Curve gilded fabric
By using a base fabric with interwoven warp and weft yarns to form curved areas in the hot stamping fabric, the adhesion and flexibility of the hot stamping layer are increased, solving the problems of easy damage and wrinkling of hot stamping fabric and achieving an improved gloss effect.
Patent Information
- Application Number
- CN202520569492.X
- Authority / Receiving Office
- CN · China
- Patent Type
- Utility models(China)
- Current Assignee / Owner
- Filing Date
- 2025-03-28
- Publication Date
- 2026-02-13
- Estimated Expiration
- 2035-03-28
AI Technical Summary
The existing hot stamping fabrics lack flexibility, making the hot stamping layer easily damaged and wrinkled.
The base fabric is made of interwoven warp and weft yarns to form two curved areas, creating grooves and protrusions respectively. The adhesion of the hot stamping layer is increased by transitioning through different widths, and the curved structure of the fabric reflects light to enhance the gloss effect.
It improves the fabric's flexibility, reduces damage and wrinkles to the hot stamping layer, and adds depth and dynamism to the gloss effect.
Smart Images
Figure CN223907233U_ABST
Abstract
Description
TECHNICAL FIELD
[0001] The utility model relates to the field of fabric, more particularly to a curve gilded fabric. BACKGROUND
[0002] At present, the base cloth of gilded fabric mostly adopts plain weave or common twill interweave, but the plain weave and common twill interweave make the arrangement between fibers close, thereby leading to insufficient flexibility of the fabric, so when the surface of the fabric is gilded, folding is easy to produce wrinkles, thereby damaging the gilding layer. SUMMARY
[0003] The utility model discloses a curve gilded fabric, which is formed by interweaving warp yarns and weft yarns to form two curve areas of the base cloth, and the two curve areas form grooves and protrusions respectively, and the grooves and protrusions in the two curve areas form different widths for transition, thereby dispersing the folding stress of the fabric, increasing the adhesion of the gilding layer, and making the fabric reflect light through the gilding layer while forming multi-angle gloss, thereby increasing the gloss effect of the fabric.
[0004] To achieve the above object, the utility model adopts the following technical scheme: a curve gilded fabric, comprising a base cloth layer and a gilding layer above the base cloth layer, the base cloth layer comprises alternately arranged first curve areas and second curve areas, each first curve area comprises a first curve protrusion in the middle and two first curve grooves on both sides, and each second curve area comprises two second curve protrusions on both sides and a second curve groove in the middle.
[0005] The utility model further sets up that the inclination angle alpha of the first curve area is 40 degrees-73 degrees.
[0006] The utility model further sets up that the height difference H of the first curve protrusion and the first curve groove is higher than the height difference L of the second curve protrusion and the second curve groove.
[0007] The utility model further sets up that along the width direction of the fabric, the distance between the first curve area and the second curve area first increases and then decreases in turn.
[0008] The utility model further sets up that along the width direction of the fabric, the width of the first curve protrusion and the first curve groove first increases and then decreases in turn.
[0009] The utility model further sets up that along the width direction of the fabric, the width of the second curve groove first increases and then decreases in turn.
[0010] The present invention is further configured such that, along the fabric width direction, the widest part of the first curved protrusion has 12 warp weft points and the widest part of the first curved groove has 10 weft weft points; along the fabric length direction, the widest part of the first curved protrusion has 4 warp weft points and the widest part of the first curved groove has 3 weft weft points.
[0011] The present invention is further configured such that the fabric is woven with 28 warp yarns and 26 weft yarns in one weave cycle. In one weave cycle, each first curve area is formed by 28 warp yarns and 26 weft yarns interwoven, and each second curve area is formed by 28 warp yarns and 26 weft yarns interwoven.
[0012] In summary, this utility model has the following beneficial effects:
[0013] The base fabric, with its warp and weft yarns interwoven in two curved areas, forms raised and recessed sections within each area. These raised and recessed sections increase the contact area between the hot stamping layer and the base fabric, thereby enhancing the adhesion of the hot stamping layer. Furthermore, the raised and recessed sections in the two curved areas create a transition of different widths, allowing the fabric to distribute bending stress, making it less prone to wrinkles and increasing its resilience after wrinkling. This reduces damage to the hot stamping layer. Additionally, the structure of the two curved areas and the hot stamping layer creates a more curvilinear gloss effect on the fabric surface, enhancing its sheen. Attached Figure Description
[0014] Figure 1 This is a schematic diagram of the structure of a curved hot stamping fabric in this embodiment;
[0015] Figure 2 for Figure 1 A sectional view along the A-A direction;
[0016] Figure 3 for Figure 2 Enlarged view of point B in the middle;
[0017] Figure 4 This is a diagram of the fabric structure of a curved hot stamping base layer in this embodiment.
[0018] Reference numerals: hot stamping layer 30, base fabric layer 40, first curved area 401, second curved area 402, first curved protrusion 4011, first curved groove 4012, second curved protrusion 4021, second curved groove 4022. Detailed Implementation
[0019] Clearly, the described embodiments are only a part of the embodiments of the present application, rather than all the embodiments. Based on the embodiments of the present application, all other embodiments obtained by those skilled in the art without creative labor fall within the scope of protection of the present application.
[0020] As shown in Figure 1 — Figure 4 The embodiment discloses a curved gilded fabric, which comprises a base cloth layer 40 and a gilded layer 30 located above the base cloth layer 40. The base cloth layer 40 fabric is formed by 28 warp yarns and 26 weft yarns in one organizational cycle. In one organizational cycle, each first curved area 401 is formed by the interweaving of 28 warp yarns and 26 weft yarns, and each second curved area 402 is formed by the interweaving of 26 warp yarns and 21 weft yarns. Therefore, the base cloth layer 40 comprises the first curved area 401 and the second curved area 402. Therefore, after the gilded layer 30 is covered on the curved base cloth layer 40 through the gilding process, the reflection path of light on the surface of the gilded layer 30 is changed through the curved shape, so that the fabric produces light with varying intensity and brightness at different angles, thereby increasing the gloss of the fabric.
[0021] In the first curved area 401 formed by interlacing 28 warp yarns and 26 weft yarns in one weave cycle, the 1st warp yarn interlaces with the 1st-4th weft yarns to form a warp point, the 1st warp yarn interlaces with the 5th-7th weft yarns and the 24th-26th weft yarns to form a weft point, the 2nd warp yarn interlaces with the 3rd-6th weft yarns to form a warp point, the 2nd warp yarn interlaces with the 1st, 2nd, 26th weft yarns and the 7th-9th weft yarns to form a weft point, the 3rd warp yarn interlaces with the 5th-8th weft yarns to form a warp point, the 3rd warp yarn interlaces with the 2nd-4th weft yarns and the 9th-11th weft yarns to form a weft point, the 4th warp yarn interlaces with the 7th-10th weft yarns to form a warp point, the 4th warp yarn interlaces with the 4th-6th weft yarns and the 11th-13th weft yarns to form a weft point, the 5th warp yarn interlaces with the 8th-11th weft yarns to form a warp point, the 5th warp yarn interlaces with the 5th-7th weft yarns and the 12th-14th weft yarns to form a weft point, the 6th warp yarn interlaces with the 9th-12th weft yarns to form a warp point, the 6th warp yarn interlaces with the 6th-8th weft yarns and the 13th-15th weft yarns to form a weft point, the 7th warp yarn interlaces with the 10th-13th weft yarns to form a warp point, the 7th warp yarn interlaces with the 7th-9th weft yarns and the 14th-16th weft yarns to form a weft point, the 8th, 9th warp yarns interlace with the 11th-14th weft yarns to form a warp point, the 8th, 9th warp yarns interlace with the 8th-10th weft yarns and the 15th-17th weft yarns to form a weft point, the 10th, 11th, 12th warp yarns interlace with the 12th-15th weft yarns to form a warp point, the 10th, 11th, 12th warp yarns interlace with the 9th-11th weft yarns and the 16th-18th weft yarns to form a weft point, the 13th, 14th, 15th, 16th warp yarns interlace with the 13th-16th weft yarns to form a warp point, the 13th, 14th, 15th, 16th warp yarns interlace with the 10th-12th weft yarns and the 17th-19th weft yarns to form a weft point, the 17th, 18th, 19th warp yarns interlace with the 14th-17th weft yarns to form a warp point, the 17th, 18th, 19th warp yarns interlace with the 11th-13th weft yarns and the 18th-20th weft yarns to form a weft point, the 20th, 21st warp yarns interlace with the 14th-17th weft yarns to form a warp point, the 20th, 21st warp yarns interlace with the 12th-14th weft yarns and the 19th-21st weft yarns to form a weft point, the 22nd warp yarn interlaces with the 16th-19th weft yarns to form a warp point, the 22nd warp yarn interlaces with the 13th-15th weft yarns and the 20th-22nd weft yarns to form a weft point, the 23rd warp yarn interlaces with the 17th-20th weft yarns to form a warp point, the 23rd warp yarn interlaces with the 14th-16th weft yarns and the 21st-23rd weft yarns to form a weft point, the 24th warp yarn interlaces with the 18th-21st weft yarns to form a warp point, the 24th warp yarn interlaces with the 15th-17th weft yarns and the 22nd-24th weft yarns to form a weft point, the 25th warp yarn interlaces with the 19th-22nd weft yarns to form a warp point, the 25th warp yarn interlaces with the 16th-18th weft yarns and the 23rd-25th weft yarns to form a weft point, the 26th warp yarn interlaces with the 21st-24th weft yarns to form a warp point, the 26th warp yarn interlaces with the 18th-20th weft yarns and the 25th, 26th, 1st weft yarns to form a weft point, the 27th warp yarn interlaces with the 23rd-26th weft yarns to form a warp point, the 27th warp yarn interlaces with the 20th-22nd weft yarns and the 1st-3rd weft yarns to form a weft point, the 28th warp yarn interlaces with the 25th, 26th, 1st, 2nd weft yarns to form a warp point, the 28th warp yarn interlaces with the 3rd-5th weft yarns and the 9th-11th weft yarns to form a weft point, because the warp points form the first curved protrusion 4011,The weft points form the first curved concave grooves 4012, and in each warp yarn, the warp points are in the middle of the weft points, so each first curved area 401 includes one first curved convex 4011 in the middle and two first curved concave grooves 4012 on both sides, and because the warp points are on the warp yarns and the weft points are on the weft yarns, the first curved convex 4011 is higher than the first curved concave grooves 4012, and the height difference H between the first curved convex 4011 and the first curved concave grooves 4012 causes the light at the first curved concave grooves 4012 to form partial shadows after the fabric covers the gold stamping layer 30, and the light at the first curved convex 4011 is concentrated and reflected, thereby making the luster level more abundant, and the combination of the first curved concave grooves 4012 and the first curved convex 4011 provides more space and room for the fabric when it is bent or folded, reduces the stress concentration of the internal fibers of the fabric, thereby increasing the flexibility of the fabric.
[0022] Because the number of warp points on the weft yarns of the first curved convex 4011 increases and then decreases along the diagonal and then cycles, and the number of weft points on the weft yarns of the first curved concave grooves 4012 also increases and then decreases along the diagonal and then cycles, the width of the first curved convex 4011 and the first curved concave grooves 4012 increases and then decreases along the width direction of the fabric and then cycles, and the inclination angle α of the first curved area 401 is 40-73 degrees, preferably, the inclination angle α of the first curved area 401 is 45 degrees, so that the first curved convex 4011 and the first curved concave grooves 4012 form a gradually changing width, so that the fabric has more space to deform when stressed, and the curved shape formed diagonally allows the internal fibers of the fabric to quickly return to their original state after stress is removed, thereby reducing wrinkles on the surface of the fabric.
[0023] In the second curved area 402 formed by 28 warp yarns and 26 weft yarns in one weave cycle, the 1st warp yarn weaves with the 21st and 23rd weft yarns to form a warp point, the 1st warp yarn weaves with the 22nd weft yarn to form a weft point, the 2nd warp yarn weaves with the 23rd and 25th weft yarns to form a warp point, the 2nd warp yarn weaves with the 24th weft yarn to form a weft point, the 3rd warp yarn weaves with the 1st and 25th weft yarns to form a warp point, the 3rd warp yarn weaves with the 26th weft yarn to form a weft point, the 4th warp yarn weaves with the 1st and 3rd weft yarns to form a warp point, the 4th warp yarn weaves with the 2nd weft yarn to form a weft point, the 5th warp yarn weaves with the 2nd and 4th weft yarns to form a warp point, the 5th warp yarn weaves with the 3rd weft yarn to form a weft point, the 6th warp yarn weaves with the 3rd and 5th weft yarns to form a warp point, the 6th warp yarn weaves with the 4th weft yarn to form a weft point, the 7th warp yarn weaves with the 4th and 6th weft yarns to form a warp point, the 7th warp yarn weaves with the 5th weft yarn to form a weft point, the 8th and 9th warp yarns weave with the 5th and 7th weft yarns to form warp points, the 8th and 9th warp yarns weave with the 6th weft yarn to form weft points, the 10th, 11th and 12th warp yarns weave with the 6th and 8th weft yarns to form warp points, the 10th, 11th and 12th warp yarns weave with the 7th weft yarn to form weft points, the 13th, 14th, 15th and 16th warp yarns weave with the 7th and 9th weft yarns to form warp points, the 13th, 14th, 15th and 16th warp yarns weave with the 8th weft yarn to form weft points, the 17th, 18th and 19th warp yarns weave with the 8th and 10th weft yarns to form warp points, the 17th, 18th and 19th warp yarns weave with the 9th weft yarn to form weft points, the 20th and 21st warp yarns weave with the 9th and 11th weft yarns to form warp points, the 20th and 21st warp yarns weave with the 10th weft yarn to form weft points, the 22nd warp yarn weaves with the 10th and 12th weft yarns to form warp points, the 22nd warp yarn weaves with the 11th weft yarn to form a weft point, the 23rd warp yarn weaves with the 11th and 13th weft yarns to form warp points, the 23rd warp yarn weaves with the 12th weft yarn to form a weft point, the 24th warp yarn weaves with the 12th and 14th weft yarns to form warp points, the 24th warp yarn weaves with the 13th weft yarn to form a weft point, the 25th warp yarn weaves with the 13th and 15th weft yarns to form warp points, the 25th warp yarn weaves with the 14th weft yarn to form a weft point, the 26th warp yarn weaves with the 15th and 17th weft yarns to form warp points, the 26th warp yarn weaves with the 16th weft yarn to form a weft point, the 27th warp yarn weaves with the 17th and 19th weft yarns to form warp points, the 27th warp yarn weaves with the 18th weft yarn to form a weft point, the 28th warp yarn weaves with the 19th and 21st weft yarns to form warp points, the 28th warp yarn weaves with the 20th weft yarn to form a weft point, because the warp points form the second curved protrusions 4021, the weft points form the second curved recesses 4022, and in each warp yarn, the weft points are located in the middle of the warp points, thus each second curved area 402 includes two second curved protrusions 4021 on both sides and one second curved recess 4022 in the middle, and because the warp points are on the warp yarns and the weft points are on the weft yarns, thus the second curved protrusions 4021 are higher than the second curved recesses 4022, and the height difference L between the second curved protrusions 4021 and the second curved recesses 4022, thus the first curved area 401 and the second curved area 402 both form concave-convex surfaces, thus the gold stamping layer 30 and the base fabric layer 40 are more closely attached, reducing the falling off of the gold stamping layer 30.
[0024] Because the number of warp points on the weft yarn of the second curve protrusion 4021 increases first and then decreases along the oblique direction in turn, and the number of weft points on the weft yarn of the second curve groove 4022 also increases first and then decreases along the oblique direction in turn, along the width direction of the fabric, the width of the second curve groove 4022 increases first and then decreases in turn, referring to Figure 4 Because the weft yarn of the second curve area 402 is on both sides of the weft yarn of the first curve groove 4012, the second curve area 402 is located in the middle of the two first curve grooves 4012, because the first curve groove 4012 and the first curve protrusion 4011 change from sharp to slow in the oblique direction, and the second curve groove 4022 and the second curve protrusion 4021 change with the change of the first curve area 401, therefore, the organization points of the second curve area 402 also change from sharp to slow, therefore, along the width direction of the fabric, the distance between the first curve area 401 and the second curve area 402 increases first and then decreases in turn, therefore, when the fabric is subjected to external force, the bending or folding of the second curve area 402 to the first curve area 401 forms a buffer, thereby increasing the flexibility of the fabric, and at the same time, the gloss covered by the gold stamping layer 30 increases the level of gloss, and the gloss of the fabric is more dynamic.
[0025] Because along the width direction of the fabric, the widest part of the first curve protrusion 4011 is 12 warp stitches, the widest part of the first curve groove 4012 is 10 weft stitches, along the length direction of the fabric, the widest part of the first curve protrusion 4011 is 4 warp stitches, and the widest part of the first curve groove 4012 is 3 weft stitches, and along the length direction of the fabric, the second curve protrusion 4021 is 1 stitch wide, and the second curve groove 4022 is also 1 stitch wide, therefore, the height difference H between the first curve protrusion 4011 and the first curve groove 4012 is higher than the height difference L between the second curve protrusion 4021 and the second curve groove 4022, therefore, the fabric surface forms different widths and different heights at the same time, therefore, the fabric can transition along the change of the curve when subjected to external force, thereby dispersing stress, thereby improving the flexibility of the fabric, and through the change of the curve, the fibers inside the fabric can quickly return to their original state after the stress is removed, thereby reducing wrinkles of the fabric, and the change of different heights and widths makes the gold stamping layer 30 and the base fabric layer 40 fit more closely, thereby making the level of gloss more abundant and at the same time reducing the falling of the gold stamping layer 30.
[0026] The preferred embodiments of the present application have been described above, the protection scope of the present application is not limited to the above-mentioned embodiments, any technical solutions falling within the concept of the present application shall fall within the protection scope of the present application. It should be noted that for ordinary technical personnel in the technical field, some improvements and decorations without departing from the principles of the present application shall also be considered as the protection scope of the present application.
Claims
1. A curved gilded fabric, characterized in that, The gilding layer (30) is arranged above the base cloth layer (40), and the base cloth layer (40) comprises first curve areas (401) and second curve areas (402) arranged in an alternating cycle, each first curve area (401) comprises a first curve convex (4011) arranged in the middle and two first curve grooves (4012) arranged on both sides, and each second curve area (402) comprises two second curve convexes (4021) arranged on both sides and a second curve groove (4022) arranged in the middle.
2. A curved gilded fabric according to claim 1, characterized in that, The inclination angle α of the first curve area (401) is 40-73 degrees.
3. A curved gilded fabric according to claim 1, characterized in that, The height difference H between the first curve convex (4011) and the first curve groove (4012) is higher than the height difference L between the second curve convex (4021) and the second curve groove (4022).
4. The curved gilded fabric according to claim 1, characterized in that, Along the width direction of the fabric, the distance between the first curve area (401) and the second curve area (402) first increases and then decreases in turn.
5. A curved gilded fabric according to claim 1, characterized in that, Along the width direction of the fabric, the width of the first curve convex (4011) and the first curve groove (4012) first increases and then decreases in turn.
6. A curved gilded fabric according to claim 1, characterized in that, Along the width direction of the fabric, the width of the second curve groove (4022) first increases and then decreases in turn.
7. A curved gilded fabric according to claim 1, characterized in that, Along the width direction of the fabric, the widest part of the first curve convex (4011) is 12 warp knitting points, and the widest part of the first curve groove (4012) is 10 weft knitting points; along the length direction of the fabric, the widest part of the first curve convex (4011) is 4 warp knitting points, and the widest part of the first curve groove (4012) is 3 weft knitting points.
8. A curved gilded fabric according to claim 1, characterized in that, The fabric is knitted with 28 warps and 26 wefts in one knitting cycle, and in one knitting cycle, each first curve area (401) is knitted by 28 warps and 26 wefts, and each second curve area (402) is knitted by 28 warps and 26 wefts.