CN219824515U

CN219824515U - Super-soft yarn-dyed bedding fabric

Info

Publication number: CN219824515U
Application number: CN202320555258.2U
Authority: CN
Inventors: 杨文基
Original assignee: Zhejiang Babei Textile Co ltd
Current assignee: Zhejiang Babei Textile Co ltd
Priority date: 2023-03-21
Filing date: 2023-03-21
Publication date: 2023-10-13
Anticipated expiration: 2033-03-21

Abstract

The utility model provides an ultra-soft colored woven bed fabric, and belongs to the technical field of embossed woven fabrics with special purposes. The warp starting structure comprises a warp starting structure, a first structure, a second structure and a third structure, wherein the warp starting structure, the first structure, the second structure and the third structure are sequentially arranged to form a circulation, and the circulation is distributed on the yarn-dyed fabric along the warp direction. The yarn-dyed fabric is used for high-grade products such as down quilts, and the yarn-dyed fabric is endowed with patternability and super-soft hand feeling by virtue of special arrangement of weft yarns and warp yarns.

Description

Super-soft yarn-dyed bedding fabric

Technical Field

The utility model relates to an ultra-soft colored woven bed fabric, and belongs to the technical field of embossed woven fabrics with special purposes.

Background

Among the bedding fabrics, silk fabrics have historically been high-grade fabrics. Not only has a relatively large gram weight compared with cotton polyester, but also gives the fabric a strong mercerization feel and smoothness, but the following problems also exist correspondingly:

1) The dyeing performance is poor, the pure white color is mainly used, and the colors and patterns cannot be endowed to the fabric, so that the fabric has cool touch, but is monotonous and poor in attractive appearance.

2) In order to endow the silk fabric with attractive appearance and pattern effect, gold and silver wires are usually introduced for matching, but the introduced gold and silver wires can cause hardening of the fabric in a conventional weaving structure, and the hand feeling is poor.

3) The cost is high no matter the silk is made of the gold and silver silk or the mulberry silk or the silk.

How to realize the diversification of bedding products of high-grade fabrics such as down quilt covers and the like is a problem to be solved in the scheme.

Disclosure of Invention

In view of the above, the utility model provides an ultra-soft yarn-dyed fabric, which can give a colored pattern effect to yarn-dyed fabric and give patterns to the front and back surfaces of the fabric by means of the arrangement of a weaving structure.

Specifically, the utility model is realized by the following scheme:

an ultra-soft yarn-dyed bed fabric takes a first weft yarn, a second weft yarn, a third weft yarn and a fourth weft yarn as weft yarn raw materials, warp starting warp yarns, the first warp yarn, the second warp yarn and the third warp yarn are taken as warp yarn raw materials, the weft yarn raw materials are different in color from the warp yarn raw materials, the warp yarns and the weft yarns are interwoven to form yarn-dyed fabrics, a warp starting tissue, a first tissue, a second tissue and a third tissue form a cycle, a plurality of cycles are distributed on the yarn-dyed fabrics along the warp direction,

the warp starting structure is formed by interweaving first wefts and ten groups of ground warp yarns,

the first weave is formed by interweaving the second weft yarns with ten groups of first warp yarns,

the second weave is formed by interweaving a third weft yarn with ten groups of second warp yarns,

the third weave is formed by a fourth weft yarn interwoven with the ten sets of third warp yarns.

According to the scheme, in the weaving process, the cooperation of the weft yarn raw materials and the warp yarn raw materials is utilized, the front and the back of the yarn-dyed fabric are endowed with the effect of patterns, meanwhile, the super soft hand feeling of the fabric is realized through the circulation of warp starting tissues (warp starting means that the warp raw materials are above the weft raw materials) and three tissues in the warp direction, and the comfort is better when the yarn-dyed fabric is used for bedding fabrics.

Further, as preferable:

in the warp starting structure, the positions of the first weft yarns relative to the warp starting yarns are as follows: six at one time and two at one time.

In the first weave, the positions of the second weft yarns relative to the first warp yarns are as follows: seven next two up and down.

In the second weave, the position of the third weft yarn relative to the second warp yarn is: six lower two upper two lower.

In the third weave, the fourth weft yarn is positioned relative to the third warp yarn at: one above the other, one below the other, one above the other, one below the other.

At least one of the first weft, the second weft, the third weft and the fourth weft is made of gold and silver wires, and the warp raw materials are all silk.

In the scheme, the gold and silver wires are introduced into the silk fabric, so that the silk fabric is endowed with a stronger light sensation effect, and compared with the conventional pure white silk quilt, the scheme provided by the utility model can realize the colorability and the patternity of the silk fabric. Compared with the hard hand feeling existing when the conventional fabric structure of the gold and silver wires is introduced, the super-soft fabric still keeps the super-soft effect. When the double-cover type down quilt is used as a fabric of a down quilt and the like, the double-cover effect on the front and the back can be achieved without being spliced with other fabrics.

Drawings

FIG. 1 is a schematic drawing of a warp-starting weave structure of a fabric according to the utility model;

FIG. 2 is a schematic view of a first weave structure of a fabric according to the utility model;

FIG. 3 is a schematic view of a second weave structure of a fabric according to the utility model;

FIG. 4 is a schematic view of a third weave structure of a fabric according to the utility model;

FIG. 5 is a front-back comparison chart of the fabric in the present utility model.

Reference numerals in the drawings: 1. a first weft thread; 2. a second weft thread; 3. a third weft thread; 4. a fourth weft thread; 5. warp yarns; 51. initiating warp yarn I; 52. a second warp yarn is started; 53. warp yarn III is started; 54. a fourth warp yarn is started; 55. a fifth warp yarn is started; 56. initiating warp yarn six; 57. initiating warp yarn seven; 58. initiating warp yarn eight; 59. warp yarn nine; 510. starting warp yarn ten; 6. a first warp yarn; 7. a second warp yarn; 8. a third warp yarn; 81. warp yarn one; 82. warp yarn II; 83. warp yarn III; 84. warp yarn four; 85. warp five; 86. warp six; 87. warp yarn seven; 88. warp yarn eight; 89. warp yarn nine; 810. warp yarn ten.

Detailed Description

The embodiment relates to a super-soft yarn-dyed fabric, which is characterized in that a plurality of loops are distributed on yarn-dyed fabric along the warp direction, each loop comprises a warp starting tissue, a first tissue, a second tissue and a third tissue, and the warp starting tissue, the first tissue, the second tissue and the third tissue are sequentially arranged, wherein:

referring to fig. 1, in the warp starting structure, a first weft yarn 1 and a warp starting yarn 5 are interwoven in a mode of one-to-six-to-two-to-one manner, namely: in one cycle, the first weft yarn 1 goes up to the upper side of the second warp yarn 52 after entering from the lower side of the first warp yarn 51, goes down to the lower side of the eighth warp yarn 58 after passing through the third warp yarn 53, the fourth warp yarn 54, the fifth warp yarn 55, the sixth warp yarn 56 and the seventh warp yarn 57, and goes up to the ninth warp yarn 59 and the tenth warp yarn 510, thereby completing the weaving of the warp yarn weave in the cycle.

Referring to fig. 2, in the first weave, the second weft yarn 2 and the first warp yarn 6 are interwoven in a seven-next-two-up-two-down manner, that is: in one cycle, the second weft yarn 2 enters from below the first group of warp yarns in the ten groups of first warp yarns 6, passes through the second group, the third group and the seventh group of … …, and then goes up to above the eighth group of warp yarns, and then goes down to below the ninth group of warp yarns and the tenth group of warp yarns, so that the weaving of the first tissue in the cycle is completed.

Referring to fig. 3, in the second weave, the third weft yarn 3 and the second warp yarn 7 are interwoven in a six-down two-up two-down manner, that is: in one cycle, the third weft yarn 3 enters from below the first group of warp yarns in the ten groups of second warp yarns 7, goes upward to above the seventh group and the eighth group after passing through the second group, the third group and the … … sixth group, goes downward to below the ninth group of warp yarns and the tenth group of warp yarns, and finishes the weaving of the first tissue in the cycle and finishes the weaving of the second tissue in the cycle.

Referring to fig. 4, in the third weave, the fourth weft yarn 4 and the third warp yarn 8 are interwoven in a one-over-two-over-one-under-two-over-one-under-one manner, that is: in one cycle, the fourth weft yarn 4 goes from above warp yarn one 81, goes down to below warp yarn two 82 and warp yarn three 3, goes up to above warp yarn four 84, goes down to below warp yarn five 85 and warp yarn six 86, goes up to above warp yarn seven 87, goes down to below warp yarn eight 88, goes up to above warp yarn nine 89, goes down to below warp yarn ten 810, and completes the weaving of the third weave in the cycle.

Wherein, in the weft yarn raw material, the first weft yarn 1 is mulberry silk, and the fineness is 80D; the second weft yarn 2 is mulberry silk with fineness of 80D; the third weft yarn 3 is mulberry silk with fineness of 80D; the fourth weft yarn 4 is made of gold and silver wires and has a fineness of 65D; in the warp raw material, the warp-starting warp 5 is mulberry silk with fineness of 32D; the first warp yarn is mulberry silk and has fineness of 32D; the second warp yarn is mulberry silk with fineness of 32D; the third warp yarn is mulberry silk with a fineness of 32D.

In the above scheme, in the weaving structure, the gold and silver wires are introduced into the silk fabric, so that the silk fabric is endowed with a stronger light sensation effect, and compared with the conventional pure white silk quilt, the scheme provided by the utility model can realize the colorfulness and the patternability (the left side is the back surface, and the right side is the front surface) of the silk fabric as shown in fig. 5. Compared with the hard hand feeling existing when the conventional fabric structure of the gold and silver wires is introduced, the scheme still keeps the super-soft effect of the fabric, and the softness reaches the seven-star level. When the double-cover type down quilt is used as a fabric of a down quilt and the like, the double-cover effect on the front and the back can be achieved without splicing with other fabrics.

The ultra-soft effect in the scheme is tested by taking GB/T6529, GB/T8170 and the enterprise standard Q/320691KDA56-2018 of the Lolai life technology and technology Co., ltd as references, and is characterized by softness, and the testing instrument is a fabric relative hand feeling testing instrument (French treasurer) or equipment conforming to the AATCC 202-2014.

Claims

1. An ultra-soft yarn-dyed bedding fabric is characterized in that: taking a first weft, a second weft, a third weft and a fourth weft as weft raw materials, taking warp starting warp yarns, a first warp, a second warp and a third warp as warp raw materials, forming yarn-dyed fabrics by interweaving the weft raw materials and the warp raw materials into different colors, forming a warp starting pattern, a first pattern, a second pattern and a third pattern in sequence, forming a cycle, distributing a plurality of cycles on the yarn-dyed fabrics along the warp direction,

2. The ultra-soft yarn-dyed fabric of claim 1, wherein in the warp starting structure, the position of the first weft yarn relative to the warp starting yarn is: six at one time and two at one time.

3. The ultra-soft yarn-dyed bedding fabric of claim 1, wherein in the first weave, the position of the second weft yarn relative to the first warp yarn is: seven next two up and down.

4. The ultra-soft yarn-dyed bedding fabric of claim 1, wherein in the second weave, the position of the third weft yarn relative to the second warp yarn is: six lower two upper two lower.

5. The ultra-soft yarn-dyed bedding fabric of claim 1, wherein in the third weave, the fourth weft yarn is positioned relative to the third warp yarn at a position: one above the other, one below the other, one above the other, one below the other.

6. An ultra-soft yarn-dyed bedding fabric according to any one of claims 1-5, wherein: at least one of the first weft, the second weft, the third weft and the fourth weft is made of gold and silver wires, and the warp raw materials are all silk.