An outer-wearing bra shaping integrated mesh fabric clothing structure

Abstract

The utility model relates to a kind of outer-wearing bra shaping integrated mesh cloth clothing structure, its characterized in that including two bra cup cover parts, the bra cup cover part is made of non-mesh cloth;Non-mesh cloth front shoulder part formed by being integrally extended upwards respectively being arranged in the top edge of two bra cup cover parts;Mesh cloth V-shaped part is arranged between two bra cup cover parts and is connected with two bra cup cover parts as a flat whole;Mesh cloth front body part is arranged in the outer side edge and bottom edge of two bra cup cover parts and is connected with two bra cup cover parts as a flat whole.The utility model is based on human body curve integration cutting, each functional area mutual transition support and collaborative support, not only can help female friend to create elegant posture beauty, and the ingenious collocation of non-mesh cloth and mesh cloth, so that integrated clothing not only meets the privacy protection demand, but also realizes the requirement of breathable, wearing comfortable, in practicality, comfort, functionality all get all-round compatibility.

Description

Technical Field

[0001] This utility model relates to the field of women's clothing products, and in particular to a bra-shaped garment. Background Technology

[0002] Currently, commercially available bra-shaping garments, as described in Chinese patent document CN220211985U entitled "A Three-in-One Multifunctional Shaping Garment," consist of two main parts: a bra cup and a shaping garment. The bra cup is embedded in the upper front of the shaping garment, and the two are layered, with a very obvious layered structure. The two are loosely connected, essentially sewn together solely to allow women to avoid wearing the bra and shaping garment separately. Furthermore, these existing bra-shaping garments are made entirely of non-mesh fabric, making them very stuffy and hot to wear. Therefore, these existing bra-shaping garments have the following main shortcomings: First, the structural design lacks coordination, resulting in significant functional gaps. The "layered design" of this solution is not based on integrated tailoring of the human body's curves, but rather on simple "physical splicing"—the differences in fabric and elasticity coefficient between the bra cups and the shaping garment are not matched, the layer boundaries are clear, and the construction is loose: the stitching between the cup edges and the shaping garment only stops at edge fixation, without forming a transitional support structure. This design leads to two major problems: First, the cups are prone to shifting. During daily activities (such as raising arms or bending over), the loose connection between the cups and the shaping garment cannot synchronize with the body's movements, easily causing the cups to slip up or shift to the side. This not only damages the breast shaping effect but may also cause discomfort due to the cup edges rubbing against the skin. Second, the support is dispersed. The core function of a bra is to support the breasts, while shaping garments need to provide even coverage for the waist, abdomen, and back. In this design, the loose stitching concentrates the support points only at the seams. The breast support cannot be transferred to the back and shoulders through the shaping garment fabric, increasing the risk of breast sagging. At the same time, the waist and abdomen shaping areas lack coordinated support with the breasts, making it easy for fabric to bunch up, which actually accentuates body flaws. More importantly, the "forced stitching" design does not consider the difference in fabric shrinkage rates—bra cups often contain filling materials such as sponge and latex, while shaping garments are mostly made of elastic knitted fabric. After washing, the two shrink at different rates, which can easily cause wrinkles and cracks at the seams, shortening the product's lifespan. Secondly, the fabric selection violates the body's thermal comfort requirements, resulting in a severe imbalance between functionality and comfort. This design uses non-mesh fabric throughout the garment, completely ignoring the need for breathability and sweat conduction. From a thermophysiological perspective, the skin under the armpits and abdomen has a high density of sweat glands. During daily wear, especially in summer or indoor environments, it cannot effectively release sweat and heat generated by skin metabolism. Prolonged wear can lead to a hot and humid environment on the local skin, causing a sticky feeling and reducing comfort. It can also disrupt the skin's microecological balance, increasing the risk of bacterial growth and potentially triggering skin problems such as contact dermatitis and folliculitis, with a more significant impact on users with sensitive skin. Furthermore, non-mesh fabric has poor elasticity and is prone to loosening and deformation after prolonged stretching. This not only reduces the shaping effect (such as decreased waist and abdomen support) but may also cause localized marks due to uneven fabric elasticity, affecting blood circulation. Finally, the design suffers from poor adaptability to various usage scenarios, failing to meet diverse needs. The design neglects the human body's needs in different activity scenarios: during prolonged sitting, the loose layered structure easily leads to fabric accumulation at the junction of the cups and waist / abdomen, compressing the abdomen and causing discomfort; during light exercise (such as yoga or brisk walking), the insufficient breathability of the non-mesh fabric exacerbates sweat secretion, while cup shifting affects the freedom of movement; even in basic clothing combinations, the obvious layered boundaries may be visible through thin clothing, affecting aesthetics. Overall, this technical solution only achieves a "bra + shaping garment" integration, without optimizing core dimensions such as functional synergy, fabric compatibility, and scenario requirements. This results in significant shortcomings in practicality, comfort, and functionality, failing to truly meet consumers' core needs for an integrated bra and shaping garment. Utility Model Content

[0003] The purpose of this utility model is to solve the above-mentioned problems and shortcomings, and to provide an integrated mesh garment structure for a bra that can be worn as an outer garment. This integrated garment is based on the integrated cutting of the human body curve and the mutual transition and synergistic support of each functional area. It can not only help women shape an elegant figure, but also the clever combination of non-mesh fabric and mesh fabric can make the integrated garment meet the needs of privacy protection, as well as the requirements of breathability and wearing comfort. It achieves a comprehensive balance in terms of practicality, comfort and functionality.

[0004] The technical solution of this utility model is implemented as follows: a one-piece mesh fabric structure for external bra shaping, characterized in that it includes two bra cups, which are made of non-mesh fabric; a non-mesh fabric front shoulder section that is respectively set on the top edge of the two bra cups and extends upward integrally; a mesh fabric V-shaped section that is set between the two bra cups and connected to the two bra cups to form a flat and integral mesh fabric front section; and a mesh fabric front section that is set on the outer side and bottom edge of the two bra cups and connected to the two bra cups to form a flat and integral mesh fabric front section.

[0005] Preferably, the outer edges and bottom edges of the two bra cups are also provided with a sternal support line that is connected to each other.

[0006] Preferably, the top edge of the V-shaped portion of the mesh fabric is a concave arc, and the bottom edge of the V-shaped portion of the mesh fabric is connected to the sternal support line.

[0007] Preferably, the bottom edge of the front part of the mesh fabric is provided with a lower garment edge boning line, and vertically arranged shaping boning lines are provided between the breast support boning line located below the two bra cups and the lower garment edge boning line.

[0008] Preferably, the present invention further includes a mesh fabric back and a mesh fabric buttocks, wherein the two sides of the mesh fabric back are respectively connected to the two sides of the mesh fabric front to form a flat whole, and the two sides of the mesh fabric buttocks are respectively connected to the two sides of the mesh fabric front to form a flat whole, and a dividing line is provided between the mesh fabric back and the mesh fabric buttocks.

[0009] Preferably, the back of the mesh fabric is provided with a V-shaped opening at the top center of the back, and a mesh fabric back shoulder is formed on both sides of the V-shaped opening, which is integrally formed with the back of the mesh fabric.

[0010] Preferably, the mesh aperture of the front and back parts of the mesh fabric is smaller than that of the butt part of the mesh fabric.

[0011] Preferably, the mesh fabric is further provided with vertically arranged buttock-lifting and shaping bone lines on both sides of the buttocks.

[0012] Preferably, the lower garment edge seam and the mesh fabric hip are also connected to the mesh fabric trouser leg section.

[0013] Preferably, the outer edges of the back shoulder of the mesh fabric and the front shoulder of the non-mesh fabric are further provided with mesh sleeve portions.

[0014] The beneficial effects of this utility model are as follows: This utility model, consisting of a bra cup, a non-mesh front shoulder, a mesh V-shaped section, and a mesh front, can adapt to the curves of the human body, allowing each functional area to provide mutual transition and synergistic support. In daily activities, each functional area can conform to the body's movements, preventing issues such as cup slippage, fabric shifting, or fabric loosening. This ensures the garment's shaping effect on the body's curves, prevents skin friction and discomfort, improves wearing comfort, and helps women achieve an elegant and beautiful figure. Furthermore, by extending the non-mesh front shoulder section seamlessly upwards from the top edge of the bra cups, this integrated tailoring design creates a more natural transition from the shoulders to the bust. The seamless connection between the bra cups and the non-mesh front shoulder section is less prone to breakage, providing more reliable and ample support for the bust. This smooth, seamless seam design also prevents pressure or chafing on the bust, enhancing comfort and giving the bust and shoulder area a clean, elegant look that elevates a woman's graceful figure. The clever combination of non-mesh and mesh fabrics satisfies both privacy needs and breathability, achieving a perfect balance of practicality, comfort, and functionality. Attached Figure Description

[0015] Figure 1 This is a front structural diagram of the integrated mesh bra shaping garment of this utility model.

[0016] Figure 2 This is a schematic diagram of the back structure of the integrated mesh bra shaping garment of this utility model.

[0017] Figure 3 This is a stereoscopic view of the actual product of the integrated mesh bra shaping garment of this utility model.

[0018] Figure 4 This is a front view of the actual product of the integrated mesh bra shaping garment of this utility model.

[0019] Figure 5 This is a schematic diagram of the back of the actual product of the integrated mesh bra shaping garment of this utility model. Detailed Implementation

[0020] like Figure 1As shown, the present invention discloses a one-piece mesh bra garment structure for external shaping, comprising two bra cup portions 1, each made of non-mesh fabric; non-mesh fabric shoulder portions 2 integrally formed by extending upward from the top edges of the two bra cup portions 1; a mesh fabric V-shaped portion 3 connected to the two bra cup portions 1 as a flat unit; and a mesh fabric front body portion 4 connected to the outer and bottom edges of the two bra cup portions 1 as a flat unit. By providing the mesh fabric V-shaped portion 3 between the two bra cup portions 1, the mesh fabric V-shaped portion 3 acts as a bridge connecting the two bra cup portions 1, distributing the tensile and compressive forces borne by the bra cup portions 1, thus playing an important role in stabilizing the connection, helping to prevent deformation of the bra cup portions 1, and extending the service life of the one-piece mesh bra garment. Furthermore, the mesh fabric in the V-shaped section 3 creates a semi-transparent, subtly revealing visual effect, adding a touch of sophistication and sexiness. The contrast between the non-mesh fabric and the mesh fabric breaks the monotony of a single fabric, enhancing the design and aesthetics of the bra shaping mesh garment, making women look more charming.

[0021] In order to provide more stable and reliable support for the human chest, such as Figure 1 As shown, the outer and bottom edges of the two bra cup portions 1 are also provided with an integrally connected sternal support line 5. Specifically, the two ends of the sternal support line 5 extend to the armpit area of ​​the garment corresponding to the human body. This can stably support the human breast upwards, counteracting gravity, preventing the breast from sagging, and positioning the human breast in the correct position, preventing the breast from swaying up and down or left and right during daily activities or exercise, bringing a sense of security and stability to the human breast. More specifically, the sternal support line 5 has a W-shaped structure, which can better fit the shape of the bottom and outer edges of the female breast.

[0022] like Figure 1 As shown, the top edge of the mesh V-shaped portion 3 is a concave arc 31. This allows the two bra cup portions 1 and the mesh V-shaped portion 3 to enclose and form a low-cut neckline, maximizing the exposure of the skin of the neck, collarbone, and chest area. This not only satisfies women's pursuit of highlighting the beauty of their figure, but also provides ample space for displaying necklaces when needed.

[0023] like Figure 1 As shown, the bottom edge of the mesh V-shaped section 3 is connected to the sternum support line 5. This allows the two bra cup sections 1, the mesh V-shaped section 3, and the sternum support line 5 to mutually lift, tighten, and stretch, providing better coverage and support for the breasts. It also makes the surface of the garment smoother, wrinkle-free, simpler, and more comfortable to wear, thereby enhancing the elegant figure of women.

[0024] like Figure 1 As shown, the bottom edge of the mesh fabric front body 4 is also provided with a lower garment edge seam 6. Vertically arranged shaping seams 7 are also provided between the support seam 5 located below the two bra cup parts 1 and the lower garment edge seam 6. Specifically, the lower garment edge seam 6 is designed to fit the groin area of ​​the human body. By setting the lower garment edge seam 6, it can precisely correspond to the groin area, not only utilizing the concave space of the groin area to accommodate the lower garment edge seam 6, reducing the feeling of constriction and pressure on the skin, making it more comfortable to wear, but also shaping this area to increase the shaping effect of the bra shaping mesh fabric garment on other parts of the body. By setting the vertically arranged shaping seams 7, the entire mesh fabric front body 4 can be effectively lifted upwards to lift and shape the abdominal and waist muscles, thereby achieving a shaping effect of tummy control and waist curve reduction. Furthermore, in practical applications, the shaping bone line 7 is located between the rectus abdominis muscle and the external oblique muscle, which can enhance the division and shaping of the rectus abdominis muscle and the external oblique muscle, so as to achieve better shaping effect for these two parts of the body.

[0025] To further improve the structure of the integrated mesh bra shaping garment, such as Figure 2 As shown, this utility model also includes a mesh back panel 8 and a mesh buttocks panel 9. The two sides of the mesh back panel 8 are connected to the two sides of the mesh front panel 4 to form a flat whole. The two sides of the mesh buttocks panel 9 are also connected to the two sides of the mesh front panel 4 to form a flat whole. A dividing line 10 is provided between the mesh back panel 8 and the mesh buttocks panel 9. This creates a complete bra-shaped integrated mesh garment that shapes the upper body. By setting the dividing line 10, the mesh back panel 8 and the mesh buttocks panel 9 can be clearly divided, thereby enabling precise shaping of the back and buttock muscles to create better back and buttock curves.

[0026] In order to accentuate the beautiful curves of a woman's back, such as Figure 2 As shown, the back of the mesh fabric 8 also has a V-shaped opening 81 at the top center. This V-shaped opening 81 can effectively guide people's line of sight vertically, thereby highlighting the spinal groove (i.e., back groove) and the beautiful scapular lines, so as to better show the bony beauty and curves of the female back and satisfy women's pursuit of a beautiful figure.

[0027] like Figure 2As shown, mesh back shoulder sections 82, integrally formed with the mesh back fabric 8, are also formed on both sides of the V-shaped opening 81 at the back neckline. Specifically, the top edge of the mesh back shoulder section 82 is sewn together with the top edge of the non-mesh front shoulder section 2 so that both can cover and fit snugly against the shoulders of the body, bearing most of the weight of the entire garment and distributing the weight evenly. This ensures that the bra shaping mesh garment will not slip or pull back and forth, maintaining stability and balance, allowing the wearer to move freely. By having both the mesh back fabric 8 and the mesh back shoulder section 82 supported by mesh fabric, breathability in the back area is guaranteed, avoiding stuffiness and improving wearing comfort.

[0028] In practical applications, the mesh aperture of the front part 4 and the back part 8 of the mesh fabric is smaller than that of the back part 9. This structural design allows for a denser mesh in the front part 4 and the back part 8, meaning the fabric is more "dense," providing better compression and support to ensure reliable shaping of the body, while also offering good breathability. The back part 9 has a larger mesh, which is typically softer, more elastic, and less restrictive. This provides greater freedom of movement for the hips, preventing tightness during squats, cycling, and running, thus improving comfort and flexibility.

[0029] To achieve better buttock lifting and shaping results, such as Figure 2 As shown, the mesh fabric at the buttocks 9 is further provided with vertically arranged buttock-lifting and shaping bone lines 91 on both sides. This effectively lifts the buttock muscles, greatly preventing them from sagging and ensuring a better buttock-lifting and shaping effect to create a better buttock curve.

[0030] In practical applications, the lower ends of the mesh fabric front body 4 and the mesh fabric hip 9 may not have leg-shaping sections. Without leg-shaping sections, the lower ends of the mesh fabric front body 4 and the mesh fabric hip 9 are connected by a perineal fabric piece 100. Furthermore, the perineal fabric piece 100 can be an open-crotch structure or a non-open-crotch structure. Preferably, the perineal fabric piece 100 is an open-crotch structure, which allows the user to use the restroom without removing the entire bra-shaping mesh garment, making it more convenient. Even more preferably, the lower ends of the mesh fabric front body 4 and the mesh fabric hip 9 can have leg-shaping sections, the specific structure of which is as follows: Figure 1 and Figure 2 As shown, the lower garment edge seam 6 and the mesh fabric hip 9 are also connected to a mesh fabric trouser leg section 30. By setting the mesh fabric trouser leg section 30, the legs of the human body can be shaped, and the shaping effect is better. Specifically, as... Figure 1 and Figure 2As shown, when the mesh fabric trouser leg portion 30 is provided, the lower ends of the mesh fabric front portion 4 and the mesh fabric hip portion 9 can also be provided with a perineal fabric piece 100 with or without a crotch structure.

[0031] In order to shape the human arm area, such as Figure 1 and Figure 2 As shown, the outer edges of the mesh fabric back shoulder 82 and the non-mesh fabric front shoulder 2 are also provided with mesh fabric sleeve portions 20. By making the mesh fabric sleeve portions 20 out of mesh fabric, breathability of the arm area can be ensured, making it more comfortable to wear.

[0032] In order to achieve a better buttock-shaping effect, such as Figure 2 As shown, the mesh fabric buttocks 9 also features an annular hip-encircling rib line 92. The top ends of the two hip-lifting and shaping rib lines 91 are vertically positioned through the top edge of the annular hip-encircling rib line 92, and the bottom ends of the two hip-lifting and shaping rib lines 91 are connected to the bottom edge of the annular hip-encircling rib line 92. By setting the annular hip-encircling rib line 92, the buttock muscles can be gathered to create a rounded and full hip curve, satisfying women's pursuit of a beautiful hip curve.

[0033] In practical applications, to facilitate putting on and taking off this bra-shaped integrated mesh garment, such as... Figure 2 As shown, a zipper 83 is also provided between the bottom center of the V-shaped opening 81 at the back neck and the dividing line 10. Specifically, the zipper 83 is located in a recessed position corresponding to the middle part of the human spine, so that even with the zipper 83, it is not easy to cause pressure on the human skin, ensuring wearing comfort and conforming to ergonomic design.

[0034] In practical applications, such as Figure 3 , Figure 4 and Figure 5 As shown, decorative patterns can also be set on the mesh fabric of the V-shaped part 3, the front part 4, the back part 8, the hip part 9, the sleeve part 20, and the trouser leg part 30 to enhance the visual sense of layering, enhance the decorative beauty, and break the monotony of the mesh fabric.

Claims

1. A one-piece mesh fabric structure for an externally wearable bra, characterized in that... include Two bra cups (1), wherein the bra cups (1) are made of non-mesh fabric; The non-mesh front shoulder area (2) is set on the top edge of the two bra cups (1) and extends upward as a whole. The mesh V-shaped part (3) is located between the two bra cups (1) and connected to the two bra cups (1) to form a flat and solid body. The mesh front part (4) is set on the outer side and bottom edge of the two bra cups (1) and connected to the two bra cups (1) to form a flat and solid body.

2. The one-piece mesh fabric structure for shaping an outer-wearable bra according to claim 1, characterized in that: The outer and bottom edges of the two bra cups (1) are also provided with a sternal support line (5) that is connected to each other.

3. The one-piece mesh fabric structure for shaping an outer-wearable bra according to claim 2, characterized in that: The top edge of the V-shaped part (3) of the mesh fabric is a concave arc (31), and the bottom edge of the V-shaped part (3) of the mesh fabric is connected to the sternal support line (5).

4. The one-piece mesh fabric structure for shaping an outer-wearable bra according to claim 2, characterized in that: The bottom edge of the front part (4) of the mesh fabric is also provided with a lower garment edge bodice (6), and a shaping bodice (7) is provided between the breast support bodice (5) located below the two bra cup parts (1) and the lower garment edge bodice (6).

5. The one-piece mesh fabric structure for shaping an outer-wearable bra according to claim 4, characterized in that: It also includes a mesh fabric back (8) and a mesh fabric butt (9). The two sides of the mesh fabric back (8) are connected to the two sides of the mesh fabric front (4) to form a flat whole. The two sides of the mesh fabric butt (9) are connected to the two sides of the mesh fabric front (4) to form a flat whole. A dividing line (10) is provided between the mesh fabric back (8) and the mesh fabric butt (9).

6. The one-piece mesh fabric structure for shaping an outer-wearable bra according to claim 5, characterized in that: The back of the mesh fabric (8) is also provided with a V-shaped opening (81) at the top center, and a mesh fabric back shoulder (82) integrally formed with the back of the mesh fabric (8) is formed on both sides of the V-shaped opening (81).

7. The one-piece mesh fabric structure for shaping an outer-wearable bra according to claim 5, characterized in that: The mesh aperture of the front part (4) and back part (8) of the mesh fabric is smaller than that of the butt part (9) of the mesh fabric.

8. The one-piece mesh fabric structure for shaping an outer-wearable bra according to claim 5, characterized in that: The mesh fabric buttocks (9) are also provided with vertically arranged buttock-lifting and shaping bone lines (91) on both sides.

9. The one-piece mesh fabric structure for shaping an outer-wearable bra according to claim 5, characterized in that: The lower garment edge seam (6) and the mesh fabric hip (9) are also connected to the mesh fabric trouser leg (30).

10. The one-piece mesh fabric structure for shaping an outer-wearable bra according to claim 6, characterized in that: The outer sides of the back shoulder (82) of the mesh fabric and the front shoulder (2) of the non-mesh fabric are also provided with mesh fabric sleeves (20).

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