CN105386199B - Spliced clipping and carving color-woven fabric and preparation method thereof - Google Patents
Spliced clipping and carving color-woven fabric and preparation method thereof Download PDFInfo
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- CN105386199B CN105386199B CN201510659011.5A CN201510659011A CN105386199B CN 105386199 B CN105386199 B CN 105386199B CN 201510659011 A CN201510659011 A CN 201510659011A CN 105386199 B CN105386199 B CN 105386199B
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- D—TEXTILES; PAPER
- D03—WEAVING
- D03D—WOVEN FABRICS; METHODS OF WEAVING; LOOMS
- D03D15/00—Woven fabrics characterised by the material, structure or properties of the fibres, filaments, yarns, threads or other warp or weft elements used
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- D—TEXTILES; PAPER
- D03—WEAVING
- D03D—WOVEN FABRICS; METHODS OF WEAVING; LOOMS
- D03D13/00—Woven fabrics characterised by the special disposition of the warp or weft threads, e.g. with curved weft threads, with discontinuous warp threads, with diagonal warp or weft
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Abstract
The present invention relates to a kind of spliced clipping and carving color-woven fabric and preparation method thereof, the spliced clipping and carving color-woven fabric includes warp thread and weft yarn, several color regions are provided with along the weft direction, the weft yarn is provided with yarn corresponding with the color region, is the step of weaving：Yarn corresponding with the color region is woven into, remaining yarn emersion.The method of the present invention is ingenious in design, the caducous problem of clipping and carving can be not only solved, the problems such as production cycle length present in the classical production process of printed fabric and splicing sewing, low composed pattern boundary is smudgy clear, cumbersome, fabric utilization rate, cloth cover out-of-flatness can be also solved.
Description
Technical field
The present invention relates to textile technology field, more particularly to a kind of spliced clipping and carving color-woven fabric and preparation method thereof.
Background technology
The spliced pattern of traditional color-woven fabric, typically takes fabric stamp or splicing sewing.Stamp composed pattern, needs elder generation
Weave cotton cloth and different patterns is printed into fabric up again, not only increase production cycle and cost, and composed pattern boundary is fuzzy
It is unintelligible.And splice sewing, each pattern flower pattern need to be made into cloth, then the fabric of each design is cut out into sewing on request
To together.Not only cumbersome, fabric utilization rate is low, cloth cover also out-of-flatness.
General cutting motif fabric has simply been woven at flower point place, and weaving is put less, therefore Hua Diansuo's is insecure easy to fall off.
The content of the invention
Based on this, it is an object of the invention to provide a kind of preparation method of spliced clipping and carving color-woven fabric.
Specific technical scheme is as follows：
A kind of preparation method of spliced clipping and carving color-woven fabric, the spliced clipping and carving color-woven fabric includes warp thread and latitude
Yarn, is provided with several color regions, every weft yarn is by yarn corresponding with the color region along weft direction every described
Line is constituted, and the weaving step of weft yarn is：Yarn corresponding with the color region is woven into, remaining yarn emersion.
In wherein some embodiments, change filling density weaving is taken in the weaving of the color region.
In wherein some embodiments, every weft yarn is made up of the yarn of 2-4 number of colors.
In wherein some embodiments, the size of the yarn emersion is 0.5-8 inches.
In wherein some embodiments, the size of the yarn emersion is 1-5 inches.
It is a further object of the present invention to provide a kind of spliced clipping and carving color-woven fabric.
Specific technical scheme is as follows：
The spliced clipping and carving color-woven fabric that above-mentioned preparation method is prepared.
The principle and beneficial effect of the present invention：
The preparation method of the spliced clipping and carving color-woven fabric of the present invention is using weft yams alternate one section of weaving in proportion
One section of emersion is simultaneously using filling density weaving is become, and weft yarn is woven into, the conversion position of emersion is unified or staggers, and flotation line length is unanimously or not
The weave of single or double is used according to patterning requirement Deng, warp yarn.
According to the patterning requirement of fabric, it can be arranged through the arrangement of broadwise flower pattern using solid color bar or rice grain pattern bar, warp yarn is knitted
Method can use one side weave or two-sided weave.Weft yams weave can be using one section of emersion of alternate one section of weaving, latitude in proportion
Yarn is woven into, the conversion position of emersion is unified or staggers, flotation line length it is consistent or.
The method of the present invention is ingenious in design, can not only solve the caducous problem of clipping and carving, can also solve printed fabric and spelling
Production cycle length present in the classical production process of seam, composed pattern boundary is smudgy, and clear, cumbersome, fabric is sharp
With rate is low, cloth cover out-of-flatness the problems such as.Its each pattern interweaves integrally, and flower pattern junction will not produce phenomenon of hardening, and feel is soft
It is soft, and organize to be connected firmly, forever, it is adaptable to dress ornament, bed necessaries, family's decorations etc..
The manufacture method of the spliced clipping and carving color-woven fabric of the present invention, it is not necessary to extras, in normal tatting cloth loom
Upper weaving production.Spliced cutting motif fabric after the completion of weaving, cloth cover has cuts float on float, shearing machine.The present invention's
The preparation method of spliced clipping and carving color-woven fabric, to specification, weave, size of fabric etc. also without strict limitation, many splicings
Money is all contemplated that using the method for this invention to realize.
Brief description of the drawings
Fig. 1 is spliced clipping and carving color-woven fabric legend one of the invention；
Fig. 2 is spliced clipping and carving color-woven fabric legend two of the invention；
Fig. 3 is spliced clipping and carving color-woven fabric legend three of the invention；
Fig. 4 is spliced clipping and carving color-woven fabric legend four of the invention；
Fig. 5 is spliced clipping and carving color-woven fabric legend five of the invention；
Fig. 6 is spliced clipping and carving color-woven fabric legend six of the invention；
Fig. 7 is spliced clipping and carving color-woven fabric legend seven of the invention；
Fig. 8 is spliced clipping and carving color-woven fabric legend eight of the invention；
Fig. 9 is spliced clipping and carving color-woven fabric legend nine of the invention；
Figure 10 is spliced clipping and carving color-woven fabric legend ten of the invention；
Figure 11 is spliced clipping and carving color-woven fabric legend 11 of the invention；
Figure 12 is spliced clipping and carving color-woven fabric legend 12 of the invention；
Figure 13 is the design front view of the spliced clipping and carving color-woven fabric of embodiment 1；
Figure 14 is the schematic illustration of tissue of the spliced clipping and carving color-woven fabric shown in Figure 13；
Figure 15 is that the plain weave of the spliced clipping and carving color-woven fabric shown in Figure 13 and flotation line press 1：1 ratio alternative expression weaving,
The schematic illustration of tissue of emersion；
Figure 16 is that the flotation line of the spliced clipping and carving color-woven fabric shown in Figure 13 and plain weave press 1：1 ratio alternative expression emersion,
The schematic illustration of tissue of weaving；
Figure 17 is the plain weave schematic diagram of the spliced clipping and carving color-woven fabric shown in Figure 13；
Figure 18 is the design front view of the spliced clipping and carving color-woven fabric of embodiment 2；
Figure 19 is the schematic illustration of tissue of the spliced clipping and carving color-woven fabric shown in Figure 18；
Figure 20 is the plain weave schematic diagram of the spliced clipping and carving color-woven fabric shown in Figure 18；
Figure 21 is that 1/3 twill and 3/1 twill of the spliced clipping and carving color-woven fabric shown in Figure 18 press 1：1 ratio is alternately arranged
Two-sided schematic illustration of tissue；
Figure 22 is that 3/1 twill and 1/3 twill of the spliced clipping and carving color-woven fabric shown in Figure 18 press 1：1 ratio is alternately arranged
Two-sided schematic illustration of tissue；
Figure 23 is weave and flotation line press 1 as shown in Figure 20,21 in the spliced clipping and carving color-woven fabric shown in Figure 18：1 ratio
Example alternative expression is woven into, the schematic illustration of tissue of emersion；
Figure 24 is that the flotation line of the spliced clipping and carving color-woven fabric shown in Figure 18 presses 1 with the weave as shown in Figure 20,21：1 ratio
Example alternative expression emersion, the schematic illustration of tissue being woven into；
Figure 25 is weave and flotation line press 1 as shown in Figure 20,22 in the spliced clipping and carving color-woven fabric shown in Figure 18：1 ratio
Example alternative expression is woven into, the schematic illustration of tissue of emersion；
Figure 26 is that the flotation line of the spliced clipping and carving color-woven fabric shown in Figure 18 presses 1 with the weave as shown in Figure 20,22：1 ratio
Example alternative expression emersion, the schematic illustration of tissue being woven into.
Embodiment
For the more readily apparent present invention, technical solution of the present invention is elaborated below in conjunction with specific embodiment.Accompanying drawing
In give more typical embodiment of the invention.But, the present invention can have many different connecting methods, however it is not limited to herein
Described embodiment.It is oppositely to make to understand more thorough to the disclosure there is provided the purpose of these embodiments
Comprehensively.
According to the preparation method of spliced clipping and carving color-woven fabric provided by the present invention, first, by weft yams in proportion
One section of emersion of alternate one section of weaving, weft yarn is woven into, the exchange position of emersion unified (such as Fig. 1) or stagger (such as Fig. 2,3), flotation line
Length consistent (such as Fig. 1,2) or not (such as Fig. 3), next, the yarn of emersion need to be cut on shearing machine.According to its weaving, float
The rule gone out and the change of tissue, mainly there is two class design methods：
(1) weft yarn in proportion alternative expression be woven into, emersion, weft yarn is woven into, the conversion position of emersion is unified or staggers, and flotation line is long
It is short consistent or, warp-wise uses one side weave, the warp-wise solid colour of formation, the strip and grid of broadwise color changeable
(such as Fig. 4), grid and grid (such as Fig. 5), rice grain pattern grid (such as Fig. 6), checkering (such as Fig. 7) splicing flower pattern；
(2) weft yarn in proportion alternative expression be woven into, emersion, weft yarn is woven into, the conversion position of emersion is unified or staggers, and flotation line is long
It is short consistent or, warp-wise uses two-sided weave, the strip and grid (such as Fig. 4), grid through broadwise color changeable of formation
With grid (such as Fig. 5), rice grain pattern grid (such as Fig. 6), checkering (such as Fig. 7,8,9,10,11,12) splicing flower pattern；
The preparation method of the spliced clipping and carving color-woven fabric of the present invention, has no strictly to specification, weave, size of fabric etc.
Limitation, many splicing moneys are all contemplated that using the method for this invention to realize.
Embodiment 1
A kind of spliced clipping and carving color-woven fabric in this example, is formed by warp thread and weft yarns, and warp-wise uses one side weave,
Weft yarn in proportion alternative expression be woven into, emersion, weft yarn is woven into, the conversion position of emersion is unified or staggers, and flotation line length is unanimously or not
Deng being arranged to make up by some unit grid pattern repeats.Now illustrate by taking the splicing (such as Figure 13) of grid and grid as an example.
Reference picture 13 and Figure 14, the spliced clipping and carving color-woven fabric flower type structure 100 of embodiment 1, including dark yarn are knitted
Enter, the deep lattice part 110 of light color yarn emersion, light color yarn is woven into, the shallow lattice part 130 of dark yarn emersion and broadwise are knitted
The conversion position 120 of method color.Deep lattice part 110 includes two kinds of tissues, deep to organize A, deep latitude bar through bar 1111, deep bottom 1112
1113 tissue B, shallow lattice part 130 includes two kinds of tissues, shallow to organize C, shallow latitude bar 1313 to organize D through bar 1311, shallow bottom 1312.
It can be seen from tissue B, D when yarn is woven into deep lattice part 110, while in the shallow emersion of lattice part 130, in deep lattice part
During 110 emersion, while being woven into shallow lattice part 130, weaving, the unification of conversion position 120 of emersion, flotation line length are consistent.
Wherein, deep lattice part 110 is changed into shallow lattice part 130 at broadwise conversion position 120.Deep lattice part 110 is in warp
Broadwise all has one or more dark areas 111 being sequentially connected, and each dark color area 111 has at least one dark unit 1110
And each dark unit 1110 in the dark area 111 with multiple dark units 1110 can repeat to set.Each dark color unit
1110 have a depth through bar 1111, deep bottom 1112, deep latitude bar 1113.Shallow lattice part 130 through broadwise all have one or
Multiple light areas 131 being sequentially connected, each light color area 131 has at least one light unit 1310 and single with multiple light color
Each light unit 1310 in the light area 131 of member 1310 can repeat to set.Each light color unit 1310 has a shallow warp
Bar 1311, shallow bottom 1312, shallow latitude bar 1313.
Above-mentioned spliced clipping and carving color-woven fabric flower type structure 100, by the ingenious change of fabric tissue, with reference to taking for color
Match somebody with somebody, realize the transformation from deep lattice part 110 to shallow lattice part 130.Seamless be merged that flower pattern can be achieved connects, soft, even
Connect firmly, can high degree the various knotty problems that exist of the spliced pattern fabric of solution, so as to improve spliced fabric
Quality, reduces unnecessary operation.
It is appreciated that flower type structure 100 can be organized the formation of by various fabrics, if meet weaving, the principle of emersion and
Changed at broadwise conversion position 120.
It is appreciated that deep lattice part 110 can be identical with the size of shallow lattice part 130, also can be different.
It is appreciated that deep lattice part 110 has at least one dark area 111, and the dark area that deep lattice part 110 has
111 quantity, size can be identical, also can be different；Shallow lattice part 130 has at least one light area 131, and shallow lattice part 130
Quantity, the size in the light area 131 having can be identical, also can be different.Also, the dark area 111 that deep lattice part 110 has with it is shallow
Quantity, the size in the light area 131 that lattice part 130 has can be identical, also can be different.
It is appreciated that each dark color area 111 has at least one dark unit 1110, and each dark area 111 has
Quantity, the size of dark unit 1110 can be identical, also can be different；Each light color area 131 has at least one light unit 1310,
, also can be different and quantity, the size of light unit 1310 that each light area 131 has can be identical.Also, each dark area
Quantity, the size for the light unit 1310 that the 111 dark units 1110 having have with each light area 131 can be identical, also may be used
It is different.
It is appreciated that each dark color unit 1110 has deeply through bar 1111, deep bottom 1112, deep latitude bar 1113, its chi
It is very little can be identical, also can be different；Each light color unit 1310 has shallow through bar 1311, shallow bottom 1312, shallow latitude bar 1313, its chi
It is very little can be identical, also can be different.Also, it is deep through bar 1111, deep bottom 1112, deep latitude bar 1113 that each dark color unit 1110 has
With each light unit 1310 have it is shallow through bar 1311, shallow bottom 1312, shallow latitude bar 1313 size can be identical, may not be used yet
Together.
It is appreciated that it is each deep through bar 1111, the tissue of deep bottom 1112 with it is each shallow through bar 1311, shallow bottom 1312
Tissue can be identical, also can be different.
It is appreciated that each depth latitude bar 1113 with each shallow latitude bar 1313 is woven into, the ratio of emersion can be 1：1, also may be used
To be 2：1、2：2 etc..
It is appreciated that each depth latitude bar 1113 is woven into each shallow latitude bar 1313, the broadwise conversion position 120 of emersion can be with
It is unified, it can also stagger.
Reference picture 15,16,17, with reference to Figure 14, specifically, deep latitude bar 1113 is organized as plain weave with flotation line by 1：1 ratio
Example alternative expression is woven into, emersion, and shallow latitude bar 1313 is organized as flotation line and plain weave by 1：1 ratio alternative expression emersion, it is woven into, deep latitude
Bar 1113 and shallow latitude bar 1313 change position 120 and realize weaving, emersion by the change of tissue in broadwise to replace.Deeply through bar
1111st, deep bottom 1112, shallow be organized as plain weave through bar 1311, shallow bottom 1312.
Specifically, in the present embodiment, broadwise is at deep latitude bar 1113 and at shallow latitude bar 1313, dark yarn and light yarn
Line presses 1：1 ratio is alternately arranged, the deep conjunctive tissue B of latitude bar 1113, and plain weave presses 1 with flotation line：1 ratio formation intertexture rule,
Make to form dark yarn weaving, the cloth cover effect of light color yarn emersion at deep latitude bar 1113；The shallow conjunctive tissue of latitude bar 1313
D, flotation line presses 1 with plain weave：1 ratio formation intertexture rule, makes to form dark yarn emersion, light yarn at shallow latitude bar 1313
The cloth cover effect that line is woven into.Warp-wise is at depth is through bar 1111 and deep bottom 1112, and dark yarn and bottom yarn are by a certain percentage
It is alternately arranged, conjunctive tissue A, makes to form one section of dark color, the vertical bar effect of one section of background color in warp-wise；It is shallow through bar 1311 with it is shallow
At bottom 1312, light color yarn is alternately arranged by a certain percentage with bottom yarn, conjunctive tissue C, makes to form one section in warp-wise
Light color, the vertical bar effect of one section of background color.Combine and see through broadwise, that is, form dark unit 1110 and light unit 1310.It is dark single
Member 1110 can form dark area 111, dark area 111 can pass through through broadwise through broadwise by the reciprocal arrangement of certain number of times
The reciprocal arrangement of certain number of times, forms deep lattice part 110；Light unit 1310 is can be by the past multiple bank of certain number of times through broadwise
Row, form light area 131, and light area 131 can form shallow lattice part 130 through broadwise by the reciprocal arrangement of certain number of times.It is deep
Lattice part 110, by the tissue change at broadwise conversion position 120, forms this spliced clipping and carving color surface of second order with shallow lattice part 130
Expect flower type structure 100.
With continued reference to Figure 13 and Figure 14, deep lattice part 110 only includes a dark area 111, and the dark color in each dark area 111 is single
Member 1110 repeats to set number of times；Shallow lattice part 130 only includes a light area 131, the weight of light unit 1310 in each light area 131
Number of times is set again.
More specifically, dark area 111 includes the dark unit 1110 of 5 identicals of warp-wise repeated arrangement, and thus broadwise weighs
The set repeated arrangement that the dark unit 1110 of 5 identicals of multiple bank row is constituted；Light area 131 includes the 5 of warp-wise repeated arrangement
The light unit 1310 of individual identical, the set that the light unit 1310 of 5 identicals of broadwise thus repeated arrangement is constituted repeats to arrange
Row.The depth of each dark unit 1110 is shallow through bar through bar 1111, deep bottom 1112, deep latitude bar 1113 and each light unit 1310
1311st, shallow bottom 1312, shallow latitude bar 1313 width it is as follows：
Deep in dark unit 1110 to be formed through bar 1111 by 8 dark plain weaves, deep bottom 1112 is by warp-wise 28
Background color, the plain weave of the foundation color of broadwise 24 are formed, and deep latitude bar 1113 presses 1 by dark and light color and plain weave with flotation line weave：1
Reciprocal 6 formation of ratio.
Shallow in light unit 1310 to be formed through bar 1311 by 8 light plain weaves, shallow bottom 1312 is by warp-wise 28
Background color, the plain weave of the foundation color of broadwise 24 are formed, and shallow latitude bar 1313 presses 1 with dark and flotation line by light color with plain weave weave：1
Reciprocal 6 formation of ratio.
The length general control of every section of flotation line is between 0.5~8 inch, preferably 1~5 inch, specifically, in the present embodiment
In, the length of every section of flotation line is 1.8 inches.
Further, the spliced pattern can be made into by tatting weave, it is not necessary to extra equipment.Cloth cloth cover after casting off
There is float, float need to be cut on shearing machine.
Embodiment 2
The connecting method of embodiment 2 is compared with the connecting method of embodiment 1, and something in common is：All it is by warp thread and latitude
Yarn is interwoven, weft yarn in proportion alternative expression be woven into, emersion, weft yarn is woven into, the conversion position of emersion is unified or staggers, and flotation line is long
It is short consistent or, be arranged to make up by some unit grid pattern repeats.Difference is：The warp-wise of embodiment 1 is using single
Face weave, and the warp-wise of embodiment 2 is using two-sided weave.Now illustrate by taking the splicing (such as Figure 18) of checkering as an example.
The light yarn of reference picture 18 and Figure 19, the spliced clipping and carving color-woven fabric flower type structure 200 of embodiment 2, including broadwise
Line is woven into, dark yarn emersion, and warp-wise light color yarn shows, and the hiding shallow lattice part 210 and 250 of dark yarn, broadwise is dark
Yarn is woven into, light color yarn emersion, and warp-wise dark color yarn shows, the hiding deep lattice part 230 and 240 of light color yarn and broadwise
The conversion position 220 and the conversion position 260 of warp-wise weave color of weave color.Shallow lattice part 210 includes three kinds of tissues, shallow warp
The tissue of bar 2111 B, the tissue A of shallow bottom 2112, shallow latitude bar 2113 tissue E；Shallow lattice part 250 includes three kinds of tissues, shallow through bar
2511 tissue J, the tissue K of shallow bottom 2512, shallow latitude bar 2513 tissue N；Deep lattice part 230 includes three kinds of tissues, deep through bar 2311
D, the deep tissue of bottom 2312 C, deep latitude bar 2313 is organized to organize F；Deep lattice part 240 includes three kinds of tissues, deep to be organized through bar 2411
H, the deep tissue of bottom 2412 G, deep latitude bar 2413 organize M.In broadwise, when yarn is in shallow lattice part it can be seen from tissue E, F
During 210 weaving, while in the deep emersion of lattice part 230；It can be seen from tissue M, N when yarn is woven into deep lattice part 240,
Simultaneously in the shallow emersion of lattice part 250.It is shallow when dark yarn is hidden in shallow lattice part 210 it can be seen from tissue B, H in warp-wise
When dyed yarn line shows in shallow lattice part 210, while dark yarn shows in deep lattice part 240, light color yarn is in deep lattice part 240
Hide；It can be seen from tissue D, J when light color yarn is hidden in deep lattice part 230, and dark yarn shows in deep point 230,
Light color yarn shows in shallow lattice part 250 simultaneously, and dark yarn is hidden in shallow lattice part 250.Broadwise is woven into, the translation bit of emersion
220 unifications are put, flotation line length is consistent, the unification of conversion position 260 that warp-wise shows, hidden.
Wherein, in broadwise, shallow lattice part 210 is changed into deep lattice part 230, deep lattice part at broadwise conversion position 220
240 are changed into shallow lattice part 250 at broadwise conversion position 220；In warp-wise, shallow lattice part 210 is at warp-wise conversion position 260
It is changed into deep lattice part 240, deep lattice part 230 is changed into shallow lattice part 250 at warp-wise conversion position 260.Shallow lattice part 210
All there are one or more light areas 211 being sequentially connected through broadwise, each light color area 211 has at least one light unit
2110 and with multiple light units 2110 light area 211 in each light unit 2110 can repeat set.Each light color
Unit 2110 is shallow through bar 2111, shallow bottom 2112, shallow latitude bar 2113 with one.Deep lattice part 230 all has one through broadwise
Individual or multiple dark areas 231 being sequentially connected, each dark color area 231 has at least one dark unit 2310 and with multiple depths
Each dark unit 2310 in the dark area 231 of color element 2310 can repeat to set.Each dark color unit 2310 has one
Deeply through bar 2311, deep bottom 2312, deep latitude bar 2313.Deep lattice part 240 all has one or more be sequentially connected through broadwise
Dark area 241, each dark color area 241 has at least one dark unit 2410 and the dark color with multiple dark units 2410
Each dark unit 2410 in area 241 can repeat to set.Each dark color unit 2410 has a depth through bar 2411, deep bottom
2412nd, deep latitude bar 2413.Shallow lattice part 250 all has one or more light areas 251 being sequentially connected through broadwise, each shallow
Color area 251 has at least one light unit 2510 and has each light color in the light area 251 of multiple light units 2510 single
Member 2510 can repeat to set.Each light color unit 2510 is shallow through bar 2511, shallow bottom 2512, shallow latitude bar 2513 with one.
It is appreciated that flower type structure 200 can be organized the formation of by various fabrics, if meet weaving, the principle of emersion and
Changed at broadwise conversion position 220 and at warp-wise conversion position 260.
It is appreciated that shallow lattice part 210, deep lattice part 230, deep lattice part 240, shallow lattice part 250 size can be identical,
Also can be different.
It is appreciated that shallow lattice part 210 has at least one light area 211, and the light area that shallow lattice part 210 has
211 quantity, size can be identical, also can be different；Deep lattice part 230 has at least one dark area 231, and deep lattice part 230
Quantity, the size in the dark area 231 having can be identical, also can be different；Deep lattice part 240 has at least one dark area 241, and
Quantity, the size in the dark area 241 that deep lattice part 240 has can be identical, also can be different；Shallow lattice part 250 has at least one
Light area 251, and quantity, the size in light area 251 that shallow lattice part 250 has can be identical, also can be different.Also, shallow lattice portion
It is dark area 241 that dark area 231 that point 210 light areas 211 having, deep lattice part 230 have, deep lattice part 240 have, shallow
Quantity, the size in the light area 251 that lattice part 250 has can be identical, also can be different.
It is appreciated that each light color area 211 has at least one light unit 2110, and each light area 211 has
Quantity, the size of light unit 2110 can be identical, also can be different；Each dark color area 231 has at least one dark unit 2310,
, also can be different and quantity, the size of dark unit 2310 that each dark area 231 has can be identical；Each dark color area 241 has
At least one dark unit 2410, and quantity, the size of dark unit 2410 that each dark area 241 has can be identical, also may be used
It is different；Each light color area 251 has at least one light unit 2510, and the light unit 2510 that each light area 251 has
Quantity, size can be identical, also can be different.Also, light unit 2110 that each light area 211 has, each dark area 231
The light color that dark unit 2410 that the dark unit 2310 that has, each dark area 241 have, each light area 251 have is single
Quantity, the size of member 2510 can be identical, also can be different.
It is appreciated that each light color unit 2110 is with shallow through bar 2111, shallow bottom 2112, shallow latitude bar 2113, its chi
It is very little can be identical, also can be different；Each dark color unit 2310 has deep through bar 2311, deep bottom 2312, deep latitude bar 2313, its chi
It is very little can be identical, also can be different；Each dark color unit 2410 has deep through bar 2411, deep bottom 2412, deep latitude bar 2413, its chi
It is very little can be identical, also can be different；Each light color unit 2510 has shallow through bar 2511, shallow bottom 2512, shallow latitude bar 2513, its chi
It is very little can be identical, also can be different.Also, what each light color unit 2110 had shallow has through bar 2111 with each dark color unit 2410
The deep size correspondence through bar 2411 it is identical, it is deep through bar 2311 and each light unit 2510 that each dark color unit 2310 has
The shallow size correspondence through bar 2511 having is identical.The shallow latitude bar 2113 that each light color unit 2110 has and each dark unit
The size correspondence of the 2310 deep latitude bars 2313 having is identical, the deep latitude bar 2413 that each dark color unit 2410 has and each light color
The size correspondence for the shallow latitude bar 2513 that unit 2510 has is identical.It is shallow bottom 2112 that each light color unit 2110 has, each
Deep bottom 2412 that deep bottom 2312 that dark unit 2310 has, each dark unit 2410 have, each light unit
The size of the 2510 shallow bottoms 2512 having can be identical, also can be different.Also, it is shallow through bar that each light color unit 2110 has
It is deep through bar 2311 that the deep size through bar 2411 that 2111 or each dark units 2410 have, each dark unit 2310 have
Or the shallow latitude bar 2113 or every that the shallow size through bar 2511 that has of each light unit 2510, each light unit 2110 have
The deep latitude bar 2413 or each shallow that the size for the deep latitude bar 2313 that individual dark unit 2310 has, each dark unit 2410 have
The size for the shallow latitude bar 2513 that color element 2510 has, the shallow bottom 2112 that each light unit 2110 has, each dark list
The first 2310 deep bottoms 2312 having, the deep bottom 2412 that each dark unit 2410 has, each light unit 2510 have
The size of shallow bottom 2512 can be identical, also can be different.
It is appreciated that each shallow bottom 2112, deep bottom 2312, deep bottom 2412, shallow bottom 2512 tissue can be identical,
Also can be different；It is each it is shallow through bar 2111, it is deep through bar 2311, it is deep can be identical through bar 2411, the shallow tissue through bar 2511, may not be used yet
Together.
It is appreciated that each shallow latitude bar 2113, deep latitude bar 2313, deep latitude bar 2413, shallow latitude bar 2513 are woven into, the ratio of emersion
Example can be 1：1, can also 2：1、2：2 etc..
It is appreciated that each shallow latitude bar 2113, deep latitude bar 2313, deep latitude bar 2413, shallow latitude bar 2513 are woven into, the latitude of emersion
It can unify to conversion position 220, can also stagger；It is each it is shallow through bar 2111, it is deep through bar 2311, it is deep through bar 2411, it is shallow through bar
2511 warp-wise for showing, hiding conversion position 260 can be unified, and can also stagger.
Reference picture 20-24, with reference to Figure 19, specifically, shallow latitude bar 2113 and deep latitude bar 2413 are organized as plain weave and flotation line
By 1：1 ratio alternative expression is woven into, emersion, and deep latitude bar 2313 and shallow latitude bar 2513 are organized as flotation line with plain weave by 1：1 ratio
Example alternative expression emersion, weaving.Shallow latitude bar 2113 and deep latitude bar 2313, deep latitude bar 2413 and shallow latitude bar 2513 change position in broadwise
220 by the change of tissue realize weaving, emersion alternating.It is shallow to be organized as 1/3 twill through bar 2311 through bar 2111 and depth
1 is pressed with 3/1 twill：The two-sided tissue that 1 ratio is alternately arranged, it is deep through bar 2411 with it is shallow through bar 2511 be organized as 3/1 twill and
1/3 twill presses 1：The two-sided tissue that 1 ratio is alternately arranged.It is shallow through bar 2111 and deep through bar 2411, deep through bar 2311 and shallow through bar
2511 change position 260 in warp-wise realizes the alternating for showing, hiding by the change of tissue.Shallow bottom 2112, deep bottom
2312nd, deep bottom 2412, shallow bottom 2512 are organized as plain weave.
Specifically, in the present embodiment, broadwise is at shallow latitude bar 2113 and at deep latitude bar 2313, light color yarn and dark yarn
Line presses 1：1 ratio is alternately arranged, the shallow conjunctive tissue E of latitude bar 2113, and weave and flotation line press 1 as shown in Figure 20,21：1 ratio
Intertexture rule is formed, makes to form light color yarn weaving, the cloth cover effect of dark yarn emersion, deep latitude bar at shallow latitude bar 2113
2313 conjunctive tissue F, flotation line presses 1 with the weave as shown in Figure 20,21：1 ratio formation intertexture rule, makes at deep latitude bar 2313
Form light color yarn emersion, the cloth cover effect that dark yarn is woven into；At deep latitude bar 2413 and at shallow latitude bar 2513, dark yarn
Line presses 1 with light color yarn：1 ratio is alternately arranged, the deep conjunctive tissue M of latitude bar 2413, and weave and flotation line are pressed as shown in Figure 20,22
1：1 ratio formation intertexture rule, makes to form dark yarn weaving at deep latitude bar 2413, the cloth cover effect of light color yarn emersion
Really, the shallow conjunctive tissue N of latitude bar 2513, flotation line presses 1 with the weave as shown in Figure 20,22：1 ratio formation intertexture rule, makes shallow
Dark yarn emersion, the cloth cover effect that light color yarn is woven into are formd at latitude bar 2513.Warp-wise is shallow through being passed through at bar 2111 with deep
At bar 2411, dark yarn presses 1 with light color yarn：1 ratio is alternately arranged, shallow through the conjunctive tissue B of bar 2111, is made shallow through bar
Form dark yarn at 2111 to hide, the cloth cover effect that light color yarn shows, it is deep through the conjunctive tissue H of bar 2411, make in deep warp
Form dark yarn at bar 2411 to show, the hiding cloth cover effect of light color yarn；Warp-wise is in depth through at bar 2311 and shallow through bar
At 2511, light color yarn presses 1 with dark yarn：1 ratio is alternately arranged, deep through the conjunctive tissue D of bar 2311, is made in depth through bar
Form light color yarn at 2311 to hide, the cloth cover effect that dark yarn shows is shallow through the conjunctive tissue J of bar 2511, makes in shallow warp
Light color yarn is formd at bar 2511 to show, the hiding cloth cover effect of dark yarn.Through broadwise in shallow bottom 2112, deep bottom
2312nd, deep bottom 2412, at shallow bottom 2512, solid color effect of the bottom solid color respectively in connection with tissue A, C, G, K formation bottom.Knot
Conjunction is seen, that is, forms light unit 2110, dark unit 2310, light unit 2410, dark unit 2510.Light unit 2110 exists
Light area 211 can be formed, light area 211 can pass through certain number of times through broadwise by the reciprocal arrangement of certain number of times through broadwise
Reciprocal arrangement, form shallow lattice part 210；Dark unit 2310 can be formed through broadwise by the reciprocal arrangement of certain number of times
Dark area 231, dark area 231 can form deep lattice part 230 through broadwise by the reciprocal arrangement of certain number of times；Dark unit
2410 can form dark area 241, dark area 241 can pass through one through broadwise through broadwise by the reciprocal arrangement of certain number of times
Determine the reciprocal arrangement of number of times, form deep lattice part 240；Light unit 2510 is can be by the past multiple bank of certain number of times through broadwise
Row, form light area 251, and light area 251 can form shallow lattice part 250 through broadwise by the reciprocal arrangement of certain number of times.It is shallow
Lattice part 210 is with deep lattice part 230, deep lattice part 240 and shallow lattice part 250 in broadwise by changing the tissue at position 220
Change, shallow lattice part 210 is with deep lattice part 240, deep lattice part 230 and shallow lattice part 250 in warp-wise by changing at position 260
Tissue change, form this spliced clipping and carving color-woven fabric flower type structure 200.
With continued reference to Figure 18 and Figure 19, shallow lattice part 210 only includes a light area 211, and the light color in each light area 211 is single
Member 2110 repeats to set number of times；Deep lattice part 230 only includes a dark area 231, the weight of dark unit 2310 in each dark area 231
Number of times is set again；Deep lattice part 240 only includes a dark area 241, and the dark unit 2410 in each dark area 241 repeats to set secondary
Number；Shallow lattice part 250 only includes a light area 251, and the light unit 2510 in each light area 251 repeats to set number of times.
More specifically, light area 211 includes the light unit 2110 of 5 identicals of warp-wise repeated arrangement, and thus broadwise weighs
The set repeated arrangement of the light composition of unit 2110 of 5 identicals of multiple bank row 5 times；Dark area 231 includes warp-wise repeated arrangement
The dark unit 2310 of 5 identicals, the set that the dark unit 2310 of 5 identicals of broadwise thus repeated arrangement is constituted repeats
Arrangement 5 times；The dark unit 2410 of 5 identicals in dark area 241 including warp-wise repeated arrangement, broadwise thus repeated arrangement 5
The set repeated arrangement of the dark composition of unit 2410 of individual identical 5 times；5 including warp-wise repeated arrangement, light area 251 is identical
Light unit 2510, the set repeated arrangement that constitutes of the light unit 2510 of 5 identicals of broadwise thus repeated arrangement 5 times.
Each light unit 2110 it is shallow through bar 2111, shallow bottom 2112, shallow latitude bar 2113, dark unit 230 it is deep through bar 2311, deep bottom
Portion 2312, deep latitude bar 2313, the depth of dark unit 240 is through bar 2411, deep bottom 2412, deep latitude bar 2413, light unit 2510
The shallow width through bar 2511, shallow bottom 2512, shallow latitude bar 2513 it is as follows：
It is shallow in light unit 211 to press 1 by dark and light color through bar 2111：Reciprocal 6 arrangements of 1 ratio combine knitting in Figure 21
Method is formed, and shallow bottom 2112 is formed by the plain weave of the foundation color of warp-wise 24, the foundation color of broadwise 24, shallow latitude bar 2113 by light color with
Dark color presses 1：The weave that 1 reciprocal 6 arrangements of ratio are combined in Figure 23 is formed.
It is deep in dark unit 231 to press 1 with dark by light color through bar 2311：Reciprocal 6 arrangements of 1 ratio combine knitting in Figure 21
Method is formed, and deep bottom 2312 is formed by the plain weave of the foundation color of warp-wise 24, the foundation color of broadwise 24, deep latitude bar 2313 by light color with
Dark color presses 1：The weave that 1 reciprocal 6 arrangements of ratio are combined in Figure 24 is formed.
It is deep in dark unit 241 to press 1 by dark and light color through bar 2411：Reciprocal 6 arrangements of 1 ratio combine knitting in Figure 22
Method is formed, and deep bottom 2412 is formed by the plain weave of the foundation color of warp-wise 24, the foundation color of broadwise 24, deep latitude bar 2413 by it is dark with
Light color presses 1：The weave that 1 reciprocal 6 arrangements of ratio are combined in Figure 25 is formed.
It is shallow in light unit 251 to press 1 with dark by light color through bar 2511：Reciprocal 6 arrangements of 1 ratio combine knitting in Figure 22
Method is formed, and deep bottom 2512 is formed by the plain weave of the foundation color of warp-wise 24, the foundation color of broadwise 24, shallow latitude bar 2513 by it is dark with
Light color presses 1：The weave that 1 reciprocal 6 arrangements of ratio are combined in Figure 26 is formed.
Specifically, in the present embodiment, the length of every section of flotation line is 1.8 inches.
From described above and embodiment, the design method of spliced clipping and carving color-woven fabric provided by the present invention is led to
Cross using the assorted yarn alternative expression weaving of broadwise, emersion, weft yarn is woven into, the conversion position of emersion is unified or staggers, flotation line length
It is consistent or, coordinate the single or double weave of warp-wise, can be formed the clear attractive in appearance, fancy yarn of flower pattern grip firmly, effect it is good
Good spliced fabric, and do not need extra equipment to can reach, with short production cycle, simple to operate, fabric utilization rate height,
Cloth cover is smooth, soft, solves the problem of traditional fabrics spliced together technology, has raised the new page of fabrics spliced together technology.
Each technical characteristic of embodiment described above can be combined arbitrarily, to make description succinct, not to above-mentioned reality
Apply all possible combination of each technical characteristic in example to be all described, as long as however, the combination of these technical characteristics is not deposited
In contradiction, the scope of this specification record is all considered to be.
Embodiment described above only expresses the several embodiments of the present invention, and it describes more specific and detailed, but simultaneously
Can not therefore it be construed as limiting the scope of the patent.It should be pointed out that coming for one of ordinary skill in the art
Say, without departing from the inventive concept of the premise, various modifications and improvements can be made, these belong to the protection of the present invention
Scope.Therefore, the protection domain of patent of the present invention should be determined by the appended claims.
Claims (5)
1. a kind of preparation method of spliced clipping and carving color-woven fabric, it is characterised in that the spliced clipping and carving color-woven fabric is included
Warp thread and weft yarn, along weft direction every described be provided with several color regions, every weft yarn by with the color region
Corresponding yarn is constituted, and the weaving step of weft yarn is：Yarn corresponding with the color region is woven into, remaining yarn emersion.
2. the preparation method of spliced clipping and carving color-woven fabric according to claim 1, it is characterised in that the color region
Weaving take change filling density weaving；Every the weft yarn is made up of the yarn of 2-4 number of colors.
3. the preparation method of the spliced clipping and carving color-woven fabric according to claim any one of 1-2, it is characterised in that described
The size of yarn emersion is 0.5-8 inches.
4. the preparation method of spliced clipping and carving color-woven fabric according to claim 3, it is characterised in that the yarn emersion
Size be 1-5 inches.
5. the spliced clipping and carving color-woven fabric that the preparation method described in claim any one of 1-4 is prepared.
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| CN202849668U (en) * | 2012-08-19 | 2013-04-03 | 内蒙古鹿王羊绒有限公司 | Woven concave-convex dobby weave |
| CN103966724B (en) * | 2013-01-24 | 2016-02-10 | 杭州锦绣工坊工艺品有限公司 | A kind of picture-weaving in silk manufacture method containing the jacquard weave of pure color block |
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| "利用纹织CAD"设计纬起花织物;马旭红;《上海纺织科技》;20120618;第40卷(第6期);第44-45页 * |
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