CN211546796U - Multi-angle color-changing mesh cloth - Google Patents

Abstract

The utility model relates to a screen cloth field, in particular to a multi-angle color-changing screen cloth, which mainly solves the problems of single color and poor aesthetic property of the screen cloth in the prior art, and comprises a screen cloth body, the screen cloth body sequentially comprises a surface layer, a multicolor connecting layer and a reinforcing layer from top to bottom, the surface layer comprises a first yarn and a second yarn, the first yarn and the second yarn are mutually wound along the longitudinal direction to form a winding point, the multicolor connecting layer comprises a warp and a weft which are mutually woven in a Stirling weaving mode, the warp is crossed with the weft and the weft is positioned at the upper side of the warp to form a connecting point, the weft is white, the warp comprises a red warp, a green warp and a blue warp, each warp is distributed at a diamond mesh hole on the reinforcing layer, is a connecting yarn formed by polyester fiber, the surface layer and the multicolor connecting layer are sewn into a whole through the connecting yarn, the connecting yarn is wound around the winding point.

Description

Multi-angle color-changing mesh cloth

Technical Field

The utility model relates to a screen cloth field especially relates to a multi-angle screen cloth that discolours.

Background

The mesh is a fabric having mesh holes, which is generally woven by interlacing warps and wefts, and has been widely used in various fields and occasions, for example, as a decorative material to be attached to the ground or wall surface, or as a surface material to be applied to chairs, bags, tablecloths, etc. The mesh cloth can be said to have gone deep into from people's daily life, even advanced office production institute, large-scale national project.

Chinese patent application No.: 200920183128.0 discloses a polyester mesh mattress, which is a multi-layer polyester three-layer mesh laminated mattress, wherein the laminated mattress is provided with a plurality of vertical and horizontal polyester tows or polyurethane tows which penetrate through and are sewed with a wire harness; the upper layer and the lower layer of the three-layer mesh fabric are braided into mesh warp knitting tissues with the thickness of 0.5mm to 1.5mm or braided layers without cushion warp knitting tissues by a 68D to 300D polyester multifilament machine, the upper braided layer and the lower braided layer are in a geometric space alternating shape, the middle layer is braided into mesh warp knitting tissues with the thickness of 1mm to 3mm or braided layers without cushion warp knitting tissues by a 30D to 40D polyester monofilament machine, the monofilament of the middle braided layer is in a vertical 8 shape, and the structure is in a circulating and continuous surrounding structure in cycles, and the transverse multifilaments of the upper layer and the lower layer are wrapped in upper and lower rings of the 8-shaped monofilament respectively to realize the connection of the upper braided layer and the. The structure of the mesh cloth is disclosed in detail, but the existing mesh cloth has single color, the colors of the mesh cloth are different due to the change of the colors of the surface wire harnesses, and the mesh cloth is poor in attractiveness.

SUMMERY OF THE UTILITY MODEL

Therefore, to foretell problem, the utility model provides a multi-angle screen cloth that discolours, it has mainly solved the problem that the colour of screen cloth is single, the aesthetic property is poor among the prior art.

In order to achieve the above purpose, the utility model adopts the following technical scheme:

a multi-angle color-changing mesh cloth comprises a mesh cloth body, wherein the mesh cloth body is defined to extend along the length direction of the mesh cloth body to be a longitudinal direction and extend along the width direction to be a transverse direction, the mesh cloth body sequentially comprises a surface layer, a multicolor connecting layer and a reinforcing layer from top to bottom, the surface layer comprises a plurality of units distributed along the transverse direction, each unit comprises a first yarn and a second yarn, the first yarn and the second yarn are mutually wound along the longitudinal direction to form winding points, the winding points formed by winding two adjacent winding points of the same unit and two adjacent units in the transverse direction of the unit form a prismatic mesh, the prismatic mesh is sequentially distributed with a first mesh layer and a second mesh layer in parallel at intervals along the longitudinal direction on the defined surface layer, the multicolor connecting layer comprises a plurality of warps and wefts which are mutually woven in a weaving mode, the Stirling warps and the wefts are intersected, and the wefts are positioned on the upper sides of, the surface layer and the multicolor connecting layer are sewn into a whole through the connecting yarns, and the connecting yarns are wound on the winding points.

Further, warp still includes the basic unit yarn of making by cotton fibre, be provided with the fixed point of globular structure along its axial direction interval distribution on the basic unit yarn, the diameter size of fixed point is greater than the diameter size of basic unit yarn, red warp yarn, green warp yarn and blue warp yarn twist and twine on basic unit yarn, fixed point distribution and the prismatic pinhole department of second mesh layer.

Further, the diameters of the red warp yarns, the green warp yarns and the blue warp yarns are the same, and the diameter sizes of the red warp yarns, the green warp yarns and the blue warp yarns are smaller than that of the weft yarns.

Further, the distance size of two adjacent winding points on each prismatic mesh along the longitudinal direction is larger than that of two adjacent winding points along the transverse direction.

By adopting the technical scheme, the beneficial effects of the utility model are that: the multi-angle color-changing mesh cloth has the advantages that the multi-color connecting layer is projected through the prismatic meshes arranged on the surface layer, so that the multi-color connecting layer is protected, the direct friction between the multi-color connecting layer and the outside is avoided, the colored yarns on the multi-color connecting layer are influenced to be damaged, the multi-angle color-changing mesh cloth and the yarns with different colors on the weft yarns and the warp yarns on the multi-color connecting layer are acted, the three-dimensional and multi-angle color change is formed, and the attractiveness is improved; furthermore, the base layer yarns arranged on the warps increase the strength of the warps, improve the structural stability of the multicolor connecting layer and prevent the warps from being torn, and meanwhile, the fixing points arranged on the base layer yarns ensure that the red warp yarns, the green warp yarns and the blue warp yarns wound on the base layer yarns have good highlighting effects, form more three-dimensional structural characteristics and further improve the attractiveness; furthermore, the distance size of two adjacent winding points in the longitudinal direction on each prismatic mesh is larger than that of two adjacent winding points in the transverse direction, so that yarns of multiple colors on the warp yarns on the multi-color connecting layer can be better displayed, and the color display is more vivid by combining with white weft yarns.

Drawings

Fig. 1 is a schematic structural diagram of an embodiment of the present invention;

FIG. 2 is a schematic structural diagram of a surface layer in an embodiment of the present invention;

FIG. 3 is a schematic structural view of a warp thread in an embodiment of the present invention;

fig. 4 is a schematic sectional structure diagram of an embodiment of the present invention.

Detailed Description

The present invention will now be further described with reference to the accompanying drawings and detailed description.

The embodiment of the utility model provides a do:

referring to fig. 1, 2 and 4, a multi-angle color-changing mesh fabric comprises a mesh fabric body 1, a longitudinal direction defined as extending along a length direction of the mesh fabric body 1, and a transverse direction defined as extending along a width direction of the mesh fabric body 1, wherein the mesh fabric body 1 sequentially comprises a surface layer 11, a multi-color connecting layer 12 and a reinforcing layer 13 from top to bottom, the surface layer 11 comprises a plurality of units 2 distributed along the transverse direction, the number of the units 2 is determined according to the length dimension of the mesh fabric body 1, the drawings in the specification only show partial screenshots of the mesh fabric body, the units 2 comprise first yarns 21 and second yarns 22, the first yarns 21 and the second yarns 22 are mutually wound along the longitudinal direction to form winding points 23, two adjacent winding points 23 located on the same unit 2 and winding points 23 formed by winding two adjacent units 2 in the transverse direction of the unit 2 form prismatic meshes 3, the distance size of two adjacent winding points 23 along the longitudinal direction on each prismatic mesh 3 is larger than the distance size of two adjacent winding points 23 along the transverse direction, first mesh layers 31 and second mesh layers 32 are sequentially distributed on the prismatic mesh 3 along the longitudinal direction on the defining surface layer 11 at intervals in parallel, the multicolor connecting layer 12 comprises warps 121 and wefts 122 which are woven with each other in a Stirling weaving mode, the warps 121 are intersected with the wefts 122, the wefts 122 are positioned on the upper sides of the warps to form connecting points 4, each connecting point 4 is distributed at the position of the prismatic mesh 3 on the first mesh layer 31, the wefts 122 are white, the warps 121 comprise red warp yarns 5, green warp yarns 6 and blue warp yarns 7 which are formed by twisting, the diameters of the red warp yarns 5, the green warp yarns 6 and the blue warp yarns 7 are the same, and the diameter size of the red warp yarns 5, the green warp yarns 6 and the blue warp yarns 7 is smaller than the diameter size of the weft, each warp 121 is distributed at the prismatic mesh 3 on the second mesh layer 32, the reinforcing layer 13 is a connecting yarn formed by twisting and kneading polyester fibers through a warp knitting machine, the surface layer 11 and the multicolor connecting layer 12 are sewn into a whole through the connecting yarn, the connecting yarn is wound on the winding point 23, and the surface layer 11 and the multicolor connecting layer 12 are sewn into a whole through a sewing machine by the connecting yarn.

As a preferable scheme of this embodiment, referring to fig. 3, the warp 121 further includes a base yarn 8 made of a cotton fiber, fixing points 9 of a spherical structure are distributed on the base yarn 8 at intervals along an axial direction thereof, a diameter of the fixing points 9 is greater than a diameter of the base yarn 8, the red, green and blue warp yarns 5, 6 and 7 are twisted and wound on the base yarn 8, the fixing points 9 are distributed at the positions of the prismatic meshes 3 of the second mesh layer 32, the base yarn 8 is arranged on the warp 121, so that strength of the warp 121 is increased, structural stability of the multi-color connecting layer is improved, the multi-color connecting layer is prevented from being torn, and meanwhile, the fixing points arranged on the base yarn make the protruding effect of the red, green and blue warp yarns 5, 6 and blue warp yarns 7 wound thereon good, and form a more three-dimensional structural feature, further improving the appearance.

The white weft yarns 122, the red warp yarns 5, the green warp yarns 6 and the blue warp yarns 7 are all formed by twisting and kneading cotton fiber into yarns through a warp knitting machine, then soaking the yarns in pool water with corresponding colors for dyeing, and finally airing.

The utility model discloses a working method is: the multi-angle color-changing mesh cloth projects the multi-color connecting layer 12 through the prismatic meshes 3 arranged on the surface layer 11 and then through the prismatic meshes 3, so that the multi-color connecting layer 12 is protected, direct friction between the multi-color connecting layer 12 and the outside is avoided, colored yarns on the multi-color connecting layer 12 are influenced to be damaged, and the multi-angle color-changing mesh cloth acts with yarns with different colors on the weft yarns 122 and the warp yarns 121 on the multi-color connecting layer 12 to form three-dimensional multi-angle color changes, and the attractiveness is improved; the distance size of two adjacent winding points 23 in the longitudinal direction on each prismatic net hole 3 is larger than that of two adjacent winding points 23 in the transverse direction, so that the yarns with multiple colors on the warp yarns 121 on the multi-color connecting layer 12 can be better displayed, and the colors are more vivid by combining with the white weft yarns 122.

While the invention has been particularly shown and described with reference to a preferred embodiment, it will be understood by those skilled in the art that various changes in form and detail may be made therein without departing from the spirit and scope of the invention as defined by the appended claims.

Claims (4)

1. The utility model provides a multi-angle screen cloth that discolours which characterized in that: the mesh fabric comprises a mesh fabric body, the mesh fabric body is defined to extend along the length direction of the mesh fabric body to be a longitudinal direction and extend along the width direction of the mesh fabric body to be a transverse direction, the mesh fabric body sequentially comprises a surface layer, a multicolor connecting layer and a reinforcing layer from top to bottom, the surface layer comprises a plurality of units distributed along the transverse direction, the units comprise first yarns and second yarns, the first yarns and the second yarns are mutually wound along the longitudinal direction to form winding points, the winding points formed by winding two adjacent winding points of the same unit and two adjacent units in the transverse direction of the unit form a prismatic mesh, the prismatic mesh on the surface layer is defined to sequentially and parallelly distribute a first mesh layer and a second mesh layer along the longitudinal direction at intervals, the multicolor connecting layer comprises warps and wefts which are mutually woven in a Stirling weaving mode, the warps and the wefts are intersected, and the wefts are positioned at the upper sides of the, the surface layer and the multicolor connecting layer are sewn into a whole through the connecting yarns, and the connecting yarns are wound on the winding points.

2. The multi-angle color-changing mesh fabric according to claim 1, wherein: warp still includes the basic unit yarn of being made by cotton fibre, be provided with the fixed point of globular structure along its axial direction interval distribution on the basic unit yarn, the diameter size of fixed point is greater than the diameter size of basic unit yarn, red warp yarn, green warp yarn and blue warp yarn twist and rub twine on basic unit yarn, fixed point distribution and the prismatic mesh hole department of second mesh layer.

3. The multi-angle color-changing mesh fabric according to claim 2, wherein: the diameters of the red warp yarns, the green warp yarns and the blue warp yarns are the same, and the diameter sizes of the red warp yarns, the green warp yarns and the blue warp yarns are smaller than that of the weft yarns.

4. The multi-angle color-changing mesh fabric according to claim 3, wherein: the distance size of two adjacent winding points on each prismatic mesh along the longitudinal direction is larger than that of two adjacent winding points along the transverse direction.

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