CN211689418U - Laminated fabric and vamp - Google Patents
Laminated fabric and vamp Download PDFInfo
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- CN211689418U CN211689418U CN201921680752.1U CN201921680752U CN211689418U CN 211689418 U CN211689418 U CN 211689418U CN 201921680752 U CN201921680752 U CN 201921680752U CN 211689418 U CN211689418 U CN 211689418U
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Abstract
The utility model relates to a surface fabric weaves, include the surface fabric body of weaving by circular knitting machine an organic whole, the surface fabric body includes bottom and surface course, and the surface fabric body has the first district of weaving that is used for forming the flower type at least, in the first district of weaving: the bottom layer comprises a first yarn and a second yarn, the first yarn is provided with a looping part and a looping part, the looping part and the second yarn are interwoven into the bottom layer in a looping mode, the looping part is interwoven on the surface layer in a looping mode and forms a pattern, the surface layer comprises transparent or semitransparent yarns corresponding to the pattern, and the transparent or semitransparent yarns are interwoven in a looping mode. Adopt the technical scheme of the utility model afterwards, the tuck portion of first yarn interweaves and forms the flower type on the surface course, and tuck portion is comparatively fluffy, can make the surface fabric softer, and the flower type is more outstanding, and the surface course covers and establishes on the flower type, can form the protection effectively to the flower type. The utility model also provides a vamp made of the layer-woven fabric and a manufacturing method of the layer-woven fabric.
Description
Technical Field
The utility model relates to a laminate fabric and vamp.
Background
The traditional vamp knitted by a circular knitting machine generally adopts a jacquard pattern mode to form double-sided or single-sided patterns on a fabric, the patterns are knitted by individual coils, the softness and the velvet of the patterns are not obvious, the patterns are generally highlighted by continuous coil knitting, the fabric is compact, and the softness and the comfort are relatively poor. Moreover, the homogeneity of the vamp is serious, and the vamp is more and more difficult to meet the increasing demands of consumers.
Accordingly, the present inventors have made extensive studies to solve the above problems and have made the present invention.
SUMMERY OF THE UTILITY MODEL
An object of the utility model is to provide a surface fabric is knitted on the layer that compliance is good, the travelling comfort is good, flower type visual effect is outstanding, physical properties is good, the utility model discloses an another aim at provides an adopt above-mentioned layer to knit the vamp of surface fabric, the utility model discloses a manufacturing method of surface fabric is knitted on another aim at this layer.
In order to achieve the above purpose, the utility model adopts the following technical scheme:
the utility model provides a surface fabric weaves, includes the surface fabric body of being woven by circular knitting machine an organic whole, the surface fabric body includes bottom and surface course, and the surface fabric body has at least and is used for forming the first district of weaving of flower type, in first district of weaving: the bottom layer comprises a first yarn and a second yarn, the first yarn is provided with a looping part and a looping part, the looping part and the second yarn are jointly interwoven into the bottom layer in a looping mode, the looping part is interwoven on the surface layer in a looping mode and forms the pattern, the surface layer comprises transparent or semitransparent yarn corresponding to the pattern, and the transparent or semitransparent yarn is interwoven in a looping mode.
As an optimized mode of the utility model, the second yarn is woven into a plurality of looping coils through the cylinder of circular knitting machine, and a plurality of looping coils scurry the cover and form the bottom, first yarn is woven through the cylinder of circular knitting machine and is formed looping portion, first yarn passes through the dial of circular knitting machine and forms the collecting portion, looping portion corresponds looping coil's position along looping coil extends, the surface course is interweaved at the dial and forms by transparent or translucent yarn with the mode of looping
As an optimized mode of the utility model, the second yarn is woven through the dial of circular knitting machine and is formed a plurality of lopping coils, and a plurality of lopping coils scurry the cover and form the bottom, first yarn is woven through the dial of circular knitting machine and is formed lopping portion, first yarn passes through the cylinder of circular knitting machine and forms lopping portion, lopping portion corresponds the position of lopping coil along the lopping coil extends, the surface course is interweaved at the cylinder with the mode of lopping by transparent or translucent yarn and forms in the lopping portion
As the utility model discloses an optimal mode, first yarn is cotton yarn, wool yarn, cashmere yarn, the high-elastic yarn of dacron, the high-elastic yarn of polyamide fibre, the second yarn is cotton yarn, wool yarn, cashmere yarn, the high-elastic yarn of dacron, the high-elastic yarn of polyamide fibre, transparent or translucent yarn forms single yarn after twisting for dacron monofilament or polyamide fibre monofilament or other multistrand different composition materials.
As a preferable mode of the present invention, the first yarn is a colored yarn.
As an optimized mode of the utility model, the surface fabric body still has the second and weaves the district, and in the district was woven to the second: the bottom layer comprises a third yarn and a fourth yarn, the third yarn is provided with a loop forming part and a loop forming part, the loop forming part and the fourth yarn are interwoven into the bottom layer in a loop forming mode, the loop forming part is interwoven on the surface layer in a loop forming mode, and the surface layer is interwoven by transparent or semitransparent yarns in a loop forming mode.
As an optimized mode of the utility model, the surface fabric body still has the third and weaves the district, in the third weaved the district: the bottom layer comprises fifth yarns and sixth yarns, the fifth yarns and the sixth yarns are interwoven into the bottom layer in a loop forming mode, and the surface layer is formed by interweaving transparent or semitransparent yarns in a loop forming mode.
The utility model also provides an vamp, including the vamp body, the vamp body includes the tip, forms first fin and the second fin at the tip, forms tongue mouth and the welt of intercommunication each other between first fin and the second fin, and the one end that the tip was kept away from to first fin forms first connecting portion, and the other end that the tip was kept away from to the second fin forms and first connecting portion complex second connecting portion, and the vamp body is tailor by the surface fabric and forms, the surface fabric adopts foretell layer to weave the surface fabric.
The utility model also provides a method for making the layer weave surface fabric, the layer weave surface fabric include by the integrative surface fabric body of weaving of circular knitting machine, the surface fabric body includes bottom and surface course, and the surface fabric body has the first district of weaving that is used for forming the flower type at least, in first district of weaving: the bottom layer comprises a first yarn and a second yarn, the first yarn is provided with a looping part and a looping part, the looping part and the second yarn are jointly interwoven into the bottom layer in a looping mode, the looping part is interwoven on the surface layer in a looping mode and forms the pattern, the surface layer comprises transparent or semitransparent yarns corresponding to the pattern, the transparent or semitransparent yarns are interwoven in a looping mode, the first weaving area is woven by adopting the following steps,
knitting by using a circular knitting machine with a dial and a needle cylinder, in a path 1, feeding first yarns and second yarns into a knitting needle of the dial to form a bottom layer in a looping mode, and feeding the first yarns into a knitting needle of the needle cylinder to be knitted in a tucking mode;
in the 3 rd path, transparent or semitransparent yarns are fed into a knitting needle of a needle cylinder to be knitted in a looping mode, and a first knitting area is formed on the first yarns of the 1 st path.
The utility model discloses can adopt 2 ways, 3 ways, 4 ways or 5 ways to weave the system and weave for a circulation, take 3 ways a circulation as the example, this layer of surface fabric of weaving still can have the second and weave the district, in 2 ways of circular knitting machine, the knitting needle of dial feeds into third yarn and fourth yarn and weaves with the mode of lopping and forms the bottom, the knitting needle of cylinder feeds into third yarn and weaves with the mode of tucking; in lane 3, transparent or translucent yarns are fed to the needles of the needle cylinder and knit in a looping manner to form a second knit region on the third yarn in lane 2.
As a preferred mode of the utility model, first yarn is cotton yarn, wool yarn, cashmere yarn, the high-elastic yarn of dacron, the high-elastic yarn of polyamide fibre, the second yarn is cotton yarn, wool yarn, cashmere yarn, the high-elastic yarn of dacron, the high-elastic yarn of polyamide fibre, the third yarn is cotton yarn, wool yarn, cashmere yarn, the high-elastic yarn of dacron, the high-elastic yarn of polyamide fibre, the fourth yarn is cotton yarn, wool yarn, cashmere yarn, the high-elastic yarn of dacron, the high-elastic yarn of polyamide fibre, transparent or translucent yarn forms single yarn for dacron monofilament or the twisting of the different composition materials of polyamide fibre monofilament or other multistrands.
Adopt the technical scheme of the utility model afterwards, the tuck portion of first yarn interweaves and forms the flower type on the surface course, and tuck portion is comparatively fluffy, can make the surface fabric softer, and the flower type is more outstanding, simultaneously because the surface course corresponds the position of flower type and adopts transparent or translucent yarn, can not cover the flower type, can hold by the fire the flower type, forms more novel visual effect, and the surface course covers and establishes on the flower type, can form the effective protection to the flower type, has promoted the wear resistance of surface fabric.
Drawings
Fig. 1 is a schematic structural view of the first weaving area of the present invention.
Fig. 2 is a schematic view of the matching structure of the first yarn and the second yarn in the present invention.
Fig. 3 is a schematic structural view of the second weaving area of the present invention.
Fig. 4 is a schematic structural view of the third weaving area in the present invention.
Fig. 5 is a schematic structural view of the middle vamp of the utility model.
Fig. 6 is a schematic view of the weaving principle of the first weaving method of the present invention.
Fig. 7 is a schematic view of the weaving principle of the second weaving method of the present invention.
Fig. 8 is a schematic structural view of the yarn guide mechanism of the middle double-sided circular knitting machine of the present invention.
Fig. 9 is a schematic structural view of the needle guard plate cooperating with the yarn guide wheel.
In the figure:
facing 10 first wing 11
Tongue opening 14 and opening 15
Looping portion 311 and looping portion 312
First knitted zone 40 second knitted zone 50
Center fixing disc 71 of rack 70
Connecting block 72 needle guard plate 73
Jacking screw 86 and screw 87
Upper body 100 activity coil 400
Needle dorsal 911 needle latch 912
Detailed Description
In order to further explain the technical solution of the present invention, the following embodiments are described in detail.
Referring to fig. 1 to 9, a laminated fabric includes a fabric body integrally knitted by a circular knitting machine, the fabric body includes a bottom layer 20 and a surface layer 10, the fabric body at least has a first knitting area 40 for forming a pattern, in the first knitting area 40: the bottom layer 20 comprises a first yarn 31 and a second yarn 32, the first yarn 31 has a loop portion 311 and a loop portion 312, the loop portion 311 and the second yarn 32 are interwoven together in a loop manner into the bottom layer 20, the loop portion 312 is interwoven on the face layer 10 in a loop manner and forms the pattern, the face layer 10 comprises a transparent or semi-transparent yarn (not shown) corresponding to the pattern, the transparent or semi-transparent yarn is interwoven in a loop manner, and other weaving areas of the face layer 10 can adopt other yarns, such as common non-transparent yarns.
As a preferable mode of the present invention, the second yarn 32 is knitted into a plurality of looping loops 321 through a needle cylinder of a circular knitting machine, the plurality of looping loops 321 are overlapped to form the bottom layer 20, the first yarn 31 is knitted into the looping portion 311 through the needle cylinder of the circular knitting machine, the first yarn 31 is formed into the looping portion 312 through a dial of the circular knitting machine, the looping portion 311 corresponds to a position of the looping loop 321 along the looping loop 321 extends, and the surface layer 10 is formed by interweaving transparent or translucent yarns at the dial in a looping manner.
As another preferred mode of the present invention, the second yarn 32 is knitted by a dial of a circular knitting machine to form a plurality of loop-forming loops 321, the plurality of loop-forming loops 321 are looped to form the bottom layer 20, the first yarn 31 is knitted by a dial of a circular knitting machine to form the loop-forming portion 311, the first yarn 31 is formed by a needle cylinder of a circular knitting machine to form the loop-collecting portion 312, the loop-forming portion 311 corresponds to a position of the loop-forming loops 321 along the loop-forming loops and extends, and the surface layer is formed by interweaving transparent or translucent yarns in the needle cylinder in a loop-forming manner.
As the utility model discloses an optimal mode, first yarn 31 is cotton yarn, wool yarn, cashmere yarn, the high-elastic yarn of dacron, the high-elastic yarn of polyamide fibre, second yarn 32 is cotton yarn, wool yarn, cashmere yarn, the high-elastic yarn of dacron, the high-elastic yarn of polyamide fibre, transparent or translucent yarn is dacron monofilament or polyamide fibre monofilament, perhaps transparent or translucent yarn adopts other multistrand different composition materials to twist and form single yarn after. The utility model discloses when selecting materials, comparatively fluffy yarn can be chooseed for use to first yarn 31, thereby make the collecting ring portion 312 outstanding flower type better, form the looped pile decorative pattern, the preferred transparent yarn that adopts of surface course 10, utilize the transparent yarn on surface (for example, can be selected and used resistant book, it is wear-resisting, high-strength, nature yarn such as transparent), the cover is knitted on looped pile fabric, can play the three-dimensional range upon range of visual effect of decorative pattern, bottom 20 chooses for use softer or have functional yarn, for example, cotton, the hair, cashmere, or moisture absorption rapid-curing cutback raw materials etc., so design and application makes whole surface fabric when keeping the high-strength rerum natura of surface, the internal surface is more body-pasting, close skin, it is.
As a preferred mode of the present invention, the first yarns 31 are colored yarns, and the second yarns 32 are different in color from the first yarns 31, so as to better highlight the pattern.
As an optimized mode of the present invention, the fabric body further has a second weaving area 50, wherein the second weaving area 50 is: the bottom layer 20 includes a third yarn (not shown) having a loop portion 311 and a loop portion 312, the loop portion 311 and the fourth yarn being interwoven together in a looped manner into the bottom layer 20, the loop portion 312 being interwoven in a looped manner over the face layer 10, the face layer 10 being interwoven in a looped manner from a transparent or translucent yarn (not shown). In the second weaving zone 50, the fourth yarn may be the same yarn as the second yarn 32, and the third yarn may be different in color from the first yarn 31 to better highlight the pattern, and preferably, the third yarn may be a yarn having a smaller fineness than the first yarn 31.
As an optimized mode of the present invention, the fabric body further has a third weaving area 60, wherein the third weaving area 60 is: bottom layer 20 includes fifth yarns (not shown) and sixth yarns (not shown) that are interwoven together in a looped manner into bottom layer 20, and face layer 10 is interwoven in a looped manner from transparent or translucent yarns. In the third weaving region 60, the surface layer 10 and the bottom layer 20 form an air layer structure.
The utility model also provides an upper, including the vamp body, the vamp body includes toe cap portion 13, forms first fin 11 and second fin 12 at toe cap portion 13, forms tongue mouth 14 and the welt 15 that communicate each other between first fin 11 and the second fin 12, and the one end that toe cap portion 13 was kept away from to first fin 11 forms first connecting portion 16, and the other end that toe cap portion 13 was kept away from to second fin 12 forms with first connecting portion 16 complex second connecting portion 17, and the vamp body is tailor by the surface fabric and forms, the surface fabric adopts foretell layer to weave the surface fabric, through weaving district 40 with first, second and weave district 50 and third and weave the different positions that district 60 set up at the vamp, plays decorative effect and satisfies the regional functional requirement of vamp, has only shown one of them distribution mode in figure 5, the utility model is not limited to this distribution mode.
The utility model also provides a method for making the layer weave surface fabric, the layer weave surface fabric include by the integrative surface fabric body of weaving of circular knitting machine, the surface fabric body includes bottom 20 and surface course 10, and the surface fabric body has the first district 40 of weaving that is used for forming the flower type at least, in first district 40 of weaving: the bottom layer 20 comprises a first yarn 31 and a second yarn 32, the first yarn 31 has a looping portion 311 and a looping portion 312, the looping portion 311 and the second yarn 32 are jointly interwoven into the bottom layer 20 in a looping manner, the looping portion 312 is interwoven on the surface layer 10 in a looping manner and forms the pattern, the surface layer 10 comprises a transparent or semitransparent yarn corresponding to the pattern, the transparent or semitransparent yarn is interwoven in a looping manner, the surface layer further has a second weaving area 50, the first weaving area 40 and the second weaving area 50 are woven by adopting the following steps,
the big circular knitting machine that adopts to have dial (also called hanging wall) and cylinder (also called lower wall) is woven, the utility model discloses well dial contains sets up knitting needle and actuating mechanism isotructure wherein, and the cylinder contains sets up knitting needle and actuating mechanism isotructure wherein, and these are the conventional structure in the circular knitting machine, specifically select for use two-sided circular knitting machine.
In the knitting process, including but not limited to 3 cycles by one cycle, as an example, in the drawing, 3 cycles by one cycle are taken as an example, in the first knitting mode, in the 1 st path, the knitting needles of the dial are fed with the first yarn 31 and the second yarn 32 to knit the bottom layer 20 in a looping manner, specifically, the knitting needles of the dial carry the first yarn 31 and the second yarn 32 to knit simultaneously, and the knitting needles of the needle cylinder are fed with the first yarn 31 to knit in a tucking manner, which is shown in the block a of fig. 6;
in the 2 nd path, the knitting needles of the dial feed the third yarn and the fourth yarn to form the bottom layer 20 in a looping manner, specifically, the knitting needles of the dial carry the third yarn and the fourth yarn to be knitted simultaneously, and the knitting needles of the needle cylinder feed the third yarn to be knitted in a tucking manner, which is shown in a block b of fig. 6;
in lane 3, a transparent or translucent yarn is fed to the needles of the needle cylinder and knitted in a looping manner to form a first knitted zone 40 on the first yarn 31 of lane 1 and a second knitted zone 50 on the third yarn of lane 2.
Referring to fig. 7, in the second knitting method of the present invention, in the knitting process, including but not limited to 3 cycles, taking 3 cycles as an example, in the figure, in the 1 st path, the knitting needle of the needle cylinder feeds the first yarn 31 and the second yarn 32 to knit in a looping manner to form the bottom layer 20, and the knitting needle of the dial feeds the first yarn 31 to knit in a tucking manner, which is shown in the block c of fig. 6;
in the 2 nd path, the knitting needle of the needle cylinder feeds a third yarn and a fourth yarn to be knitted in a looping manner to form the bottom layer 20, and the knitting needle of the dial feeds the third yarn to be knitted in a tucking manner, which is shown in a block d of fig. 6;
in lane 3, a transparent or translucent yarn is fed to the needles of the dial and knitted in a looping manner to form a first knitted area 40 on the first yarn 31 of lane 1 and a second knitted area 50 on the third yarn of lane 2.
As a preferred mode of the utility model, first yarn 31 is cotton yarn, wool yarn, cashmere yarn, the high-elastic yarn of dacron, the high-elastic yarn of polyamide fibre, second yarn 32 is cotton yarn, wool yarn, cashmere yarn, the high-elastic yarn of dacron, the high-elastic yarn of polyamide fibre, the third yarn is cotton yarn, wool yarn, cashmere yarn, the high-elastic yarn of dacron, the high-elastic yarn of polyamide fibre, the fourth yarn is cotton yarn, wool yarn, cashmere yarn, the high-elastic yarn of dacron, the high-elastic yarn of polyamide fibre, transparent or translucent yarn is dacron monofilament or polyamide fibre monofilament, perhaps transparent or translucent yarn adopts the twisting of other stranded different composition materials to form single yarn after.
In order to realize the first knitting mode, the utility model discloses still specially designed a yarn guide mechanism of two-sided circular knitting machine, including central fixed disk 71, install the needle guard plate 73 in the outside of central fixed disk 71, be used for leading first yarn 31 to the guide piece 74 of the below of needle guard plate 73, correspond needle cylinder knitting needle 91 that needle guard plate 73 set up and correspond the dial knitting needle 92 that the needle cylinder set up, dial knitting needle 92 and needle cylinder knitting needle 91 set up perpendicularly, needle cylinder knitting needle 91 sets up in the one side that needle guard plate 73 is close to central fixed disk 71 and up-and-down motion, dial knitting needle 92 sets up in the below of needle guard plate 73 and in the horizontal direction with needle cylinder knitting needle 91 vertical motion, needle guard plate 73 is used for guiding the yarn, open the latch, protect the knitting needle. The central fixed disc 71 and the yarn guide block 74 are mounted on the frame 70 of the double-sided circular machine, and the yarn guide block 74 is provided with yarn guide holes 75, which are conventional structures of the existing double-sided circular machine and are not described in detail here. The utility model discloses an improvement part lies in: the needle cylinder knitting needle comprises a central fixed disc 71, a needle cylinder knitting needle body 91 and a needle back side 911, and further comprises a yarn guide wheel 80 used for guiding a second yarn 32 between the outer side of the central fixed disc 71 and the needle back side 911 of the needle cylinder knitting needle body 91, and the second yarn 32 can not be hooked when the needle cylinder knitting needle body 91 moves up and down, wherein the needle back side 911 of the needle cylinder knitting needle body 91 refers to the side, without a latch, of the needle cylinder knitting needle body 91, namely the side opposite to the latch side 912, a yarn guide groove 81 is formed in the wheel surface of the yarn guide wheel 80, the yarn guide wheel 80 is rotatably installed on a yarn guide rod 82, an installation block 83 is arranged on the upper side of a needle protection plate 73, the installation block 83 is provided with an installation hole 84, the yarn guide rod 82 is inserted into the installation hole 84, a first screw hole 85 communicated with the installation hole 84 is formed in the installation block 83, the first screw hole 85 is perpendicular to the installation hole 84, a jacking screw 86.
As a preferred embodiment of the present invention, the yarn guide groove 81 is formed in a V-shape along the circumferential cross section of the yarn guide wheel 80, so that the yarn is not easily slid out of the yarn guide groove 81.
As a preferred mode of the present invention, the mounting block 83 is locked to the needle guard plate 73 by a screw 87.
As a preferred mode of the present invention, the yarn guide rod 82 includes a first rod segment 821 arranged along the length direction of the needle guard plate 73 and a second rod segment 822 extending toward the central fixing plate 71, and the first rod segment 821 and the second rod segment 822 are vertically arranged and integrally formed.
As a preferred mode of the present invention, the needle protection plate 73 is installed on the central fixing plate 71 through a connecting block 72, and the yarn guide wheel 80 is located above the needle protection plate 73.
Adopt the technical scheme of the utility model afterwards, be used for guiding second yarn 32 through setting up in addition yarn guide wheel 80, this yarn guide wheel 80 can only supply the yarn for dial knitting needle 92 and can not disturb the activity of cylinder knitting needle 91, can richly weave the flower type, yarn guide rod 82 can rotate the adjustment in mounting hole 84, and fix a position through top tight screw 86, thereby adjust yarn guide groove 81 to reasonable angle, guarantee to weave the quality, during the adjustment, only need loosen top tight screw 86, it can to suitable angle and through the top tight screw 86 top tightly to rotate yarn guide rod 82, the convenient advantage of adjustment has.
In the first embodiment of the present invention, the yarn guiding mechanism of the above-mentioned double-sided circular knitting machine is adopted in the 1 st path and the 2 nd path, and the conventional yarn guiding mechanism can be adopted in the 3 rd path
The product form of the present invention is not limited to the embodiment of the present invention, and any person can properly change or modify the product form of the present invention without departing from the scope of the present invention.
Claims (8)
1. The utility model provides a laminate fabric, includes the surface fabric body of weaving by circular knitting machine an organic whole, its characterized in that, the surface fabric body includes bottom and surface course, and the surface fabric body has at least and is used for forming the first district of weaving of flower type, in first district of weaving: the bottom layer comprises a first yarn and a second yarn, the first yarn is provided with a looping part and a looping part, the looping part and the second yarn are jointly interwoven into the bottom layer in a looping mode, the looping part is interwoven on the surface layer in a looping mode and forms the pattern, the surface layer comprises transparent or semitransparent yarn corresponding to the pattern, and the transparent or semitransparent yarn is interwoven in a looping mode.
2. A laminated fabric as defined in claim 1, wherein said second yarns are knitted into a plurality of loops by a cylinder of a circular knitting machine, said plurality of loops forming said bottom layer, said first yarns are knitted into said loops by a cylinder of a circular knitting machine, said first yarns form said tuck portions by a dial of a circular knitting machine, said loops extending along said loops corresponding to the positions of said loops.
3. A fabric according to claim 1 wherein said second yarns are knitted by a dial of a circular knitting machine to form a plurality of loop forming stitches, a plurality of loop forming stitches are overlapped to form said bottom layer, said first yarns are knitted by a dial of a circular knitting machine to form said loop forming portions, said first yarns are knitted by a needle cylinder of a circular knitting machine to form said tuck portions, and said loop forming portions extend along said loop forming stitches in correspondence with positions of said loop forming stitches.
4. The laminated fabric of claim 1, wherein the first yarn is cotton yarn, wool yarn, cashmere yarn, polyester high-elastic yarn, and nylon high-elastic yarn, the second yarn is cotton yarn, wool yarn, cashmere yarn, polyester high-elastic yarn, and nylon high-elastic yarn, and the transparent or translucent yarn is polyester monofilament or nylon monofilament.
5. A laminar fabric according to claim 1, wherein said first yarns are coloured yarns.
6. A laminar fabric according to claim 1, wherein said fabric body further has a second knitted zone, wherein: the bottom layer comprises a third yarn and a fourth yarn, the third yarn is provided with a loop forming part and a loop forming part, the loop forming part and the fourth yarn are interwoven into the bottom layer in a loop forming mode, the loop forming part is interwoven on the surface layer in a loop forming mode, and the surface layer is interwoven by transparent or semitransparent yarns in a loop forming mode.
7. A laminar fabric according to claim 6, wherein said fabric body further has a third knitted zone, wherein: the bottom layer includes a fifth yarn and a sixth yarn interwoven together in a looped manner into the bottom layer.
8. The utility model provides an upper, includes the vamp body, the vamp body includes toe cap portion, forms first fin and the second fin at the toe cap portion, forms tongue mouth and the welt of intercommunication each other between first fin and the second fin, and the one end that toe cap portion was kept away from to first fin forms first connecting portion, and the other end that toe cap portion was kept away from to second fin forms with first connecting portion complex second connecting portion, and the vamp body is tailor by the surface fabric and forms, its characterized in that, the surface fabric adopt any one of claims 1 to 7 a layer weaves the surface fabric.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201921680752.1U CN211689418U (en) | 2019-10-09 | 2019-10-09 | Laminated fabric and vamp |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201921680752.1U CN211689418U (en) | 2019-10-09 | 2019-10-09 | Laminated fabric and vamp |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN211689418U true CN211689418U (en) | 2020-10-16 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201921680752.1U Active CN211689418U (en) | 2019-10-09 | 2019-10-09 | Laminated fabric and vamp |
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| Country | Link |
|---|---|
| CN (1) | CN211689418U (en) |
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2019
- 2019-10-09 CN CN201921680752.1U patent/CN211689418U/en active Active
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| CP03 | Change of name, title or address | ||
| CP03 | Change of name, title or address |
Address after: 362000 No. 177, Zhizao Avenue, Jinjiang Economic Development Zone (Food Park), Quanzhou City, Fujian Province Patentee after: Bairun (Jinjiang) Technology Co.,Ltd. Address before: No. 177, Shenghui Road, West District, Shanqian village, Yonghe Town, Jinjiang City, Quanzhou City, Fujian Province, 362200 Patentee before: JINJIANG BAIRUN WEAVING Co.,Ltd. |