Weaving method of woven shoe upper and woven shoe upper

Abstract

The invention discloses a weaving method of a woven shoe upper, comprising: designing a pattern and a tissue structure of a woven shoe upper, the woven shoe upper comprising a first tissue, a second tissue and a third tissue, the first tissue being located at the outer edge and the inner edge of the shoe upper, the second tissue being located in the middle region between the outer edge and the inner edge of the shoe upper, the third tissue being located in the transition region between the first tissue and the second tissue, the first tissue comprising a green first main tissue and a plurality of white dot tissues scattered on the first main tissue, the second tissue comprising a second main tissue and an imitation embroidery tissue arranged on the second main tissue, and the third tissue comprising a white third main tissue and a plurality of green dot tissues scattered on the third main tissue; selecting yarn; weaving a woven shoe upper grey cloth using the selected yarn; dyeing and finishing the woven woven shoe upper grey cloth; and laser cutting the woven shoe upper fabric obtained after dyeing and finishing. The invention can be integrally woven into a three-layer woven shoe upper with good appearance and good functions through a weaving process.

Description

Technical Field

[0001] The invention relates to the field of woven fabric weaving, in particular to a weaving method for a woven shoe upper, and a woven shoe upper woven by the method. Background Art

[0002] As one of the main components of shoes, the upper has a great impact on the functionality and aesthetics of the shoes. Woven fabrics can be used to make uppers. Traditional woven fabrics have the advantages of stable structure and smooth surface. When used to make uppers, the uppers have good integrity and a high degree of production automation.

[0003] However, common woven uppers are limited by the woven weaving process, and it is usually difficult to weave a structure with complex pattern combinations and good functionality. The visual effect, tactile effect and functional effect are relatively simple, and it is difficult to meet the users' increasing wearing needs. Summary of the invention

[0004] The object of the present invention is to provide a weaving method for a woven upper, which can be integrated into a three-layer woven upper with composite functions and rich visual effects through a weaving process. The specific technical solution is as follows:

[0005] A method for weaving a woven shoe upper comprises the following steps:

[0006] Designing a pattern and a weave structure of a woven shoe upper, wherein the woven shoe upper comprises a first weave, a second weave and a third weave, wherein the first weave is located at an outer edge and an inner edge of the shoe upper, the second weave is located in a middle area between the outer edge and the inner edge of the shoe upper, and the third weave is located in a transition area between the first weave and the second weave, wherein the first weave comprises a green first main weave and a plurality of white dot weaves dispersed on the first main weave, the second weave comprises a second main weave and an imitation embroidery weave arranged on the second main weave, and the third weave comprises a white third main weave and a plurality of green dot weaves dispersed on the third main weave;

[0007] Choose your yarn;

[0008] Weaving woven upper fabric using the selected yarn;

[0009] Dyeing and finishing the woven upper fabric;

[0010] The woven shoe upper fabric obtained after dyeing and finishing is laser cut to obtain the woven shoe upper.

[0011] Furthermore, in the first organization, the green first main organization is more convex than the white dot organization; in the second organization, the imitation embroidery organization is composed of a plurality of pointed-angle convex structures arranged in a regular pattern, with the pointed corners facing the toe direction of the upper, and the pointed corners of two adjacent rows of convex structures are staggered in the longitudinal direction of the upper; in the third organization, the green dot organization is more convex than the white third main organization.

[0012] Further, the selected yarns include:

[0013] Warp yarn: white round polyester fishing silk, shiny;

[0014] Weft yarn A: transparent TPU monofilament, glossy;

[0015] Weft yarn B: green polyester low-elastic light mesh DTY, semi-gloss;

[0016] Weft yarn C: fluorescent green polyester yarn, semi-dull;

[0017] Weft yarn D: white polyester heavy mesh DTY, semi-gloss;

[0018] Weft E: signal blue polyester low stretch heavy net DTY, semi-gloss;

[0019] Weft yarn F: white round nylon fishing thread, shiny;

[0020] Weft G: White polyester environmentally friendly micro-mesh DTY + spandex (empty), semi-gloss;

[0021] The weft yarn A and the weft yarn G are high-shrinkage yarns, the weft yarn F is a low-shrinkage yarn, and the shrinkage of the weft yarns B, C, D, and E is lower than that of the weft yarn A and the weft yarn G, and higher than that of the weft yarn F.

[0022] Furthermore, the green yarn used for weaving the upper is used to constitute a green first main weave in the first weave and is used to constitute a green dot weave in the third weave; the white yarn used for weaving the upper is used to constitute a white dot weave in the first weave and is used to constitute a white third main weave in the third weave; the white dot weave in the first weave and the green dot weave in the third weave are consistent in arrangement direction to achieve a transition effect.

[0023] Furthermore, the weft yarn A is interwoven with the warp yarn to form the surface layer of the woven upper, the weft yarn G is interwoven with the warp yarn to form the inner layer of the woven upper, the weft yarn F is interwoven with the surface layer and the inner layer of the woven upper to form the middle layer of the woven upper, and the weft yarns B, C, D, and E are interwoven with the warp yarns and combined with the weft yarn A, weft yarn G, and weft yarn F to form the first, second, and third tissues on the woven upper.

[0024] Further, the warp and weft interlacing method of the first main organization in the first organization is: weft yarn A has three floats and one sink, weft yarn B has seven floats and one sink, weft yarn C has one float and fifteen sinks, weft yarn D has one float and fifteen sinks, weft yarn E has one float and seven sinks, weft yarn F has one float and one sink, and weft yarn G has one float and seven sinks; the warp and weft interlacing method of the white dot organization in the first organization is: on the basis of the warp and weft interlacing method of the first main organization, the number of floating points of the weft yarn B is reduced.

[0025] Furthermore, the warp and weft interlacing method of the third main organization in the third organization is: weft yarn A floats three times and sinks once, weft yarn B floats once and sinks seven times, weft yarn C floats irregularly and the number of sinking organization points is greater than the number of floating organization points, weft yarn D floats once and sinks once, weft yarn E floats once and sinks seven times, weft yarn F floats once and sinks once, and weft yarn G floats once and sinks seven times; the warp and weft interlacing method of the green dot organization in the third organization is: on the basis of the warp and weft interlacing method of the third main organization, the number of floating organization points of weft yarn B is increased, and the number of floating organization points of weft yarn D is reduced.

[0026] Further, the warp and weft interlacing method of the second main organization in the second organization is: weft yarn A floats three times and sinks once, weft yarn B floats one time and sinks seven times, weft yarn C floats one time and sinks three times, one floats one sinks one float, one floats one sinks one sinks, weft yarn D floats irregularly and the number of sinking organization points is greater than the number of floating organization points, weft yarn E floats one time and sinks seven times, weft yarn F floats one time and sinks one, and weft yarn G floats one time and sinks seven times; the warp and weft interlacing method of the imitation embroidery organization in the second organization is: weft yarn E all floats, weft yarns B, C, and D all sink, and except for the necessary floating organization points, all other organization points of weft yarns A, F, and G sink.

[0027] Furthermore, dyeing and finishing the woven upper grey fabric includes: removing the woven upper grey fabric from the loom and performing high-temperature shaping, wherein the shaping temperature is 110-230 degrees Celsius.

[0028] A woven shoe upper is woven using the weaving method described above.

[0029] The weaving method of the woven shoe upper of the present invention can be used to weave a three-layer woven shoe upper with complex functions and rich visual effects in one piece through a weaving process, which not only has high production efficiency, but also improves the overall texture of the shoe upper. Through the selection of yarn characteristics, the comprehensive design of the shoe upper tissue and tissue weaving method, and the coordination of dyeing and finishing processes, the woven shoe upper not only maintains good fabric surface balance, but also has excellent functional characteristics and visual beauty. The overall shoe upper is straight and stylish, and at the same time does not produce a large sense of restraint on the human foot, and also presents a smooth and fluent three-dimensional beauty in visual effect. BRIEF DESCRIPTION OF THE DRAWINGS

[0030] Figure 1 It is a plan view of the woven shoe upper in the present invention.

[0031] Figure 2This is a partial enlargement of the woven upper of the present invention. Figure 1 .

[0032] Figure 3 for Figure 2 Schematic diagram of the interweaving of the warp and weft yarns of the fabric structure shown in .

[0033] Figure 4 This is a partial enlargement of the woven upper of the present invention. Figure 2 .

[0034] Figure 5 for Figure 4 Schematic diagram of the interweaving of the warp and weft yarns of the fabric structure shown in .

[0035] Figure 6 This is a partial enlargement of the woven upper of the present invention. Figure 3 .

[0036] Figure 7 for Figure 6 Schematic diagram of the interweaving of the warp and weft yarns of the fabric structure shown in . DETAILED DESCRIPTION

[0037] In order to better understand the purpose, structure and function of the present invention, the weaving method of the woven shoe upper and the woven shoe upper of the present invention are described in detail below with reference to the accompanying drawings.

[0038] like Figures 1 to 7 As shown, the woven upper in the present invention is woven as a whole by a weaving method, and specifically includes a first tissue 1, a second tissue 2 and a third tissue 3, wherein the first tissue 1 is located at the outer edge and the inner edge of the upper, the second tissue 2 is located in the middle area between the outer edge and the inner edge of the upper, and the third tissue 3 is located in the transition area between the first tissue 1 and the second tissue 2.

[0039] Specifically, the first tissue 1 has a more compact structure as a whole, so it has a harder texture, which can make the outer and inner edges of the upper more straight and the upper as a whole is not easy to deform; the second tissue 2 has a relatively loose structure as a whole, so it has a softer texture, which has less restraint on the foot and can provide a more sufficient and comfortable activity space for the foot; the density of the third tissue 3 is between the first tissue 1 and the second tissue 2, which plays a transitional role and can make the transition of softness and hardness between the first tissue 1 and the second tissue 2 more natural. Through the coordinated cooperation of the first tissue 1, the second tissue 2 and the third tissue 3, when the upper is subjected to external force and deformed by bending, stretching, etc., on the one hand, the overall shape of the upper can remain straight and will not produce a greater sense of restraint on the human foot, and on the other hand, the overall deformation effect of the upper is also smoother and smoother, which can not only improve the comfort of wearing, but also be more natural and beautiful in visual effect.

[0040] Furthermore, the first tissue 1 includes a green first main tissue 11, on which a plurality of white dot tissues 12 are regularly arranged, and the third tissue 3 includes a white third main tissue 31, on which a plurality of green dot tissues 32 are regularly arranged. The first tissue 1 and the third tissue 3 are opposite in visual effect, and the green yarn used for weaving the upper is used to form the green first main tissue 11 in the first tissue 1, and is used to form the green dot tissue 32 in the third tissue 3; the white yarn used for weaving the upper is used to form the white dot tissue 12 in the first tissue 1, and is used to form the white third main tissue 31 in the third tissue 3; at the same time, the white dot tissue 12 in the first tissue 1 and the green dot tissue 32 in the third tissue 3 are consistent in arrangement direction, so that the third tissue 3 and the first tissue 1 form a good transition effect, which is not only reflected in the transition of softness and hardness between different areas of the upper, but also presents a smooth transition beauty in visual effect.

[0041] The second tissue 2 includes an imitation embroidery tissue 22 and a second main tissue 21. The second main tissue 21 is lighter in color than the third tissue 3 as a whole, so that the first tissue 1, the second tissue 2 and the third tissue 3 together form a three-dimensional visual effect with a darker edge and a lighter middle area, which increases the visual layering of the overall upper. The imitation embroidery tissue 22 is composed of a plurality of sharp-angled protrusion structures arranged regularly, with the sharp-angled parts facing the toe direction of the upper, and the sharp-angled parts of two adjacent rows of protrusion structures are arranged in a staggered manner in the longitudinal direction of the upper. The imitation embroidery tissue 22 not only adds the beauty of the embroidery pattern to the upper, and makes the overall visual effect of the upper more layered, but also can guide and limit the deformation direction of the area where the second tissue 2 is located to a certain extent, and further enhance the overall straight and stylish texture of the upper on the premise of wearing comfort, and reduce the problems of upper deformation caused by long-term wear.

[0042] Specifically, the weaving method of the woven shoe upper in the present invention comprises the following steps:

[0043] 1. Design the pattern and structure of the woven upper.

[0044] The first tissue 1 is located at the outer edge and the inner edge of the upper, the second tissue 2 is located in the middle area between the outer edge and the inner edge of the upper, and the third tissue 3 is located in the transition area between the first tissue 1 and the second tissue 2; the first tissue 1 includes a green first main tissue 11 and a plurality of white dot tissues 12 scattered on the first main tissue 11, the second tissue 2 includes a second main tissue 21 and an imitation embroidery tissue 22 arranged on the second main tissue 21, and the third tissue 3 includes a white third main tissue 31 and a plurality of green dot tissues 32 scattered on the third main tissue 31. The white dot tissue 12 in the first tissue 1 and the green dot tissue 32 in the third tissue 3 are consistent in arrangement direction to achieve a transition effect.

[0045] 2. Choose yarn.

[0046] Warp yarn: white round polyester fishing silk, shiny, 100D;

[0047] Weft yarn A: transparent TPU monofilament, glossy, 190D;

[0048] Weft yarn B: green polyester low-elastic light mesh DTY, semi-gloss, 300D;

[0049] Weft yarn C: fluorescent green polyester yarn, semi-dull, 300D;

[0050] Weft D: White polyester heavy mesh DTY, semi-gloss, 300D;

[0051] Weft E: signal blue polyester low-stretch heavy net DTY, semi-gloss, 300D;

[0052] Weft yarn F: white round nylon fishing thread, glossy, 120D;

[0053] Weft G: White polyester eco-friendly micro mesh DTY + 40D spandex (empty), semi-gloss, 150D.

[0054] Among them, weft yarn A and weft yarn G are high-shrinkage yarns, weft yarn F is a low-shrinkage yarn, and the shrinkage of weft yarns B, C, D, and E is lower than that of weft yarn A and weft yarn G, and higher than that of weft yarn F.

[0055] 3. Use the yarn to weave woven shoe upper fabric.

[0056] During weaving, weft yarn A can be interwoven with warp yarn to form the surface layer of the woven upper, weft yarn G can be interwoven with warp yarn to form the inner layer of the woven upper, and weft yarn F can be interwoven with the surface layer and the inner layer of the woven upper to form the middle layer of the woven upper. Since weft yarn A and weft yarn G have high shrinkage and weft yarn F has low shrinkage, when the surface layer and the inner layer where weft yarn A and weft yarn G are located shrink, the low shrinkage of weft yarn F can push the surface layer and the inner layer of the upper apart, thereby forming a middle layer in a void state. Weft yarns B, C, D, and E can be interwoven with warp yarns, and are combined with weft yarn A, weft yarn G, and weft yarn F to form the first tissue 1, the second tissue 2, and the third tissue 3 on the woven upper of the present invention.

[0057] The joining area between the surface layer and the middle layer is the upper joining area, and the joining area between the middle layer and the inner layer is the lower joining area. The upper joining areas are arranged side by side and spaced apart, and the lower joining areas are arranged side by side and spaced apart. The side-by-side direction of the upper joining areas is the same as the side-by-side direction of the lower joining areas, and the upper joining areas and the lower joining areas are arranged in an offset manner.

[0058] Specifically, Figure 3 , Figure 5 and Figure 7The schematic diagram of the warp and weft interweaving is shown, wherein the black weave points indicate the floating of the warp yarns, the red weave points indicate the floating of the weft yarn A, the green weave points indicate the floating of the weft yarn B, the dark blue weave points indicate the floating of the weft yarn C, the yellow weave points indicate the floating of the weft yarn D, the light blue weave points indicate the floating of the weft yarn E, the pink weave points indicate the floating of the weft yarn F, and the gray weave points indicate the floating of the weft yarn G.

[0059] like Figure 3 , Figure 5 and Figure 7 As shown, the first area 41 shows the warp and weft interlacing method of the first organization 1, the second area 42 shows the warp and weft interlacing method of the third organization 3, the third area 43 shows the warp and weft interlacing method of the imitation embroidery structure in the second organization 2, and the fourth area 44 shows the warp and weft interlacing method of the second main organization 21 in the second organization 2.

[0060] Specifically, the warp and weft interweaving method of the first main organization 11 in the first organization 1 is: weft yarn A floats three times and sinks once, weft yarn B floats seven times and sinks once, weft yarn C floats one and fifteen times and sinks one time, weft yarn D floats one and fifteen times and sinks one time, weft yarn E floats one and sinks seven times, weft yarn F floats one and sinks one time, and weft yarn G floats one and sinks seven times; the warp and weft interweaving method of the white dot organization 12 in the first organization 1 is: on the basis of the warp and weft interweaving method of the first main organization 11, the number of floating points of the weft yarn B is reduced.

[0061] In the above interweaving method, weft yarn B uses green semi-glossy polyester yarn, and weft yarn C uses fluorescent green semi-dull polyester yarn. These two green yarns with different colors and light perceptions are mixed to form the first main tissue 11 in the first tissue 1, which not only makes the first tissue 1 appear green as a whole, but also makes this green have a richer sense of hierarchy. In addition, since weft yarn B and weft yarn C are low-elasticity and low-shrinkage yarns, in the first tissue 1, the green first main tissue 11 will be slightly convex, and the white dot tissue 12 will be slightly concave, forming a three-dimensional structure, and making the first tissue 1 more stiff and less prone to deformation as a whole.

[0062] Specifically, the warp and weft interweaving method of the second main organization 21 in the second organization 2 is: weft yarn A floats three times and sinks once, weft yarn B floats one time and sinks seven times, weft yarn C floats one time and sinks three times, one floats one sinks one float, one floats one sinks one sinks, weft yarn D floats irregularly and the number of sinking organization points is greater than the number of floating organization points, weft yarn E floats one time and sinks seven times, weft yarn F floats one time and sinks, and weft yarn G floats one time and sinks seven times; the warp and weft interweaving method of the imitation embroidery organization 22 in the second organization 2 is: weft yarn E all floats, weft yarns B, C, and D all sink, and except for the necessary floating organization points, all other organization points of weft yarns A, F, and G sink, and the necessary floating organization points refer to the organization points for ensuring the basic properties of the surface, inner and middle layers of the woven upper.

[0063] In the above interweaving method, the weft yarn E is made of low-shrinkage semi-light signal blue polyester low-elastic heavy mesh DTY. When the weft yarn A and the weft yarn G shrink, the continuously floating weft yarn E can form continuous convex line segments to a large extent, thereby forming an imitation embroidery effect. This method can not only enhance the visual effect of the upper, but also can be woven in one piece through shuttle weaving, without the need for a separate embroidery process, and has high production efficiency.

[0064] Specifically, the warp and weft interlacing method of the third main organization 31 in the third organization 3 is: weft yarn A floats three times and sinks once, weft yarn B floats once and sinks seven times, weft yarn C floats irregularly and the number of sinking organization points is greater than the number of floating organization points, weft yarn D floats once and sinks once, weft yarn E floats once and sinks seven times, weft yarn F floats once and sinks, and weft yarn G floats once and sinks seven times; the warp and weft interlacing method of the green dot organization 32 in the third organization 3 is: on the basis of the warp and weft interlacing method of the third main organization 31, the number of floating organization points of weft yarn B is increased, and the number of floating organization points of weft yarn D is reduced.

[0065] In the above interweaving method, the weft yarn B is made of green semi-gloss polyester yarn, and the weft yarn C is made of fluorescent green semi-dull polyester yarn. These two green yarns with different colors and light perceptions are mixed to form the green dot structure 32 in the third structure 3, which can make the green have a richer sense of layering. At the same time, since the weft yarn B and the weft yarn C are low-elasticity and low-shrinkage yarns, the green dot structure 32 will be slightly convex in the third structure 3 to form a three-dimensional structure, thereby improving the overall texture of the shoe upper.

[0066] 4. Dye and finish the woven upper fabric.

[0067] The woven upper fabric is removed from the loom for high-temperature shaping at a temperature of 110-230 degrees Celsius. Since weft yarns A and G have high shrinkage and weft yarn F has low shrinkage, at the shaping temperature, the surface layer and the inner layer where weft yarns A and G are located will shrink, and at the same time, the low-shrinkage weft yarn F will push the surface layer and the inner layer of the upper apart, thereby forming an intermediate layer between the surface layer and the inner layer, and obtaining a three-layer woven upper fabric.

[0068] Weft yarn B and weft yarn C have low shrinkage. At the setting temperature, the surface layer and the inner layer where weft yarn A and weft yarn G are located shrink. At the same time, weft yarn B and weft yarn C form a slightly convex first main structure 11 at the first structure 1, and form a slightly convex green dot structure 32 at the third structure 3.

[0069] The weft yarn E has low shrinkage. At the setting temperature, the surface layer and the inner layer where the weft yarn A and the weft yarn G are located shrink. At the same time, the weft yarn E forms an obvious and continuous upward convex line segment at the second tissue 2 to constitute the imitation embroidery tissue 22.

[0070] 5. Laser cutting of dyed and finished woven upper fabrics can be obtained. Figure 1 Woven upper shown.

[0071] The present invention also discloses a woven shoe upper made by the weaving method. In the weaving method, by selecting yarn characteristics, comprehensively designing shoe upper tissue and tissue weaving method, and coordinating dyeing and finishing processes, the woven shoe upper not only maintains good fabric surface balance, but also has excellent functional characteristics and visual beauty.

[0072] The terms “above”, “below” and “within” mentioned above include the number or entity itself; the terms “exceed” and “outside” do not include the number or entity itself.

[0073] The present invention is further described above with the help of specific embodiments, but it should be understood that the specific description here should not be understood as limiting the essence and scope of the present invention. Various modifications made to the above embodiments by ordinary technicians in this field after reading this specification belong to the scope of protection of the present invention. The various specific technical features described in the above specific embodiments can be combined in any suitable manner without contradiction. In order to avoid unnecessary repetition, the embodiments of the present invention will not be described separately for various possible combinations.

[0074] If the embodiments of the present invention involve directional indications (such as up, down, left, right, front, back, etc.), the directional indications are only used to explain the relative position relationship, movement status, etc. between the components under a certain specific posture (as shown in the accompanying drawings). If the specific posture changes, the directional indication will also change accordingly.

Claims

1. A method for weaving a woven shoe upper, characterized in that: The following steps are involved: Designing a pattern and a weave structure of a woven shoe upper, wherein the woven shoe upper comprises a first weave, a second weave and a third weave, wherein the first weave is located at an outer edge and an inner edge of the shoe upper, the second weave is located in a middle area between the outer edge and the inner edge of the shoe upper, and the third weave is located in a transition area between the first weave and the second weave, wherein the first weave comprises a green first main weave and a plurality of white dot weaves dispersed on the first main weave, the second weave comprises a second main weave and an imitation embroidery weave arranged on the second main weave, and the third weave comprises a white third main weave and a plurality of green dot weaves dispersed on the third main weave; Choose your yarn; Weaving woven upper fabric using the selected yarn; Dyeing and finishing the woven upper fabric; The woven shoe upper fabric obtained after dyeing and finishing is laser cut to obtain the woven shoe upper.

2. The method for weaving a woven shoe upper according to claim 1, characterized in that: In the first organization, the green first main organization is more convex than the white dot organization; in the second organization, the imitation embroidery organization is composed of a plurality of pointed-angle convex structures arranged in a regular pattern, with the pointed corners facing the toe direction of the upper, and the pointed corners of two adjacent rows of convex structures are staggered in the longitudinal direction of the upper; in the third organization, the green dot organization is more convex than the white third main organization.

3. The method for weaving a woven shoe upper according to claim 1, characterized in that: The yarns selected include: Warp yarn: white round polyester fishing silk, shiny; Weft yarn A: transparent TPU monofilament, glossy; Weft yarn B: green polyester low-elastic light mesh DTY, semi-gloss; Weft yarn C: fluorescent green polyester yarn, semi-dull; Weft yarn D: white polyester heavy mesh DTY, semi-gloss; Weft E: signal blue polyester low stretch heavy mesh DTY, semi-gloss; Weft yarn F: white round nylon fishing thread, shiny; Weft G: White polyester environmentally friendly micro-mesh DTY + spandex (empty), semi-gloss; The weft yarn A and the weft yarn G are high-shrinkage yarns, the weft yarn F is a low-shrinkage yarn, and the shrinkage of the weft yarns B, C, D, and E is lower than that of the weft yarn A and the weft yarn G, and higher than that of the weft yarn F.

4. The method for weaving a woven shoe upper according to claim 3, characterized in that: The green yarn used for weaving the upper is used to form a green first main weave in the first weave and is used to form a green dot weave in the third weave; The white yarn used for weaving the upper is used to form a white dot weave in the first weave and to form a white third main weave in the third weave; the white dot weave in the first weave and the green dot weave in the third weave are arranged in the same direction to achieve a transition effect.

5. The method for weaving a woven shoe upper according to claim 3, characterized in that: The weft yarn A is interwoven with the warp yarn to form the surface layer of the woven upper, the weft yarn G is interwoven with the warp yarn to form the inner layer of the woven upper, the weft yarn F is interwoven with the surface layer and the inner layer of the woven upper to form the middle layer of the woven upper, the weft yarns B, C, D, and E are interwoven with the warp yarns, and are combined with the weft yarn A, weft yarn G, and weft yarn F to form the first, second, and third tissues on the woven upper.

6. The method for weaving a woven shoe upper according to any one of claims 3 to 5, characterized in that: The warp and weft interlacing method of the first main organization in the first organization is: weft yarn A floats three times and sinks once, weft yarn B floats seven times and sinks once, weft yarn C floats one and fifteen sinks, weft yarn D floats one and fifteen sinks, weft yarn E floats one and seven sinks, weft yarn F floats one and sinks one, and weft yarn G floats one and seven sinks; the warp and weft interlacing method of the white dot organization in the first organization is: on the basis of the warp and weft interlacing method of the first main organization, reduce the number of floating points of the weft yarn B.

7. The method for weaving a woven shoe upper according to claim 6, characterized in that: The warp and weft interlacing method of the third main organization in the third organization is: weft yarn A floats three times and sinks once, weft yarn B floats once and sinks seven times, weft yarn C floats irregularly and the number of sinking organization points is greater than the number of floating organization points, weft yarn D floats once and sinks once, weft yarn E floats once and sinks seven times, weft yarn F floats once and sinks once, and weft yarn G floats once and sinks seven times; the warp and weft interlacing method of the green dot organization in the third organization is: on the basis of the warp and weft interlacing method of the third main organization, the number of floating organization points of weft yarn B is increased, and the number of floating organization points of weft yarn D is reduced.

8. The method for weaving a woven shoe upper according to claim 3 or 5, characterized in that: The warp and weft interlacing method of the second main organization in the second organization is: weft yarn A floats three times and sinks once, weft yarn B floats one time and sinks seven times, weft yarn C floats one time and sinks three times, one floats one sinks one float, one floats one sinks one sinks, weft yarn D floats irregularly and the number of sinking organization points is greater than the number of floating organization points, weft yarn E floats one time and sinks seven times, weft yarn F floats one time and sinks one, and weft yarn G floats one time and sinks seven times; the warp and weft interlacing method of the imitation embroidery organization in the second organization is: weft yarn E all floats, weft yarns B, C, and D all sink, and except for the necessary floating organization points, all other organization points of weft yarns A, F, and G sink.

9. The method for weaving a woven shoe upper according to any one of claims 1 to 5, characterized in that: The dyeing and finishing of the woven upper fabric includes: removing the woven upper fabric from the loom and performing high-temperature shaping, wherein the shaping temperature is 110-230 degrees Celsius.

10. A woven shoe upper, characterized in that: It is woven using the weaving method described in any one of claims 1 to 9.

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