of material that forms any part of the doll-like figure outer surface is chamois fabric material as will be subsequently described. For the exemplary doll-like figure 200 of a mouse illustrated in Figure 3, only

fabric strip 310 may be chamois fabric. Alternatively, other body parts may be chamois fabric, for example strips 314 and 318, which form in part legs 210 and 212. Of course, the entire doll-like figure may be made entirely of chamois fabric material.

In the preferred embodiment of the invention, the three dimensional doll-like figure, e. g., the mouse like figure illustrated in Figures 2 and 3, is a soft bellied figure of an animal or the like where the belly of the figure is chamois. Referring to Figure 3, preferably a single strip or piece of fabric material 310 of the doll-like figure 200 forms the underside belly 305 of the dott-tike figure 200, in addition to all of the leg appendages 206,208,210, and 212-i. e., strip 310 is preferably integral with strips 316 and 318 thereby forming the underside of all of the leg appendages.

To further illustrate the preferred embodiment of the innovation, a porpoise figure (not shown) may be comprised of two strips or pieces of fabric-a chamois strip for the underside or belly of the porpoise, and another strip of material completing the doll-like figure. In turn, these are sewn together to form a chamber for containing a selected stuffing material-preferably to be under-stuffed. Of course, the reverse may be true. Also, if desired the entire porpoise may be made of strips of optical grade chamois.

Chamois-like fabric material is well know in the art, and it has many applications as a highly absorbent material as particularly described in U. S.

Patent 5,687,445, entitled"Lens Wipe,"issued to Hocking. Hocking teaches the use of a lens wiping material made from sheepskin or lambskin, split before tanning. The material is intended to be tanned so as to produce a soft absorbent material for removal of wetness from eyewear. A companion application of a chamois, as is well known, is its use as a final wiping stage of an automobile after a car wash because of its highly absorbent characteristic that minimizes any streaking left after wiping.

Another application of chamois is taught in U. S. Patent 5,201,093, entitled,"Video Game Console and Cartridge Cleaning Kit,"issued to Wells. A chamois fabric material is used, in part, as a wand cover, for absorbing a cleaning fluid for cleaning electrical contacts associated with video game electronic components.

Of course, since chamois fabric material is leather, it may be formed or sewed into any desired shape like any other leather. An example of the latter is illustrated in U. S. Patent 5,074,249, entitled,"Toy and Method for Making the Toy,"issued to McMahon. This patent teaches use of a chamois material as the basis of a toy for a cat. The chamois is simply rolled to form a log like roll and modified to create a mouse like effect.

Before proceeding, it should be understood, as used herein, that "chamois"is intended to refer to any leather-i. e., an animal skin dressed for use. In the preferred embodiments of the invention,"chamois"is intended to mean skin from a chamois (goat like antelope) or sheepskin.

However, other animal ski products, which have the intended characteristics, are intended to be within the meaning of chamois as used in accordance with the preferred embodiment of the present invention.

In accordance with the present invention, it has been discovered that a chamois skin, or the like, may be dressed in accordance with a specified dressing process to yield an optical grade chamois fabric material. In the preferred embodiment of the invention, optical grade chamois is obtained from Hutchings & Harding LDT, Sawston, Cambridge CB2 4HN England, which was established in 1897. Hutchings & Harding LDT produces a chamois fabric material specified as"CLUT"which is prepared by the Manufacturer's secret process, and is believed to include double brushing or buffing of the animal skin, Further, the skin is tanned in fish oil, and more specifically cod oil.

It was found that the aforementioned chamois, produced by the Hutchings & Harding LDT, company may be utilized as an optical grade cleaning fabric which has excellent properties for cleaning optical grade display screen surfaces, including, but not limited to, computer monitor display screens, flat panel laptop computer display screens, television screens, and the like. Application of the aforementioned optical grade chamois for wiping and cleaning such screens permits cleaning of the display screen with minimal degradation, if any, of the optical qualities of the display screen.

In accordance with the preferred method of the present invention, a large cloth of the chamois fabric material, e. g. 6 square feet, is first inspected for quality by an independent chamois inspection service, e. g., SGS, United Kingdom LTD. In turn the received material after the preliminary inspection is visually inspected for imperfections, i. e. rough surfaces and loss of buffed, uneven grain, and/or soft material. This process is to identify those portions of the incoming chamois material that has uniform strength and consistency of surface so as to be considered an optical grade chamois fabric having a minimal degrading effect, if any, upon the optical grade display screen due to wiping of the display screen surface with the optical grade chamois.

From the remainder of the fabric, excluding the imperfections, pieces of the chamois fabric material is utilized for the optical grade chamois fabric employed in the display screen cleaning tool of the present invention, and more specifically to the bellies of the aforementioned doll- like figures.

As illustrated above, In one embodiment of the present invention the optical grade chamois fabric material is configured or constructed so as to serve as a body part of a selected three-dimensional figure which forms an outer surface of the three-dimensional figure, and in turn serve as a display screen cleaning tool. In another embodiment of the present invention the optical grade chamois fabric material is configured so as to form a disc-

shaped structure with an opening for the insertion of fingers to facilitate the cleaning of a display screen.

It should be noted that the stuffing material may be chosen from a wide variety of materials, including, but not limited tom cotton, polyester fiber, and bean like material. The material is intended to provide a pliant three-dimensional shape that may hang over or sit/lay on ledges and the like-e. g., a computer monitor.

It should be noted that the stuffed doll-like figure as illustrated in Figure 1 may take on any desired three-dimensional configuration extending from animals, birds, an including inanimate objects such as a computer terminal as illustrated in U. S. Patent No. 5,647,786, entitled," Stuffed Personal Computer Toy. The doll-like figure may be constructed by attaching several bodies together by sewing and/or"hook and loop" fastener materials, such as VelcroTM The stuffed doll-like figure may either be first constructed of several different material pieces sewed together and then stuffed, thereby exhibiting several different body portions, or may alternatively be several different bodies sewed together or attached or fastened together. It should be obvious to those skilled the art that there is a wide range of manufacturing techniques in the construction of the doll-like figure (s) in accordance with the present invention.

As indicated earlier, the optical grade like chamois may be provided by truly chamois animal skins or other animal skins, as well a

other materials other than animal skins which have the intended properties. The quality of the chamois like material is of course a matter of economics and performance benefits.

While the present invention has been particularly shown and described with reference to the accompanying figures, it will be understood, however, that other modifications thereto are of course possible, all of which are intended to be within the true spirit and scope of the present invention. Various changes in form and detail may be made therein without departing from the true spirit and scope of the invention as defined by the appended claims.