fig1 illustrates one example of an implementation of the layered magnetic system 100 of the present invention , as utilized in a stacked bow arrangement 105 . the layered magnetic system 100 , as will be further illustrated below , consists of stackable magnetic units 108 that permit items , such as bows 102 to be affixed to the magnetic units 108 to be stackable and interchangeable for adornment purposes . the layered magnetic system 100 may be utilized in a wide variety of applications to create various interchangeable adornments to be worn on a person &# 39 ; s body , clothing and / or footwear , to name a few examples . as illustrated in fig1 , one example of an implementation of the layered magnetic system may include stacked bows 102 that are affixed together by magnetic units 108 . the stacked bow arrangement 105 may include at its back , as illustrated in fig2 , a clip 106 for securing the bow arrangement to clothing , hair or other objects . in fig1 , the stacked bow arrangements 105 includes four stacked bows 102 having magnetic units 108 affixed either through center of the bows or having magnetic units 108 affixed to both the front and back of the bows 102 . an ornament disc 104 is further provided to cover the top exposed magnetic unit 108 on the center of the top stacked bow 102 . fig2 illustrates the back view of the stacked bow arrangement 105 of fig1 , which illustrates a clip 106 magnetically affixed to the stacked bow arrangement 105 . like the stacked bows 102 , the method for securing the stacked bows 102 to a person may also be removeable and interchangeable . as such , the stacked bow arrangement 105 may be magnetically affixed to a number of different items , including a clip 106 , as illustrated in fig2 , which would permit the stacked bow arrangement 105 to be affixed easily , for example , to clothing or to the hair of a wearer . fig3 is an exploded illustration of the component parts of the stacked bow arrangement 105 of fig1 . as illustrated in fig3 , the stacked bow arrangement 105 consists of four stacked bows 102 having magnetic units 108 positioned at the center of each stacked bow 108 . further included in the stacked bow arrangement 105 of fig1 is a clip 106 also having a magnetic unit 108 affixed to the clip 106 to allow the clip 106 to be removeably secured to the back of the stacked bow arrangement 105 . optionally , the stacked bow arrangement 105 may include an ornamental disc 104 having a magnet position on the back side of the disc 104 to affix the disc 104 on the top of and create a finished look on , the stacked bow arrangement 105 . fig4 illustrates a rear image of one of the stacked bows 102 of fig1 . as illustrated in fig4 each stacked bow 102 also includes a magnetic unit 108 affixed through its center . alternatively , the magnetic units 108 may be affixed to each side of the stacked bow 102 in a manner such that the magnets 125 ( fig7 ) in the magnet units 108 arranged polar opposite to one another and attract one another when affixed to the bows 102 . fig5 illustrates the stacked bow arrangement 105 with the rear clip 106 and top disc 104 removed . as illustrated in fig5 , the stacked bows 102 are stacked together and secured through the magnetic units 108 positioned on each bow 102 . the clip 106 includes a magnetic unit 108 that can be secured to the back of the stacked bow assembly 105 . similarly , a disc or other ornamental device 104 may be used having a magnet 125 ( see fig7 ) positioned on the back of the disc 104 , which can be placed upon the open front magnet on the bow assembly 105 . the use of the disc 104 is optional . fig6 illustrates six magnet units 108 stacked together , absent any adornments attached to the magnetic units 108 to demonstrate the use of the magnet units 108 in assembled form to stack and connect adornments . as illustrated in fig6 , the magnetic units 108 are affixed to one another in the same manner and in the same direction having one pole positioned on the top side the opposing magnetic pole on the bottom side of the assembly such that the units 108 , when positioned and stacked , attract one another rather than repel one another . fig7 is a grommet 120 and magnet 125 , which in one implementation is used to create the magnetic unit 108 of the present invention . the magnetic unit 108 may be , for example , comprised of a # 2 ( ⅜ ″) grommet and a ⅜ ″ dia .× 1 / 16 ″ thick grade n42 — nickel plated magnet and epoxy resin . depending on the product , the component may be made as an individual magnetic unit 108 that may then be secured , by glue for example , to the adornment . the magnetic unit 108 may be secured to opposing sides of an adornment or a hole may be punched in the adornment and the magnetic unit 108 may be is secured to the opening ( in which case only one magnetic unit 108 is required to be used ). to produce an individual magnetic unit 108 , a grommet machine ( not shown ) may be utilized to compress the two pieces of the grommet 120 together . once compressed , the magnet 125 may be positioned in the center hole of the grommet 125 . the grommet machine may be utilized again to further press the grommet 125 to further maintain the magnet 125 in the hole of the grommet 120 . the magnet 125 may also be glued with an adhesive , such as metal epoxy , to the adornment . the same adhesive may also be used to secure the magnetic unit 108 to an adornment , clip or other element used in the invention . as illustrated in fig8 , the magnetic unit 108 , once fully assembled is then enabled to be positioned on the adornments for purposes of stacking . fig9 illustrates one example of a stacked bow 102 that may be utilized in the stacked bow arrangement 105 illustrated in fig1 . the stacked bow 102 is merely fabric constructed and arranged in the form of the bow which may be glued , taped or affixed together to create the bow . thereafter , the magnetic units 108 may be assembled and affixed to the center of the bow to create the stacked bow 102 used in the stacked bow arrangement 105 , or alternatively may be adhered to each side of the stack bow 102 in polar alignment . to construct the bow , ribbons are first cut to a specific length depending on the width of the ribbon , which also determines the size of the resulting product and creates a layered effect when stacked . ribbons can be flat , curly or twisted to create different looks . the ribbon can then be placed in a stack of 3 or more individual ribbons of the same size . to hold the ribbons in place , a brad may be placed thru the center of the stack of ribbons . a template may be used to make the ribbons look like a star and then glued to the center to hold them in place . the “ star ” may then be folded such that each end of the ribbons is placed onto the brad , the brad is opened to hold them in place and then closed with a clear sticker , tape or other adhesive placed on top to additionally hold the ribbons in place , as illustrated in fig9 . once this process is completed . if the magnetic unit 108 is being placed in the center of the bow 102 , a grommet machine may be used , with , for example , a ⅜ ″ hole punch die to punch out the brad and make a ⅜ ″ circle . the grommet machine may then be used to place a ⅜ ″ grommet 120 in the hole effectively holding the bow together . once this process is completed a magnet 125 is placed in the grommet and smashed in further with an arbor press . in this application , the magnetic unit 108 is formed in conjunction with the formation of the stacked bow 102 . each magnet unit 108 ( stand alone or secured in a product ) may be secured with a small amount of epoxy resin , or other adhesive , on the back side to ensure the magnet 125 does not come loose or fall out . once the epoxy resin is in place , at least one side of the unit can be marked with , for example , a logo sticker for purposes of identifying the magnetic poles and / or for branding or creating additional ornamental product features . fig1 and 11 illustrates a stacked bow 102 having a magnetic assembly 108 placed through a hole in the center of the bow . fig1 illustrates the top side and fig1 illustrates a bottom side . thus , the stacked bow 102 includes only one magnetic assembly 108 . the grommet 120 is secured at its perimeter to a hole punched in the bow , as described above . alternatively , magnet units 108 may be positioned on each side of the adornment to enable the adornments to be stacked . when two magnetic units 108 are used , the magnets 125 are positioned in a manner that attracts one to the other and that will allow the finished adornment to have one pole at the top of the bow and another magnetic pole position at the bottom of the bow to attract other magnets in a stacked assembly 105 . fig1 and 13 illustrates three magnetic units 108 joined by flexible cording 130 , which is another example of how the stacked magnet units 108 may be used to affix themselves through the stacking mechanism to clothing , such as shoes 115 , for example . in this implementation , the cording between the magnet units 108 allow the magnet units 108 to be stacked while being wrapped around an element such as the strap of the flip flop shoe 115 . as illustrated in fig1 , the center magnet unit 108 a may be positioned where the adornment is desired to be located on the shoe 115 . the cord between the center magnet 108 a and one end magnet unit 108 b may then be used to wrap around the strap of the flip flop and allow the magnetic unit 108 b to be attached atop the magnetic unit 108 a . the magnetic unit 108 c may then also wrap the cord around the strap of the shoe 115 and attach atop of the magnetic unit 108 b creating a stack 108 a , b or c that permits an adornment to be affixed to a shoe 115 . fig1 illustrates the adornment 105 affixed to a shoe utilizing a magnetic unit assembly illustrated and described in fig1 - 13 above . in a similar manner that the corded magnetic unit 108 a , b and c can be affixed to the strap of a flip flop , the same unit may also affix to other articles , like shoe laces , belts , clothing straps , etc . many other uses of the magnetic units are also possible . including the attachment of adornments to clothing , hats , socks , bracelets , necklaces , animal collars and clothing . fig1 - 17 illustrate other such examples . fig1 illustrates an example of a stacked bow arrangement 105 attached to a hat 130 . fig1 illustrates an example of a headband 140 having a magnetic unit 108 affixed thereto for receiving a stacked bow assembly 105 . fig1 illustrates the headband 140 of fig1 having a stacked bows assembly 105 affixed to the headband . by using the magnetic unit 108 within each component , individuals can choose an accessory , multiple layers and optional adornments to create and build various stacked bow assemblies . this allows for an endless number of combinations to create bow assemblies to accessorize for various events , occasions and color coordinate . the foregoing description of implementations has been presented for purposes of illustration and description . it is not exhaustive and does not limit the claimed inventions to the precise form disclosed . modifications and variations are possible in light of the above description or may be acquired from practicing the invention . the claims and their equivalents define the scope of the invention .
stacking magnets affixed to various decorative designs , such as ribbons , bows , flowers , to name a few , are provided that create interchangeable , multilayer , stackable adornments that may be worn by a person , on either her body or hair , or affixed to clothing , shoes or other accessory item . in one example , the product may include interchangeable bows comprised of multiple layers . a base magnet for attaching the stackable layers is provided that may be affixed to hats and headbands , hair clips , rubber bands , bracelets , necklaces , shoes , belts or other accessories .