A comfortable and crisp women's trousers

Abstract

The application relates to the technical field of clothes, and discloses a comfortable and straight trousers for women, which comprises a trousers body, a waistband detachably connected to the waist position of the trousers body, and a pocket arranged on the front side of the trousers body. In the application, the strip-shaped holes opened on the two sides of the trousers legs and the stitched breathable fabric form an active ventilation channel, the closed property of the traditional trousers body fabric is broken, the strip-shaped holes are arranged along the outer sides of the thighs and accurately correspond to the heat-accumulating areas of the human legs, when walking or moving the legs, external airflow can quickly enter the trousers through the meshes, internal hot air is synchronously discharged, directional convection circulation is formed, heat and moisture accumulation is significantly reduced, meanwhile, the acetate fiber support strips of the integrated structure of the strip-shaped hole edges and the trousers legs not only prevent the strip-shaped holes from being deformed due to stretching through rigid support, but also avoid trousers type collapse caused by excessive relaxation of the mesh cloth, and the collaborative design of the support strips and the trousers body fabric enables the trousers to realize the ventilation function while keeping straight lines.

Description

Technical Field

[0001] This utility model relates to the field of clothing technology, and in particular to a comfortable and crisp women's trousers. Background Technology

[0002] With the diversification of modern women's lifestyles, women's trousers that combine "wearing comfort," "crisp fit," and "breathability" have become a market necessity. These trousers need to meet the needs of switching between multiple scenarios such as daily commuting, business office, and light outdoor activities. They require the trousers to maintain a smooth line and not easily wrinkle due to activity, while also having good breathability and heat dissipation capabilities to avoid stuffiness in the waist and legs caused by prolonged wear. Especially in summer or high-temperature environments, breathability has become a core indicator affecting the wearing experience.

[0003] To ensure crispness, most existing products use high-density fabrics. These fabrics achieve wrinkle resistance and pattern stability through high yarn density and tight weaving structure. However, the dense structure also leads to narrow ventilation channels, obstructed air circulation, and low sweat evaporation rate. Especially in areas prone to heat accumulation, such as the trouser legs (front and outer thighs), heat and moisture tend to accumulate, causing stuffiness and discomfort. Utility Model Content

[0004] To address the aforementioned problems, this utility model provides a comfortable and structured women's trousers.

[0005] The above-mentioned technical objective of this utility model is achieved through the following technical solution: a comfortable and crisp women's trousers, including a trouser body, a waistband detachably connected to the waist of the trouser body, a trouser pocket on the front side of the trouser body, a gradient anti-friction patch on the inner thigh side of the trouser body, strip-shaped holes on both sides of the trouser legs of the trouser body, and breathable fabric sewn into the strip-shaped holes, and an integral acetate fiber support strip at the trouser hem and the edge of the strip-shaped holes of the trouser body.

[0006] By adopting the above technical solution, the strip-shaped holes on both sides of the trouser legs and the sewn breathable fabric form an "active ventilation channel," breaking the closed nature of traditional trouser fabrics. The strip-shaped holes are set along the outer thigh, precisely corresponding to the areas of the human leg that are prone to heat accumulation. When walking or moving the legs, external airflow can quickly enter the trousers through the mesh, while the internal stuffy air is simultaneously expelled, forming a directional convection circulation that significantly reduces heat and moisture accumulation. At the same time, the acetate fiber support strip with the edge of the strip-shaped holes and the trouser leg has an integrated structure that not only provides rigid support to prevent the strip-shaped holes from deforming due to stretching, but also avoids the trousers from collapsing due to excessive looseness of the mesh fabric. The synergistic design of the support strip and the trouser fabric allows the trousers to achieve breathability while maintaining a crisp line.

[0007] Furthermore, the gradient anti-friction patch is made of ultra-thin silk. The gradient anti-friction patch extends 10cm downward from the crotch and the width gradually decreases from 5cm to 3cm. The edge of the gradient anti-friction patch is treated with a 45° beveled edge and is connected to the pants body through a chain-like concealed stitch.

[0008] By adopting the above technical solutions, the ultra-thin silk patch is soft and smooth, which can effectively reduce friction on the inner thigh. The size design that gradually changes from the crotch downwards fits the curve of the inner thigh. The 45° beveled edge treatment and chain-stitch connection avoid edge friction against the skin and improve the comfort of wearing.

[0009] Furthermore, the inner side of the gradient anti-abrasion patch, which is close to the skin, is softened, and the fabric fibers are flattened by high-temperature pressing.

[0010] By adopting the above technical solution, the roughness of the patch when in contact with the skin is further reduced, making the skin feel more delicate, which is especially suitable for people with sensitive skin.

[0011] Furthermore, the breathable fabric is nylon mesh fabric, and the color of the breathable fabric is similar to the color of the main fabric of the pants.

[0012] By adopting the above technical solution, the nylon mesh fabric has good breathability, which can significantly improve the ventilation effect of the trouser legs. Its color is close to the main fabric of the trousers, making the appearance of the perforated area more coordinated and avoiding the overall aesthetics being affected by excessive color difference.

[0013] Furthermore, the pocket is a concealed side-seam pocket, and the edge of the pocket opening is equipped with a concealed zipper in the same color as the pants body.

[0014] By adopting the above technical solutions, the design of the side seam concealed pockets and the same color concealed zipper not only ensures the practicality of the pockets, but also reduces the damage to the crisp lines of the front of the pants, making the pants look cleaner and smoother.

[0015] Furthermore, the pocket fabric of the trousers is supported by a thin nylon fabric, and the connection between the trousers pocket and the trouser body is fixed at points.

[0016] By adopting the above technical solutions, the lightweight nylon fabric reduces the weight of the pockets, avoiding the bulkiness of the pants caused by the thick pocket fabric. The dotted fixing method reduces the connection area between the pockets and the pants body, reducing the restriction on the movement of the pants fabric, and also reducing wrinkles caused by frequent use of the pockets.

[0017] In summary, this utility model has the following beneficial effects: 1. In this application, the strip-shaped holes on both sides of the trouser legs and the sewn breathable fabric form an "active ventilation channel", breaking the closed nature of traditional trouser fabric. The strip-shaped holes are set along the outer thigh, precisely corresponding to the areas of the human leg that are prone to heat accumulation. When walking or moving the legs, the external airflow can quickly enter the trousers through the mesh, and the internal stuffy air is simultaneously discharged, forming a directional convection circulation, which significantly reduces the accumulation of heat and moisture. At the same time, the acetate fiber support strip with the edge of the strip-shaped holes and the trouser leg has an integrated structure, which not only provides rigid support to prevent the strip-shaped holes from deforming due to stretching, but also avoids the trousers from collapsing due to excessive looseness of the mesh fabric. The synergistic design of the support strip and the trouser fabric allows the trousers to achieve breathability while maintaining a crisp line. 2. In this application, the ultra-thin silk patch is soft and smooth, which can effectively reduce friction on the inner thigh. The size design that gradually changes from the crotch downwards fits the curve of the inner thigh. The 45° beveled edge treatment and chain-style blind stitch connection avoid edge friction against the skin and improve the comfort of wearing. Attached Figure Description

[0018] Figure 1 This is a schematic diagram of the overall structure of an embodiment of the present utility model; Figure 2 This is a schematic diagram of the gradient anti-wear patch and its connection structure according to an embodiment of the present invention; Figure 3 This is a schematic diagram of the cellulose acetate support strip and its connection structure according to an embodiment of the present invention.

[0019] In the picture: 1. Pants body; 2. Waistband; 3. Pockets; 4. Gradient anti-friction patch; 5. Acetate fiber support strip; 6. Perforated strip; 7. Breathable fabric. Detailed Implementation

[0020] The technical solutions in the embodiments of this application will be clearly and completely described below with reference to the accompanying drawings. Obviously, the described embodiments are only some embodiments of this application, and not all embodiments. All other embodiments obtained by those skilled in the art based on the embodiments of this application without creative effort are within the scope of protection of this application.

[0021] like Figure 1-3 As shown in the embodiment of this application, a comfortable and crisp women's trousers is disclosed, including a trouser body 1, a waistband 2 detachably connected to the waist of the trouser body 1, a trouser pocket 3 provided on the front side of the trouser body 1, a gradient anti-friction patch 4 provided on the inner thigh side of the trouser body 1, strip-shaped holes 6 opened on both sides of the trouser legs of the trouser body 1, and breathable fabric 7 sewn into the strip-shaped holes 6, and an integral acetate fiber support strip 5 provided at the trouser leg position and the edge of the strip-shaped holes 6.

[0022] Pants body 1 and waistband 2: The waistband edge of the pants body 1 has a groove, and the waistband 2 is inserted into the groove. The waistband 2 is detachably connected to the pants body 1 and can be flexibly adjusted according to the wearer's waist size to ensure the fit of the pants at the waist and prevent the pants from slipping down.

[0023] Pants Body 1, Perforations 6, and Breathable Fabric 7: Perforations 6 are cut into both sides of the pant legs of the pants body 1 according to the design dimensions. The edges of the perforations 6 are overlocked to prevent fabric fraying. The size of the nylon mesh fabric is slightly larger than the size of the perforations 6. Its edges are aligned with the overlocked edges of the perforations 6 and secured with needle and thread. The stitches are even and tight. The perforations 6 provide channels for air circulation. The nylon mesh fabric has good breathability, allowing air inside the pant legs to exchange with the outside air, dissipating heat and moisture, and improving the breathability of the pants. The breathable fabric 7 is similar in color to the pants body 1, ensuring the pants' aesthetic appeal.

[0024] The trouser body 1 and the acetate fiber support strip 5: The one-piece acetate fiber support strip 5 extends along the side of the trouser leg from the edge of the slotted hole 6 to the edge of the hem. The edge of the support strip is fitted to the fabric of the trouser body 1 and secured with needle and thread. The stitches follow the edge of the support strip, ensuring a tight connection between the support strip and the trouser body 1. The acetate fiber support strip 5 has a certain rigidity and stiffness, which can shape the edge of the slotted hole 6, preventing the slotted hole 6 from deforming due to wearing or activity, and ensuring the stability of the breathable channel. At the same time, the support strip can enhance the stiffness of the trouser leg at the hem, making the hem less prone to sagging and deformation. The one-piece structure design makes the support strip's support function more continuous and stable.

[0025] The gradient anti-friction patch 4 is made of ultra-thin silk. The gradient anti-friction patch 4 extends 10cm down from the crotch and the width gradually changes from 5cm to 3cm. The edge of the gradient anti-friction patch 4 is treated with a 45° beveled edge and is connected to the pants body 1 by a chain-type concealed stitch.

[0026] The pants body 1 and the gradient anti-friction patch 4: The gradient anti-friction patch 4 is connected to the pants body 1 via a chain stitch, meaning the needle and thread pass through the inside of the pants body 1 and are sewn together at the joint, with the seam not exposed on the surface of the pants. The edges of the patch are treated with a 45° beveled edge, making the edges softer and transitioning naturally with the fabric of the pants body 1. The ultra-thin silk patch is soft and smooth, reducing friction between the inner thigh skin and the pants fabric, preventing skin irritation. The 45° beveled edge and chain stitch connection avoid skin irritation from the patch edges, improving wearing comfort. The softening treatment on the inside makes the patch more delicate when in contact with the skin, further enhancing comfort.

[0027] The inner side of the gradient anti-abrasion patch 4, which is close to the skin, is softened, and the fabric fibers are flattened by high-temperature pressing.

[0028] The breathable fabric is made of nylon mesh, and the color of the breathable fabric is similar to the color of the main fabric of the pants body 1.

[0029] Pocket 3 is a concealed side seam pocket. The edge of the pocket opening of pocket 3 is equipped with a concealed zipper of the same color as the pants body 1. The pocket fabric of pocket 3 is supported by a thin nylon fabric. The connection between pocket 3 and pants body 1 is fixed with dots.

[0030] Pants Body 1 and Pocket 3: Pocket 3 is a concealed side-seam pocket, with its edge sewn to the side seam of Pants Body 1. The edge of the pocket opening 3 aligns with the inside of the side seam of Pants Body 1, and both ends of the concealed zipper are fixed to the opening, with the zipper teeth engaging the zipper pull. The connection between the pocket fabric of Pocket 3 and Pants Body 1 is secured with point stitches, meaning the pocket fabric is sewn to Pants Body 1 at intervals. Each point of stitching penetrates both the pocket fabric and Pants Body 1 before being knotted for fixation. This concealed side-seam pocket design ensures that Pocket 3 is not exposed, preserving the overall aesthetics and crisp shape of the pants. The concealed zipper seals the pocket opening, preventing items from falling out. The lightweight nylon fabric of the pocket fabric reduces the weight of Pocket 3, preventing it from sagging and affecting the pants' shape. The point stitching method reduces the contact area between the pocket fabric and Pants Body 1, allowing the fabric to move freely and reducing wrinkles caused by movement.

[0031] The working principle of this comfortable and structured women's trousers in this embodiment is as follows: The waistband of the trouser body 1 is made of a structured fabric, and the tension of the waistband 2 is evenly distributed in the waistband. Combined with the wrinkle resistance of the trouser fabric, it prevents wrinkles from forming at the waist due to movement. At the same time, the detachable design of the waistband 2 allows for fine adjustment of tightness according to the waist circumference, ensuring a good fit without excessive pressure, thereby maintaining the structured waistline. The support strip extends along the edge of the perforated 6 to the trouser leg, utilizing the rigidity of acetate fiber to form a "frame support" for the perforated 6, preventing the perforated 6 from expanding or contracting due to leg movement, and avoiding the distortion of the trouser leg line caused by the loosening of the breathable fabric 7. The support strip in the trouser leg area enhances the anti-sagging ability of the trouser leg by fitting with the inside of the rolled hem. Even after long-term wear, the trouser leg can still maintain a flat finishing line, avoiding the collapse of traditional trouser legs due to gravity or friction. The smooth surface of the ultra-thin silk patch reduces the coefficient of friction between the skin and the fabric, avoiding direct friction between the inner thigh skin and the trouser fabric when walking. The 45° beveled raw edge and chain The concealed seams create a smooth transition between the patch edge and the trouser fabric, eliminating the risk of "hard edge friction." High-temperature pressing on the inside further softens the fabric surface, ensuring no itching when in contact with the skin and achieving "no friction interference during activity." The "dot-like fixation" of pocket 3 reduces the connection area between the pocket fabric and the trouser body, allowing the trouser fabric to stretch freely when the legs move, avoiding the pulling sensation caused by the rigid connection between the pocket fabric and the main fabric. The strip-shaped perforations 6 are located on the upper-middle part of the outer thigh. When walking or swinging the legs, the air inside the trousers creates negative pressure due to limb movement, allowing cold air from the outside to enter the trousers through the mesh fabric's pores, while hot and humid air inside the trousers is expelled through the same channel, forming a "directional convection circulation." The silk patch on the inner thigh has natural moisture-absorbing properties, quickly absorbing sweat from the skin surface and diffusing it to the fabric surface. The air convection of the strip-shaped perforations 6 carries away moisture from the patch surface. Simultaneously, the lightweight nylon fabric of pocket 3 reduces moisture accumulation in the crotch area, forming a complete "moisture absorption-diffusion-heat dissipation" cycle, avoiding a stuffy and sticky feeling.

[0032] The above description is merely a preferred embodiment of this utility model. The protection scope of this utility model is not limited to the above embodiments. All technical solutions falling within the scope of this utility model's concept are protected. It should be noted that for those skilled in the art, any improvements and modifications made without departing from the principle of this utility model should also be considered within the protection scope of this utility model.

Claims

1. A comfortable and structured women's trousers, comprising a trouser body (1), characterized in that: The waistband (2) of the pants body (1) is detachably connected, the front of the pants body (1) is provided with a pocket (3), the inner thigh of the pants body (1) is provided with a gradient anti-friction patch (4), the pant legs of the pants body (1) are provided with strip holes (6), and breathable fabric (7) is sewn into the strip holes (6). The pant legs of the pants body (1) and the edges of the strip holes (6) are provided with an integral acetate fiber support strip (5).

2. The comfortable and structured women's trousers according to claim 1, characterized in that: The gradient anti-abrasion patch (4) is made of ultra-thin silk. The gradient anti-abrasion patch (4) extends 10cm down from the crotch and the width gradually changes from 5cm to 3cm. The edge of the gradient anti-abrasion patch (4) is treated with a 45° beveled edge and is connected to the pants body (1) by a chain-type hidden seam.

3. The comfortable and structured women's trousers according to claim 2, characterized in that: The inner side of the gradient anti-abrasion patch (4) that is close to the skin is softened, and the fabric fibers are flattened by high-temperature pressing.

4. The comfortable and structured women's trousers according to claim 3, characterized in that: The breathable fabric is nylon mesh fabric, and the color of the breathable fabric is similar to the color of the main fabric of the pants body (1).

5. The comfortable and structured women's trousers according to claim 4, characterized in that: The pocket (3) is a side-seam concealed pocket, and the edge of the pocket (3) is provided with a concealed zipper of the same color as the pants body (1).

6. The comfortable and structured women's trousers according to claim 5, characterized in that: The pocket fabric of the trouser pocket (3) is supported by thin nylon silk, and the connection between the trouser pocket (3) and the trouser body (1) is fixed in a dotted manner.

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