Method for producing towel with embossed satin on one side and looped pile on one side and towel

Abstract

The invention relates to the technical field of towel weaving, and provides a method for producing a towel with embossed satin on one side and looped pile on one side and a towel, fuzzing ground warp yarns, fuzzing weft yarns, warp floating ground warp yarns, weft floating weft yarns and wool warp yarns are interwoven, one warp weave cycle comprises wool warp harness wires, fuzzing ground warp harness wires and warp floating ground warp harness wires, the number of the fuzzing ground warp harness wires is two times that of the wool warp harness wires; one weft weave cycle comprises fuzzing weft yarns, floating weft yarns and fuzzing body warp yarns, the fuzzing weft yarns and the wool warp yarns are interwoven to form a looped pile part, and the floating warp body warp yarns, the floating weft yarns and the looped pile part are combined to consolidate plain cloth change weave to form an embossment satin part. According to the technical scheme, the embossed satin is formed by interweaving the special warp and weft float lines and the plain cloth consolidation weave of the looped pile weave, the decorative effect is improved, the occurrence of flat cloth knit defects and creases is avoided, meanwhile, the design requirement for higher looped pile height can be met, the defect of return patterns and knit defects are avoided, and the fabric is more fluffy and softer.

Description

Technical Field

[0001] The invention relates to the technical field of towel weaving, in particular to a method for producing a towel with embossed satin on one side and terry on the other side, and the towel. Background Art

[0002] In the field of home textile towels, single-sided terry towels are relatively light and thin, with a relatively low terry height. The flat cloth surface is prone to weaving defects and creases, which affect the visual effect and appearance of the product. At the same time, the flat cloth effect is relatively monotonous and the feel is relatively hard. In order to improve the feel, when the terry height is relatively high, the number of defects on the flat cloth surface increases significantly, affecting the appearance. Summary of the invention

[0003] The present invention aims to solve at least one of the technical problems existing in the prior art or related art.

[0004] To this end, the purpose of the present invention is to provide a method for producing a towel with embossed satin on one side and terry on the other side, and a towel, wherein the embossed satin is formed by interweaving special warp and weft floating long threads with the flat cloth consolidation structure of the terry structure, which not only increases the decorative effect and avoids the occurrence of weaving defects and creases of the flat cloth, but also has a stronger clamping reliability of the terry, which can meet the design requirements of higher terry heights, and at the same time, no back-flowering weaving defects occur, making the product feel more fluffy and soft.

[0005] In order to achieve the above object, the technical solution of the present invention provides a method for producing a towel with embossed satin on one side and terry on the other side, comprising the following steps:

[0006] The raised warp yarn, raised weft yarn, warp float yarn, weft float weft yarn and wool warp yarn are interwoven and woven.

[0007] Among them, one warp tissue cycle includes wool warp healds, raised ground warp healds, and warp floating ground warp healds. The number of raised ground warp healds is twice the number of wool warp healds. The warp floating ground warp healds appear according to the design requirements of the embossed satin. If the warp floating ground warp healds are required, they are located between two adjacent raised ground warp healds. One wool warp heald and one raised ground warp heald are inserted into one reed tooth, and one warp floating ground warp heald and one raised ground warp heald are inserted into the next reed tooth. If the warp floating ground warp healds are not required, one wool warp heald is inserted into one reed tooth, and two raised ground warp healds are inserted into the next reed tooth. One or two wool warp yarns are inserted into one wool warp heald, one raised ground warp is inserted into one raised ground warp, and one warp floating ground warp is inserted into one warp floating ground warp heald.

[0008] A weft structure cycle includes raised weft yarns and weft float weft yarns, and adopts a variable raising structure of three-weft raising, four-weft raising or other multiple-weft raising. The variable raising structure is determined according to the design requirements of the embossed satin and the raised ground warp yarns on both sides of the wool warp yarns. The raised ground warp yarns, raised weft yarns and wool warp yarns are interwoven to form a terry part. The warp float ground warp yarns and weft float weft yarns are combined with the terry part to consolidate the plain cloth variable structure to interweave the embossed satin part.

[0009] Preferably, one warp weave loop includes one or two wool warp yarns, two raised warp yarns, and one warp float yarn, and the warp float yarns exist continuously;

[0010] One or two wool warp yarns are inserted into a wool warp heald, a raised ground warp yarn is inserted into a raised ground warp heald, the two healds are inserted into a reed dent, a warp float warp yarn is inserted into a warp float ground warp heald, a raised ground warp yarn is inserted into a raised ground warp heald, the two healds are inserted into the next reed dent;

[0011] A weft structure cycle includes 12 raised weft yarns and 8 floating weft yarns, and adopts a three-weft raised variable raising structure. The raising structure of the terry part is changed as follows: 1 raised warp heddle drives 1 or 2 raised warp yarns for rise and fall; 1 raised ground warp heddle drives 1 raised ground warp yarn for rise and fall; another raised ground warp heddle drives 1 raised ground warp yarn for fall and rise; 1 warp float ground warp heddle drives 1 warp float ground warp yarn for rise and fall in the warp float long line part, and rise and fall or fall and rise in other parts, so that the raised ground warp yarns and warp float ground warp yarns on both sides of the wool warp yarns are interlaced with each other.

[0012] Preferably, during weaving, the wool warp tension is 90 kg·f, the ground warp tension is 330 kg·f, and the machine speed is 450 rpm.

[0013] Preferably, one warp weave cycle includes 8 wool warp yarns, 8 raised ground warp yarns, and 1 warp float ground warp yarn, and the warp float ground warp yarns are intermittent;

[0014] 2 wool warp yarns are inserted into a wool warp heald, 1 raised ground warp yarn is inserted into a raised ground warp heald, and these two healds are inserted into a reed dent; 1 warp float ground warp yarn is inserted into a warp float ground warp heald, 1 raised ground warp yarn is inserted into a raised ground warp heald, and these two healds are inserted into the next reed dent; 2 wool warp yarns are inserted into a wool warp heald, inserted into a reed dent, 2 raised ground warp yarns are respectively inserted into two raised ground warp healds, and these two healds are inserted into the next reed dent, and the cycle is repeated three times;

[0015] A weft structure cycle includes 9 raised weft yarns and 4 weft float weft yarns, and adopts a three-weft raised variable raising structure. The raising structure of the terry part is changed as follows: 1 wool warp heddle drives 2 wool warp yarns for rise and fall, 1 raised ground warp heddle drives 1 raised ground warp yarn for rise and fall, and another raised ground warp heddle drives 1 raised ground warp yarn for fall and rise, 1 warp float ground warp heddle drives 1 warp float ground warp yarn for rise and rise or fall and fall in the warp float long line part, and the rest of the part is rise and fall or fall and fall.

[0016] Preferably, during weaving, the wool warp tension is 95 kg·f, the ground warp tension is 340 kg·f, and the machine speed is 450 rpm.

[0017] Preferably, the wool warp yarn, raised ground warp yarn, raised weft yarn, warp float ground warp yarn, and weft float weft yarn are respectively one or more of pure cotton single yarn, pure cotton plied yarn, blended single yarn of other fibers and cotton, and blended plied yarn of other fibers and cotton, and the other fibers are one or more of linen, silk, viscose, polyester, nylon, acrylic, and regenerated fibers.

[0018] Preferably, the wool warp yarn is 6S (97.2tex), 100% cotton, with a twist of 25 twists / 10cm; the warp float ground warp yarn and the raised ground warp yarn are both 24S (24.3tex)×2 large twist yarns; the raised weft yarn is 16S (36.4tex), the weft float weft yarn is 24S (24.3tex)×2 small twist yarn, and the weft density is 280 twists / 10.0cm; the wool height is 11.5cm / 10 loops.

[0019] Preferably, the wool warp yarn is a plied yarn of 14S cotton single yarn and 70S Yassel single yarn, the twist of 14S (41.6tex) 100% cotton single yarn is 38 twists / 10CM, the twist of 70S (8.33tex) 100% Yassel single yarn is 130 twists / 10CM, and the plied twist is 26 twists / 10CM; the warp float ground warp yarn and the raised ground warp yarn are both 24S (24.3tex) × 2 large twist yarns; the raised weft yarn is 16S (36.4tex), the weft float weft yarn is 24S (24.3tex) × 2 small twist yarn, and the weft density is 200 twists / 10.0cm; the wool height is 11.8cm / 10 loops.

[0020] Preferably, warping and sizing are performed before interweaving and weaving, and after interweaving and weaving, the grey cloth is dyed, dehydrated, dried, shaped and sewn.

[0021] The technical solution of the present invention provides a towel, which is made by the production method of a towel with embossed satin on one side and terry on the other side in the above technical solution. One side of the towel is a terry structure, and the other side is an embossed satin woven by a plain cloth consolidation structure of the terry structure and special warp and weft floating long threads. The embossed satin and the terry are woven as a whole.

[0022] The method for producing a towel with embossed satin on one side and terry on the other side and the towel provided by the present invention have the following beneficial technical effects:

[0023] (1) The method for producing a towel with embossed satin on one side and terry on the other side proposed by the present invention uses special warp and weft floating long threads to interweave with the plain cloth consolidation structure of terry to form embossed satin, thereby increasing the decorative effect and avoiding the occurrence of weaving defects and creases on the flat cloth.

[0024] (2) The present invention provides a method for producing a towel with embossed satin on one side and terry on the other side, and a towel in which three ground warp healds clamp one wool warp heald or two ground warp healds clamp one wool warp heald. The clamping effect is good and can meet the design requirements of higher terry height. At the same time, no back-weaving defects occur, making the product feel more fluffy and soft.

[0025] (3) The present invention proposes a method for producing a towel with embossed satin on one side and terry on the other side, and the number of wool warp healds in the towel is 1 / 2 of the number of ground warp healds, two wool warps are inserted into the same heald, and the floating ground warp is introduced by the rise and fall of one heald. The ground warp is divided into a raised ground warp and a floating ground warp. The floating ground warp heald can appear continuously or intermittently according to the design requirements of the embossed satin. One wool warp heald connects to one or two wool warps for rise and fall, one wool ground warp heald moves one wool ground diameter for rise and fall, and another wool ground warp heald moves one wool ground diameter for fall and rise. At the same time, the organizational rules of the introduced warp float ground warp can be flexibly adjusted according to the changes of the wool ground warp organization on one side of the wool warp. It can be rise and rise or fall and fall in the long warp float part, and can be rise and fall or fall and rise in other parts. It can ensure that the wool ground warp and the warp float ground warp on both sides of the wool warp are intertwined with each other, thereby ensuring the intact clamping of the wool warp while forming the embossed satin, which can effectively avoid the occurrence of backflowering and further make the product feel more fluffy and soft.

[0026] (4) The present invention proposes a method for producing a towel with embossed satin on one side and terry on the other side, and adopts different configurations of the number of wool ground warps in the towel, utilizes special webbing and reeding methods, and combines a unique variable terry embossed satin structure to integrate the terry and embossed satin, so that the plain cloth structure has better support for the terry, the terry height is higher, the hand feel is fluffier and softer, and it is not easy to get hooked during use.

[0027] Additional aspects and advantages of the present invention will be given in part in the following description, and in part will be obvious from the following description, or will be learned through practice of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS

[0028] The above and / or additional aspects and advantages of the present invention will become apparent and easily understood from the description of the embodiments in conjunction with the following drawings, in which:

[0029] Figure 1A schematic diagram of drawing in and reeding in a method for producing a towel with embossed satin on one side and terry on the other side according to Example 1 of the present invention is shown;

[0030] Figure 2 It shows the machine pattern pattern of the wool warp structure and the ground warp structure in the method for producing a towel with embossed satin on one side and terry on the other side according to Example 1 of the present invention;

[0031] Figure 3 It shows a fuzzing variation organization diagram in a method for producing a towel having embossed satin on one side and terry on the other side according to Example 1 of the present invention;

[0032] Figure 4 A partial actual effect diagram of the embossed satin surface of a towel produced by the method for producing a towel with embossed satin on one side and terry on the other side according to Example 1 of the present invention is shown;

[0033] Figure 5 A partial physical effect diagram of a terry surface of a towel produced by the method for producing a towel with embossed satin on one side and terry on the other side according to Example 1 of the present invention is shown;

[0034] Figure 6 The actual effect diagram of a towel made by the method for producing a towel with embossed satin on one side and terry on the other side according to Example 1 of the present invention is shown;

[0035] Figure 7 A schematic diagram of drawing in and reeding in a method for producing a towel with embossed satin on one side and terry on the other side according to Example 2 of the present invention is shown;

[0036] Figure 8 It shows the machine pattern pattern of the wool warp structure and the ground warp structure in the method for producing a towel with embossed satin on one side and terry on the other side according to Example 2 of the present invention;

[0037] Fig. 9 It shows a fuzzing variation organization diagram in a method for producing a towel having embossed satin on one side and terry on the other side according to Example 2 of the present invention;

[0038] Fig.10 A partial actual effect diagram of the embossed satin surface of a towel produced by the method for producing a towel with embossed satin on one side and terry on the other side according to Example 2 of the present invention is shown;

[0039] Fig.11 A partial physical effect diagram of a terry surface of a towel produced by the method for producing a towel with embossed satin on one side and terry on the other side according to Example 2 of the present invention is shown;

[0040] Fig.12 The actual effect diagram of a towel made by the method for producing a towel with embossed satin on one side and terry on the other side according to Example 2 of the present invention is shown.

[0041] in, Figures 1 to 12The corresponding relationship between the reference numerals and the components is as follows:

[0042] 102 healds, 104 reed teeth, 106 warp floats, 108 weft floats, 110 terry tissue. DETAILED DESCRIPTION

[0043] The present invention discloses a method for producing a towel with embossed satin on one side and terry on the other side, and the towel. Those skilled in the art can refer to the content of this article and appropriately improve the process parameters to achieve the desired effect. It should be particularly noted that all similar substitutions and modifications are obvious to those skilled in the art, and they are all considered to be included in the present invention. The method and application of the present invention have been described through preferred embodiments, and relevant personnel can obviously modify or appropriately change and combine the method and application described herein without departing from the content, spirit and scope of the present invention to implement and apply the technology of the present invention.

[0044] The present invention will be further described below in conjunction with embodiments:

[0045] Example 1

[0046] The method for producing a towel with embossed satin on one side and terry on the other side comprises the following steps:

[0047] S102, yarn selection: wool warp yarn 6S (97.2tex) super weak twist (100% cotton, twist 25 twists / 10cm); warp float ground warp yarn and raised ground warp yarn are both 24S (24.3tex) × 2 large twist yarns; raised weft yarn is 16S (36.4tex), and weft float weft yarn is 24S (24.3tex) × 2 small twist yarns; the yarn is warped as needed, and the wool warp beam and ground warp beam are sized separately; reed number 56#, weft density 280 picks / 10.0cm, wool height 11.5cm / 10 loops.

[0048] S104, using Figure 1 In the drawing-in and reeding method shown, 102 represents a heald, 104 represents a reed tooth, and one warp weave cycle consists of 1 wool warp yarn and 3 ground warp yarns (including 2 raised ground warp yarns and 1 warp floating ground warp yarn); the drawing-in sequence is: 1 wool warp yarn is inserted into a wool warp heald, 1 raised ground warp yarn is inserted into a ground warp heald, and the above two are inserted into one reed tooth, 1 warp floating ground warp yarn and 1 raised ground warp yarn are respectively inserted into 1 ground warp heald, and the above two healds are inserted into one reed tooth, and the cycle is repeated in sequence. Only 1 wool warp yarn is inserted into 1 heald, and the warp floating ground warp yarn exists continuously. The number of wool warp yarns is 1 / 3 of the number of ground warp yarns. Specifically, there are 499 wool warp yarns, 1497 ground warp yarns, and 16 palm frames (1-2 wool warps, 3-4 cloth edges, and 5-16 ground warps).

[0049] S106, Toyota JAT710-250 multi-arm air jet loom is used for weaving, wool warp tension is 90kg·f; ground warp tension is 330kg·f; speed is 450 rpm, according to Figure 2 The wool warp and ground warp patterns shown in the figure are interwoven with raised ground warp yarns, raised weft yarns and wool warp yarns to form the terry part, and the warp floating ground warp yarns, weft floating weft yarns and the terry part are combined with the terry part to form the relief satin part. The composite 3-weft single-sided raising method is adopted, with 12-weft three-weft raising structure and 8-weft floating plain weave structure, and the whole is a small cycle unit of 20 wefts. Figure 2 As shown, the numbers 1, 2, 3, ..., 20 in the first column of the warp direction represent the first weft, second weft, third weft, ... twentieth weft in the weave cycle, among which 5-13 and 18-20 represent the reverse terry weave, and 1-4 and 14-17 are weft floats; the second column of the warp direction is the weft yarn selection, 1, 2, 3 represent different weft yarns, 1 and 2 are raised weft yarns, which can be the same or different, and single yarn is preferred, 3 is weft float weft yarn, and plied yarn is preferred; the third column of the warp direction is the weft density, which can be adjusted according to design requirements; the following numbers represent the number of heald frames, 1.2 columns represent wool warp heald frames, and wool warp healds are evenly distributed on these two heald frames, 9.11.13.15 represent warp float ground warp heald frames,

[0050] 5.6.7.8.10.12.14.16 represent the raised ground warp heald frames. The black and white on the heald frames represent the rise and fall rules of the heald frames, black represents lifting, and white represents falling. The raised structure of the terry loop part is changed as follows: 1 wool warp heald drives 1 or 2 wool warp yarns for rising and falling; 1 raised ground warp heald drives 1 raised ground warp yarn for rising and falling; another raised ground warp heald drives 1 raised ground warp yarn for falling and rising; 1 warp float ground warp heald drives 1 warp float ground warp yarn for falling and falling in the warp float part, and falling and rising in other parts, so that the raised ground warp yarns and warp float ground warp yarns on both sides of the wool warp yarns are intertwined. The raised structure changes as follows Figure 3 As shown, radial 1.2 green represents wool warp, 5.6.7.8.10.12.14.16 black represents raised ground diameter, 9.11.13.15 blue represents warp float ground diameter, and the continuous blue warp float ground diameter is the warp float long line of different lengths; weft 5.6.7.8.9.10.11.12.13.18.19.20 red represents raised weft yarn,

[0051] 1.2.3.4.14.15.16.17 light blue is the weft floating yarn, the continuous light blue weft floating yarn is the weft floating long yarn of different lengths; the warp direction 1.2 green represents the wool warp, and the terry weave is formed on the reverse side. In this design, the warp floating yarn ground diameter is continuous.

[0052] S108, the interwoven towels are dyed by L-shaped overflow machine, dehydrated, shaken and dried, shaped, and then rolled and sewn to the required specifications. One side of the towel is a weak twist single yarn terry with a soft touch, and the other side is a warp and weft floating line embossed satin, which is delicate and smooth. Figures 4 to 6 As shown, one side is a terry structure 110 , and the other side is an embossed satin formed by warp floats 106 and weft floats 108 .

[0053] Example 2

[0054] The method for producing a towel with embossed satin on one side and terry on the other side comprises the following steps:

[0055] S202, yarn selection: wool warp yarn 14S / 70S small twist (42 / 120 / 26, 14S (41.6tex) 100% cotton, single yarn twist 38 twists / 10CM, 70S (8.33tex) 100% Yassel single yarn twist 130 twists / 10CM, ply twist 26 twists / 10CM); warp float ground warp yarn and raised ground warp yarn are both 24S (24.3tex) × 2 large twist yarns, raised weft yarn is 16S (36.4tex), and weft float weft yarn is 24S (24.3tex) × 2 small twist yarns; the yarn is warped as needed, and the wool warp beam and ground warp beam are sized separately; reed number 56#, weft density 200 wefts / 10.0cm, wool height 11.8cm / 10 loops.

[0056] S204, using Figure 7 In the drawing-in and reeding method shown, 102 represents a heald, 104 represents a reed tooth, and one warp structure cycle is 8 hair warp yarns and 9 ground warp yarns (including 8 raised ground warp yarns and 1 warp float ground warp yarn); the drawing-in sequence is: 2 hair warps are inserted into a hair warp heald, 1 raised ground warp is inserted into a ground warp heald, and the above two heald yarns are inserted into a reed tooth; 1 warp float ground warp and 1 hair ground warp are respectively inserted into 1 ground warp heald, and inserted into the next reed tooth; 2 hair warps are inserted into a hair warp heald, and inserted into a reed tooth, 2 raised ground warps are respectively inserted into 1 ground warp heald, and inserted into a reed tooth, and the cycle is repeated 3 times; the cycle is repeated in sequence. Two wool warps are inserted into one heald, and the floating warp ground warp exists intermittently. The number of wool warp yarns is 4*2 / 9 of the number of ground warp yarns; specifically, there are 502*2 wool warp yarns, 1130 ground warp yarns, and 13 palm frames (1-2 wool warps, 3-4 cloth edges, 5-13 ground warps).

[0057] S206, Toyota JAT710-250 multi-arm air-jet loom is used for weaving, the wool warp tension is 95kg·f; the ground warp tension is 340kg·f; the speed is 450 rpm, according to Figure 8The wool warp and ground warp patterns shown in the figure are interwoven with raised ground warp yarns, raised weft yarns and wool warp yarns to form the terry part, and the warp floating ground warp yarns, weft floating weft yarns and the terry part are combined with the terry part to form the relief satin part. The composite 3-weft single-sided raising method is adopted, and the 9-weft three-weft raising structure is matched with the 4-weft floating plain weave structure, which is a small cycle unit of 13 wefts as a whole. Figure 8 As shown, the numbers 1, 2, 3, ..., 13 in the first column of the warp direction represent the first weft, the second weft, the third weft, ... the thirteenth weft in the weave cycle, among which 1-9 represent the reverse terry weave, and 10-13 are weft floats; the second column in the warp direction is the weft yarn selection, 1, 2, 3 represent different weft yarns respectively, 1 and 2 are raised weft yarns, which can be the same or different, and single yarn is preferred, 3 is the weft float weft yarn, and plied yarn is preferred; the third column in the warp direction is the weft density, which can be adjusted according to design requirements; the following numbers represent the number of heald frames, 1.2 columns represent the wool warp heald frames, and the wool warp healds are evenly distributed on these two heald frames, 13 represents the warp float ground warp heald frame, 5.6.7.8.9.10.11.12 represent the raised ground warp heald frames, and the black and white on the heald frames represent the rise and fall rules of the heald frames, black represents lifting, and white represents falling. The pile structure of the terry loop part is changed as follows: 1 wool warp heald drives 2 wool warp yarns for up-down-up, 1 pile ground warp heald drives 1 pile ground warp yarn for up-down-up, another pile ground warp heald drives 1 pile ground warp yarn for down-down-up, 1 warp float ground warp heald drives 1 warp float ground warp yarn for down-down-down in the warp float long line part, and down-down-up in the rest part. Fig. 9 As shown, the radial green 1.2 represents the hairy warp, the black 5.6.7.8.9.10.11.12 represents the hairy ground diameter, and the blue 13 represents the warp float ground diameter; the continuous blue warp float ground diameter is the warp float long line; the weft direction 1.2.3.4.5.6.7.8.9 red represents the hairy weft yarn, and the light blue 10.11.12.13 are the weft float weft yarns. The continuous light blue weft float weft yarns are the weft float long lines of varying lengths. The warp float ground diameter is discontinuous in this design.

[0058] S208, the interwoven towels are dyed by L-shaped overflow machine, dehydrated, shaken and dried, shaped, and then rolled and sewn to the required specifications. One side of the towel is a weak twist single yarn terry with a soft touch, and the other side is a warp and weft floating line embossed satin, which is delicate and smooth. Figures 10 to 12 As shown, one side is a terry structure 110 , and the other side is an embossed satin formed by warp floats 106 and weft floats 108 .

[0059] The above is only a preferred embodiment of the present invention. It should be pointed out that for ordinary technicians in this technical field, several improvements and modifications can be made without departing from the principle of the present invention. These improvements and modifications should also be regarded as the scope of protection of the present invention.

Claims

1. A method for producing a towel with embossed satin on one side and terry on the other side, characterized in that: The following steps are involved: The raised warp yarn, raised weft yarn, warp float yarn, weft float weft yarn and wool warp yarn are interwoven and woven. Among them, one warp tissue cycle includes wool warp healds, raised ground warp healds, and warp floating ground warp healds. The number of raised ground warp healds is twice the number of wool warp healds. The warp floating ground warp healds appear according to the design requirements of the embossed satin. If the warp floating ground warp healds are required, they are located between two adjacent raised ground warp healds. One wool warp heald and one raised ground warp heald are inserted into one reed tooth, and one warp floating ground warp heald and one raised ground warp heald are inserted into the next reed tooth. If the warp floating ground warp healds are not required, one wool warp heald is inserted into one reed tooth, and two raised ground warp healds are inserted into the next reed tooth. One or two wool warp yarns are inserted into one wool warp heald, one raised ground warp is inserted into one raised ground warp, and one warp floating ground warp is inserted into one warp floating ground warp heald. A weft structure cycle includes raised weft yarns and weft float weft yarns, and adopts a variable raising structure of three-weft raising, four-weft raising or other multiple-weft raising. The variable raising structure is determined according to the design requirements of the embossed satin and the raised ground warp yarns on both sides of the wool warp yarns. The raised ground warp yarns, raised weft yarns and wool warp yarns are interwoven to form a terry part. The warp float ground warp yarns and weft float weft yarns are combined with the terry part to consolidate the plain cloth variable structure to interweave the embossed satin part.

2. The method for producing a towel with embossed satin on one side and terry on the other side according to claim 1, characterized in that: One warp weave cycle includes one or two wool warp yarns, two raised warp yarns, one warp float yarn, and the warp float yarns exist continuously; One or two wool warp yarns are inserted into a wool warp heald, a raised ground warp yarn is inserted into a raised ground warp heald, the two healds are inserted into a reed dent, a warp float warp yarn is inserted into a warp float ground warp heald, a raised ground warp yarn is inserted into a raised ground warp heald, the two healds are inserted into the next reed dent; A weft structure cycle includes 12 raised weft yarns and 8 floating weft yarns, and adopts a three-weft raised variable raising structure. The raising structure of the terry part is changed as follows: 1 wool warp heddle drives 1 or 2 wool warp yarns for rise and fall; 1 raised ground warp heddle drives 1 raised ground warp yarn for rise and fall; another raised ground warp heddle drives 1 raised ground warp yarn for fall and rise; 1 warp float ground warp heddle drives 1 warp float ground warp yarn for rise and rise or fall and fall in the warp float long line part, and rise and fall or fall and fall in the other parts, so that the raised ground warp yarns and warp float ground warp yarns on both sides of the wool warp yarns are interlaced with each other.

3. The method for producing a towel with embossed satin on one side and terry on the other side according to claim 2, characterized in that: During weaving, the tension of wool warp yarn is 90kg·f, the tension of ground warp yarn is 330kg·f, and the machine speed is 450 rpm.

4. The method for producing a towel with embossed satin on one side and terry on the other side according to claim 1, characterized in that: One warp weave cycle includes 8 wool warp yarns, 8 raised warp yarns, and 1 warp float yarn. The warp float yarn exists intermittently. 2 wool warp yarns are inserted into a wool warp heald, 1 raised ground warp yarn is inserted into a raised ground warp heald, and these two healds are inserted into a reed dent; 1 warp float ground warp yarn is inserted into a warp float ground warp heald, 1 raised ground warp yarn is inserted into a raised ground warp heald, and these two healds are inserted into the next reed dent; 2 wool warp yarns are inserted into a wool warp heald, inserted into a reed dent, 2 raised ground warp yarns are respectively inserted into two raised ground warp healds, and these two healds are inserted into the next reed dent, and the cycle is repeated three times; A weft structure cycle includes 9 raised weft yarns and 4 weft float weft yarns, and adopts a three-weft raised variable raising structure. The raising structure of the terry part is changed as follows: 1 wool warp heddle drives 2 wool warp yarns for rise and fall, 1 raised ground warp heddle drives 1 raised ground warp yarn for rise and fall, and another raised ground warp heddle drives 1 raised ground warp yarn for fall and rise, 1 warp float ground warp heddle drives 1 warp float ground warp yarn for rise and rise or fall and fall in the warp float long line part, and the rest of the part is rise and fall or fall and fall.

5. The method for producing a towel with embossed satin on one side and terry on the other side according to claim 4, characterized in that: During weaving, the tension of the wool warp yarn is 95kg·f, the tension of the ground warp yarn is 340kg·f, and the machine speed is 450 rpm.

6. The method for producing a towel with embossed satin on one side and terry on the other side according to any one of claims 1 to 5, characterized in that: The wool warp yarn, raised ground warp yarn, raised weft yarn, warp float ground warp yarn, and weft float weft yarn are one or more of pure cotton single yarn, pure cotton plied yarn, blended single yarn of other fibers and cotton, and blended plied yarn of other fibers and cotton respectively, and the other fibers are one or more of linen, silk, viscose, polyester, nylon, acrylic, and regenerated fibers.

7. The method for producing a towel with embossed satin on one side and terry on the other side according to claim 2, characterized in that: The wool warp yarn is 6S (97.2tex), 100% cotton, with a twist of 25 twists / 10cm; the warp yarn for the floating ground warp and the raised ground warp yarn are both 24S (24.3tex)×2 large twist yarns; the raised weft yarn is 16S (36.4tex), the weft floating weft yarn is 24S (24.3tex)×2 small twist yarn, and the weft density is 280 twists / 10.0cm; the wool height is 11.5cm / 10 loops.

8. The method for producing a towel with embossed satin on one side and terry on the other side according to claim 4, characterized in that: The wool warp yarn is a plied yarn of 14S cotton single yarn and 70S Yassel single yarn. The twist of 14S (41.6tex) 100% cotton single yarn is 38 twists / 10CM, the twist of 70S (8.33tex) 100% Yassel single yarn is 130 twists / 10CM, and the plied twist is 26 twists / 10CM; the warp float ground warp yarn and the raised ground warp yarn are both 24S (24.3tex) × 2 large twist yarns; the raised weft yarn is 16S (36.4tex), and the weft float weft yarn is 24S (24.3tex) × 2 small twist yarn, with a weft density of 200 twists / 10.0cm; the wool height is 11.8cm / 10 loops.

9. The method for producing a towel with embossed satin on one side and terry on the other side according to claim 7 or 8, characterized in that: Before interweaving and weaving, warping and sizing are carried out. After interweaving and weaving are completed, the grey cloth is dyed, dehydrated, dried, shaped and sewn.

10. A towel, characterized in that: The towel is made by the production method of a towel with embossed satin on one side and terry on the other side as described in any one of claims 1 to 9 above. One side of the towel is a terry structure, and the other side is an embossed satin woven by a plain cloth consolidation structure of the terry structure and special warp and weft floating long threads. The embossed satin and terry are woven as a whole.

Images