Breathable shaping bra with backless cup

Abstract

The utility model relates to a kind of ventilation moulding bra of spoon cup, it includes by spoon mould cup, chin, side wing, shoulder strap and hook loop, spoon mould cup includes cover cup, upper bowl piece and lower bowl piece, lower bowl piece is the breathable fabric with elasticity, cover cup is spoon-shaped, side cup bowl edge is connected with side wing, lower cup bowl edge is connected with chin by lower bowl piece, corresponding chest lower position is formed with the breathable area of elastic deformation, upper bowl piece extends to upper cup bowl along the cover cup edge of lower bowl piece end portion, form flange protruding from upper cup bowl edge on cover cup, shoulder strap two ends are connected with side wing and cover cup respectively, hook loop is arranged in the tail of side wing in pairs;The application improves bra stuffy problem by using light and thin cover cup, simultaneously increases the ventilation heat dissipation effect of breast lower by lower bowl piece, reduces stuffy accumulated sweat problem, and by the angle shape of lower bowl piece and its elastic characteristics, the shaping effect of bra using light and thin cover cup to chest is improved.

Description

Technical Field

[0001] This utility model relates to the field of clothing and underwear, and in particular to a breathable and shaping bra with an upturned scoop cup. Background Technology

[0002] In the current bra market, consumers have increasingly higher demands for comfort, shaping, and breathability in bras. Existing bra designs suffer from numerous technical shortcomings that are difficult to address simultaneously, impacting the wearing experience. Currently, some bras use thicker cup materials and structural designs to achieve better shaping effects. While these thick-cup bras can improve the bust's lift and support to some extent, the overall thickness of the cups limits the breathability of the fabric. Especially in summer or high-temperature environments, the close contact between the breast skin and the cups hinders air circulation, making it difficult for heat and sweat to dissipate. This can lead to a noticeable stuffy feeling when wearing them, causing skin discomfort and even potentially promoting bacterial growth in a damp environment, affecting skin health. To improve breathability, bras with thin molded cups have appeared on the market. However, while reducing thickness, thin molded cups often fail to maintain an ideal shaping effect and cannot effectively support the breast contour, easily leading to a loose and less perky breast shape. More importantly, because the molded cup material is thin and lacks sufficient coverage, it is very easy for nipples to show when worn, causing embarrassment and discomfort for consumers, affecting the aesthetics and self-confidence of daily wear. Furthermore, some lightweight molded cup bras use thicker or stiffer materials in the underbust area to enhance support, thereby increasing the support strength in that area. However, this design further reduces breathability in the underbust area. The thick or stiff material is in continuous contact with the skin under the breast, hindering the evaporation and circulation of sweat. This makes the underbust area a major area for sweat accumulation, and prolonged wear can easily lead to sticky skin, itching, and other problems, severely reducing the comfort of wearing the bra. In view of this, this application is hereby submitted. Utility Model Content

[0003] To solve the above-mentioned technical problems, this utility model discloses a scoop-shaped breathable shaping bra, which includes an upturned cup, a chin, side wings, shoulder straps, and hooks. The upturned cup includes a cup, an upper cup band, and a lower cup band. The lower cup band is made of elastic and breathable fabric. The cup is scoop-shaped. The edge of the side cup is connected to the side wing. The edge of the lower cup is connected to the chin through the lower cup band, forming a breathable area with elastic deformation at the position corresponding to the underbust band. The upper cup band extends upward from the edge of the cup at the end of the lower cup band, forming a flange on the cup that protrudes from the edge of the upper cup. The two ends of the shoulder strap are connected to the side wing and the cup, respectively. The hooks are arranged in pairs at the tail of the side wing and can overlap each other to form the bra body.

[0004] The ventilation area between the lower cup edge and the chin of the bra cup is shaped like an angle, and the opening of the angle faces between the two upturned cups of the bra. The shape and size of the lower cup band are set to correspond to the shape and size of the ventilation area.

[0005] The cup also includes ear loops, which are integral with the cup. The shoulder strap ends are fixedly connected to the ear loops. The upper cup band extends from the end of the lower cup band to the connection between the ear loops and the shoulder straps, running along the edge of the cup and the ear loops. The upper cup band narrows in width from the end of the lower cup band to the connection between the ear loops and the shoulder straps until it forms a sharp corner.

[0006] The upper and lower bowl-shaped panels are one-piece structures, and both panels have breathable perforated areas.

[0007] The bra cup has a layer corresponding to the nipple position, and a circular arc-shaped nipple cover is provided in the layer. The nipple cover is bonded and fixed to the bra cup in the layer.

[0008] The upper and lower cup panels are bonded to the skin-contact edge of the bra cup, and a heat-pressed adhesive strip is applied along the bonding area.

[0009] The connection between the cup and the side wings, and the connection between the lower cup and the chin, are provided with a support strip along their length. The support strip is located on the skin-contact side of the bra and is surrounded by a pad.

[0010] The skin-contact surface of the spoon molded cup is provided with a side lifting piece. The edge of one side of the side lifting piece is connected along the side edge of the spoon molded cup to form a bag-like structure, and the side lifting piece is made of non-elastic fabric.

[0011] The area of ​​the side lifting piece is 1 / 3 to 1 / 2 of the inner surface area of ​​the spoon mold cup, and the side lifting piece does not completely cover the lower bowl rim piece.

[0012] The side wings are made of elastic mesh fabric and have elastic band edging. The side wings and the bottom edge of the chin are provided with a bottom elastic band along their entire length.

[0013] Advantages and effects

[0014] This application improves the problem of stuffiness in bras by using thin cups, while increasing the breathability and heat dissipation of the underbust area of ​​the breasts through the underbust cup piece, reducing stuffiness and sweat accumulation. Furthermore, the angled shape and elasticity of the underbust cup piece improve the force between the cup and the chin when the bra is worn, after the shoulder straps pull on the cup, changing the way the cup wraps around the breasts and enhancing the shaping effect of the bra with thin cups. Attached Figure Description

[0015] Figure 1 This is a schematic diagram of the structure of the breathable and shaping bra with an upturned spoon cup according to this utility model from the rear view; Figure 2 This is a front view structural diagram of the breathable and shaping bra with an upturned spoon cup according to this utility model; Figure 3 This is the second structural schematic diagram of the breathable and shaping bra with an upturned spoon cup, viewed from the front. Figure 4 This is a schematic diagram of the upward-facing molded cup structure of the breathable and shaping bra with an upward-facing molded cup according to the present invention.

[0016] Illustrations: 1. Upward-facing cup; 11. Bra cup; 12. Upper cup band; 13. Lower cup band; 14. Ear flaps; 15. Nipple covers; 2. Chin; 3. Side wings; 4. Shoulder straps; 5. Hook and loop; 6. Support strip; 7. Side lifter. Detailed Implementation

[0017] The present invention will be further described below with reference to embodiments, but is not limited to the contents of the specification.

[0018] The "Upturned Spoon Cup" in this utility model bra specifically refers to: "Upturned" indicating that the cup design aims to provide a strong upward lifting force, achieving a breast-lifting effect through its supportive posture; and "Spoon" indicating that the cup's supportive shape and wrapping curve resemble a spoon, firmly containing the lower hemisphere of the breast. It emphasizes the cup's stable support and containment of the bottom and lower hemisphere of the breast, like a spoon steadily supporting an object. It primarily reflects the cup's "upward support" function and its spoon-like design features and visual form. The name itself guides consumers to imagine the effect of "lifting the breast upwards like using a spoon," making it easy to understand and communicate.

[0019] like Figure 1 , 2As shown in Figure 3, this utility model relates to a breathable and shaping bra with an upturned scoop cup. It includes an upturned scoop cup 1, a chin 2, side wings 3, shoulder straps 4, and hook loops 5. The upturned scoop cup 1 includes a cup 11, an upper cup band 12, and a lower cup band 13. The lower cup band 13 is made of elastic and breathable fabric. The cup 11 is scoop-shaped. The edge of the side cup is connected to the side wing 3. The edge of the lower cup is connected to the chin 2 through the lower cup band 13, forming a breathable area with elastic deformation at the position corresponding to the underbust. The upper cup band 12 extends upward along the edge of the cup 11 at the end of the lower cup band 13, forming a flange on the cup 11 that protrudes beyond the edge of the upper cup. The two ends of the shoulder strap 4 are connected to the side wing 3 and the cup 11, respectively. The hook loops 5 are arranged in pairs at the tail of the side wing 3 and can overlap each other to form the bra body. When worn, the bra of this invention has cup 11 covering the main part of the breast, and chin 2 positioned under the bust. The chin 2's own curvature supports and restricts the shape of the lower breast. After wearing, the shoulder straps 4 and side wings 3 together tighten the breast. The cup 11 is pulled upwards by the shoulder straps 4, which, together with the chin, lifts the breast upwards. In common bras, due to the chin and underwire, and because the shoulder straps pull the cups diagonally, the cups can cause the breasts to sag outwards. The lower cup piece 13 is used as a support... The fabric connecting the lower cup edge of cup 11 to chin 2 allows for elastic stretch between cup 11 and chin 2. When worn, the shoulder straps 4 pull on cup 11, lifting the breasts upwards. Simultaneously, chin 2 is positioned at the base of the breasts, and cup 11 pulls open the lower cup band 13 of the breathable area. The elasticity of the lower cup band 13 ensures that the displacement of cup 11 does not affect the position of chin 2. Furthermore, the opened lower cup band 13 is positioned precisely in the area under the breasts where sweat tends to accumulate, thus providing support and lift. The breathable design reduces sweat accumulation and enhances wearing comfort. Additionally, cup 11 provides upward lift and shaping to the breasts, while chin 2 maintains a good position and supports the breasts. The minimal interaction between the two design elements prevents breast sagging. The upper cup 12 further enhances the coverage of cup 11. The scoop-shaped cup 11, pulled upwards by the shoulder straps, and the upper cup 12, attached to the edge of the curved surface, deform with wear and the pulling force, further support the breasts. The cup 12 can fit snugly against the chest and maintain its shape, increasing the bra's shaping and holding effect on the chest. The cup 11 used in this invention is a thin, curved, sheet-like cup, which is thinner and more breathable than traditional sponge cups. It can reduce stuffiness and improve wearing comfort when wearing in hot weather. However, the thin cup 11 does not maintain its shape well. The above structure can improve the shaping and holding effect of the thin molded cup on the chest. The lower cup 13 structure at the underbust position can further improve the breathability of the bra when worn.

[0020] The ventilation area between the lower cup edge of the bra cup 11 and the chin 2 is angled, with the opening of the angle facing between the two upturned cups 1 of the bra. The shape and size of the lower cup band 13 correspond to the shape of the ventilation area. The lower cup band 13 uses the same angled shape as the ventilation area. The opening of the angle will increase as the shoulder straps are pulled, and the angle position can be maintained due to the fixed connection, so that the outer side breast inside the bra cup 11 will not be deformed or uncomfortable due to the deformation of the bra. The part closer to the middle of the two breasts, the ventilation area, through greater elastic deformation, forces the breasts to move more easily towards the middle, forming a breast-gathering effect and improving the shaping performance.

[0021] The cup 1 also includes ear loops 14, which are integral with the cup 11. The ends of the shoulder straps 4 are fixedly connected to the ear loops 14. The upper cup band 12 extends from the end of the lower cup band 13 to the connection point between the ear loops 14 and the shoulder straps 4, running along the edge of the cup 11 and the ear loops 14. The upper cup band 12 narrows in width from the end of the lower cup band 13 to the connection point between the ear loops 14 and the shoulder straps 4 until it forms a pointed corner. Using the ear loops 14 improves the force distribution between the cup 11 and the shoulder straps 4. By increasing the lifting force on the edge of the cup bowl at the top of the cup 11, rather than a single point of force, the stability of the bra is improved. Extending the upper cup band 12 to the connection point between the ear loops 14 and the shoulder straps 4 improves the skin-fitting effect of the ear loops 14, increases the contact area between the cup 1 and the breast, and enhances the stability of the bra.

[0022] The upper bowl-shaped panel 12 and the lower bowl-shaped panel 13 are one-piece structures, and the upper bowl-shaped panel 12 and the lower bowl-shaped panel 13 have breathable hollow areas. The upper and lower bowl-shaped panels with one-piece structures do not have seams, which can reduce the friction of seams on the skin.

[0023] like Figure 4 As shown, the bra cup 11 has a layer corresponding to the nipple position, and a circular, curved nipple cover 15 is installed inside the layer. The nipple cover 15 is bonded and fixed to the bra cup 11 within the layer. The bra cup 11 uses a thin, sheet-like cup shape, which can easily cause the nipples to protrude noticeably when worn. Using nipple covers in the middle layer of the bra cup 11 can first solve the problem of nipple protrusion. In addition, the material of the nipple cover is stiffer than the thin fabric of the bra cup 11, and its curved shape provides better shape retention. It can also fit the nipple position to maintain the cup position and prevent the risk of displacement and nipple protrusion.

[0024] The upper cup band 12 and the lower cup band 13 are bonded to the skin-contacting edge of the cup 11, and a heat-pressed adhesive strip is applied along the bonding area. Using the heat-pressed adhesive strip to connect the upper and lower cup bands to the cup 11 ensures connection strength while also covering the seam between them, reducing friction at the edges and improving wearing comfort.

[0025] A support strip 6 is provided along the entire length of the connection between the cup 11 and the side wing 3, and between the lower band 13 and the chin 2. The support strip 6 is located on the skin-contact side of the bra, and is surrounded by padding. The support strip 6 enhances the bra's support and shaping effect on the breasts under the bust. The support strip 6 of this bra is a soft underwire, which solves the problem of pressure on the lower bust caused by traditional underwires. The padding of the support strip 6 is made of a soft, skin-friendly fabric to prevent the support strip 6 from rubbing against the skin and causing discomfort.

[0026] The upturned cup 1 has a side lifter 7 on its skin-contact surface. One edge of the side lifter 7 is connected to the side edge of the upturned cup 1 to form a bag-like structure, and the side lifter 7 is made of non-elastic fabric. The area of ​​the side lifter 7 is 1 / 2 to 1 / 3 of the inner surface area of ​​the upturned cup 1, and the side lifter 7 does not completely cover the lower cup band 13. Using the side lifter 7 on the skin-contact surface of the cup can provide support for the outer side of the breast when worn, and the side breast can be wrapped and stably contained within the cup 11 when the breast is in maximum elastic deformation. It also reduces the area of ​​the lower cup band covered by the side lifter 7. The side of the angle shape of the breathable area is pulled by the side lifter 7 when worn. The side lifter 7 and the lower cup band 13 share the force, reducing the risk of the lower cup band 13 being torn by the force and improving the service life.

[0027] Side wings 3 are made of elastic mesh fabric with elasticated edges. Alternatively, elasticated strips can be used. An elastic band runs along the entire length of the side wings 3 and the bottom edge of the chin 2. The use of elastic mesh effectively increases the bra's breathability, preventing stuffiness from the sides. The elastic band also enhances stability, preventing the bra from riding up due to insufficient elasticity, and maintains its shape, further improving its shaping effect.

[0028] Obviously, the above embodiments of this utility model are merely examples for clearly illustrating this utility model, and are not intended to limit the embodiments of this utility model. Those skilled in the art can make other variations or modifications based on the above description. It is impossible to exhaustively list all embodiments here. All obvious variations or modifications derived from the technical solutions of this utility model are still within the protection scope of this utility model.

Claims

1. A breathable and shaping bra with an upturned scoop cup, characterized in that: It includes a scoop-shaped cup (1), a chin (2), side wings (3), shoulder straps (4), and hook loops (5). The scoop-shaped cup (1) includes a cup (11), an upper cup band (12), and a lower cup band (13). The lower cup band (13) is made of elastic and breathable fabric. The cup (11) is scoop-shaped. The edge of the side cup is connected to the side wing (3). The edge of the lower cup is connected to the chin (2) through the lower cup band (13). A breathable area with elastic deformation is formed at the position corresponding to the underbust. The upper cup band (12) extends upward along the edge of the cup (11) at the end of the lower cup band (13). A flange protruding from the edge of the upper cup is formed on the cup (11). The two ends of the shoulder strap (4) are connected to the side wing (3) and the cup (11), respectively. The hook loops (5) are arranged in pairs at the tail of the side wing (3) and can overlap each other to form the bra body.

2. The breathable and shaping bra with an upturned cup as described in claim 1, characterized in that: The ventilation area between the lower cup edge of the bra cup (11) and the chin (2) is shaped like an angle, and the opening of the angle faces between the two cups (1) of the bra. The shape of the lower cup band (13) corresponds to the shape and size of the ventilation area.

3. The breathable and shaping bra with an upturned cup as described in claim 2, characterized in that: The cup (1) also includes ear loops (14), which are integral with the cup (11). The end of the shoulder strap (4) is fixedly connected to the ear loops (14). The upper cup band (12) extends from the end of the lower cup band (13) to the connection between the ear loops (14) and the shoulder strap (4), and runs along the edge of the cup (11) and the ear loops (14). The upper cup band (12) narrows in width from the end of the lower cup band (13) to the connection between the ear loops (14) and the shoulder strap (4) until it forms a sharp corner.

4. The breathable and shaping bra with an upturned cup as described in claim 3, characterized in that: The upper bowl-shaped piece (12) and the lower bowl-shaped piece (13) are a one-piece structure, and the upper bowl-shaped piece (12) and the lower bowl-shaped piece (13) have breathable hollow areas.

5. The breathable and shaping bra with an upturned cup as described in claim 1, characterized in that: The bra cup (11) has a layer corresponding to the nipple position, and a circular arc-shaped nipple patch (15) is provided in the layer. The nipple patch (15) is bonded and fixed to the bra cup (11) in the layer.

6. The breathable and shaping bra with an upturned cup as described in claim 1, characterized in that: The upper cup panel (12) and the lower cup panel (13) are bonded to the skin-contact edge of the bra cup (11), and a hot-pressed adhesive strip is applied along the bonding area.

7. The breathable and shaping bra with an upturned cup as described in claim 1, characterized in that: The connection between the cup (11) and the side wing (3) and the connection between the lower cup piece (13) and the chin (2) are provided with a support strip (6) along the entire length. The support strip (6) is located on the skin-contact side of the bra and is covered with a pad.

8. The breathable and shaping bra with an upturned cup as described in claim 1, characterized in that: The skin-contact surface of the spoon mold cup (1) is provided with a side lifting piece (7). The edge of one side of the side lifting piece (7) is connected along the side edge of the spoon mold cup (1) to form a bag-like structure, and the side lifting piece (7) is made of non-elastic fabric.

9. The breathable and shaping bra with an upturned cup as described in claim 8, characterized in that: The area of ​​the side lifting piece (7) is 1 / 3 to 1 / 2 of the inner surface area of ​​the spoon mold cup (1), and the side lifting piece (7) does not completely cover the lower bowl rim piece (13).

10. The breathable and shaping bra with an upturned cup as described in claim 1, characterized in that: The side wing (3) is made of elastic mesh fabric and has an elastic band edging. The side wing (3) and the bottom edge of the chin (2) are provided with a bottom elastic band along their entire length.

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