TWI681093B - Camouflage fabric structure - Google Patents

Abstract

A camouflage fabric structure, which is woven with carbon-containing black twisted yarn to make camouflage fabric, and printed and dyed on the surface of camouflage fabric to form a plurality of camouflage patterns, while carbon-containing black twisted yarn contains Carbon black powder polyester yarn, synthetic fiber yarn, cotton fiber-containing yarn, carbon black powder polyester yarn is made by adding carbon black powder to the spinning spinning melt spinning solution, the carbon black powder polyester The silk and synthetic fiber yarn are twisted to obtain carbon-containing black synthetic fiber yarn, and the carbon-containing black synthetic fiber yarn and cotton-containing fiber yarn are twisted to obtain carbon-containing black twisted yarn, and the carbon-containing black twisted yarn is used The optical absorption and low reflectivity can reduce the near infrared reflection value of camouflage fabrics, so that it is easier to commonly use various dyeing paints, so that camouflage fabrics and camouflage patterns can meet the reflection value requirements in the night environment background. And achieve the effect of night vision near infrared camouflage.

Description

Camouflage fabric structure

The invention relates to a camouflage fabric, especially a camouflage fabric structure with night vision near-infrared camouflage effect.

According to the conventional camouflage clothing structure used in the army, most of the camouflage patterns are printed on the surface of the fabric to form a plurality of camouflage patterns. The various shapes, patterns and color distribution of the camouflage patterns are used to integrate into the background of the outdoor environment during the day. And to achieve the purpose of camouflage and concealment.

The conventional camouflage clothing can be used in the daytime environment, but when facing the near-infrared monitoring device for night vision, the near-infrared reflection value of the camouflage clothing fabric and the camouflage patterns is easily too high, and it cannot be approached at night. The near infrared reflectance value in the background, so that the effect of camouflage and concealment is lost. Moreover, the various dyeing paints used in the camouflage patterns of the current camouflage clothing are not easy to meet the requirements of low infrared reflectance and physical properties, which will affect the night vision near infrared camouflage effect and increase production costs. Therefore, how to improve the above-mentioned problems and deficiencies is the direction that this industry is eager to develop.

The purpose of the present invention is to provide a camouflage fabric structure, using carbon-containing black twisted yarn The optical absorption and low reflectivity of the yarn can reduce the near-infrared reflection value of camouflage fabrics, making it easier to use a variety of dyed paints, so that camouflage fabrics and camouflage patterns can meet the reflection value of the night environment background Demand to achieve the effect of night vision near-infrared camouflage, and camouflage fabrics are suitable for industrial production, and can improve the physical properties of camouflage fabrics such as breathability, softness, hydrophilicity and tensile strength.

For the purpose of disclosure, the camouflage fabric of the present invention is printed and dyed on the surface of the camouflage fabric to form a plurality of camouflage patterns. The camouflage fabric is woven from carbon-containing black twisted yarn and the carbon-containing black The twisted yarn includes carbon black powder polyester yarn, synthetic fiber yarn, and cotton fiber yarn. The carbon black powder polyester yarn is produced by adding carbon black powder to the spinning spinning melt spinning solution. The carbon black powder polyester yarn is twisted with synthetic fiber yarn to obtain carbon black synthetic fiber yarn. The carbon black synthetic fiber yarn is twisted with cotton fiber yarn to obtain carbon black twisted yarn. Continue to weave the carbon-containing black twisted yarn into the camouflage woven fabric, and then print and dye the camouflage woven fabric surface to form the plurality of camouflage patterns, using the carbon-containing black twisted yarn to optically Absorptivity and low reflectivity to reduce the near-infrared reflection value of camouflage fabrics, so that camouflage fabrics and camouflage patterns can meet the reflection value requirements in the night environment background, and achieve the effect of night vision near-infrared camouflage.

In the aforementioned camouflage cloth structure, the carbon black powder polyester yarn is black, the carbon black synthetic fiber yarn is black gray, and the carbon black twisted twisted yarn is gray.

In the aforementioned camouflage fabric structure, the carbon black powder-containing polyester yarn is a long filament yarn or a false-twist rolled and fluffy carbon black powder-containing polyester processing yarn.

The aforementioned camouflage fabric structure, wherein the synthetic fiber yarn is a polyester filament or Polyester processing silk.

The aforementioned camouflage fabric structure, wherein the cotton fiber-containing yarn is selected from cotton fiber spinning, cotton fiber and polyester staple fiber blended yarn, cotton fiber and polyamide staple fiber blended yarn, cotton fiber spinning yarn and polymer Ester filament twist yarn, cotton fiber spinning and polyester filament processing yarn twist yarn, cotton fiber spinning and polyamide filament yarn twist yarn, cotton fiber spinning and polyamide yarn One of the twisted yarns of fiber processing yarns.

The aforementioned camouflage fabric structure, wherein the camouflage woven fabric further includes textile yarns, and is woven into a camouflage woven fabric from carbon-containing black twisted yarns and textile yarns.

The aforementioned camouflage fabric structure, wherein the textile yarn is selected from polyester staple yarn, polyester filament yarn, polyester filament processing yarn, polyamide staple fiber yarn, polyamide filament fiber, Polyamide filament processing yarn, cotton fiber spinning, cotton fiber and polyester staple fiber blended yarn, cotton fiber and polyamide staple fiber blending yarn, cotton fiber spinning and polyester filament fiber combined yarn twisted yarn, cotton Fiber spinning and polyester filament processing yarn twisted yarn, cotton fiber spinning and polyamide filament spinning yarn twisting, cotton fiber spinning and polyamide filament spinning yarn twisting One.

1‧‧‧ Camouflage fabric

2‧‧‧ camouflage pattern

3‧‧‧Carbon black twisted yarn

4‧‧‧Carbon black powder polyester yarn

5‧‧‧Synthetic fiber yarn

6‧‧‧Carbon black synthetic fiber yarn

7‧‧‧Cotton fiber yarn

8‧‧‧ Textile yarn

The first figure is a partially enlarged view of the camouflage fabric of the present invention.

The second figure is a partially enlarged view of the camouflage fabric of the present invention.

The third figure is a block diagram of the manufacturing process of the camouflage fabric of the present invention.

The fourth figure is a block diagram of another manufacturing process of the camouflage fabric of the present invention.

Regarding the technical means and functions of the present invention to achieve the above-mentioned objectives, Here are the possible embodiments, and the explanations in conjunction with the drawings are as follows: First, please refer to the first to third figures, as can be clearly seen from the figures, the camouflage fabric structure of the present invention has a camouflage fabric 1, Multiple camouflage patterns 2 are formed by printing and dyeing on the surface of camouflage woven fabric 1. The various camouflage pattern 2 shapes, patterns and color distribution are used to integrate into the background of the outdoor environment during the day to achieve camouflage and concealment. purpose. Moreover, the camouflage woven fabric 1 of the present invention is mainly woven with carbon black twisted yarn 3, so that the camouflage fabric and each camouflage pattern 2 can meet the requirements of the reflection value in the background of the night environment, and achieve night vision near infrared Camouflage effect.

Please refer to the first to third figures again, the carbon-containing black twisted yarn 3 of the present invention includes black carbon-containing black powder polyester yarn 4, synthetic fiber yarn 5, cotton-containing fiber yarn 7 The carbon black powder-containing polyester yarn 4 is made by adding carbon black powder to the spinning spinning melt spinning solution, and the carbon black powder-containing polyester yarn 4 can be a long filament yarn or a false twisted and fluffy Formed into carbon black powder polyester processing yarn. The carbon black powder polyester yarn 4 and the synthetic fiber yarn 5 are twisted to obtain a black gray carbon black synthetic fiber yarn 6, and the synthetic fiber yarn 5 may be a polyester filament yarn or a polyester processed yarn. The carbon-containing black synthetic fiber yarn 6 is then twisted with the cotton-containing fiber yarn 7 to obtain a gray carbon-containing black twisted yarn 3, and the cotton-containing fiber yarn 7 can be selected from cotton fiber spinning, cotton Fiber and polyester staple blended yarn, cotton fiber and polyamide staple blended yarn, cotton fiber spun yarn and polyester filament yarn twisted yarn, cotton fiber spun yarn and polyester filament blended yarn twisted yarn , Cotton fiber spinning and polyamide filament filament yarn twisted yarn, cotton fiber spinning and polyamide filament filament yarn twisted yarn one of them. The carbon-containing black twisted yarn 3 is interwoven, knitted or woven using yarn count, warp and weft to make it gray The camouflage fabric 1 can then be printed and dyed on the surface of the camouflage fabric 1 to form camouflage patterns 2 of various shapes, patterns and colors to make camouflage fabrics.

The camouflage fabric of the present invention utilizes the optical absorption and low reflectivity of the carbon black twisted yarn 3 to reduce the near-infrared reflection value of the camouflage woven fabric 1 so that various dyed paints can be more commonly used. The carbon-containing black twisted yarn 3 compensates for the near-infrared low reflection value that the dyed paint cannot reach, so that the camouflage fabric and each camouflage pattern 2 can meet the reflection value requirement in the night environment background, so as to have the effect of night vision near-infrared camouflage . Therefore, the camouflage fabric structure of the present invention can adjust the amount and ratio of yarns used in carbon black powder polyester yarn 4, synthetic fiber yarn 5, carbon black synthetic fiber yarn 6, and cotton fiber yarn 7 to control the production. The carbon fiber-containing black twisted yarn 3 and the camouflage woven fabric 1 have a low infrared reflectance value, and are suitable for industrial production. They can also improve the air permeability, flexibility, hydrophilicity and tensile strength of camouflage fabrics. The carbon black powder-containing polyester yarn 3 can stabilize the carbon black powder by melt spinning to avoid loss due to washing, to stabilize the reflection value and the rubbing fastness, and to prevent color variation.

Please refer to the first, second and fourth figures. In this embodiment, the carbon black powder polyester yarn 4 and the synthetic fiber yarn 5 are also twisted to obtain the carbon black synthetic fiber yarn 6 and then the carbon black synthetic fiber yarn 6 Twist with cotton fiber yarn 7 to obtain carbon black twisted yarn 3, and then weave carbon black twisted yarn 7 and textile yarn 8 into camouflage fabric 1, and this Textile yarn 8 is selected from polyester staple yarn, polyester filament yarn, polyester filament processing yarn, polyamide staple yarn, polyamide filament yarn, polyamide filament processing Silk, cotton fiber spinning, cotton fiber and polyester staple fiber blended yarn, cotton fiber and polyamide staple fiber blended yarn, cotton fiber spinning and polyester filament spun yarn twist yarn, cotton fiber spinning and polyester long One of fiber twisted yarn twisted yarn, cotton fiber spun yarn and polyamide filament spun yarn twisted yarn, cotton fiber spun yarn and polyamide filament spun yarn twisted yarn.

The above-mentioned embodiments are only for the convenience of illustrating the present invention, not for limiting it. Without departing from the spirit of the present invention, various simple changes and modifications that can be made by those skilled in this industry should still be included in the following patent applications In scope.

1‧‧‧ Camouflage fabric

3‧‧‧Carbon black twisted yarn

4‧‧‧Carbon black powder polyester yarn

5‧‧‧Synthetic fiber yarn

6‧‧‧Carbon black synthetic fiber yarn

7‧‧‧Cotton fiber yarn

Claims (7)

A camouflage fabric structure with a camouflage woven fabric, printed and dyed on the surface of the camouflage woven fabric to form a plurality of camouflage patterns; the camouflage woven fabric is woven from carbon-containing black twisted yarn, and the carbon-containing The black twisted yarn includes carbon-containing black powder polyester yarn, synthetic fiber yarn, and cotton-containing fiber yarn. The carbon-containing black powder polyester yarn is a spinning spinning place where carbon black powder is added to the melt spinning solution The carbon black powder polyester yarn is twisted with the synthetic fiber yarn to obtain a carbon black synthetic fiber yarn, and the carbon black synthetic fiber yarn is twisted with the cotton fiber yarn to obtain the carbon black twist Silk yarn, and then weaving the carbon-containing black twisted yarn into the camouflage fabric, and then printing and dyeing on the surface of the camouflage fabric to form the plurality of camouflage patterns, using the carbon-containing black twist yarn The optical absorption and low reflectivity of the thread reduce the near-infrared reflection value of the camouflage fabric, so that the camouflage fabric and each camouflage pattern can meet the requirements of the reflection value in the night environment background, and achieve night vision near Infrared camouflage effect. The camouflage fabric structure as described in item 1 of the patent application scope, wherein the carbon-containing black powder polyester yarn is black, the carbon-containing black synthetic fiber yarn is black-gray, and the carbon-containing black twisted yarn is gray. The camouflage fabric structure as described in item 1 of the patent application scope, wherein the carbon black powder polyester yarn is a long filament yarn or a false twisted and fluffy carbon black powder polyester processing yarn. The camouflage fabric structure as described in item 1 of the patent application, wherein the synthetic fiber yarn is polyester filament yarn or polyester processing yarn. The camouflage fabric structure as described in item 1 of the patent application scope, in which the cotton fiber yarn The yarn is selected from cotton fiber spinning, cotton fiber and polyester staple fiber blended yarn, cotton fiber and polyamide staple fiber blended yarn, cotton fiber spinning and polyester filament filament yarn twisted yarn, cotton fiber spinning Yarn and polyester filament processing yarn twisted yarn, cotton fiber spinning and polyamide filament spinning yarn twisting, cotton fiber spinning and polyamide filament spinning yarn twisting yarn. The camouflage fabric structure as described in item 1 of the patent application scope, wherein the camouflage woven fabric further includes textile yarns, and is woven from the carbon-containing black twisted yarns and the textile yarns The camouflage is woven. The camouflage fabric structure as described in item 6 of the patent application scope, wherein the textile yarn is selected from polyester staple fiber yarn, polyester filament fiber, polyester filament processing yarn, polyamide staple fiber yarn , Polyamide long filament yarn, Polyamide long fiber processing yarn, cotton fiber spinning, cotton fiber and polyester staple fiber blended yarn, cotton fiber and polyamide staple fiber blended yarn, cotton fiber spinning and polyester fiber Fibre yarn twisting, cotton fiber spinning and polyester filament processing, silk yarn twisting, cotton fiber spinning and polyamide filament filament yarn twisting, cotton fiber spinning and polyamide filament processing One of the silk twisted yarn.

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