Towel weave with plain-color jacquard patterns capable of achieving heterochromatic three-dimensional effect

Abstract

The utility model discloses a plain-color jacquard towel weave capable of embodying a heterochromatic three-dimensional effect, which is formed by weaving ground warps, wool warps and weft yarns, and the wool warps are circularly arranged according to the thread number proportion of 2: 1; the beating-up mode of four-weft fuzzing is adopted, wherein the first weft length beating-up mode is adopted, and the second weft, the third weft and the fourth weft half beating-up mode is adopted; a plurality of looped pile parts with different looped pile densities are formed on the front face and the back face of the towel weave respectively, and the looped pile parts with the different looped pile densities form the pattern of the towel weave; and the looped pile parts with different looped pile densities at least comprise three looped pile densities. According to the towel structure, only one color of wool warp two-side pile loops are adopted, the multi-weft pile structure is matched with a beating-up mode, the different-color effect of multiple colors with different shades can be achieved, and the 3D effect is achieved.

Description

Technical Field

[0001] The utility model relates to the technical field of textiles, and particularly relates to a towel structure that can exhibit different-color effects by using plain jacquard. Background Art

[0002] At present, in the towel industry, cut-pile products are favored by consumers for their fluffy and soft touch and silk-like luster. However, traditional plain cut-pile products are just ordinary cut-pile, which can only exhibit one color and lack three-dimensional sense. Although the 7-weft high-low pile cut-pile products with special structures have three-dimensional sense, the pile surface in the high-pile cut-pile area is sparse and not full, and the low-pile area is not cut-piled, with short and hard handfeel, resulting in poor overall fluffiness and softness of the towel.

[0003] Meanwhile, if traditional cut-pile towels want to exhibit different shades of color effects on the fabric surface, they can only be achieved by special arrangement and combination of different-color yarns, which is cumbersome to produce, lacks novelty, and has high production costs. Summary of the Invention

[0004] The technical problem to be solved by the utility model is: aiming at the deficiencies existing in the prior art, to provide a towel structure that can exhibit different-color three-dimensional effects by plain jacquard, which only uses one color of warp yarns to raise loops on both sides, and through the combination of multi-weft loop-raising structure and beating-up method, different-color effects of multiple colors with different shades can be obtained, and it has a 3D three-dimensional effect.

[0005] To solve the above technical problem, the technical solution of the utility model is as follows:[[]]

[0006] A towel structure that can exhibit different-color three-dimensional effects by plain jacquard, the towel structure is woven by ground warp, pile warp and weft yarns, and the pile warp is circularly arranged according to the line number ratio of 2:1; 4 wefts are used for loop raising, and the beating-up method is that the first weft is long beating-up, and the second, third and fourth wefts are half beating-up; on the front and back sides of the towel structure, multiple loop parts with different loop densities are raised, and the pattern of the towel structure is composed of the loop parts with different loop densities; the loop parts with different loop densities include at least 3 different loop densities.

[0007] As an improved technical solution, the loop parts with different loop densities include A loop part, B loop part and C loop part; the number of loops in the A loop part is X loops on the front side and 2X loops on the back side; the number of loops in the B loop part is 3X loops on the front side and 0 loops on the back side; the number of loops in the C loop part is 0 loops on the front side and 3X loops on the back side.

[0008] As an improved technical solution, when the pile warp passes through the needles, the first needle penetrates 2 pile warp yarns, and the second needle penetrates 1 pile warp yarn, and so on in a circular arrangement.

[0009] As an improved technical solution, the weft density of the towel texture is designed to be 20 - 24 picks per centimeter; the weft yarn count is 29.2 - 36.4 tex weft yarn.

[0010] As an improved technical solution, the warp density of the towel texture is designed to be reed count of 56# - 70#.

[0011] As an improved technical solution, the loop height of the towel texture is 4.5 - 6 mm.

[0012] As an improved technical solution, the loop raising height of the towel texture is the same; after loop raising, it becomes a cut - pile towel texture through pile cutting.

[0013] Due to the adoption of the above - mentioned technical solution, the beneficial effects of the present utility model are as follows:

[0014] The plain - colored jacquard of the present utility model reflects a towel texture with different - color three - dimensional effects. The towel texture is woven by ground warps, pile warps and weft yarns. The pile warps are arranged in a cyclic pattern according to the line - number ratio of 2:1; 4 - weft loop raising is adopted, and the beating - up method is that the first weft has long beating - up, and the second, third and fourth wefts have half beating - up; on the front and back sides of the towel texture, multiple loop parts with different loop densities are raised, and the pattern of the towel texture is composed of the loop parts with different loop densities; the loop parts with different loop densities include at least 3 different loop densities. By designing the combination of multi - weft loop - raising organization and loop - raising beating - up method, the present utility model makes the loop raising neat at the loop - changing and picking positions, the pile surface is clean, and the glossiness is good; at the same time, by designing the ratio of the number of pile warps of 2:1 and through ingenious pattern design of the texture, the number of front - side loops and back - side loops in different pattern areas is different, so that the loops of the patterns in different areas have different fullness, forming a novel 3D three - dimensional effect. At the same time, by designing the difference in loop density in different areas, through the traditional plain - colored dyeing process, the color - effect of a different - color yarn - dyed product can be reflected, breaking the existing technology of different - color weaving patterns that can only be made by arranging different - color yarns, opening up a broader design space and design ideas for designers; opening up a new field of pattern texture development, giving people a refreshing feeling, and at the same time, compared with the existing technology of different - color weaving, it saves more energy consumption, improves the product cost performance and economic benefits.

[0015] The present utility model adopts 4 - weft loop raising, and the beating - up method is that the first weft has long beating - up, and the second, third and fourth wefts have half beating - up; thus ensuring that the loops at all parts of the product are neat and consistent, without pricked or short loops, making the loop - joining parts have neat loop raising, and there are no residual loops after pile cutting, so that the pile surface of the cut - pile product has higher glossiness and stronger 3D three - dimensional sense. Compared with traditional cut - pile towels, it is more high - grade and elegant, and has higher market competitiveness.

[0016] When the wool warp of the present utility model passes through the needles, the first needle passes through 2 wool warp yarns, and the second needle passes through 1 wool warp yarn, and they are arranged in this cycle. After raising the nap, the density contrast of the loops is large, and the three-dimensional sense is more obvious. BRIEF DESCRIPTION OF THE DRAWINGS

[0017] The present utility model will be further described below in conjunction with the drawings and embodiments.

[0018] Figure 1 is the loom draft of ordinary cut-pile towels;

[0019] Figure 2 is the loom draft of the towel structure of the embodiment of the present utility model;

[0020] Figure 3 is the loom draft of the A loop part in the embodiment of the present utility model;

[0021] Figure 4 is the loom draft of the B loop part in the embodiment of the present utility model;

[0022] Figure 5 is the loom draft of the C loop part in the embodiment of the present utility model;

[0023] In the figure: ● represents the ground warp tissue point; X represents the wool warp tissue point. DETAILED DESCRIPTION OF THE EMBODIMENTS

[0024] The present utility model will be further elaborated below in conjunction with the drawings and embodiments. It should be understood that these embodiments are only used to illustrate the present utility model and not to limit the scope of the present utility model. In addition, it should be understood that after reading the content taught by the present utility model, those skilled in the art can make various changes or modifications to the present utility model, and these equivalent forms also fall within the scope defined by the appended claims of this application.

[0025] Embodiment 1

[0026] Adopt the loom draft as shown in Figure 2-5 collectively;

[0027] The weft density of the wool body is designed to be 20 picks per centimeter, the weft yarn is a weft yarn with a yarn count of 32.4 tex, and the single yarn twist is designed to be 70 turns per 10 centimeters;

[0028] A towel structure with a solid-color jacquard showing a different-color three-dimensional effect. The towel structure is woven from ground warp, pile warp and weft yarns. The pile warp is arranged in a line number ratio of 2:1. When threading the needles, the first needle penetrates 2 pile warp yarns, and the second needle penetrates 1 pile warp yarn. This arrangement cycles. 4 picks are used for raising the pile, and the beating-up method is that the 1st pick beats up fully, and the 2nd, 3rd and 4th picks beat up semi-fully. On the front and back sides of the towel structure, there are respectively 3 loop parts with different loop densities, and the loop height is 5.5 mm. The loop parts with different loop densities include A loop part, B loop part and C loop part. The number of loops in the A loop part is X loops on the front side / 2X loops on the back side; the number of loops in the B loop part is 3X loops on the front side / 0 loops on the back side; the number of loops in the C loop part is 0 loops on the front side / 3X loops on the back side. The pattern of the towel structure is composed of 3 loop parts with different loop densities. After raising the pile, it is cut on both sides to become a cut-pile towel structure.

[0029] Example 2

[0030] Adopt as Figure 2-5 The shown harness plan together;

[0031] The weft density of the pile is designed to be 24 picks per centimeter. The weft yarn is a weft yarn with a yarn count of 36.4 tex, and the single yarn twist is designed to be 65 twists per 10 centimeters;

[0032] A towel structure with a solid-color jacquard showing a different-color three-dimensional effect. The towel structure is woven from ground warp, pile warp and weft yarns. The pile warp is arranged in a line number ratio of 2:1. When threading the needles, the first needle penetrates 2 pile warp yarns, and the second needle penetrates 1 pile warp yarn. This arrangement cycles. 4 picks are used for raising the pile, and the beating-up method is that the 1st pick beats up fully, and the 2nd, 3rd and 4th picks beat up semi-fully. On the front and back sides of the towel structure, there are respectively 3 loop parts with different loop densities, and the loop height is 5.0 mm. The loop parts with different loop densities include A loop part, B loop part and C loop part. The number of loops in the A loop part is X loops on the front side / 2X loops on the back side; the number of loops in the B loop part is 3X loops on the front side / 0 loops on the back side; the number of loops in the C loop part is 0 loops on the front side / 3X loops on the back side. The pattern of the towel structure is composed of 3 loop parts with different loop densities. After raising the pile, it is cut on both sides to become a cut-pile towel structure.

Claims

1. A towel fabric with a solid-color jacquard showing a three-dimensional effect of different colors, characterized in that: The towel structure is woven from ground warp, pile warp and weft yarns. The pile warp is arranged in a cyclic pattern according to a thread number ratio of 2:

1. When threading the needles, the first needle penetrates 2 pile warp yarns, and the second needle penetrates 1 pile warp yarn, and so on in a cyclic pattern. A 4 - weft pile - raising method is adopted, where the first weft has a full - beat - up, and the second, third, and fourth wefts have half - beat - ups. On the front and back sides of the towel structure, multiple pile - loop parts with different pile - loop densities are formed, and the pattern of the towel structure is composed of the pile - loop parts with different pile - loop densities. The pile - loop parts with different pile - loop densities include at least 3 different pile - loop densities. The pile - loop parts with different pile - loop densities include A pile - loop part, B pile - loop part, and C pile - loop part. The number of pile loops in the A pile - loop part is X pile loops on the front side and 2X pile loops on the back side; the number of pile loops in the B pile - loop part is 3X pile loops on the front side and 0 pile loops on the back side; the number of pile loops in the C pile - loop part is 0 pile loops on the front side and 3X pile loops on the back side.

2. The towel structure with a solid-color jacquard showing a three-dimensional effect of different colors as claimed in claim 1, characterized in that: The weft density of the towel structure is designed to be 20 - 24 picks / cm; the weft yarn count is 29.2 - 36.4 tex weft yarn.

3. The towel fabric with a solid-color jacquard showing a three-dimensional effect of different colors as described in claim 1, characterized in that: The warp density of the towel structure is designed for a reed of 56# - 70#.

4. The towel fabric with a solid-color jacquard showing a three-dimensional effect of different colors as described in claim 1, characterized in that: The pile - loop height of the towel structure is 4.5 - 6 mm.

5. The towel structure with solid-color jacquard showing different-color three-dimensional effect according to claim 1, characterized in that: The pile - raising height of the towel structure is the same; after pile - raising, it is cut - piled to form a cut - piled towel structure.

Images