CN206796727U - A kind of anti-suede joint strip fabric - Google Patents

Abstract

The utility model discloses a fleece-proof pasting fabric, which comprises a polyester fleece-proof bottom cloth and a polyester four-season mesh cloth, and a transparent dry-transfer PU layer is compounded on the polyester four-season mesh cloth; the polyester fleece-proof bottom cloth and the polyester four-season mesh cloth A plurality of PU stickers arranged at intervals are integrated and arranged in one piece, and a plurality of see-through filling cavities are formed between the polyester fleece-proof base fabric and the polyester four-season mesh. This new type of fabric can be directly filled with down and has a good anti-down function, and the surface layer is made of polyester four-season mesh combined with a transparent dry transfer PU layer, so that the material has good perspective, and the middle of the material can be filled with both down and down Colored cotton of different colors presents different color effects, which is also conducive to improving the safety of the made down products. The PU strip is used in the middle, which has a better anti-velvet effect than the traditional quilting process, and the pattern of the PU strip can be changed in various ways, which also enriches the design style and aesthetics of the product.

Description

An anti-velvet fabric

technical field

The utility model relates to the technical field of fabrics, in particular to an anti-velvet fabric with strips.

Background technique

At present, there are various kinds of fabrics used to make clothing. According to different performances and uses, fabrics have multiple classifications. Among them, anti-down fabrics are a kind of down fabrics specially used for making down garments. In the products related to down, the quilting process is traditionally used to make down products. There is a problem that the down products are easy to leak down at the needle seam and the selvedge. The velvet effect is not good, which affects the use and appearance. In addition, the fillings of down products are currently invisible to the outside, consumers cannot know the quality and safety of the fillings, and the fillings cannot be used as a decorative carrier for clothing, making the style of down products too monotonous.

In view of this, the inventor of this case conducted in-depth research on the above-mentioned problems, and proposed a fleece-proof strip fabric, and this case arose from it.

Utility model content

The purpose of this utility model is to provide an anti-down fabric, which has excellent anti-down function, and the fabric has excellent see-through, and cooperates with the way of pasting, which is beneficial to improve the safety of the made down products, and also enriches the Product design style and aesthetics.

In order to achieve the above object, the solution of the present utility model is:

An anti-velvet strip fabric, comprising polyester anti-velvet base cloth and polyester four-season mesh cloth, the polyester four-season mesh cloth is compounded with a transparent dry transfer PU layer; the polyester anti-velvet bottom cloth and polyester four-season mesh cloth are arranged at intervals A plurality of PU stickers are set in one piece, and a plurality of see-through filling cavities are formed between the polyester fleece-proof base fabric and the polyester four-season mesh.

The PU strips are straight, wavy or rhombic, correspondingly forming a straight see-through filling cavity, a wave-like see-through filling cavity or a rhombus-shaped see-through filling cavity.

The PU sticker is in a non-closed pattern shape, correspondingly forming a pattern shape see-through filling cavity.

The polyester four-season mesh is integrally formed with memory finishing strips woven by memory fibers and extending along the track of the PU sticking strips.

The polyester fleece-proof base fabric adopts 15D encrypted polyester fleece-proof base fabric, and the polyester four-season mesh adopts 50D polyester four-season warp-knitted mesh.

The dry transfer PU layer is compounded on the outer surface of the polyester four-season mesh cloth to form a hidden pattern surface layer with a built-in mesh pattern.

The dry-transferred PU layer is compounded on the inner side of the polyester four-season mesh cloth to form a pattern-displaying surface layer with an external mesh pattern.

After adopting the above scheme, the beneficial effect of the new anti-velvet strip fabric compared with the prior art is that the surface layer of the fabric adopts polyester four-season mesh cloth and dry transfer PU layer, which has functions such as waterproof, windproof, and anti-velvet. The layer is combined with the polyester fleece-proof base fabric, so that the fabric can be directly filled with fleece and has a good fleece-proof function. Moreover, the surface layer is made of polyester four-season mesh cloth combined with a transparent dry transfer PU layer, which makes the material have good perspective. The middle of the material can be filled with down and colored cotton of different colors, showing different color effects, and is also conducive to Improve the safety of the made down products. The PU strip is used in the middle, which has a better anti-velvet effect than the traditional quilting process, and the pattern of the PU strip can be changed in various ways, which also enriches the design style and aesthetics of the product.

Description of drawings

Fig. 1 is a schematic structural view of the novel fleece-proof pasted fabric.

Label description

Polyester anti-fleece base fabric 1, polyester four-season mesh 2, PU sticker 3,

The PU layer 4 is transferred by dry method, and the filling cavity 41 is seen through.

detailed description

The present case will be described in further detail below in conjunction with the accompanying drawings and specific embodiments.

This case involves an anti-velvet fabric, as shown in Figure 1, which mainly includes polyester anti-velvet base fabric 1 and polyester four-season mesh fabric 2.

The polyester four-season mesh cloth 2 is compounded with a transparent dry transfer PU layer 3, both of which constitute the surface layer of the fabric. The dry-transfer PU layer 3 has permeability, and cooperates with the mesh performance of the polyester four-season mesh 2 to form a fabric surface layer with excellent see-through performance. And this surface layer is done PU treatment by dry transfer PU layer 3, has functions such as waterproof, windproof, cashmere proof.

The polyester anti-fleece base cloth 1 and the polyester four-season mesh cloth 2 are integrated and arranged through a plurality of PU stickers 4 arranged at intervals, and the polyester anti-fleece bottom cloth 1 and the polyester four-season mesh cloth 2 form a plurality of see-through filling cavities 41 . The see-through filling cavity 41 is non-see-through on the side where the polyester fleece-proof base fabric 1 is located, and see-through on the side where the polyester four-season mesh cloth 2 is located. The formed see-through filling cavity 41 can be directly filled with down, and has a good down-proof function. Of course, the see-through filling cavity 41 can be filled with down or colored cotton of different colors, and the filling becomes a decorative carrier of clothing, presenting different color effects, enriching the designability and aesthetic feeling of the product. In addition, the filling is made use of the see-through function of the see-through filling cavity 41, which is beneficial for consumers to identify and know the quality of the filling, and improves the safety of the made down products.

Preferably, by changing the shape of the PU sticker 4, the shape of the see-through filling cavity 41 can be easily changed. Given a specific example, the PU strip 4 is straight, wavy or diamond-shaped, and a straight-shaped see-through filling cavity, a wave-shaped see-through filling cavity, or a rhombus-shaped see-through filling cavity is formed correspondingly. Of course, the PU strip 4 can also present a non-closed pattern shape, correspondingly forming a see-through filling cavity with a pattern shape, which is beneficial to filling and also brings pattern decoration effect. Such changes and diversity greatly enrich the aesthetics of the product.

Preferably, in order to facilitate the structural stability and filling fit of the see-through filling cavity 41 formed by the PU stickers 4, and to facilitate filling and finishing, the polyester four-season mesh 2 is integrally formed with memory finishing strips woven by memory fibers. The finishing strip must correspond to the extension along the track of the PU sticker 4 . In this way, the fabric itself has a molding track corresponding to the see-through filling cavity 41, and the structure of the formed see-through filling cavity 41 is more stable, making it easier to realize filling and finishing, better uniform filling effect, and better anti-down effect. Of course, the memory finishing strip can also be integrally arranged on the polyester anti-fleece base cloth 1, and the effect is better and more prominent on the polyester four-season mesh cloth 2. In specific embodiments, it can only be arranged on the polyester four-season mesh cloth 2, or it can be arranged on On the anti-fleece base cloth 1 of polyester and the four-season mesh cloth of polyester 2, of course, when setting at the same time, it is correspondingly set up and down.

The selection of polyester fleece-proof base cloth 1 and polyester four-season mesh cloth 2 is also very important to the performance of the entire fabric formed. In a preferred embodiment, the polyester fleece-proof base fabric 1 adopts 15D encrypted polyester fleece-proof base fabric, and the polyester four-season mesh fabric 2 adopts 50D polyester four-season warp-knitted mesh fabric. Such cooperation not only ensures the fleece-proof performance of the fabric, but also ensures the physical strength and see-through of the fabric.

Preferably, the dry transfer PU layer 3 has two composite forms on the polyester four-season mesh cloth 2, one as shown in Figure 1, the dry transfer PU layer 3 is composited on the outer surface of the polyester four-season mesh cloth 2, Constitutes the hidden pattern surface layer built into the mesh pattern. The polyester four-season mesh 2 has various mesh patterns, which are compounded under the dry transfer PU layer 3, and the mesh patterns are faintly visible and aesthetically pleasing. In another form, the dry-transferred PU layer 3 is compounded on the inner side of the polyester four-season mesh 1 to form a flower-shaped surface layer with an external mesh pattern. In this way, the polyester four-season mesh 1 is externally formed, which has a unique aesthetic feeling and enhances the fashion elements of the fabric.

The above descriptions are only preferred embodiments of the present invention, and all equal changes and modifications made in accordance with the claims of the present invention shall fall within the scope of the claims of the present invention.

Claims (7)

1. An anti-velvet strip fabric is characterized in that: it comprises polyester anti-velvet base cloth and polyester four-season mesh, and the polyester four-season mesh is compounded with a transparent dry transfer PU layer; the polyester anti-velvet bottom cloth and polyester four-season mesh A plurality of PU stickers arranged at intervals are combined and arranged between the mesh cloths, and a plurality of see-through filling cavities are formed between the polyester fleece-proof base cloth and the polyester four-season mesh cloth. 2. A fleece-proof pasting fabric as claimed in claim 1, characterized in that: said PU pasting strips are straight, wavy or rhombus-shaped, correspondingly formed with straight strip-type see-through filling cavities, wavy Texture-type see-through filling cavity or rhombus-shaped lattice-type see-through filling cavity. 3 . The anti-velvet strip fabric according to claim 1 , characterized in that: the PU strip has a non-closed pattern shape, and correspondingly forms a see-through filling cavity of the pattern shape. 4 . 4. A fleece-proof pasting fabric as claimed in claim 1, characterized in that: the polyester four-season mesh is integrally formed with memory finishing strips woven by memory fibers and extending along the track of the PU pasting. 5. A kind of anti-velvet fabric as claimed in claim 1, characterized in that: the polyester anti-velvet base fabric adopts 15D encrypted polyester anti-velvet base fabric, and the polyester four-season mesh adopts 50D polyester four-season warp-knitted mesh. 6. A kind of fleece-proof pasting fabric as claimed in claim 1, characterized in that: the dry transfer PU layer is compounded on the outer surface of the polyester four-season mesh cloth to form a hidden pattern surface layer built into the mesh pattern . 7. A kind of fleece-proof pasting fabric as claimed in claim 1, characterized in that: the dry transfer PU layer is compounded on the inner side of the polyester four-season mesh to form an external pattern surface of the mesh pattern Floor.