certain terminology is used in the following description for convenience only and is not limiting . the words “ right ”, “ left ”, “ up ”, and “ down ” designate directions in the drawings to which reference is made . when multiple drawings from different orientations are referenced , these words are used in reference to the directions in the front elevated view . the words “ outer ” and “ inner ” refer to directions away from and toward , respectively , the geometric center of ornamentation mechanism . the term “ generally parallel ” designates surfaces positioned within fifteen degrees ( 15 °) of true mathematic parallel , which is to say that in reference to an imaginary stable line bisecting the surfaces , the surface extend away in an angle within fifteen degrees ( 15 °) of the angle of the other surface . term “ generally perpendicular ” designates surfaces positioned within fifteen degrees ( 15 °) of true mathematic perpendicularity , which is to say that in reference to an imaginary stable line running parallel to the first surface , the second surface extend away in an angle within fifteen degrees ( 15 °) of a right angle from the first surface . additionally , the words “ a ” and “ one ” are defined as including one or more of the referenced item unless specifically stated otherwise . the terminology includes the words above specifically mentioned , derivatives thereof , and words of similar import . referring to fig1 - 51 wherein like numeral indicate like elements throughout , there are shown preferred embodiments of an earring ornamentation mechanism 50 . the present invention is directed at the embodiments disclosed herein , and methods of using the same both to retrofit an existing earring and to provide customizable earrings more affordably . referring to fig1 - 8 , the earring ornamentation mechanism 50 is preferably configured to be detachably affixed to pre - existing earrings to provide pre - existing earrings with additional ornamentation . the earring ornamentation mechanism 50 is preferably directed toward existing earrings which comprise a post 52 having a stud 54 , comprising a base 96 and an embellishment 98 , affixed at a first end 56 a and a detachable fastener 58 affixed at a second end 56 b . the ornamentation mechanism 50 is preferably figured to comprise a mechanism body 60 having both first and second sides 62 and a passage way 64 which passes fully through both the first and second sides 62 of the mechanism body 60 . the passageway 64 is preferably configured such that it can slidably engage the post 52 when the fastener 58 is removed , and may rest on the post between the stud 54 and fastener 58 when the fastener 58 is affixed to the second end 56 b , such as when the earring is in use . the ornamentation mechanism 50 is configured such that the ornamentation mechanism 50 can add ornamentation to the existing earring in addition to the stud 54 which can be seen around the stud 54 , this additional ornamentation element being referred to herein as a charm 70 . referring to fig3 - 37 , the mechanism body 60 may comprise a plurality of passageways 64 such that the post 52 can be inserted through any one of the plurality of passageways 64 , changing the proportion of the mechanism body 60 which sits below the post 52 . for example , a majority of the mechanism body 60 would be held above the post 52 if the post 52 were inserted through the fifth passageway 64 e , labelled from top down , while conversely a majority of the mechanism body 60 would be held below the post 52 if the post 52 were inserted through the first passageway 64 a , with this proportion holding true for passageways 64 b , 64 c , and 64 d as well . this configuration may allow the mechanism body 60 to be held at different levels relative to the post 52 , allowing the detachably secured charm 70 to be adjusted to be seen around a stud 54 , depending on the size of the stud 54 . referring to fig3 - 41 , in a separate embodiment the proportion of the mechanism body 60 held above the post 52 may be adjusted through the use of a rack , preferably formed of a semi - rigid material which may provide an outward flex , such as polymer or certain metals . this configuration comprises the passageway 64 being configured to comprise a rack shape , with a plurality of resting places 66 separated by a plurality of constricted regions 68 . this would allow the post 52 to remain in place once inserted into the passageway 64 , as the post 52 would be held in the selected resting 66 . the application of upward or downward force upon the post 52 could allow the post 52 to exert outward force on the passageway 64 , causing the post 52 to push through one of the constricted regions 68 and come to rest in a second resting place 66 . this may allow proportion of the mechanism body 60 held above the post 52 to be adjusted without removing the post 52 from the passageway 64 . referring to fig6 - 8 , the ornamentation mechanism 50 is preferably configured to allow for at least one charm 70 to be detachably secured to a pre - existing earring , the term charm 70 being defined herein as an element included to provide additional ornamentation . this ornamentation may include college or sports team logos , colors , geometric designs , and the like . those of ordinary skill in the art will appreciate from this disclosure that any additional ornamentation may be provided without exceeding the scope of this disclosure . thus , referring to fig1 - 23 , in some embodiments the first side 62 a of the mechanism body 60 may be comprised of the charm 70 . in such embodiments , it is preferable that the charm 70 , and necessarily the first side 62 a of the mechanism body 60 , be seen around the stud 54 . in some embodiments , it is preferred that the elongate portion 74 and the at least one charm 70 are configured such that the at least one charm 70 is detachably secured to the elongate portion 74 via a magnetic connection . in one such embodiment , the mechanism body 60 may further comprise at least one magnet 61 , preferably embedded in the elongate portion 74 , and the charm 70 may be comprised of magnetic material , thus allowing the charm 70 to be magnetically detachably secured to the mechanism body 60 . in this embodiment , the mechanism body 60 may be comprised of or covered in a rubber or polymer layer which may embed the magnet 61 without impeding its magnetic force . in another such embodiment , the charm 70 may further comprise a magnet 61 and the mechanism body 60 may be comprised of magnetic material , thus allowing the charm 70 to be magnetically detachably secured to the mechanism body 60 . in this embodiment , the charm 70 may be comprised of or covered in a rubber or polymer layer which may embed the magnet 61 in the at least one charm 70 without impeding its magnetic force . those with ordinary skill in the art will appreciate from this disclosure that other materials and processes for embedding the embedded magnet 61 may be used without exceeding the scope of this disclosure . in these embodiments , it is therefore preferable that the mechanism body 60 be configured such that the distance from an outer surface of the post 90 to an outer surface of the mechanism body 86 is larger than the distance from an outer surface of the post 90 to an outer surface of the stud 88 , as measured radially relative to an elongated axis defined by the post 52 . in other words , the diameter of the mechanism body 60 is preferably greater than the greatest diameter of any portion of the stud 54 , allowing the charm 70 ( or the first side 62 a of the mechanism body 60 ) to be seen around the stud 54 . those of ordinary skill in the art will appreciate from this disclosure that the second side 62 b of the mechanism body may include an additional layer of material to prevent any abrasion between the mechanism body 60 and the ear of a wearer . for example the additional layer may be a felt layer , a rubber layer , a polymer layer , or the like . when a rubber material or suitable elastomer is used to form the additional layer of material it is preferable , but not necessary , that the compression of the additional layer against the ear of a wearer prevents rotation of the mechanism body 60 while the earring and the mechanism body are worn . referring to fig6 - 8 , the charm 70 is preferably a separate element from the mechanism body 60 , formed of metal or plastic . however , those with ordinary skill in the art will appreciate from this disclosure that any other suitably hard , lightweight material can be provided without exceeding the scope of this disclosure . the charm 70 provides additional ornamentation to the earring and preferably , but not necessarily , includes additional ornamentation elements such as a design , logo , or ornate shape . those with ordinary skill in the art will appreciate from this disclosure that the addition of a charm 70 can include the provision of a simple ornamentation element and not exceed the scope of this disclosure . referring to fig1 - 16 , the mechanism body 60 preferably further comprises an upper portion 72 and an elongate portion 74 , with the upper portion 72 comprised to include one or more passageways 64 and the elongate portion 74 being configured to have at least one charm 70 detachably secured thereto . referring to fig1 - 8 and 30 - 33 , the elongate portion 74 preferably comprises at least one hole 76 . although the hole 76 and the upper portion 72 are each preferably formed in an oval or circular shape , those with ordinary skill in the art will appreciate from this disclosure that the hole 76 and / or upper portion 72 may take other shapes , such as triangular , octagonal , or the like , without exceeding the scope of this disclosure . the at least one hole 76 and the charm 70 are preferably configured such that the at least one charm 70 is engaged with the elongate portion 74 such that the charm is held at a distance from an outer surface of the post 90 larger than the distance from an outer surface of the post 90 to an outer surface of the stud 88 as measured radially relative to an elongated axis defined by the post 52 . in other words , this embodiment is configured such that the charm 70 is held far enough from the post 52 that is can be seen around the stud 54 . in the preferred embodiment , the charm 70 is secured to the elongate portion 74 by a ring 84 inserted though both the charm 70 and the hole 76 . however , those of ordinary skill in the art will appreciate from this disclosure that other securing means , including detachably securing means such as hook - and - loop fasteners , magnets , buttons , or clasps , and permanent affixing means such as spot welding , may be used without exceeding the scope of this disclosure . in certain embodiments , which include more than one charm 70 and more than one hole 76 , the number of charms 70 may correspond to the number of holes . thus if two holes 76 are present , two charms 70 may be detachably secured to the mechanism body 60 , such that a first charm 70 a may be secured to a first hole 76 a , and a second charm 70 b may be secured to a second hole 76 b . if three holes 76 are present , three charms 70 may be detachably secured to the mechanism body 60 , such that a first charm 70 a may be secured to a first hole 76 a , a second charm 70 b may be secured to a second hole 76 b , and a third charm 70 c may be secured to a third hole 76 c . those of ordinary skill in the art will appreciate from this disclosure that the number of charms 70 need not be equal to the number of holes 76 in the elongate portion 72 , and that the number of charms 70 or holes 76 may exceed three , without exceeding the scope of this disclosure . in the preferred embodiments which comprise more than one hole 76 in the elongate portion 74 , it is preferred that the width of the elongate portion 74 exceed the width of the upper portion 72 . however , those with ordinary skill in the art will appreciate from this disclosure that the width of the elongate portion 74 may be less than or equal to the width of the upper portion 72 without exceeding the scope of this disclosure . referring to fig2 - 29 , the at least one charm 70 which may be detachably secured to the hole 76 in the elongate portion 74 may be further configured to comprise at least one flange 78 , configured to hold the at least one charm with the at least one hole 76 . in some embodiments , a single flange 78 may run the entire circumference of the affixing peg 80 to secure to charm 70 in place . in other embodiments , additional flanges 78 may be affixed to the affixing peg 80 to secure the charm 70 in place . in another embodiment , the hole 76 further comprises a keyway 82 , and the flanges 78 affixed to the affixing peg 80 may be configured to match the keyway 82 such that the affixing peg 80 may be inserted into the keyway 82 and turned several degrees to lock the affixing peg 82 into the hole 76 , such that the charm 70 is detachably secured to the elongate portion 74 . fig9 - 16 , the elongate portion 74 and the charms 70 may be configured such that the charm 70 may be detachably secured to the elongate portion 74 via a magnetic connection . in a preferred embodiment , the mechanism body 60 may further comprise at least one magnet 61 , preferably embedded in the mechanism body 60 , and the charm 70 may be comprised of magnetic material , thus allowing the charm 70 to be magnetically detachably secured to the mechanism body 60 . in this embodiment , the mechanism body 60 may be comprised of or covered in a rubber or polymer layer which may embed the magnet 61 without impeding its magnetic force . in another preferred embodiment , the charm 70 may comprise a magnet 61 and the elongate portion 74 may be comprised of magnetic material , thus allowing the charms 70 to be magnetically detachably secured to the mechanism body 60 . in this embodiment , the charm 60 may be comprised of or covered in a rubber or polymer layer which may embed and / or affix the magnet 61 without impeding its magnetic force . those with ordinary skill in the art will appreciate from this disclosure that other materials and processes for embedding the embedded magnet 61 may be used without exceeding the scope of this disclosure . those of ordinary skill in the art will appreciate from this disclosure that other means for detachably securing the charms 70 to the elongate portion 74 , such as hook - and - loop , snapping buttons , and the like may be used without exceeding the scope of this disclosure . in these embodiments , it is therefore preferable that the mechanism body 60 be configured such that the distance from an outer surface of the post 90 to an outer surface of the mechanism body 86 is larger than the distance from an outer surface of the post 90 to an outer surface of the stud 88 as measured radially relative to an elongated axis defined by the post 90 . referring to fig4 - 49 , the elongate portion 74 discussed above is preferably held on the same plane as the upper portion 72 of the mechanism body 60 . however , in some embodiments , the upper portion 72 may generally define a first plane and the elongate portion 74 may generally define a second plane that is oriented generally perpendicular to the first plane , such that the elongate portion 74 may be configured in a perpendicular orientation to the upper portion 72 . in this orientation , it is preferred that the elongate portion 74 extend outward in only one perpendicular direction , preferably extending toward the stud 54 . however , those with ordinary skill in the art will appreciate from this disclosure that the elongate portion 74 may extend in each perpendicular direction and not exceed the scope of this disclosure . those with ordinary skill in the art will further appreciate from this disclosure that the second plane on which the elongate portion 74 is oriented need not be of a true mathematic perpendicular to the first plane on which the upper portion 72 is oriented to remain within the scope of this disclosure . the elongate portion 74 may configured such that it has a perpendicular orientation and may be configured to include the same methods for detachably securing a charm 70 , such as the use of one or more embedded magnet 61 , as discussed above such that that the charm is held at a distance from an outer surface of the post 90 larger than the distance from an outer surface of the post 90 to an outer surface of the stud 88 as measured radially relative to an elongated axis defined by the post 52 . referring to fig5 - 51 , the present invention is further directed to an earring with two presentation modes , comprising the earring ornamentation mechanism 50 and an earring comprising a post 53 , a stud 54 , and a fastener 58 . the earring in first presentation mode 100 a comprises the earring ornamentation mechanism 50 being located between the stud 54 and the fastener 58 . the earring in second presentation mode 100 b comprises the earring ornamentation mechanism 50 being separate from the post 53 , stud 54 , and fastener 58 . a preferred implementation of the preferred methods of the present invention will be described below ( alone or in combination with various embodiments of the earring ornamentation mechanism 50 ). the steps of the method of the present invention can be performed in any order , omitted , or combined without departing from the scope of the present invention . as such , optional or required steps described in conjunction with one implementation of the method can also be used with another implementation or omitted altogether . additionally , unless otherwise stated , similar structure or functions described in conjunction with the below method preferably , but not necessarily , operate in a generally similar manner to that described elsewhere in this application . one method according to the present invention is directed to a method of retrofitting a pre - existing earring to include additional design elements , comprising the first step preferably including providing a pre - existing earrings having post 52 with first and second ends 56 , a stud 54 , comprising a base 96 and an embellishment 98 , affixed to the first end 56 a , and a fastener 58 affixed to the second end 56 b . the second step preferably includes providing the earring ornamentation mechanism 50 , the many embodiments of which are detailed above , generally comprising a mechanism body 60 comprising first and second sides 62 and a defining a passageway 64 therethrough configured for the post 52 to be inserted therethrough , and at least one charm 70 being disposed on the earring ornamentation mechanism 50 while not being a fixed portion of the pre - existing earring . the third step preferably comprises inserting the post 52 through the passageway 64 such that the earring ornamentation mechanism 50 positions the at least one charm 70 to provide additional ornamentation to the pre - existing earring and , such that the mechanism body 60 is slidably located on the post between the stud 54 and fastener 58 when the earring is in use . referring to fig2 , this method may include the additional step of providing a kit to allow for increased customizability of ornamentation . in one embodiment of the method , the step of providing a kit comprises providing a plurality of different charms 70 to allow retrofitting of the pre - existing earrings to coordinate with an item of apparel . this step would allow for a coordinated charm 92 to be used in connection with coordinated apparel 94 . in another preferred embodiment , the step of providing a kit may further comprise the additional steps of providing a plurality of different charms 70 and the step of selecting one of the plurality of different charms 70 to detachably secure to the earring attachment 50 , accessorizing the pre - existing earring . these additional steps thus include the steps of selecting one of a variety of charms 70 to accessorize the pre - existing earring as desired . in another preferred embodiment , the step of providing the earring ornamentation mechanism 50 may further comprise at least one charm 70 being detachably engaged with the earring ornamentation mechanism 50 , as through the detachable affixing methods discussed previously , rather than permanently affixed to it . in another preferred embodiment , the method may further comprise the steps of providing a kit comprising a plurality of different mechanism bodies 60 , and the step of selecting one of the plurality of different mechanism bodies 60 to detachably secure to and to embellish the pre - existing earring . referring to fig2 , the kit described in the preferred embodiment may preferably comprise a kit 104 , itself comprising a top clamshell 106 and a bottom clamshell 108 conjoined at a hinge 110 , allowing the top clamshell 106 and bottom clamshell 108 to open outward about the hinge , opening to reveal a foam insert 112 , and the contents of the kit , preferably a plurality of mechanism bodies 60 , and a plurality of pre - existing earrings 51 . the elements of this preferred kit 104 are disclosed for clarity sake , and those of ordinary skill in the art will appreciate from this disclosure that the provision of a kit need not include any or all of these elements to remain within the scope of this disclosure . a second method according to the present invention is directed to a method of retrofitting a pre - existing earring to include additional design elements , comprising the first step of preferably including providing a pre - existing earrings having post 52 with first and second ends 56 , a stud 54 , comprising a base 96 and an embellishment 98 , affixed to the first end 56 a , and a fastener 58 affixed to the second end 56 b . the second step preferably includes providing the earring ornamentation mechanism 50 , the many embodiments of which are detailed above , generally comprising a mechanism body 60 comprising first and second sides 62 and a defining a passageway 64 therethrough configured for the post 52 to be inserted therethrough , and the first side 62 a of the mechanism body 60 comprising an ornamental element . the third step preferably comprises inserting the post 52 through the passageway 64 such that the earring ornamentation mechanism 50 positions the first side 62 a of the mechanism body 60 to provide additional ornamentation to the pre - existing earring and , such that the mechanism body 60 is slidably located on the post between the stud 54 and fastener 58 when the earring is in use . it is recognized by those skilled in the art that changes may be made to the above described methods , earring , and / or earring ornamentation mechanism without departing from the broad inventive concept thereof . it is understood , therefore , that this invention is not limited to the particular embodiments disclosed , but is intended cover all modifications which are within the spirit and scope of the invention as defined by the above specification , the appended claims and / or shown in the attached drawings .
a mechanism and / or method for embellishing an earring by way of the inclusion of a mechanism body which may be added over the earring post or connected to another portion of an earring . the method and mechanism may include one or more ornamental charms , may be adjustable , and may utilize magnets .