a preferred embodiment of the bow wrapper provided in accordance with the invention will now be described . with reference to fig1 the bow wrapper base 20 serves to mount the components of the bow wrapper and stabilize the apparatus during operation . the base 20 can be either fixed or portable and can be various configurations with any suitable means for stabilization . removably coupled to the base 20 is a ribbon spool carriage mount 22 bored for retaining a forward ribbon spool peg 11 . this forward spool peg 11 serves as both a ribbon spool peg and a carriage mount post for positioning and removably connecting the ribbon spool carriage 10 to the base 20 . the ribbon spool carriage 10 rotates freely around the forward spool peg 11 such that the carriage 10 can be positioned for best ribbon feeding during single or multiple spool operations . removably coupled to the ribbon spool carriage 10 is at least one ribbon rear spool peg 12 that retains spools having different or same color ribbon . spool pegs 11 and 12 retain ribbon spools that are positioned such that all ribbon is aligned in a single wrapping plane essentially parallel to said carriage . this single wrapping plane alignment prevents ribbon interference when feeding from multiple ribbon spools and provides concentric overlapping alignment of ribbon during wrapping . another view of the ribbon spool carriage 10 is seen in fig6 . the ribbon from each spool mounted on at least one forward spool peg 11 or rear spool peg 12 , is threaded through a gap between the vertical posts of ribbon guide retainer 24 that is removably coupled to the base 20 . another view of the guide retainer 24 is shown in fig4 . the ribbon leaves the guide retainer 24 en route to the rotating peg arm 30 . the peg arm mount 26 is removably coupled to the base 20 and serves as a central post and rotating axis for removably coupling the rotating peg arm 30 to the base 20 . the peg arm mount 26 also serves as the beginning post to wrap and pin the leading edges of ribbon to prior to starting rotation . the peg arm mount spacer 28 provides clearance between the peg arm 30 and the base 20 during rotation . fig5 shows peg arm 30 that is match drilled , or bored , at incremental distances from the center to receive wrapping pegs and facilitate making various bow sizes . bow sizes in the range of 2 to 22 inches outside diameter can be made with the peg arm 30 shown but extending the length of peg arm 30 can make larger bows . the peg arm borings are only sufficient depth to removably retain and press fit the wrapping peg 34 into the peg arm 30 . wrapping peg handle 32 borings are slightly oversized to enable the handle to spin inside its respective boring . wrapping peg 34 borings are made at a preselected camber angle 13 away from vertical such that when mounted to the peg arm 30 , the top of wrapping peg 34 is tilted toward the center of the peg arm to facilitate removal of the ribbon on completion of wrapping . the camber angle 13 can be between approximately 5 and 30 degrees . perimeter edges of peg arm 30 are rounded or slanted to prevent snagging the ribbon during rotation . in accordance with the illustrations , the bow wrapping operation is started by assembling all components of the bow wrapper onto a stable support that will prevent unnecessary movement of the bow wrapper during operation . the ribbon spool carriage 10 is then loaded with at least one ribbon spool of a preselected color and material . if multiple spools are desired , additional spools of varying or similar color material can be loaded on the ribbon spool carriage 10 and threaded through the guide retainer 24 before being removably pinned to the peg arm mount 26 as a starting hold . wrapping peg 34 and wrapping peg handle 32 are then inserted into their respective borings at the desired bow size as marked on peg arm 30 . it is also possible to wrap using only the peg arm mount 26 and the wrapping peg handle 32 when smaller bows are desired . the peg arm 30 is then rotated around the peg arm mount 26 axis a sufficient number of times to create the number of concentric loops desired in the bow . for example , if a 12 - inch diameter bow is desired , the wrapping peg handle 32 and the wrapping peg 34 are placed in the peg borings marked “ 6 ” which signifies 6 inches from center . the peg arm 30 is then rotated 12 full revolutions for a single ribbon feed and 12 concentric loops of ribbon are formed . rotation of the peg arm 30 is stopped and the wrapped ribbon is carefully lifted intact from the wrapping pegs . while intact , the concentric loops are folded once along the central axis vacated by the peg arm mount 26 . holding the ribbon in the folded position , the two ribbon corners formed along the fold axis are clipped at an angle to remove excess ribbon from the tying area and to provide a narrowed ribbon center seam for placement of a tie wire . a tie wire or similar tying material is then wrapped around the narrowed ribbon center seam and twisted onto itself to secure the center seam . individual loops originating from the center seam are then spread apart and twisted in an organized fashion then positioned relative to each other to make a decorative bow as seen in fig9 . the preferred appearance of the decorative bow is formed when wrapping is performed in accordance with the following table : fig8 shows an embodiment of the instant invention wherein two separate bows are wrapped simultaneously using stacked ribbon spools on the carriage . each bow is constructed in the same manner as a single bow . each bow is lifted from the device separately and then tied and formed as individual bows . the bows shown in fig8 are the same diameter but different diameter bows can be wrapped by elevating the rotating peg arm 30 on the peg arm mount 26 such that one bow is wrapped on the upper side the rotating peg arm 30 and a second bow is wrapped on the under side of the rotating peg arm 30 . additional wrapping pegs ( not shown ) must be removably coupled to the under side of the elevated rotating peg arm 30 and these wrapping pegs can be positioned different from those on the upper side of the rotating peg arm 30 thereby enabling different size bows to be wrapped simultaneously . another embodiment of the invention , shown in fig1 , uses the rotating peg arm 30 in a stationary mode as a stand - alone arm for manual wrapping . this embodiment is used in the same manner as taught in u . s . pat . 6 , 000 , 586 , which is herein incorporated by reference . in this embodiment , the tie wire fixture 42 is removably coupled to the stationary peg arm 30 using the hole vacated by the peg arm mount 26 . when wrapping bows in this embodiment , the wrapping peg 34 and the wrapping peg handle 32 are removed and the incremental measurements on the peg arm 30 are used to manually loop and overlay the ribbon flat onto the peg arm 30 at a preselected length while gathering the center of the bow between the tie wire fixture posts 46 for tying . a tie wire 44 is positioned into slots of the tie wire fixture posts 46 prior to wrapping such that when wrapping is complete , the ribbon laying between tie wire fixture posts 46 can be easily gathered and secured with tie wire 44 . according to a preferred embodiment of the invention , all components of the bow wrapper are made of wood . however , other materials may be used . for example , all of the components may be formed of plastic , polypropylene , hard rubber , metal or any other material that has a degree of natural elasticity . it should further be understood that no particular ribbon - securing mechanism is essential to the invention . for example , the wrapping pegs may be arranged to be hollow cylinders , open at least at one end , and the ribbon - securing mechanism may include a clip shaped like a bobby - pin or a paper clip which may be slidingly engaged with the wall of the hollow peg , to secure the ribbon loop at the outer surface of the peg wall . the wrapping pegs shown herein are substantially cylindrical , but pegs having a non - circular cross - section , such as square or rectangular may be used . of course , the peg arm holes should have a shape that is matched to the cross - section of the pegs . the removably coupled wrapping pegs shown herein function as members around which the ribbon is wound during a bow - making operation . however , instead of removably coupled pegs , the present invention may be constructed with uprights which are fixedly mounted in the peg arm and which have ribbon - holding means such as the clips described herein . for example , wooden pegs may be permanently mounted in holes in the peg arm by means of glue or the like . alternatively , the peg arm and upright members may be integrally formed as a single body of molded plastic . it is expected that bow - makers would achieve a higher rate of production and higher quality bows using the instant invention . the bow wrapping device maintains adequate tension on the ribbons during production and provides for multiple ribbon feeds . multiple bows can be wrapped simultaneously by stacking ribbon spools on the carriage . various changes to the foregoing device may be introduced without departing from the invention . the particularly preferred apparatus described herein is thus intended in an illustrative and not limiting sense . the true spirit and scope of the invention are set forth in the following claims .
a bow wrapping device having a base , a ribbon spool carriage removably coupled to the base and adapted to carry a plurality of ribbon spools , a guide retainer removably coupled to the base and adapted to retain ribbon fed from the ribbon spools , a rotating peg arm removably coupled to said base , at least one wrapping peg removably coupled to the peg arm , least one wrapping peg handle removably coupled to the peg arm , wherein said peg arm is adapted to rotate relative to the base and wrap a plurality of ribbons received from the guide retainer in a concentric looped pattern around the wrapping peg and wrapping peg handle .