Adaptive bra with dual-zone breast-cups and with knitted curved fabric-regions

Abstract

An adaptive bra has dual-zone breast-cups and has knitted curved fabric-regions. Each breast-cup has an outer zone and an inner zone, relative to the center of bra; and those two zones have different levels of elasticity or stretching capability, in both directions or only in the horizontal direction or only in the vertical direction. A curved, knitted, high-elasticity fabric-region, that is mesh fabric or woven fabric, is located as a separator region between the bottom side of each breast-cup and a main fabric-region of the bra; and it enables adaptive movement of each breast-cup in response to changes in the shape or position of the breasts over time. Back-wing straps have increased elasticity, and can stretch and recover in four directions, including vertically and horizontally, and not only horizontally.

Description

Adaptive Bra with Dual-Zone Breast-Cups and with Knitted Curved Fabric- RegionsCross-Reference to Related Applications

[0001] This patent applications claims priority and benefit from US 63 / 509,316, filed on June 21, 2023, which is hereby incorporated by reference in its entirety.Field

[0002] Some embodiments are related to the field of clothing articles and garments.Background

[0003] Clothing articles and clothes are typically formed of textile material(s), and are worn on the body. Clothes are worn for various purposes, for example, to keep the human body warm in a cold weather, to protect the human body from rough surfaces or insects or plants, to provide a hygienic barrier between the human body and the environment, to protect the human body from ultraviolet radiation, to cover genitals, for social reasons or as fashion, or the like.Summary

[0004] Some embodiments provide an adaptive bra with dual-zone breast-cups and with knitted curved fabric-regions. For example, each breast-cup has an outer zone and an inner zone, relative to the center of bra; and those two zones have different levels of elasticity or stretching capability, in both directions or only in the horizontal direction or only in the vertical direction. A curved, knitted, high-elasticity fabric-region, that is mesh fabric or woven fabric, is located as a separator region between the bottom side of each breastcup and a main fabric-region of the bra; and it enables adaptive movement of each breast-cup in response to changes in the shape or position of the breasts over time. Back- wing straps have increased elasticity, and can stretch and recover in four directions, including vertically and horizontally, and not only horizontally.

[0005] Some embodiments may provide other and / or additional benefits and / or advantages.Brief Description of the Drawings

[0006] Figs. 1A and IB are illustrations of a breast-cup of a bra, in accordance with some demonstrative embodiments.

[0007] Fig. 2A is an illustration of a front-side of a bra, in accordance with some demonstrative embodiments.

[0008] Fig. 2B is an illustration of the inner-side of a breast-cup, which is the side that directly touches the breast of the human wearer, and its two cup-zones with a diagonal dividing line showing their inter-zone border line, in accordance with some demonstrative embodiments.

[0009] Fig. 3 is an illustration of a flexible wing-strap, in accordance with some demonstrative embodiments.

[0010] Figs. 4A to 4C are schematic illustrations of the front side of various bra implementations, in accordance with some demonstrative embodiments.

[0011] Fig. 4D is a schematic illustration of the back side of a bra, in accordance with some demonstrative embodiments.Detailed Description of some Demonstrative Embodiments

[0012] The Applicant has realized that a bra is a highly complex and sensitive clothing article: it covers or holds or hides intimate body-parts (the breasts or chest of a female wearer), which includes various anatomical and physiological parts; and which attempts to fulfill various functionalities, such as to provide physical support to the breasts, holding and / or shaping the breasts, or the like.

[0013] The Applicant has also realized that a plurality of women, who generally have the same bra size (e.g., the size of 36-C as an example), may still have different anatomical / physiological breasts structures, and may require their bras to have different functionalities or characteristics in order to hold and support their breasts.

[0014] The Applicants have further realized that the breasts of a particular woman may undergo changes in size, shape, structure, volume, weight, and / or other spatial characteristics, over time; sometimes even within a single day (e.g., due to physical exercise, or due to lactation, or due to food intake, due to menstruation or monthly period, due to weather changes or heat, or the like), and / or over several days or weeks or months.

[0015] Some embodiments provide a bra or brassiere, or other chest-covering or breastcovering garment or clothing article, having particular components and / or features that enable such clothing article to adapt itself to ongoing changes in the size, shape, structure, volume,weight, and / or other spatial characteristics that a woman’s breasts may undergo over time, within a single day and / or over several days or weeks or months.

[0016] The Applicant has developed an innovative “My Fit” bra or “Fituitive” bra or “Fit- IQ” bra, and related technology, which is inclusive and intelligent, structured to mold, move, change its spatial structure, and stretch (or shrink or recover) with the body changes / body movements, for a customized and adaptive fit; which utilizes a mesh insert or fabric-region that adaptively shape or dynamically modify one or more characteristics the cups of the bra to ensure that they dynamically provide a perfect fit and that they accommodate momentary or long-term changes to the human body and / or breasts. The mesh fabric zones can be a lightweight, breathable, porous, and elastic fabric with a net-like structure of open spaces or holes between its yarns. It can be woven, knit, crocheted, lace, or net, and is often made from synthetic materials like polyester, nylon, or spandex. In some embodiments, it uses exclusively knitted mesh fabric; whereas in other embodiments, it uses exclusively woven mesh fabric.

[0017] In some embodiments, the innovative bra has two shoulder straps. In other embodiments, the innovative bra has one shoulder strap. In other embodiments, the innovative bra is a strapless bra having no shoulder straps. In other embodiments, the innovative clothing article is a sports bra or a fitness bra, or a lingerie bra or lingerie item, or a sleepwear bra or a sleepwear clothing article, or a swimsuit.

[0018] For demonstrative purposes, portions of the discussion may relate to a “knitted Mesh fabric -region”, such as region 111 introduced herein, as an example for a particularly shaped and particularly located and particularly structured fabric -region, that has increased elasticity relative to other fabric-regions of the bra cup; and which provides to the bra and to its cups the capability to move / adjust in response to bodily changes. However, in some embodiments, that functional fabric-region, which is sometimes referred to as a “knitted Mesh fabric-region”, may be implemented using other type(s) of fabric or knitting structures; for example, a combination of mesh with non-mesh fabric zones, or a knitted non-mesh fabricregion, or a woven fabric, or a non-woven fabric, or a fabric -region having elastic yarn(s) and / or elastic fabric-zones, or a fabric region having the capability to stretch to at least 1.5 of its size in response to a stretching force, or a fabric region having the capability to stretch to at least 1.75 of its size in response to a stretching force, or a fabric region having the capability to stretch to at least 2.0 of its size in response to a stretching force, or a fabric region having the capability to stretch to at least 2.5 of its size in response to a stretching force, or other suitable fabric -region that can be inserted or connected or knitted or woven or otherwise attached at the particular location shown as region 111 and which is capable to provide to thebra and to the cup the ability to adjust structural / spatial / orientation properties of the cup in response to bodily changes or body movements.

[0019] Reference is made to Figs. 1A and IB, which are illustrations of a breast-cup 110 of a bra, in accordance with some demonstrative embodiments. An innovative, elastic (or high- elasticity, or high stretch and recovery) mesh fabric-region 111 is knitted and / or is connected between: (i) the main fabric-region 112 of each cup 110 of the bra which covers / holds one breast of the human wearer, and (ii) an underwire or a fabric-region that covers the underwire, or an underwire-covering fabric -region 113 of that cup 110.

[0020] The innovative elastic mesh fabric-region 111, which connects the main fabricregion 112 of the cup 110 and the underwire-covering fabric-region 113 of the cup 110, may be curved or may be U-shaped or may be moon-shaped or may be “smile shaped”; and may have a curve width in a range of 3 to 10 millimeters, or in a range of 3 to 15 millimeters.

[0021] The innovative elastic mesh fabric-region 111 enables the cup 110 to slightly move, and / or to slightly change its spatial position or spatial orientation, and / or to slightly move upward or downward, and / or to slightly move to the left side or to the right side, and / or to slightly move forward (away from the body) or backward (towards the body), in order to dynamically and autonomously adapt to (and accommodate, and support) one or more dynamically-occurring changes in the structure or size or shape or other characteristics of the breast of the human wearer.

[0022] Fig. 1A demonstrates the breast-cup 110 and the innovative elastic mesh fabricregion 111 in an idle position or a non-stretched position or in an already-recovered position; whereas, Fig. IB demonstrates the breast-cup 110 and the innovative elastic mesh fabric -region 111 in a stretched position or an expanded position.

[0023] The elastic mesh fabric-region 111 may be formed of a yarn, or from a composition or combination or collection or blend of yarns, having high-elasticity or increased-elasticity, or having a modulus of elasticity that enables the innovative elastic mesh fabric -region 111 to stretch to at least 3 times its width in response to stretching forces. For example, the elastic mesh fabric -region 111 may be formed of synthetic yarn(s), nylon, polyester, polypropylene yarn, Spandex, Lycra, Viscose, Tencel, Elastane, Modal (e.g., fiber extracted from beech tree or beechwood tree), cotton, a polyether-polyurea copolymer yarn, a yarn made of Bamboo fiber or cells; Cupro or Cupra or Cuprammonium Rayon yarn (e.g., cellulose of cotton and / or other plant, treated with copper and / or ammonia and / or caustic soda, to result in a semi-synthetic textile substance with enhanced elasticity relative to untreated cotton).

[0024] In some embodiments, the elastic mesh fabric -region 111 is formed of a blend of yarns, having: (i) at least 50 percent of Spandex or Modal or similar high-elasticity / increased- elasticity yarn (e.g., capable of stretching to at least 3 times its idle size, in response to a stretching force); and (ii) not more than 50 percent of regular-elasticity yam (e.g., not capable of stretching to more than 2 times its idle size, in response to a stretching force).

[0025] In some embodiments, the elastic mesh fabric -region 111 is formed of a blend of yarns, having: (i) at least 75 percent of Spandex or Modal or similar high-elasticity / increased- elasticity yarn (e.g., capable of stretching to at least 3 times its idle size, in response to a stretching force); and (ii) not more than 25 percent of regular-elasticity yam (e.g., not capable of stretching to more than 2 times its idle size, in response to a stretching force).

[0026] In some embodiments, the elastic mesh fabric-region 111 may be knitted or woven in single Jersey knitting structure, or as double Jersey or as weft or warp knitting structure, using any suitable gauge value (such as 24 or 28 or 36 or 40 gauge or stitches-per-inch of fabric); and / or may be knitted as plain knitting, or as rib knitting, or as pique knitting, or other suitable type of knitting structure, or as a combination of two or more knitting structure in the same elastic mesh fabric-region 111; optionally knitted by utilizing different needle divisions, such as 1x1 or 2x1 or 3x1 or 2x2 or 1x2 or the like.

[0027] Reference is made to Fig. 2A, which is an illustration of a front-side of a bra 20, in accordance with some demonstrative embodiments. Bra 20 has two cups 21 and 22. Cup 21 has two cup- zones 21A and 21B. Cup 22 has two cup-zones 22A and 22B. Cup-zones 21A and 22A are the outer cup-zones or the outwardly-facing cup-zones, as each of them is facing outwardly to the left or to the right, away from the horizontal center of the bra. Cup-zones 21B and 22B are the inner cup-zones or the inwardly-facing cup-zones, as each of them is facing inwardly towards the horizontal center of the bra. Reference is also made to Fig. 2B, which is an illustration of the inner-side of cup 21 (the side that directly touches the breast of the human wearer) and its two cup-zones 21 A and 2 IB, with a diagonal dividing line showing their interzone border line, in accordance with some demonstrative embodiments. Also shown in gray shading is a U-shaped or banana-shaped or horizontal quarter-moon shape of a knitted fabricregion, which can be mesh or woven, and has high elasticity or increased elasticity (e.g., at least twice the elasticity characteristic of the cup fabric), to enable slight movement and / or adaptive spatial adjustment of the cups in response to shape- shifting changes in the contour of the breasts of the human wearer.

[0028] The “A” cup-zones, namely, cup-zone 21 A and cup-zone 22A, are formed or knitted such that they have zero or almost-zero horizontal stretching capability, and zero or almost-zero vertical stretching capability; such that they cannot stretch and cannot expand their horizontal length and / or their vertical length in response to stretching forces; or, in some embodiments, such that each such cup-zone 21 A / 22 A has a horizontal stretching capability of not more than 5 percent and has a vertical stretching capability of not more than 5 percent.

[0029] In contrast, the “B” cup-zones, namely, cup-zone 21B and cup-zone 22B, are formed or knitted differently from the “A” cup-zones.

[0030] In a first set of embodiments, the “B” cup-zones 21B and 22B, have: (i) a horizontal stretching capability of zero or almost-zero or less than 5 percent; and also, (ii) a vertical stretching capability of at least 1.25 or 1.50 or 1.75 or 2.00 times relative to idle non-stretched vertical size, or a vertical stretching capability in a range of 1.25 to 2.00 times relative to idle non-stretched vertical size, or a vertical stretching capability in a range of 1.50 to 2.00 times relative to idle non-stretched vertical size.

[0031] In a second set of embodiments, the “B” cup-zones 21B and 22B, have: (i) a vertical stretching capability of zero or almost-zero or less than 5 percent; and also, (ii) a horizontal stretching capability of at least 1.25 or 1.50 or 1.75 or 2.00 times relative to idle non-stretched horizontal size, or a horizontal stretching capability in a range of 1.25 to 2.00 times relative to idle non-stretched horizontal size, or a horizontal stretching capability in a range of 1.50 to 2.00 times relative to idle non-stretched horizontal size.

[0032] In a third set of embodiments, the “B” cup-zones 21B and 22B, have: (i) a horizontal stretching capability of at least 1.25 or 1.50 or 1.75 or 2.00 times relative to idle non-stretched horizontal size, or a horizontal stretching capability in a range of 1.25 to 2.00 times relative to idle non-stretched horizontal size, or a horizontal stretching capability in a range of 1.50 to 2.00 times relative to idle non-stretched horizontal size; and also, (ii) a vertical stretching capability of at least 1.25 or 1.50 or 1.75 or 2.00 times relative to idle non-stretched vertical size, or a vertical stretching capability in a range of 1.25 to 2.00 times relative to idle nonstretched vertical size, or a vertical stretching capability in a range of 1.50 to 2.00 times relative to idle non-stretched vertical size.

[0033] In some embodiments, the “A” cup-zones are formed of knitted yarns and / or foamed material. In some embodiments, the “B” cup-zones are formed of knitted yarns and / or foamed material.

[0034] In some embodiments, the modulus of elasticity of the “B” cup-zones, is at least 25 percent greater than the modulus of elasticity of the “A” cup-zones. In some embodiments, the modulus of elasticity of the “B” cup-zones, is at least 50 percent greater than the modulus of elasticity of the “A” cup-zones.

[0035] In some embodiments, the modulus of elasticity of the “B” cup-zones, is at least 25 percent smaller than the modulus of elasticity of the “A” cup-zones. In some embodiments, the modulus of elasticity of the “B” cup- zones, is at least 50 percent smaller than the modulus of elasticity of the “A” cup-zones.

[0036] In some embodiments, the vertical modulus of elasticity of the “B” cup-zones, is at least 25 percent greater than the vertical modulus of elasticity of the “A” cup-zones. In some embodiments, the vertical modulus of elasticity of the “B” cup-zones, is at least 50 percent greater than the vertical modulus of elasticity of the “A” cup- zones.

[0037] In some embodiments, the horizontal modulus of elasticity of the “B” cup-zones, is at least 25 percent greater than the horizontal modulus of elasticity of the “A” cup-zones. In some embodiments, the horizontal modulus of elasticity of the “B” cup-zones, is at least 50 percent greater than the horizontal modulus of elasticity of the “A” cup-zones.

[0038] In some embodiments, the vertical modulus of elasticity of the “B” cup-zones, is at least 25 percent smaller than the vertical modulus of elasticity of the “A” cup-zones. In some embodiments, the vertical modulus of elasticity of the “B” cup-zones, is at least 50 percent smaller than the vertical modulus of elasticity of the “A” cup-zones.

[0039] In some embodiments, the horizontal modulus of elasticity of the “B” cup-zones, is at least 25 percent smaller than the horizontal modulus of elasticity of the “A” cup-zones. In some embodiments, the horizontal modulus of elasticity of the “B” cup-zones, is at least 50 percent smaller than the horizontal modulus of elasticity of the “A” cup-zones.

[0040] Reference is made to Fig. 3, which is an illustration of a flexible wing-strap 30, in accordance with some demonstrative embodiments. For example, a bra is formed by connecting a right-side cup to a right-side wing-strap; and connecting a left-side cup to a leftside wing-strap; such that the two wing-straps meet at a back side of the human wearer, and are equipped with a hook-and-loop / hook-and-eye mechanism or other closing / opening mechanism or attachment / detachment mechanism (e.g., Velcro, magnetic elements, male / female connectors, or the like).

[0041] In accordance with some embodiments, each wing-strap 30 is flexible and has increased elasticity relative to a conventional wing-strap; for example, having four-way stretching capability (e.g., the wing-strap is capable of stretching towards any of four directions: to the left, to the right, upwardly, downwardly) in response to stretching force(s), and similarly having four- way recovery capability (once the stretching force(s) are removed or reduced).

[0042] In some embodiments, the wing-strap has a horizontal stretching capability of at least 25 percent relative to its idle horizontal size. In some embodiments, the wing-strap has a horizontal stretching capability of at least 50 percent relative to its idle horizontal size.

[0043] Additionally or alternatively: In some embodiments, the wing-strap has a vertical stretching capability of at least 25 percent relative to its idle vertical size. In some embodiments, the wing-strap has a vertical stretching capability of at least 50 percent relative to its idle vertical size.

[0044] In some embodiments, the wing-strap is formed of 36gg synthetic, four way stretch and recover fabric or yarn(s). It can be made from any other suitable synthetic or natural materials, such as: Polyester, Nylon, Cotton, Modal, Tencel, Wool, Bamboo, Spandex, or blends of several materials. The knitting structure can be or can include: plain knitting, rib knitting, pique knitting, mesh, laid in, or a mix or combination of several knitting structures. It can be knitted or woven on any suitable type of knitting machine or techniques, such as single Jersey, double Jersey, weft knit, warp knit, and at any suitable gauge.

[0045] Elastic bands may be attached to the top and bottom of the wing-strap, with high stretch and recovery to match the fabric of the wing-strap. The elastic bands can be added to the wings by any suitable attachment technique, for example, sewing, bonding, gluing, adhesive, fusing, ultrasonic connection, ultrasonic fusion, adhesive tape, or the like. The elastic bands may be knitted with any suitable type of synthetic and / or natural material(s); and may optionally have an add-on finishing, such as Silicon treatment or spraying or soaking or coating, Terry knitting or Terry loops, flock, or may include thermoplastic elastomer (TPU). Optionally, the wing-strap may be treated or coated or soaked or finished with Hydrophilic material / agent / softener / solution / coating, or with Hydrophobic material / agent / softener / solution / coating.

[0046] Reference is made to Fig. 4A, which is a schematic illustration of the front side of a bra 410, in accordance with some demonstrative embodiments. It shows the right-side cup and its two cup-zones 41 A and 41B; and it shows the left-side cup and its two cup- zones 42A and 42B. Also shown are the elastic mesh fabric-region 43R of the right-side cup; and the elastic mesh fabric -region 43L of the left-side cup; which reach the underwire 44 or the underwire-covering fabric-region.

[0047] In bra 410, the line M-N is the border line between cup-zone 42 A and cup-zone 42B. Line M-N may be straight, or may be slightly curved. In some embodiments, point N is located along the curved elastic mesh fabric -region 43L, approximately at the middle center of its curved U-shaped length, or at the horizontal center of the left-side cup; or, at approximatelythe middle of the distance between point E and point G (which are the two points of the leftside cup that are the most distant from each other). In some embodiments, point M is located approximately at one quarter of the entire horizontal width of the left-side cup; or, point M is located approximately one-quarter of the distance from point E towards point G; or, point M is located approximately in the middle of the line E-F, wherein F is the top-most point of that leftside cup. Similar and symmetrical dimensions / proportions are used for the right-side cup and for its border-line between cup-zones 41A and 41B.

[0048] Reference is made to Fig. 4B, which is a schematic illustration of the front side of a bra 420, in accordance with some demonstrative embodiments. It shows the right-side cup and its two cup-zones 41 A and 41B; and it shows the left-side cup and its two cup- zones 42A and 42B. Also shown are the elastic mesh fabric-region 43R of the right-side cup; and the elastic mesh fabric -region 43L of the left-side cup; which reach the underwire 44 or the underwire-covering fabric-region.

[0049] In bra 420, the line K-N is the border line between cup-zone 42A and cup-zone 42B. Line K-N may be straight, or may be slightly curved. In some embodiments, point N is located along the curved elastic mesh fabric-region 43L, approximately at the middle center of its curved U-shaped length, or at the horizontal center of the left-side cup; or, at approximately the middle of the distance between point E and point G (which are the two points of the leftside cup that are the most distant from each other). In some embodiments, point K is the topmost point of that left-side cup of the bra. Similar and symmetrical dimensions / proportions are used for the right-side cup and for its border-line between cup-zones 41A and 41B.

[0050] Reference is made to Fig. 4C, which is a schematic illustration of the front side of a bra 430, in accordance with some demonstrative embodiments. It shows the right-side cup and its two cup-zones 41 A and 41B; and it shows the left-side cup and its two cup- zones 42A and 42B. Also shown are the elastic mesh fabric-region 43R of the right-side cup; and the elastic mesh fabric -region 43L of the left-side cup; which reach the underwire 44 or the underwire-covering fabric-region.

[0051] In bra 430, the line P-N is the border line between cup-zone 42A and cup-zone 42B. Line P-N may be straight, or may be slightly curved. In some embodiments, point N is located along the curved elastic mesh fabric-region 43L, approximately at the middle center of its curved U-shaped length, or at the horizontal center of the left-side cup; or, at approximately the middle of the distance between point E and point G (which are the two points of the leftside cup that are the most distant from each other). In some embodiments, point P is located approximately at the center of the entire horizontal width of the left-side cup; or, point P islocated approximately one -half of the distance from point E towards point G across the upper edge of that cup. Similar and symmetrical dimensions / proportions are used for the right-side cup and for its border-line between cup-zones 41 A and 41B.

[0052] Reference is made to Fig. 4D, which is a schematic illustration of the back side of a bra 440, in accordance with some demonstrative embodiments. It shows the right-side strapwing 45R and the left-side strap-wing 45L, connected via a hooks-and-eyes mechanism. It also shows, from the back, portions of the curved elastic mesh fabric -region; and the division of each cup into cup-zone A and cup-zone B.

[0053] In accordance with some embodiments, the connecting between two or more of the components of the bra - such as, for example, connecting between the cups to the underwire, or connecting between the high-elasticity and high-recovery fabric to the underwire and to the main cup region, or connecting of the strap-wings to the cups, or connecting of the fabrics which cover the cups to the cups, or connecting shoulder straps to the cups / bra, or connecting of hook and eyes to the wing-straps, or connecting of ring and slides to the shoulder straps - can be done using any suitable connecting mechanism or attachment mechanism, such as sewing, bonding, gluing, adhesive, fusing, ultrasonic connection, ultrasonic fusion, adhesive tape, or the like.

[0054] In some embodiments, the bra may exclude any underwire(s); and the high- elasticity and high-recovery mesh knitted fabric -region can be connected directly to the other components (fabric components), without any underwire.

[0055] In some embodiments, the bra or particular components of fabric-regions thereof may be finished or treated or coated or soaked or sprayed or brushed with one or more additives or agents; for example, Aloe Vera, anti-odor agent, anti-microbial agent, perfume, cooling agent, heating agent, or the like. Additionally or alternatively, the yarn(s) from which the bra components are knitted, may be pre-integrated or pre-treated or pre -coated or pre-soaked or pre-sprayed or pre-brushed with one or more additives or permanent additives or agents; for example, Aloe Vera, anti-odor agent, anti-microbial agent, perfume, cooling agent, heating agent, or the like.

[0056] Some embodiments provide an innovative structure for an adaptive bra with dualzone breast cups and knitted curved fabric regions, aimed at providing a customized and dynamic fit. Some embodiments address the complexities and sensitivities associated with bras, which must accommodate various anatomical and physiological needs of female wearers. Recognizing that women with the same bra size can have different breast structures and support requirements, and that individual breast sizes and shapes can change over time, someembodiments provide a solution that adapts to these variations. The adaptive bra features innovative technology, characterized by its inclusive and intelligent structure that molds, moves, changes its spatial structure, and stretches or recovers in response to the body’s changes and movements. This adaptability is achieved, for example, through a mesh insert or a mesh fabric region integrated into the cups, which allows the bra to dynamically modify its fit and accommodate both momentary and long-term changes in the breasts.

[0057] Some embodiments use of a high-elasticity mesh fabric region, referred to as region 111, which is positioned between the main fabric region of the bra cup and the underwire or the fabric covering the underwire. This mesh fabric region, which can be U-shaped or curved or may be shaped as a horizontally-placed banana or a horizontally-placed quarter-moon, provides increased elasticity compared to other fabric regions of the cup, enabling it to adjust in response to changes in the breasts’ structure, size, or shape. The fabric region can stretch up to 2.5 times its original size, allowing the bra to move and adapt without compromising support.

[0058] In some embodiments, the adaptive bra structure may be suitable for various configurations, such as two-strap, one-strap, strapless, sports bras, lingerie items, sleepwear bras, and swimsuits. The dual-zone breast cups are divided into outer (A) and inner (B) cup zones; with the outer zones having minimal (or reduced) stretching capability; and with the inner zones having significant (or increased) vertical and / or horizontal stretching capability, depending on the embodiment. This dual-zone structure ensures that the bra provides optimal support and adaptability in response to different breast movements and changes.

[0059] The elastic mesh fabric region 111 is formed from a blend of high-elasticity yarns such as Spandex, Modal, or similar materials, combined with regular-elasticity yarns. This blend ensures that the mesh region can stretch significantly while maintaining its structural integrity and support capabilities. Additionally, the fabric region can be knitted or woven using various techniques and structures, such as single Jersey, double Jersey, weft or warp knitting, with different gauge values and needle divisions.

[0060] In some embodiments, the bra may also feature flexible wing-straps with four-way stretching and recovery capabilities, ensuring a comfortable and adaptive fit around the torso. These wing-straps are made, for example, from synthetic or natural materials and can include elastic bands for added support and flexibility. The wing-straps may also be treated or coated with hydrophilic or hydrophobic agents to enhance comfort and performance.

[0061] Furthermore, the bra can exclude underwires, relying instead on the high-elasticity mesh fabric region to provide necessary support. Such implementation offers additional comfort and flexibility, particularly for wearers with irregular body shapes, those who haveundergone mastectomy or implants, teenagers, and senior citizens. In some embodiments, the bra can be treated with various additives, such as Aloe Vera, anti-odor agents, anti-microbial agents, perfume, cooling agents, or heating agents, either in the fabric or as a post-production treatment.

[0062] The adaptive bra represents a significant advancement in intimate apparel formation, addressing the diverse and changing needs of female wearers. By incorporating high-elasticity fabric regions and innovative dual-zone cup structures, this bra provides a customized, adaptive, and comfortable fit that adjusts dynamically to the body’s changes. The versatility in design options and material choices further enhances its appeal, making it suitable for a wide range of applications, from everyday wear to specialized needs. Some embodiments improve physical support and comfort, and / or promote a better understanding of the importance of adaptive clothing in enhancing the wearer’s overall experience.

[0063] Some embodiments may include, or may use or may provide, some or all of the following innovative features or components. (1) Adaptive Fit Technology, which dynamically molds and adjusts to the wearer’s body movements and changes. This innovative feature ensures a personalized fit by adapting to fluctuations in breast size, shape, and structure, providing continuous comfort and optimal support throughout the day. (2) Dual-Zone Breast Cups: The cups are divided into two zones, such that the outer cup zones have minimal or reduced stretching capability, and the inner cup zones have significant or increased stretching capability. This ensures the bra can adapt to various breast movements and changes while maintaining support and shape. (3) High-Elasticity Mesh Fabric Region, positioned between the main fabric region of the bra cup and the underwire; this fabric region provides increased elasticity, allowing the bra to adjust to changes in breast size and shape. It can stretch up to 2.5 times its original size, ensuring a perfect fit. (4) Multiple Strap Configurations: The bra may accommodate various strap configurations, including two-strap, one-strap, and strapless designs. This versatility makes it suitable for different occasions and preferences, enhancing its functionality and appeal. (5) Flexible Wing-Straps: The wing-straps of the bra have fourway stretching and recovery capabilities, ensuring a comfortable fit around the torso. These straps provide flexibility and adaptability, accommodating the wearer’s movements without causing discomfort. (6) Variety of Bra Types: The adaptive bra design includes various configurations such as sports bras, lingerie items, sleepwear bras, and swimsuits. This feature makes the bra suitable for different activities and settings, providing adaptive support across a range of uses. (7) Elastic Bands with High Stretch and Recovery: The elastic bands attached to the wing-straps match the fabric’s stretch and recovery properties, enhancing the overall fit andsupport of the bra. These bands ensure that the bra remains secure and comfortable during movement. (8) Versatile Fabric Choices: The high-elasticity mesh fabric region can be made from various materials such as Spandex, Modal, and synthetic or natural fibers. This versatility in fabric choices ensures that the bra can be tailored to different comfort and support needs. (9) Knitting and Weaving Techniques: The above-mentioned mesh fabric region can be knitted or woven using techniques like single Jersey, double Jersey, weft or warp knitting. This feature allows for customization of the fabric’s elasticity and support properties, ensuring an optimal fit. (10) Exclusion of Underwires: in some embodiments, the bra can be formed without any underwires, relying on the high-elasticity mesh fabric region for support. This enhances comfort, particularly for wearers with irregular body shapes or those who have undergone surgery. (11) Additives and Treatments: The bra can be treated with various additives such as Aloe Vera, anti-odor agents, anti-microbial agents, cooling agents, and heating agents. These treatments enhance the bra’s comfort, hygiene, and overall wearer experience. (12) Enhanced Comfort for Diverse Wearers: The adaptive bra is suitable for wearers with irregular body shapes, mastectomy patients, those with implants, teenagers, and senior citizens. This inclusivity ensures that the bra meets the needs of a wide range of users. (13) Dynamic Movement Accommodation: The high-elasticity mesh fabric region allows the bra to slightly move and change its spatial orientation in response to bodily changes. This dynamic movement capability ensures continuous comfort and support. (14) Modular Elasticity Zones: The inner and outer cup zones have different elasticity properties, with the inner zones providing significant stretching capability. This modular design ensures targeted support and adaptability, catering to the varying needs of different breast areas. (15) Customizable Knitting Structures: The fabric region can be knitted using various structures such as plain knitting, rib knitting, and pique knitting. This customization allows for precise control over the fabric’s stretch and support properties, enhancing the bra’s adaptability.

[0064] Some embodiments may include or use or provide some, or all, of the following surprising or non-obvious or counter-intuitive features or components. (1) No Underwire Needed, in some embodiments; despite common belief that underwires are essential for support, this bra can exclude underwires entirely, relying instead on high-elasticity mesh fabric regions to provide sufficient support and comfort. (2) Dynamic Adaptation to Daily Changes: the bra can adjust to changes in breast size and shape that occur within a single day due to factors like exercise or menstruation, ensuring continuous comfort and fit without manual adjustments. (3) Four-Way Stretch Wing-Straps: the wing-straps with four-way stretch capabilities offer unexpected flexibility and adaptability, allowing the bra to conform to thewearer’s movements and changes in body shape, enhancing overall comfort and fit. (4) Combination of Zero-Stretch and High-Stretch Zones: The dual-zone breast cups feature areas with zero or minimal or reduced stretch capability alongside (or neighboring, or adjacent to, or bordering) other areas with significant or increased stretch capability, providing both stability and adaptability in a single garment. (5) Integration of Diverse Yarn Blends: Using a blend of high-elasticity and regular-elasticity yarns in the mesh fabric region enables the fabric to stretch up to 2.5 times its size, a surprising capability for maintaining structural integrity and support. (6) Versatile Strap Configurations: The bra's ability to be implemented as a two-strap, one- strap, or strapless garment challenges conventional designs, offering versatility and adaptability for different outfits and preferences. (7) Pre-Treated Yarns with Additives: Incorporating pre-treated yarns with additives like Aloe Vera or anti-microbial agents directly into the fabric challenges traditional post-production treatments, enhancing comfort and hygiene from the outset. (8) Knitted Curved Fabric Regions: The use of curved, knitted mesh fabric regions for adaptive support is an innovative approach that defies the typical reliance on rigid materials for maintaining bra shape and support. (9) Elastic Bands with Hydrophilic or Hydrophobic Treatments: The addition of hydrophilic or hydrophobic treatments to elastic bands ensures moisture management and comfort, a feature not commonly associated with traditional bra designs. (10) Accommodates Irregular Body Shapes: The bra’s ability to fit wearers with irregular body shapes, post-mastectomy bodies, or those with implants, demonstrates an inclusive and adaptive design approach that goes beyond typical sizing conventions.

[0065] In some embodiments, the bra may include one or more, or some, or all, of the following regions or areas or components or elements. (01) Outer Cup Zone (21 A / 22 A): The outer cup zones of the bra have minimal horizontal and vertical stretch capabilities. These zones provide stable support and maintain the shape of the bra, ensuring that it holds the breasts securely without excessive movement. (02) Inner Cup Zone (21B / 22B): The inner cup zones are formed with significant stretch capabilities, either horizontally or vertically. These zones adapt dynamically to changes in breast size and shape, providing comfort and flexibility while maintaining support. (03) High-Elasticity Mesh Fabric Region (111): Positioned between the main fabric region of the cup and the underwire or its covering, this high-elasticity mesh fabric region allows the bra to stretch up to 2.5 times its original size, adapting to changes in breast size and shape. (04) Main Fabric Region (112): This is the primary fabric covering the breast, providing overall support and coverage. It works in conjunction with the elastic mesh region to ensure a snug yet adaptable fit. (05) Underwire-Covering Fabric Region (113): The fabricregion covering the underwire, enhancing comfort and preventing direct contact of the underwire with the skin. It also helps distribute pressure evenly. (06) Shoulder Straps: The bra can feature one or two shoulder straps, adjustable to ensure proper fit and support. These straps help distribute the weight of the breasts and prevent the bra from slipping. (07) Strapless Structure: In some embodiments, the bra is formed without shoulder straps, relying on the high- elasticity regions and wing-straps for support, offering versatility for different outfits. (08) Flexible Wing-Straps (30): These straps extend from the cups to the back closure, providing additional support and ensuring a secure fit. They have four-way stretch capabilities for flexibility and comfort. (09) Hook-and-Eye Closure: Located at the back, this closure mechanism allows for easy wearing and adjustment of the bra. It ensures that the bra fits securely and can be easily taken off or put on. (10) Elastic Bands: Attached to the top and bottom of the wing-straps, these bands provide additional stretch and recovery, enhancing the overall fit and flexibility of the bra. (11) Knitted Curved Fabric Regions: These regions, particularly at the base of the cups, provide additional elasticity and adaptability, allowing the bra to move and adjust with the body’s movements. (12) Front Center Panel: The area between the cups that helps stabilize the bra and maintain its structure. This panel can include high- elasticity materials for additional flexibility. (13) Side Panels: These panels provide lateral support to the breasts, helping to shape and secure them within the cups. They operate in conjunction with the wing-straps for overall stability. (14) Back Panel: The fabric region at the back of the bra that connects the wing-straps and closure mechanism. It provides support and helps maintain the bra’s position on the body. (15) Adjustable Straps: Straps with adjustable length mechanisms, such as sliders, allowing the wearer to customize the fit for optimal comfort and support. (16) Mesh Insert or mesh region: A high-elasticity mesh insert placed within the cups or wing-straps for enhanced flexibility and breathability, adapting to body movements and changes. (17) Padding: Optional padded inserts within the cups to provide additional shape, support, and comfort. Padding can be removable or sewn in, depending on the design. (18) Seamless Edges: Smooth, seamless edges around the cups and straps to prevent irritation and ensure a comfortable fit against the skin. These edges enhance the overall aesthetic and comfort of the bra.

[0066] Some embodiments may provide some or all of the following innovative features or benefits or advantages. (1) Dynamic Fit Adjustments: The bra can autonomously adjust its fit throughout the day, responding to changes in breast size and shape due to factors like physical activity, hormonal changes, or temperature variations, ensuring continuous comfort and support without manual intervention. (2) Personalized Support Levels: By adapting to thewearer's unique breast structure and movement patterns, the bra provides customized support levels that optimize comfort and reduce strain, enhancing overall wearer satisfaction. (3) Enhanced Breast Shape Maintenance: The adaptive features help maintain an ideal breast shape by adjusting to changes in volume and structure, ensuring that the breasts always appear well- supported and aesthetically pleasing. (4) Moisture Management: Treated fabric regions can wick away moisture, keeping the skin dry and comfortable, which is especially beneficial during physical activities or in hot weather conditions. (5) Temperature Regulation: The bra can include cooling or heating agents in the fabric, providing a comfortable microclimate for the breasts, which can be particularly useful in extreme weather conditions. (6) Improved Posture: By providing dynamic support that adjusts to the body’s movements, the bra can help improve the wearer’s posture, reducing back and shoulder strain. (7) Hygienic Features: Antiodor and anti-microbial treatments in the fabric help maintain hygiene by reducing bacteria and unpleasant odors, making the bra more pleasant to wear for extended periods. (8) Reduced Skin Irritation: Seamless edges and high-elasticity fabrics minimize skin irritation and chafing, providing a smooth and comfortable experience even for sensitive skin. (9) Enhanced Breast Health: By accommodating changes in breast size and shape, the bra reduces pressure points and improves circulation, potentially benefiting breast health over the long term. (10) Versatile Use Cases: The adaptable design makes the bra suitable for various activities, from everyday wear to sports and sleepwear, providing consistent support and comfort across different scenarios. (11) Inclusive Fit for Diverse Body Types: The bra’s ability to adapt to various body shapes and post-surgery conditions ensures that it meets the needs of a wide range of wearers, including those with unique anatomical challenges. (12) Prolonged Garment Longevity: The adaptive materials and construction techniques enhance the durability of the bra, allowing it to maintain its shape and functionality over a longer period, reducing the need for frequent replacements. (13) Customizable Aesthetics: The bra can incorporate different colors, patterns, and styles while maintaining its adaptive functionality, offering wearers the ability to choose configurations that reflect their personal taste without compromising on comfort and support.

[0067] Some embodiments may solve, prevent, cure and / or mitigate some or all of the following problems or disadvantages of conventional bras. (1) Inconsistent Fit Throughout the Day: The adaptive bra mitigates the issue of fluctuating breast size and shape, ensuring a consistent and comfortable fit throughout the day, regardless of changes due to physical activity, hormonal variations, or temperature shifts. (2) Breast Discomfort and Strain: By dynamically adjusting to the wearer's movements and changes in breast size, the bra reduces discomfort and strain, providing continuous support and preventing pain associated with ill-fitting bras. (3) Poor Support for Diverse Breast Shapes: some embodiments address the challenge of supporting various breast shapes and structures by offering personalized support, ensuring that women with different anatomical features receive optimal comfort and stability. (4) Skin Irritation and Chafing: Seamless edges and high-elasticity fabrics minimize skin irritation and chafing, providing a smooth and comfortable fit that reduces the risk of redness, rashes, and discomfort, especially for those with sensitive skin. (5) Limited Adaptability for Post-Surgery Bodies: The bra’s adaptable design is particularly beneficial for women who have undergone mastectomy or breast augmentation, providing a customized fit that accommodates changes in breast size and shape, enhancing comfort and confidence. (6) Back and Shoulder Strain: By providing dynamic support that adjusts to the body’s movements, the bra helps improve posture and reduce back and shoulder strain, offering relief for women who experience discomfort from traditional bras. (7) Short Lifespan of Bras: The use of high-elasticity and durable materials enhances the longevity of the bra, maintaining its shape and functionality over time, reducing the need for frequent replacements and offering better value for money. (8) Breast Shape Deformation: The adaptive bra helps maintain an ideal breast shape by adjusting to changes in volume and structure, preventing sagging and deformation that can result from wearing non-supportive bras over long periods. (9) Inadequate Support During Physical Activity: The bra’s ability to dynamically adjust to movements makes it suitable for sports and other physical activities, providing the necessary support and minimizing discomfort or distraction during exercise. (10) Hygiene Issues: Anti-odor and anti-microbial treatments in the fabric help maintain hygiene by reducing bacteria and unpleasant odors, making the bra more pleasant to wear for extended periods and reducing the frequency of laundering. (11) Breast Health Concerns: By reducing pressure points and improving circulation, the bra promotes better breast health, mitigating issues related to poor support and restricted blood flow that can arise from wearing ill-fitting bras. (12) Lack of Versatility in Design: some embodiments provide an adaptable design or structure that allows for various configurations, such as sports bras, sleepwear bras, and strapless designs, offering versatility and suitability for different occasions and preferences. (13) Limited Availability of Inclusive Sizes: The bra’s ability to adapt to different body shapes and sizes ensures that it caters to a broader range of wearers, including those with unique anatomical challenges or irregular body shapes, promoting inclusivity. (14) Unattractive Aesthetic Options: The customizable aesthetic options, including different colors, patterns, and styles, ensure that women do not have to compromise on appearance for comfort and support, offering a blend of functionality and fashion.

[0068] Some embodiments may provide a bra comprising: dual-zone breast cups, each cup having an outer cup zone with minimal stretch capability and an inner cup zone with significant stretch capability; a high-elasticity mesh fabric region positioned between the main fabric region of each cup and the underwire or underwire-covering fabric region; shoulder straps adjustable for fit and support.

[0069] Some embodiments may provide a bra comprising: a main fabric region covering each breast; an elastic mesh fabric region with high-stretch capability integrated into each cup, allowing the cup to adapt dynamically to changes in breast size and shape; a back panel with a hook-and-eye closure mechanism for adjustable fit.

[0070] Some embodiments may provide a bra comprising: cups with knitted curved fabric regions, providing increased elasticity and adaptability; flexible wing-straps with four-way stretch and recovery capabilities, extending from the cups to the back closure; a seamless edge design to minimize skin irritation and enhance comfort.

[0071] Some embodiments may provide a bra comprising: one or more high-elasticity mesh fabric regions that enable the cups to move and adjust in response to bodily changes; a front center panel providing structural stability; elastic bands attached to the top and bottom of the wing-straps for added support and flexibility.

[0072] Some embodiments may provide a bra comprising: dual-zone cups with distinct outer and inner zones, where the inner zones have significant vertical or horizontal stretch capability; a high-elasticity mesh fabric region formed from a blend of Spandex and regularelasticity yarns; shoulder straps that are detachable to convert the bra into a strapless design.

[0073] Some embodiments may provide a bra comprising: an adaptive fit technology with mesh inserts in the cups, allowing the bra to mold and stretch with body movements; a back panel with an adjustable closure mechanism; elastic bands treated with hydrophilic or hydrophobic agents for moisture management.

[0074] Some embodiments may provide a bra comprising: knitted curved fabric regions integrated into the cups for dynamic movement and adjustment; high-elasticity mesh fabric regions providing stretch up to 2.5 times the original size; flexible wing-straps made from synthetic materials with four-way stretch capability.

[0075] Some embodiments may provide a bra comprising: a seamless edge / seamless border / seamless margin fabric-region around the cups and straps, to minimize irritation; high- elasticity mesh fabric regions that connect the main fabric regions of the cups to the underwirecovering regions; adjustable shoulder straps, and a back closure for a customized fit.

[0076] Some embodiments may provide a bra comprising: cups with a combination of high-stretch and zero-stretch zones, allowing dynamic adaptation to breast changes; high- elasticity mesh fabric regions that are U-shaped and positioned at the base of the cups; a front center panel that provides stability and support.

[0077] Some embodiments may provide a bra comprising: flexible wing-straps with elastic bands attached for added stretch and support; dual-zone cups with inner zones capable of significant vertical stretch; a high-elasticity mesh fabric region connecting the main fabric regions of the cups to the underwire-covering regions.

[0078] Some embodiments may provide a bra comprising: a main fabric region covering each breast, with an integrated high-elasticity mesh fabric region for dynamic adaptation; seamless edges around the cups and straps for enhanced comfort; a back panel with a hook- and-eye closure mechanism.

[0079] Some embodiments may provide a bra comprising: high-elasticity mesh fabric regions positioned at the base of the cups for dynamic movement and support; flexible wingstraps made from synthetic materials with four- way stretch capabilities; shoulder straps that are adjustable and detachable for conversion to a strapless design.

[0080] In some embodiments, the bra may optionally have some, or all, of the following features or components or characteristics. (1) The high-elasticity mesh fabric region is formed from a blend of Spandex and Modal yarns. (2) The high-elasticity mesh fabric region is capable of stretching up to 2.5 times its original size in response to a stretching force. (3) The shoulder straps are detachable to allow the bra to be worn as a strapless garment. (4) A hook-and-eye closure mechanism located at the back panel for adjustable fit. (5) The outer cup zone is made of a fabric with zero or minimal horizontal and vertical stretch capabilities. (6) The inner cup zone has a horizontal stretching capability of at least 1.5 times its idle non-stretched size. (7) The inner cup zone has a vertical stretching capability of at least 1.75 times its idle nonstretched size. (8) The high-elasticity mesh fabric region is U-shaped and positioned at the base of the cups. (9) Flexible wing-straps extending from the cups to the back closure, with fourway stretch and recovery capabilities. (10) The main fabric region is treated with an antimicrobial agent to enhance hygiene. (11) The main fabric region is treated with a cooling agent to enhance wearer comfort in hot weather. (12) Seamless edges or borders or fabric-made frame or fabric-made margin around the cups, to minimize skin irritation and / or to enhance comfort. (13) The shoulder straps include adjustable sliders for customized length and fit. (14) The cups further comprise padding for additional shape and support. (15) The flexible wing-straps are treated with a hydrophilic agent for enhanced moisture management. (16) The elastic bandsattached to the wing-straps are formed from a blend of synthetic and natural materials for added stretch and recovery. (17) The high-elasticity mesh fabric region is formed from a blend of Spandex and bamboo fiber yarns. (18) The main fabric region is knitted using a double Jersey knitting structure for enhanced support. (19) A front center panel for additional structural stability. (20) The shoulder straps are convertible, allowing the bra to be worn in multiple configurations, including crisscross and halter styles. (21) The elastic bands attached to the wing-straps are treated with a hydrophobic agent for water resistance. (22) The high-elasticity mesh fabric region is capable of stretching up to 2 or 2.5 or 3 times its original size in response to a stretching force. (23) A removable underwire that can be inserted or removed based on wearer preference for added flexibility in support. (24) Optionally, Memory Foam Cups that conform to the wearer's breast shape for a personalized fit, and that assist in adapting to the body's contours and changes over time. (25) Eco-Friendly Materials, sustainable materials, such as recycled polyester and organic cotton, in the construction of the bra, which may reduce the environmental impact and appeals to eco-conscious consumers.

[0081] Some embodiments may provide an adaptively fitting bra, or a highly adaptive bra, having one or more, or some, or most, or all, of the following features or characteristics. (1) Dual-zone breast cups with adaptive stretch capabilities; (2) High-elasticity mesh fabric for dynamic fit adjustments; (3) Seamless edges and seamless regions (or, being an entirely seamless bra) to minimize skin irritation; (4) Flexible wing-straps with four-way stretch; (5) Knitted curved fabric regions for enhanced adaptability; (6) Detachable shoulder straps for versatile configurations; (7) Anti-microbial and moisture-wicking fabric treatments; (8) Hook- and-eye back closure for adjustable fit; (9) Integrated padding for additional support and comfort; (10) Convertible design for multiple wearing styles.

[0082] In some embodiments, the bra may be adapted to fit a human wearer having an irregular body-shape or body-structure; or a wearer that had a mastectomy, or a wearer that had implants, or a beginner / teenager / young adult, or a senior citizen. In some embodiments, the bra can have any suitable silhouette structure and / or functionality; for example, a two-strap bra, a one-strap bra, a strapless bra, a sports bra, a push-up bra, a minimizer bra, a cage bra, a full-figure bra, a balconette bra, an adhesive bra, a plunge bra, a full-cup bra, a half-cup bra, a nursing bra, a maternity bra, a demi bra, a bralette bra, a halter bra, a beginner’s bra, or the like; and can be colored or dyed with any suitable color(s).

[0083] Some embodiments provide a bra for a human wearer, the bra comprising at least:(al) a left-side cup, formed of a first type of fabric; (a2) a right-side cup, formed of said first type of fabric; (b) a main fabric -region, that is generally horizontally below the left-side cupand below the right-side cup, and that is also between the left-side cup and the right-side cup; (cl) a left-side knitted mesh fabric-region, that is formed of a second type of fabric that is different from the first type of fabric, and that is structured as a first curved U-shape fabric element, and that is connected (i) above a top-left edge of the main fabric region and (ii) below the left-side cup, and that can expand and shrink in response to applied forces and in response to changes in contour or in size of a left-side breast of the human wearer, and that provides adaptive coverage to the left-side breast of the human wearer; wherein the left-side knitted mesh fabric -region has an elasticity characteristic that it at least twice relative to an elasticity characteristic of the left-side cup; wherein the left-side knitted mesh fabric-region enables the left-side cup to spatially move upwardly or downwardly in response to a change in the contour of the left-side breast of the human wearer; (c2) a right-side knitted mesh fabric -region, that is formed of said second type of fabric that is different from the first type of fabric, and that is structured as a second curved U-shape fabric element, and that is connected (i) above a topright edge of the main fabric region and (ii) below the right-side cup, and that can expand and shrink in response to applied forces and in response to changes in contour or in size of a rightside breast of the human wearer, and that provides adaptive coverage to the right-side breast of the human wearer; wherein the right-side knitted mesh fabric -region has an elasticity characteristic that it at least twice relative to an elasticity characteristic of the right-side cup; wherein the right-side knitted mesh fabric-region enables the right-side cup to spatially move upwardly or downwardly in response to a change in the contour of the right-side breast of the human wearer.

[0084] In some embodiments, the left-side knitted mesh fabric -region has an idle height of between 3 to 10 millimeters in idle non-stretched state, and has a stretching capability that enables the left-side knitted mesh fabric-region to expand its height to at least twice said idle height; wherein the right-side knitted mesh fabric -region has an idle height of between 3 to 10 millimeters in idle non-stretched state, and has a stretching capability that enables the rightside knitted mesh fabric-region to expand its height to at least twice said idle height.

[0085] In some embodiments, a surface area of the left-side knitted mesh fabric -region, is between 5 percent to 20 percent of an entire surface area of the left-side cup; wherein a surface area of the right-side knitted mesh fabric-region, is between 5 percent to 20 percent of an entire surface area of the right-side cup.

[0086] In some embodiments, the left-side knitted mesh fabric -region is formed of a combination of at least two yarns, that include: (I) a first yarn formed of spun, non-melted, polyether-polyurea copolymer fibers; wherein the first yarn is capable of stretching from anidle length to at least 3 times said idle length upon application of a stretching force; (II) a second yarn formed of melted and extruded polyethylene terephthalate (PET) based Polyester; wherein the second yarn is capable of stretching from an idle length to not more than 1.5 times said idle length upon application of a stretching force. In some embodiments, the right-side knitted mesh fabric-region is formed of a combination of at least two yarns, that include: (I) said first yarn formed of spun, non-melted, polyether-polyurea copolymer fibers; wherein the first yarn is capable of stretching from an idle length to at least 3 times said idle length upon application of a stretching force; (II) said second yarn formed of melted and extruded polyethylene terephthalate (PET) based Polyester; wherein the second yarn is capable of stretching from an idle length to not more than 1.5 times said idle length upon application of a stretching force.

[0087] In some embodiments, more than 50 percent of the left-side knitted mesh fabricregion is formed of said first yarn; wherein less than 50 percent of the left-side knitted mesh fabric-region is formed of said second yarn; wherein more than 50 percent of the right-side knitted mesh fabric -region is formed of said first yarn; wherein less than 50 percent of the rightside knitted mesh fabric-region is formed of said second yarn.

[0088] In some embodiments, more than 70 percent of the left-side knitted mesh fabricregion is formed of said first yarn; wherein less than 30 percent of the left-side knitted mesh fabric-region is formed of said second yarn; wherein more than 70 percent of the right-side knitted mesh fabric -region is formed of said first yarn; wherein less than 30 percent of the rightside knitted mesh fabric-region is formed of said second yarn.

[0089] In some embodiments, (dl) the left-side cup has two fabric sub-regions that are adjacent to each other, and that are on a same plane relative to each other, and that are: (i) a left-side outer fabric sub-region, that covers at least one third of a total surface area of the leftside cup; and (ii) a left-side inner fabric sub-region, that covers a remainder of the total surface area of the left-side cup; wherein the left-side outer fabric sub-region has a first elasticity characteristic, wherein the left-side inner fabric sub-region has a second elasticity characteristic that is different from the first elasticity characteristic. In some embodiments, wherein the rightside cup has two fabric sub-regions that are adjacent to each other, and that are on a same plane relative to each other, and that are: (i) a right-side outer fabric sub-region, that covers at least one third of a total surface area of the right-side cup; and (ii) a right-side inner fabric subregion, that covers a remainder of the total surface area of the right-side cup; wherein the rightside outer fabric sub-region has said first elasticity characteristic, wherein the right-side inner fabric sub-region has said second elasticity characteristic that is different from said first elasticity characteristic.

[0090] In some embodiments, the left-side outer fabric sub-region has an elasticity characteristic that is at least 1.5 times relative to an elasticity characteristic of the left-side inner fabric sub-region; wherein the right-side outer fabric sub-region has said elasticity characteristic that is at least 1.5 times relative to an elasticity characteristic of the right-side inner fabric sub-region.

[0091] In some embodiments, the left-side inner fabric sub-region has an elasticity characteristic that is at least 1.5 times relative to an elasticity characteristic of the left-side outer fabric sub-region; wherein the right-side inner fabric sub-region has said elasticity characteristic that is at least 1.5 times relative to an elasticity characteristic of the right-side outer fabric sub-region.

[0092] In some embodiments, the left-side outer fabric sub-region and the left-side inner fabric sub-region have a same vertical elasticity characteristic, but have different values of horizontal elasticity characteristic; wherein the right-side outer fabric sub-region and the rightside inner fabric sub-region have a same vertical elasticity characteristic, but have different values of horizontal elasticity characteristic.

[0093] In some embodiments, the left-side outer fabric sub-region and the left-side inner fabric sub-region have a same horizontal elasticity characteristic, but have different values of vertical elasticity characteristic; wherein the right-side outer fabric sub-region and the rightside inner fabric sub-region have a same horizontal elasticity characteristic, but have different values of vertical elasticity characteristic.

[0094] In some embodiments, the bra further comprises: a left-side back- wing fabric region, and a right-side back-wing fabric region, that are attachable to each other and detachable from each other via a hook-and-eye mechanism; wherein the left-side back-wing fabric region has a same modulus of elasticity both horizontally and vertically; wherein the right-side back-wing fabric region has a same modulus of elasticity both horizontally and vertically; wherein the left-side back-wing fabric region is capable of expanding vertically by at least 1.5 times in response to applied forces; wherein the right-side back-wing fabric region is capable of expanding vertically by at least 1.5 times in response to applied forces.

[0095] In some embodiments, an entirety of the bra is seam-less and is stitch-less, and lacks any seams and lacks any stitches, to reduce irritation to a skin of the human wearer.

[0096] In some embodiments, the bra is a wire-free bra that lacks any underwire, wherein fabric regions of the bra provide sufficient support to the breast of the human wearer via fabric elasticity and via three-dimensional structure and without an underwire.

[0097] In some embodiments, the bra further comprises a supporting underwire that is connected beneath the left-side knitted mesh fabric-region and the right-side knitted mesh fabric-region.

[0098] In some embodiments, the left-side knitted mesh fabric-region comprises at least one sub-region of woven non-mesh fabric sub-region that separates between the left-side cup and the main fabric-region; wherein the left-side knitted mesh fabric -region comprises at least one sub-region of woven non-mesh fabric sub-region that separates between the right-side cup and the main fabric-region.

[0099] In some embodiments, the left-side knitted mesh fabric -region is translucent and enables passage therethrough of at least 50 percent of incoming light; wherein the right-side knitted mesh fabric -region is translucent and enables passage therethrough of at least 50 percent of incoming light.

[0100] In some embodiments, at least one fabric-region of said bra is formed of one or more yarns that are pre-treated or pre-coated or pre-soaked with an anti-microbial material.

[0101] In some embodiments, at least one fabric-region of said bra is formed of one or more yarns that are pre-treated or pre-coated or pre-soaked with an anti-odor material.

[0102] In some embodiments, at least one fabric-region of said bra is formed of one or more yarns that are pre-treated or pre-coated or pre-soaked with Aloe Vera.

[0103] Functions, operations, components and / or features described herein with reference to one or more embodiments, may be combined with, or may be utilized in combination with, one or more other functions, operations, components and / or features described herein with reference to one or more other embodiments, or vice versa.

[0104] While certain features of some embodiments have been illustrated and described herein, many modifications, substitutions, changes, and equivalents may occur to those skilled in the art. Accordingly, the claims are intended to cover all such modifications, substitutions, changes, and equivalents.

Claims

CLAIMS1. A bra for a human wearer, the bra comprising at least:(al) a left-side cup, formed of a first type of fabric;(a2) a right-side cup, formed of said first type of fabric;(b) a main fabric -region, that is generally horizontally below the left-side cup and below the right-side cup, and that is also between the left-side cup and the right-side cup;(cl) a left-side knitted mesh fabric -region, that is formed of a second type of fabric that is different from the first type of fabric, and that is structured as a first curved U-shape fabric element, and that is connected (i) above a top-left edge of the main fabric region and (ii) below the left-side cup, and that can expand and shrink in response to applied forces and in response to changes in contour or in size of a left-side breast of the human wearer, and that provides adaptive coverage to the left-side breast of the human wearer; wherein the left-side knitted mesh fabric-region has an elasticity characteristic that it at least twice relative to an elasticity characteristic of the left-side cup; wherein the left-side knitted mesh fabric-region enables the left-side cup to spatially move upwardly or downwardly in response to a change in the contour of the left-side breast of the human wearer;(c2) a right-side knitted mesh fabric -region, that is formed of said second type of fabric that is different from the first type of fabric, and that is structured as a second curved U-shape fabric element, and that is connected (i) above a top-right edge of the main fabric region and (ii) below the right-side cup, and that can expand and shrink in response to applied forces and in response to changes in contour or in size of a right-side breast of the human wearer, and that provides adaptive coverage to the right-side breast of the human wearer; wherein the right-side knitted mesh fabric-region has an elasticity characteristic that it at least twice relative to an elasticity characteristic of the right-side cup; wherein the right-side knitted mesh fabric -region enables the right-side cup to spatially move upwardly or downwardly in response to a change in the contour of the right-side breast of the human wearer.

2. The bra according to claim 1, wherein the left-side knitted mesh fabric -region has an idle height of between 3 to 10 millimeters in idle non-stretched state, and has a stretching capability that enables the left-side knitted mesh fabric -region to expand its height to at least twice said idle height;wherein the right-side knitted mesh fabric -region has an idle height of between 3 to 10 millimeters in idle non-stretched state, and has a stretching capability that enables the rightside knitted mesh fabric-region to expand its height to at least twice said idle height.

3. The bra according to any one of claims 1-2, wherein a surface area of the left-side knitted mesh fabric -region, is between 5 percent to 20 percent of an entire surface area of the left-side cup; wherein a surface area of the right-side knitted mesh fabric -region, is between 5 percent to 20 percent of an entire surface area of the right-side cup.

4. The bra according to any one of claims 1-3, wherein the left-side knitted mesh fabric -region is formed of a combination of at least two yarns, that include:(I) a first yarn formed of spun, non-melted, polyether-polyurea copolymer fibers; wherein the first yarn is capable of stretching from an idle length to at least 3 times said idle length upon application of a stretching force;(II) a second yarn formed of melted and extruded polyethylene terephthalate (PET) based Polyester; wherein the second yarn is capable of stretching from an idle length to not more than 1.5 times said idle length upon application of a stretching force; wherein the right-side knitted mesh fabric-region is formed of a combination of at least two yarns, that include:(I) said first yarn formed of spun, non-melted, polyether-polyurea copolymer fibers; wherein the first yarn is capable of stretching from an idle length to at least 3 times said idle length upon application of a stretching force;(II) said second yarn formed of melted and extruded polyethylene terephthalate (PET) based Polyester; wherein the second yarn is capable of stretching from an idle length to not more than 1.5 times said idle length upon application of a stretching force.

5. The bra according to claim 4, wherein more than 50 percent of the left-side knitted mesh fabric-region is formed of said first yarn; wherein less than 50 percent of the left-side knitted mesh fabric -region is formed of said second yarn; wherein more than 50 percent of the right-side knitted mesh fabric-region is formed of said first yarn; wherein less than 50 percent of the right-side knitted mesh fabric -region is formed of said second yarn.

6. The bra according to claim 4, wherein more than 70 percent of the left-side knitted mesh fabric-region is formed of said first yarn; wherein less than 30 percent of the left-side knitted mesh fabric -region is formed of said second yarn; wherein more than 70 percent of the right-side knitted mesh fabric-region is formed of said first yarn; wherein less than 30 percent of the right-side knitted mesh fabric -region is formed of said second yarn.

7. The bra according to any one of claims 1-6,(dl) wherein the left-side cup has two fabric sub-regions that are adjacent to each other, and that are on a same plane relative to each other, and that are:(i) a left-side outer fabric sub-region, that covers at least one third of a total surface area of the left-side cup; and (ii) a left-side inner fabric sub-region, that covers a remainder of the total surface area of the left-side cup; wherein the left-side outer fabric sub-region has a first elasticity characteristic, wherein the left-side inner fabric sub-region has a second elasticity characteristic that is different from the first elasticity characteristic;(d2) wherein the right-side cup has two fabric sub-regions that are adjacent to each other, and that are on a same plane relative to each other, and that are:(i) a right-side outer fabric sub-region, that covers at least one third of a total surface area of the right-side cup; and (ii) a right-side inner fabric sub-region, that covers a remainder of the total surface area of the right-side cup;wherein the right-side outer fabric sub-region has said first elasticity characteristic, wherein the right-side inner fabric sub-region has said second elasticity characteristic that is different from said first elasticity characteristic.

8. The bra according to claim 7, wherein the left-side outer fabric sub-region has an elasticity characteristic that is at least 1.5 times relative to an elasticity characteristic of the left-side inner fabric sub-region; wherein the right-side outer fabric sub-region has said elasticity characteristic that is at least 1.5 times relative to an elasticity characteristic of the right-side inner fabric sub-region.

9. The bra according to claim 7, wherein the left-side inner fabric sub-region has an elasticity characteristic that is at least 1.5 times relative to an elasticity characteristic of the left-side outer fabric sub-region; wherein the right-side inner fabric sub-region has said elasticity characteristic that is at least 1.5 times relative to an elasticity characteristic of the right-side outer fabric sub-region.

10. The bra according to claim 7, wherein the left-side outer fabric sub-region and the left-side inner fabric sub-region have a same vertical elasticity characteristic, but have different values of horizontal elasticity characteristic; wherein the right-side outer fabric sub-region and the right-side inner fabric sub-region have a same vertical elasticity characteristic, but have different values of horizontal elasticity characteristic.

11. The bra according to claim 7, wherein the left-side outer fabric sub-region and the left-side inner fabric sub-region have a same horizontal elasticity characteristic, but have different values of vertical elasticity characteristic; wherein the right-side outer fabric sub-region and the right-side inner fabric sub-region have a same horizontal elasticity characteristic, but have different values of vertical elasticity characteristic.

12. The bra according to any one of claims 1-11, further comprising: a left-side back-wing fabric region, and a right-side back-wing fabric region, that are attachable to each other and detachable from each other via a hook-and-eye mechanism; wherein the left-side back-wing fabric region has a same modulus of elasticity both horizontally and vertically; wherein the right-side back-wing fabric region has a same modulus of elasticity both horizontally and vertically; wherein the left-side back-wing fabric region is capable of expanding vertically by at least 1.5 times in response to applied forces; wherein the right-side back-wing fabric region is capable of expanding vertically by at least 1.5 times in response to applied forces.

13. The bra according to any one of claims 1-12, wherein an entirety of the bra is seam-less and is stitch-less, and lacks any seams and lacks any stitches, to reduce irritation to a skin of the human wearer.

14. The bra according to any one of claims 1-13, wherein the bra is a wire-free bra that lacks any underwire, wherein fabric regions of the bra provide sufficient support to the breast of the human wearer via fabric elasticity and via three-dimensional structure and without an underwire.

15. The bra according to any one of claims 1-13, further comprising a supporting underwire that is connected beneath the left-side knitted mesh fabric -region and the right-side knitted mesh fabric -region.

16. The bra according to any one of claims 1-15, wherein the left-side knitted mesh fabric-region comprises at least one sub-region of woven non-mesh fabric sub-region that separates between the left-side cup and the main fabricregion; wherein the left-side knitted mesh fabric -region comprises at least one sub-region of woven non-mesh fabric sub-region that separates between the right-side cup and the main fabric-region.

17. The bra according to any one of claims 1-16, wherein the left-side knitted mesh fabric -region is translucent and enables passage therethrough of at least 50 percent of incoming light; wherein the right-side knitted mesh fabric-region is translucent and enables passage therethrough of at least 50 percent of incoming light.

18. The bra according to any one of claims 1-17, wherein at least one fabric-region of said bra is formed of one or more yarns that are pre-treated or pre-coated or pre-soaked with an anti-microbial material.

19. The bra according to any one of claims 1-18, wherein at least one fabric-region of said bra is formed of one or more yarns that are pre-treated or pre-coated or pre-soaked with an anti-odor material.

20. The bra according to any one of claims 1-19, wherein at least one fabric-region of said bra is formed of one or more yarns that are pre-treated or pre-coated or pre-soaked with Aloe Vera.

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