text: in the following detailed description of the invention , numerous details , examples , and embodiments of the invention are set forth and described . however , it will be clear and apparent to one skilled in the art that the invention is not limited to the embodiments set forth and that the invention may be practiced without some of the specific details and examples discussed . fig1 illustrates side and top views of an applicator 120 and associated vessel 130 . specifically , this figure shows an example arrangement that may be used by some embodiments to facilitate removal of excess applique . as shown , the applicator 120 may include a wand 150 extending from a handle coupled to an application element 160 . the wand 150 may have a first diameter and the applicator 160 may have a second diameter . the first diameter may be less than the second diameter , as appropriate . the vessel 130 may include a reservoir portion 140 ( e . g ., a volume that allows storage of mascara ). during operation , such an applicator 120 and vessel 130 may allow a user to insert a portion of the applicator element 160 and wand 150 into the reservoir portion 140 of the vessel 130 . the user may then withdraw the applicator element 160 and wand 150 such that the applicator element 160 has retained some amount of material stored in the reservoir 140 . the retained material may then be applied to a user as appropriate ( e . g ., by brushing mascara onto eyelashes of the user ). one of ordinary skill in the art will recognize that the system of fig1 may be implemented in various different ways without departing from the spirit of the invention . for instance , different embodiments may include different vessels of differing size , shape , dimension ( e . g ., height , width , depth , radius , etc . ), etc . as another example , various elements of the system 100 may be provided in various different combinations ( e . g ., some embodiments may include a modified applicator element 160 , other embodiments may provide a differently shaped vessel 130 , etc .). fig2 illustrates a sectional side 200 and top view 210 of a vessel 220 according to an exemplary embodiment of the invention . specifically , this figure shows the potential positioning of various applique manipulators 230 - 240 provided by some embodiments . as shown , the vessel 220 of some embodiments may include a first manipulator 230 ( e . g ., positioned along the body of the vessel 220 ) and / or a second manipulator 240 ( e . g ., positioned along the neck of the vessel 220 ). each of the manipulators may have an associated length 250 and width ( or depth ). the width or depth of each manipulator may include a structural section 260 and a manipulation section 270 . the structural section 260 may include various structural backings and / or adhesives that may allow the structural section to be attached to the vessel 220 in a secure fashion . the manipulation section 270 may include various elements and / or features that may be adapted to remove excess applique from the applicator of some embodiments . in addition , as shown in the top view 210 , the vessel 220 may include a reservoir area 280 for storing applique material and a manipulator area 290 that extends radially from the sides of the vessel 220 in some embodiments . one of ordinary skill in the art will recognize that although the applicator vessel 220 has been described with reference to various details , different embodiments may implement the vessel in various different ways without departing from the spirit of the invention . for instance , different embodiments may include different elements of different dimension within the structural section 260 of some embodiments ( e . g ., adhesive layers of differing widths , support layers such as lattice structures ( not shown ), etc .). such elements may be made of various appropriate materials ( e . g ., metal , plastic , bristle , etc .). in addition , some embodiment may divide a manipulator into multiple sections , where each section may include a different manipulator configuration . fig3 illustrates various excess applique removal features provided by some embodiments of the vessel of fig1 . specifically , the figure shows top 305 , side 310 , and front 315 views of the various removal features of some embodiments . as shown , the various features 320 - 0345 may include various shapes , sizes , lengths , orientations , etc . of elements . different embodiments may be arranged in various different ways , as appropriate . the examples of fig3 are provided for illustrative purposes only and are not meant to be limiting in any way . the first example configuration 320 may include a set of protuberances that are evenly spaced radially about the vessel ( as shown in view 305 ). each protuberance may extend perpendicularly from the vessel wall ( as shown in view 310 ). in addition , each protuberance may be viewed as a point extending out from the vessel wall ( as shown in view 315 ). the second example configuration 325 may include a set of protuberances that are evenly spaced radially about the vessel ( as shown in view 305 ). each protuberance may extend at an acute angle from the vessel wall ( as shown in view 310 ). in addition , each protuberance may be viewed as an ellipse extending out from the vessel wall ( as shown in view 315 ). the third example configuration 330 may include a set of protuberances that are evenly spaced radially about the vessel ( as shown in view 305 ). each protuberance may extend from the vessel wall ( e . g ., perpendicular to the wall , at an angle from the wall , etc .) and may include a “ hook ” tip , as is typical of a hook and loop type fastener , ( as shown in view 310 ). in addition , each protuberance may be viewed as an elongated ellipse extending out from the vessel wall ( as shown in view 315 ). the fourth example configuration 335 may include a set of protuberances that are evenly spaced radially about the vessel ( as shown in view 305 ) to form a valve . each protuberance may extend at an acute angle from the vessel wall and may include a generally flat surface ( as shown in view 310 ). in addition , each protuberance may be viewed as a rectangle extending out from the vessel wall ( as shown in view 315 ). the fifth example configuration 340 may include a set of generally round shaped protuberances that are evenly spaced radially about the vessel ( as shown in view 305 ) to form a valve . each protuberance may extend from the vessel wall ( e . g ., perpendicular to the wall , at an angle from the wall , etc .) and may include a generally flat surface ( as shown in view 310 ). in addition , each protuberance may be viewed as a rectangle extending out from the vessel wall ( as shown in view 315 ). in such a valve each element may overlap one or more other elements , such that a central passageway is bordered by each valve element . the sixth example configuration 345 may include a set of generally round shaped protuberances that are evenly spaced radially about the vessel ( as shown in view 305 ) to form a valve . each protuberance may extend perpendicularly from the vessel wall and may include a generally flat surface ( as shown in view 310 ). in addition , each protuberance may be viewed as a rectangle extending out from the vessel wall ( as shown in view 315 ). in such a valve each element may be implemented in a layer that may overlap another layer formed by other valve elements , such that a central passageway is bordered by the layers of valve elements . different embodiments may optimize the various types , dimensions , materials , etc . of the structures described in reference to fig3 based on various appropriate factors ( e . g ., type of material to be applied , applicator characteristics , etc .). for instance , the number of protuberances , the thickness of each protuberance ( and / or rigidity and / or other appropriate physical characteristic of materials used ), shape of each protuberance along a first set of dimensions ( e . g ., elliptical , wedge or triangle shaped , flat layers of uniform thickness , angled layer , etc . ), shape of each protuberance along a second set of dimensions ( e . g ., elliptical , linear , polygonal , etc . ), angle of extension of protuberances ( e . g ., perpendicular to the vessel wall , at an angle to the wall , etc .) may vary among different embodiments . in addition , some embodiments may include different combinations of structures ( e . g ., alternating sections of a first configuration such as a set of bristles and a second configuration such as a set of valves ). fig4 illustrates side and top views of a conceptual system 400 including an applicator 420 and associated vessel 430 according to an exemplary embodiment of the invention . specifically , this figure shows an example of a compression fit vessel and applicator . as shown , the vessel 430 may include an opening 450 that may be adapted to fit a particular size and shape of wand ( e . g ., a wand having shape 460 ) and applicator element ( e . g ., having a shape as shown with respect to opening 450 ). some embodiments may thus allow use of an applicator wand 420 and vessel 430 that are able to be connected using a compression fit that does not require , for example , securing the wand to the vessel by continuously rotating the wand relative to the vessel ( i . e ., “ screwing ” the wand into the vessel ). some embodiments may provide a vessel ( e . g ., vessel 130 , vessel 430 , etc .) having a flexible body such that a user may squeeze the sides of the vessel during use . in this way , some embodiments may allow a user to control the amount of applique retained by an application element when the element is inserted into and removed from the vessel . such a vessel may include various combinations of excess applique removal features , as appropriate . thus , with a given set of applique removal features , a user may be able to achieve various levels applique applied to the application element by varying the amount of pressure applied to the sides of the vessel while removing the application element from the vessel . one of ordinary skill in the art will recognize that compression fit embodiments such as system 400 may be implemented in various different ways without departing from the spirit of the invention . for instance , different specific shapes and / or sizes of opening , wand , applicator , vessel , etc . may be used , as appropriate . fig5 illustrates side 500 and top 510 views of various applicator and vessel shapes according to exemplary embodiments of the invention . specifically , this figure shows various applicator shapes that may allow optimized placement of applicated materials and / or use of such materials . in addition , this figure shows various vessel shapes that may be associated with the described applicator shapes in some embodiments . as shown , an applicator 520 may include various wand types , shapes , etc . ( not shown ), and or various applicator elements 530 ( e . g ., elements 540 - 570 ). each specific applicator may be associated with a vessel that has an opening 580 that may be associated with the applicator . in addition , vessels used with some embodiments of system 500 may include various elements described above in reference to fig1 - 5 above ( e . g ., one or more manipulators , materials , etc .). as shown in fig5 , different embodiments may include differently shaped application elements 530 . for instance , some embodiments may provide an oval shaped application element 540 , a differently - shaped oval element 550 , a “ d ”- shaped element 560 , a teardrop shaped element 570 , etc ., as appropriate . such shapes may allow optimum placement of applique . the shape , size , dimension , etc . of the application elements may be based at least partly on the material being applied . in some embodiments , various surfaces of each application element 530 may be sized and / or shaped to match various contours of a human face ( e . g ., eye radius , width , height , etc . ), various characteristics of an associated applique ( e . g ., viscosity , color , etc . ), etc . alternatively , some embodiments may include a traditional application element ( not shown ), for example forming an arc with a set of radially protruding bristles . each application element may include a frame and a set of protuberances . the frame may typically include a section of rigid wire ( and / or other appropriate element ) and each protuberance may be , for example , a bristle . fig6 illustrates a flow chart of a conceptual process 600 used by some embodiments to allow placement of an optimal level of applique on an applicator . the process may begin , for instance , when an applicator and / or vessel of some embodiments is made available to a user . as shown , the process may provide ( at 610 ) an optimizing surface . such a surface may be similar to those described in reference to fig2 - 3 . next , process 600 may allow ( at 620 ) a loaded applicator to contact the optimizing surface . such an applicator may include an element similar to applicator element 160 described above in reference to fig1 above . process 600 may then allow ( at 630 ) removal of excess applique ( e . g ., by allowing the applicator element 160 to be dragged across a manipulator of some embodiments to facilitate distribution of remaining applique in a uniform fashion across an applicator if the loaded applicator is actuated along the optimizing surface ). for example , a user may remove an applicator ( e . g ., applicator 120 ) from a vessel ( e . g ., vessel 220 ), such that various bristles of an application element ( e . g ., element 160 ) of the applicator engage a manipulator of some embodiments ( e . g ., manipulator 230 or 240 ) in order to remove excess applique from the applicator . contact of the application element to the manipulator ( s ) may be at least partly determined , in some embodiments , by pressure applied to the exterior of a vessel ( e . g ., a user may squeeze the sides of the vessel ). one of ordinary skill in the art will recognize that process 600 may be implemented in various appropriate ways without departing from the spirit of the invention . for instance , a user may engage an application element and manipulator in various appropriate ways . as another example , the various operations of process 600 may be implemented in various different orders ( and / or various other operations may be added and / or various operations may be removed ). as another example , different embodiments may combine various distinct operations into a single operation , divide various single operations into multiple operations , and / or otherwise manipulate the operations performed . likewise , various single operations may be divided into multiple sub - operations . as another example , the process may be performed as a sub - process of a larger macro process and / or divided into multiple sub - processes , as appropriate . while the invention has been described with reference to numerous specific details , one of ordinary skill in the art will recognize that the invention can be embodied in other specific forms without departing from the spirit of the invention . for example , several embodiments were described above by reference to particular features and / or components . however , one of ordinary skill in the art will realize that other embodiments might be implemented with other types of features and components . one of ordinary skill in the art would understand that the invention is not to be limited by the foregoing illustrative details , but rather is to be defined by the appended claims .