CN113235216A

CN113235216A - Sandwich mesh cloth with three-dimensional engraved jacquard and manufacturing method thereof

Info

Publication number: CN113235216A
Application number: CN202110405774.2A
Authority: CN
Inventors: 许金泰; 张英东; 张高
Original assignee: Xintai Shishi Technology Co ltd
Current assignee: Xintai Shishi Technology Co ltd
Priority date: 2021-04-15
Filing date: 2021-04-15
Publication date: 2021-08-10

Abstract

The invention relates to the technical field of screen cloth, in particular to a sandwich screen cloth with a three-dimensional engraved jacquard, which is integrally woven by a double-needle-bed high-speed warp knitting machine or a double-needle-bed high-speed jacquard machine and comprises an engraved jacquard layer, an engraved jacquard layer and an engraved jacquard base layer.

Description

Sandwich mesh cloth with three-dimensional engraved jacquard and manufacturing method thereof

Technical Field

The invention relates to the technical field of mesh cloth, in particular to sandwich mesh cloth with three-dimensional engraved jacquard patterns and a manufacturing method thereof.

Background

The sandwich mesh fabric is a double-needle-bed warp knitting mesh fabric and consists of a mesh surface, connecting monofilaments and a plane bottom surface, and the sandwich mesh fabric is named as the sandwich mesh fabric because the structure of the three-dimensional mesh fabric is very similar to a western sandwich hamburger.

With the development of social economy and fashion trend, people have higher and higher requirements on the aesthetic property of the sandwich mesh cloth, so the sandwich mesh cloth with the relief effect appears in the market. The utility model discloses a chinese utility model patent (grant publication No. CN205000062U) discloses a screen cloth with relief (sculpture) texture and fretwork dark line, and this surface fabric body bottom is provided with fretwork dark line tissue layer and relief (sculpture) texture profile layer, and the fretwork dark line tissue layer is woven by the 20D polyamide fibre and is formed, and relief (sculpture) texture profile layer is woven by the mutual concatenation of 75D flower comb polyamide fibre and 420D polyamide fibre covering yarn and is formed. This screen cloth is shuttle technology screen cloth, and this patent utilizes yarn thickness collocation to form concave position fretwork dark line and protruding relief (sculpture) texture profile, and the screen cloth air permeability of this patent is relatively poor, only has unsmooth relief (sculpture) effect, does not have obvious glyptic unsmooth sense of touch, the sense of sight, does not have the fretwork effect.

Disclosure of Invention

Additional features and advantages of the invention will be set forth in the description which follows, and in part will be obvious from the description, or may be learned by the practice of the invention. The objectives and other advantages of the invention will be realized and attained by the structure particularly pointed out in the written description and claims hereof as well as the appended drawings.

The invention aims to overcome the defects and provides a sandwich mesh fabric with a three-dimensional engraved jacquard, the mesh fabric is integrally woven by a double-needle-bed high-speed warp knitting machine or a double-needle-bed high-speed jacquard machine, the mesh fabric comprises an engraved jacquard layer, an engraved jacquard layer and an engraved jacquard base layer, and the three-dimensional engraved jacquard is woven by utilizing the threading change of a guide bar and a local miss stitch process, so that the mesh fabric has good air permeability, wrinkle resistance and shape retention, strong 3D (three-dimensional) stereoscopic impression and strong engraved effect, and the technical difficulties of poor air permeability, no obvious concave-convex touch feeling and visual feeling, only concave-convex effect, no engraved effect and the like of the mesh fabric in the prior art are overcome.

In order to achieve the purpose, the technical solution of the invention is as follows: a sandwich mesh with three-dimensional engraved jacquard comprises a mesh body integrally woven by a double-needle-bed high-speed warp knitting machine or a double-needle-bed high-speed jacquard machine, wherein the mesh body comprises an engraved jacquard layer, an engraved layer and an engraved base layer; the three-dimensional engraved jacquard comprises a plurality of coil tissues and a plurality of engraved holes, wherein the coil tissues comprise a plurality of first yarns, the first yarns are crossed and woven to form the coil tissues, the coil tissues comprise loop-forming coil tissues, scattered coil tissues and extended coil tissues, and the engraved holes are woven between the coil tissues; the hollow carving layer is woven below the hollow carving jacquard layer and comprises a plurality of second yarns, and the second yarns are woven in a crossed mode to form the hollow carving layer; this fretwork basic unit is woven in the below on this fretwork layer, and this fretwork basic unit includes many third yarns, and many these third yarns alternately weave and form this fretwork basic unit, have woven on this fretwork basic unit and have a plurality of ventilative punch combinations, and this bleeder vent combination can be plain weave ventilative punch combination, gradual change ventilative punch combination. This screen cloth body is woven by two needle bar high speed warp knitting machine an organic whole and is formed, this screen cloth body includes fretwork carving jacquard layer, fretwork carving layer and fretwork carving basic unit, utilizes the threading change of sley bar and local miss stitch technology to weave three-dimensional fretwork carving jacquard weave for the screen cloth has good gas permeability, anti fold nature, shape preserving, and the 3D third dimension is strong, and the fretwork carving effect is strong, and it is relatively poor to have broken through prior art screen cloth gas permeability, does not have obvious unsmooth sense of touch, the sense of sight, only has unsmooth relief effect, does not have technical difficulty such as fretwork carving effect.

Preferably, this engraving layer is connected with this looping coil tissue and this engraving basic unit for the screen cloth body does not delaminating, and the structure is more stable.

Preferably, the engraving layer is connected with the raveling coil tissue (the raveling coil cannot be knitted in a looping mode due to the engraving jacquard process) and the engraving base layer, so that the raveling coil tissue is not influenced by tension to be ravelled, and the shape retention property is high.

Preferably, the engraved layer is connected with the extended coil texture (the coil extended line cannot be knitted in a looping manner due to the engraved jacquard process) and the engraved base layer, and the engraved layer draws the extended coil texture downwards, so that the structural stability of the mesh fabric body is high.

Preferably, the engraved jacquard layer is a single-comb engraved jacquard layer, a multi-comb engraved jacquard layer, a geometric engraved jacquard layer or an irregular grain engraved jacquard layer.

Preferably, the first yarn has a denier greater than that of the second yarn and the first yarn has a denier greater than that of the third yarn. The larger the denier of the first yarn is, the thicker the first yarn is, so that the stereoscopic impression of the stereoscopic engraved jacquard in the engraved jacquard layer is stronger, the concave-convex touch feeling is more prominent, and the concave-convex visual feeling is more obvious.

Preferably, the first yarn is one or a combination of two of colored yarn, luminous yarn and reflective yarn. The colored yarns can be mixed-color low-elasticity blended yarns or space-dyed colorful low-elasticity yarns and are used for enriching the colors of the three-dimensional engraved jacquard; meanwhile, the luminous yarns and the reflective yarns can be matched, and the luminous and reflective characteristics of the yarns are utilized to enable the mesh cloth to clearly feel the luminous engraving effect of the engraved jacquard sandwich mesh cloth in the environment with weaker light.

Preferably, the second yarn is a transparent yarn or an elastic yarn. The transparent yarns can be transparent fish filaments, TPU monofilaments, TPEE monofilaments or high-strength monofilaments, so that the transparent visual effect is greatly enhanced; through adopting elastic yarn to weave for the extensibility of screen cloth is stronger.

Preferably, the third yarn is one or a combination of two or more of colored yarn, transparent yarn and elastic yarn.

Preferably, the number of orifices (F-number) of the first yarn and the third yarn are both greater than the number of orifices (F-number) of the second yarn. Because the spinneret orifice number (F number) of the first yarn and the third yarn is greater than the spinneret orifice number (F number) of the second yarn, the texture of the engraved jacquard layer and the engraved base layer is softer, and the overall hand feeling of the screen cloth is softer.

The invention also provides a manufacturing method of the sandwich mesh cloth with the three-dimensional engraved jacquard, which comprises the following steps:

s1, setting a guide bar: selecting a double-needle-bed high-speed warp knitting machine or a double-needle-bed high-speed jacquard machine for knitting, wherein the double-needle-bed high-speed warp knitting machine or the double-needle-bed high-speed jacquard machine at least comprises 4 guide bars, and the 4 guide bars are sequentially provided with a ground guide bar GB1, a ground guide bar GB2, a ground guide bar GB3 and a ground guide bar GB4 from a front needle bed to a back needle bed;

s2, warping: the guide bar GB1 warping P-FDY150D/36F semi-gloss yarn/P-FDY 75D/36F semi-gloss yarn (i.e. first yarn) 6 pan heads each pan head 317 yarns, and the content of P-FDY150D/36F semi-gloss yarn/P-FDY 75D/36F semi-gloss yarn is 28% -36%; the guide bar GB2 warping P-DT30D/1F semi-gloss yarn (i.e. the second yarn) 6 pan heads each 474 yarns, the P-DT30D/1F semi-gloss content accounts for 12% -22%; the guide bar GB3 warp P-DTY150D/48F semi-bright white low-stretch light net yarn (third yarn) 6 pan heads each with 238 yarns, and the content of the P-DTY150D/48F semi-bright white low-stretch light net accounts for 20% -28%; the guide bar GB4 warp P-DTY150D/48F semi-bright white low-stretch light net yarn (third yarn) 6 pan heads each with 238 yarns, and the content of the P-DTY150D/48F semi-bright white low-stretch light net accounts for 20% -28%;

s3, threading: the ground guide bar GB1 is threaded on a double-needle-bed high-speed warp knitting machine in one mode of four-way second-space threading, three-space threading, one-way third-space threading and two-way second-space threading, the ground guide bar GB2 is threaded on the double-needle-bed high-speed warp knitting machine in a full-threading mode, the ground guide bar GB3 is threaded on the double-needle-bed high-speed warp knitting machine in a one-way first-space threading or full-threading mode, and the ground guide bar GB4 is threaded on the double-needle-bed high-speed warp knitting machine in a one-way first-space threading or full-threading mode; the gear let-off amount 1600-;

s4, weaving: the ground guide bar GB1 is used for laying yarns on the front needle bed and changing the warp satin weave to form the engraved jacquard layer, the ground guide bar GB2 is used for laying yarns on the front needle bed and the rear needle bed in turn and changing the warp weave to form the engraved layer, and the ground guide bar GB3 and the ground guide bar GB4 are used for laying yarns on the rear needle bed and changing the warp weave to form the engraved base layer.

Preferably, in the knitting step, the ground guide bar GB2 is knitted by the knitting process on the front needle bed, and the ground guide bar GB2 is knitted by the knitting process on the rear needle bed.

Preferably, in the threading step, the ground guide bar GB1 is threaded by using two yarns and making one yarn. Through two yarns and make a yarn mode of wearing yarn, reinforcing yarn D number, the unsmooth sense of touch, the sense of sight of reinforcing fretwork effect.

By adopting the technical scheme, the invention has the beneficial effects that:

1. this screen cloth body is woven by two needle bar high speed warp knitting machine or two needle bar high speed merchant card machine an organic whole and is formed, this screen cloth body includes fretwork carving jacquard layer, fretwork carving layer and fretwork carving basic unit, utilize the threading change of sley bar and local miss stitch technology to weave three-dimensional fretwork carving jacquard weave for the screen cloth has good gas permeability, anti fold nature, shape keeping nature, the 3D third dimension is strong, the fretwork carving effect is strong, it is relatively poor to have broken through prior art screen cloth gas permeability, there is not obvious unsmooth sense of touch, the sense of sight, only have unsmooth relief effect, do not have technical difficulty such as fretwork effect.

2. The three-dimensional engraved jacquard of this screen cloth body can be for single comb engraved jacquard or many comb engraved jacquard, and can arrange some colored yarns and enrich the color of three-dimensional engraved jacquard, arrange some night light yarns and reflection of light yarn, utilize the luminous, the characteristics of reflection of light of yarn to make the screen cloth can clearly experience the night light engraved effect of engraved jacquard sandwich screen cloth under the environment that light is more weak.

3. The guide bar for weaving the engraved-carved layer is set to a double-needle-bed process, and the front needle bed and the rear needle bed are sequentially and alternately padded with yarn and woven in a loop mode, so that the structure of the sandwich mesh cloth is more stable.

4. The guide bar for weaving the engraved jacquard layer adopts two yarns and is threaded by one yarn, the number of the yarns D is increased, and the concave-convex touch feeling and visual feeling of the engraved effect are enhanced.

5. The manufacturing method is simple, and the three-dimensional engraving jacquard 11 is woven by utilizing the threading change of the guide bar and the local miss stitch process, so that the sandwich mesh cloth has strong 3D stereoscopic impression, strong engraving effect and more prominent concave-convex feeling, and the concave-convex touch feeling and visual feeling are greatly enhanced.

It is to be understood that both the foregoing general description and the following detailed description are exemplary and explanatory only and are not restrictive of the disclosure.

Clearly, such objects and other objects of the present invention will become more apparent from the detailed description of the preferred embodiments hereinafter set forth in the various drawings and drawings.

These and other objects, features and advantages of the present invention will become more apparent from the following detailed description of one or more preferred embodiments of the invention, as illustrated in the accompanying drawings.

Drawings

The accompanying drawings, which are included to provide a further understanding of the invention and are incorporated in and constitute a part of this specification, illustrate embodiments of the invention and together with the description serve to explain the principles of the invention and not to limit the invention.

In the drawings, like parts are designated with like reference numerals, and the drawings are schematic and not necessarily drawn to scale.

In order to more clearly illustrate the embodiments or technical solutions in the prior art of the present invention, the drawings used in the description of the embodiments or prior art will be briefly described below, it is obvious that the drawings in the following description are only one or several embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to such drawings without creative efforts.

FIG. 1 is a cross-sectional view of a sandwich mesh fabric with a three-dimensional engraved jacquard of the present invention;

FIG. 2 is a front view of a first object of a sandwich mesh cloth with a three-dimensional engraved jacquard of the present invention;

FIG. 3 is a reverse view of a first object of a sandwich mesh cloth with a three-dimensional engraved jacquard of the present invention;

FIG. 4 is a front view of a second object of the sandwich mesh cloth with three-dimensional engraved jacquard of the present invention;

FIG. 5 is a reverse view of a second object of a sandwich mesh fabric with a three-dimensional engraved jacquard of the present invention;

FIG. 6 is a front view of a third object of a sandwich mesh cloth with a three-dimensional engraved jacquard of the present invention;

FIG. 7 is a reverse view of a third embodiment of a sandwich mesh fabric with a three-dimensional engraved jacquard of the present invention;

FIG. 8 is a process flow diagram of the method of making a sandwich mesh cloth with a three-dimensional engraved jacquard of the present invention;

FIG. 9 is a first yarn laying motion diagram in the method for manufacturing a sandwich mesh fabric with three-dimensional engraved jacquard patterns according to the present invention;

FIG. 10 is a second yarn laying motion diagram of the method for manufacturing a sandwich mesh fabric with three-dimensional engraved jacquard patterns according to the present invention;

fig. 11 is a third yarn laying motion diagram in the method for manufacturing a sandwich mesh fabric with three-dimensional engraved jacquard patterns according to the present invention.

Description of the main reference numerals:

1. engraving a jacquard layer;

11. carrying out three-dimensional engraving jacquard;

111. a coil tissue;

1111. a first yarn; 1112. looping coils; 1113. a decoherence coil; 1114. extending the coil;

112. hollowing out holes;

2. engraving a layer;

21. a second yarn;

3. engraving a base layer;

31. a third yarn;

32. the ventilation holes are organized.

Detailed Description

The following detailed description of the embodiments of the present invention will be provided with reference to the drawings and examples, so that how to apply the technical means to solve the technical problems and achieve the technical effects can be fully understood and implemented. It should be noted that, as long as there is no conflict, the embodiments and the features of the embodiments of the present invention may be combined with each other, and the technical solutions formed are within the scope of the present invention.

In the following description, for purposes of explanation, numerous specific details are set forth in order to provide a thorough understanding of the embodiments of the invention. It will be apparent, however, to one skilled in the art that the present invention may be practiced without some of these specific details or with other methods described herein.

Example 1

Referring to fig. 1, fig. 1 is a cross-sectional view of a sandwich mesh fabric with a three-dimensional engraved jacquard of the present invention.

The embodiment provides a sandwich mesh cloth with three-dimensional fretwork jacquard weave 11, includes the integrative screen cloth body of weaving and forming by the high-speed tricot machine of two-needle bed, and this screen cloth body includes fretwork jacquard weave layer 1, weaves fretwork layer 2 and the fretwork basic unit 3 of establishment in this fretwork layer 2 below at this fretwork jacquard weave layer 1.

The engraved jacquard layer 1 includes a three-dimensional engraved jacquard 11, the three-dimensional engraved jacquard 11 includes a plurality of loop tissues 111 and a plurality of engraved holes 112, the loop tissues 111 include a plurality of first yarns 1111, the plurality of first yarns 1111 are woven in a crossing manner to form the loop tissues 111, the loop tissues 111 include loop-forming loop tissues 1112, loop-releasing tissues 1113 and loop-extending tissues 1114, and the engraved holes 112 are woven between the loop tissues 111 and the loop tissues 111.

The engraved jacquard layer 1 is a single comb engraved jacquard layer 1.

The hollow-out layer 2 is woven between the hollow-out jacquard layer 1 and the hollow-out basic layer 3, the hollow-out layer 2 comprises a plurality of second yarns 21, and the plurality of second yarns 21 are alternately woven to form the hollow-out layer 2.

Wherein, this fretwork layer 2 is woven in the centre of this fretwork jacquard weave layer 1 and this fretwork basic unit 3, plays the effect of holding down. The method specifically comprises the following steps: a part of the engraved layer 2 is connected with the looping coil tissue 1112 and the engraved base layer 3, so that the mesh fabric body is not delaminated, and the structure is more stable; a part of the engraved layer 2 is connected with the dispersed loop tissue 1113 (loops which are dispersed because the engraving jacquard process cannot complete looping knitting) and the engraved base layer 3, so that the dispersed loop tissue 1113 is not subjected to the influence of tension to be subjected to looping, and the shape retention is strong; one part of the engraved layer 2 is connected with the extended coil fabric 1114 (a coil extended line which cannot be knitted in a looping manner due to an engraved jacquard process) and the engraved base layer 3, and the engraved layer 2 draws the extended coil fabric 1114 downwards, so that the structural stability of the mesh fabric body is high.

This fretwork basic unit 3 is woven in the below on this fretwork layer 2, and this fretwork basic unit 3 includes many third yarns 31, and many these third yarns 31 alternately weave and form this fretwork basic unit 3, have woven a plurality of bleeder vent tissue 32 on this fretwork basic unit 3. The air-permeable tissue 32 may be a plain air-permeable tissue 32 or a gradual air-permeable tissue 32.

The denier of the first yarn 1111 is greater than the denier of the second yarn 21 and the denier of the first yarn 1111 is greater than the denier of the third yarn 31. The larger the denier of the first yarn 1111 is, the thicker the first yarn 1111 is, so that the stereoscopic impression of the three-dimensional engraved jacquard pattern 11 in the engraved jacquard layer 1 is stronger, the concave-convex touch feeling is more prominent, and the concave-convex touch feeling is more obvious.

The first yarn 1111 is one or a combination of two of colored yarn, luminous yarn and reflective yarn. Wherein, the colored yarn can be mixed color tinged low-elasticity doubling yarn or space dyeing magic color low-elasticity yarn, and is used for enriching the color of the three-dimensional engraved jacquard 11; meanwhile, the luminous yarns and the reflective yarns can be matched, and the luminous and reflective characteristics of the yarns are utilized to enable the mesh cloth to clearly feel the luminous engraving effect of the engraved jacquard sandwich mesh cloth in the environment with weaker light.

The second yarn 21 is a transparent yarn or an elastic yarn. The transparent yarns can be transparent fish filaments, TPU monofilaments, TPEE monofilaments or high-strength monofilaments, so that the transparent visual effect is greatly enhanced; through adopting elastic yarn to weave for the extensibility of screen cloth is stronger.

The third yarn 31 is one or a combination of two or more of colored yarn, transparent yarn and elastic yarn.

The first yarn 1111 and the third yarn 31 each have a larger number of orifices (F number) than the number of orifices (F number) of the second yarn 21. Because the number of the spinneret holes (F number) of the first yarn 1111 and the third yarn 31 is greater than the number of the spinneret holes (F number) of the second yarn 21, the texture of the engraved jacquard layer 1 and the engraved base layer 3 is softer, so that the overall hand feeling of the mesh fabric is softer.

Referring to fig. 2-3, fig. 2 is a front view of a first object of a sandwich mesh cloth with a three-dimensional engraved jacquard; FIG. 3 is a reverse view of a first object of a sandwich mesh fabric with a three-dimensional engraved jacquard of the present invention.

This screen cloth body is woven by two needle bar high speed warp knitting machine an organic whole and is formed, this screen cloth body includes fretwork jacquard layer 1, fretwork layer 2 and fretwork basic unit 3, utilize the threading change of sley bar and local miss stitch technology to weave three-dimensional fretwork jacquard weave 11, make the screen cloth have good gas permeability, anti fold nature, shape retention, the 3D third dimension is strong, the fretwork effect is strong, it is relatively poor to have broken through prior art screen cloth gas permeability, there is not obvious unsmooth sense of touch, the sense of sight, only have unsmooth relief effect, do not have technical difficulties such as fretwork effect.

Referring to fig. 8, fig. 8 is a process flow chart of the method for manufacturing a sandwich mesh cloth with three-dimensional engraved jacquard patterns according to the present invention.

The embodiment also provides a method for manufacturing the sandwich mesh cloth with the three-dimensional engraved jacquard 11, which comprises the following steps:

s1. guide bar arrangement

A double-needle bed high-speed warp knitting machine is selected for knitting, the double-needle bed high-speed warp knitting machine at least comprises 4 guide bars, and the 4 guide bars are sequentially provided with a ground guide bar GB1, a ground guide bar GB2, a ground guide bar GB3 and a ground guide bar GB4 from a front needle bed to a back needle bed.

S2. warping

The guide bar GB1 warping P-FDY150D/36F semi-gloss yarn/P-FDY 75D/36F semi-gloss yarn (i.e. first yarn 1111)6 pan heads each pan head 317 yarn, and the content of P-FDY150D/36F semi-gloss yarn/P-FDY 75D/36F semi-gloss yarn is 28% -36%;

the guide bar GB2 warping P-DT30D/1F semi-gloss yarn (i.e. the second yarn 21)6 pan heads each 474 yarns, the P-DT30D/1F semi-gloss content accounts for 12% -22%;

the guide bar GB3 warp P-DTY150D/48F semi-bright white low-stretch light net yarn (namely, third yarn 31)6 pan heads each with 238 yarns, and the content of the P-DTY150D/48F semi-bright white low-stretch light net accounts for 20% -28%;

the guide bar GB4 warp P-DTY150D/48F semi-bright white low-stretch light net yarn (third yarn 31)6 pan heads each with 238 yarns, and the content of the P-DTY150D/48F semi-bright white low-stretch light net accounts for 20% -28%.

S3, threading

The ground guide bar GB1 is threaded on a double-needle bed high-speed warp knitting machine in a four-thread and two-space mode;

the ground guide bar GB2 is used for threading on a double-needle bed high-speed warp knitting machine in a full-threading manner;

the ground guide bar GB3 is used for threading on a double-needle bed high-speed warp knitting machine in a one-to-one-empty threading mode;

the ground guide bar GB4 is used for threading on a double-needle bed high-speed warp knitting machine in a one-to-one-empty threading mode;

the let-off amount of the gear corresponding to the ground guide bar GB1 is 1600 and 2800 mm/wax;

the gear let-off amount corresponding to the guide bar GB2 is 6800-8000 mm/wax; the gear let-off amount corresponding to the ground guide bar GB3 is 2400-;

the gear let-off amount corresponding to the ground guide bar GB4 is 2400-.

S4. weave

Referring to fig. 9, fig. 9 is a first yarn laying motion diagram in the method for manufacturing a sandwich mesh fabric with three-dimensional engraved jacquard patterns according to the present invention. Ground guide bar GB1 laying yarn on front needle bed and changing warp satin weave

3-2/3-4/1-0/3-4/3-2/4-5/6-7/6-5/8-9/6-5/6-7/5-4// forming the engraved jacquard layer 1,

the ground guide bar GB2 is sequentially laid with yarns alternately on the front needle bed and the rear needle bed and changes the warp knitting tissue 1-0/2-1/2-3/1-2// to form the engraved layer 2, and concretely, the ground guide bar GB2 is knitted by the looping process on the front needle bed (namely the engraved layer 2 is on the engraved jacquard layer 1) by the warp knitting and velvet tissue 1-0/2-3//; the ground guide bar GB2 walks a warp knitting chain stitch 2-1/1-2//, on a back needle bed (namely the engraved layer 2 is on the engraved base layer 3), and the looping process is carried out for knitting;

the ground guide bar GB3 is laid with yarns on the back needle bed and runs 5 needles of warp flat stitch 0-1/5-4// forms the engraved base layer 3, and the ground guide bar GB4 is laid with yarns on the back needle bed and runs 5 needles of warp flat stitch 5-4/0-1// forms the engraved base layer 3.

In the threading step, the ground guide bar GB1 is threaded by two yarns and one yarn. Through two yarns and make a yarn mode of wearing yarn, reinforcing yarn D number, the unsmooth sense of touch, the sense of sight of reinforcing fretwork effect.

The sandwich mesh cloth is woven by the double-needle-bed high-speed warp knitting machine, the three-dimensional engraving jacquard weave 11 is woven by the threading change of the guide bar and the local miss stitch process, so that the mesh cloth has good air permeability, wrinkle resistance and shape retention, the 3D stereoscopic impression is strong, the engraving effect is strong, the problems that the mesh cloth in the prior art is poor in air permeability, does not have obvious concave-convex touch and visual sense, only has concave-convex embossment effect and does not have technical difficulties such as engraving effect and the like are overcome.

The guide bar of the weaving and engraving layer 2 is set to a double-needle bed process in the embodiment, and the front needle bed and the rear needle bed are sequentially and alternately laid with yarns and knitted in a loop mode, so that the structure of the sandwich mesh cloth is more stable.

The sley bar of weaving fretwork jacquard layer 1 in this embodiment adopts two yarns and does a yarn and wear the yarn, strengthens yarn D number, strengthens unsmooth sense of touch, the sense of sight of fretwork effect.

The manufacturing method of the embodiment is simple, and the three-dimensional engraving jacquard 11 is woven by utilizing the threading change of the guide bar and the local drop stitch process, so that the three-dimensional (3D) stereoscopic impression of the sandwich mesh cloth is strong, the engraving effect is strong, the concave-convex sense is more prominent, and the concave-convex touch sense and the visual sense are greatly enhanced.

Example 2

The engraved jacquard layer 1 is a multi-comb engraved jacquard layer 1.

Referring to fig. 4-5, fig. 4 is a front view of a second object of sandwich mesh cloth with three-dimensional engraved jacquard patterns according to the present invention; FIG. 5 is a second object reverse view of the sandwich mesh cloth with three-dimensional engraved jacquard of the present invention.

s1. guide bar arrangement

A double-needle-bed high-speed warp knitting machine is selected for knitting, the double-needle-bed high-speed warp knitting machine at least comprises 5 guide bars, and the 5 guide bars are sequentially provided with a ground guide bar GB1, a ground guide bar GB2, a ground guide bar GB3, a ground guide bar GB4 and a ground guide bar GB5 from a front needle bed to a back needle bed.

S2. warping

The guide bar GB1 warping P-DTY200D/96F semi-bright white high elastic yarn (i.e. the first yarn 1111)6 pan heads each of 476 yarns, the P-DTY200D/96F semi-bright white high elastic yarn content is 22% -34%;

the guide bar GB2 warping P-DTY200D/96F semi-bright white high elastic yarn (i.e. the first yarn 1111)6 pan heads each of 476 yarns, the P-DTY200D/96F semi-bright white high elastic yarn content is 22% -34%;

the guide bar GB3 warping P-DT30D/1F semi-gloss yarn (i.e. the second yarn 21)6 pan heads each 474 yarns, the P-DT30D/1F semi-gloss content accounts for 8% -20%;

the guide bar GB4 warp P-DTY150D/48F semi-bright white low-stretch light net yarn (namely, third yarn 31)6 pan heads each with 238 yarns, and the content of the P-DTY150D/48F semi-bright white low-stretch light net accounts for 8% -20%;

the guide bar GB5 warp P-DTY150D/48F semi-bright white low-stretch light net yarn (third yarn 31)6 pan heads each with 238 yarns, and the content of the P-DTY150D/48F semi-bright white low-stretch light net accounts for 8% -20%.

S3, threading

The ground guide bar GB1 is used for threading on a double-needle bed high-speed warp knitting machine in a three-threading and three-empty mode;

the ground guide bar GB2 is used for threading on a double-needle bed high-speed warp knitting machine in a three-threading and three-empty mode;

the ground guide bar GB3 is used for threading on a double-needle bed high-speed warp knitting machine in a full-threading manner;

the ground guide bar GB5 is used for threading on a double-needle bed high-speed warp knitting machine in a one-to-one-empty threading mode;

the let-off amount of the gear corresponding to the ground guide bar GB2 is 1600 and 2800 mm/wax;

the gear let-off amount corresponding to the guide bar GB3 is 6800-8000 mm/wax;

the gear let-off amount corresponding to the ground guide bar GB4 is 2400-;

the gear let-off amount corresponding to the ground guide bar GB5 is 2400-.

S4. weave

Referring to fig. 10, fig. 10 is a second yarn laying motion diagram in the method for manufacturing a sandwich mesh fabric with three-dimensional engraved jacquard patterns according to the present invention.

Ground guide bar GB1 laying yarn on front needle bed and changing warp satin weave

5-6/5-4/6-7/5-4/5-6/4-3/2-1/2-3/1-0/2-3/2-1/3-4// forming the engraved jacquard layer 1,

ground guide bar GB2 laying yarn on front needle bed and changing warp satin weave

2-1/2-3/1-0/2-3/2-1/3-4/5-6/5-4/6-7/5-4/5-6/4-3// forming the engraved jacquard layer 1,

the ground guide bar GB3 is sequentially laid with yarns alternately on the front needle bed and the rear needle bed and changes the warp knitting tissue 1-0/2-1/2-3/1-2// to form the engraved layer 2, and concretely, the ground guide bar GB3 is knitted by the looping process on the front needle bed (namely the engraved layer 2 is on the engraved jacquard layer 1) by the warp knitting and velvet tissue 1-0/2-3//; the ground guide bar GB3 walks a warp knitting chain stitch 2-1/1-2//, on a back needle bed (namely the engraved layer 2 is on the engraved base layer 3), and the looping process is carried out for knitting;

the ground guide bar GB4 is laid with yarns on the back needle bed and runs 5 needles of warp flat stitch 0-1/5-4// forms the engraved base layer 3, and the ground guide bar GB5 is laid with yarns on the back needle bed and runs 5 needles of warp flat stitch 5-4/0-1// forms the engraved base layer 3.

In the step of threading, two yarns are adopted by the ground guide bar GB1 and the ground guide bar GB2 and are threaded by one yarn. Through two yarns and make a yarn mode of wearing yarn, reinforcing yarn D number, the unsmooth sense of touch, the sense of sight of reinforcing fretwork effect.

Example 3

The engraved jacquard layer 1 is a multi-comb engraved jacquard layer 1.

Referring to fig. 6-7, fig. 6 is a front view of a third object of a sandwich mesh cloth with a three-dimensional engraved jacquard; FIG. 7 is a reverse view of a third embodiment of a sandwich mesh fabric with a three-dimensional engraved jacquard of the present invention.

s1. guide bar arrangement

A double-needle-bed high-speed warp knitting machine is selected for knitting, the double-needle-bed high-speed warp knitting machine at least comprises 6 guide bars, and the 6 guide bars are sequentially provided with a ground guide bar GB1, a ground guide bar GB2, a ground guide bar GB3, a ground guide bar GB4, a ground guide bar GB5 and a ground guide bar GB6 from a front needle bed to a back needle bed.

S2. warping

The guide bar GB1 warping P-DTY200D/96F half-light white low-elasticity micro-net yarn (namely the first yarn 1111)6 pan heads each with 238 yarns, and the content of the P-DTY200D/96F half-light white low-elasticity micro-net accounts for 7% -19%;

the guide bar GB2 warping P-DTY200D/96F half-light white low-elasticity micro-net yarn (namely the first yarn 1111)6 pan heads each with 238 yarns, and the content of the P-DTY200D/96F half-light white low-elasticity micro-net accounts for 7% -19%;

the guide bar GB3 warping P-DTY200D/96F half-light white low-elasticity micro-net yarn (namely the first yarn 1111)6 pan heads each of which has 476 yarns, and the content of the P-DTY200D/96F half-light white low-elasticity micro-net accounts for 23% -35%;

the guide bar GB4 warping P-DT0.08/1F bright (64D/1F) yarn (i.e. the second yarn 21)6 pan heads each 474 yarns, the content of P-DT0.08/1F bright (64D/1F) accounts for 15% -27%;

the guide bar GB5 warping P-DTY100D/96F semi-bright white low-stretch light net yarn (namely the third yarn 31)6 pan heads each of 476 yarns, and the content of the P-DTY100D/96F semi-bright white low-stretch light net accounts for 2% -14%;

the guide bar GB56 warp P-DTY100D/96F semi-bright white low-stretch light net yarn (third yarn 31)6 pan heads each of 476 yarns, and the content of the P-DTY100D/96F semi-bright white low-stretch light net accounts for 8% -20%.

S3, threading

The ground guide bar GB1 is used for threading on a double-needle bed high-speed warp knitting machine in a one-threading-three-space mode;

the ground guide bar GB2 is used for threading on a double-needle bed high-speed warp knitting machine in a one-threading-three-space mode;

the ground guide bar GB3 is used for threading on a double-needle bed high-speed warp knitting machine in a two-pass and two-space mode;

the ground guide bar GB4 is used for threading on a double-needle bed high-speed warp knitting machine in a full-threading manner;

the ground guide bar GB5 is used for threading on a double-needle bed high-speed warp knitting machine in a full-threading manner;

the ground guide bar GB6 is used for threading on a double-needle bed high-speed warp knitting machine in a full-threading manner;

the gear let-off amount corresponding to the ground guide bar GB1 is 2400-;

the gear let-off amount corresponding to the ground guide bar GB2 is 2400-;

the gear let-off amount corresponding to the ground guide bar GB3 is 2800 and 3600 mm/wax;

the gear let-off amount corresponding to the ground guide bar GB4 is 6700 and 7500 mm/wax;

the gear let-off amount corresponding to the ground guide bar GB5 is 1350-;

the gear let-off amount corresponding to the ground guide bar GB6 is 2750-3550 mm/wax.

S4. weave

Referring to fig. 11, fig. 11 is a third yarn laying motion diagram in the method for manufacturing a sandwich mesh fabric with three-dimensional engraved jacquard of the present invention.

The ground guide bar GB1 lays yarn on the front needle bed and changes the warp satin weave 3-4/6-7/4-3/1-0// forms the engraved jacquard layer 1;

the ground guide bar GB2 lays yarn on the front needle bed and changes the warp satin weave 4-3/1-0/3-4/6-7// forms the engraved jacquard layer 1;

the ground guide bar GB3 lays yarn on the front needle bed and changes the warp satin weave 4-5/3-2/4-5/1-0// forms the engraved jacquard layer 1;

the ground guide bar GB4 is sequentially laid with yarns alternately on the front needle bed and the rear needle bed and changes the warp knitting tissue 1-0/2-1/2-3/1-2// to form the engraved layer 2, and concretely, the ground guide bar GB4 is knitted by the looping process on the front needle bed (namely the engraved layer 2 is on the engraved jacquard layer 1) by the warp knitting and velvet tissue 1-0/2-3//; the ground guide bar GB4 walks a warp knitting chain stitch 2-1/1-2//, on a back needle bed (namely the engraved layer 2 is on the engraved base layer 3), and the looping process is carried out for knitting;

a ground guide bar GB5 is laid on a back needle bed and a warp knitting organization is 1-0/0-1/1-2/2-1// the engraved base layer 3 is formed;

the ground guide bar GB6 is laid on the back needle bed and passes through the twill stitch 3-4/1-0// forms the engraved base layer 3.

In the step of threading, two yarns are adopted by the ground guide bar GB1, the ground guide bar GB2 and the ground guide bar GB3 and are threaded by one yarn. Through two yarns and make a yarn mode of wearing yarn, reinforcing yarn D number, the unsmooth sense of touch, the sense of sight of reinforcing fretwork effect.

Example 4

The embodiment provides a sandwich screen cloth with three-dimensional fretwork jacquard weave 11, includes the integrative screen cloth body of weaving and forming by the high-speed merchant card machine of two-needle bar, and this screen cloth body includes fretwork jacquard weave layer 1, weaves fretwork layer 2 and the fretwork basic unit 3 of establishment in this fretwork layer 2 below at this fretwork jacquard weave layer 1.

The engraved jacquard layer 1 is a multi-comb engraved jacquard layer 1.

This screen cloth body is woven by two needle bar high-speed merchant card machine an organic whole and is formed, this screen cloth body includes fretwork jacquard layer 1, fretwork layer 2 and fretwork basic unit 3, utilize the threading change and the local miss stitch technology of sley bar to weave three-dimensional fretwork jacquard weave 11, make the screen cloth have good gas permeability, anti fold nature, shape keeping nature, the 3D third dimension is strong, the fretwork effect is strong, it is relatively poor to have broken through prior art screen cloth gas permeability, there is not obvious unsmooth sense of touch, the sense of sight, only have unsmooth relief effect, do not have technical difficulties such as fretwork effect.

s1. guide bar arrangement

The double-needle bed high-speed jacquard machine is selected for weaving and at least comprises 7 guide bars, wherein the 7 guide bars are sequentially provided with a jacquard guide bar JB1, a jacquard guide bar JB2, a jacquard guide bar JB3, a jacquard guide bar JB4, a ground guide bar GB5, a ground guide bar GB6 and a ground guide bar GB7 from the front needle bed to the rear needle bed.

S2. warping

The jacquard guide bar JB1 beames P-DTY200D/96F semi-bright white low-elasticity micro-net yarn (namely the first yarn 1111) with 256 yarns per pan head, and the content of the P-DTY200D/96F semi-bright white low-elasticity micro-net accounts for 7% -19%;

the jacquard guide bar JB2 beames P-DTY200D/96F semi-bright white low-elasticity micro-net yarn (namely the first yarn 1111) with 256 yarns per pan head, and the content of the P-DTY200D/96F semi-bright white low-elasticity micro-net accounts for 7% -19%;

the jacquard guide bar JB3 beames P-DTY200D/96F semi-bright white low-elasticity micro-net yarn (namely the first yarn 1111) with 256 yarns per pan head, and the content of the P-DTY200D/96F semi-bright white low-elasticity micro-net accounts for 23% -35%;

the jacquard guide bar JB4 beames P-DTY200D/96F semi-bright white low-elasticity micro-net yarn (namely the first yarn 1111) with 256 yarns per pan head, and the content of the P-DTY200D/96F semi-bright white low-elasticity micro-net accounts for 23% -35%;

the guide bar GB5 warping P-DT0.08/1F bright (64D/1F) yarn (i.e. the second yarn 21)6 pan heads each 512 yarns, the content of P-DT0.08/1F bright (64D/1F) accounts for 15% -27%;

the guide bar GB6 warping P-DTY100D/96F semi-bright white low-stretch light net yarn (namely the third yarn 31) has 6 pan heads and 512 yarns per pan head, and the content of the P-DTY100D/96F semi-bright white low-stretch light net accounts for 2% -14%;

the guide bar GB7 warping P-DTY100D/96F semi-bright white low-stretch light net yarn (i.e. third yarn 31)6 pan heads each 512 yarns, and the content of the P-DTY100D/96F semi-bright white low-stretch light net accounts for 8% -20%.

S3, threading

The jacquard guide bar JB1 threads yarns on the double-needle-bed high-speed jacquard machine in a one-to-one-empty mode;

the jacquard guide bar JB2 threads yarns on the double-needle-bed high-speed jacquard machine in a one-to-one-empty mode;

the jacquard guide bar JB3 threads yarns on the double-needle-bed high-speed jacquard machine in a one-to-one-empty mode;

the jacquard guide bar JB4 threads yarns on the double-needle-bed high-speed jacquard machine in a one-to-one-empty mode;

the ground guide bar GB5 is used for threading on the double-needle bed high-speed jacquard machine in a full-threading manner;

the ground guide bar GB6 is used for threading on the double-needle bed high-speed jacquard machine in a full-threading manner;

the ground guide bar GB7 is used for threading on the double-needle bed high-speed jacquard machine in a full-threading manner;

the let-off quantity of the gear corresponding to the jacquard guide bar JB1 is 1600-;

the let-off quantity of the gear corresponding to the jacquard guide bar JB2 is 1600-;

the let-off quantity of the gear corresponding to the jacquard guide bar JB3 is 1600-;

the let-off quantity of the gear corresponding to the jacquard guide bar JB4 is 1600-;

the gear let-off amount corresponding to the ground guide bar GB5 is 6700 and 7500 mm/wax;

the let-off amount of the gear corresponding to the ground guide bar GB6 is 2750-3550 mm/wax;

the gear let-off amount corresponding to the ground guide bar GB7 is 2750-3550 mm/wax.

S4. weave

The jacquard guide bar JB1 pads yarn on the front needle bed and changes the satin weave 0-1/1-1/2-1/0-0// forms the engraved jacquard layer 1;

the jacquard guide bar JB2 pads yarn on the front needle bed and changes the satin weave 0-1/1-1/2-1/0-0// forms the engraved jacquard layer 1;

the jacquard guide bar JB3 pads yarn on the front needle bed and changes the satin weave 1-1/1-0/1-1/1-2// forms the engraved jacquard layer 1;

the jacquard guide bar JB4 pads yarn on the front needle bed and changes the satin weave 1-1/1-0/1-1/1-2// forms the engraved jacquard layer 1;

the ground guide bar GB5 is sequentially laid with yarns alternately on the front needle bed and the rear needle bed and changes the warp knitting tissue 1-0/2-1/2-3/1-2// to form the engraved layer 2, and concretely, the ground guide bar GB4 is knitted by the looping process on the front needle bed (namely the engraved layer 2 is on the engraved jacquard layer 1) by the warp knitting and velvet tissue 1-0/2-3//; the ground guide bar GB4 walks a warp knitting chain stitch 2-1/1-2//, on a back needle bed (namely the engraved layer 2 is on the engraved base layer 3), and the looping process is carried out for knitting;

a ground guide bar GB6 is laid on a back needle bed and a warp knitting organization is 1-0/0-1/1-2/2-1// the engraved base layer 3 is formed;

the ground guide bar GB7 is laid on the back needle bed and passes through the twill stitch 3-4/1-0// forms the engraved base layer 3.

In the threading step, stitch patterns of the jacquard guide bar JB1, the jacquard guide bar JB2, the jacquard guide bar JB3 and the jacquard guide bar JB4 are changed to overlap coil extension lines, so that the concave-convex touch feeling and the visual feeling of the engraving effect are enhanced.

The sandwich screen cloth is woven by the high-speed jacquard machine with the double needle beds, the three-dimensional engraving jacquard 11 is woven by the threading change of the guide bar and the local miss stitch process, so that the screen cloth has good air permeability, wrinkle resistance and shape retention, the 3D stereoscopic impression is strong, the engraving effect is strong, the air permeability of the screen cloth in the prior art is poor, obvious concave-convex touch and visual sense do not exist, the concave-convex embossment effect is only achieved, and the technical difficulties such as the engraving effect do not exist.

To sum up, the embodiment adopts the merchant card comb to carry out the fretwork jacquard weave for the screen cloth has good gas permeability, anti fold nature, shape preserving nature, and the 3D third dimension is strong, and the fretwork effect is strong, and it is relatively poor to have broken through prior art screen cloth gas permeability, does not have obvious unsmooth sense of touch, the sense of sight, only has unsmooth relief effect, does not have technical difficulty such as fretwork effect. And embodiment 2-3 are that the fretwork is carried out to the comb more and carve the jacquard weave, and when the screen cloth had good gas permeability, anti fold nature, shape keeping nature, its 3D third dimension is stronger, and unsmooth sense of touch and look are more outstanding and clear, and the fretwork effect is stronger.

The embodiment 1-3 adopts a double-needle bed high-speed warp knitting machine to integrally knit, and utilizes the threading change of the guide bar and the local miss stitch process to knit the three-dimensional engraving jacquard 11, so that the sandwich mesh cloth has strong 3D stereoscopic impression, strong engraving effect and more prominent concave-convex feeling, and the concave-convex touch feeling and visual feeling are greatly enhanced. And embodiment 4 adopts the high-speed merchant card machine of two needle beds to weave integratively, utilizes the threading change of sley bar and local drop stitch technology to weave the three-dimensional engraving jacquard weave 11 that has more the specialty for sandwich screen cloth's 3D third dimension is stronger, and the engraving effect is stronger, and unsmooth sense is more outstanding, has strengthened unsmooth sense of touch and has looked the sense greatly.

It is to be understood that the disclosed embodiments of the invention are not limited to the particular process steps or materials disclosed herein, but rather, are extended to equivalents thereof as would be understood by those of ordinary skill in the relevant art. It is also to be understood that the terminology used herein is for the purpose of describing particular embodiments only, and is not intended to be limiting.

Reference in the specification to "an embodiment" means that a particular feature, or characteristic described in connection with the embodiment is included in at least one embodiment of the invention. Thus, the appearances of the phrase or "an embodiment" in various places throughout this specification are not necessarily all referring to the same embodiment.

It should be noted that in the foregoing description, numerous specific details are set forth in order to provide a thorough understanding of the present invention, however, the present invention may be practiced in other ways than those specifically described herein, and thus the scope of the present invention is not limited by the specific embodiments disclosed above.

Claims

1. The utility model provides a sandwich screen cloth with three-dimensional fretwork jacquard weave, its characterized in that includes and weaves the screen cloth body that forms by two-needle bed high-speed tricot machine an organic whole, and this screen cloth body includes:

the three-dimensional engraved jacquard comprises a plurality of coil tissues and a plurality of engraved holes, wherein the coil tissues comprise a plurality of first yarns, the first yarns are crosswise woven to form the coil tissues, the coil tissues comprise loop-forming coil tissues, loop-loosing tissues and loop-extending tissues, and the engraved holes are woven between the coil tissues;

the hollow carving layer is woven below the hollow carving jacquard layer and comprises a plurality of second yarns, and the second yarns are woven in a crossed mode to form the hollow carving layer;

the hollow carving base layer is woven below the hollow carving layer and comprises a plurality of third yarns, the third yarns are alternately woven to form the hollow carving base layer, and a plurality of air holes are woven in the hollow carving base layer.

2. The sandwich mesh fabric with three-dimensional engraved jacquard according to claim 1, wherein said engraved layer is connected to said looping stitch and said engraved base layer.

3. The sandwich mesh fabric with three-dimensional engraved jacquard according to claim 1, wherein said engraved layer is connected to said raveled stitch and said engraved base layer.

4. The sandwich mesh fabric with three-dimensional engraved jacquard according to claim 1, wherein said engraved layer is connected to said expanded coil texture and said engraved base layer.

5. The sandwich mesh fabric with three-dimensional engraved jacquard according to claim 1, wherein said engraved jacquard layer is a single-comb engraved jacquard layer, a multi-comb engraved jacquard layer, a geometric engraved jacquard layer or an irregular grain engraved jacquard layer.

6. The sandwich mesh fabric with solid engraved jacquard of claim 1, wherein the denier of said first yarn is greater than the denier of said second yarn and the denier of said first yarn is greater than the denier of said third yarn.

7. The sandwich mesh fabric with the stereoscopic engraving jacquard fabric according to claim 1, wherein the first yarn is one or a combination of two of colored yarn, luminous yarn and reflective yarn; the second yarn is transparent yarn or elastic yarn; the third yarn is one or the combination of more than two of colored yarn, transparent yarn and elastic yarn.

8. The sandwich mesh fabric with three-dimensional engraved jacquard according to claim 1, wherein the number of the spinneret holes of the first yarn and the third yarn are both greater than the number of the spinneret holes of the second yarn.

9. The method for manufacturing the sandwich mesh cloth with the three-dimensional engraved jacquard as claimed in any one of claims 1 to 8, characterized by comprising a guide bar setting step, a warping step, a threading step and a weaving step;

the guide bar is arranged to be knitted by a double-needle-bed high-speed warp knitting machine, the double-needle-bed high-speed warp knitting machine at least comprises 4 guide bars, and the 4 guide bars are sequentially provided with a ground guide bar GB1, a ground guide bar GB2, a ground guide bar GB3 and a ground guide bar GB4 from a front needle bed to a back needle bed;

the threading step is that a ground guide bar GB1 threads yarns on a double-needle bed high-speed warp knitting machine in a mode of four-thread two-empty, three-thread three-empty, one-thread three-empty and two-thread two-empty, the ground guide bar GB2 threads yarns on the double-needle bed high-speed warp knitting machine in a full-threading mode, the ground guide bar GB3 threads yarns on the double-needle bed high-speed warp knitting machine in a one-thread one-empty or full-threading mode, and the ground guide bar GB4 threads yarns on the double-needle bed high-speed warp knitting machine in a one-thread one-empty or full-threading mode;

the knitting step is that a ground guide bar GB1 pads yarns on a front needle bed and runs a variable warp satin tissue to form the engraved jacquard layer, the ground guide bar GB2 sequentially pads yarns alternately on the front needle bed and a rear needle bed and runs a variable warp knitting tissue to form the engraved layer, and the ground guide bar GB3 and the ground guide bar GB4 pad yarns on the rear needle bed and runs a variable warp knitting tissue to form the engraved base layer;

in the knitting step, a ground guide bar GB2 is knitted on the front needle bed in a knitting process, and a ground guide bar GB2 is knitted on the rear needle bed in a knitting process.

10. The method for manufacturing a sandwich mesh cloth with stereoscopic engraved jacquard according to claim 10, characterized in that in the threading step, the ground bar GB1 is threaded by two yarns and one yarn.