CN219360488U - Yarn-dyed and printed integrated cotton-flax multi-layer gauze and quilt blanket - Google Patents

Abstract

The utility model provides a yarn-dyed and printed integrated cotton-flax multi-layer gauze and a blanket, wherein the gauze comprises a plurality of gauze layers with warp yarns and weft yarns; the gauze layer sequentially comprises a printing layer, a first transition layer, an intermediate layer, a second transition layer and a yarn-dyed layer from the surface to the inside; the middle layer at least comprises a layer of gauze; the weft yarns of the printing layer are cotton-flax blended semi-bleached yarns, the weft yarns of the yarn-dyed layer are cotton-flax blended colored yarns, the weft yarns of the middle layer are low-twist raw cotton yarns, and the weft yarns of the first transition layer and the second transition layer are combed cotton yarn semi-bleached yarns; the warp yarns of the printing layer, the first transition layer, the middle layer, the second transition layer and the yarn-dyed layer are all yarn-combed cotton yarn semi-bleaching yarns; the blanket is made of multi-layer cotton-flax gauze integrated with colored woven printing. The utility model has attractive effect, good skin-friendly property, warmth retention property and air permeability, and can greatly improve the comfort of users and the use experience of the users in the use process.

Description

Yarn-dyed and printed integrated cotton-flax multi-layer gauze and quilt blanket

Technical Field

The utility model relates to the technical field of textile, in particular to a yarn-dyed and printed integrated cotton-flax multi-layer gauze and a quilt blanket.

Background

Along with the improvement of the living standard of people, the requirements of infants and sensitive skin groups on home textile direct contact fabrics are higher and higher, and the requirements on the use safety, comfort and product functions are particularly emphasized. The market acceptance of the gauze fabric is improved, the gauze fabric has obvious grids, has good air permeability and good moisture permeability, and in the prior art, in order to improve the warmth retention of a blanket product, the middle layer is generally a middle layer made of roving; in order to improve the washability of the blanket product, the ultra-multilayer gauze adopts an integral weaving technology; the yarn-dyed jacquard process is commonly used for multi-layer gauze weaving. However, the above prior art has the following drawbacks:

multi-layer quilted gauze: the multi-layer gauze is sewn together, so that the requirements on the sewing technology are high for the stability of the interlayer structure of the gauze, the problem that the heat preservation function and the ventilation function of the traditional quilt cannot be achieved is solved, the structure of the existing conventional structure gauze fabric can meet the ventilation property, the heat preservation rate is improved, the single-layer superposition lifting ratio is not high, the middle layer is generally required to be clamped with low count gauze, but the whole product is inconsistent in appearance after the low count gauze is clamped, and the product has poor appearance effect after washing;

integrally weaving jacquard gauze: the integrated weaving yarn-dyed jacquard gauze solves the problem of appearance stability of the product after the middle layer is washed by low count yarn, but is limited by a weaving machine and design, the color number of yarn-dyed jacquard is limited, the color of the general super-multilayer gauze is not more than 8 sets of colors, when the jacquard is woven in large positioning mode, due to the weaving limitation, the jacquard edge position is provided with the sawtooth appearance, the multicolor jacquard fabric is woven into jacquard patterns on one side of the multilayer gauze, the patterns are monotonous, the other side only presents stripe color blocks, the requirements of people cannot be met, and the appearance attractiveness is improved to be improved. In addition, the large jacquard production process is complex and efficient, and the production cost is high;

printing the super-multilayer gauze: in order to improve the product design, the printing process can solve the defect of jacquard weaving, but the existing printing process flow is to print after the semi-bleaching process, one side is printed, the other side is white, and the design requirement cannot be met.

Disclosure of Invention

The utility model provides a yarn-dyed and printed integrated cotton-flax multi-layer gauze and a quilt blanket, and aims to solve the problem that the existing gauze cannot be warm-keeping, breathable and attractive.

In one aspect, the utility model provides a yarn-dyed, printed, integrated cotton and hemp multi-layer gauze, comprising a plurality of gauze layers with warp yarns and weft yarns;

the gauze layer sequentially comprises a printing layer, a first transition layer, an intermediate layer, a second transition layer and a yarn-dyed layer from the surface to the inside;

the middle layer at least comprises a layer of gauze;

the weft yarns of the printing layer are cotton-flax blended semi-bleached yarns, the weft yarns of the yarn-dyed layer are cotton-flax blended colored yarns, the weft yarns of the middle layer are low-twist raw cotton yarns, and the weft yarns of the first transition layer and the second transition layer are combed cotton yarn semi-bleached yarns;

the warp yarns of the printing layer, the first transition layer, the middle layer, the second transition layer and the yarn-dyed layer are all yarn-combed cotton yarn semi-bleaching yarns.

In this scheme, the stamp layer and the look layer have the surface and interior layer structure that trades, the surface and interior layer structure that trades is 5% -20% of stamp layer or look layer area.

In this scheme, the warp and weft density of stamp layer, first transition layer, second transition layer and look weaving layer is 2 times of intermediate level.

According to the scheme, the weft yarn of the middle layer is coarse yarn, the weft yarns of the printing layer and the yarn-dyed layer are fine yarn, the first transition layer is arranged between the printing layer and the middle layer to form coarse yarn transition, and the second transition layer is arranged between the yarn-dyed layer and the middle layer to form coarse yarn transition.

In the scheme, the weft yarn count range of the printing layer and the yarn-dyed layer is 30S/1-50S/1, and the proportion of the linen fiber in the weft yarn is 5-30%; the number of weft yarn branches of the first transition layer and the second transition layer ranges from 30S/1 to 60S/1; the intermediate layer has a weft yarn count ranging from 6S/1 to 16S/1.

Further, the number of the yarns of the warp yarn ranges from 40S/2 to 100S/2.

In this scheme, the warp yarn and the weft yarn of the adjacent or spaced gauze layer are interwoven to form a plurality of spaced hanging points, and the gauze layer is connected together through the hanging points.

In the scheme, the distance between the hanging points is 1.5cm x1.5cm.

In the scheme, the middle layer comprises 2-8 layers of gauze, and the middle layer is a plain weave layer.

In another aspect, the utility model provides a blanket comprising the yarn-dyed and printed integrated cotton-flax multi-layer gauze.

The yarn-dyed and printed integrated cotton-flax multi-layer gauze according to the embodiment comprises a plurality of yarn cloth layers with warp yarns and weft yarns; the gauze layer sequentially comprises a printing layer, a first transition layer, an intermediate layer, a second transition layer and a yarn-dyed layer from the surface to the inside; the middle layer at least comprises a layer of gauze; the weft yarns of the printing layer are cotton-flax blended semi-bleached yarns, the weft yarns of the yarn-dyed layer are cotton-flax blended colored yarns, the weft yarns of the middle layer are low-twist raw cotton yarns, and the weft yarns of the first transition layer and the second transition layer are combed cotton yarn semi-bleached yarns; the warp yarns of the printing layer, the first transition layer, the middle layer, the second transition layer and the yarn-dyed layer are all yarn-combed cotton yarn semi-bleaching yarns. The yarn-dyed jacquard weaving process and the printing technology are combined, so that one side of the gauze has a yarn-dyed effect, and the other side of the gauze has printing patterns, thereby realizing the effect of integrally weaving two sides of the multi-layer gauze; the middle layer adopts low-twist raw cotton yarn, so that the fluffiness is good, a stable static air layer can be formed, the effect of keeping warm is achieved, and the production cost can be reduced while the air permeability and the good warmth keeping property are achieved; as the cotton-hemp blended yarn is adopted for the printing layer and the yarn-dyed layer, the cotton-hemp blended yarn has the moisture absorption and quick drying functions of hemp fibers when in use, and simultaneously has the skin softness of cotton fibers, so that the comfort of use can be improved.

According to the blanket, the blanket is made of the cotton-flax multi-layer gauze integrated with the colored woven printing, has attractive effect, and simultaneously has good skin-friendly property, warmth retention property and air permeability, and can greatly improve user comfort and user experience in the use process.

Drawings

FIG. 1 is a schematic structural view of a first embodiment of a yarn-dyed printed integrated cotton-flax multi-layer gauze;

FIG. 2 is a schematic structural view of a second embodiment of a yarn-dyed printed integrated cotton-flax multi-layer gauze;

wherein: 1. printing layer 2, first transition layer, 3, intermediate layer, 31, first intermediate layer, 32, second intermediate layer, 33, third intermediate layer, 34, fourth intermediate layer, 4, second transition layer, 5, yarn-dyed layer, 6, hanging point.

Detailed Description

The present application is described in further detail below with reference to the accompanying drawings by way of specific embodiments. Wherein like elements in different embodiments are numbered alike in association. In the following embodiments, numerous specific details are set forth in order to provide a better understanding of the present application. However, one skilled in the art will readily recognize that some of the features may be omitted, or replaced by other elements, materials, or methods in different situations. In some instances, some operations associated with the present application have not been shown or described in the specification to avoid obscuring the core portions of the present application, and may not be necessary for a person skilled in the art to describe in detail the relevant operations based on the description herein and the general knowledge of one skilled in the art.

Furthermore, the features, operations, or characteristics described in the specification may be combined in any suitable manner to form various embodiments, and the operational steps involved in the embodiments may be sequentially exchanged or adjusted in a manner apparent to those skilled in the art. Accordingly, the description and drawings are merely for clarity of describing certain embodiments and are not necessarily intended to imply a required composition and/or order.

The numbering of the components itself, e.g. "first", "second", etc., is used herein merely to distinguish between the described objects and does not have any sequential or technical meaning. The terms "coupled" and "connected," as used herein, are intended to encompass both direct and indirect coupling (coupling), unless otherwise indicated.

In one aspect, the present application provides a yarn-dyed, printed, integrated cotton and linen multi-layer gauze comprising a plurality of gauze layers (for convenience of description, n layers are described below as an example) having warp yarns and weft yarns;

the creative point is that the yarn-dyed jacquard weaving process is combined with the existing printing technology to realize the effect of integrally weaving the double faces of the ultra-multilayer gauze, the yarn-dyed effect and the printed pattern. The gauze layer sequentially comprises a printing layer 1 of a layer 1, a first transition layer 2 of a layer 2, a middle layer 3 of a layer 3 to an n-2 layer, a second transition layer 4 of an n-1 layer and a yarn-dyed layer 5 of an n-1 layer from the surface to the inside, wherein the printing layer 1 is the outermost layer, has high design requirements on patterns, needs to meet the design requirements on the appearance of a product, the middle layer 3 is a heat-insulating layer, has good heat-insulating effect while having air permeability, and the yarn-dyed layer 5 is a skin-friendly layer and has high requirements on air permeability, softness and perspiration; in this embodiment, the inner layer is a skin-friendly layer, and is also a side close to the skin of a human body when in use, and the surface layer is a side far away from the human body.

The middle layer 3 at least comprises a layer of gauze;

the weft yarns of the printing layer 1 are cotton-hemp blended semi-floating yarns, the weft yarns of the yarn-dyed layer 5 are cotton-hemp blended colored yarns, and the cotton-hemp blended yarns have the functions of moisture absorption and quick drying of fibrilia when the skin-care fabric is applied, and simultaneously have the skin-friendly softness of the cotton fibers, so that the comfort of use can be improved; the color yarn adopted by the colored woven layer 5 can enrich the color of the colored woven fabric; the weft yarn of the middle layer 3 is low-twist raw cotton yarn, has good bulkiness, can form a stable static air layer, achieves the function of keeping warm, and can be used for air-conditioning quilt materials in summer; the weft yarns of the first transition layer 2 and the second transition layer 4 are combed cotton yarn semi-bleaching yarns;

the warp yarns of the printing layer 1, the first transition layer 2, the middle layer 3, the second transition layer 4 and the yarn-dyed layer 5 are all yarn semi-bleached yarns of the combed cotton yarn, and all the warp yarns are the same yarn, but when the warp and weft density of the middle layer 3 is sparse compared with other layers, weaving difficulty is generated due to overlarge difference of the warp and weft interweaving density and interweaving points during weaving, and therefore double warp beams are adopted for weaving.

Specifically, the warp yarns of the 1 st layer, the 2 nd layer, the N-1 st layer and the N layer adopt a first warp beam, the warp yarn of the middle layer adopts a second warp beam, and the warping process parameter settings in the warping process are as follows: the first warp shaft speed is 650 plus or minus 50 meters per minute, the pressure of the yarn pressing roller is 300-350 minutes, and the running position of the pretensioner is 15 millimeters; the speed of the second beam is 500+/-50 m/min, the pressure of the yarn pressing rod is 200-250 min, and the running position of the pretensioner is 50 mm.

Furthermore, the printing layer 1 and the yarn-dyed layer 5 have surface-to-inner layer changing structures, the surface-to-inner layer changing structures account for 5% -20% of the area of the printing layer or the yarn-dyed layer, namely, the 1 st layer and the n th layer locally adopt the surface-to-inner layer changing structures, can form stable structures, and are presented on the surface in jacquard patterns or geometric patterns. The rest are interwoven with the warp yarns and the weft yarns of the adjacent gauze layer or the interval gauze layer to form hanging points 6, and are connected together through the hanging points 6; the middle layer 3 adopts plain weave, and then the different tissues of different gauze layers are alternately changed to form the joint point.

Specifically, the printing layer 1 and the warp yarns and weft yarns of the first transition layer 2 are interwoven to form a plurality of hanging points 6 at intervals, the printing layer 1 and the first transition layer 2 are connected together through the hanging points 6, and the distance between the hanging points 6 is 1.5cmx1.5cm; the first transition layer 2 is interwoven with warp yarns and weft yarns of the intermediate layer 3 to form a plurality of spaced hanging points 6, the first transition layer 2 and the intermediate layer 3 are connected together through the hanging points 6, and the distance between the hanging points 6 is 1.5cmx1.5cm; the warp yarns and the weft yarns of two adjacent intermediate layers 3 are interwoven to form a plurality of spaced hanging points 6, the intermediate layers 3 are connected together through the hanging points 6, and the spacing between the hanging points 6 is 1.5cmx1.5cm; the middle layer 3 is interwoven with the warp yarns and the weft yarns of the second transition layer 4 to form a plurality of hanging points 6 at intervals, the middle layer 3 and the second transition layer 4 are connected together through the hanging points 6, and the distance between the hanging points 6 is 1.5cm x1.5cm; the second transition layer 4 is interwoven with warp yarns and weft yarns of the yarn-dyed layer 5 to form a plurality of spaced hanging points 6, the second transition layer 4 and the yarn-dyed layer 5 are connected together through the hanging points 6, and the distance between the hanging points 6 is 1.5cmx1.5cm. And hanging points 6 of two adjacent layers are arranged in a staggered manner.

Of course, the printed layer 1 may be interwoven with the warp yarns and weft yarns of the intermediate layer 3 or the second transition layer 4 to form hanging points 6, and then connected through the hanging points 6; the first transition layer 2 may be interwoven with gauze in the intermediate layer 3 spaced therefrom or with warp and weft yarns of the second transition layer 4 to form hanging points 6 and then connected by the hanging points 6. By analogy, other layers of gauze may also be interwoven with the spacer layer gauze warp and weft yarns, or the gauze layer may include both interweaving of adjacent layers of warp and weft yarns and interweaving of spacer layer warp and weft yarns.

Furthermore, the warp and weft densities of the printing layer 1, the first transition layer 2, the second transition layer 4 and the yarn-dyed layer 5 are 2 times that of the middle layer 3, and the structure can bring comfort improvement to subsequent printing and skin contact experience.

Further, the weft yarn of the middle layer 3 is coarse yarn, the weft yarns of the printing layer 1 and the yarn-dyed layer 5 are fine yarn, the first transition layer 2 is arranged between the printing layer 1 and the middle layer 3 to form coarse yarn transition, and the second transition layer 4 is arranged between the yarn-dyed layer 5 and the middle layer 3 to form coarse yarn transition.

Specifically, the yarn count range of the warp yarn is 40S/2-100S/2, the yarn count range of the weft yarn of the printing layer 1 and the yarn-dyed layer 5 is 30S/1-50S/1, and the proportion of the flax fiber contained in the weft yarn is 5% -30%; the weft yarn count ranges from 30S/1 to 60S/1; the number of weft yarns of the intermediate layer 3 ranges from 6S/1 to 16S/1.

Further, the intermediate layer 3 comprises 2-8 layers of gauze.

On the other hand, the application provides a blanket which is made of the yarn-dyed and printed integrated cotton-flax multi-layer gauze.

Embodiment one: referring to fig. 1, there are included 8 gauze layers having warp and weft yarns, which sequentially include, from the surface to the inside, a 1 st printed layer 1, a 2 nd first transition layer 2, 3 rd to 6 rd intermediate layers 3, a 7 th second transition layer 4, and an 8 th colored woven layer 5.

The warp yarns of layers 1 to 8 are bleached with 80S/2 ply combed cotton yarn.

The weft yarn of the 1 st layer adopts a cotton-hemp blended yarn subjected to semi-bleaching treatment; the 6 th layer weft adopts dyed cotton-flax yarns; the count range of the cotton-flax yarns of the 1 st layer and the 6 th layer is 30S/1-50S/1, and the proportion of flax fiber in the cotton-flax yarns is 5% -30%; the weft yarns of the layer 2 and the layer 7 adopt semi-bleaching treatment yarns, and the yarn count range is 30S/1-60S/1; the intermediate layer 3 comprises a first intermediate layer 31, a second intermediate layer 32, a third intermediate layer 33 and a fourth intermediate layer 34, the weft yarns are coarse count grey yarns, the overall thickness of the fabric can be increased, the space between the coarse count low-twist yarn fibers is increased, the static air of the intermediate layer can be increased, and meanwhile, the raw cotton yarns are adopted, and the cost can be effectively saved without bleaching and dyeing.

In the embodiment, when weaving design, the penetrating number of each dent is equal to the sum of the arrangement ratio of the multi-layer warp yarns or is an integral multiple thereof, the number of warp and weft yarns of the fabric is an integral multiple of the least common multiple of the circulation number of the surface, middle and inner tissues, the left and right tissue drafting adopts a method of penetrating through 2 heald frames with 6 upper and 6 lower double warp circulation for 12 times, and when weaving the first weft yarns, the warps are woven into warp floating points of the surface layer and the inner layer; all surface warp yarns are woven in when the second weft yarns are woven, the weft yarns woven in the middle layer form a middle layer of cloth, and the two weft yarns are woven in when the middle layer is two layers; when knitting the third or fourth weft, all the warp floating points of the surface warp yarn and the inner layer are lifted, and the weft yarn is woven into the lower layer surface weft yarn to form the cloth, so that the circulation is carried out, and another tissue electronic card is replaced by the same method, and at the moment, another tissue is replaced and interweaved with the lower layer tissue.

In this embodiment, the warp and weft densities of the printed layer 1, the first transition layer 2, the second transition layer 4 and the yarn-dyed layer 5 are all 2 times that of the intermediate layer 3. Specifically, the warp yarn arrangement ratio is 2:2:1:1:1:1:2:2, and the weft yarn arrangement ratio is 2:2:1:1:1:1:2:2.

Specifically, the warp and weft densities of the gauze of the 1 st layer, the 2 nd layer, the 7 th layer and the 8 th layer are 2 times that of the gauze of the middle layer 3; the 8 th gauze layer is in direct contact with the skin, and the appearance forms a net color effect or a mixed color effect.

Layer 1 gauze (print layer 1): warp 80S/2 combed cotton, weft 60S/2 combed cotton, warp density x weft density (root/inch): 40x40; the warp yarn of the yarn is in surface-to-inner layer exchange process with the warp yarn of the 8 th layer of gauze (yarn-dyed layer 5), and the 1 st layer presents jacquard or geometric pattern appearance; the rest part is connected with the lower part of the gauze layer 2 (the first transition layer 2) and the binding warps, the layer 1 and the layer 2 are combined together through hanging points 6, and the distance between the hanging points 6 is 1.5cm x1.5cm;

layer 2 gauze (first transition layer 2): warp 80S/2 combed cotton yarn, weft 32S yarn, warp density x weft density (root/inch): 40x40, connecting the binding warp with the layer 3 gauze (the first layer middle layer 31), wherein the layer 2 gauze and the layer 3 gauze are combined together through hanging points 6, and the distance between the hanging points 6 is 1.5cm x1.5cm;

layer 3 gauze (first layer middle layer 31): warp 80S/2 combed cotton, weft 10S low twist yarn, warp density x weft density (root/inch): 20x20, connecting the binding warp with the layer 4 gauze (the second intermediate layer 32), wherein the layer 3 gauze and the layer 4 gauze are combined together through hanging points 6, and the distance between the hanging points 6 is 1.5cm x1.5cm;

layer 4 gauze (second layer intermediate layer 32): warp 80S/2 combed cotton weft 10S low twist yarn, warp density x weft density (root/inch): 20x20, connecting the binding warp with the gauze of the 5 th layer (the middle layer 33 of the third layer), wherein the gauze of the 4 th layer and the gauze of the 5 th layer are combined together through hanging points 6, and the distance between the hanging points 6 is 1.5cm x1.5cm;

gauze layer 5 (third intermediate layer 33): warp 80S/2 combed cotton, weft 10S low twist yarn, warp density x weft density (root/inch): 20x20, connecting the binding warp with the layer 6 gauze (the fourth intermediate layer 34), wherein the layer 5 gauze and the layer 6 gauze are combined together through hanging points 6, and the distance between the hanging points 6 is 1.5cm x1.5cm;

layer 6 gauze (fourth intermediate layer 34): warp 80S/2 combed cotton, weft 10S low twist yarn, warp density x weft density (root/inch): 20x20, connecting the upper binding warp with the lower part of the 7 th layer gauze (the second layer transition layer 4), wherein the 6 th layer gauze and the 7 th layer gauze are combined together through hanging points 6, and the distance between the hanging points 6 is 1.5cm x1.5cm;

layer 7 gauze (second layer transition layer 4): warp 80S/2 combed cotton yarn, weft 32S yarn, warp density x weft density (root/inch): 40x40, connecting the binding warp with the lower part of the eighth layer of gauze, wherein the seventh layer of gauze and the eighth layer of gauze are combined together through hanging points 6, and the distance between the hanging points 6 is 1.5cm x1.5cm;

layer 8 gauze (yarn-dyed layer 5): warp 80S/2 combed cotton, weft 60S/2 combed cotton, warp density x weft density (root/inch): 40x40; the 1 st layer warp yarn and the 8 th layer warp yarn are replaced, the inner gauze presents jacquard or geometric pattern appearance, and the weft yarn is colored yarn.

After the weaving design is finished, the gauze is sequentially subjected to the following treatment: the printing pretreatment is subjected to a water washing and shaping process; printing, namely printing by adopting an active printing process; post-finishing; the finished product is sewn, and the finished products such as the blanket are manufactured by a hemming sewing process according to the size design of the finished product; and after the finished product is washed and sewn, the finished product (blanket) is subjected to a washing and drying process, so that the finished product is fluffier, the use experience is improved, and the thermal insulation value is improved.

Embodiment two: referring to fig. 2, the difference from the first embodiment is that the gauze layer comprises 6 gauze layers, which sequentially comprise a printing layer 1 of the 1 st layer, a first transition layer 2 of the 2 nd layer, a first intermediate layer 31 of the 3 rd layer, a second intermediate layer 32 of the 4 th layer, a second transition layer 4 of the 5 th layer and a yarn-dyed layer 5 of the 6 th layer from the surface to the inside, so that the thickness of the finished product is reduced, but the gauze layer has the advantages of good air permeability, warm keeping, skin comfort, attractive appearance and the like.

The foregoing description of the utility model has been presented for purposes of illustration and description, and is not intended to be limiting. Several simple deductions, modifications or substitutions may also be made by a person skilled in the art to which the utility model pertains, based on the idea of the utility model.

Claims (10)

1. The yarn-dyed and printed integrated cotton-flax multi-layer gauze is characterized by comprising a plurality of yarn cloth layers with warp yarns and weft yarns;

the gauze layer sequentially comprises a printing layer, a first transition layer, an intermediate layer, a second transition layer and a yarn-dyed layer from the surface to the inside;

the middle layer at least comprises a layer of gauze;

the weft yarns of the printing layer are cotton-flax blended semi-bleached yarns, the weft yarns of the yarn-dyed layer are cotton-flax blended colored yarns, the weft yarns of the middle layer are low-twist raw cotton yarns, and the weft yarns of the first transition layer and the second transition layer are combed cotton yarn semi-bleached yarns;

the warp yarns of the printing layer, the first transition layer, the middle layer, the second transition layer and the yarn-dyed layer are all yarn-combed cotton yarn semi-bleaching yarns.

2. The yarn-dyed printed integrated cotton-flax multilayer gauze of claim 1, wherein said printed layer and yarn-dyed layer have an outer-inner layer-changing structure, said outer-inner layer-changing structure accounting for 5% -20% of the area of said printed layer or yarn-dyed layer.

3. The yarn-dyed printed integrated cotton-flax multilayer gauze of claim 1, wherein said printed layer, first transition layer, second transition layer and yarn-dyed layer each have a pick-and-place density of 2 times that of the intermediate layer.

4. The yarn-dyed and printed integrated cotton-flax multi-layer gauze of claim 1, wherein the weft yarns of the intermediate layer are coarse yarns, the weft yarns of the printed layer and the yarn-dyed layer are fine yarns, the first transition layer is arranged between the printed layer and the intermediate layer to form coarse yarn transitions, and the second transition layer is arranged between the yarn-dyed layer and the intermediate layer to form coarse yarn transitions.

5. The yarn-dyed printed integrated cotton-flax multilayer gauze of claim 4, wherein the weft yarn count of said printed and yarn-dyed layers ranges from 30S/1 to 50S/1; the number of weft yarn branches of the first transition layer and the second transition layer ranges from 30S/1 to 60S/1; the intermediate layer has a weft yarn count ranging from 6S/1 to 16S/1.

6. The yarn-dyed printed integrated cotton-flax multi-layer gauze of claim 1, wherein said warp yarn has a count ranging from 40S/2 to 100S/2.

7. The yarn-dyed printed integrated cotton-flax multilayer gauze of claim 1, wherein warp yarns and weft yarns of adjacent or spaced said gauze layers are interwoven to form a plurality of spaced hanging points, said gauze layers being tied together by said hanging points.

8. The yarn-dyed printed integrated cotton-flax multi-layer gauze of claim 7, wherein said hanging points are spaced apart by 1.5cm x1.5cm.

9. The yarn-dyed printed integrated cotton-flax multi-layer gauze of claim 1, wherein said middle layer comprises 2-8 layers of gauze and said middle layer is a plain weave layer.

10. A quilt blanket comprising a yarn-dyed printed integral cotton-flax multi-layer gauze as claimed in any one of claims 1 to 9.