Patent Application
20230346052
Swimwear garments have long been staple garments primarily designed for wearing during times spent in and around the water. By nature, modern swimwear garments generally fit tight against the wearer's body and covers less of a wearer's body than typical clothing. These and other general characteristics of swimwear often make wearers wary of the exposure level and how one looks in the swimwear garment since swimwear generally offers little way of hiding the shape, contour, etc. of the wearer's body. As such, wearers generally seek out swimwear garments with cuts and characteristics that best flatter their body and providing an overall appearance on the wearer that is aesthetically appealing to the wearer.
Swimwear garments have continually evolved to meet the wearer's desire to appear their very best in the garments. Typical swimwear garments are made of stretch fabrics, for example, variations of spandex, nylon and spandex, polyester and spandex, or other spandex combinations providing two or more ways stretch to the garment. In more recent years, swimwear garments have also incorporated figure control inner linings used to contain or restrict parts of the body and/or to allow the outer layer to take on different configurations over the inner lining to camouflage various parts of the wearer's body.
A swimwear garment configured to be worn by a wearer having buttocks, the swimwear garment comprising an outer rear layer and a rear compression layer. The outer rear layer defines at least rear portions of two leg openings and extends upwardly from the two leg openings toward a waist of the swimwear garment in a manner configured to at least partially cover the buttocks of the wearer. The rear compression layer is coupled to the outer rear layer along an inside surface of the outer rear layer and defines a bottom periphery and opposing side edges. The rear compression layer extends upwardly from the bottom periphery to at least to the waist of the swimwear garment. Each of the opposing side edges of the rear compression layer are sewn to corresponding side edges of the outer rear layer. The bottom periphery of compression fabric layer is entirely positioned above the at least rear portions of the leg openings to be positioned above a majority of the buttocks of the wearer during use. Other swimwear garments, assemblies, and associated methods are also described herein.
Embodiments of the invention will be described with respect to the figures, in which like reference numerals denote like elements, and in which:
The following detailed description of the invention provides example embodiments and is not intended to limit the invention or the application and uses of the invention. Furthermore, there is no intention to be bound by any theory presented in the preceding background of the invention or the following detailed description of the invention. Relational terms herein such a first, second, top, bottom, etc. may be used herein solely to distinguish one entity or action from another without necessarily requiring or implying an actual such relationship or order. Directional terminology, such as “front,” “back,” etc. is used with reference to the orientation in the figure(s) being described. Any directional terminology is used for purposes of illustration and is in no way limiting. In addition, as used herein, the terms “about” or “substantially” apply to all numeric values or descriptive terms, respectively, and generally indicate a range of numbers or characteristics that one of skill in the art would consider equivalent to the recited values or terms, that is, having the same function or results.
Embodiments of the invention are directed a swimwear garment that provides compression of some body areas covered by the swimwear garment while preserving a more natural appearance of other body areas covered by the swimwear garment. For example, swimwear garments of the current innovation may provide compressive control over areas of the wearer's body including the stomach and/or breasts while providing little to no added control to the buttocks of the wearer via use of a variation of control fabrics and/or control fabrics that terminate short of lining an entirety of the swimwear garment.
One embodiment of the present invention includes having a front compression layer that extends along the inside of part of the outside layer of the swimwear garment but terminates before covering all the seat or buttocks area of the swimwear garment. The front compression layer is secured at top and side peripheries thereof, but the bottom periphery is formed as a cut edge that is free from or floats along an inside surface of the outside layer of the swimwear garment. In one embodiment, the cut edge extends along only a very top portion of the bottom of the wearer and terminates in an inverted V-shaped manner to provide for the full shape of the wearer's buttocks to be seen without compression in addition to any provided by the outer layer of the swimsuit garment. In this manner, the front compression layer and other compression layers provide for compressive control of a wearer's stomach and/or breasts, etc. that terminates short of covering any substantial portion of the wearer's buttocks, to provide the selective compressive control desired by many wearers of swimwear garments.
Turning to the figures,
Referring to
In one example, swimwear garment 10 more particularly includes an outer front layer 30, an outer rear layer 32, a front compression layer 34, and a rear compression layer 36 per one example of the innovation as best shown in the inside-out views of
In one embodiment, outer front layer 30 and outer rear layer 32 are both formed of the same or a substantially similar, flexible material appropriate for use in the water. For example, outer front layer 30 and outer rear layer 32 are each formed of a fabric with flexible, elastomeric, and water safe properties, such as a combination of spandex and nylon or polyester and spandex in a tricot-type knit, a raschel-type knit, a circular knit, or other suitable knit, spandex, or other spandex combinations. In one example, outer front layer 30 and outer rear layer 32 are formed of a material including a LYCRA® fabric (a registered trademark of DuPont Corporation), either alone or in combination with nylon, polyester, or other suitable fabric type, having four-way stretchability to best allow for swimwear garment to fit different shapes and sizes of wearers without substantial modification to the pattern or design of the garment. Other fabrics suitable for use in swimwear and will be apparent to those of skill in the art upon reading this present application.
As cut from the suitable fabric, outer front layer 30 defines an outside surface 50 opposite inside surface 40 each being collectively defined between an upper periphery 52, a bottom periphery 54, and side edges 56, where each of side edges 56 extends between ends of upper periphery 52 and bottom periphery 54 opposite one another, according to one embodiment. In one example, upper periphery 52 will partially define waistband 20, and bottom periphery 54 defines a central crotch edge 60 and two leg opening edges 62, each leg opening edge 62 extending from the lower portion of each of a different one of side edges 56 inwardly to opposite side of central crotch edge 60. A distance between the two side edges 56, that is a width of outer front layer 30, is configured depending on the size of swim garment 10, but generally to cover the front portion 26 of swimwear garment 10 includes stretching to extend around a portion of each of the sides of swimwear garment 10. A distance between upper periphery 52 and crotch edge 60, that is, a height of outer front layer 30, is dependent upon the coverage of wearer 12 desired, for example, the height of outer front layer 30 is larger for a higher-waisted swimwear garment 10, such as that shown in
Front compression layer 34 is formed of a material configured to contour and slim one or more areas of the body of wearer 12, for example, buttocks, stomachs, hips, and breasts of a wearer depending upon where and how used in garment. While both front compression layer 34 and outer front layer 30 provide some compression to wearer 12 due to their elastomeric nature, in one example, front compression layer 34 is formed of a more compressive fabric than outer front layer 30. More specifically, front compression layer 34 is formed of a fabric that has a heavier weight and a higher elastic modulus than the fabric forming outer front layer 30, such that it has a lower elasticity than the fabric forming outer front layer 30, and it serves to reduce waist girth and stomach protrusion when worn by wearer and placed to cover at least a portion of wearer's 12 stomach and/or waist providing desirable sculpting benefits to wearer 12. In one embodiment, front compression layer 34 is formed of a fabric including spandex, such as a spandex and nylon or spandex and polyester fabric in at least one of a tricot knit, raschel knit, simplex knit, power mesh, or other suitable fabric as will be known to those of skill in the art upon reading this application.
Front compression layer 34 is, in one embodiment, sized and shaped substantially identically to outer front layer 30 such that front compression layer 34 covers an entirety of inside surface 40 thereof. In this manner, front compression layer 34 defines an inside surface 70, an outside surface 72 opposite inside surface 70 each being collectively defined between an upper periphery 74, a bottom periphery 76, and side edges 78, where each of side edges 78 extends between ends of upper periphery 74 and bottom periphery 76 opposite one another, according to one embodiment. In one example, upper periphery 74 will partially extend along or near waistband 20, and bottom periphery 76 defines a central crotch edge 80 and two leg opening edges 82, each leg opening edge 82 extending from the lower portion of each of a different one of side edges 78 inwardly to opposite side of central crotch edge 80.
Outer front layer 30 is configured to fully cover outside surface 72 of front compression layer 34, such that front compression layer 34 generally is not visible by an observer externally viewing swimsuit 10 while it is worn by wearer 12, in a manner providing an aesthetically pleasing appearance. In one embodiment, outer front layer 30 is sewn to front compression layer 34 along each of upper peripheries 52 and 74, leg opening peripheries 54 and 76, side edges 56 and 78, and central crotch edges 60 and 80 either entire before assembly with outer rear layer 32 or partially before assembly with outer rear layer 32 with remaining portions being sewn together during assembly with outer rear layer 32. In this manner front portion 26 of swimwear garment 10 is formed continuously as a dual layer, front portion 26.
As cut from the suitable fabric, outer rear layer 32 defines an outside surface 90 opposite inside surface 42 each being collectively defined between an upper periphery 92, a bottom periphery 94, and side edges 96, where each of side edges 96 extends between ends of upper periphery 92 and bottom periphery 94 opposite one another, according to one embodiment. In one example, upper periphery 92 will partially define waistband 20, and bottom periphery 94 defines a central crotch edge 80 and two leg opening edges 82, each leg opening edge 82 extending from the lower portion of each of a different one of side edges 78 inwardly to opposite side of central crotch edge 80. A distance between the two side edges 78, that is a width of outer rear layer 32, is configured depending on the size of swim garment 10, but generally to cover the rear portion 28 of swimwear garment 10 and stretching to extend around a portion of each of the sides of swimwear garment 10. A distance between upper periphery 92 and crotch edge 100, that is, a height of outer rear layer 32, is dependent upon the coverage of wearer 12 desired, for example, the height of outer rear layer 32 is larger for a higher-waisted swimwear garment 10, such as that shown in
In one embodiment, as best shown in
In one embodiment, rear compression layer 36 is formed of a self-start mesh or power mesh, which is very thin in nature and can use the natural edge of the fabric created during knitting without generally requiring a hem, binding, or other finishing that may contribute to bulging of swimwear garment 10 to prevent unraveling, etc. In one embodiment, self-start mesh has a lower elasticity than the fabric forming outer front layer 30 and outer rear layer 32, but higher elasticity than the fabric forming front compression layer 34. In this manner, rear compression layer 36 provides a lower level of sculpting and control than front compression layer 34. In one embodiment, rear compression layer 36 is formed of a fabric including spandex, such as a spandex and nylon or spandex and polyester fabric in at least one of a tricot knit, raschel knit, simplex knit, power mesh, or other suitable fabric as will be known to those of skill in the art upon reading the present application.
Rear compression layer 36 is, in one embodiment, sized and shaped to cover only a top portion of inside surface 42 of outer rear layer 32. In one example, rear compression layer 36 defines an inside surface 110, an outside surface 112 opposite inside surface 110 each being collectively defined between an upper periphery 114, a bottom periphery 116, and side edges 118. Each of side edges 118 extends between ends of upper periphery 114 and bottom periphery 116 opposite one another, according to one embodiment. In one example, upper periphery 114 will partially extend along or near waistband 20, and bottom periphery 116 defines a raw edge in a generally inverted V-shape or similar shape. More specifically, bottom periphery 116 extends from a bottom point 122 along each of side edges 118 that is further away from upper periphery 114 than a middle or apex point 120, about halfway between side edges 118.
In one example, where a first distance D1 is measured between bottom point 122 and upper periphery 116 and a second distance D2 is measured between apex point 120 and upper periphery 116, second distance D2 is between about 30 percent and about 65 percent of first distance D1, for example, between about 40 percent and about 60 percent of first distance D1 as measured when rear compression layer 36 is laid substantially flat and not on wearer 12. Otherwise stated, in one embodiment, second distance D2 is between about one-third and about two-thirds of first distance D1. In one example, the percent distance D2 extends relative to D1 is higher int the provided range for high-waisted swimwear garment bottoms than for natural or low-waisted swimwear garment bottoms.
In one embodiment, as best shown in
In one embodiment, outer rear layer 32 is configured to fully cover outside surface 112 of rear compression layer 36, such that rear compression layer 36 generally is not visible by an observer externally viewing swimsuit 10 while it is worn by wearer 12, in a manner providing an aesthetically pleasing appearance. In one embodiment, outer rear layer 32 is sewn to rear compression layer 36 along each of upper peripheries 92 and 114, and side edges 96 and 118 either entire before assembly with outer front layer 30 or partially before assembly with outer front layer 30 with remaining portions being sewn together during assembly with outer front layer 30. In this manner, rear portion 28 of swimwear garment 10 is formed partially of dual layer construction and partially of single layer construction.
Dual layer front portion 26 is sewn along two opposing side seams 130 to partially dual layer rear portion 28 in a manner sewing each pair of aligned side edges 56, 78 of outer front layer 30 and front compression layer 34 to a different one of aligned side edges 96, 118 of outer rear layer 32 and rear compression layer 36 such that inside surfaces 40, 70 of outer front layer 30 and front compression layer 34 face inside surfaces 42, 110 of outer rear layer 32 and rear compression layer 114. In one example, front portion 26 is sewn to rear portion 28 such that upper peripheries 52, 74 generally align with upper peripheries 92, 114 along side seams 130 and/or leg opening edges 62, 82 generally align with leg opening edges 102 align side seams 130. While front compression layer 34 and rear compression layer 36 are generally described above as being coupled to a remainder of the swimwear garment via sewing or stitches, any method known in in that for permanently attaching front compression layer 34 and rear compression layer 36 to a remainder of the swimwear garment are also contemplated, such as fabric bonding, waterproof adhesive, etc.
When swimwear garment 10 is constructed, in one embodiment, each of bottom points 122 of rear compression layer 36 is positioned at or near the intersection of a different one of leg opening edges 102 and a corresponding side seam 130. In this manner, bottom points 122 of rear compression layer 36 will generally align with bottom periphery 76 of front compression layer 34 at side seams 130. The alignment between front compression layer 34 and rear compression layer 36 at side seams 130 provides additional stability to front compression layer 36 within swimwear garment 10, as compared to front compression layer 36 being coupled solely to the more elastic outer rear layer 32 (not shown). In this manner, and due to the securement of front compression layer 34 at each of side seams 130 and interaction with rear compression layer 36, front compression layer 34 is sufficiently secured to be pulled taught against the lower stomach of wearer 12 to decrease protrusion of the stomach of wear 12 at portions covered by front portion 26 of swimwear garment 10.
The rear compression layer 36, while being generally less compressive than front compression layer 24 helps maintain the pull on or tautness of front compression layer 36 and provides some control around a back of the waist of wearer 12. However, due to the generally inverted V-shape of the bottom periphery 116 of rear compression layer 36, the buttocks of wearer 12 are generally maintained below the bottom periphery 116 to be covered only by the outer rear layer 32 of swimwear garment 10. In this manner, increased control or constriction of swimwear 10 is not significantly imparted on the buttocks, allowing the buttocks to appear more natural and full body without being cinched in by either front compression layer 35 or rear compression layer 36. Still further, due to the thin nature of the rear compression layer 36, the location of the bottom periphery 116 of the rear compression layer 36 is not readily noticeable or seen from an outside of swimwear garment 10 through outer rear layer 32, so as not to impact the exterior aesthetics of swimwear garment 10.
Once front portion 26 and rear portion 28 are coupled together, an elastic band 132 is secured to the upper peripheries 52, 74, 92, 114 thereof, for example, by folding front portion 26 and rear portion 28 to collectively form a circular tunnel (not shown) for enclosing and receiving elastic band 132, and/or lower elastic bands 134 are secured around each of the leg openings 22, for example, buy folding the portions of front portion 26 and rear portion 28 the collectively define leg openings 22 to form circular tunnels for enclosing and receiving elastic bands 134. Other manners of coupling elastic bands 132 and 134 to swimwear garment 10 or for defining waistband 20 and leg openings 22 without elastic bands are also contemplated and will be apparent to those of skill in the art upon reading the present application.
Other embodiments of swimwear garments with the selective control of swimwear garments 10 and 210 are also contemplated. For example,
Although the invention has been described with respect to particular embodiments, such embodiments are meant for illustrative purposes only and should not be considered to limit the invention. Various alternatives and changes will be apparent to those of ordinary skill in the art upon reading this application. Other modifications within the scope of the invention and its various embodiments will also be apparent to those of ordinary skill in the art upon reading this application.
