A four-sided satin-lined towel fabric

Abstract

This utility model proposes a four-sided satin-lined towel fabric, relating to the field of jacquard towel technology, including horizontal satin lines and vertical satin lines; the jacquard towel in this application includes both horizontal and vertical satin lines with consistent satin weave, which solves the contradiction between the clear effect of the vertical pattern of the towel and its softness, absorbency, and smoothness, so that the woven towel not only has good softness and absorbency, but is also smooth and beautiful.

Description

Technical Field

[0001] This utility model relates to the field of jacquard towel technology, and more specifically, to a four-sided satin-lined towel fabric. Background Technology

[0002] Jacquard towel fabrics, with their diverse patterns, make towel products rich and colorful, not only increasing the aesthetic appeal of the products but also endowing them with cultural connotations, which are loved by a wide range of consumers.

[0003] Most existing towels are made of fabric with napped sides or napped on one side and flat on the other. Such products are not very decorative and are not flat enough when hanging naturally. To solve this problem, the front and back of the towels are now being changed to a satin weave without loops.

[0004] However, most jacquard towel fabrics on the market only have horizontal satin weave. If you want to show a consistent satin pattern in the vertical direction, you need to use a loop weave. This will result in an inconsistency between the horizontal and vertical satin weave structures, making the product less aesthetically pleasing and harmonious. In summary, there is currently a lack of jacquard towel fabrics with a completely consistent satin weave in the circumference.

[0005] Announcement No. CN217869323U proposes a satin weave structure for a cross-stitch-like towel and a satin-weave towel. This device achieves a three-dimensional and vivid effect of cross-stitch on the satin weave, enriching the types of satin weaves. It also improves the comfort of the towel edge, with the loops and satin weaves being properly clamped and fixed. However, it only includes a horizontal satin weave structure, resulting in inconsistencies in the horizontal and vertical satin weave of the towel. Utility Model Content

[0006] The purpose of this utility model is to solve the problems mentioned in the background art, and then to propose a four-sided satin terry cloth fabric.

[0007] The technical solution adopted by this utility model to solve its technical problem is: A four-sided satin-lined towel fabric, comprising horizontal satin stripes and vertical satin stripes. The vertical and horizontal satin weaves with consistent weave transition from end to end to form a closed satin weave area, and the vertical and horizontal satin weaves interweave at a certain angle. The warp threading density of the longitudinal satin weft is 6 warp threads per reed tooth, of which 3 are ground warp threads and 3 are wool warp threads, and the floating colors of the ground warp threads and the wool warp threads are different.

[0008] Furthermore, the warp yarns of the longitudinal satin stripe are arranged in two colors, A and B. The warp yarn of color A is attached to the ground warp needle, and the warp yarn of color B is attached to the hair warp needle. Since the warp yarn color is fixed in the transverse satin stripe, the pattern is expressed by the color of the weft yarn float. Since the weft yarn color is fixed in the longitudinal satin stripe, the pattern is expressed by the color of the warp yarn float.

[0009] Furthermore, the weft density of the transverse satin strip is 48 threads / 1cm, and the warp density is 15.8 threads / 1cm. The transverse satin strip is composed of 1 ground warp, 1 wool warp, and 4 weft yarns interwoven to form a loop unit. The entire structure consists of 12 ground warps, 12 wool warps, and 48 weft yarns.

[0010] Furthermore, the longitudinal satin bar has 144 warp yarns, occupying 24 ground warp needles and 24 hair warp needles. The weft density of the longitudinal satin bar is 19 yarns / 1cm, and the warp density of the longitudinal satin bar is 47 yarns / 1cm.

[0011] Furthermore, the longitudinal satin weft is made of loops in the same direction, with a longitudinal loop density of 15.8 loops / 1cm and a weft density of 18.5 loops / 1cm.

[0012] Furthermore, the oblique interlacing angle between the longitudinal satin stripe and the transverse satin stripe is 45-48°, and the width of the longitudinal satin stripe and the height of the transverse satin stripe are the same and both are 2cm.

[0013] Furthermore, the fineness of the warp yarn is 18tex*2, the fineness of the ground warp yarn is 18tex*2, the weft density of the longitudinal satin terry is 18.5 yarns / cm, and the fineness of the longitudinal satin terry yarn is 27.8tex*2.

[0014] Furthermore, the horizontal satin weft yarns are cyclically arranged in a pattern of 2 weft A and 2 weft B.

[0015] Furthermore, the pretension of the ground warp yarn is higher than that of the wool warp yarn.

[0016] Compared with the prior art, the beneficial effects of this utility model are: 1. This application innovatively integrates horizontal and vertical satin weaves in the jacquard towel, with both adopting a consistent satin weave design. This precisely solves the industry contradiction of traditional towels where it is difficult to balance the clarity of the vertical pattern with the softness, absorbency, and smoothness of the product. Through the synergistic matching of the satin weave, the finished towel retains excellent softness and absorbency while also having a smooth fabric surface and exquisite pattern appearance, achieving a dual improvement in "practical function" and "visual aesthetics".

[0017] 2. For the longitudinal satin weave, this application adopts a differentiated warp color design: the satin weave pattern of color A is formed by the ground warp yarn, and the satin weave pattern of color B is presented by the pile warp yarn, ensuring that the longitudinal pattern colors are distinct and the outlines are clear; at the same time, through multiple sets of experiments, the float length parameters and weft density of the satin weave are optimized, so that the longitudinal satin weave can not only achieve a perfect connection of texture and feel with the transverse satin weave to achieve appearance consistency, but also accurately match the napped structure of the towel body, effectively avoiding problems such as fabric wrinkling and pattern misalignment. Ultimately, the fabric regularity and detail refinement of the product are significantly improved, further optimizing product quality and market competitiveness. Attached Figure Description

[0018] Figure 1 This is a diagram of the weave pattern for a horizontal satin weave. Figure 2 This is a diagram of the weave pattern for a longitudinal satin weave. Figure 3 This is a diagram illustrating the effect of a towel's longitudinal satin weave. Figure 4 This is a diagram illustrating the effect of a horizontal satin weave on a towel. Figure 5 A black and white illustration of terry satin weave and terry loop weave; Figure 6 Color illustrations of terry satin weave and terry loop weave; Figure label: 1. Earth meridian; 2. Hair meridian; ★ - Earth meridian organization point; ● - Hair meridian organization point; □ - Latitude organization point. Detailed Implementation

[0019] The technical solutions of the present utility model will be clearly and completely described below with reference to the accompanying drawings. Obviously, the described embodiments are only a part of the embodiments of the present utility model, and not all of them. All other embodiments obtained by those skilled in the art based on the embodiments of the present utility model without creative effort are within the scope of protection of the present utility model. The present utility model will be further described with reference to the accompanying drawings and embodiments: like Figures 1 to 6 As shown, a four-sided satin-strap terry fabric includes horizontal satin stripes and vertical satin stripes. The vertical and horizontal satin weaves, with consistent weave, transition sequentially to form a closed satin weave area. The vertical and horizontal satin weaves interweave at a certain angle (specifically, the angle between the vertical and horizontal satin weaves is 45-48° (to avoid texture breakage caused by right-angle splicing), and the width of the vertical satin weave is the same as the height of the horizontal satin weave, both being 2cm). The heddle density of the longitudinal satin stripe is 6 warp yarns per reed tooth, of which 3 are ground warp yarns and 3 are pile warp yarns. The floating colors of the ground warp yarns and the pile warp yarns are different so that the texture of the longitudinal satin stripe pattern is consistent with that of the transverse satin stripe pattern.

[0020] In a further optimization of the above embodiment, the weft density of the horizontal satin girder is 48 threads / 1cm, the warp density is 15.8 threads / 1cm, and the horizontal satin girder is composed of 1 ground warp, 1 wool warp and 4 weft yarns interwoven to form a repeating unit. The entire structure consists of 12 ground warps, 12 wool warps and 48 weft yarns.

[0021] Further optimization of the above embodiment: the weft density of the longitudinal satin stripe is 19 threads / 1cm, and the warp density of the longitudinal satin stripe is 47 threads / 1cm, which is basically consistent with the weft density of 18.5 threads / 1cm for terry loops. This ensures the texture of the satin stripe through high-density warp yarns, and avoids fabric wrinkling caused by shrinkage differences due to the matching weft density with terry loops.

[0022] To address the limitation that the weft yarn color is fixed to the terry color (only the same as the terry color) when the longitudinal satin stripe and the napped loop are at the same weft, in order to create two-color patterns, the longitudinal satin stripe warp yarns are innovatively divided into two colors, A and B: color A warp yarns are attached to the ground warp needles, and color B warp yarns are attached to the napped warp needles. The longitudinal pattern is presented by replacing the traditional terry loop with "warp yarn floating length color display".

[0023] When the front side shows color A: the ground warp yarn (color A) floats up and interweaves with the weft yarn to form 6 floating long twill satin (the texture is consistent with the horizontal satin stripe), the pile warp yarn (color B) sinks to the back side, and the vertical satin stripe part is composed of 6 ground warp yarns, 6 pile warp yarns and 6 weft yarns to form a vertical twill satin stripe structure cycle; When the front side shows color B: the warp yarn (color B) floats up to form a twill satin of the same specification (interwoven with the weft yarn, forming a 6-length floating twill satin in the warp direction that is basically similar to the horizontal floating length), and the ground warp yarn (color A) sinks down to form a floating satin weave that reveals color A on the back of the product, achieving complete unity between the vertical two-color pattern and the horizontal satin weave texture.

[0024] The longitudinal satin band consists of 144 warp yarns, occupying 24 ground warp needles and 24 pile warp needles, with 3 warp yarns passing through each reed tooth. The transverse section at the same weft direction is a loop, with a longitudinal loop density of 15.8 yarns / cm (approximately 15.8 ground and pile warp yarns per centimeter) and a weft density of 18.5 yarns / cm (approximately 18.5 weft yarns per centimeter). The weft density of the longitudinal satin band is fixed, and through multiple passes through a single reed, the warp density reaches 47 yarns / cm, ensuring the overall density of the longitudinal satin band is essentially consistent with the transverse satin band density. Because it matches the weft density of the loops, it not only matches the transverse satin band but also accommodates the shrinkage rate of the loops, resulting in a smoother and more aesthetically pleasing towel both longitudinally and transversely, unfolding like a perfectly flat sheet of paper.

[0025] Specifically, the fineness of the warp yarn is 18tex*2, the fineness of the ground warp yarn is 18tex*2, the weft density of the transverse satin weft is 48 threads / cm, the weft density of the longitudinal satin weft (which is also the loop weft density) is 18.5 threads / cm, and the fineness of the longitudinal satin yarn is 27.8tex*2, which is also the loop weft yarn.

[0026] To enhance coverage and better resemble the vertical satin weave, the design was further refined. The horizontal satin weft yarns adopted a 2-weft-A, 2-weft-B cycle, which improved coverage while ensuring visual consistency with the vertical satin weft.

[0027] To further improve the flatness of the four sides of the fabric when it hangs naturally, the above-described embodiment is further optimized by setting the pretension of the ground warp yarn to be higher than that of the pile warp yarn. This offsets the stress difference when the fabric hangs naturally, making the towel as straight as paper when it is unfolded, thus completely improving the problem of "not being flat enough when hanging naturally" in the prior art.

[0028] This solution, through three major innovations—closed oblique connection, warp color matching, and synergy between density and tension—not only solves the core drawbacks of existing towels, such as difficulty in presenting longitudinal satin weave, inconsistency between horizontal and vertical weaves, and poor flatness, but also achieves the advantages of uniform texture, rich patterns, and smooth drape on all four sides. Compared with the design in announcement number CN217869323U that only includes horizontal satin weaves, it has achieved significant improvements in aesthetics, coordination, and practicality.

[0029] It should be noted that the instruction manual includes... Figure 5 The black part is the floating ground warp yarn, the purple part with the longitudinal satin stripe on the front is the floating over-the-knit warp yarn, the green part with the longitudinal satin stripe on the front is the transverse satin stripe, and the red part is the terry loop weave on both sides.

[0030] The foregoing has shown and described the basic principles, main features, and advantages of this utility model. Those skilled in the art should understand that this utility model is not limited to the above embodiments. The descriptions of the above embodiments and specifications are merely illustrative of the principles of this utility model. Various changes and modifications can be made to this utility model without departing from its spirit and scope, and all such changes and modifications fall within the scope of protection claimed by this utility model. The scope of protection of this utility model is defined by the appended claims and their equivalents.

Claims

1. A four-edge-selvage terry towelling fabric characterised in that, Including horizontal satin stripes and vertical satin stripes, The vertical and horizontal satin weaves with consistent weave transition from end to end to form a closed satin weave area, and the vertical and horizontal satin weaves interweave at a certain angle. The warp threading density of the longitudinal satin weft is 6 warp threads per reed tooth, of which 3 are ground warp threads and 3 are wool warp threads, and the floating colors of the ground warp threads and the wool warp threads are different.

2. The four-sided satin-lined terry cloth according to claim 1, characterized in that, The warp yarns of the longitudinal satin stripe are arranged in two colors, A and B. The warp yarn of color A is attached to the ground warp needle, and the warp yarn of color B is attached to the hair warp needle. Since the warp yarn color is fixed in the transverse satin stripe, the pattern is expressed by the color of the floating weft yarn. Since the weft yarn color is fixed in the longitudinal satin stripe, the pattern is expressed by the color of the floating warp yarn.

3. The four-sided satin-lined towel fabric according to claim 1, characterized in that, The weft density of the horizontal satin band is 48 threads / 1cm, and the warp density is 15.8 threads / 1cm. The horizontal satin band is composed of 1 ground warp, 1 wool warp, and 4 weft yarns interwoven to form a repeating unit. The entire structure consists of 12 ground warps, 12 wool warps, and 48 weft yarns.

4. A four-sided satin-lined towel fabric according to claim 1, characterized in that, The longitudinal satin bar has 144 warp threads, occupying 24 ground warp needles and 24 hair warp needles. The weft density of the longitudinal satin bar is 19 threads / 1cm, and the warp density of the longitudinal satin bar is 47 threads / 1cm.

5. A four-sided satin-lined towel fabric according to claim 4, characterized in that, The longitudinal satin weft is made of loops in the same direction, with a longitudinal loop density of 15.8 loops / 1cm and a weft density of 18.5 loops / 1cm.

6. A four-sided satin-lined terry cloth according to claim 1, characterized in that, The oblique interlacing angle between the longitudinal and transverse satin wefts is 45-48°, and the width of the longitudinal satin weft structure and the height of the transverse satin weft structure are the same, both being 2cm.

7. A four-sided satin-lined towel fabric according to claim 1, characterized in that, The fineness of the warp yarn is 18tex*2, the fineness of the ground warp yarn is 18tex*2, the weft density of the longitudinal satin terry is 18.5 yarns / cm, and the fineness of the longitudinal satin terry yarn is 27.8tex.

8. A four-sided satin-lined towel fabric according to claim 3, characterized in that, The horizontal satin weft yarns are cyclically arranged in a pattern of 2 weft A and 2 weft B.

9. A four-sided satin-lined terry cloth according to claim 1, characterized in that, The pretension of the ground warp yarn is higher than that of the wool warp yarn.

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