CN105696148A - Design method for non-covered woven fabric structure formed by combining three sets of weft - Google Patents
Design method for non-covered woven fabric structure formed by combining three sets of weft Download PDFInfo
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- CN105696148A CN105696148A CN201610044197.8A CN201610044197A CN105696148A CN 105696148 A CN105696148 A CN 105696148A CN 201610044197 A CN201610044197 A CN 201610044197A CN 105696148 A CN105696148 A CN 105696148A
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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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- 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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Abstract
The invention provides a design method for a warp and weft interwoven jacquard fabric structure. A non-covered structure is formed by combining three sets of complete structures, and has the warp and weft full-color-development jacquard weaving effect. According to the main technical scheme, the method includes the first step of design of three sets of basic structures, the second step of positioning structure point design, the third step of shadow structure bank design, the fourth step of application of the non-covered structure formed by combining the three sets of complete structures, and the fifth step of the verification method. The method has the technical advantages that three sets of weft yarn are completely unfolded for color development, covering and overlapping of weft yarn are avoided, and the complete structure cycle number of the basic structure is not restrained by the weft set number. The method can meet the requirements of full-color-development structure design formed by combining complete structure sets of an odd number large than three.
Description
Technical field
The present invention relates to jacquard fabric, the particularly organizational structure of a kind of jacquard fabric that a kind of longitude and latitude interweaves。
Background technology
For the color representation ability of reinforcement fabric, tradition jacquard fabric adopts the mode that table, inner tissue are combined, carries out the design of organizational structure, and by increasing latitude tuple, throwing the process meanses such as road, meets the design production requirement of colorful jacquard fabric。Tradition jacquard fabric method for disign of organizing structure, not only complex process, and number of colours are extremely limited。The proposition of the full method for disign of organizing structure that develops the color of combination, makes the color representation quantity of fabric rise to million kinds from tens kinds, and technological design difficulty is greatly lowered。Combination full colouring textile structure is based on the combinative structure of 2 groups of fundamental tissue at present。The three groups of latitudes derived on this basis develop the color structure entirely, are the decomposing and recombinant by latitude of combination tissue of 2 groups of fundamental tissue。The Weaving Cycle number (R) of the fundamental tissue that this method for designing adopts is necessary for the multiple of odd number latitude, or can be divided exactly by this odd number after 2 times, therefore restricts to some extent in the selection of fundamental tissue。The present invention directly adopts odd number group fundamental tissue, carries out the design of non-covering fabric structure。Up to now, it does not have document proposed to adopt the method for designing combining non-covering jacquard fabric structure of 3 groups or the complete fundamental tissue of above odd number group。
Summary of the invention
It is contemplated that overcome traditional jacquard fabric structure to be limited by the covering relation of colour developing and non-colour developing tissue and limited color representation ability, it is provided that a kind of non-covering jacquard fabric structural design method being made up of three groups of complete fundamental tissue combinations。The method adopts three groups to have homologue's period and flies number, the satin weave of different initial point position is as fundamental tissue, utilize the method that before and after in three groups of latitudes, in the middle of two latitude restrictions, a filling slippage moves, set the position tissue point of each latitude, and form each self-corresponding shadow weave storehouse, it is possible to meet three groups of latitudes and launch the technology requirement of colour developing side by side。
1. the method that realizes of the present invention and main technical content are:
(1) design of fundamental tissue and selection
Within the scope of the satin weave that Weaving Cycle number R is 10 × 10 to 32 × 32, design a filling face fundamental tissue A。Being combined along warp-wise by three fundamental tissue A, one remains stationary as, another two pointwise displacement, so that it is determined that two tissue B and C from fundamental tissue A with different initial point position, it is desirable to the interlacing point of these three fundamental tissue is evenly distributed balance。
(2) design of position tissue point
1. fundamental tissue A is positioned the setting of interlacing point, method be last latitude using fundamental tissue C through the interlacing point anteposition position tissue point as fundamental tissue A the first latitude, using fundamental tissue B the first latitude through interlacing point as position position tissue point after fundamental tissue A the first latitude, coordinate by latitude in order afterwards。
2. fundamental tissue B is positioned the setting of interlacing point, method be using first latitude of fundamental tissue A through the interlacing point anteposition position tissue point as fundamental tissue B the first latitude, using fundamental tissue C the first latitude through interlacing point as position position tissue point after fundamental tissue B the first latitude, coordinate by latitude in order afterwards。
3. fundamental tissue C is positioned the setting of interlacing point, method be using second latitude of fundamental tissue A through interlacing point position tissue point in position after first latitude of fundamental tissue C, using fundamental tissue B the first latitude through the interlacing point anteposition position tissue point as fundamental tissue C the first latitude, coordinate by latitude in order afterwards。
4. respectively increasing an interlacing point at the position tissue point of anteposition down along warp-wise, the position tissue point in rear position up respectively increases an interlacing point upwardly along warp-wise。
(3) shadow weave storehouse design
After setting the respective position tissue point of fundamental tissue A, B, C, when remaining that position tissue point designs one group of shadow weave that each fundamental tissue is corresponding when being latitude interlacing point, it is referred to as the shadow weave storehouse of fundamental tissue A, B, C。
The interlacing point in three groups of shadow weave storehouses increases direction to keep same tropism, can unify first right rear left or first left and then right,
As M=1, tissue bank quantitative value is maximum, individual for (R-4)+(R-5) × (R-1)；
As M=R, tissue bank quantitative value is minimum, individual for (R-4)；
M is the quantity once increasing interlacing point, and R is the Weaving Cycle number of fundamental tissue。
Method for designing according to above-mentioned 3 groups of fundamental tissue and shadow weave storehouse thereof, it is possible to odd number group such as design 5,7 etc. combines the fundamental tissue of non-covering organizational structuries, and position tissue point and corresponding shadow weave storehouse。Any odd number group combines, and the method that wherein setting of the position tissue point of the 1st and last 1 fundamental tissue is respectively adopted above-mentioned fundamental tissue A and C, middle groups all adopts the method for designing of fundamental tissue B to set。
(4) design digital image according to designing requirement, image color is divided into three chromaticity diagram layers, index color mode with monochrome phase or netrual colour and preserve, it is thus achieved that three individual image file possessing identical length and width pixel。
(5) image of basic demand will be met, and lay A, B, C shadow weave storehouse in order, form each independent woven organization chart respectively。
By 3 single-layered weave structure figure, carry out, by latitude permutation and combination, completing the modular design of fabric construction along warp-wise by 1: 1: 1。
2. the method for inspection
In order to verify the non-covering performance of three groups of latitude combinative structurees, it is necessary to the effectiveness of its position tissue point is tested。The design principle of three groups of non-covering combinative structurees of latitude is the fixing middle latitude of two latitudes before and after utilizing, and in combinative structure, any latitude all will be fixed by each at least 1 interlacing point of two latitudes before and after it。
(1) minima shadow weave storehouse combined authentication
1. take M=R value, design the shadow weave storehouse of three groups of fundamental tissue, its minima shadow weave storehouse can be obtained。
2. first the shadow weave of fundamental tissue A is carried out longitudinal arrangement (organizing through covering weave from filling face), more laterally replicates R-5 row；By transversely arranged for the shadow weave of fundamental tissue B (organizing through covering weave from filling face), more longitudinally replicate R-5 row；By the shadow weave of fundamental tissue C, each individually line up (R-4) × (R-4) individual；Finally the shadow weave of fundamental tissue A, B, C is carried out 1: 1: 1 permutation and combination, produces (R-4)3Plant combinative structure。
3. it is analyzed combinations thereof organizational structure judging, when front and back two latitude that arbitrary latitude is directly adjacent all each has at least an interlacing point to become with it positive-negative relationship, tissue bank with regard to provable three groups of fundamental tissue and correspondence thereof, when M=1, R/2, R/4, the combination in any that design produces all will meet the technology requirement of non-covering structure。
(2) trichroism gradual change fabric checking
1. incite somebody to action the gray scale gradual change image from top to bottom (from black to white), replace one by one with the tissue in basic organization A tissue bank, form independent woven structure chart；
2. by the image of gray scale gradual change (from black to white) from top to bottom, replace one by one with the tissue in basic organization B tissue bank, form independent woven structure chart；
3. incite somebody to action the gray scale gradual change image from left to right (from black to white), replace one by one with the tissue in basic organization C tissue bank, form independent woven structure chart；By the organization chart of above three independence, it is combined by the arrangement regulation of 1: 1: 1, adds that the weft yarn of correspondence arranges and selects latitude information, the design of three groups of non-covering gradual change fabrics of latitude can be completed。
Gradient color fabric is possible not only to checking 3 latitude further and combines the effectiveness of non-covering structure, is provided simultaneously with clearly showing the uniformity of tissue bank transition and fine and smooth degree。
3. the present invention has following innovative technology feature and product effect: apply technical scheme of the present invention, three groups or above odd number group warp or latitude can be developed and combine the jacquard fabric of non-covering, this fabric be mainly characterized by comprising: the color according to broadwise dyed yarn, meet the combination colour developing requirement of trichroism any ratio, be maintained with woven organizational structure constant。
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the present invention is further described:
The design signal of Fig. 1 fundamental tissue A, B, C and respective position tissue point；
The minima of Fig. 2 fundamental tissue A combines non-covering shadow weave storehouse；
The minima of Fig. 3 fundamental tissue B combines non-covering shadow weave storehouse；
The minima of Fig. 4 fundamental tissue C combines non-covering shadow weave storehouse；
Figure 53 group fundamental tissue combines non-covering structure schematic diagram (part)；
Figure 63 color gradual change jacquard fabric design sketch
Detailed description of the invention
Fly satin weave fundamental tissue for 16 piece 5, the implementation of the present invention is described。
1. according to combining non-covering organizational structure design requirement, selecting 16 piece 5 to fly weft sateen is fundamental tissue, carry out the design of three fundamental tissue, method is to keep starting point for (warp in one tissue, latitude)=(1,1) constant, another two is to right translation, make three fundamental tissue be evenly distributed, take into account warp simultaneously and float long moderate control。
2. in FIG, feature according to tri-fundamental tissue of A, B, C, set position tissue point respectively: the tissue signature according to B, C, A is set position tissue point, method take before being last latitude of tissue C through interlacing point, after take tissue B the first latitude through interlacing point, combination constitutes two position tissue points of tissue A the first latitude, afterwards in order by latitude corresponding matching, the interlacing point taking from tissue C increases by 1 interlacing point down along warp-wise, and that takes from tissue B increases by 1 interlacing point upwardly along warp-wise；Tissue signature according to A, C, B is set position tissue point, method take before being first latitude of tissue A through interlacing point, after take first latitude of tissue C through interlacing point, combination constitutes two position tissue points of tissue B the first latitude, afterwards in order by latitude corresponding matching, the interlacing point taking from tissue A increases by 1 interlacing point down along warp-wise, and that takes from tissue C increases by 1 interlacing point upwardly along warp-wise；Tissue signature according to A, B, C is set position tissue point, method take before being first latitude of tissue B through interlacing point, after take tissue A the second latitude through interlacing point, combination constitutes two position tissue points of tissue C the first latitude, afterwards in order by latitude corresponding matching, the interlacing point taking from tissue B increases by 1 interlacing point down along warp-wise, and that takes from tissue A increases by 1 interlacing point upwardly along warp-wise。
3. the shadow weave storehouse design of fundamental tissue A, B, C
(1) in Fig. 2, based on fundamental tissue A, taking M=R value, it is broadwise that interlacing point strengthens direction, and position tissue point position remains latitude interlacing point, designs one group of minima shadow weave storehouse A, and quantity is R-4=12；
(2) in Fig. 3, based on fundamental tissue B, taking M=R value, it is broadwise that interlacing point strengthens direction, and position tissue point position remains latitude interlacing point, designs one group of minima shadow weave storehouse B, and quantity is R-4=12；
(3) in Fig. 4, based on fundamental tissue C, taking M=R value, it is broadwise that interlacing point strengthens direction, and position tissue point position remains latitude interlacing point, designs one group of minima shadow weave storehouse C, and quantity is R-4=12。
4. minima shadow weave storehouse combined authentication
In Fig. 5, the shadow weave of fundamental tissue A is carried out longitudinal arrangement (organizing through covering weave from filling face), more laterally replicates R-5 row；By transversely arranged for the shadow weave of fundamental tissue B (organizing through covering weave from filling face), more longitudinally replicate R-5 row；By the shadow weave of fundamental tissue C, each individually line up (R-4) × (R-4) individual；Finally the shadow weave of fundamental tissue A, B, C is carried out 1: 1: 1 permutation and combination, produces (R-4)3Planting combinative structure, wherein various combination structure number is (R-4)3-22=1706 kind。
5. trichroism gradual change Fabric Design
(1) design the gradual change image of three fabric widths, long consistent size: P1 is the gray level image of gradual change from top to bottom, comprise 23 kinds of different lightness levels；P2 is the gray level image of gradual change from top to bottom, comprises 23 kinds of different lightness levels；P3 is the gray level image of from left to right gradual change, comprises 23 kinds of different lightness levels。
(2) adopting the organizational design methodology of Fig. 2, design produces one group of shadow weave A, and quantity keeps consistent with image P1 number of colours。Gradual change pattern colour and shadow weave are replaced one by one in order, the color (black) that maximum filling face tissue corresponding brightness value is minimum, the maximum color (white) maximum through covering weave corresponding brightness value, and remain unchanged, form independent woven structure chart A1。
(3) design produces one group of shadow weave B, and quantity keeps consistent with image P2 number of colours。Gradual change pattern colour and shadow weave are replaced one by one in order, the color (black) that maximum filling face tissue corresponding brightness value is minimum, the maximum color (white) maximum through covering weave corresponding brightness value, and remain unchanged, form independent woven structure chart B1。
(4) design produces one group of shadow weave C, and quantity keeps consistent with image P3 number of colours。Gradual change pattern colour and shadow weave are replaced one by one in order, the color (black) that maximum filling face tissue corresponding brightness value is minimum, the maximum color (white) maximum through covering weave corresponding brightness value, and remain unchanged, form independent woven structure chart C1。
Being combined along broadwise 1: 1: 1 by identical initiateing by 3 single-layered weave structure figure, weave specification becomes longitudinally 2400 pixels, laterally 7200 pixels。
What set suitable thread count and three groups of latitudes selects latitude information, one group of white silk is selected to do warp, selecting three groups of silk threads to do parallel, this fabric construction figure can be directly used in 1 group of jacquard fabric through the colorful gradient mixed effect of 3 groups of latitudes of production, and fabric partial result figure 6 illustrates。
Above-described embodiment is used for explaining and illustrate the present invention rather than limitation of the present invention, in the spirit and scope of the claims of the present invention, the present invention makes any amendment and change, both falls within protection scope of the present invention。
Claims (1)
1. the jacquard fabric method for disign of organizing structure that a warp-weft two-way launches to develop the color entirely, it is characterized in that by three groups of fundamental tissue with complete organization period, it is arranged to form non-covering organizational structure by 1: 1: 1, full color developing effect is realized at fabric face, step is the design of (1) three group of fundamental tissue and position tissue point, the shadow weave storehouse design of (2) three groups of fundamental tissue, the combination application in (3) three groups of shadow weave storehouses
(1) fundamental tissue and the design determining latitude interlacing point
1. design three has identical fundamental tissue A, B and the C flying number and Weaving Cycle number, and after three fundamental tissue longitudinally combine by latitude, interlacing point is evenly distributed, and the scope of design of fundamental tissue is satin weave, and effective Weaving Cycle number is between 10 pieces to 32 pieces；
2. the design principle according to the fixing middle latitude of front and back two latitude, fundamental tissue A is positioned the setting of interlacing point, method be last latitude using fundamental tissue C through the interlacing point anteposition position tissue point as fundamental tissue A the first latitude, using fundamental tissue B the first latitude through interlacing point position tissue point in position after fundamental tissue A the first latitude, coordinate by latitude in order afterwards, position tissue point in anteposition down respectively increases by one through interlacing point along warp-wise, and the position tissue point in rear position up respectively increases by one through interlacing point along warp-wise；
3. fundamental tissue B is positioned the setting of interlacing point, method be using first latitude of fundamental tissue A through the interlacing point anteposition position tissue point as fundamental tissue B the first latitude, using fundamental tissue C the first latitude through interlacing point position tissue point in position after fundamental tissue B the first latitude, coordinate by latitude in order afterwards, position tissue point in anteposition up respectively increases by one through interlacing point along warp-wise, and the position tissue point in rear position up respectively increases by one through interlacing point along warp-wise；
4. fundamental tissue C is positioned the setting of interlacing point, method be using second latitude of fundamental tissue A through interlacing point position tissue point in position after first latitude of fundamental tissue C, using fundamental tissue B the first latitude through the interlacing point anteposition position tissue point as fundamental tissue C the first latitude, coordinate by latitude in order afterwards, position tissue point in anteposition down respectively increases by one through interlacing point along warp-wise, and the position tissue point in rear position up respectively increases by one through interlacing point along warp-wise；
According to above-mentioned method for designing, it is possible to design 5,7 ... etc. odd number group combine the fundamental tissue of non-covering structure, and the position tissue point of correspondence。Any odd number group combines, the method that wherein setting of the position tissue point of the 1st group and last 1 group of fundamental tissue is respectively adopted above-mentioned fundamental tissue A and C, and middle groups fundamental tissue all adopts the method for designing of fundamental tissue B to set,
The shadow weave storehouse design of (2) three groups of fundamental tissue
When remaining that position tissue point is latitude interlacing point, designing three groups of shadow weave storehouses, be referred to as the tissue bank of fundamental tissue A, B, C, the interlacing point of three groups of tissue bank increases direction to keep same tropism, can unify first right rear left or first left and then right,
As M=1, tissue bank quantity is maximum, individual for (R-4)+(R-5) × (R-1)；
As M=R, tissue bank quantity is minimum, individual for (R-4)；
M is the quantity once increasing interlacing point, and R is the Weaving Cycle number of fundamental tissue,
The application combination in (3) three groups of fundamental tissue storehouses
Quantity according to three groups of shadow weave storehouses that step (1) to (2) obtains, the conclusion of process and the number of colours of respectively three digital images being discolored, the color lightness levels making each figure is equal with the tissue quantity in the shadow weave storehouse of three groups of fundamental tissue, meet the one-to-one relationship of image brightness level and shadow weave
1. by three images corresponding fundamental tissue A, B, C tissue bank respectively, carry out the conversion one by one of pattern colour and tissue, form three corresponding single-layered weave structure figure,
2. by three organization charts sequencing according to fundamental tissue A, B, C, longitudinally it is combined at 1: 1: 1 by latitude, obtains combining non-covering organization chart。
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105926139A (en) * | 2016-07-08 | 2016-09-07 | 浙江理工大学 | Double-wefted complete-covering jacquard fabric and weaving method thereof |
| CN106875459A (en) * | 2017-03-15 | 2017-06-20 | 苏州大学 | Self-adaptive equalization method for color jacquard weave structure based on image segmentation |
| CN113802244A (en) * | 2021-07-02 | 2021-12-17 | 绍兴文理学院 | Jacquard fabric with overlapping effect and weaving method thereof |
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| CN113802244A (en) * | 2021-07-02 | 2021-12-17 | 绍兴文理学院 | Jacquard fabric with overlapping effect and weaving method thereof |
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Effective date of registration: 20210824 Address after: Room 1011, 4 / F, building 5, No. 299, Hangfu Road, Chongfu Town, Tongxiang City, Jiaxing City, Zhejiang Province Patentee after: Tongxiang Beite Technology Co.,Ltd. Address before: 310018 Xiasha Higher Education Zone, Zhejiang, Hangzhou Province, Zhejiang Sci-Tech University Patentee before: Zhejiang University of Technology |