Breasts separator element, and a bra or garment incorporating such element

Abstract

A garment for a human wearer includes: a right-side fabric cup, structured to cover or hold or support a right-side breast of the human wearer; a left-side fabric cup, structured to cover or hold or support a left-side breast of the human wearer; an under-bust front-side elastic element, that connects along and beneath the right-side fabric cup and the left-side fabric cup, and that further connects to a back-side elastic element. The garment further includes a Breasts Separator Unit that is positioned between the right-side fabric cup and the left-side fabric cup. The Breasts Separator Unit has a central rigid or semi-rigid element that is encased within a dual-layered fabric structure. The Breasts Separator Unit is structured to separate and space - apart the left-side breast and the right-side breast, and to prevent or reduce direction friction of the left-side breast against the right-side breast.

Description

Breasts Separator Element, and a Bra or Garment Incorporating Such ElementCross-Reference to Related Applications

[0001] This patent application claims priority and benefit from patent application US 63 / 550,717, filed on February 7, 2024, which is hereby incorporated by reference in its entirety.Field

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

[0003] Clothing articles and clothes are typically formed of textile material 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 a breasts separator element or component, and a bra or garment or other clothing article incorporating such breasts separator element or component; as well as methods and systems for producing or manufacturing such breasts separator element or component and such bra or garment.

[0005] A garment for a human wearer includes: a right-side fabric cup, structured to cover or hold or support a right-side breast of the human wearer; a left-side fabric cup, structured to cover or hold or support a left-side breast of the human wearer; an under-bust front-side elastic element, that connects along and beneath the right-side fabric cup and the left-side fabric cup, and that further connects to a back-side elastic element. The garment further includes a Breasts Separator Unit that is positioned between the right-side fabric cup and the left-side fabric cup. The Breasts Separator Unit has a central rigid or semi-rigid element that is encased within a dual-layered fabric structure. The Breasts Separator Unit is structured to separate and space - apart the left-side breast and the right-side breast, and to prevent or reduce direction friction of the left-side breast against the right-side breast.

[0006] Some embodiments may provide other and / or additional benefits or advantages.Brief Description of the Drawings

[0007] Fig. 1 A is an illustration of a butterfly-shaped Breasts Separator Unit, in accordance with some demonstrative embodiments.

[0008] Fig. IB is another illustration of the butterfly- shaped Breasts Separator Unit, in accordance with some demonstrative embodiments.

[0009] Fig. 1C is a set of five views of the above-mentioned butterfly-shaped Breasts Separator Unit, in accordance with some demonstrative embodiments.

[0010] Figs. 2A and 2B and 2C are illustrations of a butterfly-shaped Breasts Separator Unit, shown positioned between the two breasts of a woman or between two cups of a bra (or other garment) worn by a woman, in accordance with some demonstrative embodiments.

[0011] Figs. 3A and 3B and 3C are illustrations of a dual-leaf shaped Breasts Separator Unit, in accordance with some demonstrative embodiments.

[0012] Fig. 3D is a set of five views of the above-mentioned dual-leaf shaped Breasts Separator Unit, in accordance with some demonstrative embodiments.

[0013] Figs. 3E and 3F are illustrations of a dual-leaf shaped Breasts Separator Unit, shown positioned between the two breasts of a woman or between two cups of a bra (or other garment) worn by a woman, in accordance with some demonstrative embodiments.

[0014] Figs. 4A and 4B and 4C are illustrations of a Breasts Separator Unit, in accordance with some embodiments; shown at its back view, its side view, and its front view.

[0015] Figs. 5 A and 5B and 5C are illustrations of a Breasts Separator Unit, in accordance with some embodiments; shown at its back view, its side view, and its front view.

[0016] Figs. 6A and 6B and 6C are illustrations of a Breasts Separator Unit, in accordance with some embodiments; shown at its back view, its side view, and its front view.

[0017] Fig. 7 is a set of illustrations of Breasts Separator Units, and their placement between cups of a bra and / or between breasts of a female wearer and / or as an integral part of a bra or other garment, in accordance with some demonstrative embodiments.

[0018] Figs. 8 A and 8B and 8C are illustrations of Breasts Separator Units, in accordance with some demonstrative embodiments.

[0019] Fig. 9 is an illustration of a set of additional Breasts Separator Units, in accordance with some demonstrative embodiments.

[0020] Fig. 10 is a set of five illustrations demonstrating the utilization and some benefits of a Breasts Separator Unit, in accordance with some demonstrative embodiments.

[0021] Fig. 11 is an illustration of a set of demonstrative Breasts Separator Units, in accordance with some embodiments.

[0022] Fig. 12A is an illustration of a system for producing Breasts Separator Units, in accordance with some embodiments.

[0023] Fig. 12B is an illustration of a sheet, from which the Breasts Separator Unit is cut or produced, in accordance with some embodiments.

[0024] Fig. 13 is an illustration of a set of components of a bra or bralette having a Breasts Separator Unit, in accordance with some embodiments.

[0025] Fig. 14A is an illustration of an inside-out flat-laid bralette having a Breasts Separator Unit, in accordance with some embodiments.

[0026] Fig. 14B is an illustration of a zoomed-in portion of the inside-out flat-laid bralette having the Breasts Separator Unit, in accordance with some embodiments.

[0027] Fig. 14C is an illustration of a flat-laid bralette having the Breasts Separator Unit, in accordance with some embodiments.

[0028] Fig. 14D is an illustration of an upper view of the chest of a human wearer who wears a bralette having the Breasts Separator Unit, in accordance with some embodiments.Detailed Description of Some Demonstrative Embodiments

[0029] The Applicant has realized that women who wear a wired bra or a wireless / wire- free bra or a bralette may encounter or may experience various types of inconvenience or undesired appearance of their breast or body.

[0030] The Applicant has realized that when wearing a wireless bra or a wire-free bra, or a bralette or other bra that lacks underwire, the breasts are often pushed together and / or are pushed inwardly towards each other, and / or rub against each other; and this may cause inconvenience to some female wearers, due to such inwardly pushing forces that the bra or bralette applies on the breasts of the wearer. Additionally or alternatively, realized the Applicant, this may cause to some female wearers skin irritation, skin rashes, sweating or increased sweating, and even muscle pain or body pain due to the inwardly-directed forces that the bra or bralette puts on the breasts of the female wearer.

[0031] The Applicant has realized that some conventional bras may include a “gore” element or a “bridge” element, which is made of metal and which is located between the two cups of the bra. However, realized the Applicant, some female wearers are inconvenienced by the touch of the metal “gore” element on their skin, and / or by the indirect feel of such metal “gore” in proximity to their skin. Additionally, realized the Applicant, such metal “gore” element may indeed assist in shaping the breasts in some situations or positions, but may also create an undesired sloppy look when the metal “gore” element floats away from the body orwhen it does not directly touch the skin of the female wearer. Furthermore, realized the Applicant, the metal wire(s) that are used in such metal “gore” element are inconvenient or uncomfortable to some female users, and may even prick the wearer’s skin or breasts.

[0032] Some embodiments of the present invention provide an innovative Breasts Separator Unit, as well as a bra or garment that incorporates such Breasts Separator Unit.

[0033] In some embodiments, the Breasts Separator Unit is a flexible ergonomic element, or is a semi-flexible semi-rigid element, or a partially-flexible partially-rigid element.

[0034] In some embodiments, the Breasts Separator Unit is detachably attached to the bra or the garment; and can be removed or detached by the female wearer. In some embodiments, the Breasts Separator Unit is removable and / or replaceable. Breasts Separator Unit is freely insertable into an existing bra or an existing garment, as a stand-alone component. In some embodiments, the Breasts Separator Unit may be held in place using a Velcro mechanism or using hook-and-loop connector(s) or using hook-and-loop fastener(s) or using hook-and-loop straps or strips.

[0035] In some embodiments, optionally, the bra or the garment may be produced such that it has a particular three-dimensional structure that is adapted to receive therein and / or to hold therein such Breasts Separator Unit; such as, as a three-dimensional cavity or pocket or crater between the two cups of a bra or in (or near) a central region of the garment that is three - dimensionally structured to accept and hold and complement the Breasts Separator Unit inserted therein.

[0036] In other embodiments, optionally, a Holding Pocket may be an integral component of the bra or the garment, or may be sewn or knitted or stitched or glued or otherwise connected at a front-central region of the bra (or garment) or between the two cups of such bra; and the Holding Pocket may accommodate and may hold in place the insertable and removable Breasts Separator Unit, which can be inserted at will into such Holding Pocket and which can be manually removed from such Holding Pocket.

[0037] In other embodiments, the Breasts Separator Unit is permanently attached, or integrally attached, or non-detachably attached, to the bra or the garment; and it cannot be removed or detached by the female wearer using regular force or reasonable force or without causing damage to the garment or to the bra or to the Breasts Separator Unit. Such permanent or integral or non-detachable attachment of the Breasts Separator Unit to the bra (or garment) may be achieved via one or more suitable attachment or connection mechanisms; for example, glue, adhesive, bonding agent, bonding tape, heat-and-pressure connection or heat-press connection, ultrasonic connection, ultrasonic fusion connection, ultrasonic cut-and-sewconnection, a sewing connection, a stitching connection, a knitted connection, or the like, or a combination of two or more connection methods.

[0038] In some embodiments, the Breasts Separator Unit is integrally knitted as an integral part of the bra or the garment; for example, using increased-rigidity yarn(s) or thread(s) or fabric region(s), and / or using increased-rigidness yarn(s) or thread(s) or fabric region(s), and / or using reduced-flexibility yarn(s) or thread(s) or fabric region(s). In some embodiments, the Breasts Separator Unit is implemented as an integral and built-in garment region or garment portion, just like a sleeve or a pocket can be integrally knitted component of a garment.

[0039] The Breasts Separator Unit may be produced integrally within, or may be attached or inserted into, a bra or bralette or garment which may be a single-layer bra / bralette / garment, or which may be a double-layer or multi-layer bra or bralette or garment bra / bralette / garment.

[0040] In some embodiments, the Breasts Separator Unit is configured to directly touch the skin or the breasts of the female wearer. In other embodiments, some or all of the Breasts Separator Unit is covered or wrapped or coated by at least one layer of fabric or coating, such that the Breasts Separator Unit (in its entirety, or at least portions or regions thereof) does not directly touch the skin or the breasts of the female wearer.

[0041] In accordance with some embodiments, the Breasts Separator Unit may be a removable component or a non-removable component of a bra, a strapless bra, a two-strap bra, a single-strap bra, a bralette, a lingerie item, a swimsuit, a pajama or a sleepwear garment, a sports bra, an exercise bra, a training bra, a form-fitting bra or garment, a body-clinging bra or garment, a fitness bra or garment, an activewear bra or garment, a nursing bra, a pregnancy bra, a bra for teenagers or young wearers, a bra for senior citizens, a “plus size” bra, a bralette for girls or teenagers or women, a wire-free bra or bralette or garment, a wireless bra or bralette or garment, a bra or bralette or garment that lack or that excludes any wire or underwire, a bra or bralette or garment that lack or that excludes any metal parts, an everyday bra, a bra having a particular size or shape or dimensions, or the like.

[0042] In some embodiments, the Breasts Separator Unit is formed of Thermoplastic Polyurethane (TPU). In some embodiments, the Breasts Separator Unit is formed of silicon and / or silicone. In some embodiments, the Breasts Separator Unit is formed of yarn and / or fabric and / or cotton and / or polyester. In some embodiments, the Breasts Separator Unit is formed of a single metal. In some embodiments, the Breasts Separator Unit is formed of two or more metals. In some embodiments, the Breasts Separator Unit is formed of a single non- metallic material. In some embodiments, the Breasts Separator Unit is formed of two or more non-metallic materials. In some embodiments, the Breasts Separator Unit is formed of one ormore metals and also one or more non-metallic materials. In some embodiments, the Breasts Separator Unit is formed of sponge. In some embodiments, the Breasts Separator Unit is formed of plastic. In some embodiments, the Breasts Separator Unit is formed of foamed plastic. In some embodiments, the Breasts Separator Unit is formed of natural rubber. In some embodiments, the Breasts Separator Unit is formed of synthetic rubber. In some embodiments, the Breasts Separator Unit is formed of a combination of two or more of the above-mentioned materials.

[0043] In some embodiments, a first region of the Breasts Separator Unit is formed of a first material; whereas, a second region of that same Breasts Separator Unit is formed of a second, different, material. For example, a central region of the Breasts Separator Unit may be formed of metal; whereas, two “wings” or “wing panels” or “side panels” or “breasts supporting panels” of the Breasts Separator Unit are formed of TPU or silicon or silicone or plastic or yarns or fabric or a combination thereof.

[0044] In some embodiments, a first region of the Breasts Separator Unit has a first level of rigidity or rigidness; whereas, a second region of that same Breasts Separator Unit has a second, reduced, level of rigidity or rigidness.

[0045] For example, in some embodiments, a central region of the Breasts Separator Unit may be formed of a first metal having a first level of rigidity (Rl); whereas, two “wings” or “wing panels” or “side panels” or “breasts supporting panels” of the Breasts Separator Unit are formed of a second, different, metal having a second, smaller, level of rigidity (R2).

[0046] In some embodiments, a central region of the Breasts Separator Unit may be formed of a metal having a first level of rigidity (LI); whereas, two “wings” or “wing panels” or “side panels” or two “leaf-shaped panels” or “breasts supporting panels” of the Breasts Separator Unit are formed of a different, non-metal material (e.g., plastic or foamed plastic or TPU or silicon or silicone) having a second, smaller, level of rigidity (L2).

[0047] In some embodiments, a central region of the Breasts Separator Unit may be formed of a material having a first level of rigidity (Ml); whereas, two “wings” or “wing panels” or “side panels” or two “leaf-shaped elements” or “breasts supporting panels” of the Breasts Separator Unit are formed of a different material having a second, smaller, level of rigidity (M2).

[0048] The Breasts Separator Unit may be structured as a butterfly, as two interconnected leaves or leaf-shaped panels, as two interconnected ovals or elongated elliptical panels, as a triangular element, as two “wings” or wing-shaped elements, or the like.

[0049] In some embodiments, a left-side region or panel or wing or leaf of the Breasts Separator Unit supports or touches the internal side or the inner side of the left breast, and a right-side region or panel or wing or leaf of the Breasts Separator Unit supports or touches the internal side or the inner side of the right breast.

[0050] In some embodiments, the left-side region or panel or wing or leaf of the Breasts Separator Unit, is directly connected and directly borders with the right-side region or panel or wing or leaf of the Breasts Separator Unit; without any additional or central region between them; such that both of them together are V shaped or U shaped. In other embodiments, the Breasts Separator Unit further includes a central region or a central panel or a bridging element or a bridging panel, which is located between and centrally to the two side -regions or sidepanels or wings or leaves of the Breasts Separator Unit. In some embodiments, the central region is generally planar and / or is generally a vertical plane or a generally vertical; whereas, each of the two side -regions or side-panels or wings or leaves of the Breasts Separator Unit is curved or is slanted or is concave or is convex. In some embodiments, the entire three- dimensional structure of the Breasts Separator Unit may be a butterfly structure or a saddle structure, such that a central region is located between the two breasts, and such that two sideregions or side -panels or wings or leaves of the Breasts Separator Unit are slanting outwardly from that central region, each of the supporting or touching one breast; and the entire Breasts Separator Unit is generally symmetrical right-to-left.

[0051] The Breasts Separator Unit can be used with, or can be an integral part of, a bra or bralette or garment that can be knitted or woven or sewn or formed from cotton, polyester, nylon, modal, Tencel, Lycra, Spandex, synthetic yarn or fibers, natural yarns or fiber, or from a blend or mixture or combination of two or more such materials and / or other materials; using knitting, weaving, seamless production, seam-free production, cut-and-sew production, gluing, bonding, ultrasonic cutting or fusing, and / or other suitable techniques. Optionally, the bra or bralette or garment may have additional features or functionalities; for example, breast lifting functionality, breast push-up functionality, breast compression functionality, liquid absorption, or the like.

[0052] Reference is made to Fig. 1 A, which is an illustration of a butterfly-shaped Breasts Separator Unit 101, in accordance with some demonstrative embodiments. It includes a central region, that interconnects (I) a right-side support panel or support wing and (II) a left-side support panel or support wing. The central region may include a rigid or semi-rigid or rigid- and-flexible element, such as formed of TPU or silicon or silicone or metal, which may be curved upwardly similar to a hill or an upside-down U shape. Each of the support wingsoptionally includes a rigid or semi-rigid or rigid- and-flexible element, such as formed of TPU or silicon or silicone or metal, which curves upwardly to hold or to support the respective breast and to slightly push it outwardly from the center of the chest. In some embodiments, the three rigid elements are a single continuous U-shaped rigid element.

[0053] Reference is made to Fig. IB, which is an illustration of a butterfly-shaped Breasts Separator Unit 102, in accordance with some demonstrative embodiments. It shows in highlighted color the continuous rigid or semi-rigid or rigid-and-flexible element support element, that traverses the central region and that elongates upwardly in a curved slanted path along each of the two support wings.

[0054] Reference is made to Fig. 1C, which is a set 130 of five views of the above- mentioned butterfly-shaped Breasts Separator Unit, in accordance with some demonstrative embodiments.

[0055] Reference is made to Figs. 2A and 2B, which are two illustrations (201 and 202, respectively) of the butterfly-shaped Breasts Separator Unit, in accordance with some demonstrative embodiments. The Breasts Separator Unit is shown placed between two cups of a bra, and / or externally to two cups of a bra, and / or externally to a central region or a “bridge” element of a bra. The Breasts Separator Unit operates to separate the two breasts, and / or to slightly push them outwardly relative to a central region of the chest, or to slightly push them away from each other, and / or to prevent the two breasts from rubbing against each other or from touching each other, and / or to reduce a frequency or a time-period in which the two breasts rub against each other or touch each other.

[0056] Reference is made to Fig. 2C, which is an illustration 203 of the butterfly-shaped Breasts Separator Unit, in accordance with some demonstrative embodiments. The Breasts Separator Unit may optionally be taped or bonded or glued, to the chest of the female wearer or to the bra (e.g., with glue or tape or bonding materials that is facing inwardly), and / or may optionally be taped or bonded or glued to the garment (e.g., shirt, dress) of the female wearer (e.g., with glue or tape or bonding materials that is facing outwardly towards such garment).

[0057] Reference is made to Figs. 3A and 3B, which are illustrations of dual-leaf shaped Breasts Separator Units (301 and 302, respectively), in accordance with some demonstrative embodiments. It includes a base region, that interconnects (I) a right-side support panel or support leaf and (II) a left-side support panel or support leaf. The central region may include a rigid or semi-rigid or rigid-and-flexible element, such as formed of TPU or silicon or silicone or metal. Each of the support leaves optionally includes a rigid or semi-rigid or rigid-and- flexible element, such as formed of TPU or silicon or silicone or metal, which curves upwardlyto hold or to support the respective breast and to slightly push it outwardly from the center of the chest. In some embodiments, the three rigid elements are a single continuous V-shaped or Y-shaped rigid element. In some embodiments, Fig. 3 A corresponds to the outwardly-facing side of the Breasts Separator Unit (the side that faces away from the body), whereas Fig. 3B corresponds to the inwardly-facing side of the Breasts Separator Unit (the side that faces towards the body). In other embodiments, Fig. 3B corresponds to the outwardly-facing side of the Breasts Separator Unit (the side that faces away from the body), whereas Fig. 3 A corresponds to the inwardly-facing side of the Breasts Separator Unit (the side that faces towards the body).

[0058] Reference is made to Fig. 3C, which is an illustration of a dual-leaf shaped Breasts Separator Unit 303, in accordance with some demonstrative embodiments. It shows in highlighted color the continuous rigid or semi-rigid or rigid-and-flexible element support element, that continuously extends from the right-side support leaf, downwardly towards the base region, and then upwardly along the left-side support leaf.

[0059] Reference is made to Fig. 3D, which is a set 340 of five views of the dual-leaf shaped Breasts Separator Unit, in accordance with some demonstrative embodiments.

[0060] Reference is made to Fig. 3E, which is an illustration 350 of a dual-leaf shaped Breasts Separator Unit, in accordance with some demonstrative embodiments. The Breasts Separator Unit is shown placed between two cups of a bra, and / or externally to two cups of a bra, and / or externally to a central region or a “bridge” element of a bra. The Breasts Separator Unit operates to separate the two breasts, and / or to slightly push them outwardly relative to a central region of the chest, or to slightly push them away from each other, and / or to prevent the two breasts from rubbing against each other or from touching each other, and / or to reduce a frequency or a time -period in which the two breasts rub against each other or touch each other.

[0061] Reference is made to Fig. 3F, which is an illustration 360 of a dual-leaf shaped Breasts Separator Unit, in accordance with some demonstrative embodiments. The Breasts Separator Unit may optionally be taped or bonded or glued, to the chest of the female wearer or to the bra (e.g., with glue or tape or bonding materials that is facing inwardly), and / or may optionally be taped or bonded or glued to the garment (e.g., shirt, dress) of the female wearer (e.g., with glue or tape or bonding materials that is facing outwardly towards such garment). For demonstrative purposes, three such taping / bonding elements are shown; one located beneath the base region, another located at the top-region of the left-side support leaf, andanother located at the top-region of the right-side support leaf. Other number and / or locations of such taping / bonding elements may be used.

[0062] Reference is made to Figs. 4A and 4B and 4C, which are illustrations of another Breasts Separator Unit shown in three views, in accordance with some demonstrative embodiments; shown at its back view 401, its side view 402, and its front view 402.

[0063] Reference is made to Figs. 5A and 5B and 5C, which are illustrations of another Breasts Separator Unit, in accordance with some demonstrative embodiments; shown at its back view 501, its side view 502, and its front view 503.

[0064] Reference is made to Figs. 6A and 6B and 6C, which are illustrations of another Breasts Separator Unit, in accordance with some demonstrative embodiments; shown at its back view 601, its side view 602, and its front view 603.

[0065] Reference is made to Fig. 7, which is a set 700 of illustrations of Breasts Separator Units, and their placement between cups of a bra and / or between breasts of a female wearer and / or as an integral part of a bra, in accordance with some demonstrative embodiments.

[0066] Reference is made to Figs. 8A and 8B and 8C, which are illustrations of additional Breasts Separator Units 801 and 802 and 803, in accordance with some demonstrative embodiments.

[0067] Reference is made to Fig. 9, which is an illustration of a set 900 of additional BreastsSeparator Units, in accordance with some demonstrative embodiments.

[0068] Reference is made to Fig. 10, which is a set 170 of five illustrations demonstrating the utilization and some benefits of a Breasts Separator Unit 171, in accordance with some demonstrative embodiments. The left-side column shows a front-side view 181 and a top-side view 182 of the chest of a female who wears a bra or a garment without the Breasts Separator Unit; demonstrating the two breasts touching each other and / or rubbing against each other and / or pushing each other. The right-side column shows a front-side view 191 and a top-side view 192 of the chest of a female who wears a bra or a garment with the Breasts Separator Unit; demonstrating the two breasts being separated from each other and / or not touching each other and / or not rubbing against each other and / or not pushing each other. The right-column illustrations can be achieved by using the Breasts Separator Unit shown at the bottom of Fig. 10, or using another Breasts Separator Unit in accordance with various embodiments.

[0069] In some embodiments, the Breasts Separator component may be implemented as a “gore” unit, or as a nose-shaped or cone-shaped component, which is metal-free and does not include any metal(s), and which is wire-free and does not include any metal wire(s). In some embodiments, the breasts separator unit is structured to have an entirely closed shape, similarto a nose or a cone or a frustum, or having a nose-shape or an upside-down mushroom-shape, or as a generally triangular or generally trapezoid shape; having a lower base or a lower edge that is wider (e.g., at least 2 or 3 or 4 times wider) relative to its upper edge; as such structure, realized the Applicant, can be beneficial to separate or push-apart or separate the breasts away from each other.

[0070] In some embodiments, the Breasts Separator unit is formed of one or more layers of fabric; and / or is formed of one or more layers of plastic and is covered with one or more layers of fabric. In some embodiments, the Breasts Separator unit does not include any “wing” elements or “wing” components or “leaf’ elements or “leaf’ components; but rather, is implemented as a closed shape and is covered with two fabric layers that enclose around it.

[0071] In some embodiments, the Breasts Separator Unit is formed of (or includes) Thermoplastic Polyurethane (TPU). In some embodiments, the Breasts Separator Unit is formed of (or includes) one or more materials available from Balena (website: Balena.science), such as BioCir or BioCirX or BioCirflex or BioCirflex3D, or other bi-polymer materials combining high molecular weight biodegradable polymers and / or thermoplastic elastomer(s) and / or plastic alternatives.

[0072] In some embodiments, the Breasts Separator Unit is sewn or stitched or glued or bonded within or inside or into the bra / bralette / garment; such as, at or near or within a fabricregion that is structured to be located between the two breasts of the wearer and / or between the two cups of such bra or bralette or garment; and / or above the waist-band of such bra or bralette or garment; optionally allowing the wearer to adjust or to slightly adjust the exact position of the Breasts Separator Unit between the two breasts.

[0073] Reference is made to Fig. 11, which is an illustration of a set 20 of several demonstrative Breasts Separator Units (denoted 21 to 25), in accordance with some embodiments. Each of those Breasts Separator Units 21-25 is generally nose-shaped, or upsidedown mushroom shaped, or is generally chess-pawn shaped, or is generally triangular with a lower-side base, or is generally trapezoid with a lower base that is at least 2 o 3 times the width of its upper base / edge.

[0074] As demonstrated, the Breasts Separator Unit is implemented as a Non-Planar element, such that it has a central raised protrusion region that is surrounded by a non-raised region; to provide spatial three-dimensional breast separation functionality.

[0075] Reference is made to Fig. 12A, which is an illustration of a system 31 for producing such Breasts Separator Unit in accordance with some embodiments; for example, by cutting or laser-cutting or blade -cutting or knife-cutting or scissors-cutting the contour of the BreastsSeparator Unit from a sheet of soft / flexible plastic material or TPU or Balena material(s). Reference is also made to Fig. 12B, which is an illustration of such sheet 32, from which the Breasts Separator Unit is cut or produced, in accordance with some embodiments.

[0076] Reference is made to Fig. 13, which is an illustration of a set 30 of components of a bra or bralette having a Breasts Separator Unit, in accordance with some embodiments. For example, an outer fabric-layer AA (facing away from the wearer’s body) and an inner fabriclayer BB (facing towards the wearer’s body, and directly touching the wearer’s body) are used, and are structure to hold or support or cover or partially-cover from the front side the breasts of the wearer; and between those two fabric layers, the Breasts Separator Unit C2 is placed or inserted or sewn or stitched or bonded or glued, such that it is entirely covered by those two fabric layers AA and BB. In some embodiments, a front-side fabric-element Cl is further attached between the Breasts Separator Unit C2 and the outer fabric-layer AA, to provide further thickness to the Breasts Separator Unit and / or to further improve its breast separation functionality. Additionally or alternatively, in some embodiments, an internal-side fabricelement C3 is further attached between the Breasts Separator Unit C2 and the inner fabric-layer BB, to provide further thickness to the Breasts Separator Unit and / or to further improve its breast separation functionality.

[0077] Reference is made to Fig. 14A, which is an illustration 41 of an inside-out flat-laid bralette having the Breasts Separator Unit, in accordance with some embodiments. Reference is also made to Fig. 14B, which is an illustration 42 of a zoomed- in portion of that inside-out flat-laid bralette having the Breasts Separator Unit, in accordance with some embodiments.

[0078] Reference is made to Fig. 14C, which is an illustration 43 of a flat-laid bralette having the Breasts Separator Unit, in accordance with some embodiments. Reference is also made to Fig. 14D, which is an illustration 44 of an upper view of the chest of a human wearer who wears that bralette having the Breasts Separator Unit, in accordance with some embodiments.

[0079] It is noted that in accordance with some implementations, the Breasts Separator Unit is entirely non-visible or is entirely hidden from the sight of an observer other than the wearer; or, the Breasts Separator Unit is entirely concealed within the bra or bralette or other garment, and is not visible to an observer.

[0080] Some embodiments include a method for producing or manufacturing a Breasts Separator Unit; for example, by performing: (a) producing the right-side support-wing or support-leaf; (b) producing the left-side support wing or support-leaf; (c) optionally, producing the central region or the base region; (d) connecting the right-side and the left-side supportwings or support-leaves, either directly to each other or to the central region or base region. In other embodiments, the entirety of the Breasts Separator Unit may be produced as a singular component through a singular production process; without necessarily producing separately each support-wing or each support-leaf and then connecting them. In some embodiments, the production method may further include: inserting and / or connecting and / or attaching and / or detachably-attaching and / or non-detachably attaching and / or bonding and / or gluing the Breasts Separator Unit to a bra or a bralette or a shirt or a dress or a garment, or between or near the cups of a bra or a bralette.

[0081] Some embodiments include a system for producing or manufacturing a Breasts Separator Unit; for example, including: (a) means or production unit for producing the rightside support-wing or support-leaf; (b) means or production unit for producing the left-side support wing or support-leaf; (c) optionally, means or production unit for producing the central region or the base region; (d) means or production unit for connecting the right-side and the left-side support wings or support-leaves, either directly to each other or to the central region or base region. In other embodiments, the system may be configured to produce the entirety of the Breasts Separator Unit as a singular component through a singular production process; without necessarily producing separately each support-wing or each support-leaf and then connecting them. In some embodiments, the production system may further include: means or production unit for inserting and / or connecting and / or attaching and / or detachably-attaching and / or non-detachably attaching and / or bonding and / or gluing the Breasts Separator Unit to a bra or a bralette or a shirt or a dress or a garment, or between or near the cups of a bra or a bralette.

[0082] Some embodiments of the Breasts Separator Unit and its associated applications, address challenges faced by wearers of conventional bras, bralettes, and related garments. The device serves as a solution to the discomfort, aesthetic concerns, and physiological issues often encountered with current designs. Specifically, it mitigates problems such as inward pressure on the breasts, irritation caused by skin-to-skin contact, and structural limitations of conventional gore or bridge elements, which frequently fail to offer ergonomic support or prevent unwanted movement.

[0083] The Breasts Separator Unit may be formed as a flexible or semi-rigid element with customizable characteristics tailored to the needs of various users. It can be engineered as a standalone component or integrated directly into garments, providing options for removable or permanent attachment. The unit’s design accommodates intricate mechanisms, including Velcro systems, hook-and-loop fasteners, and precision-formed cavities, enabling seamlessintegration into bras or garments with specific three-dimensional structures. This adaptability ensures compatibility across a wide range of garments, offering wearers both utility and enhanced comfort.

[0084] Manufactured from a diverse range of materials, the Breasts Separator Unit can exhibit significant versatility in composition. Examples include thermoplastic polyurethane, silicone, foamed plastics, and composites of metals with non-metallic materials. The unit may feature distinct regions formed from materials with varying rigidity levels. For instance, a central segment may be fabricated from a robust material such as a metal alloy, while adjoining panels or “wings” could employ softer, elastic materials. This dynamic configuration optimizes both functionality and wearer comfort, allowing the unit to adapt to specific anatomical contours.

[0085] An important aspect of some embodiments is their geometry and functionality, configured to enhance the separation of breasts while maintaining an aesthetic and supportive profile. The unit may adopt a butterfly shape, dual-leaf structure, or even a contoured V-shaped configuration. Its central region often incorporates a curved or planar element that anchors the separator between the breasts, while the side panels gently push the breasts outward. Such design refinements not only reduce friction and contact but also enhance visual symmetry and posture for the wearer.

[0086] In some implementations, the Breasts Separator Unit is entirely concealed within the garment, ensuring discretion while maximizing its utility. It may be enveloped in one or more fabric layers, further reducing direct skin contact and providing a soft tactile interface. Alternatively, the unit can be positioned externally or bonded to the garment, employing advanced adhesion techniques such as ultrasonic fusion or thermal bonding. This attention to attachment methodology ensures the stability and durability of the component under various conditions.

[0087] The unit’s adaptability extends to its usage across various garment types, encompassing bras, bralettes, lingerie, activewear, and even swimsuits. Additionally, it is compatible with various production techniques, including seamless knitting, advanced weaving, and cut-and-sew fabrication. These methods enable precise integration, ensuring that the Breasts Separator Unit conforms to the intended aesthetic and structural characteristics of the garment. Furthermore, the unit may include auxiliary features, such as moisture-wicking properties, anti-bacterial coatings, or breast-lifting capabilities, enhancing its value proposition.

[0088] In order to accommodate a diverse user base, the unit can be offered in configurations that cater to various demographics, from adolescent wearers to senior citizens and those requiring plus-size adaptations. Its form factor can range from entirely soft, pliable structures to semi-rigid constructs that deliver additional structural support. By offering multiple material combinations and configurations, the Breasts Separator Unit addresses the requirements of different wearers while maintaining a balance between comfort and functionality.

[0089] The production of the unit may employ methods such as laser cutting, precision molding, and / or hybrid manufacturing techniques. These processes allow for the creation of intricate geometries and material transitions, such as those required for elements with gradient rigidity. Additionally, the unit may be formed as a monolithic structure or as an assembly of components bonded through advanced adhesives, mechanical connectors, or ultrasonic welding. This versatility in production ensures cost-efficiency and scalability, enabling the Breasts Separator Unit to cater to both mass-market and niche applications.

[0090] The unit’s versatility is further demonstrated by its ability to function as a structural component for garments without metallic elements. Its design eliminates the discomfort often associated with conventional metal gores or wires, replacing these with lightweight, ergonomic solutions. Moreover, its ability to maintain stability under stress while enhancing aesthetic appeal makes it particularly suitable for sportswear and high-performance garments.

[0091] Another aspect is the modularity of the Breasts Separator Unit, which allows users to customize their experience. Wearers can (in some implementations) remove, replace, or reposition the unit within their garment, adapting it to changing preferences or specific activities. This feature is particularly beneficial for individuals engaged in physically demanding tasks, as the unit can be configured to provide tailored support and minimize movement -related discomfort.

[0092] Some embodiments may provide some or all of the following innovative features. (1) Adjustable Rigidity Levels, as the Breasts Separator Unit integrates regions with varying rigidity levels, combining rigid central supports and flexible side panels; this design adapts to the contours of the wearer’s anatomy, providing both structural support and enhanced comfort. The use of materials such as thermoplastic polyurethane (TPU) or silicone ensures an ergonomic balance between firmness and flexibility. (2) Modular and Replaceable Design, as the unit can be detachable and replaceable, allowing wearers to customize their garments. Using Velcro, hook-and-loop fasteners, or integrated pockets, it can be securely placed within bras or garments, enabling easy replacement or repositioning to match specific user needs orpreferences. (3) Concealed Integration, as the unit can be seamlessly embedded within the garment, entirely hidden from view. Dual fabric layers or advanced adhesive techniques are used to conceal the unit, ensuring it remains discreet while providing its intended functionality without compromising the garment’s aesthetic appeal. (4) Ergonomic Breast Separation, as the unit gently separates the breasts, preventing rubbing or skin contact. Its geometric designs, such as butterfly or dual-leaf shapes, create a three-dimensional structure that optimizes comfort and supports a natural, symmetrical chest appearance. (5) Versatility Across Garment Types, as the Breasts Separator Unit is adaptable for bras, bralettes, lingerie, activewear, swimsuits, and even sleepwear. Its design accommodates diverse garment styles, making it suitable for everyday use, sports, and special occasions. (6) Material Versatility, as the unit can be constructed using a wide range of materials, including foamed plastic, natural rubber, synthetic fibers, and hybrid composites; the unit thus ensures flexibility in performance characteristics. Material choices can be tailored to achieve durability, softness, or antimicrobial properties. (7) Non-Metallic Construction, as the unit avoids the use of metallic components, eliminating discomfort associated with traditional metal gores or underwires. Its non-metallic build is lightweight, skin-friendly, and compliant with garments intended for active or extended use. (8) Customizable Fabric Coatings, as the unit can be coated with soft, breathable fabrics, enhancing comfort while preventing direct skin contact. These coatings may also include moisture-wicking or anti-bacterial treatments, further improving hygiene. (9) Dynamic Geometry, as the unit’s shape options include butterfly, V-shape, U-shape, or triangular configurations, as well as nose-shaped or trapezoid shape. These designs ensure compatibility with different garment styles while providing enhanced separation and support for varied chest anatomies. (10) Hybrid Manufacturing Techniques, as production methods may include laser cutting, precision molding, and ultrasonic bonding. These techniques enable intricate designs and efficient material usage, ensuring the unit can be manufactured at scale with consistent quality. (11) Gradual Material Transitions, as regions with material transitions, such as softer wings connected to rigid central elements, allow for enhanced adaptability. This feature ensures even weight distribution and prevents localized discomfort. (12) Advanced Attachment Mechanisms, as permanent or semi-permanent attachment options include heat-press bonding, ultrasonic fusion, and stitching. These methods ensure the unit remains securely in place, even during high-intensity activities, without compromising the garment’s integrity. (13) Supportive Contoured Wings, as optional side panels or “wings” can be contoured to cradle and slightly push the breasts outward. This ergonomic design can enhance posture and reduces inward pressure, addressing issues like sweating and rashes. (14) Symmetrical AestheticEnhancement, as the unit promotes a balanced chest appearance by evenly distributing separation forces. Its symmetrical design is particularly beneficial for wearers seeking improved visual proportions without invasive alterations. (15) Layered Assembly Options, as the unit can be integrated or sandwiched between garment layers, such as outer and inner fabric panels, adding structural integrity without being externally visible. This multi-layer approach also enhances durability and functional longevity. (16) Eco-Friendly Material Alternatives, as the unit supports sustainable options, such as biopolymers or biodegradable materials or TPU. These materials can reduce environmental impact while maintaining the unit’s performance characteristics. (17) Adaptive Fit for Diverse Users, as the unit caters to various demographics, including teenagers, senior citizens, and plus-size individuals. Its scalability and material flexibility make it an inclusive solution for users with distinct anatomical and support requirements. (18) Multi-Layered Functionalities, as in addition to breast separation, the unit offers optional features like breast-lifting support, liquid absorption, or compression functionality. These integrated benefits expand its applicability to sports bras, nursing bras, and fitness wear.

[0093] Some embodiments may provide one or more of the following surprising or nonob vious or counter-intuitive features. (1) Dynamic Symmetry through Asymmetric Rigidity, as the unit can be symmetrical in shape, yet it can use asymmetric rigidity levels between regions, counter-intuitively achieving balance and support by combining softer and firmer materials; this promotes a stable fit and prevents discomfort while enhancing aesthetic appearance. (2) Non-Metallic Structural Strength, as despite lacking traditional metal components, the unit provides superior structural integrity using advanced polymers and composites; this non- obvious approach reduces weight and enhances flexibility while maintaining the support typically associated with metallic elements. (3) Embedded Flexibility Enhancing Stability, as the unit’s flexible regions paradoxically improve overall stability by accommodating movement; this counter-intuitive flexibility reduces strain, allowing the separator to adapt dynamically to the wearer’s activities without compromising its functionality or position. (4) Ergonomic Three-Dimensional Cavity Adaptation, by incorporating an inward-facing three- dimensional cavity, such that the separator reduces external pressure while stabilizing the breasts; this design intuitively aligns with anatomy to enhance support and reduce skin contact, contrary to traditional flat or rigid separators. (5) Tension-Free Attachment, unlike conventional tight attachment methods; as the separator unit can employ tension-free mechanisms like Velcro or loose-fit pockets, and this counter-intuitive approach minimizes garment distortion while ensuring comfort and preventing localized pressure points. (6)Invisible Ergonomic Layering, as the separator can integrate seamlessly into garment layers, making it invisible while maintaining its full functionality; this non-obvious feature combines discretion with ergonomic benefits, allowing wearers to achieve comfort and support without altering garment aesthetics. (7) Self-Stabilizing Butterfly Shape, as the butterfly configuration, with its outward-slanting wings, paradoxically stabilizes itself by redistributing forces across its edges; and this surprising structural advantage enhances separation and support while maintaining a lightweight profile. (8) Sweat-Reducing Spacer Design, as the separator’s strategic placement creates a breathable spacer between the breasts, reducing sweat accumulation; and this non-obvious feature indirectly improves hygiene and reduces irritation, addressing issues typically unresolved by conventional garments. (9) Material Transition for Enhanced Tactility, as using soft-touch materials over rigid cores offers unexpected tactility improvements; and this surprising combination delivers the necessary structural strength while ensuring a gentle interface with the wearer’s skin. (10) Concealed Position Adjustability, as the separator unit allows subtle position adjustments within concealed garment pockets; and this counter-intuitive feature provides personalized support and comfort without visible external changes, granting wearers discrete control over their fit and experience.

[0094] In some embodiments, a bra or bralette or garment may include some or all of the following components or features. (1) Breasts Separator Unit, which is the central element providing breast separation and support; it may include rigid, semi-rigid, or flexible regions, such as TPU, silicone, or hybrid composites, designed to create a three-dimensional structure that prevents skin contact and ensures ergonomic comfort. (2) Central Region, which is a core section of the separator, anchoring the unit between the breasts; this region can be rigid or semirigid, forming the primary structural element to stabilize and distribute forces across the garment. (3) Side Wings, which are optional wing-shaped extensions of the separator, curving outward to gently push the breasts apart; these panels may be made from softer materials for comfort, complementing the central region’s rigidity. (4) Holding Pocket or concealing pocket, such as a sewn or integrated compartment within the garment to house the separator; it ensures secure placement while allowing adjustability and preventing movement during wear. (5) Outer Fabric Layer, which is the garment’s visible external layer, providing style and protection; it may feature durable materials such as polyester or nylon to ensure aesthetic appeal and functional performance. (6) Inner Fabric Layer, which is the layer directly touching the skin, often made from soft, breathable materials like cotton or modal; it enhances wearer comfort and may be moisture-wicking for hygiene. (7) Adhesive Zones, such as areas on the separator or garment designed for adhesive attachment; these zones ensure the separator stays securelyin place, even under active conditions, using bonding agents or tapes. (8) Elastic Band, such as a stretchable band integrated into the garment’s lower edge; it provides support and stability, keeping the separator and garment snug against the body. (9) Shoulder Straps, such as adjustable straps attached to the garment to distribute weight and maintain alignment; they may feature elastic elements or sliders for fit customization. (10) Bridge Element, which may be a structural connector between the two cups of the bra or garment; this element accommodates the separator while preventing discomfort from direct metal contact. (11) Seamless Transition Panels, which are panels with graded material properties to ensure smooth transitions between rigid and flexible areas, preventing discomfort at junctions and improving garment flexibility. (12) Anti-Chafing Fabric Inserts, such as soft and strategically placed inserts that reduce friction and irritation during movement; these can be located near high-contact regions, such as the separator edges. (13) Moisture -Wicking Lining, such as a hidden layer integrated within the garment to manage sweat; this layer enhances hygiene and comfort by drawing moisture away from the skin. (14) Breast Support Panels, such as shaped inserts within the cups, offering additional lift and shaping; these panels work alongside the separator to optimize breast positioning. (15) Under-bust Stabilizer, such as a semi-rigid band located below the cups to enhance fit and reduce movement; it provides foundational support for the entire garment. (16) Hook-and-Loop Fasteners, or other attachment mechanisms that allow secure fastening of removable components, such as the separator or modular wings, enhancing garment adaptability. (17) Ventilation Mesh Zones, such as sections of breathable mesh integrated into the garment for improved airflow, reducing heat buildup and maintaining wearer comfort. (18) Contour Stitching, such as specialized stitching patterns to shape the garment and accommodate the separator; they may improve structural integrity and align the garment with the body’s curves. (19) Padding Inserts, which are optional removable pads within the garment cups for added comfort, volume enhancement, or further separation, complementing the separator’s function. (20) Reinforced Side Seams, which are optional sturdy seams along the garment’s sides to anchor components like the separator and maintain overall durability during active use. (21) Adjustable Closure System, namely back or front closures with adjustable mechanisms, such as hooks or zippers, that allow for personalized fit while securing the garment and its components effectively.

[0095] Some embodiments may provide some of the following innovative or non-obvious outputs or results or achievements. (1) Enhanced Postural Alignment, as the separator’s ergonomic design subtly pushes the breasts outward, improving spinal alignment and reducing forward tilt; this result is particularly beneficial for wearers seeking relief from strain causedby poor posture or unsupported breast positioning. (2) Reduction in Skin Irritation, by preventing breast contact and friction; the separator minimizes the risk of rashes, chafing, and heat-related irritation; and this hygienic result is ideal for wearers in warm climates or during physical activities. (3) Improved Aesthetic Symmetry, as the unit creates a balanced, natural appearance by evenly distributing support and separation forces; and this result enhances the garment’s visual appeal, particularly for wearers with asymmetrical breast shapes or sizes. (4) Customizable Comfort Levels, as the removable design allows users to tailor the separator’s positioning and rigidity to their preferences, achieving a personalized fit; and this adaptability ensures wearers experience consistent comfort across varying activities and garment styles. (5) Breast Cooling and Ventilation, as the separator introduces airflow between the breasts, reducing heat buildup and sweating; and this unexpected benefit is particularly useful during exercise or in high-temperature environments, ensuring wearer comfort. (6) Discreet Functional Integration, as the separator’s ability to remain hidden within garments offers wearers functional support without altering outward appearance; and this discreet enhancement caters to users prioritizing both utility and subtlety. (7) Enhanced Support During Activity, by stabilizing breast movement; the separator minimizes strain and discomfort during high-impact activities such as running or jumping; and this makes it an ideal component for sports bras and activewear. (8) Improved Garment Longevity, as the separator reduces fabric stress caused by unsupported breast movement, prolonging garment lifespan; and this result benefits manufacturers and wearers by increasing product durability and reducing replacement frequency. (9) Elimination of Metal Discomfort, as the non-metallic design eliminates discomfort and skin reactions often caused by traditional metal wires or metal gores; and this innovative result broadens the separator’s usability for wearers with sensitivities or allergies, or those who prefer non-metallic components. (10) Inclusive Fit for Diverse Body Types, as the separator can be adapted to various breast sizes and shapes, ensuring consistent support and comfort for a wide demographic; this inclusivity enhances its appeal to wearers across age groups and body types. (11) Simplified Garment Maintenance, as removable separators facilitate easier cleaning and maintenance by allowing users to launder garments and components separately; and this convenience ensures hygiene and prolongs the unit’s usability. (12) Reduction in Shoulder Strain, by redistributing support forces; the separator minimizes reliance on shoulder straps, and this reduces strain on the shoulders and upper back, making the garment more comfortable for extended wear. (13) Enhanced Confidence and Wearer Satisfaction, as the separator’s combination of comfort, aesthetics, and adaptability empowerswearers to feel confident and at ease in their garments; and this translates to improved user satisfaction and loyalty.

[0096] Some embodiments may mitigate or cure or solve or prevent or eliminate some of the following problems or disadvantages. (1) Breast Rubbing and Friction, as the unit invention prevents skin-to-skin contact between breasts, mitigating issues like chafing, irritation, and rashes caused by friction during movement or in hot climates, ensuring greater comfort and hygiene for wearers. (2) Inward Breast Pressure, as by providing outward support, the separator eliminates the inward pushing forces caused by wire-free or bralette designs, reducing discomfort, muscle strain, and body pain. (3) Sweating and Heat Buildup, as the separator introduces ventilation between breasts, minimizing heat retention and sweat accumulation, which are common in conventional bras, especially during physical activities or in warm weather. (4) Asymmetrical Appearance problem of some wearers, as by evenly distributing separation forces, the invention ensures a balanced, symmetrical aesthetic, addressing visual concerns for wearers with asymmetrical breast shapes or sizes. (5) Skin Irritation from Metal Components, as the non-metallic design eliminates discomfort and allergic reactions caused by traditional metal gores or wires, providing a skin-friendly alternative suitable for sensitive users. (6) Unstable Garment Fit, as the separator stabilizes the garment’s structure, reducing unwanted shifting or movement, ensuring a secure and reliable fit throughout the day or during vigorous activities. (7) Postural Issues, as by supporting and positioning the breasts outward, the separator alleviates forward tilting and poor posture, promoting a more natural spinal alignment and reducing associated back strain. (8) Shoulder Strain and Pain, as the unit can redistribute support away from the shoulder straps, reducing strain on the shoulders and neck, particularly for wearers with larger breasts or those wearing garments for extended periods. (9) Discomfort from Tight Garments, as the separator reduces the need for overly tight garments by providing internal structure and support, offering wearers a more comfortable alternative to compressive designs. (10) Garment Deformation, as by supporting breast separation, the separator prevents fabric bunching or warping, maintaining the garment's intended shape and improving its durability and aesthetic appeal. (11) Limited Support for High-Impact Activities, as the separator can enhance stability and reduces breast movement, addressing inadequate support issues in sports or activewear, making it suitable for high-impact physical activities. (12) Hygiene Concerns, as the separator can reduce prolonged skin contact, sweat pooling, and associated bacterial growth, promoting better hygiene and reducing the risk of infections or odors. (13) Aesthetic and Comfort Trade-Off problems, as by seamlessly integratingfunctionality with discreet and ergonomic design, the separator resolves the common trade-off between comfort and appearance, delivering both without compromise.

[0097] Some embodiments provide a bra or bralette or garment, comprising a Breasts Separator Unit positioned between two cups, wherein the unit includes a central region formed of a rigid or semi-rigid material, and side panels extending outwardly, the central region configured to separate the breasts and the side panels adapted to provide ergonomic support, with the unit secured within a holding pocket integrated into the garment.

[0098] Some embodiments provide a Breasts Separator Unit for use in a bra or garment, comprising a butterfly-shaped structure with a central region formed of thermoplastic polyurethane and outwardly slanting wings, the central region configured to separate the breasts while the wings provide outward support, wherein the unit is adapted for removable insertion into a designated pocket within the garment.

[0099] Some embodiments provide a bra or bralette or garment, incorporating a Breasts Separator Unit, wherein the unit is integrally knitted into the garment between two cups, the separator formed of yarns with increased rigidity and configured to create a three-dimensional separation effect, such that the breasts are prevented from contacting each other while ensuring wearer comfort.

[0100] Some embodiments provide a Breasts Separator Unit, comprising a flexible structure with a central ridge and two concave side panels, the unit being non-metallic and coated with a moisture-wicking fabric, configured to separate the breasts, reduce skin irritation, and provide structural support, wherein the separator is permanently attached to the garment using ultrasonic bonding.

[0101] Some embodiments provide a bra or bralette or garment, comprising a Breasts Separator Unit, the unit including a central rigid panel made of silicone and two flexible wings extending laterally, wherein the separator is positioned within a dual-layered fabric structure and secured using adhesive strips, the unit designed to push the breasts outwardly and prevent inward pressure.

[0102] Some embodiments provide a Breasts Separator Unit, configured for placement in a bra, comprising a central triangular element and two wing-shaped side panels, wherein the central element is formed of a rigid material, and the side panels are semi-flexible, the unit structured to provide breast separation and stability without requiring additional support elements.

[0103] Some embodiments provide a bra or bralette or garment, featuring a Breasts Separator Unit, wherein the unit includes a central V-shaped element and two curved panelsextending outwardly, the central element formed of a biodegradable polymer and the curved panels made of a softer material, configured to separate the breasts and reduce skin-to-skin contact during wear.

[0104] Some embodiments provide a Breasts Separator Unit, for use in a bra or sports bra, comprising a central planar region and two slanted side panels, the separator formed entirely of foamed plastic, configured to absorb shock, separate the breasts, and provide enhanced stability during high-impact activities, wherein the separator is enclosed in a breathable mesh covering.

[0105] Some embodiments provide a bra or bralette or garment, incorporating a Breasts Separator Unit, the unit comprising a single continuous U-shaped rigid component made of a composite material, positioned between two cups of the garment, the separator configured to maintain separation of the breasts while adapting to the contours of the wearer’s body.

[0106] Some embodiments provide a Breasts Separator Unit for use in a bra or a nursing bra, comprising a central region and two side panels, the separator made from a soft, hypoallergenic material, configured to provide breast separation and reduce skin irritation, wherein the unit is removable and secured via hook-and-loop fasteners integrated into the garment.

[0107] Some embodiments provide a bra or bralette or garment, featuring a Breasts Separator Unit, wherein the unit includes a cone-shaped central element formed of a non- metallic material and two supporting panels extending outwardly, the separator permanently attached between the cups, configured to reduce breast contact and enhance wearer comfort while remaining concealed within the garment.

[0108] Some embodiments provide a Breasts Separator Unit for use in a bra or bralette or other chest-covering garment, comprising a dual-layered structure with an inner rigid panel and an outer soft fabric covering, the separator shaped as a butterfly with a central elevated region, configured to separate the breasts, reduce inward pressure, and improve airflow, wherein the unit is sewn into the garment.

[0109] Some embodiments provide a garment comprising a Breasts Separator Unit positioned between two cups, the separator including a central rigid region and two flexible side panels, wherein the central region is configured to separate the breasts and reduce skin-to- skin contact, and the side panels extend outwardly to provide ergonomic support, the separator being integrally attached to the garment or inserted into a designated holding pocket, further configured to enhance wearer comfort by redistributing pressure and improving airflow between the breasts, and formed from at least one material selected from thermoplasticpolyurethane, silicone, or foamed plastic, wherein the garment is produced with dual-layered fabric designed to fully enclose and conceal the separator, ensuring seamless integration and a discreet appearance for improved functionality and aesthetics.

[0110] Some embodiments provide a Breasts Separator Unit for use in a bra, the separator comprising a central section and two wing-shaped side panels, the central section formed of a rigid or semi-rigid material and configured to maintain a gap between the breasts, while the side panels are flexible and adapted to provide outward support, wherein the separator is integrated into a garment by means of a sewn holding pocket or permanent adhesive, further coated with moisture-wicking fabric to reduce irritation, the separator being shaped to align with anatomical contours, constructed from non-metallic materials, and operable to stabilize the garment during wear, with the garment configured to allow easy removal and replacement of the separator for enhanced functionality and extended usage versatility across various applications.

[0111] Some embodiments provide a bra or bralette comprising a Breasts Separator Unit positioned between its two cups, the separator including a butterfly-shaped structure with a rigid central region and flexible side panels, wherein the central region is designed to prevent breast contact and the side panels are configured to push the breasts outwardly for improved support, the separator being permanently attached or removably inserted into a three- dimensional cavity, formed of non-metallic materials including thermoplastic polyurethane or silicone, with the garment further incorporating reinforced seams to secure the separator in place, wherein the separator enhances the fit, improves wearer comfort by reducing inward pressure, and provides ventilation between the breasts, ensuring its discreet functionality remains concealed within dual fabric layers for seamless integration and aesthetic compatibility.

[0112] Some embodiments provide a Breasts Separator Unit designed for use in garments, comprising a central element and two outwardly slanted wings, the central element formed from a rigid material to provide structural breast separation, while the wings are semi-flexible and ergonomically contoured to support the breasts and distribute pressure outwardly, wherein the separator is attachable to the garment using hook-and-loop fasteners, Velcro, or an integrated pocket, further constructed with a breathable fabric covering to reduce sweat accumulation, the separator being compatible with various garment types, including bras, bralettes, and activewear, and operable to enhance garment stability and wearer comfort, wherein the design minimizes friction and irritation between the breasts while maintaining an invisible, concealed appearance when integrated into dual-layered fabric constructions.

[0113] Some embodiments provide a garment comprising a Breasts Separator Unit configured for ergonomic breast separation, the unit including a central rigid panel and two curved side panels extending outwardly, wherein the separator is secured within an integrated pocket or permanently bonded to the garment using ultrasonic welding or adhesive methods, the separator further designed to maintain a gap between the breasts, prevent skin-to-skin contact, and reduce friction, constructed from a combination of non-metallic materials such as silicone or foamed plastic, the garment featuring dual-layered fabric to conceal the separator and ensure a seamless appearance, and further adapted to distribute pressure evenly across the chest, improving wearer comfort and aesthetics, with the separator offering compatibility across garment types, including bras, sports bras, and bralettes.

[0114] Some embodiments provide a Breasts Separator Unit for integration into a garment, comprising a butterfly-shaped structure with a rigid central region and two flexible side panels, wherein the central region is configured to provide breast separation by maintaining a gap between the breasts, and the side panels are ergonomically designed to push the breasts outwardly for enhanced support, the separator being coated with a breathable fabric to reduce sweat and irritation, and secured within the garment through an integrated pocket, adhesive, or stitching, further constructed from a combination of thermoplastic polyurethane and silicone to ensure durability and flexibility, wherein the garment is manufactured with dual fabric layers to enclose and conceal the separator, providing a discreet yet functional design for improved comfort and aesthetic appeal.

[0115] Some embodiments provide a bra featuring a Breasts Separator Unit positioned centrally between two cups, the separator comprising a rigid central element and two semiflexible side panels, wherein the central element ensures breast separation and reduces inward pressure, and the side panels are ergonomically contoured to provide lateral support, the separator being formed from non-metallic materials such as thermoplastic polyurethane or silicone, coated with a soft fabric for enhanced comfort, and securely integrated into the bra using a holding pocket or ultrasonic bonding, with the garment further structured to enclose and conceal the separator within dual-layered fabric, minimizing visible outlines, reducing skin-to-skin contact, and enhancing stability, ensuring compatibility with diverse garment types, including sportswear, activewear, and lingerie, for both functional and aesthetic benefits.

[0116] Referring now again to Fig. 11, there is shown a collection of diverse Breasts Separator Units, each embodying unique geometric and structural features to achieve breast separation and support functionality. The designs showcased emphasize a variety of shapes and configurations, such as a nose-like form, an upside-down mushroom contour, a chess-pawnresemblance, and trapezoidal or triangular configurations with distinctive proportional bases. These shapes are carefully engineered to optimize the separator's functionality by focusing on structural balance, support efficiency, and aesthetic integration.

[0117] The elements in Fig. 11 highlight a thoughtful design approach, where the lower regions of the separators are significantly broader compared to the upper edges, ensuring stability and effective spatial separation between the breasts. This widened base geometry not only enhances the anchoring capability of the unit but also contributes to an ergonomic distribution of pressure, reducing discomfort and enabling a natural fit against the body’s contours.

[0118] Each separator design integrates a non-planar, three-dimensional architecture, featuring protrusions or central raised areas flanked by gently sloping or curved regions. These structural refinements ensure that the units achieve spatial separation while maintaining wearer comfort and supporting a wide range of garment styles. The configurations prioritize minimal contact with sensitive areas while providing adequate outward support to reduce skin friction.

[0119] Additionally, the separators in Fig. 11 demonstrate adaptability for use in various applications, whether as removable, modular elements or as integral components of garments. The designs incorporate visual symmetry and anatomical compatibility, reflecting a balance between functionality and discreetness. The figure encapsulates the versatility of the Breasts Separator Unit, underscoring its potential to cater to diverse user preferences, garment types, and ergonomic requirements while maintaining a focus on practicality and innovation.

[0120] Referring again to Fig. 13, it demonstrates the structural integration of a Breasts Separator Unit within a garment, emphasizing the interaction between the unit and the surrounding textile layers. Fig. 13 demonstrates how the separator is positioned and supported by various fabric elements, creating a seamless interface between the functional component and the overall garment design. The depiction reveals a thoughtful arrangement of materials and structural elements, ensuring both the functionality of the separator and the aesthetic continuity of the garment.

[0121] For example, the separator is centrally placed between the two fabric layers, where an outer layer and an inner layer work cohesively to encase the unit. The outer layer, oriented away from the wearer’s body, provides a protective barrier that maintains the garment's external appearance while supporting the separator's placement. The inner layer, designed to be in contact with the skin, is constructed from softer materials to enhance wearer comfort, ensuring that the separator’s edges or structural elements do not cause irritation or pressure points.

[0122] In some implementations, the separator is further complemented by an additional internal fabric layer positioned between the separator and the inner layer. This intermediate layer introduces thickness and reinforces the separator’s functional properties, such as improving its stability or modifying its pressure distribution. Similarly, an external fabric layer, located between the separator and the outer surface, serves to augment its integration while ensuring the separator’s structure remains concealed. This multi-layered configuration not only improves the durability and functionality of the separator but also ensures it remains discreet, preserving the garment's visual aesthetics.

[0123] The separator itself is designed with careful attention to geometry and material selection, conforming to the garment’s contours and providing targeted support to the breasts. Its placement within the layered fabric system allows for slight positional adjustments, granting the wearer flexibility to customize its fit. The separator's incorporation is achieved through advanced manufacturing techniques, such as stitching, bonding, or adhesive attachment, ensuring its stability and longevity.

[0124] Fig. 13 demonstrates the interplay between engineering and comfort, where the separator becomes an integral, yet invisible, part of the garment. By embedding it within a thoughtfully designed textile framework, Fig. 13 highlights the practical and aesthetic benefits of this innovative solution, showcasing its adaptability to various garment types and user preferences. This integration not only enhances functionality but also ensures wearability, making the separator a refined addition to modern apparel design.

[0125] Some embodiments provide a bra (or bralette, or garment), comprising a Breasts Separator Unit positioned between two cups, the separator including a central rigid or semirigid element encased within a dual-layered fabric structure, wherein an outer fabric layer faces outward, and an inner fabric layer touches the wearer’s skin, the separator configured to maintain a gap between the breasts, reduce skin-to-skin contact, and provide structural support, with additional fabric layers integrated to enhance stability, durability, and concealment, ensuring both comfort and discreet functionality.

[0126] Some embodiments provide a bra (or bralette, or garment), incorporating a Breasts Separator Unit located between the cups, the separator comprising a central planar or curved element formed of a non-metallic material, enclosed within an inner fabric layer and an outer fabric layer, the inner layer designed to provide comfort against the wearer’s skin, and the separator configured to create breast separation, ensure stability, and remain concealed within the multi-layered fabric construction.

[0127] Some embodiments provide a bra (or bralette, or garment), featuring a Breasts Separator Unit centrally positioned between the cups, the separator comprising a rigid or semirigid component constructed from thermoplastic polyurethane or silicone, fully encased within dual fabric layers, with the inner layer providing direct skin contact and the outer layer ensuring structural integration, the separator configured to maintain breast separation, reduce friction, and enhance overall comfort and garment stability.

[0128] Some embodiments provide a bra (or bralette, or garment), comprising a Breasts Separator Unit integrated into the central region between two cups, the separator being a rigid or semi-flexible structure, enclosed within an inner fabric layer touching the wearer’s skin and an outer fabric layer providing external coverage, the separator configured to reduce skin contact between the breasts, improve garment fit, and remain completely concealed for aesthetic and functional purposes.

[0129] Some embodiments provide a bra (or bralette, or garment), comprising a Breasts Separator Unit located between its cups, the separator comprising a non-metallic rigid structure, enclosed within a multi-layered fabric construction featuring an inner layer for comfort and an outer layer for support, the separator configured to maintain breast separation, minimize contact, and provide structural integrity while remaining inconspicuous within the garment.

[0130] Some embodiments provide a bra (or bralette, or garment), comprising a Breasts Separator Unit centrally placed between two cups, the separator made of a rigid or semi-rigid material, fully integrated into dual-layered fabric panels, with the inner layer designed for skin comfort and the outer layer for stability, the separator ensuring discreet separation of the breasts while enhancing overall comfort and garment functionality.

[0131] Some embodiments provide a bra (or bralette, or garment), comprising a bra with a Breasts Separator Unit positioned between its cups, the separator comprising a central rigid or semi-rigid element enclosed within two fabric layers, wherein the inner fabric layer contacts the skin and the outer layer provides external reinforcement, the separator configured to maintain breast separation, enhance garment structure, and remain concealed for seamless aesthetic integration.

[0132] In some embodiments, the Breasts Separator Unit can have one of the following structures or configurations or functional shapes: Generally cone-like with a rounded tip and tapered base; Shaped like an inverted mushroom; shaped like a frustum; Resembling a streamlined contour with a wider lower edge; Rounded and tapering towards a narrower top section; Structured as an elongated dome with a curved profile; Shaped similarly to a simplifiedbeak-like form; a gently sloping contour with a broad lower side; Structured as an aerodynamic ridge narrowing upward; Resembling a curved wedge with a wide foundation; Tapered upward from a rounded, wider base; Designed as a smooth, projecting protuberance with slanted sides; Curved convexly with a flared bottom and narrower top; Resembling a chess pawn’s uppermost section, without a sphere; an asymmetric cone-like shape with a wider supportive base; a subtly pointed form with a broad lower section; Structured as a convex arch tapering upwards; Shaped like a tear drop with a flattened bottom; a streamlined projection with gently curved sides; Resembling an oblong mound with a tapering apex; a sloped, rounded structure with a stabilized base; Designed as a contour with a peak and widened foundation; a droplet-like form with a soft, tapered upper end; Shaped as an elongated drop with a flattened base; Resembling a fluid drop poised in a stable position; a rounded teardrop design with a broader supporting bottom; Structured like a suspended droplet, narrowing toward the top; a flowing form reminiscent of a water drop.

[0133] In some embodiments, the Breasts Separator Unit is formed of thermoplastic polyurethane for enhanced flexibility and structural durability.

[0134] In some embodiments, the inner fabric layer is moisture-wicking to reduce sweat accumulation and improve comfort during extended wear.

[0135] In some embodiments, the Breasts Separator Unit is coated with antimicrobial fabric to prevent bacterial growth and maintain hygiene.

[0136] In some embodiments, the outer fabric layer is made of polyester to enhance durability and resistance to wear and tear.

[0137] In some embodiments, the separator is constructed from biodegradable polymers, reducing environmental impact without compromising structural performance.

[0138] In some embodiments, the separator’s central rigid region is concave to better align with the chest’s natural curvature.

[0139] In some embodiments, the separator is ultrasonically bonded to the garment for seamless integration and increased durability.

[0140] In some embodiments, the separator is secured within the garment using an adhesive layer with heat-activated bonding properties.

[0141] In some embodiments, the fabric surrounding the separator includes elastic fibers to provide a snug yet adaptable fit.

[0142] In some embodiments, the separator is shaped with rounded edges to prevent irritation or discomfort during extended periods of wear.

[0143] In some embodiments, the separator is removable, allowing the wearer to adjust or replace it as needed for different activities or preferences.

[0144] In some embodiments, the dual-layered fabric structure incorporates seamless knitting technology for enhanced aesthetics and wearer comfort.

[0145] In some embodiments, the separator’s rigid region includes perforations to improve ventilation and airflow.

[0146] In some embodiments, the separator features a tapered profile to ensure discreet integration and reduce bulkiness.

[0147] In some embodiments, the garment includes reinforced stitching at the separator’s edges to enhance structural integrity and stability.

[0148] In some embodiments, the separator is permanently bonded to the garment using heat and pressure application techniques.

[0149] In some embodiments, the separator is constructed of a composite material combining rigid and flexible layers for improved functionality.

[0150] In some embodiments, the separator is designed to allow minor positional adjustments within the garment’s fabric layers.

[0151] In some embodiments, the inner fabric layer is crafted from cotton for added softness and hypoallergenic properties.

[0152] In some embodiments, the separator’s central region is vertically symmetrical to optimize support and maintain balance.

[0153] In some embodiments, the separator is concealed by an additional intermediate fabric layer for enhanced aesthetics and garment durability.

[0154] In some embodiments, the separator includes color-coordinated fabric to match the overall garment design.

[0155] In some embodiments, the separator’s rigidity is customizable through the use of replaceable inserts with varying stiffness levels.

[0156] In some embodiments, the separator’s fabric covering is dyed using eco-friendly, non-toxic pigments.

[0157] In some embodiments, the separator is configured with a curved central ridge to provide enhanced separation and ergonomic alignment with the wearer’s chest.

[0158] In some embodiments, the separator includes a flexible joint allowing it to bend slightly for improved comfort and adaptability during movement.

[0159] In some embodiments, the outer fabric layer includes decorative stitching to enhance the garment’s aesthetic appeal without compromising functionality.

[0160] In some embodiments, the separator is pre-treated with a hydrophobic coating to resist moisture and maintain durability.

[0161] In some embodiments, the separator is shaped asymmetrically to accommodate specific anatomical variations between breasts.

[0162] In some embodiments, the separator is shaped asymmetrically right-to-left, or has horizontal asymmetry, to accommodate specific anatomical variations between breasts.

[0163] In some embodiments, the separator is shaped symmetrically right-to-left, or has horizontal symmetry, to accommodate specific anatomical variations between breasts.

[0164] In some embodiments, the separator is shaped asymmetrically up-to-down or north- to-south, or has vertical asymmetry, to accommodate specific anatomical variations between breasts and / or to provide a droplet / nose-shaped structure with differential vertical separation between the two breasts.

[0165] In some embodiments, the separator is reinforced with a lightweight mesh backing for additional structural support without added bulk.

[0166] In some embodiments, the separator is embedded with a memory foam layer to conform to the wearer’s unique contours.

[0167] In some embodiments, the inner fabric layer includes seamless edges to prevent chafing and ensure a smooth feel against the skin.

[0168] In some embodiments, the separator includes a detachable fabric cover that can be laundered separately for improved hygiene.

[0169] In some embodiments, the separator is positioned within a three-dimensional cavity precisely aligned with the central region of the garment.

[0170] In some embodiments, the separator’s central region is thickened to provide additional stability and resist deformation during wear.

[0171] In some embodiments, the separator is coated with temperature-regulating fabric to provide comfort across varying environmental conditions.

[0172] In some embodiments, the separator includes integrated markings for ensuring proper alignment during garment assembly.

[0173] In some embodiments, the separator is designed with rounded corners to minimize pressure points against the skin.

[0174] In some embodiments, the separator incorporates an anti-static coating to prevent static buildup during use.

[0175] In some embodiments, the separator is embedded with elastic bands at its edges to enhance flexibility and adaptability.

[0176] In some embodiments, the separator’s material is engineered to resist wear from frequent washing or prolonged use.

[0177] In some embodiments, the separator includes integrated notches or grooves for interlocking with complementary garment components.

[0178] Some embodiments may be implemented by using a machine or an automated or semi-automatic production line, which may comprise, for example: cutting unit, welding unit, bonding unit, extrusion unit, co-extrusion unit, coating unit, spiraling unit, spinning unit, rotating unit, twisting unit, sewing unit, stitching unit, ultrasonic operations unit, ultrasonic cutting unit, gluing unit, ultrasonic bonding unit, ultrasonic gluing unit, folding unit, adhesive painting unit or adhesive application unit or adhesive coating unit, heat-sealing unit, heat-and- press unit, connection-creating unit, knitting machine, circular / tubular knitting machine, seamless knitting machine, seamless circular / tubular knitting machine, weaving machine, conveyor belt, robotic arm, control unit, workstation; as well as suitable hardware components and / or software components, for example, processor to execute code, memory unit, storage unit, input unit (keyboard, mouse, touch-screen), output unit (screen, touch-screen), modems, transceivers or transmitters or receivers, wireless and / or wired communication links and / or transceivers or transmitters or receivers, power sources, Operating System (OS) and suitable applications, or the like.

[0179] Some embodiments provide a garment for a human wearer, the garment comprising: a right-side fabric cup, structured to cover or hold or support a right-side breast of the human wearer; a left-side fabric cup, structured to cover or hold or support a left-side breast of the human wearer; an under-bust front-side elastic element, that connects along and beneath the right-side fabric cup and the left-side fabric cup, and that further connects to a back-side elastic element. The garment further comprises a Breasts Separator Unit that is positioned between the right-side fabric cup and the left-side fabric cup, wherein the Breasts Separator Unit has a central rigid or semi-rigid element encased within a dual-layered fabric structure; wherein the Breasts Separator Unit is configured to separate and space-apart the left-side breast and the right-side breast, and to prevent or reduce direction friction of the left-side breast against the right-side breast.

[0180] In some embodiments, the Breasts Separator Unit is a Thermoplastic Polyurethane (TPU) element or a bi-polymer element or a plastic element, and provides rigid separation and spacing-apart between the left-side breast and the right-side breast.

[0181] In some embodiments, the Breasts Separator Unit is sewn and concealed and sandwiched between (i) an outer-facing fabric-layer of the garment, and (ii) an inner-facing body-touching fabric-layer of the garment.

[0182] In some embodiments, the Breasts Separator Unit is sewn and concealed and sandwiched between (i) an outer-facing fabric-layer of the garment, and (ii) an inner-facing body-touching fabric-layer of the garment; wherein a first intermediate fabric-element is glued or sewn between the Breasts Separator Unit and the outer-facing fabric-layer of the garment; wherein a second intermediate fabric-element is glued or sewn between the Breasts Separator Unit and the inner-facing body-touching fabric-layer of the garment.

[0183] In some embodiments, the Breasts Separator Unit is a non-planar non-flat non- metallic non-wire component.

[0184] In some embodiments, the Breasts Separator Unit is a non-planar non-flat non- metallic non-wire component that is protruding inwardly towards its center.

[0185] In some embodiments, the Breasts Separator Unit is a non-planar non-flat non- metallic non-wire component that is tapering outwardly from its center towards its edges.

[0186] In some embodiments, the Breasts Separator Unit is generally nose-shaped and is non-planar and non-flat, and provides differential horizontal spatial separation between leftside breast and the right-side breast.

[0187] In some embodiments, the Breasts Separator Unit is generally triangular or trapezoid, and is non-planar and non-flat, and is tapered upwardly from its bottom base to its top, to provide differential horizontal spatial separation between left-side breast and the rightside breast.

[0188] In some embodiments, the inner-facing body-touching fabric-layer is moisture- wicking to reduce sweat accumulation and to improve comfort during extended wear.

[0189] In some embodiments, the Breasts Separator Unit is coated with antimicrobial fabric to prevent bacterial growth and maintain hygiene.

[0190] In some embodiments, the outer-facing fabric-layer is made of polyester to enhance durability and resistance to wear and tear.

[0191] In some embodiments, the Breasts Separator Unit is formed of biodegradable polymers.

[0192] In some embodiments, the Breasts Separator Unit has a concave central rigid region to improve alignment with breast curvature.

[0193] In some embodiments, the Breasts Separator Unit is ultrasonically bonded to one or more fabric layers of the garment for seamless integration and increased durability.

[0194] In some embodiments, the Breasts Separator Unit is non-detachably attached and concealed within the garment using an adhesive layer with heat-activated bonding properties.

[0195] In some embodiments, the Breasts Separator Unit is surrounded by fabric that includes elastic yarns to provide a snug and adaptable fit.

[0196] In some embodiments, the Breasts Separator Unit has rounded edges to prevent irritation or discomfort.

[0197] In some embodiments, the Breasts Separator Unit is removable from the garment and is replaceable, to provide modular support for different activities or user preferences.

[0198] In some embodiments, the Breasts Separator Unit is sandwiched and concealed between two seamless fabric-layers of the garment.

[0199] In some embodiments, an entirety of the garment is seam-less and seam-free.

[0200] In some embodiments, the Breasts Separator Unit is at least partially perforated (or, is entirely perforated) to improve ventilation and airflow.

[0201] In some embodiments, the Breasts Separator Unit has a tapered profile to provide discreet integration and to reduce bulkiness.

[0202] In some embodiments, the garment includes reinforced stitching at the edges of the Breasts Separator Unit to enhance structural integrity and stability.

[0203] In some embodiments, the Breasts Separator Unit is permanently and non- detachably bonded to one or more fabric-layers of the garment via a heat-and-pressure bonding connection.

[0204] In some embodiments, the Breasts Separator Unit is formed of a composite material combining one or more rigid layers and one or more flexible layers, to enhance functionality of breasts separation while also providing a snug fit to the human wearer.

[0205] In some embodiments, the Breasts Separator Unit allows minor positional adjustments or spatial adjustments within the fabric layers of the garment.

[0206] In some embodiments, the inner-facing body-touching fabric-layer is formed of cotton for softness and hypoallergenic properties.

[0207] In some embodiments, a central region of the Breasts Separator Unit is vertically symmetrical to improve breast separation and breast support and to maintain balance.

[0208] In some embodiments, the Breasts Separator Unit is structured with a curved central ridge that provides provide enhanced separation and ergonomic alignment with a chest of the human wearer.

[0209] In some embodiments, the Breasts Separator Unit includes a flexible joint allowing it to bend for improved comfort and adaptability during human movement.

[0210] In some embodiments, the Breasts Separator Unit is pre-treated with a hydrophobic coating to resist moisture and maintain durability.

[0211] In some embodiments, the Breasts Separator Unit has horizontal asymmetry left-to- right, to accommodate anatomical variations between two breasts of the human wearer.

[0212] In some embodiments, the Breasts Separator Unit is reinforced with a lightweight mesh backing for additional structural support without added bulk. In some embodiments, the Breasts Separator Unit is embedded with a memory foam layer to better conform to a shape of the human wearer. In some embodiments, the inner-facing body-touching fabric-layer includes seamless edges to prevent chafing and to ensure a smooth feel against skin.

[0213] In some embodiments, a central region of the Breasts Separator Unit is at least two times thicker than non-central regions of the Breasts Separator Unit, to provide additional stability and enhanced spatial breasts separation. In some embodiments, the Breasts Separator Unit has an anti-static coating to prevent static buildup.

[0214] In some embodiments, the Breasts Separator Unit includes integrated notches and / or integrated grooves, for interlocking with complementary garment components.

[0215] In some embodiments, the garment further comprises a bridge element that is one of: a rigid bridge element, a flexible bridge element; wherein the bridge element connects generally horizontally between the left-side fabric cup and the left-side fabric cup; wherein the bridge element does not extend upwardly into a cleavage space between the right-side breast and the left-side breast, and does not operate to separate the right-side breast from the left-side breast from within said cleavage space; wherein the bridge element and the Breasts Separator Unit are two distinct components, that are independent of each other and / or that can move independently from each other and / or that are not directly connected to each other.

[0216] In some embodiments, the garment is one of: a bra, a bralette, a sports bra, a fitness bra, a nursing bra, a maternity bra, a strapless bra, a dual-strap bra, a single-strap bra, a shirt, a tank top, a sweater, a chest-covering garment, a breasts-covering garment.

[0217] 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.

[0218] 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 garment for a human wearer, the garment comprising: a right-side fabric cup, structured to cover or hold or support a right-side breast of the human wearer; a left-side fabric cup, structured to cover or hold or support a left-side breast of the human wearer; an under-bust front-side elastic element, that connects along and beneath the right-side fabric cup and the left-side fabric cup, and that further connects to a back-side elastic element; a Breasts Separator Unit that is positioned between the right-side fabric cup and the left-side fabric cup, wherein the Breasts Separator Unit has a central rigid or semi-rigid element encased within a dual-layered fabric structure; wherein the Breasts Separator Unit is configured to separate and space-apart the left-side breast and the right-side breast, and to prevent or reduce direction friction of the left-side breast against the right-side breast.

2. The garment according to claim 1, wherein the Breasts Separator Unit is a Thermoplastic Polyurethane (TPU) element or a bi-polymer element or a plastic element, and provides rigid separation and spacing-apart between the left-side breast and the right-side breast.

3. The garment according to any one of claims 1-2, wherein the Breasts Separator Unit is sewn and concealed and sandwiched between (i) an outer-facing fabric-layer of the garment, and (ii) an inner-facing body-touching fabric-layer of the garment.

4. The garment according to any one of claims 1-3, wherein the Breasts Separator Unit is sewn and concealed and sandwiched between (i) an outer-facing fabric-layer of the garment, and (ii) an inner-facing body-touching fabric-layer of the garment; wherein a first intermediate fabric-element is glued or sewn between the Breasts Separator Unit and the outer-facing fabric-layer of the garment; wherein a second intermediate fabric-element is glued or sewn between the Breasts Separator Unit and the inner-facing body-touching fabric-layer of the garment.

5. The garment according to any one of claims 1-4, wherein the Breasts Separator Unit is a non-planar non-flat non-metallic non-wire component.

6. The garment according to any one of claims 1-5, wherein the Breasts Separator Unit is a non-planar non-flat non-metallic non-wire component that is protruding inwardly towards its center.

7. The garment according to any one of claims 1-6, wherein the Breasts Separator Unit is a non-planar non-flat non-metallic non-wire component that is tapering outwardly from its center towards its edges.

8. The garment according to any one of claims 1-7, wherein the Breasts Separator Unit is generally nose-shaped and is non-planar and non- flat, and provides differential horizontal spatial separation between left-side breast and the right-side breast.

9. The garment according to any one of claims 1-8, wherein the Breasts Separator Unit is generally triangular or trapezoid, and is non- planar and non-flat, and is tapered upwardly from its bottom base to its top, to provide differential horizontal spatial separation between left-side breast and the right-side breast.

10. The garment according to any one of claims 1-9, wherein the inner-facing body-touching fabric-layer is moisture-wicking to reduce sweat accumulation and to improve comfort during extended wear.

11. The garment according to any one of claims 1-10, wherein the Breasts Separator Unit is coated with antimicrobial fabric to prevent bacterial growth and maintain hygiene.

12. The garment according to any one of claims 1-11, wherein the outer-facing fabric-layer is made of polyester to enhance durability and resistance to wear and tear.

13. The garment according to any one of claims 1-12, wherein the Breasts Separator Unit is formed of biodegradable polymers.

14. The garment according to any one of claims 1-13, wherein the Breasts Separator Unit has a concave central rigid region to improve alignment with breast curvature.

15. The garment according to any one of claims 1-14, wherein the Breasts Separator Unit is ultrasonically bonded to one or more fabric layers of the garment for seamless integration and increased durability.

16. The garment according to any one of claims 1-15, wherein the Breasts Separator Unit is non-detachably attached and concealed within the garment using an adhesive layer with heat-activated bonding properties.

17. The garment according to any one of claims 1-16, wherein the Breasts Separator Unit is surrounded by fabric that includes elastic yarns to provide a snug and adaptable fit.

18. The garment according to any one of claims 1-17, wherein the Breasts Separator Unit has rounded edges to prevent irritation or discomfort.

19. The garment according to any one of claims 1-18, wherein the Breasts Separator Unit is removable from the garment and is replaceable, to provide modular support for different activities or user preferences.

20. The garment according to any one of claims 1-19, wherein the Breasts Separator Unit is sandwiched and concealed between two seamless fabric-layers of the garment.

21. The garment according to any one of claims 1-20, wherein an entirety of the garment is seam-less and seam-free.

22. The garment according to any one of claims 1-21, wherein the Breasts Separator Unit is at least partially perforated to improve ventilation and airflow.

23. The garment according to any one of claims 1-22, wherein the Breasts Separator Unit has a tapered profile to provide discreet integration and to reduce bulkiness.

24. The garment according to any one of claims 1-23, wherein the garment includes reinforced stitching at the edges of the Breasts Separator Unit to enhance structural integrity and stability.

25. The garment according to any one of claims 1-24, wherein the Breasts Separator Unit is permanently and non-detachably bonded to one or more fabric-layers of the garment via a heat-and-pressure bonding connection.

26. The garment according to any one of claims 1-25, wherein the Breasts Separator Unit is formed of a composite material combining one or more rigid layers and one or more flexible layers, to enhance functionality of breasts separation while also providing a snug fit to the human wearer.

27. The garment according to any one of claims 1-26, wherein the Breasts Separator Unit allows minor positional adjustments or spatial adjustments within the fabric layers of the garment.

28. The garment according to any one of claims 1-27, wherein a central region of the Breasts Separator Unit is vertically symmetrical to improve breast separation and breast support and to maintain balance.

29. The garment according to any one of claims 1-28, wherein the Breasts Separator Unit is structured with a curved central ridge that provides provide enhanced separation and ergonomic alignment with a chest of the human wearer.

30. The garment according to any one of claims 1-29, wherein the Breasts Separator Unit includes a flexible joint allowing it to bend for improved comfort and adaptability during human movement.

31. The garment according to any one of claims 1-30, wherein the Breasts Separator Unit is pre-treated with a hydrophobic coating to resist moisture and maintain durability.

32. The garment according to any one of claims 1-31, wherein the Breasts Separator Unit has horizontal asymmetry left-to-right, to accommodate anatomical variations between two breasts of the human wearer.

33. The garment according to any one of claims 1-32, wherein the Breasts Separator Unit is reinforced with a lightweight mesh backing for additional structural support without added bulk.

34. The garment according to any one of claims 1-33, wherein the Breasts Separator Unit is embedded with a memory foam layer to better conform to a shape of the human wearer.

35. The garment according to any one of claims 1-34, wherein the inner-facing body-touching fabric-layer includes seamless edges to prevent chafing and to ensure a smooth feel against skin.

36. The garment according to any one of claims 1-35, wherein a central region of the Breasts Separator Unit is at least two times thicker than non-central regions of the Breasts Separator Unit, to provide additional stability and enhanced spatial breasts separation.

37. The garment according to any one of claims 1-36, wherein the Breasts Separator Unit has an anti-static coating to prevent static buildup.

38. The garment according to any one of claims 1-37, wherein the Breasts Separator Unit includes integrated notches or integrated grooves, for interlocking with complementary garment components.

39. The garment according to any one of claims 1-38, wherein the inner-facing body-touching fabric-layer is formed of cotton for softness and hypoallergenic properties.

40. The garment according to any one of claims 1-39, wherein the garment further comprises a bridge element that is one of: a rigid bridge element, a flexible bridge element; wherein the bridge element connects generally horizontally between the left-side fabric cup and the left-side fabric cup; wherein the bridge element does not extend upwardly into a cleavage space between the right-side breast and the left-side breast, and does not operate to separate the right-side breast from the left-side breast from within said cleavage space; wherein the bridge element and the Breasts Separator Unit are two distinct components, that are independent of each other or that can move independently from each other.

41. The garment according to any one of claims 1-40, wherein the garment is one of: a bra, a bralette, a sports bra, a fitness bra, a nursing bra, a maternity bra, a strapless bra, a dual-strap bra, a single-strap bra, a shirt, a tank top, a sweater, a chest-covering garment, a breasts-covering garment.

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