fig1 illustrates one embodiment of a drop foot brace 100 . the drop foot brace 100 provides support for the forefoot of the user , and can be used to treat foot drop and other conditions where the forefoot needs additional support . the drop foot brace 100 may include a support 102 for securing the drop foot brace 100 to the leg of a user wearing the drop foot brace 100 . because the support 102 is configured to be secured to the leg of a user , its construction and the materials from which it is made may be configured to enable the support 102 to engage a user &# 39 ; s leg in a desired manner . thus , the support 102 may include flexible materials ( e . g ., fabrics , polymeric films , cushioning materials , etc . ), rigid or somewhat rigid materials ( e . g ., plastic or metallic structural elements , form - fitting pieces , etc .) or combinations of flexible and rigid or somewhat rigid materials . the support 102 includes an interior surface that faces inwardly toward the leg of the user when the support 102 is being worn , and an exterior surface that faces outwardly from the leg . in some embodiments , the support 102 may be configured to wrap entirely around the leg . in other embodiments , the support 102 may be configured to physically contact only portions of the leg , such as the front of the leg and the back of the leg . the embodiment of support 102 shown in fig1 is a cuff . other types and embodiments of supports 102 are also within the scope of the disclosed subject matter . in the embodiment depicted by fig1 , the support 102 comprises a band - like structure for surrounding a portion of the leg of the user of the drop foot brace 100 . the support 102 may be made from a flexible material such as neoprene . the support 102 may also include stiff or rigid components . the support 102 may also include foam material or other padding to make the support 102 more comfortable when worn by the user . the support 102 may be configured to be worn against the skin of the leg and / or over an item clothing ( e . g ., hosiery , a sock , a pants leg , etc .). the support 102 may include a center portion 106 that is configured to be positioned on the front of the leg when being worn ( as shown in connection with fig3 and fig4 ), a lateral side 104 , and a medial side 108 opposite from the lateral side 104 . the support 102 may include fastener ( e . g ., a hook and loop fastener ( such as velcro ®), etc .) to secure the support 102 to itself and to the leg of the user . in one embodiment , the exterior surface of the medial side 108 carries a hook material 110 , as shown in fig1 . an interior surface of the lateral side 104 may carry loop material ( not seen in fig1 ). the user , when securing the support 102 in place , may wrap the medial side 108 around the leg , and then wrap the lateral side 104 around the leg such that the loop material at least partially overlaps the hook material 110 . while fig1 illustrates a support 102 using hook and loop fasteners , other types of fasteners may be used instead of or in addition to hook and loop fasteners to secure the support 102 to a user &# 39 ; s leg . the embodiment of support 102 shown in fig1 also includes an optional strap 112 that at least partially secures the support 102 to the leg of the user . the strap 112 may be adjustable . it may include a securing mechanism comprising a male clip component 116 and a female clip component 114 . the strap 112 may employ other forms of securing mechanisms , such as snaps , hook and loop fasteners , and others . in one embodiment , the strap 112 ( or at least a central portion thereof ) may comprise a chlorosulfonated polyethylene ( cspe ) synthetic rubber material ( csm ), such as hypalon ®. however , other appropriate materials may also be used . such a strap 112 may also include lateral portions that comprise nylon webbing that is sewn to the central portion of the strap 112 . in use , a user may position the support 102 around his or her leg , then secure the support 102 in place with the hook material 110 and the loop material . the strap 112 may then be adjusted to further tighten or secure the support 102 to the leg . the strap 112 may be pulled around the support 102 such that the strap 112 is disposed over ( and around ) a majority or all of the support 102 , and encircles the user &# 39 ; s leg . the user may then adjust the tightness of the strap 112 to further secure the support 102 in position . while fig1 shows an embodiment of a support 102 with a lateral side 104 and a medial side 108 that are not connected to each other , in other embodiments , the lateral side 104 and the medial side 108 join one another at a back of the support 102 , such that the support 102 forms a unitary band . in embodiments where the support 102 comprises a unitary band , elasticity in at least a portion of the unitary band may enable the support 102 to engage and remain in place on the leg of a user . for example , the support 102 may comprise a unitary band formed from a flexible neoprene material that the user slides over his or her foot and onto his or her leg . the support 102 may be configured to fit the lower leg of the user above the ankle and below the knee , a location that is often referred to as the “ crus ” or the “ gaiter .” the center portion 106 of the support 102 may be situated proximally above the foot when being worn , as shown in fig3 and fig4 . in certain embodiments , the center portion 106 is configured to fit an individual &# 39 ; s leg directly above the ankle . in such an embodiment , a bottom edge of the center portion 106 may include a recess 118 for accommodating the top of an individual &# 39 ; s foot when the support 102 is secured to the individual &# 39 ; s lower leg . the recess 118 , which comprise a concave curvature , may make the support 102 more comfortable for an individual to wear . in some embodiments , a recess 118 may enable use of the drop foot brace 100 with footwear ( e . g ., shoes , boots , etc .). in some embodiments , a support 102 may include a number of perforations 140 that extend therethrough ( e . g ., completely through the support 102 , from the interior surface to the exterior surface ; partially through the support ; etc .). the perforations 140 may impart the support 102 with breathability , which may make it more comfortable to wear ( e . g ., by minimizing perspiration that might otherwise be caused by the support 102 , etc .). in addition or as an alternative to perforations 140 , a support 102 may include apertures ( e . g ., openings in the lateral sides 104 and 108 of the support 102 , etc .). a wicking material on the interior surface of the support 102 may draw moisture away from the skin of in individual wearing the drop foot brace 100 . the support 102 may include one or more cut lines 142 . each cut line 142 may be configured to enable an individual to adjust the length of the first lateral side 104 of the support 102 by providing a location at which the first lateral side 104 may be cut to remove unneeded , excess portions of the first lateral side 104 and , thus , to ensure that the support 102 is sized appropriately for the individual who will be wearing it . in various embodiments , each cut line 142 may be configured in a manner that will help prevent fraying or other undesirable wear of the first lateral side 104 of the support 102 as it is cut ( e . g ., each cut line 142 may comprise an elongated location that is molded or otherwise compressed , etc .) to an appropriate length . the drop foot brace 100 may also include a tensioning component that removably couples to a foot - receiving member ( e . g ., footwear , such as a shoe , a boot , etc . ; etc .) worn by the user that is using the drop foot brace 100 . the tensioning component couples the support 102 of the drop foot brace 100 to the foot - receiving member . the term “ couple ,” as used herein , may refer to direct coupling with no intermediate components or indirect coupling . the tensioning component may directly couple to the foot - receiving member , or may indirectly couple to the foot - receiving member . in the embodiment shown in fig1 , the tensioning component is an elongated element 120 having two engagement elements 122 a and 122 b attached thereto . other types of tensioning component may be used in alternative embodiments . the elongated element 120 and the two engagement elements 122 a and 122 b may removably couple the support 102 to the foot - receiving member worn by the user . as used herein , the term “ elongated element ” refers to any of a variety of thin , collapsible regions along which tensile forces may be applied and maintained to provide a desired amount of bracing force ( e . g ., a cord , a cable , a rope , a string , etc .). the elongated element 120 may comprise a single stranded element or it may include a plurality of filaments or strands that are associated with one another in a manner that imparts the elongated element 120 with strength and / or durability ( e . g ., it may comprise a plurality of twisted and / or woven strands , etc .). any suitable material may be used to form the elongated element 120 ( e . g ., metal wire , polyethylene , an aramid , an acrylic , or any other suitable material ). in embodiments where the elongated element 120 includes a plurality of filaments or strands , ends of the filaments or strands may be secured together in a manner that prevents fraying and , thus , dissociation of the filaments or strands from one another . the drop foot brace 100 may also include a tensioning system 150 disposed on the exterior surface of the support 102 . in the illustrated embodiment , the tensioning system 150 includes a reel and a control , or handle , for winding the elongated element 120 about the reel and , thus , to adjust tension in the elongated element 120 . where the engagement elements 122 b and 122 a are engage features of a foot - receiving member that are configured to receive the engagement elements 122 a and 122 b ( e . g ., eyelets of footwear , etc . ), the tensioning system 150 may pull the top of the foot - receiving member and , thus , of a foot held by the foot - receiving member , towards the support 102 . in this manner , the drop foot brace 100 can provide support for an individual &# 39 ; s forefoot and prevent the foot from dropping when the wearer lifts his or her foot while walking . in a specific embodiment , the tensioning system 150 may comprise a tensioning element of the type made by boa technology , inc . in use , the user may turn a control of the tensioning system 150 that causes the tensioning system 150 to wind the elongated element 120 about the reel . this action removes slack from the elongated element 120 , and introduces tension into the elongated element 120 . the tensioning system 150 may include a uni - directional control that prevents unwinding of ( and a reduction of tension in ) the elongated element 120 unless the user actuates a separate control to enable unwinding of the elongated element 120 . thus , the user can control the tensioning system 150 to tailor the amount of tension in the elongated element 120 and , thus , to provide his or her foot with a desired amount of support . when the user wants to remove the drop foot brace 100 or otherwise release tension in the elongated element 120 , the user may use the tensioning system 150 in a manner that causes the elongated element 120 to unwind or that otherwise releases the elongated element 120 . use of a tensioning system 150 that winds and unwinds to control the amount of tension in the elongated element 120 may be easy for an individual to use since it requires less dexterity than many other tensioning systems . such a tensioning system 150 may be particularly useful where it is used by an individual who has suffered a stroke or other condition that affects his or her dexterity . the elongated element 120 may have first and second ends that removably connect to the reel of the tensioning system 150 , enabling the elongated element 120 to be removed from the drop foot brace 100 without removing the tensioning system 150 . removability of the elongated element 120 may be desirable for circumstances when replacement of the elongated element 120 is desired , such as when the elongated element 120 is worn or damaged . fig1 further illustrates guides that are used to position and orient the elongated element 120 relative to the drop foot brace 100 and the foot - receiving member . as used herein , the term “ guide ” refers to a structure that helps guide and / or position the elongated element 120 . fig1 illustrates an embodiment of drop foot brace 100 that includes three guides , a lateral guide 160 a , a medial guide 160 b , and a center guide 160 c disposed on the center section 106 of the support 102 . the center guide 160 c is disposed on the center portion 106 of the support 102 , at or adjacent to its lower edge , which is positioned closest to a user &# 39 ; s foot when the drop foot brace 100 is worn by the user . the elongated element 120 passes through the center guide 160 c . in fig1 , one engagement element 122 b is on one side of the center guide 160 c , while the other engagement element 122 a is on the other , opposite side of the center guide 160 c . in the depicted embodiment , the center guide 160 c comprises a loop of flexible material ; however , other configurations of a center guide 160 c may be used . the drop foot brace 100 may also include a lateral guide 160 a disposed on the center portion 106 of the support 102 adjacent to the lateral side 104 of the center portion 106 . the lateral guide 160 a may be situated above ( at a higher elevation on the center portion 106 than ) the center guide 160 c and , in some embodiments , adjacent to an upper edge of the center portion 106 of the support 102 . the lateral guide 160 a may comprise a reinforced loop of flexible material , as shown in fig1 , or it may have any other appropriate configuration . the drop foot brace 100 may include a similar medial guide 160 b disposed on the center portion 106 adjacent to a medial side 108 of the center portion 106 and at an elevation above that of the center guide 160 c . the medial guide 160 b may be disposed on an opposite side of the center portion 160 from the lateral guide 160 a like the lateral guide 160 a , the medial guide 160 b may comprise a reinforced loop of flexible material , or it may have any other suitable configuration . as seen in fig1 , the elongated element 120 may extend from the tensioning system 150 through the lateral guide 160 a , then through the engagement element 122 b , which may be situated on the elongated element 120 between the lateral guide 160 a and the center guide 160 c . the elongated element 120 may then extend through the center guide 160 c , into the engagement element 122 a , through the medial guide 160 b and back into the tensioning system 150 . the lateral guide 160 a , medial guide 160 b , and center guide 160 c control the position of the elongated element 120 as the user uses the tensioning system 150 to adjust the tension in the elongated element 120 . in the configuration shown in fig1 , the lateral guide 160 a , medial guide 160 b , and center guide 160 c orient the elongated element 120 when it is under tension such that the elongated element 120 , when secured to a foot - receiving member by the engagement elements 122 a and 122 b , lifts the forefoot of the user to make it easier for a person with weakness in the foot who is wearing the drop foot brace 100 to walk . other configurations and / or arrangements of guides for the elongated element 120 that differ from those shown in fig1 may also be used . turning now to fig1 a , another embodiment of support 102 ′ of a drop foot brace 100 ′ is depicted . the support 102 ′ may include an anterior element 103 ′ and an elongated securing element 104 ′. the anterior element 103 ′ may be configured to be positioned over a shin of the user &# 39 ; s lower leg . the elongated securing element 104 ′ may be configured to wrap at least partially around the user &# 39 ; s lower leg and to secure the anterior element 103 ′ in place on the user &# 39 ; s shin . in some embodiments , the support 102 ′ may be configured to wrap completely around the user &# 39 ; s leg . the drop foot brace 100 ′ may be configured to removably engage a foot - receiving member ( e . g ., the band 302 in fig3 , the footwear 402 in fig4 , etc . ), which , in turn , may be secured to a user &# 39 ; s foot . at least one flexible elongated element 120 ′, at least two engagement elements 122 ′ that are configured to engage corresponding features of the foot - receiving member ( e . g ., eyelets , such as reinforced or unreinforced holes , loops or hooks , etc .) and that are actuated by the flexible elongated element 120 ′, and a tensioning system 150 ′ configured to introduce tension in the flexible elongated element 120 ′ ( and , optionally , to release tension from the flexible elongated element 120 ′) may be collectively configured to pull the foot - receiving element upward . in addition , one or more guides 160 ′ may define a portion of the pathway of the flexible elongated element 120 ′. the guide 160 ′ or guides 160 ′ may be carried by the support 102 ′ of the drop foot brace 100 ′. in a specific embodiment of a drop foot brace 100 ′, the anterior element 103 ′ of the support 102 ′ includes a base 103 b ′ and a pair of collapsible regions 103 c ′ along a top edge of the base 103 b ′. the collapsible regions 103 c ′ are located on opposite sides of the support 102 ′ and , thus , on opposite sides of the tensioning system 150 ′. as depicted , the collapsible regions 103 c ′ may also be located somewhat above the tensioning system 150 ′. a guide 106 ′ may be secured to each collapsible region 103 c ′. when tension is applied to the flexible elongated element 120 ′ ( e . g ., by the tensioning system 150 ′ or otherwise ), the flexible elongated element 120 ′ may pull on each of the guides 106 ′, which , in turn , may cause the collapsible regions 103 c ′ of the anterior element 103 ′ of the support 102 ′ to bend or collapse . in the embodiment illustrated by fig1 a , where the collapsible regions 103 c ′ of the anterior element 103 ′ of the support 102 ′ are located at or near the top of the base 103 b ′ of the anterior element 103 ′ of the support 102 ′, tension in the flexible elongated element 120 ′ may pull the guides 106 ′ and the collapsible regions 103 c ′ down ( e . g ., in the directions of arrows 107 ′, etc .). in contrast , the base 103 b ′ of the anterior element 103 ′ of the support 102 ′ may be configured to resist collapsing under the force applied to the support 102 ′ as tension is applied to the flexible elongated element 120 ′. such resistance to collapsing may be imparted to the base 103 b ′ in any of a variety of ways . as a few non - limiting examples , the material ( s ) from which the base 103 b ′ is formed may be flexible enough to conform to the shape of an individual &# 39 ; s shin , but impart the base 103 b ′ with sufficient rigidity to resist undesired bending or collapsing ; a construction of the base ( e . g ., laminated layers , etc .) may impart the base 103 b ′ with the desired characteristics ; reinforcement features 103 r ( e . g ., the depicted stitching , rigid reinforcements , etc .) may provide the base 103 b ′ with the desired characteristics , etc . juxtaposition of one or more collapsible regions 103 c ′ and a more rigid base 103 b ′ may make the anterior element 103 ′ in a way that prevents undesirable bending or collapsing of the base 103 b ′, and enable the anterior element 103 ′ to remain in place while the flexible elongated element 120 ′, under tension , pulls a foot - receiving member upward . the ability of the base 103 ′ to resist collapsing may enable the support 102 ′ to remain in place when the foot drop brace 100 ′ is worn , which may increase user comfort . each of fig2 a - 2c shows a different view of an embodiment of an engagement element 122 that may be used for the drop foot brace 100 . of course , other embodiments of an engagement element 122 that differ from the embodiment shown in fig2 a - 2c may also be used . fig2 a shows a three - quarter view of the engagement element 122 . the depicted engagement element 122 includes an enlarged head 208 , or upper portion , with a pair of divergently oriented flanges protruding from an upper end thereof and an aperture 206 extending laterally therethrough , from one side to the other . a vertically oriented elongated recess 210 ( which , in the depicted embodiment , has a shape that resembles a teardrop ) is located at each end of the aperture and extends into the side or lower surface of each flange . a neck 202 , or center portion , extends from the enlarged head 208 to a curved element , or lower portion of the engagement element 122 , which forms a hook 204 . the hook 204 of the engagement element 122 is configured to be coupled to a corresponding feature of the foot - receiving member ( e . g ., an eyelet , hook , loop , lace , etc ., of a shoe or other footwear , etc .). thus , when the hook 204 engages a corresponding feature of the foot receiving member , it ( along with the remainder of the engagement element 122 and the elongated element 120 and other features of the tensioning component ) provides the necessary connection between the support 102 and the foot - receiving member of the drop foot brace 100 . the hook 204 may , as shown , terminate in a raised lip to impart it with a “ j ” shape . a raised lip may help reduce the likelihood that the engagement element 122 slips and accidentally uncouples from the feature of the foot - receiving member that the hook 204 engages . in some embodiments , the support engage 122 may lack a curved hook 204 , as other configurations may suitably engage corresponding features of a foot - receiving member . the engagement element 122 may be coupled to a foot - receiving member at a location adjacent to the distal end , or front , of a user &# 39 ; s foot . alternatively , the engagement element 122 may engage another portion of a foot - receiving member , such as the sidewall of an item of footwear . the particular coupling options may vary based on the type of foot - receiving member and user preference . the aperture 206 through the enlarged head 208 of the engagement element 122 may be configure to receive the elongated element 120 shown in fig1 and described in reference thereto . the aperture 206 may be sized and shaped to allow the engagement element 122 to move along the length of the elongated element 120 . in other embodiments , the engagement element 122 may be fixed to a certain position along the length of the elongated element 120 . the enlarged head 208 of the engagement element 122 may also define a guide , which is also referred to herein as a “ hook guide ” to distinguish it from the lateral guide 106 a , the medial guide 106 b , and the center guide 106 c on the support 102 , as discussed in reference to fig1 . in the depicted embodiment , the divergent flanges that protrude from the enlarged head 208 of the engagement element 122 , the recesses 210 in the outer ( or lower ) surfaces of the flanges and the aperture 206 define the hook guide . the hook guide urges the elongated element 120 toward the support 102 of the drop foot brace 100 when the elongated element 120 is under sufficient tension . more specifically , the hook guide and , more specifically , the recesses 210 and the angles at which their respective flanges are oriented may control the angle at which the elongated element 120 is bent when the elongated element 120 is under sufficient tension . in some embodiments , the hook guide may provide a substantially semi - circular path for the elongated element 120 . in certain embodiments , the elongated element 120 may comprise a material that may be irreversibly deformed when subjected to tensile stress that exceeds a critical threshold . the hook guide may be configured to distribute the force applied to the elongated element 120 and increase or maximize the distance over which the elongated element 120 contacts the engagement element 122 . in this manner , the hook guide may prevent the elongated element 120 from exceeding its elastic and , thus , prevent or reduce permanent deformation of or other damage to the elongated element 120 . such a configuration of hook guide may also prevent bending of the elongated element 120 at sharp angles , which may reduce the possibility that the elongated element 120 will break or snap at any location where it contacts the engagement element 122 . another embodiment of engagement element 122 ′ is shown in fig2 d - 2f . the engagement element 122 ′ includes an upper portion 208 ′, a central portion 202 ′ extending from the upper portion 208 ′, and a lower portion 204 ′ adjacent to an opposite side ( or end ) of the central portion 202 ′. the upper portion 208 ′ is configured to receive and to be engaged by the flexible elongated element 120 , 120 ′ ( fig1 and 1a ). in some embodiments , an aperture 206 ′ through the upper portion 208 ′ receives the flexible elongated element 120 , 120 ′. the aperture 208 ′ may be configured to minimize wear on the flexible elongated element 120 , 120 ′ as the engagement element 122 ′ moves along the flexible elongated element 120 ′ or as the flexible elongated element 120 ′ moves through the aperture 206 ′. wear of the flexible elongated element 120 , 120 ′ may be minimized by providing a configuration that lacks corners at locations of the upper portion 208 ′ that may come into contact with the flexible elongated element 120 , 120 ′ during use of the foot brace 100 , 100 ′ ( fig1 and 1a ). as a non - limiting example , interior peripheral surfaces 209 ′ of the upper portion 208 ′, which define the aperture 206 ′, may be convex and continuous with side surfaces 208 s ′ of the upper portion 208 ′. the lower portion 204 ′ of the engagement element 122 ′, which extends transverse to a length of the engagement element 122 ′, may include a tooth 201 ′ at or near a distal end 202 d ′ of the lower portion 202 ′. the tooth 201 ′ may be configured to engage an eyelet of a foot - receiving member or the foot - receiving member when the lower portion 204 ′ is inserted into an eyelet or other corresponding feature of a foot - receiving member and a pulling force is then applied to the engagement element 122 ′ ( e . g ., to the upper portion 208 ′ of the engagement element 122 ′. a pulling force may be applied as tension is applied to a flexible elongated element 120 , 120 ′ ( fig1 and 1a ) of a drop foot brace 100 ′ ( fig1 and 1a ). in some embodiments , the tooth 201 ′ of an engagement element 122 ′ may be configured to engage its corresponding feature or a foot - receiving member without damaging the same . fig3 illustrates an embodiment of a drop foot brace 100 being worn by a user and connected to a foot - receiving member . the foot - receiving member shown in fig3 comprises a band 302 that wraps around at least a portion of the foot of the user . the band 302 includes a bottom surface ( not seen ) for receiving the plantar portion of the foot of the user , and an upper surface 320 that is configured to be positioned over the dorsal , or top , portion of the foot of the user , as seen in fig3 . the band 302 also includes a proximal opening 324 for receiving the user &# 39 ; s foot , and a distal opening 322 through which the distal end 312 ( e . g ., toes , etc .) of the user &# 39 ; s foot may protrude . in other embodiments , the band 302 may lack a distal opening 322 and , thus , it may be configured to cover the toes of the user . the bottom surface of the band 302 may be made from a different material than the upper surface 320 of the band 302 . for example , the bottom surface may include a durable tread to provide traction when the user is walking without any footwear or other protection on the band 302 , or that helps prevent an item of footwear ( i . e ., a sandal , etc .) worn over ( or under ) the band 302 from slipping off of the foot . the band 302 may be adjustable to accommodate a variety of different sizes of feet . as an example , the upper surface 320 of the band 302 may be configured to adjust to the size of a foot . without limitation , the upper surface 320 of such a band 302 may a length adjustable element ( e . g ., a strap , etc .). the band 302 may be configured to fit over the bare foot of the user , or over a footwear item of the user ; for example , the band 302 may fit over a flip - flop , a sandal , or other item of footwear worn on the foot of the user . such an embodiment may be desirable where the footwear does not include lace guides that can be engaged by the engagement elements 122 a and 122 b . in certain embodiments , the band 302 may be placed on the foot first , then the footwear item may be positioned over the band 302 , as shown in fig3 . some embodiments of band 302 may include a strap 304 that removably secures the bottom surface to the upper surface 320 . the strap 304 may partially close the distal opening 322 to help secure the band 302 to the foot of the user . in the embodiment shown , the strap 302 is configured and positioned to pass between the hallux ( or big toe ) and the second toe of the user . the band 302 may include one or more connection points or other features to which the engagement elements 122 a and 122 b ( or other variety of tensioning component ) may connect . the connection points may be eyelets , lace guides , hooks , loops , or any other suitable connection point . the connection points may be positioned on opposite sides of the band 302 . fig4 illustrates an embodiment of a drop foot brace 100 being worn by a user and connected to an item of footwear 402 . the footwear 402 may be a shoe , a boot , or any other type of footwear . the footwear 402 may have a high - top configuration , a mid - top configuration , or other . while the depicted embodiment shows the drop foot brace 100 as being separate from the footwear 402 , in some embodiments , the drop foot brace 100 may be integral with the footwear 402 . for example , the tensioning system 150 may be built into the tongue 410 or another portion of the footwear 402 ( e . g ., in embodiments where the footwear 402 has a sufficiently high top , etc .). in such an embodiment , the support 102 may be defined by sides 404 and 406 of an upper of the footwear 402 and the tongue of the footwear 402 . in addition to sides 404 and 406 , the upper of the footwear 402 may include a toe portion 408 , an ankle portion 412 and a lacing area 420 between the sides 404 and 406 . lace guides 422 are positioned on opposite sides of the lacing area 420 . the lace guides 422 may be eyelets , hooks , loops , or any other variety of lace guide 422 . the footwear 402 includes a lace or other securing element that passes over the lacing area 420 and through the lace guides 422 . the lace may be tightened to secure the footwear 402 to the foot of a user . the user may attach the support 102 to the leg just above the footwear 402 . the engagement elements 122 a and 122 b may be sized to removably couple to the lace guides 422 of the footwear 402 . the first engagement element 122 a may couple to a lace guide 422 on one side of the lacing area 420 and the second engagement element 122 b may couple to a lace guide 422 on the opposite side of the lacing area 420 , as shown in fig4 . the user may couple the engagement elements 122 a and 122 b to any lace guide 422 between the ankle portion 412 and the toe portion 408 of the footwear . the user may choose the lace guides 422 to which the engagement elements 122 a and 122 b connect based on one or more of the footwear 402 , the desired level of comfort , the desired amount of support , or any other criteria . while fig4 shows engagement elements 122 a and 122 b connecting to lace guides 422 , the engagement elements 122 a and 122 b may connect to any suitable feature of the footwear 402 . in another embodiment , the drop foot brace 100 may not use engagement elements 122 as part of the tensioning component ; for example , in one embodiment , the drop foot brace 100 may include a strap that connects to the elongated element 120 . the strap may fit under the sole of the footwear 402 at the toe portion 408 of the footwear 402 . in another embodiment , the tensioning component includes a toe cap that fits over at least part of the toe portion 408 of the footwear 402 . the toe cap may connect to the elongated element 120 and thus allow the user to tension the elongated element 120 using the tensioning system 150 such that the foot is properly supported . fig5 shows an embodiment of a method 500 for using a drop foot brace 100 ( see fig1 , 3 and 4 ). the method 500 may commence at reference 502 with attaching a support of a drop foot brace 100 to a leg of an individual . the drop foot brace 100 may be attached to the leg above the ankle and below the knee such that the tensioning system 150 of the drop foot brace 100 is outwardly disposed on the surface of the support 102 . the method 500 may also involve , at reference 504 , inserting the foot of the individual into a foot - receiving member . the foot - receiving member may be an item of footwear 402 ( fig4 ), a band 302 ( fig3 ), or other suitable foot - receiving member . the method 500 may further involve , at reference 506 , connecting a tensioning component of the drop foot brace 100 to the foot - receiving member . the method may additionally involve connecting the tensioning component ( e . g ., the elongated element 102 ) to a tensioning system 150 of the drop foot brace 100 , the lateral , medial , and center guides 160 a - c , and the engagement elements 122 a and 122 b . the method 500 , at reference 508 , may include tightening the elongated element 120 . as a non - limiting example , a tensioning system 150 may be used in a manner that causes the tensioning component to wind around a reel of the tensioning system 150 , etc .). the user may actuate the control by turning the control in a clockwise or counterclockwise direction . by winding the elongated element 120 around the reel , the user removes the slack from the connection between the tensioning system 150 and the foot - receiving member . the method 500 may also involve , at reference 510 , releasing the control when the elongated element 120 is tensioned and maintains a desired angle ( e . g ., an approximately ninety - degree angle , etc .) between the foot and the leg . as a result , the foot of the user is provided with additional support . the user may then walk more comfortably despite issues with weakness in the foot . the method 500 may involve other elements in addition to , or instead of , those shown in fig5 . for example , where the foot - receiving member is an item of footwear 402 ( fig4 ) with a plurality of lace guides and the tensioning component includes engagement elements 122 a and 122 b , connecting the tensioning component of the drop foot brace 100 to the foot - receiving member may involve connecting the engagement elements 122 a and 122 b to at least two lace guides on opposing lateral sides of the footwear 402 . where the foot - receiving member is a band 302 ( fig3 ) that is configured to wrap around at least a portion of the foot of the user and the tensioning component includes engagement elements , connecting the tensioning component may involve connecting the engagement elements to opposing lateral sides of the band 302 . where the support 102 includes a cuff , attaching the support 102 to a user &# 39 ; s leg may involve securing the cuff around the leg of the individual at the crus . other variations depending on the implementation are also within the scope of the present disclosure . although the foregoing description contains many specifics , these should not be construed as limiting the scope of any of the claims , but merely as providing illustrations of some embodiments of the disclosed subject matter . similarly , other embodiments of the disclosed subject matter may be devised which do not depart from the spirit or scope of any of the claims . features from different embodiments may be employed in combination . the scope of each claim is , therefore , indicated and limited only by its plain language and the legal equivalents thereto , rather than by the foregoing description . all additions , deletions and modifications to the disclosed subject matter that fall within the meaning and scope of any of the claims are to be embraced thereby . no element recited by any of the claims is intended to be a means - plus - function limitation unless the phrase “ means for ” is specifically used in that claim .
a drop foot brace includes a support configured to be secured to a leg of a user , a foot - receiving member and a tensioning component . the tensioning component may include an elongated element a rotatable tightening member for adjusting a tension in the elongated element and two or more engagement elements associated with the elongated element . each engagement element may include a long , curved hook guide that receives the elongated element and that is configured to minimize deformation and breakage of the elongate element . in addition , each engagement element may include a hook configured to engage a corresponding feature of a foot - receiving member . the foot - receiving member may comprise footwear , such as a shoe or boot , or it may be configured to enable us of the support member without footwear that covers the top , or dorsal portion , of the foot . thus , the drop foot brace may be used when an individual decides to go barefoot or when the individual wears flip - flops or other sandals . methods for addressing drop foot are also disclosed .