Fabric structure with graphic effect and wearable product

Abstract

The utility model provides a fabric structure with a graphic effect and a wearable product, and relates to the technical field of cloth production. Comprising first elastic cloth, second elastic cloth and an elastic graphic information layer arranged between the first elastic cloth and the second elastic cloth, and at least one of the first elastic cloth and the second elastic cloth is transparent so as to display graphic information of the graphic information layer; the graphic information layer sequentially comprises the following structures: a graphic information bearing layer which is an elastic gelatinous layer and is arranged on the first elastic cloth; and the second adhesive layer is at least partially arranged on the graphic information bearing layer and is adhered to the second elastic cloth. According to the scheme, the production efficiency of the fabric with the lace effect is improved, and the fabric has a good elastic effect.

Description

Technical Field

[0001] The utility model relates to the technical field of fabric production, and in particular to a fabric structure with graphic effects, a fabric production method and a wearable product. Background Art

[0002] Lace fabrics have good aesthetic effects, so some women use lace fabrics on their underwear to make them more popular with consumers. However, in the prior art, in order to achieve the lace effect, underwear fabrics generally use traditional embroidery lace, but the fabrics made by embroidery have no elasticity and have many thread ends, which makes them uncomfortable when directly applied to underwear. On the other hand, the elastic process of traditional lace fabrics uses elastic thread to weave a pattern blank, and then dyes, irons, shapes, and cuts it. The whole process requires manual operation, resulting in low work efficiency, complicated steps, and a high defective rate.

[0003] Although there are also methods of directly printing patterns on fabrics to make the fabrics have good aesthetic effects, the existing printing schemes generally print the printed materials directly on the fabrics. However, this method will cause the printed patterns to become hard and easily fall off the fabrics. When the fabrics are used in underwear, such as underwear, panties, waist guards and other products, they are directly exposed to the fabrics and are easy to come into contact with human skin, so that the pigments and other chemicals inside come into direct contact with the human body, which is not good for health. In addition, only the back side can be used as a skin-friendly layer during use, which causes troubles for both production and users. Utility Model Content

[0004] The utility model discloses a fabric structure with graphic effects, aiming to improve the problems of poor elasticity and troublesome manufacturing of existing fabrics with lace effects.

[0005] The utility model adopts the following scheme: a fabric structure with graphic effects, comprising: a first elastic fabric, a second elastic fabric, and an elastic graphic information layer arranged between the first elastic fabric and the second elastic fabric; the graphic information layer sequentially comprises the following structures: a first adhesive layer, which is arranged on the first elastic fabric; a graphic information bearing layer, which is an elastic colloid layer, which is at least partially arranged on the first adhesive layer, and the elastic colloid forms the graphic information; a second adhesive layer, which is at least partially arranged on the graphic information bearing layer and adheres to the second elastic fabric.

[0006] Furthermore, the elastic colloid of the graphic information bearing layer is mixed with a filling foaming agent to form the specific 3D graphic information.

[0007] Furthermore, a viscose ring is provided along the contour of the specific graphic information so that the foaming agent swells along the longitudinal direction of the elastic fabric to form a 3D pattern and the upper and lower fabrics are not easily separated under the action of external force.

[0008] The utility model also provides a wearable product, which is made by using any one of the above-mentioned fabric structures with graphic effects.

[0009] Furthermore, the wearable article is underwear or underpants or a bodysuit or a waist protector or a swimsuit.

[0010] Furthermore, the wearable article is made of the fabric structure with graphic effects at specific locations.

[0011] Beneficial effects:

[0012] The utility model provides a graphic information bearing layer between the double-layer elastic fabric, so that the fabric can have various patterns through the graphic information bearing layer, forming a 3D lace aesthetic effect; here, the graphic information bearing layer is arranged between the two fabrics, so that both sides of the fabric can be used as the close-fitting surface, without distinguishing the pattern surface, solving the problem that the existing fabric with lace pattern effect needs to strictly distinguish the front and back sides, and the 3D effect can be reflected on each side. And the fabric can have good elasticity in all four directions, is not limited by the wire material, and when it is made into female underwear, it can fit the cup perfectly, without cutting and splicing, making the whole underwear more advanced. On the other hand, the fabric made by this method will not produce thread ends, and can be directly combined with the fabric, and then the finished product can be made by cutting, without dyeing, shaping, etc., which can simplify the process and save water resources. At the same time, the heat transfer sticker is formed by screen printing, which greatly improves the forming efficiency of the elastic layer lace, and then the multi-layer fabric is formed by screen printing, without embroidery, splicing and other processes, so that the production efficiency of the fabric is greatly improved. BRIEF DESCRIPTION OF THE DRAWINGS

[0013] Figure 1 This is a structural schematic diagram of a fabric structure with a graphic effect in Example 1 of the utility model;

[0014] Figure 2 This is a structural schematic diagram of a patterned portion of a fabric structure with a graphic effect in Example 1 of the utility model;

[0015] Figure 3 This is a structural schematic diagram of a wearable garment made of a fabric structure with graphic effects in Example 1 of the utility model;

[0016] Figure 4This is a schematic structural diagram of a transfer sticker for a fabric structure with a graphic effect in Example 2 of the utility model;

[0017] Figure 5 This is a schematic diagram of the hierarchical structure of a transfer sticker for a fabric structure with a graphic effect in Example 2 of the utility model;

[0018] Figure 6 This is another hierarchical structure schematic diagram of a fabric structure with graphic effects in Example 2 of the utility model;

[0019] Figure 7 This is a schematic structural diagram of a wearable product in Embodiment 2 of the present utility model;

[0020] Figure 8 It is a schematic diagram of a wearable article on which a transfer sticker is printed in Embodiment 2 of the present utility model;

[0021] Fig. 9 This is a schematic structural diagram of a fabric with 3D graphics in Example 3 of the utility model;

[0022] Fig.10 This is another structural schematic diagram of a fabric with a 3D pattern in Example 3 of the utility model;

[0023] Fig.11 yes Fig. 9 and Fig.10 A schematic diagram of a cross-sectional layer of a foaming layer of a fabric with a 3D pattern;

[0024] Fig.12 This is another structural schematic diagram of a fabric with 3D graphics in Example 3 of the utility model;

[0025] Fig.13 yes Fig.12 A schematic diagram of a cross-sectional layer of a foaming layer of a fabric with a 3D pattern;

[0026] Fig.14 This is a front view structural diagram of a bra structure with a pattern in Embodiment 5 of the present utility model;

[0027] Fig.15 This is a schematic diagram of the layer structure of a bra structure with a pattern in Embodiment 5 of the present utility model; DETAILED DESCRIPTION

[0028] Example 1

[0029] Combination Figures 1 to 3As shown, this embodiment provides a fabric structure with graphic effects, including: a first elastic fabric 1.1, a second elastic fabric 1.5, and an elastic graphic information layer arranged between the first elastic fabric 1.1 and the second elastic fabric 1.5, at least one of the first elastic fabric 1.1 and the second elastic fabric 1.5 is transparent to display the graphic information of the graphic information layer; the graphic information layer includes the following structures in sequence: a graphic information bearing layer 1.3, which is an elastic colloid layer, arranged on the first elastic fabric 1.1, and the elastic colloid forms the graphic information; a second adhesive layer 1.4, which is at least partially arranged on the graphic information bearing layer 1.3 and adheres to the second elastic fabric.

[0030] In this embodiment, the first elastic fabric 1.1 and the second elastic fabric 1.5 can be made of the same fabric. Of course, different fabrics can be used to meet some usage requirements. The fabric here can be ultra-thin perforated fabric, ultra-thin swimming fabric, polyester fiber, cotton, etc. In one embodiment, the first elastic fabric 1.1 can be set as a transparent ultra-thin fabric, and the second elastic fabric 1.5 can be set as a relatively thick elastic fabric, so that when the graphic information bearing layer 1.3 is set between the two pieces of fabric, the pattern effect of the graphic information bearing layer 1.3 can be conveniently displayed through the transparent fabric. At the same time, since a layer of ultra-thin transparent fabric is set on the outside of the graphic information bearing layer 1.3, a hazy visual effect will be produced, which is more suitable for use in the field of underwear. In another embodiment, the first elastic fabric 1.1 and the second elastic fabric 1.5 can both be transparent ultra-thin fabrics, so that when using, there is no need to distinguish the front and back. In this embodiment, the elastic fabric is skin-friendly, so when used in the field of underwear, it can be worn on both sides without distinguishing between the front and back sides, and the pattern effect of the graphic information bearing layer 1.3 can be seen on both sides. At the same time, due to its good elasticity, the graphic information bearing layer 1.3 will not be damaged after pulling.

[0031] In a preferred embodiment, the graphic information bearing layer 1.3 further comprises a first adhesive layer 1.2, which is disposed on the first elastic fabric 1.1, and the graphic information bearing layer 1.3 is disposed on the first adhesive layer 1.2 and fixedly connected to the first elastic fabric 1.1 through the first adhesive layer 1.2. Here, the first adhesive layer 1.2, the graphic information bearing layer 1.3 and the second adhesive layer 1.4 are arranged in the pattern of the specific graphic information so that the remaining area of ​​the fabric can be breathable.

[0032] Specifically, the first adhesive layer 1.2 and the second adhesive layer 1.4 are used to bond the graphic information bearing layer 1.3 to the double-sided fabric, so as to fix the graphic information bearing layer 1.3 between the two layers of fabric. Here, the first adhesive layer 1.2 and the second adhesive layer 1.4 can be made of hot melt adhesive, but are not limited thereto, and other transparent adhesives can also be used. In one embodiment, the first adhesive layer 1.2 is printed on the first elastic fabric 1.1 by screen printing, and then the graphic information bearing layer 1.3 is also printed on the first adhesive layer 1.2 by screen printing, so that one side of the graphic information bearing layer 1.3 is fixed on the first adhesive layer 1.2, and then the second adhesive layer 1.4 is printed on the other side of the graphic information bearing layer 1.3 by screen printing, and the second elastic fabric 1.5 is placed on the second adhesive layer 1.4, so as to form the fabric. Here, the shapes of the first adhesive layer 1.2 and the second adhesive layer 1.4 are the same as the shape of the graphic information bearing layer 1.3, and may also be slightly larger than the edge of the graphic information bearing layer 1.3.

[0033] Combination Figure 2As shown, in this embodiment, the graphic information bearing layer 1.3 is arranged between the first adhesive layer 1.2 and the second adhesive layer 1.4. Here, the graphic information bearing layer 1.3 can be made of polyurethane material, which has good elastic effect and is elastic in all directions. When it is printed on the cloth, it can be pulled in all directions of the circumferential side together with the cloth, that is, it has elastic properties in all directions. Here, the graphic information bearing layer 1.3 can be printed on the first adhesive layer 1.2 by screen printing. Of course, in other embodiments, it can also be sprayed. In one embodiment, the graphic information bearing layer 1.3 can have different colors, and different color effects can be achieved by transferring different colors. Since the first adhesive layer 1.2 and the second adhesive layer 1.4 are transparent hot melt adhesives, the color of the graphic information bearing layer 1.3 will not be concealed. Here, the graphic information bearing layer 1.3 can be provided with various lace patterns, which can be text, patterns, logos, etc. At the same time, due to the design of the lace pattern, the graphic information bearing layer 1.3 has more gaps, which can make the fabric have better air permeability when transferred to the fabric. That is, in one embodiment, the graphic information bearing layer 1.3 has more gaps or holes, and the gaps or holes can be naturally formed during the lace design process. In this embodiment, the first adhesive layer 1.2 and the second adhesive layer 1.4 are at least partially arranged on the graphic information bearing layer 1.3, including the first adhesive layer 1.2 and the second adhesive layer 1.4 partially mixed and overlapped with the graphic information bearing layer 1.3, and also including the first adhesive layer 1.2 and the second adhesive layer 1.4 fixedly bonded to the graphic information bearing layer 1.3. The remaining area of ​​the fabric described in this embodiment includes the gaps or holes, and the area within the pattern range of the graphic information bearing layer 1.3.

[0034] In another embodiment, the graphic information bearing layer 1.3 may be mixed with a filler pigment or a foaming agent. The color of the graphic information bearing layer 1.3 may be changed by mixing with the pigment. Additives such as a foaming agent and a fluorescent powder may be used to achieve different effects on the graphic information bearing layer 1.3, such as a 3D effect, a fluorescent effect, etc. Moreover, since the pigment and the foaming agent are covered by the first adhesive layer 1.2 and the second adhesive layer 1.4, after being made into a fabric, the fabric will not fade during washing, and will not deteriorate due to contact with water.

[0035] In this embodiment, by setting the graphic information bearing layer 1.3 between two fabrics and fixing them with the first adhesive layer 1.2 and the second adhesive layer 1.4, a fabric with a 3D lace effect is formed together with the fabric, which can be used to make wearable clothes, etc., and with the elastic ultra-thin transparent fabric, the fabric can have a visible lace effect, producing the same aesthetic effect as the existing lace, and at the same time has high multi-directional elasticity. When applied to underwear, it can be fixed on the surface of the cup as a whole when matched with the cup, without the need for splicing, and the underwear has better elasticity. In addition, through this solution, the fabric has no thread ends, which is more comfortable; it does not need to be dyed and other processes, which is more environmentally friendly and safe.

[0036] The utility model also provides a method for manufacturing a fabric structure with graphic effects as described in any one of the above items, comprising the following steps:

[0037] S1, unfolding and placing the first elastic fabric 1.1;

[0038] S2, printing the graphic information bearing layer 1.3 on the first elastic fabric 1.1;

[0039] S3, continue to print the second adhesive layer 1.2 with the same pattern on the graphic information bearing layer 1.3;

[0040] S4, unfolding the second elastic fabric 1.5 and placing it on the second adhesive layer 1.4;

[0041] S5. Press the first elastic fabric 1.1 and the second elastic fabric 1.5 together by a heat press device, so that the graphic information bearing layer 1.3 is attached to the first elastic fabric 1.1, the second adhesive layer 1.4 is attached to the second elastic fabric 1.5, and the graphic information bearing layer 1.3 and the second adhesive layer 1.4 are tightly bonded.

[0042] In a preferred embodiment, in step S2, a first adhesive layer 1.2 having the same pattern as the graphic information bearing layer is first printed on the first elastic fabric 1.1, and then the graphic information bearing layer 1.3 corresponding to the first adhesive layer 1.2 is printed on the first adhesive layer 1.2, so that the graphic information bearing layer 1.3 is connected to the first elastic fabric 1.1 through the first adhesive layer 1.2.

[0043] In this embodiment, the hot press device is an existing flat press, which moves relative to the upper and lower ends of the first elastic fabric 1.1 and the second elastic fabric 1.5 to press the first elastic fabric 1.1 and the second elastic fabric 1.5 together, and melts the first adhesive layer 1.2 and the second adhesive layer 1.4 by high temperature, and penetrates into the gaps between the fabrics, thereby fixing the fabrics. The hot pressing temperature here is between 150°-210°, preferably between 170°-190°. In this embodiment, the first adhesive layer 1.2, the graphic information bearing layer 1.3, and the second adhesive layer 1.4 are all formed by screen printing, which can greatly improve efficiency.

[0044] In the above embodiment, repeated hot pressing can be used to improve the firmness of the connection between the adhesive layer and the fabric. Specifically, the adhesive can penetrate into the fabric through two or more hot pressings. Taking two hot pressings as an example, the temperature of the first hot pressing is lower than the temperature of the second hot pressing. For example, the temperature of the first hot pressing is 170°, and the temperature of the second hot pressing is 190°. The second hot pressing temperature is higher than the first hot pressing temperature because the fabric has been formed during the second hot pressing. Therefore, the fabric can heat-melt the first adhesive layer 1.2 of the first hot pressing again to ensure the bonding effect between the first elastic fabric 1.1 and the second elastic fabric 1.5 and the adhesive layer. When the fabric is produced by the above method, automated production can be achieved, and the speed of drawing patterns on the fabric is greatly improved by screen printing. Through this embodiment, the fabric can have a 3D lace effect and good elasticity.

[0045] Example 2

[0046] Combination Figures 4 to 8 As shown, another embodiment of the utility model provides a transfer sticker for a fabric structure with graphic effects, which can be used to make the fabric, thereby improving the fabric production efficiency. Specifically, the transfer sticker includes: a film substrate 2.1, on which a transfer layer is removably provided, and the transfer layer at least includes: a first adhesive layer 2.2, which is provided above the film substrate 2.1 and is suitable for bonding with the fabric during the transfer process; a graphic information bearing layer 2.3, which is an elastic colloid, at least partially provided on the first adhesive layer 2.2, and forms specific graphic information or color above the film substrate 2.1; a second adhesive layer 2.4, which is at least partially provided on the graphic information bearing layer 2.3 and is used to bond another fabric.

[0047] In this embodiment, the film substrate 2.1 can be made of a plastic sheet, such as PET material, and the transfer layer can be printed on the top of the film substrate 2.1. Of course, the material of the film substrate 2.1 is not limited to this. In a preferred embodiment, the upper and lower surfaces of the film substrate 2.1 are provided with a silicone oil layer, and the silicone oil layer can be coated on the film substrate 2.1 by an extruder. The purpose of providing the silicone oil layer in this embodiment is that during hot pressing, the transfer layer can be smoothly bonded to the cloth, and will not be thermally fixed on the film substrate 2.1 due to heat, which has the effect of improving the peeling performance. Here, the silicone oil layer is coated on both sides of the film substrate because when there are multiple transfer stickers stacked together or rolled up during large-scale production, when the number is large, a certain pressure will be generated, which makes it easy for the transfer layer of the adjacent transfer sticker to be bonded to the film substrate 2.1 of another transfer sticker, thereby causing the transfer sticker to be destroyed and unable to achieve automated production. By providing a silicone oil layer on both sides, on the one hand, the peeling efficiency of the transfer layer and the membrane substrate 2.1 can be improved when the fabric is thermally transferred, and on the other hand, the thermal transfer layer can be prevented from sticking to the membrane substrate 2.1 during hot pressing or large-scale production.

[0048] In this embodiment, the first adhesive layer 2.2 and the second adhesive layer 2.4 are used to bond the graphic information bearing layer 2.3 to the double-sided cloth, so as to fix the graphic information bearing layer 2.3 between the two layers of cloth. Here, the first adhesive layer 2.2 and the second adhesive layer 2.4 can be made of hot melt adhesive, but are not limited thereto, and other transparent adhesives can also be used. In one embodiment, the first adhesive layer 2.2 is printed on the film substrate 2.1 by screen printing, and then the graphic information bearing layer 2.3 is also printed on the first adhesive layer 2.2 by screen printing, so that one side of the graphic information bearing layer 2.3 is fixed on the first adhesive layer 2.2, and then the second adhesive layer 2.4 is printed on the other side of the graphic information bearing layer 2.3 by screen printing, and the transfer layer is formed after cooling, thereby forming an independent transfer sticker together with the film substrate 2.1, which can be used to transfer the heat transfer layer to the cloth. Here, the shapes of the first adhesive layer 2.2 and the second adhesive layer 2.4 are the same as the shape of the graphic information bearing layer 2.3. In this embodiment, the first adhesive layer 2.2 and the second adhesive layer 2.4 are at least partially disposed on the graphic information bearing layer 2.3, including the first adhesive layer 2.2 and the second adhesive layer 2.4 partially overlapping with the graphic information bearing layer 2.3, and also including the first adhesive layer 2.2 and the second adhesive layer 2.4 fixedly bonding with the graphic information bearing layer 2.3.

[0049] In this embodiment, the graphic information bearing layer 2.3 is arranged between the first adhesive layer 2.2 and the second adhesive layer 2.4. Here, the graphic information bearing layer 2.3 can be made of polyurethane material, which has good elastic effect and elasticity in all directions. When it is transferred to the cloth, it can be pulled in the circumferential direction together with the cloth, that is, it has elastic properties in all directions. Here, the graphic information bearing layer 2.3 can be transferred to the first adhesive layer 2.2 by screen printing. In one embodiment, the graphic information bearing layer 2.3 can have different colors, for example, different color effects can be achieved by adding different colorants. Since the first adhesive layer 2.2 and the second adhesive layer 2.4 are transparent hot melt adhesives, the color of the graphic information bearing layer 2.3 will not be covered. Here, the graphic information bearing layer 2.3 can be provided with a variety of lace patterns, which can be text, patterns, logos, etc. At the same time, due to the design of the lace pattern, there are more gaps on the graphic information bearing layer 2.3, which can make the fabric have a better breathable effect when transferred to the cloth. That is, in one embodiment, the graphic information bearing layer 2.3 has a large number of gaps or holes, which can be naturally formed during the lace design process. The first adhesive layer 2.2, the graphic information bearing layer 2.3 and the second adhesive layer 2.4 are arranged in the style of the specific graphic information so that the remaining area of ​​the fabric can be breathable. The remaining area of ​​the fabric described in this embodiment includes the gaps or holes, and the area within the pattern range of the graphic information bearing layer 2.3. In the remaining part, the two fabrics can be unfixedly connected, or fixed at specific locations by sewing thread, or the two layers of fabric can be connected at specific locations by hot melt adhesive.

[0050] In another embodiment, the graphic information bearing layer 2.3 may be mixed with a filler pigment or a foaming agent. The color of the graphic information bearing layer 2.3 may be changed by mixing with the pigment. Different effects, such as 3D effect, fluorescent effect, etc., may be achieved in the graphic information bearing layer 2.3 by using additives such as a foaming agent and a fluorescent powder. Since the pigment and the foaming agent are covered by the first adhesive layer 2.2 and the second adhesive layer 2.4, the fabric will not fade during washing and will not deteriorate due to contact with water. Preferably, since the internal strength of the foaming layer is low and it is easy to be torn during pulling, a viscose ring is provided on the graphic information of the graphic information bearing layer 2.3 along the outline of the specific graphic information so that the foaming agent bulges along the longitudinal direction of the fabric to form a 3D graphic and the upper and lower fabrics are not easy to separate under the action of external force. That is, the adhesive ring can improve the connection strength of the foaming position in the foaming part. At the same time, due to the effect of the surrounding ring, the foaming agent can only bulge in the longitudinal direction of the two layers of cloth, but will not extend laterally, thereby improving the 3D effect.

[0051] In this embodiment, the transfer layer is arranged in multiple layers and is located between two fabrics when transferred to the fabrics, and together with the fabrics, forms a fabric with a 3D lace effect, which can be used to make wearable clothing, etc., and when combined with an elastic ultra-thin fabric, the fabric can have a visible lace effect, producing the same aesthetic effect as existing lace, and at the same time has high multi-directional elasticity. When applied to underwear, it cooperates with the cup and can be fixed on the surface of the cup as a whole without the need for splicing, and the underwear has better elastic properties.

[0052] This embodiment also provides a method for making a fabric structure with a graphic effect, using the transfer sticker described above, comprising the following steps:

[0053] S1, unfolding the first elastic fabric 2.5 on the base surface;

[0054] S2, placing the transfer sticker on the first elastic fabric 2.5, so that the second adhesive layer 2.4 is in contact with the first elastic fabric 2.5;

[0055] S3, pressing the first elastic fabric 2.5 and the transfer sticker together by a heat press device, so that the second adhesive layer 2.4 is attached to the first elastic fabric 2.5;

[0056] S4, peeling the film substrate 2.1 from the transfer sticker;

[0057] S5, unfolding the second elastic fabric 2.6 and placing it on the first adhesive layer 2.2;

[0058] S6. Press the second elastic fabric 2.6 and the first elastic fabric 2.5 together by a heat press device, so that the first adhesive layer 2.2 is adhered to the second elastic fabric 2.6.

[0059] In the above embodiment, at least one of the first elastic fabric 2.5 and the second elastic fabric 2.6 is an ultra-thin elastic fabric, such as an existing skin-friendly ultra-thin swimming fabric, ultra-thin perforated fabric, elastic fabric nylon, polyester fiber, cotton and the like. In the above steps, the hot pressing temperature is between 150° and 210°, and the temperature of the first hot pressing is lower than the temperature of the second hot pressing. For example, the temperature of the first hot pressing is 170°, and the temperature of the second hot pressing is 190°. The second hot pressing temperature is higher than the first hot pressing temperature because the fabric is formed during the second hot pressing, so the fabric can heat-melt the first adhesive layer 2.2 of the first hot pressing again to ensure the bonding effect between the first elastic fabric 2.5 and the second elastic fabric 2.6 and the transfer layer. During the hot pressing process, since the hot melt adhesive melts, it will penetrate into the interior of the fabric under pressure, thereby ensuring the connection effect between the transfer layer and the fabric. When the fabric is produced by the above method, automated production can be achieved, and only the transfer layer needs to be thermally transferred to the fabric each time by thermal transfer, which greatly improves the speed of drawing patterns on the fabric. And through this embodiment, the fabric can have a 3D lace effect and good elasticity.

[0060] Example 3

[0061] Combination Figures 9 to 13 As shown, this embodiment provides another fabric with 3D graphics. In this embodiment, the fabric includes: a first elastic fabric layer 3.1, a second elastic fabric layer 3.6, at least a portion of the area between the first elastic fabric layer 3.1 and the second elastic fabric layer 3.6 is formed with a foaming layer 3.2 formed by foaming a foaming material to form a graphic, and also includes an encircling ring 3.3, the encircling ring 3.3 is arranged along the outer contour of the graphic so that the foaming layer 3.2 bulges along the longitudinal direction of the encircling ring 3.3 when foaming to form a 3D graphic. Here, the foaming material can be mixed in the elastic colloid of the graphic information bearing layer.

[0062] In this embodiment, the first elastic fabric layer 3.1 and the second elastic fabric layer 3.6 can be made of ultra-thin fabrics, such as ultra-thin swimming fabrics, ultra-thin porous fabrics, nylon fabrics, polyester fabrics, etc., or transparent fabrics, so that the color of the foaming layer 3.2 can be displayed. In the position where the foaming layer 3.2 is not provided, the first elastic fabric layer 3.1 and the second elastic fabric layer 3.6 can be separated from each other, or can be partially connected by means of hot melt adhesive or the like.

[0063] The foaming material can be foaming powder, foaming agent, etc., which can be fluffy in the same direction at high temperature to form a foamed 3D graphic effect. The 3D graphic is convex in the first elastic fabric layer 3.1, and correspondingly, it is concave in the second elastic fabric layer 3.6 to form the 3D graphic. The foaming layer 3.2 can be set to various patterns, texts, etc., which can form the pattern as a whole, or a larger foaming layer 3.2 area can be surrounded by several smaller sub-patterns. For example, when the pattern of the foaming layer 3.2 is a flower, the petals can be separated from the stamens, or they can be connected. Here, the foaming height can be controlled by controlling the dosage of the foaming material, for example, different amounts of foaming materials are set at different heights. The pattern and shape of the foaming layer 3.2 are not specifically limited here, and can be designed as needed.

[0064] The encircling ring 3.3 is arranged around the foam layer 3.2 to enhance the connection strength between the foam layer 3.2 and the first elastic fabric layer 3.1 and the second elastic fabric layer 3.6, thereby solving the problem of poor connection strength between the fluffy foam materials, especially the problem that the foam layer 3.2 is easily separated due to its fluffy texture during washing. Fig. 9 As shown, the peripheral side mentioned here can be closely attached to the edge of the foaming layer 3.2 and have contact with the foaming layer 3.2, such as Fig.12 As shown, there may also be a small gap between the foaming layer 3.2. Fig.10 As shown, when the pattern formed by the foaming layer 3.2 includes several small modules, the encircling ring 3.3 can be set at the edge of each small module, or the encircling ring 3.3 can be set at the outer edge of the entire pattern. Specifically, this embodiment takes the encircling ring 3.3 being set at the edge of the foaming layer 3.2 and the foaming layer 3.2 as an example for explanation. Here, the encircling ring 3.3 can be made of hot melt adhesive material. In this embodiment, the encircling ring 3.3 is closed around the side of the foaming layer 3.2, so that it is more beautiful and tight when connected. Of course, in other embodiments, the encircling ring 3.3 can be provided with a notch, but the notch is much smaller than the area of ​​the encircling ring 3.3, so as to ensure the connection effect.

[0065] In one embodiment, a first adhesive layer 3.4 and a second adhesive layer 3.5 are respectively provided on the upper and lower surfaces of the foaming layer 3.2, wherein the first adhesive layer 3.4 is suitable for connecting the foaming layer 3.2 with the first elastic fabric layer 3.1, and the second adhesive layer 3.5 is suitable for connecting the second elastic fabric layer 3.6. The first adhesive layer 3.4 and the second adhesive layer 3.5 can be made of hot melt adhesive. By providing the first adhesive layer 3.4 and the second adhesive layer 3.5, the connection strength between the foaming material and the fabric layer can be improved, and the fabric in the foaming layer 3.2 part is prevented from being separated from the foaming layer 3.2 due to the reduced viscosity of the foaming material after foaming. Further, the first adhesive layer 3.4 and the second adhesive layer 3.5 are connected to the encircling ring 3.3, so that the encircling ring 3.3 and the first adhesive layer 3.4 and the second adhesive layer 3.5 can be connected into a whole in the foaming layer 3.2 area, effectively improving the connection strength of the foaming layer 3.2 area to the fabric layer.

[0066] The method for making the fabric with 3D graphics comprises the following steps:

[0067] S1, coating the foaming material at the corresponding position of the first elastic fabric layer 3.1 according to the contour of the required pattern, and applying the rubber material around the foaming material;

[0068] S2, placing the second elastic fabric layer 3.6 on top of the first elastic fabric layer 3.1;

[0069] S3. Use a heat press to heat press the first elastic fabric layer 3.1 and the second elastic fabric layer 3.6. The heat press temperature is 150°-210° and the heat press time is 30-60s.

[0070] In this embodiment, in S1, the increase or decrease of the foaming material can be controlled according to the height of the foaming height required by the foaming layer 3.2 to form foaming layers 3.2 of different heights, so as to form a 3D pattern effect with distinct heights. Here, colorant can also be added to the foaming layer 3.2 to change the color of the foaming layer 3.2, without the need for a dyeing process, thereby simplifying the production process. Further, in S1, adhesive is applied to the upper and lower parts of the foaming material to form the first adhesive layer 3.4 and the second adhesive layer 3.5 respectively, thereby improving the connection strength between the foaming layer 3.2 and the fabric layer. In step S3, the hot pressing temperature is preferably 170°-190°. When the foaming material is hot-pressed by a flat hot press, on the one hand, the first elastic fabric layer 3.1 and the second elastic fabric layer 3.6 are connected to each other through the foaming material and the encircling ring 3.3, and on the other hand, the high temperature causes the foaming material to be fluffy in a single direction, thereby forming a 3D effect.

[0071] Example 4

[0072] The embodiment of the utility model provides a wearable product, which is made by the fabric structure with graphic effects described above. The wearable product is underwear or panties or a bodysuit or a waist protector or a swimsuit. The wearable product is made by the fabric structure with graphic effects at a specific part, for example, the fabric structure with graphic effects can be set at the front, back or side of the clothing.

[0073] Example 5

[0074] Combination Figure 14 to Figure 15 As shown, a wearable article is provided herein, specifically a bra structure with graphics, including an underwear main body 4.10, wherein the underwear main body 4.10 includes a first elastic fabric layer 4.11, a cup layer 4.12, an elastic fabric layer 4.13, a graphic information bearing layer 4.15 and a surface fabric layer 4.17 which are arranged in sequence from the inside to the outside, wherein the graphic information bearing layer 4.15 is bonded to the elastic fabric layer 4.13 and the surface fabric layer 4.17 by a transparent adhesive layer, and the graphic information bearing layer 4.15 is elastic colloid, and the graphic information bearing layer forms specific graphic information or color.

[0075] In this embodiment, the shape of the underwear body 4.10 can be designed as needed, for example, it can be set as a sports underwear shape or a bikini shape, and can be provided with shoulder straps or not. This embodiment is described by taking the shoulder straps as an example, but is not limited to this.

[0076] The underwear body 4.10 includes a front part, a rear part and shoulder straps. The front part here refers to the part located on the chest when worn, and the rear part refers to the part located on the back when worn. The front part is connected to the rear part; of course, in some embodiments, only the front part is provided, and the rear part is not provided, or the rear part is only provided with a tightening belt. In this embodiment, taking the example that only the front part has a pattern, the front part of the underwear body 4.10 is provided with a first elastic fabric layer 4.11, a cup layer 4.12, an elastic fabric layer 4.13, a graphic information bearing layer 4.15 and a surface fabric layer 4.17 from the inside to the outside. Here, the first elastic fabric layer 4.11 is made of skin-friendly fabric, such as cotton fabric, polyester fabric, nylon fabric, stretch fabric, etc., which has a certain elasticity and is comfortable to contact with the skin. The first elastic fabric layer 4.11 is connected to the rear part to form a whole. Of course, the first elastic fabric layer 4.11 and the rear part can be made of the same fabric. Here, the elastic fabric layer 4.13, the graphic information bearing layer 4.15 and the surface fabric layer 4.17 can also be arranged on the side and the rear of the bra main body and designed according to the needs.

[0077] The cup layer 4.12 is disposed between the first elastic fabric layer 4.11 and the elastic fabric layer 4.13. Specifically, an installation space suitable for installing the cup is formed between the elastic fabric layer 4.13 and the first elastic fabric layer 4.11. The cup is detachably provided on the cup layer 4.12. The cup can be a polyester fiber cup with good softness, but is not limited thereto. An opening (not shown) suitable for the cup to enter and exit is formed between the elastic fabric layer 4.13 and the first elastic fabric layer 4.11, so that the cup can be easily taken out and put in.

[0078] The elastic fabric layer 4.13, the graphic information bearing layer 4.15 and the surface fabric layer 4.17 are arranged on the outer layer, and the three are connected into a whole through a transparent adhesive layer. Specifically, the upper and lower surfaces of the graphic information bearing layer 4.15 are respectively provided with a first adhesive layer 4.14 and a second adhesive layer 4.16. The first adhesive layer 4.14 is suitable for connecting the second elastic fabric and the graphic information bearing layer 4.15, and the second adhesive layer 4.16 is suitable for connecting the surface fabric layer 4.17 and the graphic information bearing layer 4.15. Here, the first adhesive layer 4.14 and the second adhesive layer 4.16 are made of hot melt adhesive, but not limited thereto. The elastic fabric layer 4.13, the graphic information bearing layer 4.15 and the surface fabric layer 4.17 can be fixedly connected by hot pressing. The first adhesive layer 4.14 can be printed on the elastic fabric layer 4.13 by screen printing, and then the graphic information bearing layer 4.15 is printed on the first adhesive layer 4.14 by screen printing, so that one side of the graphic information bearing layer 4.15 is fixed on the first adhesive layer 4.14, and then the second adhesive layer 4.16 is printed on the other side of the graphic information bearing layer 4.15 by screen printing, and the surface fabric layer 4.17 is placed on the second adhesive layer 4.16, and then the three-layer fabric structure is formed by hot pressing. Here, the shapes of the first adhesive layer 4.14 and the second adhesive layer 4.16 are the same as the shape of the graphic information bearing layer 4.15, and can also be slightly larger than the edge of the graphic information bearing layer 4.15. The multi-layer design also makes the middle graphic information bearing layer 4.15 not easily damaged, and due to its material, it can also recover after being pulled, so that the bra is not easily deformed. In this embodiment, the first adhesive layer 4.14 and the second adhesive layer 4.16 are at least partially arranged on the graphic information bearing layer 3, including the first adhesive layer 4.14 and the second adhesive layer 4.16 and the graphic information bearing layer 4.15 partially mixed and overlapped, and also including the first adhesive layer 4.14 and the second adhesive layer 4.16 and the graphic information bearing layer 4.15 fixedly bonded.

[0079] The graphic information bearing layer 4.15 can be made of polyurethane material, which has good elastic effect and elasticity in all directions. When it is printed on the cloth, it can be pulled in all directions along with the cloth, that is, it has elasticity in all directions. Here, the graphic information bearing layer 4.15 can be printed on the first adhesive layer 4.14 by screen printing. Of course, in other embodiments, it can also be sprayed. In one embodiment, the graphic information bearing layer 4.15 can have different colors, and different color effects can be achieved by transferring different colors. Since the first adhesive layer 4.14 and the second adhesive layer 4.16 are transparent hot melt adhesives, the color of the graphic information bearing layer 4.15 will not be covered. Here, the graphic information bearing layer 4.15 can be provided with a variety of lace patterns, which can be text, patterns, logos, etc. At the same time, due to the design of the lace pattern, there are more gaps on the graphic information bearing layer 4.15, which can make the bra have a better breathable effect when transferred to the cloth. That is, in one embodiment, the graphic information bearing layer 4.15 has a large number of gaps or holes, and the gaps or holes may be naturally formed during the lace design process.

[0080] In one embodiment, the graphic information bearing layer 4.15 may be composed of several panels, and the panels may be spliced ​​or separated from each other. When separated from each other, they may be arranged at different positions, and the patterns and sizes of the panels may be arranged differently, so as to facilitate the diversified design of the bra. Through the scheme of this embodiment, on the one hand, the bra has a better aesthetic effect and better elasticity in all directions, which improves the comfort. On the other hand, through this arrangement, the bra has better air permeability and is not easy to be damaged.

[0081] The wearable product made by the above scheme has good elasticity and good aesthetic effect. Compared with the existing lace fabric, it has no thread ends and can use skin-friendly fabric as the base layer. It has low requirements for wire materials and does not require dyeing, shaping and other processes. It has a high environmental protection level and does not harm human skin, which greatly improves the user experience.

Claims

1. A fabric structure with graphic effects, characterized in that: include: A first elastic fabric, a second elastic fabric, and an elastic graphic information layer disposed between the first elastic fabric and the second elastic fabric; the graphic information layer sequentially comprises the following structures: a first adhesive layer, which is disposed on the first elastic fabric; A graphic information bearing layer, which is an elastic colloid layer, at least partially disposed on the first adhesive layer, the elastic colloid forming the graphic information; The second adhesive layer is at least partially disposed on the graphic information bearing layer and adheres to the second elastic fabric.

2. The fabric structure with graphic effects according to claim 1, characterized in that: The graphic information bearing layer is provided with a foaming agent to form 3D graphic information.

3. The fabric structure with graphic effects according to claim 2, characterized in that: A viscose ring is arranged along the outline of the graphic information so that the foaming agent swells along the longitudinal direction of the elastic fabric to form a 3D graphic and the upper and lower fabrics are not easily separated under the action of external force.

4. The fabric structure with graphic effects according to claim 1, characterized in that: The first adhesive layer, the graphic information bearing layer and the second adhesive layer are all formed by screen printing.

5. A wearable article, characterized in that: It is made from the fabric structure with graphic effects as described in any one of claims 1-4.

6. The wearable article according to claim 5, characterized in that: The wearable article is underwear or underpants or a bodysuit or a waist protector or a swimsuit.

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