Sector corduroy double-faced cloth

Abstract

The utility model discloses sector corduroy double-faced cloth which comprises a front corduroy unit, a middle connecting unit and a reverse raising unit, weft yarn comprises yarn of three systems, the first weft yarn and the warp yarn are interwoven to form a front weave and cut pile to form a front corduroy weave unit, and the second weft yarn and the warp yarn are interwoven to form a back corduroy weave unit. The second weft yarns and the warp yarns are interwoven in a plain weave mode to form a middle connection weave unit, and the third weft yarns and the warp yarns are interwoven in a variable satin weave mode to form an inner weave and are napped to form a reverse raising weave. The utility model aims to design the sector corduroy double-sided cloth which is woven by polyester and superfine polyester-nylon composite filaments, and after cutting and splitting corduroy, the corduroy with sector patterns is obtained on the front side, and after splitting and napping are carried out on the back side, the effect of short and dense fluff is obtained.

Description

Technical Field

[0001] The utility model relates to the field of textiles, and particularly relates to a double-sided flannel cloth with a fan-shaped corduroy pattern. Background Art

[0002] Instead of printing and processing the fabric, permanent three-dimensional fabric patterns are obtained through the optimization of the fabric structure. On the one hand, the printing and dyeing costs can be saved, and on the other hand, the product does not need to be dyed, thus avoiding the safety problems brought by chemical dyes. The processing method can be selected according to different application scenarios and the difficulty of the patterns. The electronic dobby loom or the jacquard loom can be used to present the patterns. The double-sided corduroy endows the fabric with richer functions and a more three-dimensional aesthetic feeling. One side has a unique pattern effect, and the other side has a skin-friendly and comfortable suede style. At the same time, combined with special raw material collocations, the functionality of the fabric can be further improved. Summary of the Utility Model

[0003] In order to solve the above technical problems, the purpose of the utility model is to design a double-sided flannel cloth with a fan-shaped corduroy pattern, which is woven with polyester and superfine polyester-polyamide composite filaments. The front side is cut with a corduroy structure of a fan-shaped pattern, and the back side is raised. The use of superfine polyester-polyamide composite filaments improves the moisture absorption performance and wear resistance of the fabric, and also has the stiffness and shape retention of polyester. Through the design of the fabric structure, the obtained fan-shaped corduroy pattern is delicate, beautiful and three-dimensional, and can be used for the manufacture of products such as ladies' bathrobes, bath towels and autumn and winter pajamas.

[0004] To achieve the above technical objectives and effects, the present utility model is realized through the following technical solutions: A flannel double-sided fabric for a fan-shaped lamp wick, characterized in that it includes a front flannel unit, a crosslinking unit, and a reverse flocking unit. The weft yarns include three systems of yarns. The first weft yarn is interwoven with the warp yarns to form a front flannel structure. The plush weft yarns adopt a "W" type consolidation method, with serial numbers 3, 5, 8, 11, 13, 16, 18, 21, 23, 26, 28, 31, 33, 36, 39, 41, 44, 46, 49, 51, 54, 56, a total of 22 pieces; the second weft yarn is interwoven with the warp yarns in a plain weave to form a crosslinking unit, which plays a role in connecting the front and back sides, with serial numbers 1, 6, 9, 14, 19, 24, 29, 34, 37, 42, 47, 52, a total of 12 pieces; the third weft yarn is interwoven with the warp yarns in a four-harness broken twill structure to form a reverse flocking structure, with serial numbers 2, 4, 7, 10, 12, 15, 17, 20, 22, 25, 27, 30, 32, 35, 38, 40, 43, 45, 48, 50, 53, 55, a total of 22 pieces. The formation of the front flannel unit is a plush weft floating long line composed of 24 or 25 front weft tissue points. After cutting the pile and opening the fibers, a lamp wick strip with a fan-shaped pattern is formed; the reverse irregular satin unit is a weft floating long line composed of 3 or 4 reverse weft tissue points. After opening the fibers and raising the nap, a short and dense fluff structure is formed. The front and back sides are connected by an intermediate plain weave to form a double-sided fluff effect.

[0005] Further, in the first weft yarn, the arrangement rules of the warp and weft tissue points of the 3rd, 16th, 21st, and 26th weft yarns are 3 wefts 1 warp 1 weft 1 warp 1 weft 1 warp 1 weft 1 warp 16 wefts; the arrangement rules of the warp and weft tissue points of the 5th and 11th weft yarns are 2 wefts 1 warp 1 weft 1 warp 1 weft 1 warp 1 weft 1 warp 1 weft 1 warp 4 wefts 1 warp 7 wefts 1 warp 2 wefts; the arrangement rules of the warp and weft tissue points of the 8th and 13th are 1 warp 2 wefts 1 warp 1 weft 1 warp 1 weft 1 warp 1 weft 1 warp 2 wefts 1 warp 13 wefts; the arrangement rules of the warp and weft tissue points of the 18th, 23rd, and 28th weft yarns are 3 wefts 2 warps 1 weft 1 warp 1 weft 2 warps 16 wefts; the arrangement rules of the warp and weft tissue points of the 31st, 44th, 49th, and 54th are 16 wefts 1 warp 1 weft 1 warp 1 weft 1 warp 1 weft 1 warp 3 wefts; the arrangement rules of the warp and weft tissue points of the 33rd and 39th are 2 wefts 1 warp 7 wefts 1 warp 4 wefts 1 warp 1 weft 1 warp 1 weft 1 warp 1 weft 1 warp 1 weft 1 warp 2 wefts; the arrangement rules of the warp and weft tissue points of the 36th and 41st are 13 wefts 1 warp 2 wefts 1 warp 1 weft 1 warp 1 weft 1 warp 1 weft 1 warp 2 wefts 1 warp; the arrangement rules of the warp and weft tissue points of the 46th, 51st, and 56th weft yarns are 16 wefts 2 warps 1 weft 1 warp 1 weft 2 warps 3 wefts.

[0006] Further, among the second weft yarns, the arrangement pattern of the warp and weft tissue points of the 1st weft yarn is 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft; the arrangement pattern of the warp and weft tissue points of the 6th warp and weft is 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft; the arrangement patterns of the warp and weft tissue points of the 9th, 19th, 29th, 37th, and 47th weft yarns are the same as those of the 1st weft yarn, and the arrangement patterns of the warp and weft tissue points of the 14th, 24th, 34th, 42nd, and 52nd are the same as those of the 6th weft yarn.

[0007] Further, among the third weft yarns, the arrangement pattern of the warp and weft tissue points of the 2nd weft yarn is 1 weft, 3 warps, 1 weft, 3 warps, 1 weft, 3 warps, 1 weft, 4 warps, 1 weft, 3 warps, 1 weft, 4 warps; the arrangement pattern of the warp and weft tissue points of the 4th weft yarn is 2 warps, 1 weft, 3 warps, 1 weft, 3 warps, 1 weft, 3 warps, 1 weft, 4 warps, 1 weft, 4 warps, 1 weft, 1 warp; the arrangement pattern of the warp and weft tissue points of the 7th is 4 warps, 1 weft, 3 warps, 1 weft, 4 warps, 1 weft, 3 warps, 1 weft, 3 warps, 1 weft; the arrangement pattern of the warp and weft tissue points of the 10th weft yarn is 1 warp, 1 weft, 4 warps, 1 weft, 4 warps, 1 weft, 3 warps, 1 weft, 3 warps, 1 weft, 3 warps, 1 weft, 2 warps; the arrangement patterns of the warp and weft tissue points of the 12th, 22nd, 32nd, 43rd, and 53rd weft yarns are the same as those of the 2nd; the arrangement patterns of the warp and weft tissue points of the 15th, 25th, 35th, 45th, and 55th weft yarns are the same as those of the 4th; the arrangement patterns of the warp and weft tissue points of the 17th, 27th, 38th, and 48th weft yarns are the same as those of the 7th; the arrangement patterns of the warp and weft tissue points of the 20th, 30th, 40th, and 50th weft yarns are the same as those of the 10th.

[0008] Further, the first weft yarn is an ultrafine polyester-polyamide low-elastic textured yarn with a linear density of 200 dtex / 72 f.

[0009] Further, the second weft yarn is a polyester low-elastic textured yarn with a linear density of 100 dtex / 96 f.

[0010] Further, the third weft yarn is an ultrafine polyester-polyamide low-elastic textured yarn with a linear density of 200 dtex / 72 f.

[0011] Further, the warp yarn is a polyester low-elastic textured yarn with a linear density of 100 dtex / 96 f.

[0012] Further, the number of corduroy ridges on the front side is 2.9 per inch.

[0013] Further, the warp density of the double-sided cloth is 306 per 10 cm, and the weft density is 880 per 10 cm.

[0014] Further, the weight per square meter of the double-sided cloth is 200 - 260 g / m

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[0015] Furthermore, the width of the double-sided fabric is 150 - 190 cm.

[0016] The beneficial effects of the present utility model are as follows: The front side of the present utility model is made of superfine polyester-polyamide composite corduroy, which is cut into a fan-shaped pattern corduroy after shearing. It has a beautiful and fashionable appearance, with delicate, plump, soft and breathable fluff. The back side is in a changeable satin weave structure, and through special raising processing, the warmth retention effect and skin-friendly feeling of the fabric are improved. In addition, the front side and the back side are connected in series through a cross-linked structure to form a consolidated plush, obtaining a composite plush effect, making the fabric more firm and avoiding the wearing safety problems caused by the use of adhesives. The use of polyester-polyamide composite yarn improves the moisture absorption and wear resistance of the fabric, and also has the stiffness and shape retention of polyester, and is suitable for making dolls, pillows, sofa cushions, clothing and other fields. BRIEF DESCRIPTION OF THE DRAWINGS

[0017] Figure 1 It is the organizational structure diagram of a kind of fan-shaped corduroy double-sided fabric of the present utility model.

[0018] Figure 2 It is the front organizational structure diagram of a kind of fan-shaped corduroy double-sided fabric of the present utility model.

[0019] Figure 3 It is the middle organizational structure diagram of a kind of fan-shaped corduroy double-sided fabric of the present utility model.

[0020] Figure 4 It is the back organizational structure diagram of a kind of fan-shaped corduroy double-sided fabric of the present utility model. DETAILED DESCRIPTION OF THE EMBODIMENTS

[0021] The present utility model will be described in detail below with reference to the accompanying drawings, so that the advantages and features of the present utility model can be more easily understood by those skilled in the art, thereby making a clearer and more definite definition of the protection scope of the present utility model.

[0022] As Figures 1 to 4 shown in a preferred embodiment of a kind of fan-shaped corduroy double-sided fabric, in this embodiment, the fabric includes a front corduroy structure, a cross-linked structure and a back raising structure. One repeating organizational unit of the fabric is woven from 26 warp yarns and 56 weft yarns. Among them, the weft yarns include three systems of yarns. The first weft yarn has 22 roots, which is represented by A in Figure 1 ; the second weft yarn has 12 roots, which is represented by B in Figure 1 ; the third weft yarn has 22 roots, which is represented by C in Figure 1 . The first weft yarn A is interwoven with the warp yarns to form a front structure and is cut to form a front corduroy organizational unit, as shown in Figure 2 ; the second weft yarn B is interwoven with the warp yarns in a plain weave to form an intermediate connecting organizational unit, as shown in Figure 3As shown; the third weft yarn C is interwoven with the warp yarns in a variable satin weave to form the lining structure and is raised by napping to form a reverse napped structure, as Figure 4 shown. In Figures 1 to 4 , ■ indicates that the warp yarn is on top and the weft yarn is at the bottom; □ indicates that the weft yarn is on top and the warp yarn is at the bottom.

[0023] Furthermore, the serial numbers of the weft yarn A are respectively 3, 5, 8, 11, 13, 16, 18, 21, 23, 26, 28, 31, 33, 36, 39, 41, 44, 46, 49, 51, 54, 56.

[0024] Furthermore, in the weft yarn A, the arrangement rule of the warp and weft tissue points of the 3rd weft yarn is 3 wefts 1 warp 1 weft 1 warp 1 weft 1 warp 1 weft 1 warp 16 wefts; the arrangement rule of the warp and weft tissue points of the 5th weft yarn is 2 wefts 1 warp 1 weft 1 warp 1 weft 1 warp 1 weft 1 warp 1 weft 1 warp 4 wefts 1 warp 7 wefts 1 warp 2 wefts; the arrangement rule of the warp and weft tissue points of the 8th is 1 warp 2 wefts 1 warp 1 weft 1 warp 1 weft 1 warp 1 weft 1 warp 2 wefts 1 warp 13 wefts; the arrangement rule of the warp and weft tissue points of the 11th weft yarn is the same as that of the 5th; the arrangement rule of the warp and weft tissue points of the 13th weft yarn is the same as that of the 8th; the arrangement rules of the warp and weft tissue points of the 16th, 21st, and 26th weft yarns are the same as those of the 3rd; the arrangement rule of the warp and weft tissue points of the 18th weft yarn is 3 wefts 2 warps 1 weft 1 warp 1 weft 2 warps 16 wefts; the arrangement rules of the warp and weft tissue points of the 23rd and 28th weft yarns are the same as those of the 18th; the arrangement rule of the warp and weft tissue points of the 31st is 16 wefts 1 warp 1 weft 1 warp 1 weft 1 warp 1 weft 1 warp 3 wefts; the arrangement rule of the warp and weft tissue points of the 33rd is 2 wefts 1 warp 7 wefts 1 warp 4 wefts 1 warp 1 weft 1 warp 1 weft 1 warp 1 weft 1 warp 1 weft 1 warp 2 wefts; the arrangement rule of the warp and weft tissue points of the 36th is 13 wefts 1 warp 2 wefts 1 warp 1 weft 1 warp 1 weft 1 warp 1 weft 1 warp 2 wefts 1 warp; the arrangement rule of the warp and weft tissue points of the 39th weft yarn is the same as that of the 33rd; the arrangement rule of the warp and weft tissue points of the 41st weft yarn is the same as that of the 36th; the arrangement rules of the warp and weft tissue points of the 44th, 49th, and 54th weft yarns are the same as those of the 31st; the arrangement rule of the warp and weft tissue points of the 46th weft yarn is 16 wefts 2 warps 1 weft 1 warp 1 weft 2 warps 3 wefts; the arrangement rules of the warp and weft tissue points of the 51st and 56th weft yarns are the same as those of the 46th.

[0025] Furthermore, the serial numbers of the weft yarn B are respectively 1, 6, 9, 14, 19, 24, 29, 34, 37, 42, 47, 52.

[0026] Furthermore, in weft yarn B, the arrangement pattern of the warp and weft interlacing points of the first weft yarn is 1 weft 1 warp 1 weft 1 warp 1 weft 1 warp 1 weft 1 warp 1 weft 1 warp 1 weft 1 warp 1 weft 1 warp 1 weft 1 warp 1 weft 1 warp 1 weft 1 warp 1 weft 1 warp; the arrangement pattern of the warp and weft interlacing points of the sixth weft yarn is 1 warp 1 weft 1 warp 1 weft 1 warp 1 weft 1 warp 1 weft 1 warp 1 weft 1 warp 1 weft 1 warp 1 weft 1 warp 1 weft 1 warp 1 weft 1 warp 1 weft 1 warp 1 weft; the 9th, 19th, 29th, 37th, 47th weft yarns have the same arrangement pattern of warp and weft interlacing points as the first weft yarn, and the 14th, 24th, 34th, 42nd, 52nd weft yarns have the same arrangement pattern of warp and weft interlacing points as the sixth weft yarn.

[0027] Furthermore, the serial numbers of weft yarn C are 2, 4, 7, 10, 12, 15, 17, 20, 22, 25, 27, 30, 32, 35, 38, 40, 43, 45, 48, 50, 53, 55.

[0028] Furthermore, in weft yarn C, the arrangement pattern of the warp and weft interlacing points of the second weft yarn is 1 weft 3 warps 1 weft 3 warps 1 weft 3 warps 1 weft 4 warps 1 weft 3 warps 1 weft 4 warps; the arrangement pattern of the warp and weft interlacing points of the fourth weft yarn is 2 warps 1 weft 3 warps 1 weft 3 warps 1 weft 3 warps 1 weft 4 warps 1 weft 4 warps 1 weft 1 warp; the arrangement pattern of the warp and weft interlacing points of the seventh weft yarn is 4 warps 1 weft 3 warps 1 weft 4 warps 1 weft 3 warps 1 weft 3 warps 1 weft 3 warps 1 weft; the arrangement pattern of the warp and weft interlacing points of the tenth weft yarn is 1 warp 1 weft 4 warps 1 weft 4 warps 1 weft 3 warps 1 weft 3 warps 1 weft 3 warps 1 weft 2 warps; the 12th, 22nd, 32nd, 43rd, 53rd weft yarns have the same arrangement pattern of warp and weft interlacing points as the second weft yarn; the 15th, 25th, 35th, 45th, 55th weft yarns have the same arrangement pattern of warp and weft interlacing points as the fourth weft yarn; the 17th, 27th, 38th, 48th weft yarns have the same arrangement pattern of warp and weft interlacing points as the seventh weft yarn; the 20th, 30th, 40th, 50th weft yarns have the same arrangement pattern of warp and weft interlacing points as the tenth weft yarn.

[0029] Furthermore, weft yarn A has a linear density of 200 dtex / 72f, weft yarn B has a linear density of 100 dtex / 96f, weft yarn C has a linear density of 200 dtex / 72f, and the warp yarn has a linear density of 100 dtex / 96f. The number of wales of the corduroy on the front side is 2.9 per inch. The warp density of this fabric is 306 threads / 10 cm, the weft density is 880 threads / 10 cm, and the weight per square meter of this fabric is 230 g / m 2 and the width of this fabric is 164 cm.

[0030] In this embodiment, the front side is a corduroy structure formed by the interweaving of superfine polyester-polyamide composite filaments and polyester drawn textured yarns. After the fiber opening process, the fluff is delicate, plump, with a soft hair feel and good air permeability; the back side is an irregular satin pile structure, and through special raising processing, the warmth retention effect and skin-friendly feeling of the fabric are improved; in addition, the front side and the back side are combined through the fixing tissue points formed by the interweaving of yarns to obtain a composite velvet effect, avoiding the wearing safety problems caused by the use of adhesives for combination.

[0031] The above are only the embodiments of the present invention, and do not limit the patent scope of the present invention accordingly. All equivalent structural or equivalent process transformations made by using the content of the specification and drawings of the present invention, or directly or indirectly applied in other related technical fields, are equally included in the patent protection scope of the present invention.

Claims

1. A kind of flannel double-sided cloth for fan-shaped lamp wicks, characterized in that: It includes a front corduroy unit, a crosslinking unit, and a back flocking unit; the weft yarns include three systems of yarns. The first weft yarn is interwoven with the warp yarns to form a front corduroy structure. The pile weft yarns are fixed in a "W" shape, with serial numbers 3, 5, 8, 11, 13, 16, 18, 21, 23, 26, 28, 31, 33, 36, 39, 41, 44, 46, 49, 51, 54, 56, a total of 22 pieces; the second weft yarn is interwoven with the warp yarns in a plain weave to form a crosslinking unit, which plays a role in connecting the front and back sides, with serial numbers 1, 6, 9, 14, 19, 24, 29, 34, 37, 42, 47, 52, a total of 12 pieces; the third weft yarn is interwoven with the warp yarns in a four-harness broken twill to form a back flocking structure, with serial numbers 2, 4, 7, 10, 12, 15, 17, 20, 22, 25, 27, 30, 32, 35, 38, 40, 43, 45, 48, 50, 53, 55, a total of 22 pieces; the formed front corduroy unit is a pile weft floating long line composed of 24 or 25 front weft tissue points. After cutting the pile and opening the fibers, corduroy strips with a fan-shaped pattern are formed; the back irregular satin unit is a weft floating long line composed of 3 or 4 back weft tissue points. After opening the fibers and raising the nap, a short and dense fluff structure is formed. The front and back sides are connected by an intermediate plain weave to form a double-sided fluff effect.

2. The flannel double-sided cloth for a fan-shaped wick according to claim 1, characterized in that: Among the first weft yarns, the arrangement rules of the warp and weft tissue points of the 3rd, 16th, 21st, and 26th weft yarns are 3 wefts 1 warp 1 weft 1 warp 1 weft 1 warp 1 weft 1 warp 16 wefts; the arrangement rules of the warp and weft tissue points of the 5th and 11th weft yarns are 2 wefts 1 warp 1 weft 1 warp 1 weft 1 warp 1 weft 1 warp 1 weft 1 warp 4 wefts 1 warp 7 wefts 1 warp 2 wefts; the arrangement rules of the warp and weft tissue points of the 8th and 13th are 1 warp 2 wefts 1 warp 1 weft 1 warp 1 weft 1 warp 1 weft 1 warp 2 wefts 1 warp 13 wefts; the arrangement rules of the warp and weft tissue points of the 18th, 23rd, and 28th weft yarns are 3 wefts 2 warps 1 weft 1 warp 1 weft 2 warps 16 wefts; the arrangement rules of the warp and weft tissue points of the 31st, 44th, 49th, and 54th are 16 wefts 1 warp 1 weft 1 warp 1 weft 1 warp 1 weft 1 warp 3 wefts; the arrangement rules of the warp and weft tissue points of the 33rd and 39th are 2 wefts 1 warp 7 wefts 1 warp 4 wefts 1 warp 1 weft 1 warp 1 weft 1 warp 1 weft 1 warp 1 weft 1 warp 2 wefts; the arrangement rules of the warp and weft tissue points of the 36th and 41st are 13 wefts 1 warp 2 wefts 1 warp 1 weft 1 warp 1 weft 1 warp 1 weft 1 warp 2 wefts 1 warp; the arrangement rules of the warp and weft tissue points of the 46th, 51st, and 56th weft yarns are 16 wefts 2 warps 1 weft 1 warp 1 weft 2 warps 3 wefts.

3. The flannel double-sided cloth for a fan-shaped wick according to claim 1, wherein: Among the second weft yarns, the arrangement pattern of the warp and weft interlacing points of the 1st weft yarn is 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 1 weft, 1 warp, 4. The flannel double-sided cloth for a fan-shaped wick according to claim 1, characterized in that: ​ 5. A kind of fan-shaped corduroy double-sided cloth according to claim 1, characterized in that: ​ 6. The flannel double-sided cloth for a fan-shaped wick according to claim 1, wherein: ​ 7. A kind of flannel double-sided cloth for fan-shaped lamp wick according to claim 1, characterized in that: ​ 8. The flannel double-sided cloth for a fan-shaped wick according to claim 1, wherein: ​ 9. A kind of fan-shaped corduroy double-sided cloth according to claim 1, characterized in that: ​ 10. A kind of fan-shaped corduroy double-sided cloth according to claim 1, characterized in that: ​ 11. A kind of fan-shaped corduroy double-sided cloth according to claim 1, characterized in that: The square meter weight of the double-sided fabric is 200 to 260 g / m 2 .

12. A kind of fan-shaped corduroy double-sided fabric according to claim 1, characterized in that: ​

Images