Multi-structure abdominal compression wrap

Abstract

This utility model discloses a multi-structured, pressure-enhancing, one-piece shapewear for the abdomen, belonging to the field of shapewear technology. This shapewear achieves chest support, uniform abdominal pressure, waist and back support, and hip shaping through a multi-layered abdominal pressure structure, longitudinal and lumbar support bands, layered thickened shoulder straps, and localized pressure support structure for the buttocks, while simultaneously improving wearing comfort and ease of use. The shapewear includes molded chest cups, adjustable thickened shoulder straps, a front center zipper, an inner abdominal pressure structure and buttonholes, a high-elasticity waist pressure structure, a crotch zipper, front and back leg panels, and anti-slip hem structures. The overall structural design is reasonable, balancing shaping effect, aesthetics, and ease of wear. This utility model is suitable for daily or outerwear shaping needs, possessing good usability and market application value.

Description

Technical Field

[0001] This utility model relates to the field of body shaping clothing technology, specifically to a body shaping bodysuit with multi-structure compression on the abdomen. Background Technology

[0002] Existing shapewear has shortcomings in terms of abdominal compression, back support, shoulder decompression, and hip shaping. These shortcomings mainly manifest as uneven abdominal pressure, slippery shoulder straps, unsatisfactory hip contour shaping effect, and insufficient wearing comfort. Summary of the Invention

[0003] The purpose of this utility model is to provide a multi-structured abdominal compression bodysuit that achieves overall shaping of the waist, abdomen, back, and buttocks through a reasonable arrangement of multi-layered abdominal compression structure, bone positioning belt, layered shoulder strap design, and hip support structure, while improving wearing comfort and ease of operation.

[0004] To achieve the above objectives, the technical solution adopted by this utility model includes:

[0005] Molded bra cup (1): Ergonomically designed for a snug fit;

[0006] Thickened adjustable shoulder straps (2, surface layer 2a, middle layer 2b, inner layer 2c): The three-layer overlapping structure optimizes the shoulder stress points, achieving shoulder pressure relief and comfortable support; the shoulder strap length can be adjusted according to different height requirements to adapt to different body types and maintain the shaping effect.

[0007] Front center zipper (3): for easy on and off;

[0008] Anterior abdominal inner layer independent pressure structure (4): Combined with the surface layer, and working in synergy with the entire bony band 1, 2 (10, 11) set longitudinally in the abdomen, to achieve uniform pressure on the abdomen;

[0009] Inner layer front middle row buckle (5): arranged along the front center axis, adjustable tightness;

[0010] Waist surface pressure structure (6): High elasticity material is used to enhance local pressure and improve visual effect;

[0011] crotch zipper (7): from the front middle crotch to the back middle buttocks, making it easy to put on and take off and use the toilet;

[0012] Front leg panel (12) and back leg panel (13): are symmetrically arranged on the left and right sides of the garment body, and are spliced ​​together to form a complete leg; the length of the leg opening can be extended to the ankle, knee or briefs style, depending on the design.

[0013] Trouser leg lace (8) and anti-slip silicone strip on the inside of the lace (9): used to prevent trouser leg from shifting;

[0014] The central back skeletal band (16), the parallel lumbar skeletal bands (14, 15), and the multi-layered abdominal pressure structure work together to achieve overall shaping of the back, waist, and abdomen.

[0015] Hip local pressure support structure (17): It is made of specific elastic fabric and elastic mesh bonded together by dot glue. The inner layer is bonded along the hip contour from the hip seam, with a width of about 5 cm. It is used to lift the hip curve, enhance the support effect, and improve the visual shape after wearing.

[0016] The inner and outer layers of the abdominal pressure layer are combined: the longitudinal connection and stable support are achieved through the joint of the first inclined bone band (10), and the transverse connection is achieved through the abdominal splicing joint.

[0017] Compared with existing technologies, this utility model has the following beneficial effects: The abdomen adopts an inner adjustable pressure structure, combined with a front center zipper closure, and a heart-shaped decorative effect is designed on the outer waist, achieving a combination of visual aesthetics and functional pressure; the bone bands on the front abdomen and back are reasonably arranged, which can effectively shape the curves of the abdomen, waist, back and hips; the spliced ​​molded chest cup, drip-resin lace hem and thickened pressure-relieving shoulder straps make the overall structure stable and not easy to shift during wearing, taking into account both shaping effect and comfort; the crotch is equipped with a through zipper structure, which makes it convenient for the wearer to use the toilet, avoids the operation of undressing completely, and improves the convenience of use. Attached Figure Description

[0018] Figure 1 is a schematic diagram of the overall front structure of the bodysuit of this utility model.

[0019] Figure 2 is a schematic diagram of the overall back structure of the bodysuit of this utility model.

[0020] Figure 3 is a cross-sectional schematic diagram of the internal structure of the bodysuit of this utility model.

[0021] Figure 4 shows the overall structure of the inner abdominal layer of the bodysuit of this utility model, the partial structure of the shoulder straps, and the partial structure of the lace trim on the trouser hem.

[0022] Figure 5 is a schematic diagram of the overall side structure of the bodysuit of this utility model.

[0023] Marked in the diagram: 1. Molded bra cup; 2. Overall shoulder strap (2a. shoulder strap outer layer, 2b. shoulder strap middle layer, 2c. shoulder strap inner layer); 3. Front center zipper strap of the outer layer; 4. Overall structure of the inner abdominal layer; 5. Front center row of buckle straps of the inner abdominal layer; 6. Waist compression heart of the outer layer; 7. Crotch zipper; 8. Lace hem; 9. Drip tape on the inside of the lace; 10. Vertically inclined ribbed band 1 of the abdomen; 11. Vertically inclined ribbed band 2 of the abdomen; 12. Front leg panel; 13. Back leg panel; 14. Side ribbed band 1 of the back and waist; 15. Side ribbed band 2 of the back and waist; 16. Central back ribbed band; 17. Hip lift structure. Among them: the front trouser leg piece (12) and the back trouser leg piece (13) are symmetrically arranged on the left and right sides of the garment body, and are spliced ​​together to form a complete trouser leg; the abdominal bone band 1 (10) and bone band 2 (11) are symmetrically arranged on the left and right sides of the garment body to achieve uniform pressure and support on the abdomen. Detailed Implementation

[0024] Example 1 (Shorts) like Figures 1-5 As shown, this utility model provides a multi-structured, pressure-compressing, body-hugging shapewear for the abdomen, comprising: Molded breast cup (1): It is formed by high temperature molding and conforms to ergonomic design. It can fit the curve of the breast completely and achieve the support and shaping of the breast. Thickened adjustable shoulder straps (2): The outer layer (2a) is made of soft fabric to improve wearing comfort and appearance; the middle layer (2b) is a thickened support layer to distribute shoulder pressure and achieve a pressure relief effect; the inner layer (2c) is an elastic material that fits the skin to ensure that the shoulder straps are fixed and fit comfortably; the three-layer structure is stacked together to evenly distribute the force on the shoulders; the ends of the shoulder straps are equipped with adjustment rings and hooks, which can be adjusted according to different heights and body types, thereby reducing shoulder pressure while maintaining the shaping effect; (3) Front center zipper on the outer layer: Arranged along the front center axis of the garment, with a zipper head for easy putting on and taking off; Anterior abdominal inner layer independent pressure structure (4): Located on the inner side of the surface layer, it forms an independent stress zone through the buckle adjustment belt and the pressure high elastic fabric layer; The entire inclined bony band of the abdomen (10, 11): It is set on both sides of the abdomen in a longitudinal direction and combined with the inner layer of the anterior abdomen (4) to play a role in pressurization and support, so that the abdominal pressure distribution is more uniform. Inner front center button strap (5): Arranged along the front center of the garment, consisting of multiple buttons, which the wearer can adjust as needed; Waist surface pressure structure (6): High elastic fabric is used, and a "heart" shaped splicing design is formed on the outer layer of the waist, which not only enhances the visual aesthetics, but also strengthens the pressure on the local area of ​​the waist. crotch zipper (7): extends from the front crotch to the top of the back buttocks, making it convenient for the wearer to open when using the toilet without having to completely remove clothing; Lace trim on trouser hem (8) and anti-slip silicone strip on the inside of the lace trim (9): The lace trim is attached to the trouser hem, and a silicone strip is installed on the inside to prevent the trouser hem from shifting during wear; Front leg panel (12) and back leg panel (13): They are symmetrically arranged on the left and right sides of the garment body, and are spliced ​​together to form a complete leg. The leg length reaches the middle of the thigh, which is suitable for daily use. The central back rib band (16) and the lumbar rib bands (14, 15) work together with the multi-layered pressure structure of the abdomen to form a support system corresponding to the front and back, effectively shaping the curves of the waist, abdomen and back. Hip local pressure support structure (17): It is made of specific elastic fabric and elastic mesh bonded together by dot glue. The inner layer is bonded along the hip contour from the hip seam, with a width of about 5 cm. It is used to lift the hip curve, enhance the support effect, and improve the visual shape after wearing. At the junction of the inner and outer layers of the abdominal pressure layer: the longitudinal connection and stable support are achieved through the joint of the first inclined bone band (10), and the transverse connection is achieved through the abdominal splicing joint.

[0025] In summary, in Embodiment 1, this invention can achieve a comprehensive shaping effect that includes chest support, layered abdominal compression, lumbar and back support, hip shaping, and shoulder decompression.

[0026] Example 2 (Triangle version) Example 2 is basically the same as Example 1, except that the lengths of the front leg panel (12) and the back leg panel (13) are shortened, and the overall design is cut into a triangle shorts style. This example is suitable for summer or as outerwear, and has a better concealing effect.

[0027] Example 3 (Knee-length / Ankle-length) Based on Example 1, the pant legs extend to the knee or ankle, making them suitable for use in situations where leg shaping is a priority. The remaining structure and function are the same as in Example 1.

Claims

1. A multi-structured, pressure-compressing, body-hugging shapewear for the abdomen, characterized in that, include: Molded breast cups support and shape the breasts; adjustable, thickened shoulder straps, composed of a top layer, a middle support layer, and a skin-friendly inner layer, distribute shoulder pressure and are adjustable in length; a front center zipper for easy on and off; an independent pressure structure in the front abdomen inner layer, with longitudinally inclined bone bands, provides even pressure and support to the abdomen, and features a front center buckle for adjustable tightness; a high-elasticity pressure structure in the waistband enhances pressure and improves visual appeal through localized splicing; a through zipper in the crotch area, extending from the front center crotch to the back center buttocks, for use during urination; front and back leg panels are spliced ​​together to form a complete pant leg, with lace trim and an inner anti-slip silicone band at the hem; a central back bone band and parallel side waist bone bands work in conjunction with the multi-layered pressure structure in the abdomen to achieve overall shaping of the waist, back, and abdomen; and a localized pressure support structure in the buttocks, arranged along the buttock contour, enhances the buttock curve and improves visual appeal.

2. The abdominal multi-structure pressure-compressing bodysuit according to claim 1, characterized in that, The shoulder strap length is adjustable via an adjustment ring or hook to accommodate different body types.

3. The abdominal multi-structure pressure-compressing bodysuit according to claim 1, characterized in that, The high-elasticity compression structure at the waist adopts a "heart" splicing design, combining visual aesthetics with functional compression.

4. The abdominal multi-structure pressure-compressing bodysuit according to claim 1, characterized in that, The independent pressure structure in the inner layer of the anterior abdomen is connected to the skeletal band, and the tightness can be adjusted by the buckle strap to enhance the uniformity of the force on the abdomen.

5. The abdominal multi-structure pressure-compressing bodysuit according to claim 1, characterized in that, Anti-slip silicone strips are installed on the inside of the lace hem of the trousers to prevent the trousers from shifting.

6. The abdominal multi-structure pressure-compressing bodysuit according to claim 1, characterized in that, The pant length can be briefs, knee-length, or ankle-length.

7. The abdominal multi-structure pressure-compressing bodysuit according to claim 1, characterized in that, The localized pressure support structure for the buttocks is formed by bonding elastic fabric and elastic mesh together with adhesive, with a width of about 5 cm, and is arranged along the contour of the buttocks.

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