the preferred embodiments of the present invention will now be described with reference to the drawings . identical elements in the various figures are identified , as far as possible , with the same reference numerals . reference will now be made in detail to embodiments of the present invention . such embodiments are provided by way of explanation of the present invention , which is not intended to be limited thereto . in fact , those of ordinary skill in the art may appreciate upon reading the present specification and viewing the present drawings that various modifications and variations can be made thereto without deviating from the innovative concepts of the invention . referring to fig1 a and 1b , there is a first template 110 and a second template 120 which together form an adjustable eyebrow template 100 . the first template 110 is defined by an upper surface 112 and a lower surface 118 ( see fig2 ) having a first outer perimeter 114 and a first inner perimeter 116 . the two surfaces bear a substantially similar , if not identical , shape . the first inner perimeter 116 bears a shape that resembles an eyebrow . further , the first template 110 may have any number of first alignment indicia such as a height alignment indicia 113 or a width alignment indicia 115 . the height alignment indicia 113 and width alignment indicia 115 are used to align the second template 120 with the first template 110 . this creates an identifiable shape and size to be used for both eyebrows and for returning customers . the second template 120 has a second outer perimeter 122 and a second inner perimeter 124 and is a unitary piece of material . the second template 120 has a second alignment indicia 121 . the second alignment indicia 121 are used for positioning purposes . the first template 110 is preferably translucent or transparent thereby enabling the height alignment indicia 113 and width alignment indicia 115 to be aligned with the second alignment indicia 121 of the second template 120 . to ensure proper template selection , the second template 120 may have an identifying indicia 123 . the second template 120 is sized to fit within the slot ( s ) 126 ( see fig2 ) of the first template 110 . the second inner perimeter 124 bears a similar shape to the first inner perimeter 114 . however , the second inner perimeter 124 is preferably smaller but in some instances may be larger than that of the first inner perimeter 116 . the shape of the first template 110 and the second template 120 allows the second template 120 to be slid within the first template 110 , thereby changing the shape of the first inner perimeter 114 with the second inner perimeter 124 . the directional indicators 125 indicate the manner in which the second template 120 may be manipulated as shown in fig1 b . in fig1 b , the first template 110 and the second template 120 have been combined with the second template 120 being slidably engaged to the first template 110 . the second template 120 can be moved vertically along path b - b ′ and horizontally along path a - a ′. this allows a part of the second inner perimeter 124 to extend within the bounds of the first inner perimeter 114 forming a modified perimeter 128 . the translucency or transparency of the first template 110 is clearly shown as the second alignment indicators 121 can be seen to be aligned with the height alignment indicators 113 and the width alignment indicators 115 . the modified perimeter 128 still bears the shape of an eyebrow , but rather than a being general brow shape , it is a tailored , custom shape intended for use on a particular person . some desired eyebrow shapes may require a third or more templates , similar to that of the second template 120 , to further achieve a particular look . alternatively , the second template 120 may be placed in one configuration and then placed into a second configuration in relation to the first template 110 . through these various configurations and shaped templates , virtually any shaped modified perimeter 128 is achievable . referring now to fig2 , the relationship between the two templates is visible as to how the second template 120 fits within the first template 110 . the upper surface 112 and the lower surface 118 of the first template 110 are clearly shown . the upper surface 112 and lower surface 118 are separated by a limited distance . this narrow gap between the upper surface 112 and the lower surface 118 forms at least one slot 126 along the lateral edges of the first template 110 . the number of slots 126 may vary with the number of lateral edges in the eyebrow template 100 structure . for example , if there are four edges there can be anywhere from one to four slots 126 . preferably , there is at least one slot 126 . if there is only one slot 126 , it stands to reason that the remaining edges are comprised of vertical walls between the two surfaces . if there are two slots 126 , then there is one less vertical wall . the gap between the upper surface 112 and the lower surface 118 should be of a width that permits the second template 120 to fit within the gap . it would be desirable to have a gap that is of a thickness or slightly larger than that the second template 120 , to enable the second template to be frictionally held in place once positioned . this prevents the second template 120 from falling out , shifting , or requiring external support . in some instances , low tack adhesives or clip structures may be used to help solidify this interaction . fig3 a - c show different configurations of the modified perimeter 128 of the adjustable eyebrow template 100 . the configurations shown are intended to be illustrative and virtually any variation thereof may be feasible . in fig3 a , the second template 120 is positioned such that it is overlaid by the first template 110 . the second template 120 is positioned to create modified perimeter 128 . the modified perimeter 128 creates a “ soft arch ” as indicated by the identifying indicia 123 . in fig3 b , the second template 120 is positioned in much the same manner as the templates in fig3 a . however , the identifying indicia 123 indicates the second template 120 should provide for a modified perimeter 128 with a “ medium arch .” in fig3 c , the second template 120 has been positioned within the first template 110 with the second template 120 being identified by the identifying indicia 123 as having a modified perimeter 128 with a “ full arch .” in each of fig3 a - c , the modified perimeter 128 can be modified in a number of ways . the eyebrow can be modified in a singular fashion such as thickness , thinness , width , or length . the modified perimeter 128 may shorten the end of the brow closest to the nose or alternatively towards the tip of the brow . the modified perimeter 128 may use the second template 120 to decrease the thickness of the brow from either the top or bottom of the modified perimeter 128 . modifying the underside of the brow is going to create a more arched and higher brow , whereas modifying the topside of the brow is going to create a lower , flatter brow . additionally , the modified perimeter 128 may modify multiple aspects of the brow simultaneously . the first template 110 allows independent movement of the second template 120 within the first template 110 . this not only allows a lateral motion ( i . e . sliding in and out of the slot ) but additionally up / down or side / side movement ( based on slot position ). thus , the second template 120 can both thin and shorten a brow at the same time . the second template 120 can also be shifted upwards to narrow the brow from underneath . such adjustments are typically made by holding the first template 110 stationary and manipulating the second template 120 into the desired position . some individuals may find it easier to reverse the process and to adjust the first template 110 while the second template 120 is inserted therein . referring now to fig4 , there is a typical kit containing the required for marking , shaping , and modifying an eyebrow shape in accordance with the present invention and its embodiments . there is at least one first template 110 and at least one , preferably three , second templates 120 . the templates are marked with identifying indicia 123 to identify the general type or style of arch to be applied . directional indicators 125 provide visual cues for movement of the templates . first alignment indicators , notably the height alignment indicators 113 and width alignment indicators 115 , are used in conjunction with the second alignment indicators 121 to ensure proper alignment of the templates from eyebrow to eyebrow and in future use scenarios . in addition to the templates , there is a coloring agent 130 and a brush 132 . the coloring agent 130 is intended to be applied to the eyebrow once the templates have been positioned and a modified eyebrow shape has been established . the coloring agent 130 is then applied to this modified area . the coloring agent 130 , when applied , produces a color that contrasts the color of the recipient &# 39 ; s eyebrows . this provides a clear indication as to which eyebrow hair should be removed and which should remain . once the eyebrow hairs have been removed , the brush 132 is used to brush through the eyebrows . the brushing causes the coloring agent 132 to change color from a color that contrasted with the recipient &# 39 ; s eyebrows to a color that matches their eyebrow color seamlessly . in fig5 , there is a flow chart illustrating the methodology for using the current invention in one intended usage . the method 200 of shaping an eyebrow with an adjustable eyebrow template begins with aligning the first template in step 205 . the first template should be aligned over the eyebrow . preferably , the first inner perimeter should essentially encompass the entire eyebrow . alternatively , the second template may be positioned within the first template before placing it over the eyebrow of the recipient . some individuals may have larger or unkept brows and as such their brow may be larger than the inner perimeter of the first template . the first inner perimeter is generally shaped to provide a large enough perimeter for a starting point in the shaping / coloring process . in some cases , there may be different stock sizes of first templates with varying first inner perimeters . the second template is then aligned , in step 210 , by sliding the second template into a slot of the first template . this does not necessarily need to be performed over the physical eyebrow in question . the adjustable eyebrow template may be placed over a photograph or a screen or another representation of the eyebrow to be treated . the templates can then be manipulated from there . additionally , the eyebrow may be preshaped through a photo editing software or the like . the adjustable eyebrow template can then be placed over , for example , the presized print out or photograph . once the templates and modified perimeter is set , the new shape of the eyebrow can be marked in step 215 . the modified perimeter is marked with any type of marking apparatus such as a coloring agent , of which any coloring or other type of designating mark can be permanent or temporary depending on the individual &# 39 ; s choice . for example , the coloring agent may be applied and appear white or another suitable color to vividly contrast with the recipient &# 39 ; s eyebrow color . once the new modified perimeter of the brow is successfully marked , the templates are removed in step 220 . the remaining brow should now bear the color or marking used to designate the modified perimeter . some part ( s ) of the brow may not have been included in the modified perimeter . in such a case , the excess eyebrow hair , residing outside the modified perimeter , may need to be removed in step 225 . this is done by any variety of hair removal processes known in the art including creams , waxing , lasers , tweezers , or the like . the eyebrow in question should now be complete and have the desired look . the coloring agent can then be removed or brushed through thereby changing the color match the recipient &# 39 ; s eyebrow color . the templates can then be reversed , in step 230 and placed over the second eyebrow . the same process is repeated involving the marking through removal steps described above as shown in step 235 . the adjustable eyebrow template 100 shown in fig1 - 3c should be appropriately sized for positioning on a human face while allowing the templates to fit the curvature of the individual without undue interference from other body parts ( i . e . nose ). the first template 110 should be about 3 . 8 cm ( 1 . 5 inch ) to about 11 . 5 cm ( 4 . 5 inch ) wide , preferably being about 8 . 6 cm ( 3 . 38 inch ) wide . the first template should be about 2 . 5 cm ( 1 inch ) to about 10 cm ( 4 inch ) in height and preferably be about 2 . 9 cm ( 1 . 13 inch ) in height . the first inner perimeter 116 should generally form an eyebrow shape having an inner corner ( near the eye ), a length , an arch height , and a tail ( end away from eye ). the inner perimeter 116 should generally encompass most any eyebrow shape . thus , the inner perimeter 116 may be between about 2 . 5 cm ( 1 inch ) and about 7 . 5 cm ( 3 inch ) in length and of a varying diameter from about 0 . 6 cm ( 0 . 25 inch ) to about 3 . 8 cm ( 1 . 5 inch ). the second template 120 should be sized to engage the first template 110 . the exact dimensions of the second template 120 can vary due to the requirement the second template 120 moves within the slot ( s ) 126 creating more unique styles . however , the second template may have a width of about 3 . 8 cm ( 1 . 5 inch ) to about 11 . 5 cm ( 4 . 5 inch ). the height of the second template 120 may be about 2 . 5 cm ( 1 inch ) to about 10 cm ( 4 inch ) in height . additionally , the second inner perimeter 124 should be sized based on the size of the first inner perimeter 116 and preferably the second inner perimeter 124 should be smaller than the first inner perimeter 116 . the adjustable eyebrow template 100 is preferably formed from a thin , flexible plastic . however , suitable other materials may include resins , composites , and coated metals . in some instances , the templates are translucent in color which permits one to see the placement of each of the templates when overlaid . the templates may be flat or may have a curvature to them designed to sit on the facial structure of a human . if they are not flat the flexible composition may permit the templates to be pressed flat without causing discomfort or damaging the templates .
an adjustable eyebrow template has at least a first template and a second template . each of the templates has a cut out that is shaped substantially like an eyebrow . by sliding the second template within at least one slot present on the first template , the shape of the cutout can be modified via overlaying of the templates . the modified eyebrow shape can then be colored , stenciled , etc . if desired , excess hair can then be removed from the eyebrow by a variety of common hair removal techniques . additionally , there is a method for using the adjustable eyebrow template as to enable an individual to easily create symmetrical eyebrow shapes and colors on a recipient . this method can be performed by a sole individual or with the help of another . an eyebrow template kit may have a number of templates , a coloring agent , and a brush for application of the coloring agent .