CN217459725U - Jacquard ribbon changing color along with change of visual angle and distance - Google Patents

Abstract

The utility model discloses a jacquard weave meshbelt that changes colour along with visual angle and distance change is woven into by four vertical stripe meshbelts, be white strip for first strip, the second is red strip or orange colour strip, the third strip is black sand grip and fourth for blue strip or green strip, wherein white strip width 5-9mm, red strip or orange strip width 1mm, black sand grip width 5-9mm, blue strip or green strip width 1mm, fabric surface stripe total number and fabric width can make up as required at random, the product width is 20-60 centimetres. The utility model discloses a jacquard weave area utilizes the vertical stripe literary composition of four-color yarn design, along with vision angle and distance change, can present a two-color vertical stripe literary composition pattern, a four-color vertical stripe literary composition pattern and two kinds of three-color vertical stripe literary composition patterns, realizes four jacquard weave patterns that change colour. Can be used for fastening and decorating materials of clothes, shoes, hats, sports goods, traveling cases, medical instruments and traffic facilities.

Description

Jacquard weave ribbon changing color along with visual angle and distance change

The technical field is as follows:

the utility model relates to a meshbelt, concretely relates to jacquard weave meshbelt that discolours along with visual angle and distance change.

Background art:

as is known, the jacquard fabric tapes that are commercially available generally have several colored yarns, which display several colored patterns. There are also temperature-sensitive, light-sensitive, moisture-sensitive color-changing fabrics, which are examples of fibers whose chemical structure changes with temperature, light intensity, humidity. There are also fluorescent color-changing fabrics, which absorb light energy in the presence of sunlight, release light energy at night, display bright colors, and darken as light energy decays. How to design a special fabric structure and utilize the change of the visual angle observed by people to enable the fabric to show the special effect of the color-changing fabric does not exist in the market at present.

The utility model has the following contents:

based on the background art the problem with not enough, the utility model aims at providing a jacquard weave meshbelt that changes colour along with visual angle and distance change.

These and other objects of the invention will be further elucidated by the following description and illustrations.

The utility model discloses a jacquard weave meshbelt that changes colour along with visual angle and distance change comprises four vertical stripe meshbelts, be white strip for first strip in proper order, the second is red strip or orange colour strip, the third strip is black sand grip and fourth for blue strip or green strip, wherein red strip or orange colour strip and blue strip or green strip are special narrow vertical strip, white strip and black sand grip are 5-10 times of red strip or orange colour strip and blue strip or green strip width, the product width is 20-60 centimetres.

In the jacquard woven tape changing color along with the change of the visual angle and the distance, the number of the four longitudinal stripe woven tapes can be 1 to 4.

The utility model discloses an in the jacquard weave meshbelt that changes colour along with visual angle and distance change, white strip width 5-9mm, red strip or orange strip width 1mm, black sand grip width 5-9mm, blue strip or green strip width 1 mm.

Optionally, the utility model discloses an in the jacquard weave meshbelt that changes colour along with visual angle and distance change, its characterized in that white strip width 5-8mm, red strip or orange strip width 1mm, black sand grip width 5-9mm, blue strip or green strip width 1 mm.

In the utility model discloses a change jacquard weave meshbelt that discolours along with visual angle and distance change, fabric surface stripe total number and fabric width can make up at random as required, and the fabric is indulged closely 10 coil and is indulged a/10 mm, and the fabric warp is closely 8-10 warp/1 mm, and all warp adopt 150 to give birth to with good care 300D dacron low stretch yarn.

The utility model discloses a manufacturing method of jacquard weave meshbelt along with visual angle and distance change and discolour adopts warp knitting manufacturing method, including following step:

A. designing fabric construction parameters

The fabric surface is four-color longitudinal stripes, the first stripe is a white stripe, the second stripe is a red stripe or an orange stripe, the third stripe is a black raised line, and the fourth stripe is a blue stripe or a green stripe. The width of the white strips is 5-8mm, the width of the red strips or the orange strips is 1mm, the width of the black raised lines is 5-9mm, the width of the blue strips or the green strips is 1mm, the total number of stripes on the surface of the fabric and the width of the fabric can be randomly combined according to needs, and the longitudinal density of the fabric is 10 longitudinal lines of coils/10 mm.

B. The arrangement mode of the warps of one circulating unit is as follows:

drawing in a front comb: 5-8 white yarns 1, 4-6 red or orange yarns, 3-5 blue or green yarns.

Back combing and drawing in: 6-9 empty threads, 5-9 black threads and 3, 1 empty thread.

C. Selecting and weaving raw materials: all warp yarns adopt 150-grade 300D terylene low stretch yarn.

The fabric is finished by warp knitting.

The utility model discloses a manufacturing method of jacquard weave meshbelt along with visual angle and distance change and discolour adopts the machine to weave manufacturing method, includes following step:

A. designing fabric construction parameters

The fabric surface is four-color longitudinal stripes, the first stripe is a white stripe, the second stripe is a red stripe or an orange stripe, the third stripe is a black raised line, and the fourth stripe is a blue stripe or a green stripe. The width of the white strips is 5-8mm, the width of the red strips or the orange strips is 1mm, the width of the black raised lines is 5-9mm, the width of the blue strips or the green strips is 1mm, the total number of the surface stripes of the fabric and the width of the fabric can be randomly combined according to the requirement, and the warp density of the fabric is 8-10 warps/1 mm.

B. The arrangement mode of the warps of one circulating unit is as follows:

40-80 white yarns 1, 8-10 red or orange yarns, 80-180 black yarns 3, 16-20 blue or green yarns.

C. Selecting and weaving raw materials: the white yarn, the red or orange yarn, the blue or green yarn are made of 150-plus-200D terylene low-elasticity yarn, and the black yarn is made of 300-plus-400D terylene low-elasticity yarn.

Drawings

Fig. 1 is a schematic view of the cross-sectional structure of a jacquard woven tape changing color with the change of visual angle and distance.

In fig. 1, symbol 1 represents a white bar, symbol 2 represents a red bar or an orange bar, symbol 3 represents a black raised bar, and symbol 4 represents a blue bar or a green bar.

The utility model discloses a white strip 1 and black sand grip 3 are jacquard weave ribbon dominant color in the jacquard weave ribbon that changes colour along with visual angle and distance change, and the vertical strip literary composition width almost respectively accounts for a half of basic circulation unit, and the colour black-and-white contrast is clear. The black convex strips 3 are protruded on the plane of the fabric, so that the fabric can display strong stereoscopic impression, and the key is to play a role in shading and color changing. The red stripe 2 (which may be of other dark colors) and the blue stripe 4 (which may be of other dark colors) are extra narrow vertical stripes, generally 10 warp widths or 1 wale width, and have small contrast between color and black, and the red stripe 2 and the blue stripe 4 are respectively distributed on two sides of the black raised stripe 3.

The utility model discloses a jacquard weave ribbon's that discolours along with vision angle and distance change principle of discolouing is: when people observe the fabric pattern from the front side (the sight line is vertical to the plane of the fabric) of the fabric, the fabric displays four-color longitudinal stripe patterns with alternate white, red, black and blue colors when being observed from the direction O in the attached drawing 1, and the fabric almost displays two-color longitudinal stripe patterns with alternate black and white colors when the observation distance is increased (the distance is more than 50 centimeters). When people move the sight line from the front of the fabric to the left, as the fabric pattern is observed from the direction A in the attached drawing 1, when the vision is at the angle that the red strips 2 are covered by the raised high points of the black convex strips 3, the fabric completely displays the three-color longitudinal stripe pattern with alternate white, black and blue colors. When people move the sight line from the front of the fabric to the right, as seen from the direction B in the attached figure 1, when the vision is at the angle that the blue color bar 4 is covered by the high points of the black convex strips 3, the fabric completely displays the three-color longitudinal stripe pattern with the alternated white, red and black colors.

Thus, the longitudinal stripe character fabric designed by the four-color yarns can present a two-color longitudinal stripe character pattern, a four-color longitudinal stripe character pattern and two three-color longitudinal stripe character patterns along with the change of visual angles and distances, and four color-changing jacquard patterns are realized. Can be used for fastening and decorating materials of clothes, shoes, hats, sports goods, traveling cases, medical instruments and traffic facilities.

The specific implementation mode is as follows:

the present invention will be described in more detail with reference to the accompanying drawings and embodiments, but the present invention is not limited to the following, and can be modified and implemented as desired within a range not to impair the gist of the present invention.

Example 1:

step 1: designing warp knit fabric structural parameters

The surface of the fabric is provided with four-color longitudinal stripes, 1 is a white strip, 2 is a red strip, 3 is a black convex strip and 4 is a blue strip. The width of a white strip is 5mm, the width of a red strip is 1mm, the width of a black raised line is 3 mm, the width of a black raised line is 5mm, the width of a blue strip is 4 mm, three cycles are formed according to the above rules, the fabric is longitudinally dense by 10 coils and longitudinally moves by 10mm, and the total width of the fabric is 36 mm.

Step 2, arranging the warps in a mode as follows:

drawing in a front comb: 5 white yarns 1, 4 red yarns 2, 3 blue yarns 4, 5 white yarns 1, 4 red yarns 2, 3 blue yarns 4.

Back combing and drawing in: 6 empty yarns, 5 black yarns 3, 1 empty yarns, 6 empty yarns, 5 black yarns 3, 1 empty yarns, 5 empty yarns.

Step 3, selecting and weaving raw materials: all warp yarns adopt 150D terylene low stretch yarn.

The fabric is finished by warp knitting.

Example 2:

step 1, designing structural parameters of the warp knitted fabric

The surface of the fabric is provided with four-color longitudinal stripes, 1 is a white stripe, 2 is a red stripe or an orange stripe, 3 is a black convex strip, and 4 is a blue stripe or a green stripe. The width of a white strip is 8mm, the width of an orange strip is 1mm, the width of a black raised line is 3 mm, the width of a black raised line is 9mm, the width of a green strip is 4 mm, three cycles are formed according to the above rules, the fabric is longitudinally dense and has 10 longitudinal rows of coils/10 mm, and the total width of the fabric is 57 mm.

Step 2, arranging the warps in a mode as follows:

drawing in a front comb: 8 white yarn 1, 6 orange yarn, 5 green yarn 4, 8 white yarn 1, 6 orange yarn, 5 green yarn 4.

Back combing and drawing in: 9 empty yarns, 9 black yarns 3, 1 empty yarn, 9 empty yarns, 9 black yarns 3, 1 empty yarn.

Step 3, selecting and weaving raw materials: all warp yarns adopt 300D terylene low stretch yarn.

The fabric is finished by warp knitting.

Example 3:

step 1, designing structural parameters of woven fabric

The surface of the fabric is provided with four-color longitudinal stripes, 1 is a white stripe, 2 is a red stripe or an orange stripe, 3 is a black convex strip, and 4 is a blue stripe or a green stripe. The width of a white strip is 5mm, the width of a red strip is 1mm, the width of a black raised line is 3 mm, the width of a blue strip is 5mm, the width of a blue strip is 4 mm, the warp density of the fabric is 10 warps/1 mm, three cycles are formed according to the above rules, and the total width of the fabric is 36 mm.

Step 2, arranging the warps in a mode as follows:

50 white yarns 1, 10 red yarns, 50 black yarns 3, 10 blue yarns 4, 50 white yarns 1, 10 red yarns, 50 black yarns 3, 10 blue yarns 4.

Step 3, selecting and weaving raw materials: the white yarn 1, the red yarn 2 and the blue yarn 4 are made of 150D terylene low stretch yarn, and the black yarn 3 is made of 300D terylene low stretch yarn.

The fabric is finished through weaving.

Example 4:

step 1, designing structural parameters of woven fabric

The surface of the fabric is provided with four-color longitudinal stripes, 1 is a white stripe, 2 is an orange stripe, 3 is a black raised line and 4 is a green stripe. The width of a white strip is 8mm, the width of an orange strip is 1mm, the width of a black raised line is 3 mm, the width of a black raised line is 9mm, the width of a green strip is 4 mm, the width of a fabric is 1mm, the warp density of the fabric is 8 warps/1 mm, three cycles are formed according to the above rules, and the total width of the fabric is 57 mm.

Step 2, arranging the warps in a mode as follows:

64 white yarns 1, 8 orange yarns, 72 black yarns 3, 8 green yarns 4, 64 white yarns 1, 8 orange yarns, 72 black yarns 3, 8 green yarns 4.

Step 3, selecting and weaving raw materials: the white yarn 1, the orange yarn 2 and the green yarn 4 are made of 200D terylene low stretch yarn, and the black yarn 3 is made of 400D terylene low stretch yarn.

The fabric is finished through weaving.

The present invention has been described in detail, and the purpose thereof is to enable those skilled in the art to understand the contents of the present invention and to implement the same, and the protection scope of the present invention should not be limited thereby, and all equivalent changes or modifications made according to the spirit of the present invention should be covered by the protection scope of the present invention.

Claims (4)

1. The jacquard woven belt capable of changing color along with the change of visual angle and distance is characterized by being woven by four longitudinal stripe woven belts, wherein the first longitudinal stripe woven belt is a white stripe, the second longitudinal stripe woven belt is a red stripe or an orange stripe, the third longitudinal stripe woven belt is a black raised line, the fourth longitudinal stripe woven belt is a blue stripe or a green stripe in sequence, the width of the white stripe is 5-9mm, the width of the red stripe or the orange stripe is 1mm, the width of the black raised line is 5-9mm, the width of the blue stripe or the green stripe is 1mm, the total number of stripes on the surface of the fabric and the width of the fabric can be randomly combined according to requirements, and the width of a product is 20-60 cm.

2. The jacquard webbing changing color with the change of visual angle and distance as claimed in claim 1, wherein the number of the first white stripe, the second red stripe or orange stripe, the third black stripe and the fourth blue stripe or green stripe webbing is 1-4.

3. The jacquard fabric tape changing color with the change of visual angle and distance as claimed in claim 1, wherein the width of white stripes is 5-8mm, the width of red stripes or orange stripes is 1mm, the width of black raised stripes is 5-9mm, and the width of blue stripes or green stripes is 1 mm.

4. The jacquard webbing changing color with the change of visual angle and distance according to claim 1, characterized in that the fabric has a wale density of 10 stitches/10 mm and a warp density of 8-10 warps/1 mm.

Images