High-conformality-lasting efficient single-shaft let-off type bubble fabric with composite structure phase and yarn structure and processing method of high-conformality-lasting efficient single-shaft let-off type bubble fabric

Abstract

The invention relates to a high-conformality lasting efficient single-shaft let-off bubble fabric with a composite structure phase and a yarn structure and a processing method.The fabric comprises a fabric body, the fabric body is woven through single-shaft let-off, and bubble shapes of different sizes and shapes are formed through elastic and non-elastic changes of yarn and fabric structure changes; the foaming size and shape can be controlled by changing the fabric weave structure phase and the yarn material so as to realize various different foaming styles, manufacturing is carried out in a single-shaft let-off mode, the foaming effect is set permanently by adopting an after-finishing process, and the method is suitable for most of yarn properties and single-shaft let-off manufacturing modes on the market, and has wide application prospects. And compared with the traditional foaming fabric which adopts double-shaft let-off weaving, the production efficiency is greatly improved. A special after-finishing process is embedded in a production chain. The method has the advantages that excessive energy consumption is not increased, fabric forming is stable, and the foaming effect is permanently qualitative.

Description

Technical Field

[0001] The present application relates to the field of textiles and clothing, and in particular to a highly shape-preserving, durable, and efficient single-axis warp-feeding bubble fabric with a composite structure phase and yarn structure, and a processing method. Background Art

[0002] Bubble fabric is a textile material with a unique texture and appearance. Its main feature is that its surface presents an uneven bubble-like structure, which not only gives the fabric a unique visual effect, but also brings a unique tactile experience. Bubble fabric is usually made of synthetic or natural fibers, and a bubble-like texture is formed through a special weaving process or post-processing technology. The air permeability and elasticity of this fabric are usually good, making it widely used in the fields of clothing and home decoration. Bubble fabric also has a wide range of color and pattern options and can be customized according to different design requirements. Due to its unique texture and appearance, bubble fabric is also very popular in the fashion industry and is often used to make various fashion items such as dresses, shirts and accessories. The forming mechanism of bubble fabric is as follows: During the weaving process, the warp let-off at the bubble warp is usually large, while the weft density is relatively small. On the contrary, at the ground warp, the warp let-off is small and the weft density is large. This difference causes the ground warp part to shrink after the fabric is off the machine due to the loss of tension when it is put on the machine. This shrinkage makes the fabric at the bubble warp have an uneven effect, thus forming the so-called "bubble" effect. In order to make these bubbles more visible and prominent, biaxial weaving technology is usually used.

[0003] This technology further enhances the bubble effect by providing different warp let-offs, making the fabric's three-dimensional and decorative effects more significant.

[0004] With respect to the above-mentioned related technologies, the inventors believe that the following defects exist: biaxial warp feeding requires an extra warping step, which affects the production efficiency; if the woven bubble fabric is used for a long time and machine washed, the shape of the bubbles will be destroyed and cannot be maintained, which will damage the style and feel of the fabric. Summary of the invention

[0005] In order to improve the problem that the shape of the bubbles in woven bubble fabrics will be destroyed and cannot be maintained after long-term use and machine washing, thereby damaging the style and feel of the fabric, the present application provides a highly shape-retaining, durable, and efficient single-axis warp-feed bubble fabric with a composite structure and yarn structure, and a processing method.

[0006] In the first aspect, the present application provides a highly shape-preserving, durable, and efficient uniaxial warp-letting bubble fabric with a composite structure and a yarn structure, which adopts the following technical solution:

[0007] A highly shape-preserving, durable and efficient uniaxial warp-letting bubble-forming fabric with a composite structure phase and yarn structure comprises a fabric body, which is woven by uniaxial warp-letting and forms bubbles of different sizes and shapes by changing the elasticity or inelasticity of the yarn and the fabric structure.

[0008] By adopting the above technical solution, a highly conformal, durable and efficient uniaxial warp-letting bubble fabric technical solution with a composite structure and yarn structure can form bubble structures of different sizes and shapes on the fabric surface. This technology uses a uniaxial warp-letting weaving process, combined with the elastic and inelastic changes of the yarn and the corresponding adjustment of the fabric structure, to accurately control the formation and distribution of bubbles, thereby giving the fabric a unique bubble effect. The yarn structure used not only ensures the clarity and stability of the bubble shape, but also improves the elasticity and durability of the fabric, so that the bubble maintains its original shape and structure during long-term use, with good durability and efficiency.

[0009] The implementation of this technical solution significantly improves the appearance of the fabric, making it more layered and three-dimensional visually, giving the fabric a rich texture, and enhancing the softness and comfort of the bubble fabric, making it suitable for occasions that require high elasticity, comfort and functionality. In addition, through reasonable yarn structure design and weaving process, the fabric maintains good deformation resistance during use, and the bubble shape can be continuously stable, thereby extending the service life of the product and improving its economy. It not only enhances the aesthetics and comfort of the fabric, but also improves the functionality of the fabric. It has broad application prospects and can meet the needs of different markets and users for efficient, durable and comfortable fabrics.

[0010] Optionally, the fabric body is woven from warp yarns and weft yarns.

[0011] By adopting the above technical scheme, through the use of a fabric body composed of warp yarns and weft yarns, the precise control and stable formation of the bubble structure on the fabric surface can be achieved. At the same time, through the elastic and inelastic changes of the yarns, the elasticity, softness and comfort of the fabric are improved, so that the fabric has strong durability and the ability to maintain the bubble shape for a long time. It is widely used in clothing, home textiles, medical and other fields to improve the functionality and aesthetics of the fabric.

[0012] Optionally, the warp yarn and the weft yarn include elastic yarn A and inelastic yarn B.

[0013] By adopting the above technical scheme, a warp and weft interlaced structure of elastic yarn A and inelastic yarn B is used to achieve precise control of the bubble structure on the fabric surface, and bubble effects of different sizes and shapes are formed through the elastic difference of the yarns, thereby enhancing the elasticity, softness and comfort of the fabric. At the same time, the addition of inelastic yarn effectively guarantees the stability of the bubble shape, ensuring that the fabric maintains its bubble effect and is not easily deformed during long-term use.

[0014] Optionally, a plurality of warp yarns having the characteristics of elastic yarns A constitute a dense elastic warp yarn area A.

[0015] By adopting the above technical scheme, a dense elastic warp yarn area A composed of several warp yarns with the characteristics of elastic yarns A is used, so that an area with good elasticity and high stability can be formed in the fabric, making the bubble structure in this area more prominent, three-dimensional and durable, while enhancing the overall elasticity and comfort of the fabric. The dense elastic warp yarn area not only improves the local elastic response ability of the fabric, but also can form more layered bubble effects in specific parts of the fabric, increase the softness and adaptability of the fabric, and is widely used in clothing, home textiles and other fields that require high elasticity and morphological stability, and improves the functionality, appearance and service life of the fabric.

[0016] Optionally, a plurality of warp yarns having the characteristics of the inelastic yarn B constitute a dense inelastic warp yarn area B.

[0017] By adopting the above technical solution, a stable inelastic area can be created in the fabric, effectively ensuring the stability and durability of the bubble structure. The inelastic warp yarn area can prevent the deformation of the bubble shape due to the stretching of the elastic yarn during use, thereby maintaining the clarity and three-dimensionality of the bubble effect. At the same time, the dense inelastic warp yarn area also enhances the stretch resistance and durability of the fabric, making the fabric less likely to deform during long-term use. It is suitable for applications that require high stability and durability, and improves the functionality, comfort and durability of the fabric.

[0018] Optionally, a plurality of weft yarns having the characteristics of elastic yarn A constitute a dense elastic weft yarn area A.

[0019] By adopting the above technical solution, it is possible to form areas with strong elasticity and local structural support in the fabric, thereby improving the overall elastic response ability and comfort of the fabric. The design of dense elastic weft yarn areas makes the fabric present a more three-dimensional and full bubble effect in specific areas, enhancing the visual layering and touch of the fabric, and ensuring that the bubble shape remains stable and elastic during use.

[0020] Optionally, a plurality of weft yarns having the characteristics of the inelastic yarn B constitute a dense inelastic weft yarn area B.

[0021] By adopting the above technical solution, a stable inelastic area can be formed in the fabric, which can effectively prevent the deformation or collapse of the local bubble shape of the fabric and ensure the durability and clarity of the bubble effect. The inelastic weft yarn area provides structural support, enhances the stability of the fabric in specific areas, and avoids morphological changes caused by the stretching of the elastic yarn, thereby making the bubble effect more layered and uniform.

[0022] In the second aspect, a method for processing a highly shape-preserving and durable high-efficiency uniaxial warp-letting bubble fabric with a composite structure and a yarn structure adopts the following technical solution:

[0023] The fabric body is woven by single-axis warp feeding on a loom, and bubbles of different sizes and shapes are formed by alternating application of elastic yarn A and non-elastic yarn B and structural changes of the fabric body 20 .

[0024] By adopting the above technical scheme, by using single-axis warp weaving on a loom, and by alternating the application of elastic yarn A7 and inelastic yarn B8, the structural changes of the fabric body can be accurately controlled to form bubble effects of different sizes and shapes. Through the clever combination of elastic yarn and inelastic yarn, the fabric not only achieves the three-dimensional sense and visual layering of the bubble structure, but also enhances the elasticity and stability of the fabric, which can ensure the durability of the bubble effect during long-term use of the fabric, avoid morphological deformation, and enhance the comfort, durability and aesthetics of the fabric.

[0025] Optionally, after the weaving step of the fabric body is completed, post-finishing and shaping is performed.

[0026] By adopting the above technical solution, after-finishing and shaping after the weaving step of the fabric body is completed, the bubble structure of the fabric can be further consolidated, ensuring that the bubble shape remains stable and persists during the post-processing process. The post-finishing and shaping can fix the elasticity and shape of the fabric, and prevent the deformation or disappearance of the bubble shape due to external forces such as washing, use or friction, thereby improving the durability and long-term stability of the fabric, improving the feel, softness and comfort of the fabric, and enabling the fabric to maintain long-term structural stability and high-efficiency performance while meeting aesthetics and functionality.

[0027] Optionally, the fabric body is a plain bubble fabric.

[0028] By adopting the above technical scheme, through the combination of plain weaving structure and bubble effect, a uniform and layered bubble effect is achieved on the fabric surface, enhancing the visual three-dimensional sense and touch of the fabric. The combination of simplicity and bubble effect not only improves the stability and durability of the fabric, but also makes the bubble shape more durable and stable, avoiding changes or losses in shape during use, and enhancing the softness and comfort of the fabric.

[0029] In summary, the present application includes at least one of the following beneficial technical effects:

[0030] 1. By adopting a composite structural phase and yarn structure, and utilizing the alternating application of elastic yarn and non-elastic yarn, bubble structures of different sizes and shapes are effectively formed, ensuring that the bubbles remain stable and durable during long-term use, avoiding deformation or disappearance, and improving the appearance and function of the fabric.

[0031] 2. By adding elastic yarn, the fabric as a whole has good elasticity, which can provide better comfort and fit, and adapt to different usage requirements. At the same time, the area with non-elastic yarn enhances the stability of the fabric, avoids the destruction of the bubble shape due to stretching, and improves the durability of the fabric.

[0032] 3. The formation of bubble structure on the fabric surface is precisely controlled to enhance the visual three-dimensional sense and layering, improve the texture effect and aesthetics of the fabric, which is suitable for high-end home textiles and clothing products and increases market competitiveness.

[0033] 4. The single-axis warp feeding weaving process is used in conjunction with post-finishing and shaping to further solidify the bubble structure and improve the stability of the fabric, avoiding deformation of the bubble shape due to external force or washing during use, thereby ensuring the long-term stability and high-efficiency performance of the fabric. BRIEF DESCRIPTION OF THE DRAWINGS

[0034] Figure 1 This is a schematic diagram of regular vertical bubbles of a high-performance, high-conformity, durable, and uniaxial warp-feeding bubble fabric with a composite structure and yarn structure in an embodiment of the present application.

[0035] Figure 2 This is a schematic diagram of irregular large lattice bubbles of a highly shape-retaining, durable, and efficient uniaxial warp-feeding bubble fabric with a composite structure and yarn structure in an embodiment of the present application.

[0036] Figure 3 This is a schematic diagram of regular small-cell bubbles of a highly shape-retaining, durable, and efficient uniaxial warp-feeding bubble fabric of a composite structure phase and yarn structure in an embodiment of the present application.

[0037] Explanation of the accompanying drawings: 20, fabric body; 1, warp yarn; 101, dense elastic warp yarn area A; 102, dense inelastic warp yarn area B; 2, weft yarn; 7, elastic yarn; 8, inelastic yarn; 103, dense elastic weft yarn area A; 104, dense inelastic weft yarn area B. DETAILED DESCRIPTION

[0038] The following is combined with Figure 1-3 This application is described in further detail.

[0039] The present application embodiment discloses a highly shape-preserving and durable high-efficiency uniaxial warp-letting bubble fabric with a composite structure and a yarn structure, referring to Figure 1 , including a fabric body 20, the fabric body 20 is woven by single-axis warp feeding, and bubbles of different sizes and shapes are formed by changing the elasticity or inelasticity of the yarn and the fabric structure. The fabric body 20 is woven by warp yarn 1 and weft yarn 2, and the warp yarn 1 and weft yarn 2 include elastic yarn A7 and inelastic yarn B8.

[0040] The raw material composition of warp yarn 1 and weft yarn 2 is adjusted according to the fabric number. The specific adjustments are as follows

[0041] As shown in Table 1:

[0042]

[0043] Bubble fabric is a configuration of different yarn structures, the composition of yarn raw materials and yarn structure. The yarn is composed of elastic yarn and non-elastic yarn, elastic yarn such as wool blended yarn and Lycra coated or paralleled elastic yarn, nylon filament coated Lycra elastic filament, etc. The details are shown in Table 2 below:

[0044]

[0045]

[0046] By combining the warp and weft yarn arrangement design with the fabric structure, different bubble effects are presented, as shown in Table 3 below:

[0047]

[0048]

[0049] A number of warp yarns 1 with the characteristics of elastic yarns A7 constitute a dense elastic warp yarn area A101, a number of warp yarns 1 with the characteristics of inelastic yarns B8 constitute a dense inelastic warp yarn area B102, a number of weft yarns 2 with the characteristics of elastic yarns A7 constitute a dense elastic weft yarn area A103, and a number of weft yarns 2 with the characteristics of inelastic yarns B8 constitute a dense inelastic weft yarn area B104.

[0050] Reference Figure 1 , Figure 1 The fabric with design number 780747TL has a weaving arrangement of warp yarn 1 of 4 and weft yarn 2 of Figure 1 As shown in the figure, the warp yarn 1 is arranged in 4A4B, the weft yarn 2 is arranged in 1A, the warp yarn 1 is an elastic yarn A7 with 4 arranged heads to form a dense elastic warp yarn A area 101, the inelastic yarn B8 is arranged in 4 heads to form a dense inelastic warp yarn B area 102, the weft yarn 2 is an elastic yarn A7 with 1 head, and a plurality of dense elastic warp yarn A areas 101, dense inelastic warp yarn B areas 102 arranged and woven in sequence and a weft yarn 2 with 1 elastic yarn A7 form a plain regular vertical stripe bubble.

[0051] Reference Figure 2 , Figure 2 The fabric design number is 780795SRTL, and the weaving arrangement of warp yarn 1 and weft yarn 2 is Figure 2As shown in , warp yarn 1 is arranged as 3A3B4A4B4A(3B3A)*5 or (1A1B)*3, and weft yarn 2 is arranged as (2A2B)*20 or (3A3B)*4;

[0052] In a specific implementation, the warp yarn 1 is composed of 3 elastic yarns A7 arranged to form a dense elastic warp yarn A area 101, 3 inelastic yarns B8 arranged to form a dense inelastic warp yarn B area 102, the elastic yarn A7 arranged to form 4 dense elastic warp yarns A area 101, 4 inelastic yarns B8 arranged to form a dense inelastic warp yarn B area 102, and 4 elastic yarns A7 arranged to form a dense elastic warp yarn A area 101, and the above dense areas are arranged in sequence and repeated 5 times; or 3 inelastic yarns B8 are arranged, 3 elastic yarns A7 are arranged, and the arrangement is repeated 5 times; or 1 elastic yarn A7 is arranged, 1 inelastic yarn B8 is arranged, and the arrangement is repeated 3 times;

[0053] The weft yarn 2 is an elastic yarn A7, 2 of which are arranged to form a dense elastic weft yarn A area 103, and an inelastic yarn B8, 2 of which are arranged to form a dense inelastic warp yarn B area 104, which are arranged in sequence and repeated five to twenty times; or the elastic yarn A7 is arranged in sequence with 3 pieces, and the inelastic yarn B8 is arranged in sequence with 3 pieces, which are repeated five to four times;

[0054] The above arrangement weaves irregular large lattice bubbles to form plain weave.

[0055] Reference Figure 3 , Figure 3 The fabric with design number 981092SRTLFW has a weaving arrangement of warp yarn 1 and weft yarn 2. Figure 3 As shown in the figure, the warp yarn 1 is arranged in 4A4B, and the weft yarn 2 is arranged in 4A4B. In a specific implementation, the warp yarn 1 is an elastic yarn A7 with 4 pieces arranged to form a dense elastic warp yarn A area 101, and the inelastic yarn B8 with 4 pieces arranged in sequence to form a dense inelastic warp yarn B area 102. The weft yarn 2 is an elastic yarn A7 with 4 pieces arranged to form a dense elastic weft yarn A area 103, and the inelastic yarn B8 with 4 pieces arranged in sequence to form a dense inelastic weft yarn B area 104. The above arrangement method weaves regular small grid bubbles to form a plain weave.

[0056] The implementation principle of the highly conformable and durable high-efficiency uniaxial warp-feeding bubble fabric of the embodiment of the present application is: through the uniaxial warp-feeding weaving process, combined with the alternating arrangement of elastic and inelastic yarns, a variety of bubble effects are successfully formed on the surface of the fabric. The fabric body 20 is woven from warp yarns 1 and weft yarns 20. The combination of warp yarns 1 and weft yarns 2 uses elastic yarns (such as wool blended and Lycra coated yarns) and inelastic yarns (such as nylon filaments, regenerated cellulose fibers). Through reasonable yarn arrangement design, the size, shape and distribution position of the bubbles are accurately controlled to ensure that the visual effect and tactile effect of the fabric are optimal. Specifically, the raw material composition of the fabric will be adjusted according to different fabric item numbers. Fabric 780747TL is a mixture of various fibers such as wool, nylon, polyester, etc., and special yarn specifications, such as 84 / 2 (Nm) and 90D yarn, are used to ensure that the fabric has appropriate thickness and comfort while maintaining the bubble effect; the bubble effect in the fabric design mainly relies on the different arrangements of warp and weft yarns and the use of elastic yarns, forming a variety of effects such as regular vertical stripes bubbles, complex irregular large grid bubbles and delicate small grid bubbles. Each bubble effect is achieved through different yarn combinations and fabric structure configurations, showing the rich layering and three-dimensional sense of the fabric; in the fabric with design number 780795SRTL, the warp yarns are arranged in a complex way, such as the combination of "3A3B4A4B4A" or "(1A1B)*3", and the weft yarns are arranged in a combination of "(2A2B)*20" or "(3A3B)*4". The plain fabric woven forms an irregular large grid bubble effect, which is dynamic and full of design sense; while the fabric with design number 981092SRTLFW uses a relatively simple warp and weft yarn arrangement to form a regular small grid bubble effect, showing a delicate feel and noble texture;

[0057] The realization of the bubble effect not only depends on the elasticity and arrangement of the yarn, but is also closely related to the fabric structure. The fabric structure usually adopts plain weave, and a uniform or uneven bubble effect is formed by the interweaving of different yarns. The addition of elastic yarn enables the fabric to restore the shape of the bubble when subjected to external force, maintaining the three-dimensional effect of the fabric; and the use of inelastic yarn strengthens the overall structure of the fabric through its stability, preventing the bubble shape from collapsing or deforming due to long-term wear or washing. In the local design of the fabric, dense elastic yarn areas and inelastic yarn areas are used to further enhance the three-dimensional sense and durability of the bubble effect; specifically, the dense elastic yarn area in the fabric is formed by arranging multiple elastic yarns, while the dense inelastic yarn area is supported by the arrangement of inelastic yarns, thereby ensuring that the bubble structure is clear and three-dimensional on the fabric surface. In practical applications, it can ensure that the bubble effect can still maintain its original shape after long-term use, and the comfort and aesthetics of the fabric are not affected;

[0058] The implementation principle is to achieve both elasticity and stability through the ingenious design and precise arrangement and combination of yarn structures. In the weaving process of the fabric, a fabric structure with different physical property areas is formed by reasonably matching elastic yarns and inelastic yarns, so that the fabric not only has a comfortable wearing experience, but also can maintain its unique appearance and touch for a long time. Through the stretchability of the elastic yarn, the fabric can maintain the dynamic effect of the bubble, while the inelastic yarn ensures that the original structure of the fabric is not easily changed during repeated washing or friction through its stability. The solution combining elastic and inelastic yarns solves the problem that traditional bubble fabrics are easy to deform and lose their three-dimensional sense, and enhances the durability and applicability of the fabric.

[0059] In addition, the durability of the bubble effect is further enhanced through post-finishing and shaping treatment, ensuring the stability of the fabric during use. Post-finishing can not only enhance the feel of the fabric, but also prevent the bubble structure from being destroyed during washing, thereby improving the durability of the fabric. During the post-finishing process, the fabric undergoes a special heat-setting process, and the bubble effect is firmly fixed, ensuring that the fabric remains as good as new during long-term use. The highly conformal, durable and efficient single-axis warp-feeding bubble fabric of the composite structure phase and yarn structure provided in the embodiment of the present application adopts a unique yarn combination and precise weaving design, and realizes a durable bubble effect through the reasonable combination of elastic and non-elastic yarns, and has good comfort, durability and unique visual effects.

[0060] The embodiment of the present application also discloses a method for processing a highly shape-retaining, durable and efficient single-axis warp-feeding bubble fabric with a composite structure and yarn structure, wherein the fabric body 20 is woven by single-axis warp-feeding on a loom, and the fabric body 20 is a plain bubble fabric. Bubbles of different sizes and shapes are formed by alternating application of elastic yarn A7 and inelastic yarn B8 and structural changes of the fabric body 20. After the weaving step of the fabric body 20 is completed, post-finishing and shaping are adopted, and a plain fabric with a bubble effect is formed by a single-axis warp-feeding weaving process. During the weaving process, elastic yarn A7 and inelastic yarn B8 are used alternately, and the size, shape and distribution of bubbles are precisely controlled in conjunction with changes in the fabric body structure. The alternating arrangement of elastic yarn and inelastic yarn not only forms different levels of bubble effects on the fabric surface, but also makes the fabric visually present a unique three-dimensional sense and rich layering. By adjusting the proportion and arrangement of elastic yarn and inelastic yarn, the elasticity, softness and comfort of the fabric are effectively improved, ensuring a comfortable experience of the fabric in use; after the weaving step of the fabric body is completed, a post-finishing and shaping process is further used to make the fabric bubble structure more stable and the shape more durable, thereby strengthening the structural stability of the fabric and avoiding deformation or disappearance of the bubble shape due to friction, stretching or multiple washings, thereby ensuring that the fabric maintains a good bubble effect during long-term use, further improving the durability of the fabric, enhancing its anti-deformation ability, and enabling the fabric to maintain a high stability and aesthetics after multiple washing cycles.

[0061] The implementation principle of the processing method of a highly shape-retaining, durable and efficient uniaxial warp-feeding bubble fabric of a composite structure and yarn structure in an embodiment of the present application is as follows: based on the uniaxial warp-feeding weaving technology, by precisely controlling the alternating arrangement of the elastic yarn A7 and the inelastic yarn B8, combined with the design changes of the fabric body structure, bubble effects of different sizes and shapes are formed, and by alternating the use of elastic yarns and inelastic yarns in the warp and weft yarns, the layering and three-dimensional sense of the bubbles on the surface of the fabric can be effectively adjusted, so that the fabric presents a rich visual effect. In addition, the use of elastic yarns increases the softness and comfort of the fabric, while the inelastic yarns provide stability and support for the fabric. During the weaving process, by constantly adjusting the ratio and arrangement of elastic yarns and non-elastic yarns, the distribution and shape of bubbles can be precisely controlled to ensure the elasticity, comfort and aesthetics of the fabric; after weaving, the fabric is treated with a finishing and shaping process. This step ensures the stability and durability of the bubble effect. The finishing and shaping not only enhances the structural stability of the fabric, but also effectively prevents the deformation of the bubble shape due to friction, stretching or washing, so that the fabric can maintain excellent appearance and performance after multiple washings; the processing method enables the fabric to have high elasticity, high durability and lasting bubble effect, which is suitable for high-end product fields that require exquisite appearance and strong functionality, and can provide consumers with a more comfortable and durable wearing experience.

[0062] The above are all preferred embodiments of the present application, and the protection scope of the present application is not limited thereto. Therefore, any equivalent changes made according to the structure, shape, and principle of the present application should be included in the protection scope of the present application.

Claims

1. A highly efficient uniaxial warp-letting bubble fabric with a composite structure and a yarn structure, characterized by: The invention comprises a fabric body (20), wherein the fabric body (20) is woven by single-axis warp feeding, and bubbles of different sizes and shapes are formed by changing the elasticity or inelasticity of the yarn and the fabric structure.

2. According to claim 1, a highly shape-preserving, durable, and efficient uniaxial warp-letting bubbled fabric with a composite structure and yarn structure, characterized in that: The fabric body (20) is woven from warp yarns (1) and weft yarns (2).

3. The highly shape-retaining, durable, and efficient uniaxial warp-letting bubbled fabric of the composite structure phase and yarn structure according to claim 2, characterized in that: The warp yarn (1) and the weft yarn (2) include elastic yarn A (7) and inelastic yarn B (8).

4. The highly shape-retaining, durable, and efficient uniaxial warp-letting bubbled fabric of the composite structure phase and yarn structure according to claim 3, characterized in that: A plurality of warp yarns (1) having the characteristics of elastic yarns A (7) form a dense elastic warp yarn area A (101).

5. The highly shape-retaining, durable, and efficient uniaxial warp-letting bubbled fabric of the composite structure phase and yarn structure according to claim 3, characterized in that: A plurality of warp yarns (1) characterized by the inelastic yarns B (8) form a dense inelastic warp yarn area B (102).

6. The highly shape-retaining, durable, and efficient uniaxial warp-letting bubbled fabric of the composite structure phase and yarn structure according to claim 3, characterized in that: A plurality of weft yarns (2) having the characteristics of elastic yarns A (7) form a dense elastic weft yarn area A (103).

7. The highly shape-retaining, durable, and efficient uniaxial warp-letting bubbled fabric of the composite structure phase and yarn structure according to claim 3, characterized in that: A plurality of weft yarns (2) characterized by the inelastic yarns B (8) form a dense inelastic weft yarn area B (104).

8. A method for processing a highly shape-preserving, durable, and efficient uniaxial warp-letting bubble fabric with a composite structure and a yarn structure, characterized in that: The fabric body (20) is woven by a single-axis warp feeding loom, and bubbles of different sizes and shapes are formed by alternating the application of elastic yarns A (7) and non-elastic yarns B (8) and the structural changes of the fabric body (20).

9. The method for processing a highly shape-preserving, durable, and efficient uniaxial warp-letting bubbled fabric of a composite structure phase and yarn structure according to claim 8, characterized in that: After the weaving step of the fabric body (20) is completed, post-finishing and shaping are performed.

10. The method for processing a highly shape-preserving, durable, and efficient uniaxial warp-letting bubbled fabric of a composite structure phase and yarn structure according to claim 8, characterized in that: The fabric body (20) is a plain bubble fabric.

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