Three-dimensional stripe towel fabric with color mottle effect

Abstract

The invention discloses a three-dimensional stripe towel fabric with a color mottle effect. Wool warps of the towel fabric are permutated and combined in a manner that every two colors form one group to form a plurality of wool warp groups with different colors; the ground warp is divided into fluffing ground warp and plain cloth ground warp; the wool warp yarns in each wool warp group are respectively interwoven with the fuzzing ground warp and the corresponding weft yarns, the wool warp yarns with two colors respectively form point-shaped rising and falling point circulation pile loops or linear line circulation pile loops with different lengths on two sides, and the point circulation pile loops and the line circulation pile loops are combined to form a color mottle stripe effect; the wool warps of the wool warp group are respectively provided with looped piles on two sides of the towel fabric, and the plain cloth ground warps are interwoven with the corresponding weft yarns to form a three-dimensional effect that looped pile stripes and plain weave are circularly arranged. A concave-convex rising and falling effect is formed by the terry and the flat texture of the cloth cover of the towel fabric; the colors of the looped piles are staggered and matched, the main colors have different colors at any time, and the whole fabric has a unique appearance with mottle three-dimensional stripe texture.

Description

Technical Field

[0001] The invention relates to the technical field of textiles, in particular to a three-dimensional striped towel fabric. Background Art

[0002] Towels are one of the daily consumer goods that are frequently used by the public. At present, with the continuous development of social economy and the continuous improvement of people's living standards, people's pursuit of high-quality life is getting stronger and stronger. Towel products are an indispensable element in people's living space. People pay more and more attention to fashionable and diversified towel products, which makes the quality of towel products continue to improve and the style is constantly updated.

[0003] At present, consumers are constantly pursuing new patterns and colors for towels, and the demand for differentiated towels is gradually becoming prominent, especially patterned towels are more popular among the general consumers. Traditional patterned towel fabrics are usually embodied by color weaving, which means that the original yarn is pre-dyed and then woven, dyed and finished. The existing towel products obtained by color weaving are bright in color, but lack novelty.

[0004] Concave and convex striped towels are usually expressed by the rise and fall of local terry loops. This type of towel product has a clear three-dimensional effect, but the color is single, the pattern is simple, and the visual impact is still lacking. Alternatively, towels are woven with special yarns such as space-dyed yarns to achieve a mottled appearance, but the cost of special yarns is relatively high.

[0005] Therefore, existing towel products, especially towel products showing special color effects and three-dimensional effects, still lack novelty and cannot meet market demand. Summary of the invention

[0006] The technical problem to be solved by the present invention is: in view of the shortcomings of the prior art, a three-dimensional striped towel fabric is provided, which has a bumpy surface, staggered terry colors, occasional different colors in the main color, a strong visual impact, and an overall mottled color effect.

[0007] In order to solve the above technical problems, the technical solution of the present invention is:

[0008] A three-dimensional striped towel fabric with a mottled effect, the towel fabric is interwoven with wool warp, ground warp and weft yarn; the wool warp includes yarns of at least four colors, namely white, light color, medium color and dark color, and a plurality of wool warp groups of different colors are formed by arranging and combining two colors in a group;

[0009] The ground warp is divided into a nap ground warp and a plain ground warp; the plain ground warp is divided into a plurality of plain ground warp groups;

[0010] The wool warp yarns in each of the wool warp groups are interwoven with the raised ground warp and the corresponding weft yarns, and the wool warp yarns of two colors form dotted loops or linear loops of varying lengths on both sides of the towel fabric, and the dot loops and linear loops are combined to form a colorful striped effect;

[0011] The plurality of wool warp groups and the plurality of plain ground warp groups are arranged in a cycle; the wool warps of the wool warp groups are looped on both sides of the towel fabric respectively, and the plain ground warps are interwoven with the corresponding weft yarns to form a three-dimensional effect of the terry stripes and the plain ground tissue being arranged in a cycle.

[0012] As an improved technical solution, the wool warp includes yarns of at least four colors in the same color system or in different color systems.

[0013] As an improved technical solution, the plurality of wool warp groups and the plurality of plain cloth ground warp groups are arranged in a cycle, or are arranged in a regular cycle according to different colors, or are arranged randomly in color, or a combination of the two.

[0014] As an improved technical solution, each warp tissue cycle includes a wool warp group and a plain ground warp group; the number of wool warps of two colors in the wool warp group is 3 to 6 respectively, and also includes 2 raised ground warps for auxiliary raising; the number of plain ground warps in the plain ground warp group is 10 to 24.

[0015] As an improved technical solution, the threading method of a warp tissue cycle is as follows: 3 to 6 wool warps of one color in the wool warp group are threaded into 1 wool warp heald, and 1 raised ground warp is threaded into 1 ground warp heald, and enter one reed tooth; 3 to 6 wool warps of another color are threaded into 1 wool warp heald, and 1 raised ground warp is threaded into 1 ground warp heald, and enter one reed tooth; the first ground warp in the plain cloth ground warp group is threaded into 1 wool warp heald, and the second ground warp is threaded into 1 ground warp heald, and these two ground warps are threaded into one reed tooth; the third ground warp is threaded into 1 wool warp heald, and the fourth ground warp is threaded into 1 ground warp heald, and these two ground warps are threaded into one reed tooth; in this cycle, every two ground warps are threaded into a wool warp heald and a ground warp heald, respectively, and enter one reed tooth.

[0016] As an improved technical solution, the dot-loop terry is composed of two colors of wool warp yarns in one wool warp group, which are respectively looped on both sides of the towel fabric according to the rise-and-fall and fall-and-rise-and-fall cycles, and then interchanged to form a terry structure with different-colored terry loops in dot-shaped concave-convex rise-and-fall cycles on both sides; the line-loop terry is composed of two colors of wool warp yarns in one wool warp group, and one color is continuously looped on the front side while the other color is continuously looped on the back side, to form a line-loop terry structure with alternating colors.

[0017] As an improved technical solution, the thread loop terry structure is regularly or randomly designed according to different lengths, combined with the dot loop terry structure, and alternately matched to form a staggered mottled stripe effect.

[0018] As an improved technical solution, the yarn count of the wool warp is 14.6-46.6 tex, the twist coefficient is 240-390, the yarn count of the ground warp is 14.6×2-29.2 tex×2, and the yarn count of the weft is 18.2-36.4 tex.

[0019] As an improved technical solution, the length of the loop is 0.9 to 1.0 cm.

[0020] Due to the adoption of the above technical solution, the beneficial effects of the present invention are:

[0021] The terry towel fabric of the present invention comprises yarns of at least four colors, namely white, light, medium and dark, which are arranged and combined in groups of two colors to form a plurality of terry towel groups of different colors; the terry towel yarns in each of the terry towel groups are respectively interwoven with the raised ground warp and the corresponding weft yarns, and the terry towel yarns of two colors respectively form dot-shaped rising and falling dot loops or line loops of different lengths on both sides of the terry towel fabric, and the dot loops and line loops are combined to form a colorful striped effect; a plurality of the terry towel groups and a plurality of plain ground warp groups are arranged in a cyclical manner; the terry towel warps of the terry towel groups are respectively raised on both sides of the terry towel fabric, and the plain ground warp is interwoven with the corresponding weft yarns to form a three-dimensional effect of the terry loop stripes and the cyclic arrangement of the plain ground tissue. The towel fabric of the present invention overcomes the shortcoming of the simple pattern of the traditional towel with concave and convex stripes. The cloth surface forms a concave and convex effect by arranging the terry loops and the flat ground in a cycle at intervals. The colors of the terry loops are staggered and matched, and different colors appear from time to time in a main color, which has a strong visual impact and presents a peculiar appearance of a mottled three-dimensional striped texture as a whole. The creativity is novel, and the appearance not only has an obvious three-dimensional effect, but also has a variety of patterns. Compared with the traditional monotonous towel with concave and convex stripes, the grade and market competitiveness of the product are improved; at the same time, compared with the towel with a mottled appearance woven with special yarn in the prior art, relatively low-cost production is achieved.

[0022] The towel fabric of the present invention adopts a special webbing drawing method for the upper machine, wherein 3 to 6 wool warps of one color in the wool warp group are drawn into one wool warp heald, and one raised ground warp is drawn into one ground warp heald, and are drawn into one reed dent; 3 to 6 wool warps of another color are drawn into one wool warp heald, and one raised ground warp is drawn into one ground warp heald, and are drawn into one reed dent; the first ground warp in the plain cloth ground warp group is drawn into one wool warp heald, and the second ground warp is drawn into one ground warp heald, and the two ground warps are drawn into one reed dent; the third ground warp is drawn into one wool warp heald, and the fourth ground warp is drawn into one ground warp heald, and the two ground warps are drawn into one reed dent; in this cycle, every two ground warps are drawn into one wool warp heald and one ground warp heald, and are drawn into one reed dent respectively. The density of the wool warp healds is the same as that of the ground warp healds, and the drawing-in is single wool and single ground. In order to form the flat ground structure, the actual number of wool warp roots used is less than the number of ground warp roots; and it is a special drawing-in, in which the wool warp healds do not penetrate into the wool warp threads, but penetrate into the ground warp threads, and are interwoven with the weft yarns to form a hair-free flat ground structure.

[0023] The thread loop terry structure of the present invention is regularly or randomly designed according to different lengths, combined with the point loop terry, and alternately matched to form a staggered mottled stripe effect. The towel fabric of the present invention has relatively high difficulty in color matching and the sequence of terry rise and fall, and needs to obtain a good mottled effect and striped texture by constantly adjusting the color matching, the sequence of terry rise and fall, the thickness of the wool warp yarn count, and the number of reed insertions; at the same time, by adjusting various technical parameters of the weaving equipment, the problem of reverse hair lifting during hair raising is solved. BRIEF DESCRIPTION OF THE DRAWINGS

[0024] The present invention is further described below in conjunction with the accompanying drawings and embodiments.

[0025] Figure 1 It is a schematic diagram of drawing in the heald and reed through a tissue cycle in an embodiment of the present invention;

[0026] Figure 2 This is a terry loop design effect diagram of an embodiment of the present invention;

[0027] Figure 3 It is a warp organization cycle diagram of the loop part of the terry ground of the thread loop of the embodiment of the present invention;

[0028] Figure 4 It is a warp tissue cycle diagram of a dot loop terry part of an embodiment of the present invention;

[0029] Figure 5 This is the color arrangement order of the terry stripe mottled effect in the embodiment of the present invention.

[0030] In the figure, ○ represents the warp tissue point, × represents the ground warp tissue point, and □ represents the weft tissue point. DETAILED DESCRIPTION

[0031] The present invention will be further described below in conjunction with the accompanying drawings and Examples. It should be understood that these embodiments are only intended to illustrate the present invention and are not intended to limit the scope of the present invention. In addition, it should be understood that after reading the content taught by the present invention, those skilled in the art may make various changes or modifications to the present invention, and these equivalent forms fall within the scope limited by the appended claims of the application equally.

[0032] like Figure 1 As shown, according to the striped texture design of the towel, one loop arrangement cycle of the wool warp and the ground warp is 8 yarns of the wool warp and 14 yarns of the ground warp (2 wool ground warps and 12 plain ground warps). One warp organization cycle has a total of 16 healds, including 8 ground warp healds and 8 wool warp healds, of which 6 wool warp healds are penetrated with plain ground warp threads and no wool warp threads are penetrated. The specific drawing-in and reeding methods are as follows: the first wool warp heald is inserted into 4 wool warp yarns, the first ground warp heald is inserted into 1 raised ground warp yarn, and 5 yarns are inserted into one reed tooth; the second wool warp heald is inserted into 4 wool warp yarns, the second ground warp heald is inserted into a raised ground warp yarn, and 5 yarns are inserted into one reed tooth; the third wool warp heald is inserted into 1 plain cloth ground warp yarn, the third ground warp heald is inserted into 1 plain cloth ground warp yarn, and 2 plain cloth ground warp yarns are inserted into one reed tooth; the fourth wool warp heald is inserted into 1 plain cloth ground warp yarn, the fourth ground warp heald is inserted into 1 plain cloth ground warp yarn, and 2 plain cloth ground warp yarns are inserted into one reed tooth. ; The 5th wool warp heald is inserted into 1 plain ground warp yarn, the 5th ground warp heald is inserted into 1 plain ground warp yarn, and 2 plain ground warp yarns are inserted into one reed dent; the 6th wool warp heald is inserted into 1 plain ground warp yarn, the 6th ground warp heald is inserted into 1 plain ground warp yarn, and 2 plain ground warp yarns are inserted into one reed dent; the 7th wool warp heald is inserted into 1 plain ground warp yarn, the 7th ground warp heald is inserted into 1 plain ground warp yarn, and 2 plain ground warp yarns are inserted into one reed dent; the 8th wool warp heald is inserted into 1 plain ground warp yarn, the 8th ground warp heald is inserted into 1 plain ground warp yarn, and 2 plain ground warp yarns are inserted into one reed dent. The above is the drawing-in and reeding method of one organizational cycle.

[0033] like Figure 2 As shown, it is the overall design effect diagram of a mottled three-dimensional striped texture towel provided by the present invention: the practical number of wool warp heald needles of the whole product is 474, and the actual number of wool warp needles used is 90. Each wool warp heald needle is inserted into 4 wool warp yarns, starting and ending at the same time. The 90 wool warp healds have different starting and ending points. The blue is the starting point of the wool loop, the white and green are the ending points of the wool loop, and the gray part has no wool loop, showing the ground warp structure.

[0034] like Figure 3 The figure shows the loop diagram of the wool ground warp structure of the loop terry of the present invention. The raised ground warp assists the wool warp in raising the loops, and the two groups of wool warp are raised alternately and continuously on both sides of the fabric to form irregular linear striped loops of a certain length. The ground warp inserted into the wool warp heald is the same as the ground warp structure in the ground warp heald, both of which are flat ground structures.

[0035] like Figure 4 The figure shows the loop diagram of the wool ground warp structure of the point loop terry of the present invention. The raised ground warp assists the wool warp to form a raised loop, and the two groups of wool warp are alternately raised on both sides of the fabric to form a 2-up 2-down concave-convex color change effect. The ground warp inserted into the wool warp heald is the same as the ground warp structure in the ground warp heald, both of which are flat ground structures.

[0036] like Figure 5 The figure shows a mottled three-dimensional striped texture towel provided by the present invention, wherein each stripe is composed of two different colors of wool, and the mottled color effect is formed by arranging different shades of colors. The wool color arrangement is dark white, medium white, light white, medium white, light white, dark white, light white, dark white, medium white, dark white, medium white, light white, medium white, light white, dark white, light white, dark white, medium white, medium white, light white, dark white, medium white, dark white, medium white.

[0037] Example 1

[0038] like Figure 1-Figure 5 Commonly shown.

[0039] Yarn selection: All yarn materials are 100% pure cotton yarn; the yarn count of the wool warp is 29.2tex, the twist coefficient is 243, the yarn count of the ground warp is 14.6tex×2, the yarn count of the weft is 29.2tex, and the satin weft is 18.2tex×2.

[0040] The grey cloth process design reed number is 64 / 5.08cm, weft density is 43 wefts / 2.54cm, and the loop length is 0.93cm.

[0041] The loom is a G6200 jacquard loom. The ground warp tension is increased (the ground warp tension can be adjusted by twisting the torsion bar to control the torsion value between (40 and 110 degrees), the wool warp tension is adjusted to a reasonable value, and the machine speed is controlled between (330 rpm and 350 rpm).

[0042] The total number of hair warps used in the towel is 360, the total number of ground warps is 962 (including 52 on each side), and the total number of ground warps that form the external pattern of the hair body is 858.

[0043] When weaving on the machine (excluding the side line), 4 wool warps are inserted into one wool warp heald, and the actual number of needles used in the wool warp is 90. The actual total number of needles of a wool warp product is 474, and the remaining 384 needles are left empty to insert the ground warp yarn. The ground warp is divided into two groups: the first group is the raised ground warp, 1 raised ground warp is inserted into 1 ground warp heald, and it is inserted into a reed tooth together with a wool warp heald inserted into 4 wool warp yarns, and interweaves with the weft yarn to form a terry loop; the second group of ground warps is the plain cloth ground warp, each ground warp is inserted into 1 wool warp heald, and 1 ground warp is inserted into 1 ground warp heald, and these two healds are inserted into a reed tooth, and circulate in sequence, and interweave with the weft yarn to form a plain ground structure.

[0044] The arrangement of the hair warp and ground warp raking machines is: 4 hairs and 1 ground, 4 hairs and 1 ground, (1 plain ground, 1 plain ground) × 8, and then cycle according to the total number of hair warps and ground warps in a product: (1 ground, 1 ground) × 5, [4 hairs and 1 ground, 4 hairs and 1 hair, (1 plain ground, 1 plain ground) × 8] × 23, [4 hairs and 1 ground, 4 hairs and 1 hair, (1 plain ground, 1 plain ground) × 9] × 21. 4 wool strands and 1 ground strand, 4 wool strands and 1 ground strand, (1 ground strand and 1 ground strand) × 6, the total number of wool warp needles of the whole product is 474, the actual number of wool warp needles inserted into the wool warp yarn is 90, and the corresponding number of wool ground warp needles is 90, which are interwoven with the weft yarn to form discontinuous colored strips of terry loops of varying lengths; the remaining 384 wool warp needles are inserted into the plain cloth ground warp yarns, and the corresponding 384 plain cloth ground warp yarns and weft yarns are interwoven into plain cloth, forming the three-dimensional concave flat ground part in the wool body pattern.

[0045] The pattern's stripes are achieved by arranging the warps in different colors: dark white, medium white, light white, medium white, light white, dark white, light white, dark white, medium white, dark white, medium white, light white, medium white, light white, dark white, light white, dark white, medium white; and the two different colors of warps on each stripe are combined through the interchange of warp A and warp B or the rise and fall of the loops to create a mottled appearance.

[0046] Post-treatment, the fabric formed after weaving is desized, softened, dried and high-temperature set. The purpose of desizing and softening is to remove the sizing and impurities on the fabric and improve the softness of the product. High-temperature stretching and setting treatment refers to the setting treatment of the fabric under high temperature conditions of 100-150℃ using high-temperature setting treatment equipment to make the fabric flat and square and to make various physical indicators reach the purpose of setting.

[0047] Sewing: according to the needs of the product fabric, cut and sew it into towels, bathrobes, home clothes and other fabrics.

Claims

1. A three-dimensional striped towel fabric with a mottled color effect, characterized in that: The towel fabric is interwoven with wool warp, ground warp and weft yarns; the wool warp includes yarns of at least four colors, namely white, light color, medium color and dark color, and a plurality of wool warp groups of different colors are formed by arranging and combining two colors in a group; The ground warp is divided into a nap ground warp and a plain ground warp; the plain ground warp is divided into a plurality of plain ground warp groups; The two colored wool warp yarns in each wool warp group are respectively interwoven with the raised ground warp on both sides of the towel fabric to form dot loop terry with dot-shaped concave and convex rise and fall or line loop terry with different rise and fall lengths, and the dot loop terry and the line loop terry are combined to form a colorful striped effect; The plurality of wool warp groups and the plurality of plain ground warp groups are arranged in a cycle; the wool warps of the wool warp groups are looped on both sides of the towel fabric respectively, and the plain ground warps of the plain ground warp groups are interwoven with the corresponding weft yarns to form a three-dimensional effect of the terry stripes and the plain ground tissue being arranged in a cycle.

2. The three-dimensional striped towel fabric with mottled color effect as claimed in claim 1, characterized in that: The wool warp includes yarns of at least four colors in the same color system or in different color systems.

3. The three-dimensional striped towel fabric with mottled color effect as claimed in claim 1, characterized in that: The plurality of wool warp groups and the plurality of plain ground warp groups are arranged in a cycle, or are arranged in a regular cycle according to different colors, or are arranged randomly in color, or a combination of the two.

4. The three-dimensional striped towel fabric with mottled color effect as claimed in claim 1, characterized in that: Each warp tissue cycle includes a wool warp group and a plain ground warp group; the wool warps of two colors in the wool warp group have 3 to 6 strands respectively, and also include 2 raised ground warps for auxiliary raising; the plain ground warp group has 10 to 24 strands of plain ground warps.

5. The three-dimensional striped towel fabric with mottled color effect as claimed in claim 4, characterized in that The threading method of one warp tissue cycle is: 3 to 6 wool warps of one color in the wool warp group are threaded into 1 wool warp heald, 1 raised ground warp is threaded into 1 ground warp heald, and enter one reed t; 3 to 6 wool warps of another color are threaded into 1 wool warp heald, 1 raised ground warp is threaded into 1 ground warp heald, and enter one reed t; the first ground warp in the plain cloth ground warp group is threaded into 1 wool warp heald, the second ground warp is threaded into 1 ground warp heald, and these two ground warps are threaded into one reed t; in this cycle, every two ground warps are threaded into a wool warp heald and a ground warp heald respectively, and enter one reed t.

6. The three-dimensional striped towel fabric with mottled color effect as claimed in claim 1, characterized in that: The dot-cycle terry is made of two colors of wool warp yarns in the wool warp group, which are cycled according to the rise-and-fall and fall-and-rise-and-fall cycles, and two loops are formed on both sides of the towel fabric and then exchanged, forming a terry structure with different-colored terry loops on both sides and dot-shaped concave-convex rise and fall cycles; the line-cycle terry is made of two colors of wool warp yarns in a wool warp group, and one color is continuously looped on the front side and the other color is continuously looped on the back side, forming a color stripe cycle terry structure with alternating colors.

7. The three-dimensional striped towel fabric with mottled color effect as claimed in claim 6, characterized in that: The thread loop terry structure is regularly or randomly designed according to different lengths, and is combined with the dot loop terry structure to alternately form a staggered mottled stripe effect.

8. The three-dimensional striped towel fabric with mottled color effect as claimed in claim 1, characterized in that: The yarn count of the wool warp is 14.6-46.6 tex, the twist coefficient is 240-390, the yarn count of the ground warp is 14.6 tex×2-29.2 tex×2, and the yarn count of the weft is 18.2-36.4 tex.

9. The three-dimensional striped towel fabric with mottled color effect as claimed in claim 1, characterized in that: The length of the loop is 0.9-1.0 cm.

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