TWM472718U - Multilayered fabric coloring structure - Google Patents

Description

Multi-level cloth coloring structure

This creation is about a multi-layer fabric coloring structure and its coloring method, especially a multi-layer color layer and special effect fabric which can be assembled by a quick manufacturing process.

Generally, the fabric is formed into a more attractive appearance pattern, and a special pattern and shape are printed on the surface of the fabric by thermal transfer to change the monotonous plain fabric. On the other hand, the embossing means is used to form a concave and convex three-dimensional texture on the surface of the cloth to give the fabric a three-dimensional feeling.

Although the fabrics of heat-transfer printing have their diversity, the printed patterns are still flat, the visual effects fail to meet the diversified market and consumer demand, and the processing speed cannot be greatly improved, which seriously affects them. The range that can be used; although the embossing method has a three-dimensional sense, it has only changed the shape and can only meet the needs of the niche market.

In this regard, the new patent case of Taiwan No. 098221136 "Materials with three-dimensional embossing and printing" reveals that a printed layer and a three-dimensional embossing are provided on a base fabric to form a fabric with both printing and embossing, so that the fabric is The printed pattern is more solid. However, in order to make the fabric have three-dimensional embossing and printing at the same time, in addition to printing, it is necessary to use the hot pressing of the machine to make the desired three-dimensional embossing, which is troublesome and costly in the entire manufacturing process.

Since the artificial leather is made of a general fiber, a microfiber or a general fiber and a microfiber to form a non-woven fabric, and then filled with a polyurethane (PU) composition to form a base fabric, and then subjected to grinding on the surface of the base fabric. Or embossing or laminating paper coated polyurethane resin to form an artificial leather with elastic and leather lines on the surface. Taiwan Patent No. 093128991 "Artificial Leather with Laser Pattern Making Layer and Its Manufacturing Method" The invention patent case mainly uses artificial artificial leather with high energy excitation radiation beam scanning to make the surface appear color stereoscopic pattern, and the first color must be used in the process. The lining resin layer and the surface resin layer of the second color are first coated on the release paper and transferred to the upper surface of the substrate and the surface of the lining resin layer, and finally the release paper is peeled off to form two layers on the substrate. A planar or multi-grain resin layer having a different color is troublesome and inconvenient in the entire manufacturing process.

Furthermore, according to the leather-sensitive fabric (artificial leather) produced by the above processing method, it is obvious that the color layer is only covered on the surface layer, and it is easy to cause cracks or peeling due to extrusion or friction during use, and still Add space for improvement.

The main purpose of this creation is to provide a multi-layer fabric coloring structure that can produce such multi-layered colored fabrics in a more convenient manufacturing process.

In order to achieve the above purpose, the present invention firstly forms a base fabric layer by impregnating the base color material with a water absorbing fabric, and then providing a surface film forming layer on the base fabric layer to make the overall base fabric layer have a leathery feeling; The film-forming layer further utilizes its good bond with the pigment, and firmly fixes the pattern layer on the surface of the printed surface, and the surface decorative pattern layer can be set into a multi-layer color layer from the light color to the dark color. Then, at least one transparent layer is disposed on the surface of the multi-layer color layer; the bottom color layer, the light color layer and the dark layer of the base cloth layer are combined to form a fabric having a more dimensional stereoscopic perception.

In a possible embodiment, a special effect layer may be further disposed between the transparent layer and the light color layer and the dark layer to provide another layer of special effects.

In a possible embodiment as described above, the dark layer may be stacked or staggered on a smaller area to form a multi-layered cloth surface.

Where possible, in the embodiment; since the base fabric layer is formed by impregnating the base color with the absorbent cloth, the base color material can completely penetrate into the fibrous structure of the fabric to form a base layer, which can provide a stable upper layer of the printed layer. The excellent bonding basic characteristics of the surface film-forming layer, the multi-layer color layer and the transparent layer, in addition to providing an aesthetically pleasing surface cortex, can further improve the loss of the conventional color layer which is easy to peel off.

In the above-mentioned feasible embodiment, in order to emboss the layer layer printing operation, a high solid pressure printing wheel can be used to apply a plurality of different color materials to the high embossing printing in different embossing areas, and Colors of different thicknesses further provide visual effects of different shades or color renderings.

10‧‧‧ cloth

11‧‧‧Water absorbent cloth

12‧‧‧ bottom color

13‧‧‧Surface film formation

14‧‧‧Light layer

15‧‧‧Dark layer

16‧‧‧ transparent layer

17‧‧‧Special effect layer

171‧‧‧ bright color powder

18‧‧‧Protective layer

20‧‧‧Kebu layer

100‧‧‧ cloth surface

Fig. 1 is a perspective view showing a molded fabric of the presently feasible embodiment.

Figures 2-1 to 2-8 show cross-sectional views of the cross-sectional variation of the coloring process of the cloth shown in Fig. 1.

Figure 3 shows a schematic diagram of the operating procedure of this creation.

The novelty and other features of the present invention will be apparent from the following detailed description of the preferred embodiments.

First, please refer to Figure 1, in the illustrated embodiment, the cloth formed by the creation Material 10, on the cloth surface 100, can form a multi-level vision or a special effect surface pattern due to the preset light color layer 14 and the dark layer 15 printed on the upper surface of the light color layer 14. Floor.

As shown in Figures 2-1 to 2-8 and Figure 3, in the preferred embodiment shown, the present invention is provided with at least one absorbent cloth 11 (Fig. 2-1), which is preceded by the cloth 11 The base material 12 (Fig. 2-2) is formed to form a base fabric layer 20, and the base color material 12 is preferably a water-soluble resin or a similar water-soluble color material, so as to facilitate rapid in the printing process. The base material 12 penetrates into the water-absorbent cloth 11 to achieve an effect of tightly bonding to each other.

The base fabric layer 20 of the infiltrated base material 12 is further provided with a surface film forming layer 13 (Fig. 2-3). The surface film forming layer 13 is preferably an oily resin, and the base color material 12 and The base fabric layer 20 has a good interface bonding property, so that it can be firmly combined with the base fabric layer 20 of the embossed base color 12; and then a suitable flattening film can be formed. A fabric with a leathery feel.

Multiple printing may then be performed on the surface film-forming layer 13 above with a color matching of the interface bonding or close to form a surface decorative pattern layer, for example, may be printed on at least a partial surface of the surface film forming layer 13 a light colored layer 14 (Figs. 2-4) of a desired pattern, and further a dark layer 15 of a desired pattern is printed on at least a partial surface (which may include a portion or all of the surface of the light colored layer 14). Multiple colors can be overprinted in sequence according to the color requirement, so that the stereoscopic perception of the multi-layer color layer can be realized; then, at least one transparent layer 16 is provided to cover the light color layer 14 and the dark layer 15 in a comprehensive manner. On the surface of the formed multi-layer color layer (Figs. 2-6 to 2-8), in this way, not only the transparent layer 16 can protect the color layers (12, 13, 14, 15) described above, To avoid the alien grinding The problem of loss and color layer falling off can provide different refraction and reflection effects above each color layer, forming a more stereoscopic visual experience, and a good interface between each color layer and the transparent layer, so that the surface decorative layer of the cloth and A strong bond is formed between the base fabric layers 20 to improve the color or pattern of the fabric to be easily lost.

The light color layer 14 may be a bottom pattern layer, and the dark layer 15 may be stacked on the surface of the light color layer 14 with a smaller (partial) area of the dark layer 15 as in the illustrated embodiment. To form a decorative pattern layer required for the cloth surface 100 together; in another possible embodiment, the dark layer 15 can be superposed on the surface of the light color layer 14 in a staggered manner to The cloth surface 100 forms a different decorative pattern layer.

In addition, the above-mentioned various color materials are printed in this creation. In the operation, a high-solid-pressure printing wheel can be used to form a plurality of different color material thickness characteristics in different areas in a single imprinting process, and the layers of the color materials are arranged in different regions. Printed in different thicknesses to produce different shades or color renderings to improve the overall visual color of the fabric.

In the preferred embodiment, a special effect layer 17 may be further disposed between the transparent layer 16 and the light color layer 14 and the dark layer 15, and the special effect layer 17 may be a special high value. Visual effect layer (such as gold, silver or other bright layer of the appearance of a bright metal 171 similar to precious metal), or directly or additionally layered with a smooth or oleaginous material to form a special touch layer. A protective layer 18 (which may be transparent or translucent) may be additionally disposed.

According to the above structure, the present invention comprises infiltration of the water-soluble base material 12, the surface film-forming layer 13, the light-colored layer 14, the dark layer 15 and the like on the water-absorbent cloth 11 in the manufacturing process, all of which are independently printed. Process to make, the entire manufacturing process is quite It is quick and convenient, and it does not have the problem of complicated process and specification limitation of multi-color transfer, and it also utilizes good compatibility with each other from the bottom color material 12 to the protective layer 18. In order to form a stable combination, the base material 12 is closely and deeply penetrated into the water-absorbent fabric 11 to form an excellent fabric which is not easy to fall off, which not only can effectively increase the yield, but also enables such a multi-layer. The production cost of the sensible coloring fabric is greatly reduced, and it is indeed of industrial use value.

The above embodiments are only used to exemplify the present invention, and are not intended to be limiting, and various modifications and modifications may be made to the skilled person in the following claims.

11‧‧‧Water absorbent cloth

12‧‧‧ bottom color

13‧‧‧Surface film formation

14‧‧‧Light layer

15‧‧‧Dark layer

16‧‧‧ transparent layer

17‧‧‧Special effect layer

171‧‧‧ bright color powder

18‧‧‧Protective layer

20‧‧‧Kebu layer

100‧‧‧ cloth surface

Claims (15)

A multi-layer fabric coloring structure comprising at least one base fabric layer imprinted with a base color, wherein a surface film forming layer is disposed on the base fabric layer, and at least a partial surface of the surface film forming layer is provided with at least one shallow a color layer, further comprising at least one dark layer on the surface including the portion of the light color layer to form a multi-layer color layer; and further comprising at least one transparent layer on the surface of the multi-layer color layer Cover. The multi-layer fabric coloring structure according to claim 1, wherein a special effect layer is further disposed between the transparent layer and the multi-layer color layer. The multi-layer fabric coloring structure according to claim 2, wherein the special effect layer is further provided with a special handle layer between the transparent layer and the multi-layer color layer. The multi-layer fabric coloring structure according to item 2 of the patent application scope, wherein the special effect layer is further provided with a special visual effect layer between the transparent layer and the multi-layer color layer. The multi-layer fabric coloring structure according to claim 2, wherein the special effect layer is disposed between the transparent layer and the multi-layer layer, and further has a special visual effect layer and a special handle layer. The multi-layered fabric coloring structure according to any one of claims 1 to 5, wherein the multi-layered color layer collectively forms a multi-layered surface decorative pattern layer on the fabric. The multi-layer fabric coloring structure according to any one of claims 1 to 5, wherein the dark layer is superposed on the light color layer with an area smaller than a light color layer. On the surface. The multi-layered fabric coloring structure according to claim 6, wherein the dark layer is superposed on the surface of the light-colored layer in an area relatively smaller than the light-colored layer. The multi-layered fabric coloring structure according to any one of claims 1 to 5, wherein the dark colored layer is superposed on the surface of the light colored layer in a staggered manner. The multi-layered fabric coloring structure of claim 6, wherein the dark colored layer is superposed on the surface of the light colored layer in a staggered manner. The multi-layered fabric coloring structure according to any one of claims 1 to 5, wherein the transparent layer is additionally provided with at least one protective layer. The multi-layer fabric coloring structure according to claim 6, wherein the transparent layer is further provided with at least one protective layer. The multi-layer fabric coloring structure according to claim 7, wherein the transparent layer is further provided with at least one protective layer. The multi-layer fabric coloring structure according to claim 9, wherein the transparent layer is further provided with at least one protective layer. The multi-layer fabric coloring structure according to any one of claims 1 to 5, wherein at least one of the light color layer, the dark layer and the transparent layer is in at least a different region of the base fabric layer, Different thickness distribution.