the present support system 10 includes a shape memory material 12 for use in garments 30 . the garment 30 may be any suitable garment . for example , the garment 30 may be a brassieres ( bra ), including athletic / sports bras , lingerie , specialty bras for mastectomy or body impairments . the garment 30 may also be any of foundation garments , underwear , camisoles , shirts , pants , socks , swim wear , hats , among other clothing and accessories . the garment 30 may be any garment 30 in which it is desirable to start in a first configuration / shape and transition to a second more constraining or supportive position after the application of body heat . the shape memory material 12 may be attached to already existing garments 30 , or maybe be integrally formed with a garment 30 . for example , the support system 10 may include shape memory material 12 in the form of a support panel 22 that may be an insert or attachment to a cup of a bra , as shown in fig1 - 5 . however , it is contemplated that the support panel 22 may be integrated within any number of garments to provide support and shape in the areas of the abdomen , torso , thighs , buttocks , back , legs , and combinations thereof . as shown in fig1 - 5 , the shape memory material 12 forms a surface that may extend over a lower half of a bra cup . alternatively , the shape memory material 12 may for a surface that extends over the entirety of each bra cup . of course it is contemplated that the shape memory material 12 may extend over any proportion of the surface of a bra including a bra cup , the body of the bra , and / or straps of the bra . for example , the shape memory material 12 may extend over a percentage of the surface of a bra cup including , but not limited to , 40 %, 50 %, 60 %, 70 %, or 80 %. the shape memory material 12 may be a shape memory alloy ( sma ), which is also referred to as a smart metal , memory metal , memory alloy , or smart alloy . the sma remembers its original shape and that when deformed returns to its pre - deformed shape when the material is heated . the sma may be a copper - aluminum - nickel alloy and / or nickel - titanium ( niti ) alloy . of course , the sma may include any suitable alloy including zinc , copper , gold , and iron . alternatively , or in addition to , the shape memory material 12 maybe a shape memory polymer ( smp ). smp materials are polymeric smart materials that have the ability to return from a deformed state to their pre - deformed shape included by an external stimulus , such as temperature change . in addition to temperature change , the shape change of the smp may be triggered by electric or magnetic field , light , pressure , chemical , or solution . the smp may include thermoplastic and thermoset , including covalently cross - linked , polymeric materials . for example , the smp may include polyethers , polyacrylates , polyamides , polysiloxanes , polyether amides , polyvinyl ethers , polyether esters , urethane / butadiene copolymers , polyurethanes , polyethylene terephthalate , polyethyleneoxide , styrenebutadiene polymers , norbornane polymers , block copolymers of polystyrene and poly ( 1 , 4 - butadiene , a copolymer of poly ( 2 - methyl - 2 - oxazoline ) and polytetrahydrofurane , polynorbornene , polyethylene / nylon - 6 copolymer , styrene - 1 , 4 - butadiene block copolymer , ethylene oxide - ethylene terephthalate block copolymer , poly ( methylene - 1 , 3 - cyclopentante ) polyethylene block copolymer , or combinations thereof . the shape memory material 12 may be in any suitable form , including , but not limited to , a solid support as shown in fig1 , a mesh support 14 ( fig2 - 3 ), and a wire support 16 ( fig4 - 5 ). in addition , the shape memory material 12 may be provided in different configurations including , but not limited to , fabrics , fibers , filaments , shape memory textiles , strips , gels , microbeads , and simple or complex geometries , such as mesostructures . the support panel 22 may be formed by machining , spinning , molding , extruding , or additive manufacturing . the support system 10 may be integral within the cup of a bra . for example , the support system 10 may replace or be in addition to an intermediate foam layer within a bra . the shape memory material 12 may be incorporated or attached to breast cups 38 of a garment 30 . for example , the breast cups 38 may include an upper portion 34 and a lower portion 36 . in an example , the shape memory material 12 may be included in the lower portion 36 . for example , the support system 10 may include a support panel 22 including the shape memory material 12 that is positioned on or in the lower portion 36 of the breast cup 38 . the support system 10 includes a shape memory material 12 that transforms from a first shape 18 to a second shape 20 . as shown in fig2 - 3 and 4 - 5 , the shape memory material 12 may change from a first shape 18 that is concave to a second shape 20 that is more planar , upon the shape memory material 12 being approximately the shape of the body temperature of the user . in the case of the garment 30 being a bra , the transformation from the first shape 18 to a second shape 20 may result in lifting and pushing the breast of a wearer upward . in another example , the first shape 18 may be concave and the second shape 20 may be convex in order to lift up the breast of the wearer . the shape memory material 12 may be one continuous piece of material that in the first shape 18 is concave . alternatively , the shape memory material 12 may be included in consecutive sections , as shown in fig2 - 3 . for example , the breast cup may include three different panels of shape memory material 12 , wherein each panel includes a concave first shape 18 and a generally planar second shape 20 . in yet another example , the shape memory material 12 may transform / transition from a first shape 18 that includes a smooth surface to a second shape 20 in which a plurality of projections rise from the previously smooth surface , as shown in fig6 a - 6b . for example , the projections may be convex projections extending from the previously smooth surface . in such example , the shape memory material 12 may be used in a garment 30 , such as a bra or girdle . in the case of a bra , the first shape 18 may include a concave smooth surface and the second shape 20 may include convex projections 24 from the concave surface , which results in compressing / supporting the portion of the breast in contact with the projections 24 , which lifts up the breast of the wearer . in another example , the shape memory material 12 may be incorporated into other garments , such as a foundation garment . as the shape memory material 12 reaches the transition temperature equivalent to the wearer &# 39 ; s body temperature , the shape memory material 12 may transform from a first shape 18 that is smooth to a second shape 20 that increases the supporting force of the garment against the user &# 39 ; s body . the increased supporting force may be provided , for example , by a plurality of projections that rise from the previously smooth surface . as such , the projections provide the desired localized support . because the pressure garment includes the shape memory material 12 that transforms from a first shape 18 to a second shape 20 , the garment does not suffer the disadvantage of most conventional garments that loosen after wearing several times or after several washes . nor is it as difficult to put on as traditional shapewear may be . as shown in fig7 a , the system may include a garment 30 embodied in foundation garments that includes shape memory material 12 at the abdomen and thigh areas . as shown in fig7 b , the system may include a garment 30 embodied in a sports bra including the shape memory material 12 in the back of the sports bra . fig8 a depicts a garment 30 embodied in a tank top wherein the shape memory material 12 is included in the chest area , such as in a built in bra , and the abdomen area . as shown , the abdomen area may include a plurality of shape memory material 12 sections wherein the first shape 18 may be curved ( as shown in fig8 a ) and the second shape 20 may be more planar / less curved ( as shown in fig8 b ). the transition temperature for the shape memory material 12 to transform from a first shape 18 to a second shape 20 may be in the range of 70 ° f . to 120 ° f ., for example , 80 ° f . to 110 ° f ., 90 ° f . to 105 ° f ., 95 ° f . to 100 ° f ., or any combination thereof . the transition temperature may be the body temperature of the wearer of the garment . in another example , the transition temperature may be achieved by an external heat source such as a heated dryer , such as a clothes dryer or hair dryer . it should be noted that various changes and modifications to the embodiments described herein will be apparent to those skilled in the art . such changes and modifications may be made without departing from the spirit and scope of the present invention and without diminishing its attendant advantages . for example , various embodiments of the method and portable electronic device may be provided based on various combinations of the features and functions from the subject matter provided herein .
the present disclosure provides a garment including a shape memory material , wherein upon the shape memory material reaching a transition temperature , the shape memory material transforms from a first shape to a second shape , wherein the second shape imparts a greater force to a body part with which the garment is in contact as compared to the force imparted to the body part by the first shape , wherein the transition temperature is between , and including , 90 ° f . and 105 ° f . the garments of the present disclosure may include bras , foundation garments , athletic / sports bras , swimwear , among others .