while the making and using of various embodiments of the present invention are discussed herein in terms of swag window treatments , it should be appreciated that the present invention provides many applicable inventive concepts that can be embodied in a wide variety of specific contexts . the specific embodiments discussed herein are merely illustrative of specific ways to make and use the invention and are not meant to limit its scope in any way . the present invention provides a window treatment , a window treatment kit and method of creating a window treatment that allows the consumer unlimited fabric choice . the present invention provides window treatments that can be economically created and customized to suit individual preferences . additionally , the present invention provides a method of creating window treatments that ensures the final product will be attractive , usable and easily reproducible . the present invention also provides window treatments that can be cleaned without losing their shape . moreover , the present invention eliminates the need for measuring and sewing . finally , the window treatment of the present invention can be easily removed , replaced , modified and transported . fig1 depicts a representative window treatment in accordance with the present invention mounted on a window 30 . swag window treatment 20 is shown with three ( 3 ) preformed window treatments 40 and two ( 2 ) cascade side extensions 50 . fig2 depicts a front view of a preformed mold form 60 in accordance with one embodiment of the present invention , which is used to create the window treatments 40 of the swag window treatment 20 as shown in fig1 . preformed mold 60 is shown as a quarter - circle ( 90 °) with three ( 3 ) alignment tabs 70 and evenly spaced concentric “ humps ,” such as 80 . the preformed mold 60 can be provided in any number of decorative shapes , such as semi - circular ( shown ), elliptical , u - shaped , large , small , with humps in the lower portion but not the top portion , etc . exemplary preformed mold 60 measurements are also shown in fig2 . alignment tabs 70 may be slots , markings or adhesives , such as velcro . alignment tabs 70 may be located anywhere on preformed mold 60 . exemplary spacing and height of humps 80 are shown in fig3 . the cross - sectional view in fig3 shows a preformed mold 60 with eight ( 8 ) humps 80 . each hump 80 is of uniform height and depth and is equally spaced from each adjoining hump 80 . preformed mold 60 edge 84 corresponds to the shortest hump 80 ( fig2 ) of preformed mold 60 as shown in fig2 . preformed mold 60 edge 86 corresponds to the longest hump 80 ( fig2 ) of preformed mold 60 as shown in fig2 . the dimensions of preformed mold 60 ( fig2 and 3 ) allow easy alignment of patterned fabrics . for example , a stripe running in a straight vertical line down a piece of fabric will also run in a straight vertical line down a swag window treatment 40 ( fig1 ) when attached to preformed mold 60 ( fig2 and 3 ) because of the preformed mold dimensions . the line will not waver from hump 80 ( fig2 and 3 ) to adjoining hump 80 ( fig2 and 3 ). preformed mold 60 can be less than a quarter - circle or more ( for example , 180 °). the preformed mold 60 may include one or more pieces that allow a multitude of shapes to be created . moreover , the multiple preformed molds 60 can be overlapped . in addition , the preformed mold 60 can be formed in many decorative shapes as shown in fig1 a - f . moreover , preformed mold 60 can be formed from a variety of lightweight materials , such as a polymeric or fibrous material . in addition , preformed mold 60 can be formed through methods such as injection molding and vacuum formation . these methods result in a lightweight , semi - rigid to rigid preformed mold 60 . an alternative material for use as the preformed mold 60 is a lightweight rubberized material . this alternative modifies the way the window treatment is assembled , but does not degrade the finished product . the size of the window treatment is scaled by the addition or removal of the humps 80 . the humps 80 can be removed by cutting the preformed mold 60 or separating the humps 80 at preformed perforations in the preformed mold 60 . in other words , more humps 80 result in a larger window treatment and less humps 80 make a smaller window treatment . alternatively , the additional humps 80 can be attached to , abutted to , or overlapped to increase the size of the preformed mold 60 . multiple preformed molds 60 can also be used to cover larger window areas . the present invention may be in the form of a kit . such a kit could contain a preformed mold 60 , a pattern matched to preformed mold 60 and one or more rod hooks . the rod hooks may be part of the preformed mold 60 or separate units as described in reference to fig9 a and 9b . the kit could also contain an adhesive . the adhesive may be a separate component , integrated with the pattern or a combination thereof . the consumer can select any fabric for the window treatment . to assemble the window treatment , the consumer would have to cut a piece of fabric to conform to the desired window treatment style . for example , a swag treatment pattern 400 could appear as shown in fig4 . it would be basically fan - shaped . its dimensions would vary to accommodate preformed mold 60 . a larger fan - shaped swag treatment pattern 400 would be required to fit a larger preformed mold 60 . additionally , in order to facilitate attachment to the rod hook , a swag treatment pattern 400 would have an additional length of material 410 and 420 at the smaller end of the fan shape . length of material 420 would wrap further around the rod hook then length of material 410 . the attachment of the rod hook is discussed in greater detail in reference to fig6 a , 6 b and 6 c , below . alignment tabs 470 on the pattern 400 correspond to alignment tabs 70 ( fig2 ) on preformed mold 60 ( fig2 ). each point , such as 480 , would be mirrored on the opposite side of the pattern 400 and would correspond to a hump 80 ( fig2 ). the pattern 400 could also double as a method to adhere the fabric to preformed mold 60 ( fig2 ), thereby also providing additional shaping support . if the pattern 400 contains adhesive on both sides , one side can be affixed to the fabric to hold the pattern in place while the fabric is cut . then , the adhesive on the other side can be used to adhere the fabric to the preformed mold . in this case , the pattern 400 would also require some form of “ peel - away ” backing over the adhesive in order to keep it from sticking to everything . alternatively , a separate adhesive may be applied to either the fabric or preformed mold 60 ( fig2 ). a flowchart of the steps of an embodiment of the method for creating a window treatment is shown in fig5 . the assembly method begins in termination 505 . if adhesive has been pre - applied to the pattern , as determined in decision point 510 , the consumer adheres the pattern to a piece of fabric in block 515 . if adhesive has not been pre - applied to the pattern , as determined in decision point 510 , the consumer can either decide to apply adhesive , in decision point 555 , and then proceed to adhere the pattern to a piece of fabric in block 515 or the consumer can attach the pattern to the piece of fabric in block 560 using an alternative method , such as pins . the consumer then cuts the fabric in accordance with the pattern in block 520 . if the adhesive is already on the fabric , as determined in decision point 525 , the consumer then aligns the fabric with the window treatment form in block 530 . if the adhesive is not on the fabric , as determined in decision point 525 , the consumer applies adhesive in block 565 and then aligns the fabric with the window treatment form using the alignment tabs on the fabric and those on preformed mold 60 ( fig2 ) in block 530 . not only do the alignment tabs correctly align the fabric to preformed mold 60 ( fig2 ), but they also help to ensure that patterned fabrics , particularly stripes , appear balanced and aligned after attachment to preformed mold 60 ( fig2 ). the consumer next adheres the fabric to the window treatment form in block 535 . for a semi - rigid to rigid preformed mold 60 ( fig2 ), beginning at one end of preformed mold 60 ( fig2 ) and moving individually to each adjoining hump 80 ( fig2 ), the consumer then smoothes the fabric , pressing lightly but firmly , along the contours of each hump 80 ( fig2 ) until each hump 80 ( fig2 ) is covered in fabric . the fabric edges are affixed in block 540 . more specifically , the fabric along longest hump 80 ( fig2 ) or edge 84 ( fig3 ) is affixed to the preformed mold 60 ( fig2 ) by tucking the fabric edges into a lip of the preformed mold 60 ( fig2 ), thus creating a finished edge . both sides of preformed mold 60 ( fig2 ) can be covered in fabric in this manner . alternatively , two preformed molds 60 having fabric on opposing sides can be attached or cupped together wherein the fabric edges are tucked in between the cupped preformed molds 60 ( fig2 ). an adhesive may be used in either method to further secure the fabric . the fabric does not need to be identical on each side ( front and back ). further , longest hump 80 ( fig2 ) or edge 84 ( fig3 ) of preformed mold 60 ( fig2 or fig3 ) can be narrower to allow for the addition of such decorative accents as fringe . in the case where preformed mold 60 ( fig2 ) is a quarter - circle , the fabric will form folds extending up and out from preformed mold 60 ( fig2 ), making the quarter - circle into a half - circle . if the rod hooks 70 ( fig2 ) are not already attached to or integrated with the preformed mold 60 ( fig2 or fig3 ), the rod hooks are attached in block 545 . the rod hook attachment process is describe in more detail in reference to fig6 a - 6c . a single window treatment fabric - mold assembly is then complete in termination 550 . in the case of preformed mold 60 ( fig2 ) made of rubberized material , or other material having a positional memory , the fabric attachment procedure would differ slightly . a pattern might not be necessary , because rubberized preformed mold 60 ( fig2 ) could be temporarily stretched out to a flattened state and used as its own pattern . whether or not a pattern is used to cut the material , the actual fabric to rubberized preformed mold 60 ( fig2 ) attachment would be performed by stretching rubberized preformed mold 60 ( fig2 ) to a flattened state , adhering the fabric to rubberized preformed mold 60 ( fig2 ) and then releasing rubberized preformed mold 60 ( fig2 ). this allows rubberized preformed mold 60 ( fig2 ) to resume its preformed molded shape and to shape the adhered fabric into the desired configuration . an embodiment of a rod hook 600 as a piece of semi - rigid to rigid material , the length of which preferably matches the longest edge of the fabric - mold combination is illustrated in fig6 a . the rod hook 600 may be a single attachment , primarily l - shaped , although other configurations , such as a square or circle can be used . the l - shaped sections 610 of such a rod hook extend in from each end toward the center , each l - shaped section 610 ending at an opposite inner edge of shortest hump 80 ( fig2 ) of preformed mold 60 ( fig2 ). l - shaped sections 610 allow individual preformed molds 60 ( fig2 ) to overlap by enabling each rod hook 600 to lay on top of another rod hook 600 , under another rod hook 600 or adjacent to another rod hook 600 . this allows the consumer to adjust the width of multiple piece window treatments , such as that shown in fig1 . from each inner edge of shortest hump 80 ( fig2 ) of preformed mold 60 ( fig2 ), the rod hook 600 is preferably c - shaped , although other configurations that would enable the rod hook 600 to be easily hooked to and unhooked from any standard curtain rod can be used . the c - shaped section 620 enables the rod hook 600 to clip to any standard curtain rod . the rod hook 600 is attached to the fabric - mold combination along the top edge of the fabric - mold combination . one method of attachment would be adhesive . the sections of the rod hook 600 to which fabric will be attached could be pre - coated with adhesive ( and possibly covered with a “ peel - away ” backing ) or the consumer could apply the adhesive . in either case , the rod hook 600 is positioned on the material such that the outer edge forming the c - shape section 620 on the rod hook is approximately twice its size from the free edge of the extended fabric piece . the c - shaped section 620 is disposed between two ( 2 ) l - shaped sections 610 . for example , if the edge forming the c - shape section 620 is a half - inch in size , then that edge would be attached approximately one inch from the free edge of the extended fabric piece . the remaining one inch of fabric is then smoothed along and wrapped around the c - shaped section 620 and attached along the inside of the c - shaped section 620 as shown in fig6 b . next , while holding the fabric firmly against the inside of the c - shaped section 620 , the consumer pulls the fabric 650 taut and rolls the rod hook up , adhering the back edge of the c - shaped section 620 and short leg of the l - shaped section 610 to the fabric 650 . finally , continuing to hold the fabric 650 taut , the consumer rolls the rod hook 600 further up , adhering the long - leg of the l - shaped section 610 to the fabric 650 . from the side , the resulting attachment appears as in fig6 b , with fabric 650 adhered to and pulled taut against both c - shaped section 620 and l - shaped section 610 . from the back , the window treatment appears as in fig6 c with fabric folds 615 adhered to both l - shaped section 610 and c - shaped section 620 . the single piece window treatment is complete . multiple fabric - covered preformed molds 60 ( fig2 ) can be combined to create window treatments of various sizes and configurations , such as that as shown in fig1 . side extensions , such as those shown as cascades 50 in fig1 can be used to form additional decorative accents . the material used to form the preformed mold of the side extensions must be capable of holding its shape but not appear stiff . such a material would have characteristics similar to tyvek . cascades 50 ( fig1 ) are pleated . in order to form even , balanced pleats , side extension pieces should be scored and folded along balanced lines . fig7 depicts an expanded view of the scoring , such as 710 , of a side extension piece 700 of the present invention . exemplary measurements are also shown in fig7 . fig8 depicts a cross - sectional view of the scoring of a side extension piece 800 of the present invention . up - score 810 forms the visible side of pleat 805 . pleat point 830 is formed at the intersection of up - score 810 and down - score 820 . down - score 820 forms the underside of pleat 805 . successive pleats 850 are formed from linked up - scores and down - scores . pleats 805 and 850 are folded flat on top of each other . fabric is cut to fit a pattern matched to the side extension piece 800 core , shown expanded as side extension piece 700 ( fig7 ). the fabric is attached to the side extension piece 800 core in its expanded state as shown in fig7 . the side extension piece 800 core then resumes its shape , giving the appearance of pleats . the side extension piece 800 core material may also function as a pattern . the side extension piece 800 core material may also have an adhesive pre - applied and covered with a “ peel - away ” backing . this pre - applied adhesive would be used to attach the fabric to the side extension piece 800 core . side extension piece 900 may lay flat ( i . e . parallel to the window and the wall ). alternatively , side extension piece 900 may conform to the contours of the portion of a standard curtain rod that connects to the wall . for example , as shown in fig9 a , a standard curtain rod has side pieces 930 and length piece 940 . the standard curtain rod with sides pieces 930 and length piece 940 may connect to a wall 910 at one end of each side piece 930 . side pieces 930 extend perpendicular to wall 910 for a length of one or more inches and then form a right angle 935 parallel to wall 910 , turning to span window 920 with length piece 940 . side extension pieces 900 may connect to either or both ends of length piece 940 and then may conform to the right angle and , as one continuous piece , also connect to either or both side pieces 930 . a rod hook with l - shaped sections 960 and c - shaped sections 970 for side extension piece 900 is shown in fig9 b . c - shaped sections 970 attach to standard curtain rod 950 . side extension piece 900 is adhered to l - shaped sections 960 and c - shaped sections 970 as described above in relation to fig6 a and 6b . the rod hook with l - shaped sections 960 and c - shaped sections 970 may be a single attachment . configurations other than l - shaped or c - shaped can be used as long as side extension piece 900 can be attached to the rod hook and the rod hook can be easily attached to and removed from standard curtain rod 950 . standard curtain rod 950 has a length piece 940 and two ( 2 ) side pieces 930 ( only one is shown ). a single attachment rod hook for side extension piece 900 could have “ bend points ” at differing locations in order to conform the rod hook to right angle turn 935 . right angle 935 can occur at varying distances from approximately one or more inches from a wall , such as 910 in fig9 a . alternatively , separate rod hooks could be used to attach side extension piece 900 to side piece 930 and the rest of side extension piece 900 to length piece 940 . now referring to fig1 a - 10f , various shapes of the preformed mold 60 are shown in accordance with the present invention . fig1 a depicts an implementation of the present invention using a semi - circular shaped preformed mold 1010 . fig1 b depicts an implementation of the present invention using a preformed mold 1020 that is hung over a pole - type rod 1030 . fig1 c depicts an implementation of the present invention using a semi - circular shaped preformed mold 1040 having humps 80 in the lower portion 1050 and no humps in the upper portion 1060 . fig1 d depicts an implementation of the present invention using an elliptical shaped preformed mold 1070 . fig1 b depicts an implementation of the present invention using a u - shaped preformed mold 1080 . fig1 f depicts an implementation of the present invention using a small semi - circular shaped preformed mold 1090 without lower humps . while specific alternatives to steps of the present invention have been described herein , additional alternatives not specifically disclosed but known in the art are intended to fall within the scope of this invention . thus , it is understood that other applications of the present invention will be apparent to those skilled in the art upon the reading of the described embodiments and a consideration of the appended claims and drawings .
the present invention provides a scalable , preformed , mold covered with fabric to form a window treatment . the fabric is cut to fit the mold and adhered to its contours in order to obtain the shape of the desired window treatment . the fabric can also have alignment tabs in order to make attachment to the mold easier . one or more rod hooks can be adhered to the fabric covering the mold or integrated into the mold . the rod hook attaches the window treatment to any standard curtain rod . optional side extensions allow the creation of fuller pieces . the mold is designed to look attractive on the underside as well as the top side .