the preferred embodiment of the present inventive slipcover is designated generally in fig1 as 20 . the slipcover is primarily comprised of a series of flexible panels 22 - 48 ( shown in fig1 - 3 ) which are sewn to each other at their edges . generally square left seat panel 32 is sewn at its edges to inside back panel 26 , left arm panel 40 , left front panel 38 and center seat panel 30 . similarly , seat panels 28 and 30 are sewn to back panels 22 and 24 , front panels 34 and 36 , arm panel 42 ( with respect to right seat panel 28 ), left seat panel 32 ( with respect to center seat panel 30 ) and to each other . outer back panels 44 , 46 and 48 are sewn to each other , left side panel 50 ( with respect to left out back panel 44 ) and opposing right side panel ( not shown specifically in the drawings , but having construction of the mirror image of side panel 50 ), and inside back panels 22 , 24 and 26 . the other panels are sewn together in the orientation shown in fig1 - 4 . each panel is preferably made of 100 % cotton , but alternatively could be made of other fabrics such as a cotton blend , nylon or other material known in the art for conventional upholstery , throws and slipcovers . leather or plastic could be used for the panel materials . all the panels are preferably made of the same material , but alternatively different panels could be made of different materials or contain inserts of different materials . the adjustable sofa slipcover 20 contains enough panels of adequate size to loosely cover a piece of furniture 52 . inside back panels 22 , 24 and 26 are generally larger than corresponding back panels 54 , 56 and 58 of the furnishing 52 . similarly , seat panels 28 , 30 and 32 are larger than furniture seat panels 60 , 62 and 64 , and arm panels 40 , 42 are larger than the insides 66 , 68 of arms 70 , 72 of the sofa to be covered . the three front panels 34 , 36 and 38 together are larger than sofa front 73 and outside back panels 44 , 46 and 48 are larger than the back of the sofa ( not shown ). the panels join one another , as described above , at intersections . although the preferred embodiment contemplates conventional sewing of panel edge to adjacent panel edge , other means , such as heat sealing or stapling could be used . other methods known in the art for joining seams of material also could be used . each intersection seam has the two longitudinal edges of a long strip of material pinched together and attached in the seam ( preferably by the sewing which also closes the seam ) to form an elongated tubular channel of material . an example of a channel can be seen in fig1 - 4 ; channel 74 is located in the seam at the intersection of left arm panel 40 and left side panel 50 . with reference to fig1 , elongated material 76 has its longitudinal edges 78 , 80 edges folded on themselves along its length . the edges 78 and 80 are sewn into the seam to form a channel of flexible material with interior having generally tear drop shaped cross - section 82 . a lace or cord 84 is contained in the interior of tubular channel 76 . the cord 84 is not laterally secured to the walls of the channel 76 , but can freely slide longitudinally therein . the channel is preferably made of the same materials as the adjacent panels but alternatively could be made of any other flexible material known in the art capable of longitudinal compression . the cord is preferably a standard nylon cord but alternatively could be a fabric or leather lace or any other cord or lace known in the art . the cord 84 exits channel 76 at two opposing ends 86 , 88 of the channel . in a similar manner , cord 90 exits the end of channel 92 and cord 94 exits channel 96 . the opposite ends of cords 90 and 94 exit channels 92 and 96 at the opposite ends of those channels ( 98 and 100 respectively ). a spring - biased grasping mechanism or stop 102 ( preferably the barrellock ™ stop by illinois tool works , but alternatively any other device known in the art ) has plunger 104 which , when manually pushed , acts against the bias of the internal spring . cords 84 , 90 and 94 run through the grasping mechanism 102 and have knotted ends 105 to avoid the inadvertant slipping off of the grasping mechanism from the cords 84 , 90 and 94 . the spring bias in the grasping mechanism 102 secures the mechanism 102 at the position where it is located along the cord . however , manual depression of the plunger 104 will release the mechanism 102 and allow the cords 84 , 90 and 94 to be slid through it until the plunger 104 is released . the dimensions of the grasping mechanism 102 are larger than the tear drop cross - section 82 of the channels 74 , 92 and 96 . the pulling of the cords 84 , 90 , 94 through the grasping mechanism 102 will restrict the length of the cords upon which the channels are restricted . thus , the channels 74 , 92 , 96 are compressed upon an effectively reduced length of the cords 84 , 90 and 94 . the cords 74 , 92 and 96 can be individually and reversibly slid through stop 102 to reduce the dimension of the seam at the selected panel intersection . in addition , to triple cord intersections , the preferred embodiment will also contain quadruple cord intersections . as shown in fig4 and 9 , channels 106 , 108 , 110 and 112 all have ends adjacent one another where center seat panel 30 , right seat panel 28 , center front panel 36 and right front panel 34 all meet . cords 114 , 116 , 118 and 120 depart channels 106 , 108 , 110 and 112 respectively and are grasped by grasping mechanism 122 . the effective length of the cords upon which the channels are restricted can be individually shortened as described herein . the sofa covering 20 has a plurality of other grasping mechanisms 124 ( in addition to 102 and 122 ) shown in fig3 and 4 . the manual pulling of the cords in the various channels 126 ( other than those already designated 74 , 92 , 96 , 106 , 108 , 110 and 112 ) will act to reduce the dimensions of the panel edges at the intersections to correspond to the dimensions of the corresponding sofa panels . thus , the oversized covering 20 can have its dimensions manually adjusted to fit sofa 52 as shown in fig2 . the principles of the invention are not limited to a specific piece of furniture but can be used in the design of adjustable slipcovers for a wide variety of sizes and shapes of furniture . generally , the covering will contain a series of intersecting panels to correspond to the intersecting planes of the piece of furniture . moreover , a single covering can be used on upholstered or unupholstered furniture of varying sizes and shapes . fig5 and 6 show two examples of the configuration of the inventive adjustable covering for an armless chair 128 and arm chair 130 respectively . the armless chair has side panel 132 , opposing side panel ( not shown , but having mirror shape as 132 ), seat panel 134 , front panel 136 , inside back panel 138 and outside back panel ( not shown ). the center seat panel 134 is attached at its edges to both opposing side panel ( one shown as 132 ), front panel 136 and inside back panel 138 at intersections where channels 140 are located . inside back panel 138 also is shown to side panel 132 , right side panel and outside back panel at channels 142 . the other panels are joined together at channels 144 and other channels 146 are located at the lower edges of the covering 128 . the arm chair 130 similarly has seat panel 148 , front panel 150 , inside back panel 152 , right arm panel 154 , left arm panel 156 , left side panel 158 , right side panel ( not shown , but mirror image of 158 ) and outside back panel ( not shown ). channels 160 are located at the intersections of the panels and the bottom edge of the coverings as shown in fig6 . both the armless chair 128 and arm chair 130 contain the grasping devices 162 described above at the points where channels intersect , shown in fig5 and 6 ( and other points not shown ). the coverings 128 and 130 are fitted to appropriate armless and arm chairs as described above for the sofa covering . the invention contemplates a new method of adjustably and reversibly fitting a slipcover to fit a piece of furniture of the type described above . with respect to the sofa slipcover of fig1 - 4 , and with reference to fig7 - 10 , the slipcover 20 is placed to cover the sofa 52 , the panel intersections 74 , 92 , 96 , 106 , 108 , 110 , 112 and 126 are then aligned with the corresponding parts of the sofa 52 , and the position of the grasping mechanisms ( or stops ) 102 , 122 , 124 are adjusted on the cords ( i . e ., the cords slid through the grasping mechanisms ) such that the channel is restricted to a length of the cords 84 , 90 , 94 , 114 , 116 , 118 and 120 ( and others in the other channels ) corresponding to the associated dimension of the sofa 52 . the sofa slipcover 20 can be removed from the sofa 52 by reversing the steps described above . the plungers of the grasping mechanisms 102 , 122 , 124 are actuated and the mechanism pulled to near the end of the cords , lengthening the dimension of the cord upon which the channel can expand . the covering 20 can then be upwardly removed from the sofa 52 . the covering 20 is then available for cleaning an aligning and adjusting on the same piece of furniture or on a second piece of furniture of the same or different dimensions as described above . unfitted throws contain excess material which either , if initially tucked between the cushions , easily becomes disheveled or is gathered in an unsightly manner . the preferred embodiment of the adjustable slipcover contemplated by the present invention allows for the creation of attractive folds 164 along the back of the sofa ( or other piece of furniture ). thus , the excess material necessarily present in such an adjustable covering is attractively displayed and will not become easily disheveled upon use . from the above description it will be apparent that there is provided an adjustable slipcover and a method having desireable advantages , but which are susceptible to modification in form , method , operation , detail of construction , and arrangement without departing from the inventive principles or sacrificing any of the advantages . it is understood that the invention is not limited to the specific features shown , but that the means , method , and construction herein disclosed comprise only the preferred form of various possible modes of putting the invention into effect , and the invention is , therefore , claimed in any of its forms or modifications within the scope of the following claims .
a slipcover which is variably adjustable to the dimensions of the piece of furniture to be covered and a method of covering a piece of furniture . elongated , tubular , telescopically compressible channels of material are associated with the seams of the slipcover . each channel contains a slideable cord having opposite ends departing from opposite ends of the channel . a reversibly fixable locking mechanism segregates the channel on a selected portion of the cord to match the corresponding dimension of the covered furniture . the method of covering the furniture comprises arranging the covering on the piece of furniture and adjusting the length of the channels to correspond to the corresponding dimension of the furniture .