CN217574354U - Environment-friendly regenerated pearl velvet fabric - Google Patents

Abstract

The utility model provides an environmental protection regeneration type pearl fine hair surface fabric, including the surface fabric body, the surface fabric body is formed by inlayer, intermediate level and wearing layer complex, and the inlayer is made by compound silk, modal cellosilk and the mixed weaving of wool spacing silk, and its weaving mode makes its structure comparatively firm, and possess better tensile strength, have good type of moulding effect, and the texture is soft and has good affinity with human skin; the middle layer is made by weaving the main warp yarns, the elastic yarns and the conductive yarns in a mixed mode, the middle layer forms a mesh fabric structure under the weaving of the main warp yarns and the elastic yarns, the elastic capacity of the middle layer is improved, the middle layer can bear large tensile force, and meanwhile the middle layer has good air permeability, sweat absorption, deodorization and antistatic performance.

Description

Environment-friendly regenerated pearl velvet fabric

Technical Field

The utility model relates to a textile fabric technical field especially relates to a pearl matte material of environmental protection regeneration type.

Background

The pearl velvet fabric is mainly used for night gowns, baby products, children clothes, clothes linings, hats and shoes, home ornaments and the like, is a novel fabric, and has the advantages of soft hand feeling, fine texture, environmental protection and good heat retention. With the development of environment-friendly technology of resource recycling, the pearl velvet fabric is mainly formed by spinning regenerated polyester, but the polyester fabric is easy to generate static electricity and poor in moisture absorption effect, and when the pearl velvet fabric is used as a clothes raw material, the pearl velvet fabric is poor in elasticity and touch and easy to breed bacteria.

Disclosure of Invention

In order to solve the problems, the utility model provides an environment-friendly regenerative pearl velvet fabric, which solves the problems more exactly.

The utility model discloses a following technical scheme realizes:

the utility model provides a pearl fine hair surface fabric of environmental protection regeneration type, including the surface fabric body, the surface fabric body comprises inlayer, intermediate level and wearing layer complex, the inlayer sets up in the inlayer, and the inlayer mixes the weaving by compound silk, modal cellosilk and the spacing silk of wool and makes, and the wearing layer sets up in outmost, and the intermediate level is the intermediate layer between inlayer and the wearing layer, and the intermediate level is made by main warp line, stretch yarn and the mixed weaving of electrically conductive yarn.

Furthermore, the composite yarns and the modal fibers are used as weft yarns which are alternately woven at intervals, the composite yarns and the modal fibers are S-shaped weft yarns, adjacent composite yarns and modal fibers are woven in a bidirectional crossing mode, the wool limiting yarns are used as warp yarns, and the wool limiting yarns are woven in a circulating sinking and floating mode along the gaps of the weaving structures of the composite yarns and the modal fibers.

Furthermore, the composite yarn is formed by doubling regenerated polyester yarns and natural cotton yarns, and the regenerated polyester yarns and the natural cotton yarns are twisted into 400 twists/m doubled yarns by a twisting doubling machine to form the composite yarn.

Furthermore, the main warps are used as warps, 8-shaped weaving knots are wound on each main warp, the 8-shaped weaving knots arranged on every two adjacent main warps are connected in an inserting mode through two elastic wires which are woven in a crossed mode, O-shaped weaving nodes are wound at the crossed points of the two elastic wires, air-permeable weaving holes are formed in the weaving structure between the main warps and the elastic wires, and the conductive yarns are used as wefts and are woven in a circulating sinking and floating mode in a mode that each warp passes through one weft and then presses one weft.

Furthermore, the wear-resistant layer is formed by blending polyolefin elastic fibers and nylon fiber yarns, the polyolefin elastic fibers are used as warp yarns, the nylon fiber yarns are used as weft yarns, and the wear-resistant layer is formed by circularly floating and sinking weaving in a mode that each warp yarn passes through one weft yarn and then presses one weft yarn.

The utility model has the advantages that:

1. the inner layer in the utility model is made by the mixed spinning of composite filament, modal fiber and wool spacing silk, and its weaving mode makes its structure comparatively firm, and possess better tensile strength, have good type of moulding effect, and composite filament is formed by regenerated polyester silk and natural cotton silk doubling, when the inner layer is as the precoat with skin laminating, makes it have good affinity with human skin, and the texture is soft, and the texture exquisiteness of inner layer is further improved to the weaving setting of wool spacing silk, effectively improves the thermal insulation performance simultaneously;

2. the utility model provides a middle level is by main warp, stretch yarn and the mixed weaving of conductive yarn are made, the middle level constitutes the screen cloth structure under the weaving of main warp and stretch yarn, its elastic capacity has been increased, make it can bear great pulling force, compare current cloth structure comparison, this screen cloth is more difficult to be dragged and damages, main warp makes the middle level have good sweat-absorbing nature and deodorization effect, the stretch ability of elasticity in stretch yarn increase middle level, it is formed with ventilative hole of weaving to weave the structure between main warp and the stretch yarn, make the middle level have good ventilation effect, conductive yarn comprises the nylon composite superfine fiber silk and the nylon conductive yarn of washing, it is wear-resisting to make the surface fabric have, high strength, easy dyeing, when high temperature resistant, good antistatic performance has.

Drawings

Fig. 1 is a schematic structural view of the fabric body of the present invention;

FIG. 2 is a schematic structural view of the inner layer of the present invention;

FIG. 3 is a schematic view of the structure of the composite filament of the present invention;

fig. 4 is a schematic structural diagram of the middle layer of the present invention.

In the figure: 1. a fabric body; 2. an inner layer; 201. compounding the silk; 2011. regenerating polyester yarns; 2012. natural cotton silk; 202. modal fiber filaments; 203. wool limiting yarns; 3. an intermediate layer; 301. a main warp thread; 3011. 8-shaped weaving knots; 302. stretch yarn; 3021. an O-shaped weaving node; 303. a conductive yarn; 304. ventilating weaving holes; 4. and a wear-resistant layer.

Detailed Description

In order to more clearly and completely explain the technical scheme of the present invention, the present invention is further explained with reference to the attached drawings.

Please refer to fig. 1-4, the utility model provides an environmental protection regeneration type pearl fine hair surface fabric, including surface fabric body 1, surface fabric body 1 comprises inlayer 2, intermediate level 3 and wearing layer 4 complex, inlayer 2 sets up in the innermost layer, wearing layer 4 sets up in outermost, wearing layer 4 is formed by polyolefin elastic fiber and polyamide fibre silk blending, polyolefin elastic fiber is as the warp, polyamide fibre silk is as the woof, according to every warp through a woof, the mode circulation that represses a woof floats and sinks to weave and forms, polyolefin elastic fiber possesses good elasticity, 500% elongation at break, high temperature resistant, chlorine bleach resistance and strong acid alkali treatment, and have very strong ultraviolet resistance degradation performance, and polyamide fibre has the advantages of wear-resisting, excel in, easily dye, the moisture absorption.

As shown in fig. 2, the inner layer 2 is made by mixing and weaving composite filaments 201, modal filaments 202 and wool spacing filaments 203, the composite filaments 201 and the modal filaments 202 are used as weft yarns woven alternately at intervals, the composite filaments 201 and the modal filaments 202 are both S-shaped weft yarns, the adjacent composite filaments 201 and the modal filaments 202 are woven in a bidirectional cross manner, the wool spacing filaments 203 are used as warp yarns, and the wool spacing filaments 203 are woven in a circulating floating and sinking manner along the weaving structure gaps of the composite filaments 201 and the modal filaments 202, the weaving manner ensures that the structure of the composite filaments 201 is firmer, has better tensile strength and good molding effect, the composite filaments 201 are composed of regenerated polyester filaments 2011 and natural cotton filaments 2012, the regenerated polyester filaments 2011 and the natural cotton filaments 2012 are twisted by a twisting and doubling machine to form the composite filaments 201, the regenerated polyester filaments 2011 and the natural cotton filaments are twisted in a compound manner, and when the inner layer 2 is used as a skin material layer, the composite filaments have good affinity with human skin and soft texture; the texture of the inner layer 2 is further improved by the weaving of the wool limiting filaments 203, and meanwhile, the heat insulation performance is effectively improved.

As shown in fig. 3, the intermediate layer 3 is an interlayer between the inner layer 2 and the wear-resistant layer 4, the intermediate layer 3 is made by weaving main warps 301, elastic yarns 302 and conductive yarns 303 in a mixed manner, the main warps 301 are used as warps, 8-shaped weaving knots 3011 are respectively wound on each main warp 301, the two crosswise-woven elastic yarns 302 are connected between the 8-shaped weaving knots 3011 arranged on each two adjacent main warps 301 in an penetrating manner, and O-shaped weaving joints 3021 are wound at the crossing points of the two elastic yarns 302, so that the intermediate layer 3 forms a mesh fabric structure under the weaving of the main warps 301 and the elastic yarns 302, the elastic capacity of the mesh fabric is increased, the mesh fabric can bear larger pulling force, compared with the existing fabric structure, the mesh fabric is less prone to being pulled and damaged, the main warps 301 enable the intermediate layer 3 to have good sweat absorption and deodorization effects, the stretch yarn 302 increases the elastic stretching capacity of the middle layer 3, the air-permeable weaving holes 304 are formed in the weaving structure between the main warp yarn 301 and the stretch yarn 302, the middle layer 3 has a good air-permeable effect, the conductive yarn 303 serves as weft yarn and is formed by circularly floating and sinking weaving in a mode that each warp yarn passes through one weft yarn and then presses one weft yarn, the conductive yarn 303 is formed by doubling polyester-nylon composite superfine fiber and nylon conductive yarn, the polyester-nylon composite superfine fiber and the nylon conductive yarn are twisted into 400 twists/m by a twisting doubling machine to form the conductive yarn, the polyester-nylon composite superfine fiber has the advantages of nylon of being wear-resistant, high in strength, easy to dye and moisture-absorbing, and has the advantages of good polyester elasticity, good shape retention, stiff and smooth and non-ironing, and the nylon conductive yarn enables the fabric to have good antistatic performance.

The utility model provides a surface fabric body 1 comprises inlayer 2, intermediate level 3 and wearing layer 4 complex, inlayer 2 is by compound silk 201, modal cellosilk 202 and the mixed weaving of the spacing silk 203 of wool make, and its weaving mode makes its structure comparatively firm, and possess better tensile strength, good type effect of moulding has, compound silk 201 comprises regenerated polyester silk 2011 and natural cotton silk 2012 doubling, when inlayer 2 is as the precoat with the skin laminating, make it have good affinity with human skin, the texture is soft, and the texture of the spacing silk 203 of wool sets up the fine and smooth nature that further improves inlayer 2, effectively improve thermal insulation performance simultaneously;

the utility model provides a middle level 3 is by main warp 301, stretch yarn 302 and the mixed weaving of conductive yarn 303 are made, middle level 3 constitutes the screen cloth structure under the weaving of main warp 301 and stretch yarn 302, its elastic capacity has been increased, make it can bear great pulling force, compare current cloth structure comparison, this screen cloth is more difficult to be dragged and damages, main warp 301 makes middle level 3 have good sweat-absorbing nature and deodorization effect, stretch yarn 302 increases the elastic stretching ability in middle level 3, it is formed with ventilative hole 304 of weaving to weave the structure between main warp 301 and the stretch yarn 302, make middle level 3 have good ventilation effect, conductive yarn 303 is by washing compound superfine fiber silk of polyamide fibre and the polyamide fibre conductive yarn and doubling and constitute, make the surface fabric wear-resisting, high strength, easy dyeing, when high temperature resistant, good antistatic performance has.

Of course, the present invention can also have other various embodiments, and based on the embodiments, those skilled in the art can obtain other embodiments without any creative work, and all of them belong to the protection scope of the present invention.

Claims (5)

1. The utility model provides a pearl fine hair surface fabric of environmental protection regeneration type, includes surface fabric body (1), characterized in that, surface fabric body (1) comprises inlayer (2), intermediate level (3) and wearing layer (4) complex, inlayer (2) set up in the innermost layer, and inlayer (2) by compound silk (201), modal cellosilk (202) and the spacing silk of wool (203) mixed spinning make, wearing layer (4) set up in outermost layer, intermediate level (3) are the intermediate layer between inlayer (2) and wearing layer (4), and intermediate level (3) are by main warp yarn (301), stretch yarn (302) and conductive yarn (303) mixed spinning make.

2. The environment-friendly recycled pearl velvet fabric according to claim 1, wherein the composite filaments (201) and the modal filaments (202) are used as weft yarns woven alternately at intervals, the composite filaments (201) and the modal filaments (202) are S-shaped weft yarns, adjacent composite filaments (201) and modal filaments (202) are woven in a bidirectional crossing manner, the wool limit filaments (203) are used as warp yarns, and the wool limit filaments (203) are woven in a circulating sinking and floating manner along the gaps of the weaving structures of the composite filaments (201) and the modal filaments (202).

3. The environment-friendly renewable pearl velvet fabric according to claim 2, wherein the composite yarn (201) is formed by doubling regenerated polyester yarn (2011) and natural cotton yarn (2012), and the regenerated polyester yarn (2011) and the natural cotton yarn (2012) are twisted and doubled by a twisting doubling machine to form the composite yarn (201) with 400 twists/m doubling.

4. The environment-friendly recycled pearl velvet fabric according to claim 1, wherein the main warps (301) are used as warps, each main warp (301) is wound with a 8-shaped weaving knot (3011), the 8-shaped weaving knots (3011) arranged on every two adjacent main warps (301) are connected with each other in a penetrating manner through two crossed elastic filaments (302), the crossing point of the two elastic filaments (302) is wound with an O-shaped weaving node (3021), a breathable weaving hole (304) is formed in a weaving structure between the main warps (301) and the elastic filaments (302), and the conductive yarns (303) are used as wefts and woven in a circulating sinking and floating manner in such a manner that each warp passes through one weft and then presses one weft.

5. The environment-friendly recycled pearl velvet fabric according to claim 1, wherein the wear-resistant layer (4) is formed by blending polyolefin elastic fibers and nylon fibers, the polyolefin elastic fibers are used as warp yarns, the nylon fibers are used as weft yarns, and the pearl velvet fabric is formed by circularly floating and sinking weaving in a manner that each warp yarn passes through one weft yarn and then presses one weft yarn.

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