CN105696148B - A kind of non-covering fabric structure method for designing of three groups of latitudes combination - Google Patents
A kind of non-covering fabric structure method for designing of three groups of latitudes combination Download PDFInfo
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- CN105696148B CN105696148B CN201610044197.8A CN201610044197A CN105696148B CN 105696148 B CN105696148 B CN 105696148B CN 201610044197 A CN201610044197 A CN 201610044197A CN 105696148 B CN105696148 B CN 105696148B
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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 kind of method for disign of organizing structure of longitude and latitude intertexture jacquard fabric, is combined by three groups of complete organizations and constitutes non-covering structure, and the line for possessing the full colour developing of longitude and latitude knits effect.Main technical schemes include：(1) three group of elementary organization's design；(2) position tissue point design；(3) shadow weave storehouse design；(4) three groups of complete organizations combine the application of non-covering structure；(5) verification method.The technical characterstic of the invention is to meet 3 groups of weft yams all to launch colour developing, it is to avoid the mutual covering of weft yams with it is Chong Die, and the complete organization period of elementary organization does not receive parallel group numeral system about.The jacquard fabric structural design method that the invention is provided, the combination that can meet the odd number group complete organization more than three groups develops the color structure design entirely.
Description
Technical field
The present invention relates to the jacquard fabric that a kind of longitude and latitude interweaves, particularly a kind of institutional framework of jacquard fabric.
Background technology
For the color representation ability of reinforcement fabric, traditional jacquard fabric is carried out by the way of table, inner tissue are combined
The design of institutional framework, and by increasing latitude tuple, throwing the process meanses such as road, the design production for meeting colorful jacquard fabric will
Ask.Traditional jacquard fabric method for disign of organizing structure, not only complex process, and number of colours is extremely limited.Combine full colour developing group
The proposition of construction design method is knitted, makes the color representation quantity of fabric from tens kinds of liftings to million kinds, and technological design difficulty
It is greatly lowered.Combination full colouring textile structure is based on 2 groups of combining structures of elementary organization at present.Derive on this basis
Three groups of latitudes develop the color full structure, be being decomposed by latitude and recombinant for 2 groups of combination tissues of elementary organization.This method for designing is used
The Weaving Cycle number (R) of elementary organization be necessary for the multiple of odd number latitude, or 2 times can be divided exactly by the odd number afterwards, therefore in base
Restricted in the selection of this tissue.The present invention directly using odd number group elementary organization, carries out non-covering fabric structure
Design.Up to now, proposed to be knitted using the non-covering jacquard weave of combination of 3 groups or more the complete elementary organizations of odd number group without document
The method for designing of thing structure.
The content of the invention
It is contemplated that overcoming traditional jacquard fabric structure to be limited by the covering relation of colour developing and non-colour developing tissue, Yi Jiyou
The color representation ability of limit, there is provided a kind of that the non-covering jacquard fabric structure design side for constituting is combined by three groups of complete elementary organizations
Method.The method has homologue's period and winged number using three groups, and the satin weave of different initial point positions is used as elementary organization, profit
The method that a middle filling slippage is moved is restricted with front and rear two latitude in three groups of latitudes, the position tissue point of each latitude is set, and form each corresponding
Shadow weave storehouse, can meet three groups of latitudes launch side by side colour developing technical requirements.
1. implementation method of the invention and main technical content are：
(1) design of elementary organization and selection
In the range of Weaving Cycle number R is for 10 × 10 to 32 × 32 satin weave, a filling face elementary organization A is designed.
Three elementary organization A are combined along warp-wise, one remains stationary as, another two pointwise displacement, so that it is determined that two and elementary organization A
Tissue B and C with different initial point positions, it is desirable to which the interlacing point of these three elementary organizations is evenly distributed balance.
(2) design of position tissue point
1. the setting of position tissue point is carried out to elementary organization A, method is through tissue by last latitude of elementary organization C
Put as the anteposition position tissue point of the latitudes of elementary organization A first, using the latitudes of elementary organization B first through interlacing point as elementary organization
The rear position position tissue point of the latitudes of A first, coordinates by latitude in order afterwards.
2. the setting of position tissue point is carried out to elementary organization B, method is through interlacing point by first latitude of elementary organization A
As the anteposition position tissue point of the latitudes of elementary organization B first, using the latitudes of elementary organization C first through interlacing point as elementary organization B
The rear position position tissue point of the first latitude, coordinates by latitude in order afterwards.
3. the setting of position tissue point is carried out to elementary organization C, method is through interlacing point by second latitude of elementary organization A
As the rear position position tissue point of first latitude of elementary organization C, using the latitudes of elementary organization B first through interlacing point as elementary organization
The anteposition position tissue point of the latitudes of C first, coordinates by latitude in order afterwards.
4. the position tissue point in anteposition respectively increases an interlacing point down along warp-wise, and the position tissue point in rear position is upward
Up respectively increase an interlacing point along warp-wise.
(3) shadow weave storehouse design
After the respective position tissue point of elementary organization A, B, C is set, remaining that position tissue point is latitude group
The corresponding one group of shadow weave of each elementary organization, referred to as the shadow weave storehouse of elementary organization A, B, C are designed in the case of knitting a little.
Three groups of interlacing points in elementary organization's shadow weave storehouse increase direction will keep same tropism, can unify first right rear left or elder generation
The left back right side,
As M=1, tissue bank quantitative value is maximum, is that (R-4)+(R-5) × (R-1) is individual；
As M=R, tissue bank quantitative value is minimum, is that (R-4) is individual；
M is the quantity for once increasing interlacing point, and R is the Weaving Cycle number of elementary organization.
According to above-mentioned 3 groups of elementary organizations and its method for designing in shadow weave storehouse, the combination of the odd number groups such as 5,7 can be designed non-
Cover the elementary organization of institutional framework, and position tissue point and corresponding shadow weave storehouse.Any odd number group combination, wherein the
The method that the setting of the position tissue point of 1 and last 1 elementary organization is respectively adopted above-mentioned elementary organization A and C, middle groups are equal
Set using the method for designing of elementary organization B.
(4) digital image is designed according to design requirement, image color is divided into three color figure layers, with monochromatic mutually or without coloured silk
Color index color mode is preserved, and obtains three individual image files for possessing identical length and width pixel.
(5) image of basic demand will be met, A, B, C shadow weave storehouse is laid in order, form each independent respectively
Woven organization chart.
By 3 single-layered weave structure figures, by 1: 1: 1 combination for along warp-wise completed by latitude permutation and combination fabric construction
Design.
2. the method for inspection
In order to verify three groups of non-covering performances of latitude combining structure, it is necessary to be examined to the validity of its position tissue point
Test.Three groups of non-design principles for covering combining structure of latitude are that two latitudes fix a middle latitude before and after, any one in combining structure
Latitude will all be fixed by its front and rear each at least one interlacing point of two latitudes.
(1) minimum value shadow weave storehouse combined authentication
1. M=R values are taken, three groups of shadow weave storehouses of elementary organization are designed, its minimum value shadow weave storehouse can be obtained.
2. the shadow weave of elementary organization A is first carried out into longitudinal arrangement (from filling face tissue to through covering weave), then it is laterally multiple
R-5 row processed；The shadow weave of elementary organization B is transversely arranged (from filling face tissue to through covering weave), then replicate R-5 along longitudinal direction
OK；By the shadow weave of elementary organization C, it is individual that each individually lines up (R-4) × (R-4)；Finally by the shadow of elementary organization A, B, C
Light tissue carries out 1: 1: 1 permutation and combination, produces (R-4)3Plant combining structure.
3. judgement is analyzed to combinations thereof institutional framework, two latitudes are all respective before and after any latitude is directly adjacent
At least one interlacing point is therewith into positive-negative relationship, so that it may three groups of elementary organizations and its corresponding tissue bank are proved, in M=1, R/
2nd, during R/4, the technical requirements that any combination for producing will all meet non-covering structure are designed.
(2) three color gradual change fabrics are verified
1. gray scale gradual change image that will from top to bottom (from black to white), with the tissue in basic organization A tissue banks by
One replaces, and forms independent woven structure chart；
2. will from top to bottom (from black to white) gray scale gradual change image, with the tissue in basic organization B tissue banks by
One replaces, and forms independent woven structure chart；
3. gray scale gradual change image that will from left to right (from black to white), with the tissue in basic organization C tissue banks by
One replaces, and forms independent woven structure chart；By the single-layered weave structure figure of above three independence, by 1: 1: 1 arrangement
Rule is combined, and adds corresponding weft yarn and sets and select latitude information, you can three groups of latitudes of completion are non-to cover setting for gradual change fabric
Meter.
Gradual change yarn dyed fabric not only can further verify that 3 latitudes combine the validity of non-covering structure, be provided simultaneously with clear exhibition
Show the uniformity and fine and smooth degree of tissue bank transition.
3. the present invention has following innovative technology feature and product effect：Using technical scheme of the present invention, Ke Yikai
Send out three groups or more odd number groups warp or latitude combines the jacquard fabric of non-covering, the fabric is mainly characterized by：According to latitude (warp) to
The color of dyed yarn, the combination colour developing for meeting any ratio of three colors is required, while keeping woven institutional framework constant.
Brief description of the drawings
The present invention is further described with reference to the accompanying drawings and examples：
The design of Fig. 1 elementary organizations A, B, C and respective position tissue point is illustrated；
The non-covering shadow weave storehouse of minimum value combination of Fig. 2 elementary organizations A；
The non-covering shadow weave storehouse of minimum value combination of Fig. 3 elementary organizations B；
The non-covering shadow weave storehouse of minimum value combination of Fig. 4 elementary organizations C；
Tri- groups of elementary organizations of Fig. 5 combine non-covering structure schematic diagram (part)；
The color gradual change jacquard fabric design sketch of Fig. 6 tri-
Specific embodiment
So that 16 piece 5 flies satin weave elementary organization as an example, implementation of the invention is illustrated.
1., according to non-covering organizational structure design requirement is combined, it is elementary organization to select 16 piece 5 to fly weft sateen, carries out three bases
The design of this tissue, method is to keep starting point constant for (warp, latitude)=(1,1) in a tissue, and another two makes to right translation
Three elementary organizations are evenly distributed, while taking into account warp floats moderate control long.
2. in Fig. 1, according to the characteristics of tri- elementary organizations of A, B, C, position tissue point is set respectively：According to the group of B, C
Knit feature, to A set position tissue point, method taken before being last latitude of tissue C through interlacing point, after take the first of tissue B
Latitude through interlacing point, combination constitutes two position tissue points of the tissue latitudes of A first, is taken from by latitude corresponding matching in order afterwards
Organize the interlacing point of C increases by 1 interlacing point down along warp-wise, and take from the upward of tissue B increases by 1 interlacing point along warp-wise；According to
The tissue signature of A, C, to B set position tissue point, method taken before being first latitude of tissue A through interlacing point, after take tissue C's
First latitude constitutes two position tissue points of the tissue latitudes of B first, is taken by latitude corresponding matching in order afterwards through interlacing point, combination
The interlacing point of self-organizing A increases by 1 interlacing point down along warp-wise, and take from the upward of tissue C increases by 1 interlacing point along warp-wise；Root
According to the tissue signature of A, B, set position tissue point to C, method taken 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 the tissue latitudes of C first, matches somebody with somebody by latitude correspondence in order afterwards
Close, the interlacing point for taking from tissue B increases by 1 interlacing point down along warp-wise, take from the upward of tissue A increases by 1 tissue along warp-wise
Point.
3. the shadow weave storehouse design of elementary organization A, B, C
(1) in Fig. 2, based on elementary organization A, M=R values are taken, it is broadwise, position tissue point position that interlacing point strengthens direction
Put and remain latitude interlacing point, design one group of minimum value shadow weave storehouse A, quantity is R-4=12；
(2) in Fig. 3, based on elementary organization B, M=R values are taken, it is broadwise, position tissue point position that interlacing point strengthens direction
Put and remain latitude interlacing point, design one group of minimum value shadow weave storehouse B, quantity is R-4=12；
(3) in Fig. 4, based on elementary organization C, M=R values are taken, it is broadwise, position tissue point position that interlacing point strengthens direction
Put and remain latitude interlacing point, design one group of minimum value shadow weave storehouse C, quantity is R-4=12.
4. minimum value shadow weave storehouse combined authentication
In Fig. 5, the shadow weave of elementary organization A is carried out into longitudinal arrangement (from filling face tissue to through covering weave), then laterally
Replicate R-5 row；The shadow weave of elementary organization B is transversely arranged (from filling face tissue to through covering weave), then replicate R-5 along longitudinal direction
OK；By the shadow weave of elementary organization C, it is individual that each individually lines up (R-4) × (R-4)；Finally by the shadow of elementary organization A, B, C
Light tissue carries out 1: 1: 1 permutation and combination, produces (R-4)3Combining structure is planted, wherein various combination structure number is (R-4)3- 22=
1706 kinds.
5. three color gradual change Fabric Design
(1) the consistent gradual change image of three breadth of design, size long：P1 is the gray level image of gradual change from top to bottom, comprising 23
Plant different lightness levels；P2 is the gray level image of gradual change from top to bottom, comprising 23 kinds of different lightness levels；P3 is for from left to right gradually
The gray level image of change, comprising 23 kinds of different lightness levels.
(2) using the organizational design methodology of Fig. 2, design produces one group of shadow weave A, and quantity is protected with image P1 number of colours
Hold consistent.Gradual change pattern colour is replaced in order one by one with shadow weave, and the minimum color of maximum filling face tissue corresponding brightness value is (black
Color), the maximum color (white) maximum through covering weave corresponding brightness value, and keep constant, form independent woven structure
Figure A1.
(3) design produces one group of shadow weave B, and quantity is consistent with image P2 number of colours.Gradual change pattern colour and shadow
Light tissue is replaced in order one by one, the minimum color (black) of maximum filling face tissue corresponding brightness value, maximum through covering weave correspondence
The maximum color (white) of brightness value, and keep constant, form independent woven structure chart B1.
(4) design produces one group of shadow weave C, and quantity is consistent with image P3 number of colours.Gradual change pattern colour and shadow
Light tissue is replaced in order one by one, the minimum color (black) of maximum filling face tissue corresponding brightness value, maximum through covering weave correspondence
The maximum color (white) of brightness value, and keep constant, form independent woven structure chart C1.
3 single-layered weave structure figures are combined by identical starting along broadwise 1: 1: 1, weave specification is changed into longitudinal direction 2400
Pixel, horizontal 7200 pixels.
Set suitable thread count and three groups of latitudes selects latitude information, and one group of white silk of selection does warp, selects three groups
Silk thread does parallel, and the fabric construction figure can be directly used in 1 group of production through 3 groups of jacquard fabrics of the colorful gradient mixed effect of latitude,
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, it is of the invention it is spiritual with
In scope of the claims, any modifications and changes are made to the present invention, both fall within protection scope of the present invention.
Claims (1)
1. a kind of warp-weft two-way launches the jacquard fabric method for disign of organizing structure of colour developing entirely, it is characterised in that had by three groups
The elementary organization of full Weaving Cycle number, non-covering institutional framework is arranged to form by 1: 1: 1, and full colour developing is realized in fabric face
Effect, step is the design of (1) three group of elementary organization and position tissue point, and (2) three groups of shadow weave storehouses of elementary organization are designed,
(3) three groups of combination applications in elementary organization's shadow weave storehouse,
(1) design of elementary organization and position tissue point
1. three elementary organization A, B and C with identical winged number and Weaving Cycle number are designed, three elementary organizations are along longitudinal direction by latitude
After combination, interlacing point is evenly distributed, and the scope of design of elementary organization is satin weave, effective Weaving Cycle number be 10 pieces to 32 pieces it
Between；
2. two latitudes fix the design principle of a middle latitude according to before and after, and the setting of position tissue point, method are carried out to elementary organization A
Be using last latitude of elementary organization C through interlacing point as the latitudes of elementary organization A first anteposition position tissue point, by basic group
Knit the latitudes of B first through interlacing point as position position tissue point after the latitudes of elementary organization A first, coordinate by latitude in order afterwards,
The position tissue point of anteposition down respectively increases by one along warp-wise through interlacing point, and the position tissue point in rear position up respectively increases along warp-wise
Plus one through interlacing point；
3. carry out the setting of position tissue point to elementary organization B, method be using first latitude of elementary organization A through interlacing point as
The anteposition position tissue point of the latitudes of elementary organization B first, using the latitudes of elementary organization C first through interlacing point as elementary organization B first
The rear position position tissue point of latitude, coordinates by latitude in order afterwards, and one is down respectively increased along warp-wise in the position tissue point of anteposition
Through interlacing point, the position tissue point in rear position up respectively increases by one along warp-wise through interlacing point；
4. carry out the setting of position tissue point to elementary organization C, method be using second latitude of elementary organization A through interlacing point as
The rear position position tissue point of first latitude of elementary organization C, using the latitudes of elementary organization B first through interlacing point as elementary organization C
The anteposition position tissue point of one latitude, coordinates by latitude in order afterwards, and one is down respectively increased along warp-wise in the position tissue point of anteposition
It is individual through interlacing point, the position tissue point in rear position up respectively increases by one along warp-wise through interlacing point；
According to above-mentioned method for designing, the elementary organization of the non-covering structure that combination tissue's number is odd number 3,5,7 can be designed, and
Corresponding position tissue point, wherein the setting of the position tissue point of the 1st group and last 1 group of elementary organization be respectively adopted it is above-mentioned basic
The method of tissue A and C, middle groups elementary organization is set using the method for designing of elementary organization B,
(2) three groups of shadow weave storehouse designs of elementary organization
In the case where remaining position tissue point for latitude interlacing point, three groups of shadow weave storehouses of elementary organization are designed, referred to as
It is the tissue bank of elementary organization A, B, C, three groups of interlacing points in the shadow weave storehouse of elementary organization increase direction will keep same tropism,
First right rear left or first left and then right can be unified,
As M=1, tissue bank quantity is maximum, is that (R-4)+(R-5) × (R-1) is individual；
As M=R, tissue bank quantity is minimum, is that (R-4) is individual；
M is the quantity for once increasing interlacing point, and R is the Weaving Cycle number of elementary organization,
(3) three groups of application combinations in elementary organization's shadow weave storehouse
According to three groups of quantity in elementary organization's shadow weave storehouse that step (1) to (2) is obtained, three digital images are carried out respectively
Discoloration treatment and the conclusion of number of colours, make the group in the color lightness levels of each figure and three groups of shadow weave storehouses of elementary organization
Knit that quantity is equal, meet the one-to-one relationship of image brightness level and shadow weave,
1. three images are corresponded into elementary organization's A, B, C tissue bank respectively, carries out the conversion one by one of pattern colour and tissue, form three
Individual corresponding single-layered weave structure figure,
2. three single-layered weave structure figures are carried out into group by latitude according to the sequencing of elementary organization A, B, C along longitudinal direction 1: 1: 1
Close, obtain combining non-covering organization chart.
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| CN105926139B (en) * | 2016-07-08 | 2018-01-02 | 浙江理工大学 | The double complete hiding jacquard fabric of latitude and its method for weaving |
| CN106875459B (en) * | 2017-03-15 | 2020-07-28 | 苏州大学 | Self-adaptive equalization method for color jacquard weave structure based on image segmentation |
| CN113802244B (en) * | 2021-07-02 | 2023-05-16 | 绍兴文理学院 | Jacquard fabric with perspective effect and weaving method thereof |
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| CN1710171A (en) * | 2005-06-13 | 2005-12-21 | 浙江理工大学 | Full colour-rendering jacquard fabric structural design method |
| CN1793459A (en) * | 2005-12-21 | 2006-06-28 | 浙江理工大学 | Method for disign of organizing structure of full colouring textile |
| CN101781823A (en) * | 2010-01-29 | 2010-07-21 | 浙江理工大学 | Design method of grayscale emulational jacquard |
| CN104073949A (en) * | 2014-05-14 | 2014-10-01 | 浙江理工大学 | Design method of texture effect jacquard fabric based on combined full-developing structure |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR100958732B1 (en) * | 2008-11-25 | 2010-05-18 | 광진섬유(주) | Jacquard fabric having double side patterns and method for producing the same |
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|---|---|---|---|---|
| CN1710171A (en) * | 2005-06-13 | 2005-12-21 | 浙江理工大学 | Full colour-rendering jacquard fabric structural design method |
| CN1793459A (en) * | 2005-12-21 | 2006-06-28 | 浙江理工大学 | Method for disign of organizing structure of full colouring textile |
| CN101781823A (en) * | 2010-01-29 | 2010-07-21 | 浙江理工大学 | Design method of grayscale emulational jacquard |
| CN104073949A (en) * | 2014-05-14 | 2014-10-01 | 浙江理工大学 | Design method of texture effect jacquard fabric based on combined full-developing structure |
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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 |