A type of shapewear

Abstract

This utility model relates to a shapewear garment, comprising: an integrally woven ordinary knit area and a shaping area. The shaping area includes a stomach shaping area, an abdominal shaping area, and a waist shaping area. The stomach shaping area is located above the abdominal shaping area, and the waist shaping area is located on both sides of the stomach and abdominal shaping areas. The knitting density of the stomach, waist, and abdominal shaping areas is greater than that of the ordinary knit area. This utility model features an integrally woven ordinary knit area and a shaping area. By increasing the knitting density in the shaping area, it achieves a localized shaping effect, avoids the pressure caused by isobaric compression, allows the wearer to breathe freely, and provides greater comfort.

Description

Technical Field

[0001] This utility model relates to the field of shapewear technology, and in particular to a shapewear garment. Background Technology

[0002] Shapewear is a type of functional clothing that adjusts the curves of the human body through physical and mechanical principles. With its special cut and combination of high-elastic fabric, it can apply moderate pressure to the soft tissues of the body, thereby temporarily tightening excess fat, lifting the contours, and achieving the effect of modifying the body shape. Traditional shapewear typically employs a "uniform pressure" design, which, while seemingly providing even shaping, has significant drawbacks. Due to the substantial differences in fat distribution and bone structure across different body parts, applying uniform pressure often causes two problems: firstly, areas requiring focused shaping, such as the waist and abdomen, may not achieve the desired effect due to insufficient pressure; secondly, areas with prominent bones or less fat, such as the sides of the ribs and hips, may experience excessive pressure, affecting comfort and potentially causing unnecessary strain on the body in the long run. This "one-size-fits-all" pressure distribution clearly cannot meet the diverse shaping needs of different body parts.

[0003] Chinese utility model patent CN201602135U discloses a women's shaping underwear that can effectively concentrate the bust, sculpt the waist, and lift the buttocks. This design uses a zoned shaping approach for the bust, waist, and buttocks, but employs an equal-pressure compression approach in the waist and abdomen area. While this compression works on the waist, it also puts significant pressure on the stomach, potentially leading to breathing difficulties. Summary of the Invention

[0004] The purpose of this utility model is to provide a shapewear that solves the problem of excessive pressure on the stomach caused by the isobaric compression of shapewear.

[0005] To achieve the above objectives, this utility model discloses a shapewear garment, comprising: an integrally woven ordinary knitting area and a shaping area, wherein the shaping area includes a stomach shaping area, an abdominal shaping area, and a waist shaping area, the stomach shaping area being located above the abdominal shaping area, and the waist shaping area being located on both sides of the stomach shaping area and the abdominal shaping area, wherein the knitting density of the stomach shaping area, the waist shaping area, and the abdominal shaping area is greater than that of the ordinary knitting area.

[0006] Preferably, the shaping area further includes a breast shaping area, which is located above the stomach shaping area. The breast shaping area includes a central tightening area, a first breast shaping band, and a second breast shaping band. The central tightening area is located in the middle of the breast. The first and second breast shaping bands are sequentially arranged from top to bottom below the breast. The first breast shaping band is wavy, and the second breast shaping band uses a vertical striped weave. The stomach shaping area uses a fine dotted weave, and the waist shaping area uses a plain weave. The weave density of the waist shaping area is greater than that of the stomach shaping area.

[0007] Preferably, the shapewear body also has a leg shaping area, which is elongated and located on both sides of the front end of the legs of the shapewear. The leg shaping area is made of a fish scale woven structure.

[0008] Preferably, the shaping area further includes an upper back shaping area and a lower back shaping area. The upper back shaping area is located above the lower back shaping area. The upper back shaping area adopts a smooth tissue structure and is V-shaped. The lower back shaping area adopts a fine ribbed tissue structure and is trapezoidal. The weave density of the upper back shaping area is less than that of the lower back shaping area.

[0009] Preferably, the shaping area further includes a buttock shaping area, which includes a buttock cup area and a buttock lifting band area. The buttock lifting band area is located on the periphery of the buttock cup area and in the lower middle position of the buttock cup area.

[0010] Preferably, the abdominal shaping area includes a diamond-shaped area and a V-shaped area, the upper part of the diamond-shaped area coincides with the V-shaped area, and the two ends of the V-shaped area are connected to the waist shaping area; the abdominal shaping area adopts a double inverted V-shaped woven structure.

[0011] Preferably, the pant legs of the shapewear are 20-40cm long, and the opening end of the pant legs of the shapewear is provided with a drawstring, which is made of vertical strip weaving.

[0012] Preferably, a waist-side pressure band is provided on the side of the waist shaping area near the stomach shaping area and the abdominal shaping area, and the weave density of the waist-side pressure band is greater than that of the abdominal shaping area. A first abdominal pressure band is provided at the edge of the abdominal shaping area near the stomach shaping area, and the weave density of the first abdominal pressure band is greater than that of the stomach shaping area but less than that of the abdominal shaping area. Second abdominal pressure bands are provided at both sides of the abdominal shaping area, and the weave density of the second abdominal pressure bands is greater than that of the abdominal shaping area. A third abdominal pressure band is provided at the bottom edge of the abdominal shaping area, and the weave density of the third abdominal pressure band is greater than that of the ordinary shaping area but less than that of the abdominal shaping area.

[0013] Preferably, the shapewear has back pressure bands on the back, which are arc-shaped and positioned on both sides of the upper and lower back shaping areas. The back pressure bands have a higher weave density than ordinary weave structures.

[0014] Preferably, a buttock compression band is provided at the lower edge of the buttock shaping area. The weave density of the buttock compression band is greater than that of the buttock shaping area.

[0015] Preferably, the pressure in the abdominal shaping area is 1.2-1.5 kPa, the pressure in the waist shaping area is 0.8-1.0 kPa, and the pressure in the buttock lifting band area is 0.6-0.8 kPa.

[0016] Preferably, the shapewear is made of nylon and covered yarn, wherein the denier (D) of the nylon is in the range of 45-55 and the filament (F) is in the range of 43-53.

[0017] Preferably, the shapewear has an opening at the back waist.

[0018] This utility model has the following beneficial effects: 1. This utility model features an integrated ordinary weaving area and a shaping area. By increasing the weaving density in the shaping area, a localized body shaping effect is achieved, avoiding the pressure caused by equal-pressure contraction. This allows the wearer to breathe smoothly and wear the garment more comfortably.

[0019] 2. This utility model sets up a stomach shaping area and an abdominal shaping area in the abdomen, and adopts a non-uniform pressure binding scheme in the waist and abdomen area. While binding the waist, it puts less pressure on the stomach, allowing the wearer to keep breathing smoothly.

[0020] 3. This utility model divides the garment body into 9 functional areas (including the chest shaping area, stomach shaping area, waist shaping area, abdomen shaping area, upper back shaping area, lower back shaping area, hip shaping area, leg shaping area and drawstring), and achieves gradient pressure design through 14 directional pressure bands.

[0021] 4. The body of this utility model is woven in one piece from the neckline to the hem, eliminating the visible lines (seam thickness <0.1mm) caused by traditional piece sewing. The coefficient of friction is reduced by 70% when in contact with the skin, solving the problem of skin redness and marks caused by the sewing lines of conventional shapewear. The pressure uniformity is >90%. Attached Figure Description

[0022] Figure 1 This is an overall front view schematic diagram provided in a specific embodiment of the present utility model; Figure 2 This is an overall rear view schematic diagram provided in a specific embodiment of the present utility model; Figure 3 This is an overall front view schematic diagram provided in a specific embodiment of the present utility model; Figure 4 This is an overall rear view schematic diagram provided in a specific embodiment of the present utility model; Figure 5 This is a schematic diagram of the overall structure provided in a specific embodiment of the present utility model; Figure 6 This is a schematic diagram of the overall structure provided in a specific embodiment of the present utility model; Figure 7 This is a partially enlarged schematic diagram provided in a specific embodiment of the present utility model.

[0023] Explanation of symbols for main components: 1. Stomach Shaping Zone; 2. Abdominal Shaping Zone; 21. V-Shaped Zone; 22. Diamond-Shaped Zone; 3. Waist Shaping Zone; 4. Breast Shaping Zone; 41. Central Tightening Zone; 42. First Breast Shaping Band Zone; 43. Second Breast Shaping Band Zone; 5. Leg Shaping Zone; 6. Bound Opening; 7. Lower Back Shaping Zone; 8. Hip Shaping Zone; 81. Hip Cup Zone; 82. Hip Lifting Band Zone; 9. Upper Back Shaping Zone; 10. Opening; 11. Waist Side Compression Band; 12. First Abdominal Compression Band; 13. Second Abdominal Compression Band; 14. Third Abdominal Compression Band; 15. Hip Compression Band; 16. Back Compression Band; 20. Regular Braided Zone. Detailed Implementation

[0024] To make the objectives, technical solutions, and advantages of this utility model clearer, the present utility model will be further described in detail below with reference to the accompanying drawings and embodiments.

[0025] like Figures 1-7 This utility model provides a shapewear garment, comprising: a one-piece woven ordinary knit area 20 and a shaping area. The shaping area includes a stomach shaping area 1, an abdominal shaping area 2, and a waist shaping area 3. The stomach shaping area 1 is positioned corresponding to the location of the stomach, the abdominal shaping area is positioned corresponding to the location of the abdomen, and the waist shaping area 3 is positioned corresponding to the location of the waist. The stomach shaping area 1 is located above the abdominal shaping area 2, and the waist shaping area 3 is located on both sides of the stomach shaping area 1 and the abdominal shaping area 2. The knitting density of the stomach shaping area 1, the waist shaping area 3, and the abdominal shaping area 2 is greater than that of the ordinary knit area 20. The knitting density of the stomach shaping area 1 < the knitting density of the waist shaping area 3 < the knitting density of the abdominal shaping area 2.

[0026] The stomach shaping area 1 uses a fine dotted tissue with a low woven density, which puts less pressure on the skin, gently compresses the stomach, enhances breathing freedom, and does not constrict the stomach even after long-term wear, allowing for free and smooth breathing.

[0027] The waist shaping zone 3 uses a dense plain weave to apply moderate pressure to the skin, ranging from 0.8 to 1.0 kPa, which can evenly tighten excess fat on the waist. It conforms to the curves of the human body, visually enhancing the slimming effect.

[0028] The abdominal shaping zone 2 includes a rhombus-shaped zone 22 and a V-shaped zone 21. The upper part of the rhombus-shaped zone 22 overlaps with the V-shaped zone 21, and the two ends of the V-shaped zone 21 connect to the waist shaping zone 3. The abdominal shaping zone 2 adopts a double inverted V-shaped knit structure, which applies high-intensity pressure to the skin, ranging from 1.2 to 1.5 kPa. It provides targeted abdominal compression, and the oxygen-sensory memory compression yarn provides double-layer compression in a circular shape, lifting excess fat and providing a tight, enveloping feel while maintaining comfort, achieving a tight but not constricting pressure sensation. In this embodiment, the shapewear is a one-piece shapewear.

[0029] The shaping area also includes a breast shaping area 4, which is positioned corresponding to the position of the human breast. The breast shaping area 4 is located above the stomach shaping area 1. The breast shaping area 4 includes a central tightening area 41, a first breast shaping band 42, and a second breast shaping band 43. The central tightening area 41 is located in the middle of the breast. The first breast shaping band 42 and the second breast shaping band 43 are arranged sequentially from top to bottom below the breast. The first breast shaping band 42 is wavy, lifting and supporting different breast shapes. The weave density is looser above the first breast shaping band 42. The second breast shaping band 43 uses a vertical striped weave. The second breast shaping band 43 consists of multiple spaced vertical stripes, providing localized density and pressure below the first breast shaping band 42 to prevent sagging and create a better breast shape.

[0030] The shapewear also features a leg shaping area 5, which is positioned to correspond to the position of the human leg. The leg shaping area 5 is long and narrow, located on both sides of the front of the leg section of the shapewear. The leg shaping area 5 has a fish-scale woven structure that tightens the thigh fat inwards, applying moderate pressure to the skin while shaping the body and ensuring freedom of movement.

[0031] like Figure 2 The shaping area also includes an upper back shaping area 9 and a lower back shaping area 7. The upper back shaping area 9 is set on the upper part of the human back and is located above the lower back shaping area 7. The upper back shaping area 9 is V-shaped and uses a smooth tissue structure weaving method to provide micro-pressure lifting and firming for a beautiful back.

[0032] The lower back shaping zone 7 corresponds to the lower half of the body and is trapezoidal in shape. The elasticity of the upper back shaping zone 9 is less than that of the lower back shaping zone 7. The lower back shaping zone 7 uses a fine ribbed tissue structure, consisting of multiple spaced vertical stripes, connecting to the stomach shaping zone 1 and the waist and abdomen. This tightens and straightens the back, while the lower back moves the front waist and abdomen to achieve the best wrapping and shaping effect.

[0033] like Figure 2 The shaping area also includes a buttock shaping area 8, which is designed to fit the buttocks of the body. This area includes a buttock cup area 81 and a buttock-lifting band area 82. The buttock-lifting band area 82 is located on the periphery of the buttock cup area 81, specifically in the lower middle position. The buttock cup area 81 features a three-dimensional grapefruit-shaped buttock design. The buttock-lifting band area 82 has a higher weave density than the buttock cup area 81, resulting in less elasticity in the buttock cup area 81 compared to the buttock-lifting band area 82. The pressure exerted by the buttock-lifting band area 82 on the skin ranges from 0.6 to 0.8 kPa, effectively tightening the buttocks and achieving a lifted buttock effect. The buttock-lifting band area 82 tightens while the buttock cup area 81 is highly elastic, adapting to various buttock shapes, resulting in a firmer, lifted upper body, a 30% lift in the buttocks, and an effective lift of at least 4 cm in the buttock line.

[0034] The shapewear pants also feature drawstrings at the bottom of the legs, which are made using a vertical stripe weaving technique. This ensures that the edges don't roll up, ride up, or dig into the skin, providing a 24-hour fit without shifting.

[0035] like Figure 3 A waist pressure belt 11 is provided on the side of the waist shaping area 3 near the stomach shaping area 1 and the abdominal shaping area 2. The weaving density of the waist pressure belt 11 is greater than that of the abdominal shaping area 2. The waist pressure belt 11 has a ring-shaped wrapping structure on both sides of the waist, which applies pressure to the waist to simulate the human skeletal structure and outlines the curve at the thinnest position.

[0036] A first abdominal pressure band 12 is located at the edge of the abdominal shaping area 2 near the stomach shaping area 1. The weave density of the first abdominal pressure band 12 is greater than that of the stomach shaping area 1 but less than that of the abdominal shaping area 2. Second abdominal pressure bands 13 are located at the side edges of the abdominal shaping area 2. The weave density of the second abdominal pressure bands 13 is greater than that of the abdominal shaping area 2. A third abdominal pressure band 14 is located at the bottom edge of the abdominal shaping area 2. The weave density of the third abdominal pressure band 14 is greater than that of the ordinary shaping area but less than that of the abdominal shaping area 2. The first abdominal pressure band 12 has low elasticity, transitioning smoothly through the abdominal tissue structure. The second abdominal pressure band 13 has high elasticity, strongly shaping the waist and abdomen curve. The third abdominal pressure band 14 has low elasticity, close to the sensitive triangle area, providing slight pressure and relaxation, allowing for comfortable movement.

[0037] like Figure 4The shapewear features back pressure bands 16, which have a higher weave density than ordinary weave fabrics. These bands are curved and positioned on either side of the upper back shaping area 9 and the lower back shaping area 7. The crescent-shaped curve of the back pressure bands 16 applies moderate pressure to the skin, effectively tightening the back and sculpting a more defined silhouette.

[0038] A buttocks pressure band 15 is located at the lower edge of the buttocks shaping area 8. The buttocks pressure band 15 has a higher weave density than the buttocks shaping area. Located at the bottom of the buttocks, the buttocks pressure band 15 applies high-intensity pressure to the skin, effectively tightening the buttocks and achieving a lifted buttocks effect.

[0039] The waist pressure belt 11, the first abdominal pressure belt 12, the second abdominal pressure belt 13, the third abdominal pressure belt 14, the hip pressure belt 15, and the back pressure belt 16 are all elastic.

[0040] The shapewear has an opening 10 at the back waist, making it easy for the wearer to take it off when using the toilet.

[0041] In this embodiment, differentiated pressure structures are designed to address the fat characteristics of different areas such as the waist, abdomen, buttocks, and legs, simulating the natural distribution of muscles. Based on human fat mobility data (fat tends to accumulate in the waist and abdomen, while fat tends to sag in the buttocks), the garment is divided into 9 functional zones (including a chest shaping zone 4, a stomach shaping zone 1, a waist shaping zone 3, an abdominal shaping zone 2, an upper back shaping zone 9, a lower back shaping zone 7, a buttocks shaping zone 8, a leg shaping zone 5, and a drawstring 6). A gradient pressure design is achieved through 14 directional pressure bands. The core waist and abdomen area has a pressure of 1.2-1.5 kPa (shaping), the waist transition zone has 0.8-1.0 kPa (buffering), and the buttocks lifting zone has 0.6-0.8 kPa (lifting). The pressure accuracy is 3 times higher than conventional shapewear (error ≤ 0.1 kPa), preventing fat compression and deformation.

[0042] Dynamic pressure regulation function: Employing Santoni's core weaving technology—dynamic density adjustment—this product achieves differentiated density across different areas of the same fabric by electronically adjusting yarn loop length and tension in real time. Dynamic density adjustment is used in the core 9 zones of the garment, ensuring pressure fluctuations of less than 0.3 kPa during limb activity (such as bending or walking); when at rest, it automatically recovers the preset pressure, allowing the yarn to stretch synchronously with muscle movement (maximum elongation of 300%), thus resolving the contradiction of traditional shapewear being "tight during activity and loose when at rest."

[0043] Empirical results; According to the test results, 90% of the subjects experienced an immediate reduction of more than 3cm in waist and abdominal circumference, and no obvious discomfort was felt after wearing it continuously for 8 hours (VAS comfort score >8 points out of 10), thus solving the core pain point of discomfort caused by the constriction of traditional shapewear.

[0044] Addressing the issue of stiffness caused by the "forceful shaping" of traditional shapewear, this product uses a golden triangle suspension design and 3D three-dimensional weaving to provide "lifting" shaping for the waist, abdomen, and buttocks, emphasizing "fat repositioning" rather than "forced compression."

[0045] Golden triangle support for waist, abdomen and hips: Employing a differentiated biomechanical structure, it achieves synergistic effects of waist support, abdominal wrapping, and hip lift. It constructs a waist-abdomen-hip golden triangle support system: the waist shaping zone 3 uses a "ring-shaped wrapping band" structure to apply pressure (diameter can shrink by 2-4cm), while the sides of the waist are filled with dense, flat-textured tissue, tightening inwards to fix fat and prevent displacement, resulting in a visually slimmer appearance; the abdominal shaping zone 2 uses a "double inverted V-shaped" weaving process (60° angle) to lift upwards (support force >2N), reducing pressure on the waist and abdomen; the hips are lifted upwards from both sides by a U-shaped lifting band (4cm wide), combined with 1.0kPa pressure in the mid-hip area, achieving "lifting" shaping rather than compression, avoiding the flat hip problem caused by traditional shapewear.

[0046] 3D 3D woven hip enhancement: Designed with a special weave texture specifically for the shape of the buttocks, this garment creates a three-dimensional, grapefruit-shaped buttocks shape and precisely lifts the buttock line. The buttocks area features a 3D woven structure, with 30% increased yarn density in 81 areas of the buttock cup region (providing concentrated support). The buttock line edge uses a wave-shaped gathering process, and through the synergistic tension of 14 diagonal yarns, the buttock line is lifted by an average of 1cm, resulting in a natural shape (conforming to the S-curve of the buttocks), unlike the artificial buttocks shape caused by the forced compression of traditional shapewear.

[0047] The shapewear is made of nylon and covered yarn. The stomach shaping area 1, abdomen shaping area 2, waist shaping area 3, chest shaping area 4, upper back shaping area 9, lower back shaping area 7, and leg shaping area 5 are woven together in one piece. In this embodiment, an innovative 3D cylindrical one-piece weaving process is used, with an 8-way yarn entry method (traditional process uses 12 ways) to control the yarn density in different areas. The garment body is woven in one piece from the neckline to the hem, eliminating visible seams (seam thickness <0.1mm) caused by traditional piece-sewing. This reduces the coefficient of friction against the skin by 70%, solving the problems of skin redness and marks caused by seams in conventional shapewear, achieving zero-feel pressure (pressure uniformity >90%).

[0048] In this embodiment, the shapewear uses 50D / 48F nylon, 3030 covered yarn, and one strand of 210D spandex, woven together with three yarns simultaneously. This combination provides high elasticity, breathability, and memory properties while achieving gradient pressure, simulating the feeling of wearing a "second skin." The oxygen-sensing memory yarn (composed of nylon and spandex interwoven in a specific ratio) with 3030 covered yarn and 50D / 48F nylon has a honeycomb-like microporous structure (pore size 2-5µm) on its surface, resulting in a breathability rate >600mm / s (twice that of traditional shapewear fabrics). It also features shape memory (rebounding within 3 seconds after 50% stretching), automatically conforming to the body's curves during wear, remaining stable and curl-free for 24 hours (the leg edges showed no curling after 1000 flexion-extension tests).

[0049] The yarn is impregnated using microcapsule technology with hyaluronic acid, bird's nest peptides, and pearl protein composite additives. When worn, it releases moisturizing molecules through skin friction, providing excellent moisturizing and antioxidant properties. It firms and repairs the skin, prevents dryness, promotes collagen production, and hydrates the skin. Even after 20 washes, it retains its moisturizing effect (increasing skin moisture content by 15%), solving the problem of dry skin caused by long-term wear.

[0050] This utility model also features multiple functions, integrating seven functions: bra, panties, waist trainer, safety shorts, tummy control pants, buttock lifter, and thermal vest, suitable for daily wear, sports, and warmth. Through structural optimization, it achieves multiple uses, with built-in removable breast pads (0.8cm thick, providing a B-cup+ support effect) to replace a bra. The waist and abdomen compression area can be used separately as a waist trainer. The buttock lift design replaces buttock lift pants. The leg length, covering the upper thigh (30cm), can be used as safety shorts. Fabric weight: 200g / m². 2 It also provides warmth (3°C warmer than regular underwear), meeting the needs of various scenarios such as commuting, sports, and home, and solving the pain point of users having to buy multiple items.

[0051] The above description is only a preferred embodiment of the present utility model, but the protection scope of the present utility model is not limited thereto. Any changes or substitutions that can be easily conceived by those skilled in the art within the technical scope disclosed in the present utility model should be included within the protection scope of the present utility model.

Claims

1. A shapewear garment, characterized in that, include: The design comprises an integrally woven ordinary knitting area and a shaping area. The shaping area includes a stomach shaping area, an abdominal shaping area, and a waist shaping area. The stomach shaping area is located above the abdominal shaping area, and the waist shaping area is located on both sides of the stomach shaping area and the abdominal shaping area. The knitting density of the stomach shaping area, the waist shaping area, and the abdominal shaping area is greater than that of the ordinary knitting area. The knitting density of the stomach shaping area is less than that of the waist shaping area, which is less than that of the abdominal shaping area. The stomach shaping area uses a fine dotted knitting structure.

2. The shapewear according to claim 1, characterized in that: The shaping area also includes a breast shaping area, which is located above the stomach shaping area. The breast shaping area includes a central tightening area, a first breast shaping band, and a second breast shaping band. The central tightening area is located in the middle of the breast. The first breast shaping band and the second breast shaping band are arranged sequentially from top to bottom below the breast. The first breast shaping band is wavy, and the second breast shaping band uses a vertical striped weave. The stomach shaping area uses a fine dotted weave, and the waist shaping area uses a plain weave. The weave density of the waist shaping area is greater than that of the stomach shaping area.

3. A shapewear garment according to claim 2, characterized in that: The shaping area also includes a leg shaping area, which is arranged in a long strip on both sides of the front end of the leg of the shapewear. The leg shaping area uses a fish scale woven structure.

4. A shapewear garment according to claim 3, characterized in that: The shaping area also includes an upper back shaping area and a lower back shaping area. The upper back shaping area is located above the lower back shaping area. The upper back shaping area adopts a smooth tissue structure and is V-shaped. The lower back shaping area adopts a fine rib tissue structure and is trapezoidal. The weave density of the upper back shaping area is less than that of the lower back shaping area.

5. A shapewear garment according to claim 4, characterized in that: The shaping area also includes a buttock shaping area, which includes a buttock cup area and a buttock lifting band area. The buttock lifting band area is located on the periphery of the buttock cup area and in the lower middle position of the buttock cup area.

6. A shapewear garment according to claim 1, characterized in that: The abdominal shaping area includes a diamond-shaped area and a V-shaped area. The upper part of the diamond-shaped area overlaps with the V-shaped area, and the two ends of the V-shaped area are connected to the waist shaping area. The abdominal shaping area adopts a double inverted V-shaped woven structure.

7. A shapewear garment according to claim 1, characterized in that: The shapewear has trousers with a leg length of 20-40cm, and the opening of the trousers is provided with a drawstring, which is made of vertical stripe weaving; the shapewear has an opening at the back waist.

8. A shapewear garment according to claim 1, characterized in that: A waist-side pressure band is provided on the side of the waist shaping area near the stomach shaping area and the abdominal shaping area, and the weave density of the waist-side pressure band is greater than that of the abdominal shaping area; a first abdominal pressure band is provided on the edge of the abdominal shaping area near the stomach shaping area, and the weave density of the first abdominal pressure band is greater than that of the stomach shaping area but less than that of the abdominal shaping area; a second abdominal pressure band is provided on both sides of the abdominal shaping area, and the weave density of the second abdominal pressure band is greater than that of the abdominal shaping area; a third abdominal pressure band is provided on the bottom edge of the abdominal shaping area, and the weave density of the third abdominal pressure band is greater than that of the ordinary shaping area but less than that of the abdominal shaping area.

9. A shapewear garment according to claim 5, characterized in that: The shapewear has a back pressure band on the back, which is arc-shaped and located on both sides of the upper and lower back shaping areas. The back pressure band has a higher weave density than the ordinary weave area. The lower edge of the hip shaping area has a hip pressure band, which has a higher weave density than the hip shaping area.

10. A shapewear garment according to claim 5, characterized in that: The pressure in the abdominal shaping area is 1.2-1.5 kPa, the pressure in the waist shaping area is 0.8-1.0 kPa, and the pressure in the buttock lifting band area is 0.6-0.8 kPa. The shapewear is made of nylon and covered yarn, and the denier of the nylon is 45-55 and the filament number is 43-53.

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