CN223892987U - Three-dimensional air layer yarn flying jacquard fabric - Google Patents

Abstract

This utility model discloses a three-dimensional air-layer jacquard fabric, relating to the field of weaving technology. The three-dimensional air-layer jacquard fabric includes a face layer, an air layer, a bottom layer, and a fly yarn structure. The face layer and bottom layer are connected by interlacing yarns to form an air layer. A transparent monofilament forms a see-through area in parts of the face layer, and the fly yarn structure is located within the air layer, visible through the see-through area. This utility model's air-layer jacquard fabric optimizes the style and structure of traditional air-layer fabrics. The transparent monofilament creates a see-through area that directly reveals the fly yarn structure between the face layer and bottom layer, offering diverse styles and high versatility.

Description

Three-dimensional air layer yarn flying jacquard fabric

Technical Field

The utility model relates to the technical field of knitting, in particular to a three-dimensional air layer flying yarn jacquard fabric.

Background

With the progress of the times and the improvement of production technology, the traditional fabric industry continuously emerges new raw materials, new processes and new products, and consumers pay more and more attention to the aesthetic property, style sense and some functional effects of the fabric. The traditional air layer fabric has a single structure, so that the uniformity of the fabric style is obvious. Based on this, the inventors studied and proposed this.

Disclosure of utility model

The utility model provides a three-dimensional air layer flying yarn jacquard fabric, which overcomes the defects described in the background art.

The technical scheme adopted for solving the technical problems is as follows:

A three-dimensional air layer flying yarn jacquard fabric comprises a surface layer, an air layer, a bottom layer and flying yarn structures, wherein the surface layer and the bottom layer are connected through connecting yarn weaving intervals to form the air layer, a perspective area is formed by transparent monofilaments on part of the surface layer, the flying yarn structures are arranged at the air layer, and the flying yarn structures are visible through the perspective area.

A better technical scheme is that the air layer is matched with the surface layer and/or the bottom layer through floating threads to form a woven structure.

A better technical scheme is that the air layer is matched with the surface layer, the middle layer and the bottom layer through floating wires to form a woven structure.

A better technical scheme is that the flying yarns at the perspective area are irregularly arranged in the middle in a mode of alternate dot weaving and short floating yarns or in a mode of long floating yarns without weaving.

A preferable technical scheme is that the flying yarns at the perspective area are regularly arranged in a mode of weaving at intervals in a dot shape and adding short floating yarns or a mode of not weaving at intervals in a long floating yarn.

A better technical scheme is that the perspective area is a ventilation structure formed by small holes woven by the coil or holes woven by the turned needle.

The preferable technical scheme is that the surface layer is a monofilament jacquard perspective area, the bottom layer is of a multifilament jacquard area with different patterns up and down, or the surface layer is a monofilament jacquard perspective area, and the bottom layer is of a monofilament jacquard perspective area with the same patterns up and down.

The surface layer is woven by multifilament to form any jacquard weave.

A preferable technical scheme is that the fly yarn is woven by one of monofilaments or multifilaments.

A better technical scheme is that the fly jacquard fabric is used for vamps, clothing, furniture or home textile products.

By adopting the technical scheme, the utility model has the beneficial effects that:

The air layer flying yarn jacquard fabric optimizes the style structure of the traditional air layer fabric, and the flying yarn structure between the surface layer and the bottom layer can be directly seen through the transparent monofilament forming perspective area, so that the style structure is various and has large variability.

Drawings

The utility model is further described below with reference to the drawings and examples.

FIG. 1 is a schematic diagram of the overall structure of the present utility model;

Fig. 2 is a schematic structural view of a see-through region on a facing layer.

The main reference numerals illustrate:

1. Surface layer, 2, air layer, 3, bottom layer, 4, flying yarn structure, 5, connecting yarn, 6, perspective area, 7, jacquard weave structure.

Detailed Description

Example 1

As shown in fig. 1-2, the embodiment provides a three-dimensional air layer yarn flying jacquard fabric, which comprises a surface layer 1, an air layer 2, a bottom layer 3 and yarn flying structures 4, wherein the surface layer 1 and the bottom layer 3 are woven at intervals through connecting yarns 5 to form the air layer 2, the surface layer 1 is partially formed into a perspective area 6 through transparent monofilaments, the yarn flying structures 4 are arranged at the air layer 2, and the yarn flying structures 4 are visible through the perspective area 6.

Further, the air layer 2 is matched with the surface layer 1 and/or the bottom layer 3 to form a woven structure through floating wires, namely, the woven structure is formed at the inner layer position of the fabric in the air layer 2 through a floating wire process, for example, floating wires can be selected to be clung to the bottom side of the surface layer 1, or the floating wires are connected with the inner surface of the bottom layer 3, or the floating wires are connected with the bottom side of the surface layer 1 and the inner surface of the bottom layer 3.

Further, the fly jacquard fabric is used for vamps, clothing, furniture or home textile products. Of course, other application scenarios are possible, and the above application scenarios are merely examples.

Further, the surface layer 1 is a monofilament jacquard perspective area, the bottom layer 3 is of a structure with different patterns up and down in the multifilament jacquard area, or the surface layer 1 is a monofilament jacquard perspective area, and the bottom layer 3 is of a structure with the same patterns up and down in the monofilament jacquard perspective area 6.

Further, the facing layer 1 is woven by multifilament yarns to form any jacquard weave 7.

Further, the fly is woven from one of monofilament and multifilament. In the three-dimensional air layer flying yarn jacquard fabric, the connecting yarns of the air layer 2 in the middle of the fabric are connected up and down, and the yarns can be divided into one path or two paths. For example, one multifilament and one monofilament on the surface, the local through position is used for running the monofilament, and the surface is provided with a texture effect by jacquard. The monofilaments can be fully or partially woven in the fabric, and the monofilaments can go to the lower layer at other positions.

Compared with the traditional jacquard fabric, the three-dimensional air layer flying yarn jacquard fabric in the embodiment is more unique and creative, combines the air permeability of the air layer fabric and the exquisite pattern of the jacquard process, and can bring different use feelings to consumers. Structurally, the air layer fabric is generally formed by compounding two layers of fabrics through a specific process, and a certain air layer is formed in the middle, so that the fabric has better warmth retention property and air permeability. The structure ensures that the fabric has good warm-keeping effect while keeping light weight. The fly jacquard can form three-dimensional or planar patterns on the fabric, and can be selected according to the requirements, and can also show various patterns and textures on the fabric by changing the color, thickness and arrangement mode of yarns. The three-dimensional air layer flying yarn jacquard fabric enables the fabric to be more vivid and three-dimensional in vision.

Example 2

The embodiment provides a three-dimensional air layer flying yarn jacquard fabric, which is different from embodiment 1 in that the air layer 2 is matched with the surface layer 1, the middle layer and the bottom layer 3 through floating threads to form a weaving structure. Wherein, the middle layer is a layer structure between the surface layer 1 and the bottom layer 3.

When the fabric is applied to home textile products, the fabric presents obvious stereoscopic impression visually due to the existence of an air layer, so that home textiles are plump and layered. The fly jacquard process ensures that the patterns on the fabric are finer and more complex, and adds more artistic sense and fashion sense to the household textile. The three-dimensional air layer flying yarn jacquard fabric is suitable for manufacturing household textiles such as bedsheets, quilts, pillowcases and the like, and soft touch and exquisite patterns of the three-dimensional air layer flying yarn jacquard fabric add more warmth and comfort to a household environment.

When the air layer is applied to clothing, the air layer structure ensures that the fabric has good air permeability while keeping warm, so that the fabric is more comfortable to wear. The three-dimensional air layer flying yarn jacquard fabric is generally made of soft yarns, so that the fabric is softer and more comfortable in touch sense. The three-dimensional air layer flying yarn jacquard fabric is suitable for manufacturing various garments, such as sweater, coat, one-piece dress and the like, so that the garment is more fashionable and more powerful.

Example 3

The embodiment provides a vamp, the vamp is the three-dimensional air layer yarn jacquard fabric in embodiment 1, embodiment 2, and the vamp region that the requirement on air permeability is higher is designed as perspective region 6, strengthens the ventilation effect in the corresponding region of finished shoe vamp.

The perspective area 5 is arranged on the air layer flying yarn jacquard fabric forming the vamp, and the flying yarn on the perspective area 5 can be woven in the following 3 modes to form the corresponding flying yarn jacquard fabric:

In the first mode, the flying yarns at the perspective area 6 are irregularly arranged in the middle in a mode of alternate dot weaving and short floating yarns or in a mode of long floating yarns without weaving;

In the second mode, the flying yarns at the perspective area 6 are regularly arranged in the middle in a mode of spaced point-shaped weaving and short floating yarns or in a mode of non-weaving long floating yarns;

In the third mode, the perspective area 6 forms a ventilation structure for small holes woven by the coil or holes woven by the turned needle;

through one of the modes, different modes can lead the structure of the fly jacquard fabric formed by knitting to be different.

When the three-dimensional air layer flying yarn jacquard fabric is applied to the vamp, air can freely circulate due to the special air layer structure, so that the air permeability of the vamp is effectively enhanced. This can reduce the sweaty and stuffy feeling of the foot and promote the wearing comfort for the consumers who wear shoes for a long time. The three-dimensional air layer flying yarn jacquard fabric can be made of soft yarns, so that the vamp is softer and more comfortable to touch, and the fabric can be attached to feet, so that friction and pressing sense are reduced, and wearing comfort is improved. The yarns on the vamp are tightly interwoven, so that the vamp has certain strength and wear resistance. Therefore, the fabric is applied to the vamp, so that the durability of the shoe can be improved, and the service life of the shoe can be prolonged. The air layer flying yarn jacquard fabric generally has better crease resistance and easy maintenance. This means that the vamp is not prone to wrinkling during wear and is relatively easy to handle in daily routines, which can save time and effort for the consumer.

The three-dimensional air layer flying yarn jacquard fabric is applied to the vamp, and can be used for locally and normally weaving local flying yarn jacquard, so that the structural variability and the texture diversity of the air layer flying yarn jacquard material are greatly enriched, the material is provided with more textures for design and display, the physical properties of the stressed part of the vamp are further optimized by the process, the weaving effect of the material with local extension and without local extension is formed, and the wrapping property and the comfort of the vamp are further improved.

In conclusion, the three-dimensional air layer flying yarn jacquard fabric is applied to the vamp, and can bring various improvements of air permeability, attractive appearance, comfort, durability, easy manageability and the like. The fabric not only meets the requirements of consumers on comfort and aesthetic degree of shoes, but also improves the overall quality and durability of the shoes.

The foregoing description is only illustrative of the preferred embodiments of the present utility model, and therefore should not be taken as limiting the scope of the utility model, for all changes and modifications that come within the meaning and range of equivalency of the claims and specification are therefore intended to be embraced therein.

Claims (10)

1. The utility model provides a three-dimensional air bed yarn flying jacquard fabric, its characterized in that includes surface course, air bed, bottom, yarn flying structure, form the air bed through connecting yarn weaving interval between surface course and the bottom, the surface course part forms perspective region through transparent monofilament, air bed department sets up yarn flying structure, through the visual yarn flying structure in perspective region.

2. The three-dimensional air-layer flying yarn jacquard fabric according to claim 1, wherein the air layer is formed into a woven structure by cooperation of floating yarns with a surface layer and/or a bottom layer.

3. The three-dimensional air-layer flying yarn jacquard fabric according to claim 1, further comprising an intermediate layer, wherein the air layer is formed into a woven structure by floating yarns in cooperation with the surface layer, the intermediate layer and the bottom layer.

4. The three-dimensional air layer flying yarn jacquard fabric according to claim 2, wherein the flying yarns at the perspective area are irregularly arranged in a manner of spaced point-like weaving plus short floating yarns or a manner of long floating yarns without weaving.

5. The three-dimensional air layer flying yarn jacquard fabric according to claim 3, wherein the flying yarns at the perspective area are regularly arranged in a manner of spaced point-like weaving plus short floating yarns or a manner of non-weaving long floating yarns in the middle.

6. The three-dimensional air layer flying yarn jacquard fabric according to claim 1, wherein the perspective area is a ventilation structure formed by small holes woven by loops or holes woven by turned stitches.

7. The three-dimensional air layer flying yarn jacquard fabric according to claim 1, wherein the surface layer is a monofilament jacquard perspective area, the bottom layer is of a multifilament jacquard area with different patterns up and down, or the surface layer is a monofilament jacquard perspective area, and the bottom layer is of a monofilament jacquard perspective area with the same patterns up and down.

8. The three-dimensional air-layer flying yarn jacquard fabric according to claim 1, wherein the surface layer is woven by multifilament yarns to form any jacquard weave.

9. The three-dimensional air-layer flying yarn jacquard fabric according to claim 1, wherein the flying yarns are woven from one of monofilaments or multifilaments.

10. The three-dimensional air layer flying yarn jacquard fabric according to any one of claims 1 to 9, which is used for shoe uppers, clothing, furniture or home textile products.