TWM522234U - Dual net fabric with color transformation on single-side - Google Patents

Description

Double-layer mesh with color change on one side

This creation is about a two-layer mesh that can be color-changed on one side, especially one side of a mesh that can have a two-color yarn effect in one programming.

Check that knit mesh fabric has better ventilation function, suitable for shoe uppers, underwear, tights, etc. The weight of the fabric can also reduce the weight. It can be used to effectively help runners in running shoes, and it is also a must in the future. trend. According to the principle of the textile machine used in the fabric, the traditional shuttle looms are used to interlace the warp and the weft at right angles to each other. However, due to the machine limitation of the shuttle loom, the fabric color is monotonous and can provide consumers with selectivity. Not many, for the young people who are fashionable and love beautiful, they are not able to afford the desire to consume, so there is a double-layer mesh. Generally, a two-layer mesh structure having a color change, as shown in FIG. 1 , is provided as: an upper mesh yarn 11 having a first color yarn surface 12 on the surface thereof with large and small hollow holes 13 and 14; And the lower layer mesh 15 corresponds to the upper layer mesh 11, the surface of the lower layer mesh 15 is provided with a second color yarn surface 16; and the upper and lower layers of mesh 11 and 15 are integrally formed into the double layer The mesh 10; the color of the first color yarn surface 12 is observable from the surface of the upper mesh yarn 11, and the color of the second color yarn surface 16 is visible through the hollow holes 13, 14 to achieve the double-layer mesh 10 The effect of double color change; the above structure has the following disadvantages:

1. The double-layered mesh 10 must have hollow holes 13, 14 to present the color of the lower layer mesh 15 (bottom layer); and the embossing effect of different colors is formed by the hollow holes 13, 14 so that the variation of the enamel pattern is limited.

2. The color of the lower layer mesh 15 (bottom layer) presented by the hollow holes 13, 14 creates a hollow hole The shadows of 13, 14 make the color appear slightly dim and not bright, affecting the color performance of the lower layer mesh 15.

3. The upper and lower meshes 11, 15 must be respectively fabricated by a single knitting process, and then the upper and lower meshes 11 and 15 are stitched together by another knitting process, and the production process is complicated and relatively high in cost. It's hard to be practical.

The main purpose of this creation is to solve the above problems, and to provide a double-layer mesh fabric with single-sided color conversion. The main technology and purpose are as follows: on a single surface of a double-layer mesh cloth, at least simultaneously forming a weaving manner. Two or more kinds of color yarns can directly display different color yarn colors on the surface of the double-layer mesh, which can simplify the knitting process, can be customized, reduce the sewing seam, reduce the cost and change the color of the color.

According to the above object of the present invention, a two-layer mesh fabric capable of color conversion on one side is provided, which comprises: one upper mesh and one lower mesh corresponding to each other; wherein the upper mesh is arranged in a plurality of lines in the same direction The upper carding yarn is woven by the knitting needles of the knitting machine to form a continuous yarn loop, and then arranged to be woven on the basis of a plurality of first color yarns, the first color yarn crossing at least two The upper card is twisted and folded to be entangled and wound around the loop of the upper card; the lower mesh is set into a plurality of combs under the same direction, and the lower card is knitted by the knitting machine Weaving to form a continuous yarn loop, and then arranging to weave on the basis of a plurality of second color yarns, which are woven across at least two lower ground yarns to be woven and entangled around the loops of the lower ground card yarn; Optionally, the first and second color yarns are exchange-weaved by the knitting machine offset yarn at the set position of the upper and lower meshes, so that the first color yarn is twisted to continue the second color yarn and transversely Crossing at least two lower ground yarns to slewing and folding the yarn loop around the lower ground card At the same time, the second color yarn is twisted to continue the first color yarn and crosses at least two upper yarns to be slid and folded around the yarn loop of the upper ground card; and the upper and lower meshes are interwoven The first and second color yarns are exchanged at the weaving place to form a Link segment.

In an embodiment of the present invention, the synthetic fiber in which the upper and lower ground yarns are transparent is a polyester yarn or a nylon yarn.

In an embodiment of the present invention, the connecting segment is a superposition of the first and second color yarns.

In an embodiment of the present invention, the first and second color yarns are in different colors.

In an embodiment of the present invention, the first and second color yarns are made of different materials.

In an embodiment of the present invention, the upper layer of the first color yarn exhibits the second color yarn and may constitute various embossing patterns.

In an embodiment of the present invention, the lower mesh yarn having the second color yarn exhibits the first color yarn and may constitute various embossed patterns.

With the above structure, the upper layer of the first color yarn can visualize the second color yarn, and the lower layer of the second color yarn can visualize the first color yarn to form at least a two-color apparent effect.

[study]

10‧‧‧Double mesh

11‧‧‧Upper mesh

12‧‧‧First color yarn surface

13‧‧‧镂空孔

14‧‧‧ hollow holes

15‧‧‧Under the mesh

16‧‧‧Second color yarn surface

[this creation]

20‧‧‧Double mesh

21‧‧‧Upper mesh

22‧‧‧Upper carding

23‧‧‧ yarn loop

24‧‧‧First color yarn

25‧‧‧lower mesh

26‧‧‧ Lower ground carding

27‧‧‧ yarn loop

28‧‧‧Second color yarn

30‧‧‧Links

Figure 1, is a stereo exploded view of the conventional

Figure 2 is a plan of the creation

Figure 3 is a partial perspective view of the creation

In order to make your reviewer have a better understanding of the creation, a preferred embodiment is shown in conjunction with the drawings, as detailed below: Please refer to Figures 2 and 3, which contain: two corresponding upper meshes 21 and a lower layer mesh 25; wherein the upper layer mesh 21 is provided with a plurality of carding yarns 22 arranged in the same direction, and the upper ground carding yarn 22 is woven by the knitting needles of the knitting machine to form a continuous yarn loop. 23, then set to complex A plurality of first color yarns 24 are woven, and the first color yarns 24 are woven across at least two upper carding yarns 22 to be woven and entangled around the yarn loops 23 of the upper ground card yarns 22; the lower layer yarns 25 The plurality of combs 26 are arranged in the same direction, and the lower combs 26 are woven by the knitting needles of the knitting machine to form a continuous loop 27, and then woven by a plurality of second yarns 28, The second color yarn 28 is slid across the at least two lower card yarns 26 to be woven and entangled around the loops 27 of the lower ground card 26; and selectively set to the upper mesh 21 and the lower mesh 25 Position, the first color yarn 24 and the second color yarn 28 are exchange-woven by the knitting machine offset yarn guide, so that the first color yarn 24 is rotated to continue the second color yarn 28 across at least two lower ground yarns 26 Rotating and folding around the loops 27 of the lower ground card 26; at the same time, the second color yarn 28 is turned over and the first color yarn 24 is traversed and wound around the at least two upper combs 22 The yarn loop 23 of the ground card yarn 22 is woven and braided; and the first and second color yarns 24 and 28 between the upper and lower mesh yarns 21 and 25 are turned into a joint. In the segment 30, the connecting segment 30 is such that the first and second color yarns 24, 28 are superposed, and the upper and lower meshes 21, 25 are tightly coupled and not separated; by the above structure, the first color The upper mesh yarn 21 of the yarn 24 can visualize the second color yarn 28, and the lower mesh yarn 25 having the second color yarn 28 can visualize the first color yarn 24, and can form various embossing patterns to form a two-color apparent effect.

The composition and function of the above embodiment are described in detail as follows: Please refer to Figures 2 and 3, which is a double-layer mesh 20 woven with a double needle bed warp knitting machine. The double needle bed warp knitting machine is provided with a front needle bed. And the rear needle bed, the front and rear needle beds respectively have a bar comb, a jacquard comb, and the like, and the bar of the front and rear needle beds are respectively cyclically programmed, respectively, the upper and lower ground combs 22, 26 yarns are looped to form a continuous series of yarn loops 23, 27, which are respectively driven by first and second color yarns 24, 28 of different colors or materials for laterally offset yarn guiding, the first The colored yarn 24 is slid across the upper skein 22 to be woven and woven around the yam 23 to form an upper yam 21; the second yam 28 is slid across the lower skein 26 to wrap around The loops 27 are woven and braided to form the lower layer mesh 25; in the area where the double layer mesh 20 is to form different color effects, the first and second colors are The Jacquard bar of the yarns 24, 28 is offset to exchange the weaving guide yarn so that the first color yarn 24 can be woven on the surface of the lower layer mesh 25, and the second color yarn 28 can be on the surface of the upper layer yarn 21. The upper weaving, in the single weaving process, the upper mesh 21 of the double-layer mesh 20 can simultaneously display the second color yarn 28 of different colors or materials; in contrast, the lower mesh 25 can simultaneously display different The first color yarn 24 of color or material; if the computer software program is controlled to set the programming of the double needle bed warp knitting machine, the second color yarn 28 can form various silk patterns and patterns on the upper mesh yarn 21. In addition, the first color yarn 24 can form various stencil patterns and patterns on the lower layer mesh 25, wherein the scented flower pattern can include image totem, brand logo, animal, plant and animation design, and achieve double layer. The single side of the mesh cloth 20 can form the effect of color conversion at one time, and also achieves the practical effect of simplifying the program and reducing the cost in the manufacturing process of the double layer mesh 20.

According to the above, the synthetic synthetic fiber above and below the ground comb 22, 26 may be a polyester yarn or a nylon yarn, which mainly does not affect the color development effect of the first and second color yarns 24 and 28, and also the upper and lower sides. The carding yarns 22, 26 may have a color to effect mixing with the first and second color yarns 24, 28. The first and second color yarns 24 and 28 have the effect of different colors and materials, so that the double-layered mesh cloth 20 can form complementary bright colors on both sides to achieve a more beautiful and practical effect.

In practice, the double-layer mesh cloth can be used in any form, such as shoe upper fabric, leather bag fabric, etc., and any pattern such as shoe upper pattern, decorative silk flower, image totem, etc. can be planned. The material, wire diameter and color of different color yarns can be selected according to different needs, which makes the creation have endless diversity effect.

However, the above-mentioned ones are only preferred embodiments of the present invention, and are not intended to limit the features of the present creation. The re-creation of the technical means and creation principles related to the creation is still the creative equivalent of the creation. .

In summary, the structure of this creation does have excellent practicality and enhanced efficiency. It is in line with the provisions of the Patent Law, and it is submitted in accordance with the law.

20‧‧‧Double mesh

21‧‧‧Upper mesh

22‧‧‧Upper carding

23‧‧‧ yarn loop

24‧‧‧First color yarn

25‧‧‧lower mesh

26‧‧‧ Lower ground carding

27‧‧‧ yarn loop

28‧‧‧Second color yarn

30‧‧‧Links

Claims (7)

A two-layer mesh fabric with a single-sided color change, comprising: a corresponding upper mesh and a lower mesh; wherein the upper mesh is arranged in a plurality of combs arranged in the same direction, the upper The ground card is woven by the knitting needles of the knitting machine to form a continuous yarn loop, and then arranged to be woven on the basis of a plurality of first color yarns, which are twisted and wound around at least two upper yarns. The yarn loop of the upper card is woven and knit; the lower mesh is set into a plurality of combs under the same direction, and the lower comb is woven by the knitting needles of the knitting machine to form a continuous loop, and then The second color yarn is woven on the basis of a plurality of second color yarns, which are woven across at least two lower ground yarns, and are entangled and wound around the yarn loops of the lower ground card yarns; a set position of the lower mesh yarn, the first and second color yarns are exchange-woven by the knitting machine offset yarn, so that the first color yarn is twisted and the second color yarn is slid across the at least two lower ground yarns. Wrapping and knitting around the loop of the lower ground card; at the same time, the second color yarn is twisted and connected The first color yarn is slid across the at least two upper carding yarns to be entangled and wound around the yarn loops of the upper ground card yarn; and the first and second color yarns between the upper and lower mesh yarns are exchanged for knitting. A connecting segment; with the above structure, the upper mesh with the first color yarn can visualize the second color yarn, and the lower mesh with the second color yarn can visualize the first color yarn to form a two-color clear effect. The double-sided mesh which can be color-changed on one side as described in claim 1, wherein the synthetic fibers in which the upper and lower ground yarns are transparent are polyester yarn or nylon yarn. The double-sided mesh which can be color-changed as described in claim 1 , wherein the connecting segment is a superposition of the first and second color yarns. The double-sided mesh which can be color-changed as described in claim 1 , wherein the first and second color yarns are in different colors. The double-sided mesh which can be color-changed on one side as claimed in claim 1, wherein the first and second color yarns are made of different materials. The double-sided mesh which can be color-changed as described in claim 1 , wherein the upper layer of the first color yarn exhibits the second color yarn and can form various embossed patterns. The double-sided mesh which can be color-changed as described in claim 1 , wherein the lower-layer mesh of the second colored yarn exhibits the first colored yarn and can constitute various embossed patterns.