referring to fig1 a - 1c , a rolling pin 10 includes a roller 12 , two handles 14 , and two handle mounts 16 . the roller 12 defines cavity 18 extending therethrough . in the preferred embodiment , the cavity 18 extends completely through the roller 12 . however , other embodiments may include a cavity 18 extending through only one end of the roller 12 . a plurality of cookie cutters 20 are sized to fit within the cavity 18 . the roller 12 is preferably formed of a transparent material such that the cookie cutters 20 are visible when positioned within the cavity 12 , although the roller may be made from wood , metal , stone , ceramic , or other materials . likewise , the roller may have external layers of silicone or other materials . the cookie cutters 20 may include a border 22 that is slightly smaller than the diameter of the cavity 18 , such that the cookie cutters 20 may be placed within the cavity 18 in an orderly column , as shown in fig1 b and 1c . the border 22 may also reduce movement of the cookie cutters 20 within the cavity 18 in order to reduce rattling when the roller 12 is used to roll out dough . in the example shown , the border comprises a circular flange having a diameter approximately equal to that of the internal diameter of the cavity 18 . when stored , a central axis of the cavity is aligned with the centers of the circular flanges . in alternate forms , the border may be shaped differently including , for example , a square , pentagonal , or other shape . a similar mating internal cross - section for the cavity 18 is preferred , to hold the cutters in position . after the rolling pin 10 and cookie cutters 20 have been used and cleaned , one or both of the handle mounts 16 may be removed to insert the cookie cutters 20 into the cavity 18 , as shown in fig1 b . the handle mount , or mounts , 16 may then be replaced to secure the cookie cutters 20 within the cavity 18 . referring to fig2 , the example handle mounts 16 include a plug portion 24 sized to fit within the ends of the cavity 18 . one or more seals , such as o - rings may surround the plug portion 24 to maintain the plug portion 24 within the cavity 18 due to friction . the o - rings are typically formed of a resilient material such as rubber . a cap portion 28 of the handle mount 16 secures to the plug portion 24 and covers the opening of the cavity 18 . a lip may be formed on the cap portion 28 to abut the end of the roller when the handle mount 16 is inserted within the cavity . the handle 14 rotatably mounts to the cap portion 28 . in the illustrated embodiment , a pin 30 rotatably connects the handle 14 to the cap portion 28 . the pin 30 rotatably mounts to at least one of the cap portion 28 and the handle 14 and fixedly or rotatably attaches to the other of the cap portion 28 and handle 14 . in the illustrated embodiment , the pin 30 engages an aperture 32 formed in the cap portion 28 by means of a press fit such that the pin 30 is not readily removable from the aperture 32 and is not substantially rotatable . in the illustrated embodiment , the pin 30 mounts within an inner sleeve 34 inserted within the handle 14 . the pin 30 includes a head 36 such that the inner sleeve 34 is captured between the head 36 and the cap portion 28 . the inner sleeve 34 may be retained within the handle 14 by a number of means , including glue , fasteners , a press fit , or the like . in the illustrated embodiment , first and second outer sleeve halves 38 secure the inner sleeve 34 within the handle 14 . the outer sleeve halves 38 include flanges 40 which cooperate to form an aperture that encircles the pin 30 but is too small for the sleeve 34 to pass through . the outer sleeve halves 38 may also include one or more radially extending pins 42 insertable within one or more apertures 44 formed along the length of the inner sleeve 34 in order to retain the sleeve 34 . alternatively , the inner sleeve 34 may include pins extending into apertures formed in the outer sleeve halves 38 . the outer sleeve halves 38 include one or more circumferential grooves 46 sized to receive one or more corresponding ridges formed in a cavity 50 in the handle 14 . in an alternative embodiment , the ridges are formed on the outer sleeve halves 38 and the grooves 46 are formed within the handle 14 . the grooves 46 and ridges may extend completely around the circumference of the combined outer sleeve halves or may be located on only a portion of the circumference . the grooves 46 include a planar surface facing the roller 12 . the planar surface engages a mating planar surface on the ridge in order to retain the outer sleeve halves 38 within the handle 14 . the ridges include a sloped leading surface to enable the grooves 46 to slide into engagement with the ridges . the handles may be secured to the roller using a variety of alternate constructions , including caps that screw onto the roller or that lock into place using different mechanical means . likewise , the internal cavity of the roller may hold other baking items other than cookie cutters including , for example , measuring spoons or cups . while the preferred embodiment of the invention has been illustrated and described , as noted above , many changes can be made without departing from the spirit and scope of the invention . accordingly , the scope of the invention is not limited by the disclosure of the preferred embodiment .
the preferred form of the present invention is a rolling pin having a hollow center portion that is sized and configured to receive and store one or more cooking implements such as a plurality of cookie cutters . the cookie cutters are configured to fit within the interior of the rolling pin . the rolling pin includes two handles , and one or both of the handles is removable to allow the cookie cutters or other implements to be either stored or removed for use .