CN1793459A - Method for disign of organizing structure of full colouring textile - Google Patents
Method for disign of organizing structure of full colouring textile Download PDFInfo
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- CN1793459A CN1793459A CNA2005100621309A CN200510062130A CN1793459A CN 1793459 A CN1793459 A CN 1793459A CN A2005100621309 A CNA2005100621309 A CN A2005100621309A CN 200510062130 A CN200510062130 A CN 200510062130A CN 1793459 A CN1793459 A CN 1793459A
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Abstract
The invention relates to a full color development union histological structure designing method. Its technique steps as follows: selecting one basic stitch; designing full color development technique point; designing a set of shadow light stitch to gain full color development stitch. The invention can express shadow light effect, and ensure that the interlacing point is not covered and the yare is not slipped. It can be used in signal weft structure fabric design, and multiple sets warp and weft full color development fabric structure design. The design effect has nothing to do with used pattern and yarn material. Thus it can satisfy various patterns and yarn materials using. And its use is very extensive.
Description
Technical field
The present invention relates to the method for disign of organizing structure of a kind of method for disign of organizing structure of MIXED FABRIC, particularly jacquard fabric.
Background technology
The MIXED FABRIC structure type mainly contains individual layer, weight structure and double-decker, in present disclosed method for disign of organizing structure, design all is to adopt the method that increases continuously interlacing point when having the institutional framework of shadow light effect, the shadow weave of this method design can only be applied to the Fabric Design of single-warp single-abb structure, if be applied to the Fabric Design of many cocainines line combination, can present the phenomenon that hides and do not hide mutual existence between the interlacing point in the fabric construction that designing institute gets, warp and parallel are difficult to determine at the covering degree of fabric face, because fabric construction instability, silk thread produces slippage and makes the color developing effect of fabric have very big randomness, shows that fabric face is to produce colour cast and structure defect.
Summary of the invention
The objective of the invention is to overcome above-mentioned deficiency, with single basic stitch is elementary organization, by earlier elementary organization being set full developing technology point, obtain the full colour developing tissue of one group of shadow light effect again by the method design that increases interlacing point, because full developing technology point can be avoided producing the silk thread slippage owing to interlacing point hides mutually, so adopt the full colour developing tissue of this method design can be used to design full colouring textile, both can directly apply to the fabric construction design of single-warp single-abb structure, can be applied to the fabric construction designs of organizing warp or organizing latitude more more again by the method for decomposition and combination.
The present invention is achieved through the following technical solutions:
1. major technique content of the present invention is:
(1) select a required A of elementary organization, the effective range of choice of elementary organization is twill or the satin weave in the basic stitch, and warp, latitude Weaving Cycle are all N mutually,
(2) according to the tissue signature of A, A is set full developing technology point (a kind of tissue), method is the interlacing point counter-rotating with A, when the interlacing point increase direction of shadow light effect tissue design is broadwise, make progress, respectively strengthen 1 to the lower edge warp-wise, the interlacing point of removing basic stitch point reservation reinforcement gained forms full developing technology point; When the interlacing point of shadow light effect tissue design increases direction and is warp-wise, left, respectively strengthen 1 along broadwise to the right, remove the interlacing point that basic stitch point keeps the reinforcement gained and form full developing technology point,
(3) tissue of one group of shadow light effect of design in the situation of not destroying full developing technology point is called full colour developing tissue, and interlacing point increases number and increase the position unrestricted, and the number of organizing in the full colour developing tissue has following notable feature,
When M=N, the number minimum of full colour developing tissue is N-2,
When M=1, the number maximum of full colour developing tissue, for (N-2)+(N-3) * (N-1) individual,
When M gets other numerical value, or when changing numerical value, all between minimum of a value and maximum, N represents the Weaving Cycle number to the number of full colour developing tissue, and M is the interlacing point increase number of shadow light effect tissue.
2. design according to the design needs fabric construction that tissue can directly apply to the single-warp single-abb structure that develops the color entirely, as long as the starting point of tissue is identical, that uses organizes number unrestricted, and interlacing point does not all hide in the fabric construction that designing institute gets, and the silk thread of fabric face can slippage.
3. according to the design needs, full colour developing tissue can resolve into a plurality of branches tissue that entirely develops the color in proportion, under the constant prerequisite of starting point of tissue, divide full colour developing tissue can be respectively applied to a plurality of fabric textures, again the fabric construction figure that obtains is made up, the method of combination and the method for decomposition are consistent, namely how to decompose, the reverse combination with regard to how, full developing technology point is worked again, have equally the characteristics that interlacing point does not all hide in the fabric construction after the combination, can satisfy the needs of organizing through or organizing latitude full colouring textile structural design more more, full colour developing tissue can be used for many groups through fabric texture along the decomposition and combination of warp-wise, can be used for many group weft fabric structural designs along the decomposition and combination of broadwise.
The present invention has following technique effect: compare with existing method for disign of organizing structure, the present invention is to be elementary organization with single elementary organization, by setting full developing technology point earlier, design can show the full colour developing tissue of shadow light effect again, solved in the fabric construction design process and can show the shadow light effect, can guarantee that again the interlacing point in the fabric construction does not hide, the technical problem of not slippage of silk thread.This invention not only can be directly used in the Fabric Design of single-warp single-abb structure, can also decompose by passing ratio, the tissue that will entirely develop the color is decomposed into a plurality of branches tissue that entirely develops the color, be respectively applied to a plurality of fabric textures, with a plurality of fabric construction figure combinations, as long as the method for decomposing is consistent with the method for combination, the fabric construction that designing institute gets has equally interlacing point and does not hide after combination then, the effect of not slippage of silk thread can be used for the structural designs of organizing through or organizing the latitude full colouring textile more more.Because the pattern content that adopts when the technique effect of this invention and Fabric Design and the raw material of silk thread are irrelevant, can satisfy the needs of various subject matter design full colouring textiles and the use of various textile threads, purposes is very extensive.
Description of drawings
The present invention is further described below in conjunction with drawings and Examples:
The A of Fig. 1 elementary organization is the schematic diagram of 16 pieces of weft sateens and the full developing technology point when increasing interlacing point along warp-wise;
The minimum full colour developing tissue (once increase tissue count to Weaving Cycle number) of Fig. 2 take 16 pieces of weft sateen elementary organizations as the basis;
Increase to the schematic diagram (once increase tissue count be 1) of maximum tissue number among Fig. 3 Fig. 2 between first and second organization charts;
One group entirely the develop the color tissue (once increase tissue count to 8) of Fig. 4 take 16 pieces of weft sateen elementary organizations as the basis;
Full colour developing organizes designing institute to get the full color developing effect part of fabric construction figure in Fig. 5 application drawing 4;
The A of Fig. 6 elementary organization is the schematic diagram of 24 pieces of weft sateens and the full developing technology point when increasing interlacing point along broadwise;
The minimum full colour developing tissue (once increase tissue count to Weaving Cycle number) of Fig. 7 take 24 pieces of weft sateen elementary organizations as the basis;
Fig. 8 is organized as the full colour developing of the branch that is formed by the odd number latitude after the based decomposition with the minimum full colour developing among Fig. 7 and organizes B1;
Fig. 9 is organized as the full colour developing of the branch that is formed by the even numbers latitude after the based decomposition with the minimum full colour developing among Fig. 7 and organizes B2;
Figure 10 is by dividing full colour developing to organize that all organize the full color developing effect after making up among first tissue and the B1 among the B2;
Figure 11 is by dividing full colour developing to organize the full color developing effect after all tissue combinations among last tissue and the B1 among the B2;
Figure 12 uses the full color developing effect part after two fabric construction figure combinations that B1 and B2 designing institute get are organized in the full colour developing of branch.
Specific implementation method
Embodiment 1:
Be designed to example with 16 pieces of tissues and describe this working of an invention method in detail,
1. among Fig. 1, the A of elementary organization selects 16 piece 7 to fly the weft sateen tissue, as shown in left in Figure 1.According to designing requirement, it is warp-wise that interlacing point during the shadow weave design increases direction, tissue signature based on A, set full developing technology point (similar a kind of tissue), method is with the counter-rotating of the interlacing point of A,, respectively strengthen 1 along broadwise to the right, removes the basic stitch point left, keep the interlacing point of strengthening gained and form full developing technology point, shown in right figure among Fig. 1;
2. among Fig. 2, one group of shadow weave take the A of elementary organization as basic engineering once increases tissue and counts and get the Weaving Cycle number, i.e. M=N=16 point, and it is warp-wise that the interlacing point of shadow weave increases direction, the increase method is earlier upwards under the back, makes interlacing point as far as possible continuous.When running into full developing technology point, cross, form the full colour developing tissue of one group N-2=14 shadow light effect tissue;
3. among Fig. 3, first and second that entirely develop the color in the tissue with Fig. 2 are organized as the basis, adopt the interlacing point increase method of M=1, the increase tissue that designing institute gets.Because first and second tissues satisfy the specification requirements do not destroy full developing technology point, organizing of increasing between two tissues possesses this characteristics too.The rest may be inferred can design the full colour developing tissue of maximum number, and organizing number is (N-2)+(N-3) * (N-1)=14+195=209;
4. among Fig. 4, according to the design needs, fly weft sateen for 16 piece 7 as the full colour developing tissue of one group of practicality of basic engineering gained take elementary organization, it is warp-wise that interlacing point increases direction, it is 8 that interlacing point increases number, guaranteeing that the number of organizing that designing institute gets on the basis that full developing technology point is not destroyed is 27, between minimum of a value 14 and maximum 209;
5. the full colour developing tissue in the application drawing 4 carries out the Fabric Design practice, as long as do not change the original position of interlacing point, tissue wherein can select to be used for design arbitrarily, all has identical technical characterictic, the fabric construction partial result that designing institute gets has the advantages that full colour developing does not hide as shown in Figure 5.
Embodiment 2:
Be designed to example with 24 pieces of tissues and describe this working of an invention method in detail, organize the most frequently used ratio to decompose can be 24 approximate number 2,3,4,6,8 for 24 pieces, this example employing 2, decomposition in promptly 1: 1 describes,
1. among Fig. 6, the A of elementary organization selects 24 piece 7 to fly the weft sateen tissue, as shown in left in Figure 6.According to designing requirement, it is broadwise that the interlacing point of shadow light effect tissue design increases direction, tissue signature based on A, set full developing technology point (a kind of tissue), method is with the interlacing point counter-rotating of A, makes progress, respectively strengthens 1 to the lower edge warp-wise, removes the basic stitch point, keep the interlacing point of strengthening gained and form full developing technology point, shown in right figure among Fig. 6;
2. among Fig. 7, the full colour developing tissue of one group of shadow light effect take the A of elementary organization as basic engineering, once the reinforcement tissue is counted and is got the Weaving Cycle number, be the M=N=24 point, the interlacing point reinforcement direction of strengthening shadow weave is broadwise, and adding strong method is to right after to left, make interlacing point as far as possible continuous, when running into full developing technology point, cross, form the full colour developing tissue of one group of N-2=22 shadow light effect tissue;
3. among Fig. 8, the full colour developing tissue among Fig. 7 is decomposed by broadwise at 1: 1, organize B1 by the full colour developing of branch that the odd number latitude forms, organize invariable number;
4. among Fig. 9, the full colour developing tissue among Fig. 7 is decomposed by broadwise at 1: 1, organize B2 by the full colour developing of branch that the even numbers latitude forms, organize invariable number;
5. among Figure 10, by divide full colour developing organize among first tissue among the B2 and the B1 the full colour developing tissue effect after making up in a organized way, the method of combination is consistent with the method for decomposition, namely along broadwise combination in 1: 1, owing to there is full developing technology point, interlacing point in the institutional framework after the combination does not hide, and has the feature of full colour developing, and this method can be used for verifying whether full developing technology point arranges correct;
6. among Figure 11, by divide full colour developing organize among first tissue among the B2 and the B1 the full colour developing tissue effect after making up in a organized way, the method of combination is consistent with the method for decomposition, namely along broadwise combination in 1: 1, owing to there is full developing technology point, interlacing point in the institutional framework after the combination does not hide, and has the feature of full colour developing, and this method can be used for verifying whether full developing technology point arranges correct;
7. utilize respectively and divide full colour developing to organize B1 and B2 to carry out fabric texture, two fabric construction figure that designing institute is got make up along broadwise at 1: 1, among Figure 12, the full colouring textile structure partial effect that shows the actual design gained, owing to there is full developing technology point, interlacing point in the fabric construction after the combination does not hide, and silk thread can not produce slippage and mutually hide.
From embodiment 2, can draw, because the existence of full developing technology point, can organize entirely developing the color and resolve in proportion the full colour developing tissue of several branches, different branches develops the color tissue in the tissue entirely as long as adopt the method consistent with decomposition to make up, institutional framework after the combination all has the characteristics that entirely do not hide, same principle will divide full colour developing tissue to be respectively applied to different fabric textures, as long as with identical method fabric construction is reconfigured, full developing technology point is worked again, interlacing point in the fabric construction after the combination is not hidden, the specification requirement of the full colour developing of fabric is satisfied in not slippage of silk thread.
Above-described embodiment is used for explaining and explanation the present invention, rather than limitation of the present invention, in the protection domain of spirit of the present invention and claim, the present invention is made any modification and change, all falls into protection scope of the present invention.
Claims (3)
1. the method for disign of organizing structure of a full colour developing MIXED FABRIC, step is:
(1) select a required A of elementary organization, twill or the satin weave of elementary organization from basic stitch selected, and warp, latitude Weaving Cycle are all N mutually,
(2) according to the tissue signature of A, A is set full developing technology point (a kind of tissue), method is the interlacing point counter-rotating with A, when the interlacing point increase direction of shadow light effect tissue design is broadwise, make progress, respectively strengthen 1 to the lower edge warp-wise, the interlacing point of removing basic stitch point reservation reinforcement gained forms full developing technology point; When the interlacing point of shadow light effect tissue design increases direction and is warp-wise, left, respectively strengthen 1 along broadwise to the right, remove basic stitch point and keep the interlacing point of reinforcement gained, form full developing technology point,
(3) in the situation of not destroying full developing technology point, increase interlacing point, obtain the full colour developing tissue of one group of shadow light effect,
When M=N, the number minimum of full colour developing tissue, for (N-2) individual,
When M=1, the number maximum of full colour developing tissue, for (N-2)+(N-3) * (N-1) individual,
When M gets other numerical value, or when changing numerical value, the number of full colour developing tissue all between minimum of a value and maximum,
N represents the Weaving Cycle number, and M is that interlacing point increases number.
2. the application of the full colour developing tissue that obtains of method according to claim 1, it is characterized in that: the Fabric Design that the tissue that entirely develops the color can be directly applied to the single layer structure of single-warp single-abb, as long as the starting point of tissue is identical, interlacing point in the fabric construction that designing institute gets does not all hide, and the silk thread of fabric face can slippage.
3. the application of the full colour developing tissue that obtains of method according to claim 1, it is characterized in that: can organize entirely developing the color in proportion and to obtain a plurality of branches tissue that entirely develops the color after decomposing, the starting point of fixing organization, divide full colour developing tissue can be respectively applied to a plurality of fabric textures, then the fabric construction figure that obtains is made up, as long as the combined method of fabric construction figure is consistent with the decomposition method of full colour developing tissue, fabric construction after the combination has interlacing point and does not hide, the characteristics of not slippage of silk thread, full colour developing tissue can be used for many groups through the structural design of full colouring textile along the decomposition and combination of warp-wise, can be used for the structural design of many group latitude full colouring textiles along the decomposition and combination of broadwise.
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| CN 200510062130 CN1793459B (en) | 2005-12-21 | 2005-12-21 | Method for design of organizing structure of full colouring textile |
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| CN 200510062130 CN1793459B (en) | 2005-12-21 | 2005-12-21 | Method for design of organizing structure of full colouring textile |
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| CN1793459A true CN1793459A (en) | 2006-06-28 |
| CN1793459B CN1793459B (en) | 2010-08-25 |
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Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101158078B (en) * | 2007-11-21 | 2010-07-07 | 浙江理工大学 | Latitudinal spacing color mixed jacquard fabric surface staining method |
| CN102828319A (en) * | 2012-09-04 | 2012-12-19 | 浙江理工大学 | Method for designing structure of double-side colored jacquard fabric |
| CN105256435A (en) * | 2015-11-13 | 2016-01-20 | 杭州奥赛德布艺有限公司 | Texture structure design method for ink painting style fabric |
| CN105696148A (en) * | 2016-01-18 | 2016-06-22 | 浙江理工大学 | Design method for non-covered woven fabric structure formed by combining three sets of weft |
| CN105926139A (en) * | 2016-07-08 | 2016-09-07 | 浙江理工大学 | Double-wefted complete-covering jacquard fabric and weaving method thereof |
| CN113802244A (en) * | 2021-07-02 | 2021-12-17 | 绍兴文理学院 | Jacquard fabric with overlapping effect and weaving method thereof |
Family Cites Families (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2340785Y (en) * | 1998-07-10 | 1999-09-29 | 李加林 | Picture fabrics |
| CN2370034Y (en) * | 1999-03-08 | 2000-03-22 | 李加林 | Photographic tapestry |
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2005
- 2005-12-21 CN CN 200510062130 patent/CN1793459B/en not_active Expired - Fee Related
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101158078B (en) * | 2007-11-21 | 2010-07-07 | 浙江理工大学 | Latitudinal spacing color mixed jacquard fabric surface staining method |
| CN102828319A (en) * | 2012-09-04 | 2012-12-19 | 浙江理工大学 | Method for designing structure of double-side colored jacquard fabric |
| CN105256435A (en) * | 2015-11-13 | 2016-01-20 | 杭州奥赛德布艺有限公司 | Texture structure design method for ink painting style fabric |
| CN105696148A (en) * | 2016-01-18 | 2016-06-22 | 浙江理工大学 | Design method for non-covered woven fabric structure formed by combining three sets of weft |
| CN105696148B (en) * | 2016-01-18 | 2017-07-07 | 浙江理工大学 | A kind of non-covering fabric structure method for designing of three groups of latitudes combination |
| CN105926139A (en) * | 2016-07-08 | 2016-09-07 | 浙江理工大学 | Double-wefted complete-covering jacquard fabric and weaving method thereof |
| 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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| CN1793459B (en) | 2010-08-25 |
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