CN218551358U - Ultra-soft and high-elastic underwear suit - Google Patents

Abstract

The utility model provides an ultra-soft and high-elastic underwear suit, which includes a jacket and trousers. The jacket and/or the trousers are made of super-soft and high-elastic fabric. The structure of the super-soft and high-elastic fabric is It is an air layer structure, including: the inner fabric is the first blended yarn; the surface fabric is cashmere blended yarn; the middle layer includes at least one layer of spandex fiber, and the middle layer connects the inner fabric and the The surface layer fabric. This application adopts the fabric with air layer structure, which is highly comfortable without itching, elastic and not easily deformed.

Description

An ultra-soft and highly elastic underwear set

technical field

The utility model belongs to the technical field of textiles and garments, in particular to a supersoft and highly elastic underwear suit.

Background technique

There are many types and styles of close-fitting underwear, but in winter, while wearing close-fitting underwear in pursuit of softness and comfort, everyone has a higher pursuit of its style and function, so as to meet the people's demand for high-quality and comfortable products in their daily lives. In the existing market, when fabrics containing cashmere fiber and other materials are made into underwear products, the price is usually relatively expensive, and it is prone to itching and low comfort when worn next to the skin, and as time goes by, cashmere underwear is easy to deform, loose collapse.

Contents of the invention

The purpose of the utility model is to overcome the deficiencies in the prior art, and provide a supersoft and highly elastic underwear suit, which has high comfort and is not easily deformed. In order to realize the above technical purpose, the technical scheme that the utility model embodiment adopts is:

The embodiment of the utility model provides an ultra-soft and high-elastic underwear set, including a top and trousers, the top and/or the trousers are made of super-soft and high-elastic fabric, and the super-soft and high-elastic The structure of the fabric is an air layer structure, including:

The inner fabric is the first blended yarn;

The surface fabric is cashmere blended yarn;

The middle layer includes at least one layer of spandex fiber, and the middle layer connects the inner fabric and the surface fabric.

Further, the middle layer is mainly formed by interweaving three layers of spandex fibers; the spandex fibers are 25D low temperature fusible Lycra spandex fibers.

Further, the first blended yarn of the inner fabric is mainly woven from modal fibers, cotton fibers, and expanded acrylic fibers;

The cashmere blended yarn of the surface layer fabric is mainly woven from cashmere fiber, modal fiber, cotton fiber and expanded acrylic fiber.

Further, in the surface fabric, the yarn count of the cashmere fiber is 60S, the fineness is 15.8-18 μm, and the length is 36-40 mm.

Further, the yarn count of the modal fiber is 60S, the fineness is 0.9D, the denier is 1.0-1.33dtex, the strength is 34-36cN/tex, and the elongation is 12-14%.

Further, the fineness of the expanded acrylic fiber is 0.9D;

Further, the cotton fibers are long-staple cotton fibers, the length of the cotton fibers is 33-39 mm, the fineness is 7000-8500 m/g, and the width is 15-16 μm;

Further, the jacket includes a neckline, the collar of the neckline is a V-neck, the collar width is 12-14cm, and the collar depth is 13-15cm. The neckline adopts a seamless structure, and the edge of the neckline is It adopts two-needle three-thread construction.

Further, the trousers also include a trouser waist, and the trouser waist adopts a double-folded waist structure, and an elastic band is arranged inside the trouser waist, and the elastic band is a latex silk elastic band, and 40% of the elastic band is The constant elongation force is 3.15～3.85N, the constant force elongation is 139.5～170.5N, and the constant force tensile elastic recovery rate is ≥95%.

Further, the trousers also include:

A left rear panel and a right rear panel, the inner side of the left rear panel is sewn and connected with the inner side of the right rear panel to form a middle seam;

The left front piece and the left upper piece, the outside of the left front piece is connected with the outside of the left back piece by sewing, the inside of the left front piece is connected with the inside of the left back piece; the left front piece is connected with the left upper piece The pieces are sewn and connected to form a first seam, and the first seam is bent toward the direction of the left front piece;

The right front piece and the right upper piece, the outside of the right front piece is connected with the outside of the right back piece by sewing, the inside of the right front piece is connected with the inside of the right back piece; the right front piece is connected with the right upper piece The pieces are connected by sewing to form a second seam, and the second seam is bent toward the direction of the right front piece.

The beneficial effects brought by the technical solution provided by the embodiment of the utility model are:

1) The air layer structure is adopted, and the cashmere blended yarn is made into the surface layer fabric, which can improve the comfort of the fabric and avoid itching on the skin when worn, and uses three layers of spandex fiber as the middle layer, making the fabric elastic and at the same time Not easily deformed.

2) In this application, the jacket adopts a V-neck non-marking structure, which makes the jacket more docile, and the trousers use elastic bands, which have a wide range of applications.

Description of drawings

Fig. 1 is a schematic diagram of the air layer structure of the ultra-soft and high-elastic fabric in the embodiment of the utility model.

Fig. 2 is a schematic structural view of the coat in the embodiment of the utility model.

Fig. 3 is the front view of trousers in the utility model embodiment.

Fig. 4 is the back view of trousers in the utility model embodiment.

Detailed ways

In order to make the purpose, technical solution and advantages of the utility model clearer, the utility model will be further described in detail below in conjunction with the accompanying drawings and embodiments. It should be understood that the specific embodiments described here are only used to explain the utility model, and are not intended to limit the utility model.

The embodiment of the utility model provides an ultra-soft and high-elastic underwear set, including a top 1 and trousers 2, the top 1 and/or the trousers 2 are made of super-soft and high-elastic fabric, and the super The structure of the soft and high-stretch fabric is an air layer structure, including:

Inner layer fabric 3 is the first blended yarn;

Surface fabric 4 is cashmere blended yarn;

The middle layer 5 includes at least one layer of spandex fiber, and the middle layer 5 connects the inner fabric 3 and the surface fabric 4 .

In a specific embodiment, as shown in FIG. 2 and FIG. 3 , the ultra-soft and high-elastic underwear set includes a top 1 and trousers 2 . As shown in Figure 1, the cashmere blended yarn is used in the surface layer fabric 4, which makes the fabric softer and more comfortable; the middle layer 5 is at least one layer of spandex fiber, which can not only improve the elasticity of the fabric, but also make the fabric more fluffy and comfortable. keep warm. The structure of the air layer is different from the common underwear fabrics on the existing market. The cashmere blended yarn is used in the surface layer in this application, which can reduce or avoid the itching of the wearer's skin when the cashmere product is worn, and improve the The comfort of the underwear makes the underwear more comfortable when worn next to the body, and compared with the pure cashmere underwear, the cost is moderate and the application range is wide. When producing the supersoft and high-elastic fabric, the first blended yarn and the cashmere blended yarn are first prepared respectively, and then the first blended yarn, the spandex fiber and the cashmere blended yarn are The threads are woven on a weft knitting machine. Furthermore, the inner fabric 3 is a yarn-dyed striped fabric.

Further, the middle layer 5 is mainly formed by interweaving three layers of spandex fibers; the spandex fibers are 25D low temperature fusible Lycra spandex fibers.

The low-temperature fusible Lycra spandex fiber with this fineness has excellent extensibility and elastic recovery performance, which improves the elasticity of the fabric and increases the scope of application of the fabric. The middle layer 5 adopts three layers of spandex fibers to ensure that the fabric is more stable and not easily deformed, prolonging the service life of the underwear.

Further, the first blended yarn of the inner fabric 3 is mainly woven from modal fibers, cotton fibers, and expanded acrylic fibers;

The cashmere blended yarn of the surface layer fabric 4 is mainly woven from cashmere fibers, modal fibers, cotton fibers and expanded acrylic fibers.

Further, in the surface fabric 4, the yarn count of the cashmere fiber is 60S, the fineness is 15.8-18 μm, and the length is 36-40 mm.

The cashmere fiber is a kind of natural animal fiber, which is skin-friendly, breathable, light and waxy, making the fabric fine and soft and not easily deformed, and can improve the thermal insulation performance of the fabric.

Further, the yarn count of the modal fiber is 60S, the fineness is 0.9D, the denier is 1.0-1.33dtex, the strength is 34-36cN/tex, and the elongation is 12-14%.

Modal fiber has more moisture content and higher moisture regain, which can improve the moisture absorption and perspiration performance of the fabric. Furthermore, the modal fiber is Lenzing modal fiber, which makes the inner fabric 3 smoother and more delicate.

Further, the fineness of the expanded acrylic fiber is 0.9D.

The curl, softness and fluffiness of expanded acrylic fiber are similar to that of wool, which can increase the thermal performance of the fabric.

Further, the cotton fiber is long-staple cotton fiber, the cotton fiber has a length of 33-39 mm, a fineness of 7000-8500 m/g, and a width of 15-16 μm.

Compared with ordinary cotton fibers, long-staple cotton fibers have more buckling, better cohesion, higher fineness and strength, and better air permeability than ordinary cotton fibers. Long-staple cotton fibers are not easy to pilling and can improve the durability of fabrics. The anti-wrinkle performance of the abrasive performance improves the quality of the fabric.

Furthermore, the spinning method of the inner fabric 3 is siro compact spinning. The spinning method has smooth yarns and high fabric quality, which makes the fabric smoother, has higher strength and compact structure, increases the wear resistance of the fabric, has less hairiness, and has very little harmful hairiness above 3 mm.

Further, the jacket 1 includes a neckline 11. The collar of the neckline 11 is a V-neck with a neck width of 12-14 cm and a neck depth of 13-15 cm. The neckline 11 adopts a seamless structure. The edge of the neckline portion 11 adopts a structure of two needles and three threads.

In a specific embodiment, as shown in Figure 2, the neckline 11 adopts a V-neck structure design, which can modify the upper body, making the wearer look thinner visually, and improving the scope of application of the jacket 1, and the collar width The length of the neckline and the depth of the collar can make the neckline 11 not easy to be exposed, combined with the seamless structure of the neckline 11, the jacket 1 can be worn snugly and stylishly, and is more warm, and is suitable for cold seasons in autumn and winter. The edge of the collar portion 11 is reinforced with a two-needle and three-thread structure, so that the neckline portion 11 is not easily deformed, and it is not easy to loosen after repeated washing, so as to prolong the service life of the jacket 1 .

Further, the trousers 2 also include a trouser waist 21, the trouser waist 21 adopts a double-folded waist structure, the trouser waist 21 is provided with an elastic band, and the elastic band is a latex silk elastic band. The 40% constant elongation force of the tendons is 3.15-3.85N, the constant-force elongation is 139.5-170.5N, and the constant-force tensile elastic recovery rate is ≥95%.

In a specific embodiment, as shown in Fig. 3 and Fig. 4, the waist part 21 of the trousers adopts a waist structure, so that the waist part 21 of the trousers 2 is more docile, improves the comfort of the trousers 2, and ensures the The waist portion 21 of the trousers is stable and not easy to fall off, thereby ensuring the thermal effect of the trousers 2 . The 40% constant elongation force, constant force elongation and constant force stretching elastic recovery rate requirements of the elastic band can make the trouser waist 21 elastic, suitable for waist circumferences of different sizes, and improve the wear resistance of the trousers 2. Use the range of people to ensure the applicability of the underwear.

Further, the trousers 2 also include:

The left rear panel 22 and the right rear panel 23, the inner side of the left rear panel 22 is sewn and connected with the inner side of the right rear panel 23 to form a middle seam 220;

Left front panel 24 and left upper panel 25, the outside of described left front panel 24 is connected with the outside sewing of described left rear panel 22, the inner side of described left front panel 24 is connected with the inner side of described left rear panel 22; The left front piece 24 is sewn and connected with the left upper piece 25 to form a first seam 240, and the first seam 240 is bent toward the direction of the left front piece 24;

Right front piece 26 and right upper piece 27, the outside of described right front piece 26 is connected with the outside sewing of described right back piece 23, the inside of described right front piece 26 is connected with the inside of described right back piece 23; The right front piece 26 is connected to the right upper piece 27 by sewing to form a second seam 260 , and the second seam 260 is bent toward the direction of the right front piece 26 .

In a specific embodiment, as shown in FIG. 3 and FIG. 4 , the rear side of the trousers is designed with a center seam 220 so that the trousers 2 are not easy to shift when worn and are more comfortable. The first seam 240 is bent toward the direction of the left front panel 24 , and the second seam 260 is bent toward the direction of the right front panel 26 . This structural design is more in line with human body structure and more comfortable to wear.

Further, the inner side of the left upper piece 25 and the inner side of the right upper piece 27 are connected by buttons.

Furthermore, the splicing of the jacket 1 and/or the trousers 2 adopts a four-needle and six-thread stitching structure; the jacket 1 also includes cuffs, and the trousers 2 also includes trouser legs, and the cuffs and /or the trouser legs adopt a hemming structure, and the width of the hemming is 3 cm.

In a specific embodiment, the joints of the coat 1 and the trousers 2 adopt a four-needle and six-thread seam structure, which has high elasticity and high strength, making the coat 1 and the trousers 2 more docile , improve the wearing comfort of the jacket 1 and the trousers 2 . Both the cuffs and or the trouser legs adopt a hemming structure, which is conducive to maintaining the shape of the cuffs and the trouser legs, plays a role of fixing, and prolongs the service life of the cuffs and the trouser legs .

Furthermore, the weight of the super soft and high elastic fabric is 210-220g/㎡. This grammage range ensures the quality of the ultra-soft and high-elastic underwear and ensures a long service life of the ultra-soft and high-elastic underwear.

Finally, it should be noted that the above specific embodiments are only used to illustrate the technical solutions of the present utility model without limitation. Although the utility model has been described in detail with reference to examples, those of ordinary skill in the art should understand that the utility model can be Modifications or equivalent replacements of the technical solutions without departing from the spirit and scope of the technical solutions of the utility model shall be covered by the claims of the utility model.

Claims (10)

1. An ultra-soft and high-elastic underwear set, characterized in that it includes a top (1) and trousers (2), and the top (1) and/or the trousers (2) are made of super-soft and high-elastic fabric The structure of the ultra-soft and high-stretch fabric is an air layer structure, including: The inner fabric (3) is the first blended yarn; The surface fabric (4) is cashmere blended yarn; The middle layer (5) includes at least one layer of spandex fiber, and the middle layer (5) connects the inner fabric (3) and the surface fabric (4). 2. The ultra-soft and high-elastic underwear set as claimed in claim 1, characterized in that, The middle layer (5) is mainly formed by interweaving three layers of spandex fibers; the spandex fibers are 25D low temperature fusible Lycra spandex fibers. 3. The ultra-soft and high-elastic underwear set as claimed in claim 1, characterized in that, The first blended yarn of the inner fabric (3) is mainly woven from modal fibers, cotton fibers, and expanded acrylic fibers; The cashmere blended yarn of the surface layer fabric (4) is mainly woven from cashmere fiber, modal fiber, cotton fiber and expanded acrylic fiber. 4. The ultra-soft and high-elastic underwear set as claimed in claim 3, characterized in that, In the surface fabric (4), the yarn count of the cashmere fiber is 60S, the fineness is 15.8-18 μm, and the length is 36-40 mm. 5. The ultra-soft and high-elastic underwear set as claimed in claim 3, characterized in that, The yarn count of the modal fiber is 60S, the fineness is 0.9D, the denier is 1.0-1.33dtex, the strength is 34-36cN/tex, and the elongation is 12-14%. 6. The ultra-soft and high-elastic underwear set as claimed in claim 3, characterized in that, The fineness of the expanded acrylic fiber is 0.9D. 7. The ultra-soft and high-elastic underwear set as claimed in claim 3, characterized in that, The cotton fiber is long-staple cotton fiber, the cotton fiber has a length of 33-39 mm, a fineness of 7000-8500 m/g, and a width of 15-16 μm. 8. The ultra-soft and high-elastic underwear set as claimed in claim 1, characterized in that, The coat (1) includes a neckline (11), the collar of the neckline (11) is a V-neck, the collar width is 12-14cm, and the collar depth is 13-15cm. The scar structure, the edge of the neckline (11) adopts a two-needle and three-thread structure. 9. The ultra-soft and high-elastic underwear set as claimed in claim 1, characterized in that, The trousers (2) also include a trouser waist (21), the trouser waist (21) adopts a double folded waist structure, the trouser waist (21) is provided with an elastic band, and the elastic band is latex silk rubber Tendon, the 40% constant elongation force of the elastic is 3.15-3.85N, the constant-force elongation is 139.5-170.5N, and the constant-force tensile elastic recovery rate is ≥95%. 10. The ultra-soft and high-elastic underwear set as claimed in claim 1, characterized in that, The trousers (2) also include: The left rear panel (22) and the right rear panel (23), the inner side of the left rear panel (22) is sewn and connected to the inner side of the right rear panel (23) to form a middle seam (220); The left front piece (24) and the left upper piece (25), the outside of the left front piece (24) is sewn to the outside of the left back piece (22), the inside of the left front piece (24) is connected to the left back piece The inner side of the piece (22) is sewn and connected; the left front piece (24) is sewed and connected with the left upper piece (25) to form a first seam (240), and the first seam (240) faces the The direction bending setting of the left front piece (24) is described; The right front piece (26) and the right upper piece (27), the outside of the right front piece (26) is sewn to the outside of the right back piece (23), the inside of the right front piece (26) is connected to the right back piece The inner side of the piece (23) is sewn and connected; the right front piece (26) is sewed and connected with the right upper piece (27) to form a second seam (260), and the second seam (260) faces the right front The direction bending of the sheet (26) is set.

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