referring to the drawings and , in particular , to fig1 and 2 thereof , the interactive manipulative toy of the present invention , referred to generally by reference numeral 10 , is illustrated . the toy 10 comprises a main body 12 and a plurality of appendages 14 , which appendages may take a variety of forms , depending upon the animal or creature the toy 10 is formed to simulate . in the embodiment shown in fig1 , where the toy 10 is in the configuration of an alligator , the appendages 14 include a head 16 , legs 18 and tail 20 . other appendages include arms , wings , fins or even tentacles . some alternative embodiments of the interactive manipulative toy of the present invention are shown in fig5 and 6 . the appendages 14 are attached at the same area on the body 12 as they would be on the actual creature the toy 10 is designed to emulate , such as the neck or at the shoulder . in the preferred embodiment , the components of the manipulative toy 10 are composed of a rigid , workable material such as plastic or resin , and are fabricated as solid elements . however , it should be appreciated that any number of various materials may be used , such as metal or wood , and the body 12 and appendages 14 may be either solid or hollow . the appendages 14 are removably attachable to the body 12 of the manipulative toy 10 by means of complementary magnetic elements 22 , 24 disposed within the body 12 and the appendages 14 , respectively . the magnetic elements 22 are disposed in the body 12 so as to present the opposite magnetic pole that is presented by the magnetic elements 24 disposed in the appendages , such that the elements 22 will attract the elements 24 . in the preferred embodiment , the magnetic elements 22 , 24 are nd — fe — b magnets in a cylindrical configuration having a diameter of 5 mm and a height of 4 mm . however , it should be appreciated that any number of alternative magnets may be used provided , of course , they have the attractive strength to retain the appendage 14 against the body 12 . the appendages 14 are attached to the body 12 at a plurality of attachment points 26 , which attachment points 26 correspond roughly to the locations that the appendages are connected to the body of the actual animal or creature upon which the toy 10 is based . for example , the attachment point 26 for the head 16 corresponds to the neck of the body 12 , while the attachment point for the 20 corresponds to the opposite end of the body 12 . these attachment points 26 are relatively standardized such that most of the appendages 14 may be attached to all of the attachment points 26 , regardless of whether or not they actually belong there on the actual creature . for example , the head 16 may be attached to the attachment point 26 for the tail 20 and vice versa . more importantly , the appendages 14 from one creature , such as a kangaroo , may actually be attached to the attachment points 26 of the body of another creature , such as an ostrich , so as to allow the user to create a fanciful creature . in fact , the appendages from a number of creatures or animals may be combined so as to create a variety of fanciful creatures , such as an alligator with wings and the head of an ape . such a feature allows the user to exercise his or her imagination and creativity in coming up with strange and exotic combinations . in order to allow for as much realism in the ultimate configuration of the toy 10 as possible , the appendages 14 may be attached to the attachment points in a variety of positions or poses . for example , the head 16 may be turned to the side or the legs 18 may be positioned so as to appear as if the animal was caught mid - stride . such positioning is accomplished by allowing the appendages 14 to be rotated about the point of attachment between the magnets 22 , 24 . in order to achieve such desired effect , the attachment points 26 on the body 12 are planar , with the magnetic element 22 being situated at the center of a planar area 28 , as shown in fig3 . the area of attachment 30 on the appendage is also a planar area 32 with the corresponding magnetic element 24 also being situated roughly at the center of this planar area 32 . when the appendage 14 is attached to the body 12 by means of the attraction between the magnetic elements 22 , 24 , the planar areas 28 , 32 are situated immediately adjacent to each other . it should be appreciated , therefore , that the shape of the planar areas 32 , 34 should be relatively consistent so as to allow a variety of different appendages 14 to be attached to the various attachment points 26 . in the preferred embodiment , the shape of the areas of attachment 30 is roughly circular , and the shape of the attachment points 26 is at least partially circular . such configuration allows the appendages 14 to be rotated about the axis defined by the attachment of the magnetic elements 22 , 24 . in the preferred embodiment , the attachment points 26 are often recessed below the outer surface of the body 12 so as to present a more aesthetically pleasing and natural looking appearance when the appendages 14 are attached to the body 12 . the recessed attachment points 26 are shown in fig1 and 2 , with the upper portion being bounded by a fender - like ridge 34 . in addition to its appearance as the socket joint of the shoulder , this ridge 34 serves to assist in the retention of the appendage 14 by preventing the appendage 14 from sliding up the side of the body 12 . the ball joint portion of the shoulder , which corresponds to the area of attachment 30 on the appendage 14 , fits within the recessed attachment point 26 and is surrounded by the ridge 34 . it should be appreciated that the magnetic elements 22 , 24 alone are not sufficient to receive and retain the appendages 14 against the body 12 , inasmuch as the appendage 14 would rotate freely about the axis formed by the magnetic elements 22 , 24 , thereby preventing the manipulative toy 10 from being posed . in order to limit the rotational movement , as well as much of the linear movement , of the appendages 14 corresponding ribbed elements 36 and 38 are provided on the attachment points 26 and area of attachment 30 , respectively . the ribbed elements 36 , 38 comprises a plurality of ribs 40 disposed in a circular configuration about the magnetic elements 22 , 24 . the ribbed elements 36 , 38 are designed in corresponding configurations so as to be in frictional contact with each other when the appendage 14 is attached to the body 12 such that individual ribs 40 of each ribbed element 36 , 38 engage each other so as to limit or prevent rotational movement relative to each other . by virtue of such interaction , the appendages 14 may be posed in a certain position and prevented or limited from rotating out of said position . such feature is crucial for the legs 18 of the manipulative toy 10 , which elements serve to support the weight of the entire toy when posed in the standing position . if the legs 18 were allowed to rotate about the magnetic elements 22 , 24 , the toy 10 would collapse on itself , since the force of attraction between the magnetic elements 22 alone does not prevent the legs 18 from rotating outwards or inwards . this would also be true for wings , which gravity would force to rotate from an upwardly extending position towards the ground . in the preferred embodiment , the ribs 40 on both ribbed elements 36 , 38 are 24 in number , are approximately 0 . 75 mm wide and 0 . 75 mm deep , and are configured in a circular pattern approximately 9 . 75 mm in diameter around the magnetic elements 22 , 24 . in such embodiment , the approximate diameter of the planar area 28 of the body 12 approximately 21 mm and that of the planar area 32 of the appendages 14 is approximately 19 mm . the difference in these diameters is necessary so as to provide clearance between the area of attachment 30 and attachment points 26 . however , it should be appreciated that the ribs 40 and the configuration thereof , as well as the size and shape of the planar areas 28 , 32 , attachment points 26 and areas of attachment 30 may be altered so as to accommodate the particular size and weight of the body 12 and appendages 14 . in order to further strengthen the attachment between the appendages 14 and the body 12 , the ribbed elements 36 , 38 may be beveled or otherwise angled , as shown in fig4 . in the preferred embodiment , the ribbed elements 36 in the body 12 are beveled so as to be recessed within the body 12 , whereas the ribbed elements 38 on the appendages 14 are beveled so as to be raised above the planar area 32 . in this way , the ribbed element 38 functions as a male attachment point to the complementary female attachment point of the ribbed element 36 . this configurations strengthens the attachment of the appendages 14 to the body 12 , prevents linear movement of the appendage 14 relative to the body 12 in the plane of the planar areas 28 , 32 , facilitates the alignment of the magnetic elements 22 , 24 , and allows a user to pose the various appendages in various rotational alignments about the axis formed by the line connecting the magnetic elements 22 , 24 . it should be appreciated that the angle of the bevel for the ribbed elements 36 , 38 must be complementary such that the ribs 40 on each element are in frictional contact and engage each other when the appendage 14 is attached to the body 12 . having thus described the invention with particular reference to the preferred forms thereof , it will be obvious that various changes and modifications can be made therein without departing from the spirit and scope of the present invention as defined by the appended claims .
a manipulative toy is provided comprising a body and a plurality of interchangeable appendages , such as arms , legs , heads , tails and wings , removably attachable to the body at certain predefined coupling points using of complementary magnetic elements disposed within both the appendages and the body . the appendages are retained in place by the interaction between two sets of complementary ribbed elements disposed on both the body and the appendages about the magnetic elements , which complementary ribbed elements are formed in a beveled configuration . the configuration of these ribbed elements , in combination with attractive force of the complementary magnetic elements and the frictional engagement of the complementary ribs , limits the appendages from moving rotationally about the point of attachment , and limits the movement of the appendage in the plane of the point of attachment , thereby allowing the manipulative toy to be posed by a user and retain its position .