TWM598855U - A structural fabric with moisture retention, skin-friendly and anti-ultraviolet - Google Patents

Abstract

This creative system is a structural fabric with moisture retention, skin-friendly and anti-ultraviolet structure. The main structure is nylon 66 matting yarn layer and collagen nylon yarn layer at the bottom layer, which is the use of nylon 66 matting yarn and collagen nylon yarn. The thread is woven to form a woven surface with a nylon 66 matte fiber (yarn) woven surface, and the other woven surface is a collagen nylon fiber (yarn) woven surface. The two sides of the woven surface are double-woven three-dimensional interlocking fabric or single surface Plain woven fabric, in which the nylon 66 matte fiber woven surface is woven into a body interlocking structure, and the collagen nylon fiber woven surface is woven into a body interlocking structure. The texture of nylon 66 matte fiber has a comfortable feel and cotton-like effect, while the other side of collagen nylon fiber has a silky silky feel and cashmere Q-elasticity, and has moisture absorption, moisture retention, The cool comfort and UV resistance make this creative product widely used in the textile fabric industry.

Description

Structure fabric with moisturizing, water-locking, skin-friendly and anti-ultraviolet rays

This creation is about a structural fabric with moisture retention, skin-friendly and UV resistance, especially it mainly uses nylon 66 matting yarn and collagen nylon yarn for weaving processing to form a nylon 66 matting fiber with a weave surface The weaving surface, the other weaving surface is the collagen nylon fiber weaving surface, the two-sided double braided three-dimensional interlocking fabric formed by weaving is widely used in fabric processing cloth.

Generally, the development of textile clothing sold on the market has evolved from simple functionality to multifunctional fabrics. Therefore, the development of multifunctional clothing for people to wear comfortably, especially the touch of the fabric surface and the skin-friendly and moisturizing properties of the inner surface. Coating and laminating processes are often required in the textile processing process. The cost of weaving is relatively complicated and the cost is increased. Therefore, directly using functional yarns as weaving to create functional fabrics is the current direction to overcome.

The main purpose of this creation is to file a patent application for a structural fabric with moisturizing and water-locking, skin-friendly and anti-ultraviolet rays, mainly using nylon 66 matting yarn (upper layer) and collagen nylon yarn (lower layer) for weaving. Nylon 66 matting fiber refers to the cotton-like surface of the fiber fabric, which is comfortable to the touch and has the effect of anti-UV. Adding an ultraviolet blocking agent to nylon 66 particles makes it anti-UV, and the bundles of several fibers will become capillary The phenomenon promotes improved moisture absorption and has a hairy surface to increase the hand feel.

The sunscreen structure of this creation is woven with a nylon 66 matte fiber woven surface (upper layer), and the other woven surface is a collagen nylon fiber woven surface (lower layer), which is woven to form a two-sided double-woven three-dimensional interlocking fabric. The nylon 66 matt fiber woven surface is woven into a three-dimensional interlocking structure, and the collagen nylon fiber woven surface is woven into a three-dimensional interlocking structure. This creative product has a two-sided double-knitted three-dimensional interlocking fabric structure. One side is nylon 66 matt fiber. The woven surface has the characteristics of anti-ultraviolet rays, good hand feeling and cotton-like texture, while the other side is collagen nylon fiber woven surface with silky touch like silk and cashmere Q elastic hand feeling, and has moisture absorption, moisturizing, cooling comfort and deodorizing properties , Making this creative product widely used in the application of textile fabric industry.

In addition, the nylon 66 matting yarn of the double-sided double-knitted three-dimensional interlocking fabric is 20D~150D, and the collagen nylon yarn 20D~150D is woven with a knitting machine. At the same time, nylon 66 matting yarn and collagen nylon yarn are used. The two are knitted into a double-sided three-dimensional interlocking fabric, nylon 66 matting yarn is woven into a solid interlocking structure, and collagen nylon yarn is woven into a solid interlocking structure.

Among them, the upper weave surface (front) nylon 66 matting yarn upper loop and the upper loop lock the upper loop of the collagen nylon yarn, and the height of the upper loop of the nylon 66 matting yarn is greater than that of the collagen nylon yarn The height of the upper coil forms a locking structure, and so on. The lower woven surface (back) between the loops of the collagen nylon yarn and the loops locks the lower loop of the nylon 66 matting yarn. The height of the lower loop of the collagen nylon yarn is greater than that of the nylon 66 matting yarn. It can be locked, and so on. This creative product is woven into a two-sided double-knitted three-dimensional interlocking fabric, which is used in sportswear, underwear, hosiery, sanitary clothing and medical fabrics.

According to one of the embodiments, the characteristics of nylon 66 matting yarn (upper layer, front) are as follows:

1. This creative product has the characteristics of imitating cotton and good touch.

2. The UV resistance index (UPF) of this creative product is greater than 50 ⁺ .

3. This creative product can be applied to outdoor clothing, parasols, thermal insulation curtains, shoe materials, etc.

According to the second embodiment, the characteristics of the collagen nylon yarn (lower layer, back side) are as follows:

1. This creative product has a deodorizing function. According to the deodorizing rate, the ammonia deodorizing rate (%) reaches 80-100, and the acetic acid deodorizing rate (%) reaches 80-100.

2. This creative product has deep dyeing and waste reduction. The raw material system can absorb more dyes and is suitable for medium and dark products. The dye saturation value is about 2.5~3.0% owf, which reduces dye residues and waste water treatment costs.

3. This creative product has the characteristics of contact cooling sensation, and Qmax (W/cm2) can reach 0.17~0/19.

4. This creative product has the essential characteristics of being washable and retaining its essential characteristics. It is washed 20 times in accordance with the washing method AATCC 135-2004 for finished knitted fabrics.

5. This creative product uses waste fish scales to recycle to make textiles that are environmentally friendly.

6. This creation has a silky touch feel like silk and a Q elastic feel of cashmere, and has the properties of moisture absorption, moisturizing, cooling comfort and deodorizing.

1’, 2’: Structural fabric with moisturizing, water-locking, skin-friendly and anti-ultraviolet rays

A,A’: Collagen nylon fiber woven surface

B,B’: Nylon 66 matte fiber texture

S1, S1’: Collagen nylon yarn

S2, S2’: Nylon 66 matting yarn

1: Knitting processing

2: Two-sided double-knit three-dimensional interlocking fabric

3: Cutting process

4: Double-sided double-woven functional cloth

5: finished product

G1, G4: nylon 66 matting yarn into knitting

G2, G5: Collagen nylon yarn into knitting

G3, G6: Two-sided double-editing interlocking organization programming

P1, P2, L11, F1, F2. F3, F4, E11, E21: upper coil

L1, L2, P11, E1, E2, E3, E4, F11, F21: lower coil

Figure 1 is the processing flow chart of this creative fabric with moisturizing, water-locking, skin-friendly and anti-ultraviolet structure.

Figure 2 is one of the schematic diagrams of nylon 66 matting yarn in the two-sided double-knitted three-dimensional interlocking fabric of this creation.

Figure 3 is one of the schematic diagrams of the woven collagen nylon fiber yarn in the two-sided double-knit three-dimensional interlocking fabric of this creation.

Figure 4 is one of the two-sided double-knitted three-dimensional interlocking fabric embodiment of this creation.

Figure 5 is the second schematic diagram of nylon 66 matting yarn in the two-sided double-knitted three-dimensional interlocking fabric of this creation.

Figure 6 is the second schematic diagram of the two-sided double-knitted three-dimensional interlocking fabric of this creation.

Figure 7 is the second embodiment of the two-sided double-knitted three-dimensional interlocking fabric of this creation.

This creation is a kind of structural fabric 1', 2'with moisturizing and water-locking, skin-friendly and anti-ultraviolet rays. It is mainly made of collagen nylon yarn S1 and nylon 66 matting yarn S2, and woven into two-sided double-knitted three-dimensional interlocking The fabric 2 is cut and processed 3 to form a two-sided double-knit functional cloth 4, and the finished product 5 is widely used in fabric garments as shown in Fig. 1.

This creation is a kind of structural fabric 1', 2'with moisturizing, water-locking, skin-friendly and anti-ultraviolet rays. Please refer to Figures 1~7. Figure 1 is a flow chart of the production method of the creation; take collagen nylon yarn Thread (20~150 denier) 100% S1; nylon 66 matting yarn (20~150 denier) 100% S2, and form a two-sided double-knit three-dimensional interlocking fabric 2, a single-sided functional cloth 4 including one side Collagen nylon fiber woven surface A and the other side is nylon 66 matte fiber woven surface B, and then cut and processed 3 is a double-sided double woven functional cloth 4, the finished product 5 is suitable for sportswear, underwear, hosiery, protective gear, Sanitary clothing and medical fabrics, outdoor clothing, parasols, thermal insulation curtains, shoe materials, etc.

This creation is mainly produced by the weaving method of the knitting machine using collagen nylon yarn S1 and nylon 66 matting yarn S2. As shown in Figures 2~4, the nylon 66 matting yarn is knitted into G1 and collagen nylon yarn. The knitting G2 forms a double-sided double-knitting interlocking organization into knitting G3 (G1+G2→G3), which is a two-sided double-knitting three-dimensional interlocking fabric 2. One side is collagen nylon fiber woven surface A and the other side is nylon 66 matte Fiber woven surface B, and nylon 66 matte fiber woven surface B has a three-dimensional interlocking structure. Nylon 66 matting yarn S2 and nylon 66 matting yarn S2 form a three-dimensional interlocking structure, resulting in nylon 66 matting. Fiber surface B can increase the comfort of anti-UV and cotton-like texture. The other surface is collagen nylon fiber surface A, which is formed by collagen nylon yarn S1 and collagen nylon yarn S1. S1 and the collagen nylon yarn S1 form a three-dimensional interlocking structure, and the collagen nylon fiber woven surface A contacting the skin has a silky touch feel like silk and a Q elastic feel of cashmere, and has moisture absorption and moisture retention.

The creation of the two-sided double-knitted three-dimensional interlocking fabric 2 is knitted with nylon 66 matting yarn S2 into a braided G1 and collagen nylon yarn S1 into a braided G2 mutually woven into a double-sided double-knitted interlocking organization programming G3 as shown in Figure 2~4 and As shown in Figure 5~7 Among them, nylon 66 matting yarn S1 knitting G4 is the back 2 loops and the front 2 loops, and the collagen nylon yarn S2 knitting G5 is the back 2 loops and the front 2 loops, and the two form 8-pin programming double-sided double-knitting interlocking tissue programming G6 .

As shown in Figure 4, the nylon 66 matte fiber woven surface B is woven into several three-dimensional interlocking structures as shown in Figure 4, and the other side is shown in Figure 4, and the collagen nylon fiber woven surface A is woven into several three-dimensional interlocks. Structural surface, as shown in Figure 4, the interlocking fabric has a nylon 66 matte fiber woven surface B on one side and a collagen nylon fiber woven surface A on the other side. Figure 7 shows the nylon 66 matte fiber woven surface B'woven into several three-dimensional interlocking structure surfaces as shown in Figure 7, and the other side is shown in Figure 7 is the collagen nylon fiber woven surface A'woven into several three-dimensional interlocking structures. The locking structure surface, as shown in Fig. 7, has a nylon 66 matte fiber woven surface B'on one side and a collagen nylon fiber woven surface A'on the other side.

As shown in Figure 4, the two-sided double-knitted three-dimensional interlocking fabric 2 of the present creation has the upper layer (front) between the upper loop P1 and the upper loop P2 of nylon 66 matting yarn S2, which locks the loop of collagen nylon yarn S1 Upper position L11, upper position coil P1, upper position coil P2 is higher than upper position coil L11, can be locked, and so on. The lower layer (back) between the loop L1 and the loop L2 of the collagen nylon yarn S1, lock the lower loop P11 of the nylon 66 matting yarn S2, where the lower loop L1 and the lower loop L2 are higher than the lower loop P11 to lock Live, and so on, and the upper loop L11 is smaller than the lower loops L1, L2, the lower loop P11 is smaller than the upper loops P1, P2, the upper loop P1, P2 of the nylon 66 matting yarn S2 is larger than the lower loop P11, and the collagen nylon yarn S1 The upper coil L11 is smaller than the lower coils L1, L2.

As shown in Figure 7, the two-sided double-knitted three-dimensional interlocking fabric 2 of this creation has the upper layer (front) of nylon 66 matting yarn S2' between the upper loops F1, F2 and the upper loops F3, F4, which locks the collagen nylon The upper loops E11, E21 of the yarn S1', among which the upper loops F1, F2, F3, F4 are higher than the upper loop E11E21, can be locked, and so on. Lower surface (back) Lower stitch E1, E2 and lower stitch of collagen nylon yarn S1’ Between E3 and E4, lock the lower coils F11, F21 of nylon 66 matting yarn S2', among which the lower coils E1, E2, lower coils E3, E4 can be locked if the height of the lower coils F11, F21 is higher, and so on. .

This creation is a structural fabric with moisturizing, water-locking, skin-friendly and anti-ultraviolet rays, in order to meet the requirements of the patent. Today, I filed a patent application according to law.

2’: Structured fabric with moisturizing, water-locking, skin-friendly and anti-ultraviolet rays

S1’: Collagen nylon yarn

S2’: Nylon 66 matting yarn

A’: Collagen nylon fiber woven surface

B’: Nylon 66 matte fiber texture

F1, F2, F3, F4, E11, E21: upper coil

E1, E2, E3, E4, F11, F21: lower coil

G4: Nylon 66 matting yarn into knitting

G5: Knitted collagen nylon yarn

G6: Two-sided double-editing interlocking organization programming

Claims (9)

A structural fabric with moisturizing and water-locking, skin-friendly and anti-ultraviolet rays. It is mainly made of 100% collagen nylon yarn (20~150 denier) and 100% nylon 66 matting yarn (20~150 denier), and woven A two-sided double-knitted three-dimensional interlocking fabric is formed. The lower layer is a collagen nylon fiber woven surface and the upper layer is a nylon 66 matte fiber woven surface. The nylon 66 matte fiber means that the fiber surface has a good anti-UV and cotton-like touch. The two are woven to form a double-sided double-woven functional fabric, which is then cut and processed into a finished product, which is suitable for sportswear, underwear, hosiery, sanitary clothing and medical fabrics, outdoor clothing, parasols, thermal insulation curtains, and shoe materials Wait. The structural fabric with moisturizing and water-locking, skin-friendly and anti-ultraviolet rays as described in claim 1, wherein the upper layer (front side) is nylon 66 matte fiber woven surface, which has a good anti-UV and cotton-like touch. The structural fabric with moisturizing and water-locking, skin-friendly and anti-ultraviolet rays as described in claim 1, wherein the lower layer (the back side is) the collagen nylon fiber woven surface contacting the human body surface has a silky touch and cashmere Q elastic feel, and It has the properties of moisture absorption, moisturizing, cool feeling and deodorizing. According to claim 1, the structural fabric with moisture retention, skin-friendly and UV resistance, wherein the loops of the nylon 66 matt fiber yarn on the upper layer are locked between the loops of the collagen nylon yarn. According to claim 1, the structural fabric with moisture-retaining, skin-friendly and anti-ultraviolet rays, wherein the loops of the nylon 66 matt fiber woven yarn are locked between the loops of the collagen nylon yarn on the lower layer. The structural fabric with moisturizing and water-locking, skin-friendly and UV resistance as described in claim 1, wherein the upper weave (front) between the upper loop of nylon 66 matting yarn and the upper loop locks the collagen nylon yarn In the upper loop, the height of the upper loop of the nylon 66 matting yarn is greater than the height of the upper loop of the collagen nylon yarn to form a locking structure. The structural fabric with moisturizing and water-locking, skin-friendly and UV-resistant as described in claim 1, wherein the lower stitch of the nylon 66 matting yarn is locked between the stitches of the collagen nylon yarn on the lower woven surface (back) The height of the lower loop of the collagen nylon yarn is greater than the height of the lower loop of the nylon 66 matting yarn to produce a locked structure. As described in claim 4, the structural fabric with moisture retention, skin-friendly and UV resistance, wherein the loops of the nylon 66 matting fiber yarn on the upper layer are larger than the loops of the collagen nylon yarn, and the gap between the nylon 66 matting fiber yarns The loop locks the loop of collagen nylon yarn. According to claim 4, the structural fabric with moisture retention, skin-friendly and UV resistance, wherein the loops of the nylon 66 matting fiber yarn on the lower layer are smaller than the loops of the collagen nylon yarn, and the nylon between the collagen nylon fiber yarns 66 The loops of the matting yarn lock the loops of the yarn.

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