CN113337974A - Chenille carpet pile pattern based on color yarn ternary color mixing regulation and control and construction method thereof - Google Patents
Chenille carpet pile pattern based on color yarn ternary color mixing regulation and control and construction method thereof Download PDFInfo
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- D—TEXTILES; PAPER
- D05—SEWING; EMBROIDERING; TUFTING
- D05C—EMBROIDERING; TUFTING
- D05C17/00—Embroidered or tufted products; Base fabrics specially adapted for embroidered work; Inserts for producing surface irregularities in embroidered products
- D05C17/02—Tufted products
- D05C17/026—Tufted products characterised by the tufted pile surface
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Abstract
The invention relates to a chenille carpet pile pattern based on color yarn ternary color mixing regulation and control and a construction method thereof, wherein the unevenness of the color yarn distribution on the chenille carpet pile is regulated and controlled through the change of a color yarn combination mode and a combination proportion of multiple primary colors, so that a color matching pattern, a pattern matching and a pattern clipping are generated; the color mixing is different from the addition mixing of color light mixing and the subtraction mixing of color material mixing, the multi-element primary color silk mixing is spatial juxtaposition mixing and is non-uniform mixing, and the chenille pile can present a color matching effect of color separation obscurity, a color separation soft matching effect or a color separation clear clipping effect on the visual effect by regulating and controlling the mixing proportion of the multi-element primary color silk and the color difference, the brightness difference and the saturation difference among the primary color silk; the whole design execution method can effectively improve the construction efficiency of the pile patterns of the chenille carpet.
Description
Technical Field
The invention relates to a chenille carpet pile pattern based on color yarn ternary color mixing regulation and control and a construction method thereof, belonging to the technical field of spinning chromatography.
Background
The chenille carpet is a tufted fabric formed by tufting chenille yarns on base cloth, and is subjected to dyeing, after-treatment, sizing of the tufted fabric and a carpet base material back adhesive, and finally cutting, edge covering and sewing to form the chenille carpet with a specific specification.
The conventional chenille carpet usually adopts conventional polyester low-elasticity length as a pile yarn to spin chenille yarns on a chenille spinning machine, tufting is carried out on a tufting loom to form tufting fabric, then the tufting fabric is dyed at high temperature and high pressure to dye the pile, then the tufting fabric and a carpet base material are back glued, and the chenille carpet with specific specifications is formed after cutting, edge covering and sewing.
In the dyeing process, on one hand, the pile is subjected to high-temperature disperse dyeing to enable the pile to reach a preset color, and on the other hand, the pile is subjected to high-temperature heat treatment to regulate and control the processes of pile shrinkage and untwisting to enable the pile to achieve a stiff, full and soft appearance style. The appearance color, hand feeling and style of the chenille carpet are mainly generated by the color, hand feeling and style of the pile of the chenille carpet. Therefore, the dyeing and finishing process of the pile of the chenille carpet is a key processing technology of the chenille carpet.
In the dyeing and finishing process of the chenille carpet, a large amount of dyes, energy and water are needed to be used, and a large amount of sewage is discharged. Because the traditional printing and dyeing technology causes environmental pollution and energy consumption, the realization of anhydrous dyeing, accurate color matching and digital color matching of the pile of the chenille carpet is a key common technology which promotes the rapid development of the chenille carpet and is urgently solved. Specifically, the problems to be solved are as follows:
1. in the prior art, the chenille carpet pile obtains serial colors with different hues, lightness and saturation by changing a dyeing formula, but the problems of low color reproduction, large batch color difference, long production period and the like exist.
2. In the prior art, 2 kinds of similar color over-dyeing are adopted to enable the chenille carpet pile to obtain pattern effects with different contrasts, but a process method for realizing the pattern effects of color matching, pattern clipping and the like according to the color difference value is not provided, and the problems of low dyeing reproducibility, large batch color difference, long production period and the like are solved.
Disclosure of Invention
The technical problem to be solved by the invention is to provide a chenille carpet pile pattern based on color yarn ternary color mixing regulation and control and a construction method thereof, and the unevenness of the color yarn distribution on the chenille carpet pile is regulated and controlled through the change of a color yarn combination mode and a combination proportion of multiple primary colors, so that a color matching pattern, a pattern matching and a pattern clipping are generated.
The invention adopts the following technical scheme for solving the technical problems: the invention designs a chenille carpet pile pattern based on color yarn ternary color mixing regulation and control and a construction method thereof, wherein the method comprises the following steps:
step A, obtaining a color silk thread by mixing three primary color silk threads based on a preset number of primary color silk threads, constructing a ternary color silk thread system, and then entering step B;
and B, obtaining a chenille carpet pile xi based on any three color silk threads alpha, beta and gamma in a ternary color silk thread system, and combining color values (R) of the three color silk threads alpha, beta and gammaα,Gα,Bα)、(Rβ,Gβ,Bβ)、(Rγ,Gγ,Bγ) Constructing the color value (R) of the chenille carpet pile xi corresponding to each specified number of color silk threads in the weaving tuftingξ,Gξ,Bξ) Then entering step C;
and C, selecting three primary color yarns which respectively meet the requirements of the preset color differences from the preset number of primary color yarns to combine to form each color yarn which respectively meets the requirements of the preset color differences, and respectively corresponding to the color value (R) under the weaving tufting of each appointed number of color yarns according to the chenille carpet pile xiξ,Gξ,Bξ) Respectively constructing chenille carpet preset by applying a textile tufting mode through three color silk yarns based on the color silk yarns respectively meeting the requirements of the preset chromatic aberrationEach type of pile.
As a preferred embodiment of the present invention, in the step B, the following table 1 is shown:
TABLE 1
Construction of color value (R) of chenille carpet pile xi corresponding to three color yarn textile tuftsξ,Gξ,Bξ)。
As a preferred embodiment of the present invention, in the step B, the following table 2 shows:
TABLE 2
Construction of color value (R) of chenille carpet pile xi corresponding to six color yarn textile tuftsξ,Gξ,Bξ)。
As a preferred embodiment of the present invention, in the step B, the following table 3 shows:
TABLE 3
Construction of color value (R) of chenille carpet pile xi corresponding to eight color threads in textile tuftingξ,Gξ,Bξ)。
As a preferred technical solution of the present invention, in the step CSelecting three primary color silk threads meeting the requirement that the color difference of the primary color silk threads is less than 60 degrees from a preset number of primary color silk threads to combine to form various color silk threads meeting the requirement that the color difference of the primary color silk threads is less than 60 degrees, and respectively corresponding to the color value (R) under the weaving tufting of each appointed number of color silk threads according to the chenille carpet pile xiξ,Gξ,Bξ) Based on various color silk threads meeting the requirement that the color difference of the primary color silk threads is less than 60 degrees, the color matching pile of the chenille carpet is constructed by applying three color silk threads in a spinning and tufting mode.
As a preferred technical solution of the present invention, in the step C, from among a preset number of primary color yarns, three primary color yarns satisfying a color difference of more than 60 ° and less than 120 ° are selected to be combined to form various color yarns satisfying a color difference of more than 60 ° and less than 120 ° of the primary color yarns, and color values (R) under each designated number of color yarn textile tufting are respectively corresponding to the chenille carpet pile ξξ,Gξ,Bξ) Based on various color silk threads meeting the requirement that the color difference of the primary color silk threads is more than 60 degrees and less than 120 degrees, the chenille carpet parquet pile is constructed by applying three color silk threads in a spinning and tufting mode.
As a preferred technical solution of the present invention, in the step C, from among a preset number of primary color yarns, each combination of three primary color yarns satisfying a color difference of the primary color yarns of more than 120 ° and less than 180 ° and each primary color yarn being combined with each of three primary color yarns of a white yarn and a black yarn, respectively, is selected to form various color yarns satisfying the above requirements, and color values (R) under each specified number of color yarn textile tufting are respectively corresponding to a carpet pile ξ of a chenille carpet (hereinafter referred to as "carpet pile ξ")ξ,Gξ,Bξ) Based on various color yarns satisfying the above requirements, a chenille carpet clip-flower pile is constructed by applying three color yarns in a manner of textile tufting.
Compared with the prior art, the chenille carpet pile pattern based on the color yarn ternary color mixing regulation and control and the construction method thereof have the following technical effects by adopting the technical scheme:
the chenille carpet pile pattern based on the color yarn ternary color mixing regulation and control and the construction method thereof regulate and control the unevenness of the color yarn distribution on the chenille carpet pile through the change of the color yarn combination mode and the combination proportion of the multi-primary color, so that the chenille carpet pile pattern generates color matching patterns, matching patterns and pattern clipping patterns; the color mixing is different from the addition mixing of color light mixing and the subtraction mixing of color material mixing, the multi-element primary color silk mixing is spatial juxtaposition mixing and is non-uniform mixing, and the chenille pile can present a color matching effect of color separation obscurity, a color separation soft matching effect or a color separation clear clipping effect on the visual effect by regulating and controlling the mixing proportion of the multi-element primary color silk and the color difference, the brightness difference and the saturation difference among the primary color silk; the whole design execution method can effectively improve the construction efficiency of the pile patterns of the chenille carpet.
Drawings
FIG. 1 is a flow chart of a chenille carpet pile pattern designed based on color yarn ternary color mixing regulation and control and a construction method thereof.
Detailed Description
The following description will explain embodiments of the present invention in further detail with reference to the accompanying drawings.
The invention designs a chenille carpet pile pattern based on color yarn ternary color mixing regulation and a construction method thereof, and in practical application, as shown in figure 1, the following steps A to C are specifically executed.
And step A, obtaining a color silk thread by mixing three primary color silk threads based on a preset number of primary color silk threads, constructing a ternary color silk thread system, and then entering step B.
In practical applications, such as based on the silk threads of red, orange, yellow-green, cyan-green, cyan, brilliant blue, blue-violet, magenta, water-red, black and white fourteen primary colors, which are dyed by a cone or a stock solution, according to the implementation of the step A, the silk threads are obtained
And (4) adopting a three-primary-color silk thread combination mode to further form a three-primary-color silk thread system.
Step B. based onObtaining chenille carpet pile xi by weaving and tufting any three color yarns alpha, beta and gamma in a ternary color yarn system, and combining color values (R) of the three color yarns alpha, beta and gammaα,Gα,Bα)、(Rβ,Gβ,Bβ)、(Rγ,Gγ,Bγ) Constructing the color value (R) of the chenille carpet pile xi corresponding to each specified number of color silk threads in the weaving tuftingξ,Gξ,Bξ) Then, step C is entered.
In a specific practical application, step B is designed and constructed, for example, to construct a color value (R) of a textile tuft in the context of a chenille carpet pile xi corresponding to 3 color threads, 6 color threads and 8 color threads, respectivelyξ,Gξ,Bξ) Specifically, as shown in table 1 below:
TABLE 1
Construction of color value (R) of chenille carpet pile xi corresponding to three color yarn textile tuftsξ,Gξ,Bξ)。
For the application of 6 color filaments to chenille carpet pile xi, the specific design is as shown in table 2 below:
TABLE 2
Construction of color value (R) of chenille carpet pile xi corresponding to six color yarn textile tuftsξ,Gξ,Bξ)。
Finally, for 8 color threads corresponding to the chenille carpet pile xi, the specific design application is as shown in table 3 below:
TABLE 3
Construction of color value (R) of chenille carpet pile xi corresponding to eight color threads in textile tuftingξ,Gξ,Bξ)。
The chenille pile presents in visual effect either a color separation and obscurity color matching effect, or a color separation and soft color matching effect, or a color separation and clear color clipping effect, wherein the color matching effect is that the color visual effect achieved by mixing fibers with different colors in adjacent color areas has obscurity color separation levels; the mosaic effect is that the color visual effect achieved by mixing different color fibers in complementary color areas has softer color separation levels; the so-called trapping effect is the clear color separation gradation of the color visual effect achieved by mixing fibers of different colors in the opposite color region.
And C, selecting three primary color yarns which respectively meet the requirements of the preset color differences from the preset number of primary color yarns to combine to form each color yarn which respectively meets the requirements of the preset color differences, and respectively corresponding to the color value (R) under the weaving tufting of each appointed number of color yarns according to the chenille carpet pile xiξ,Gξ,Bξ) Based on the color yarns respectively meeting the requirements of the preset chromatic aberration, the preset pile of the chenille carpet is respectively constructed by applying three color yarns in a spinning and tufting mode.
Specifically, in the step C, the requirements of the preset hue difference include hue difference smaller than 60 °, hue difference larger than 60 ° and smaller than 120 °, and hue difference larger than120 degrees and less than 180 degrees, in the specific design execution, for the color difference less than 60 degrees, namely, in the preset number of primary color silk threads, selecting each three primary color silk threads meeting the color difference of 60 degrees of the primary color silk threads to combine to form various color silk threads meeting the color difference of less than 60 degrees of the primary color silk threads, and respectively corresponding to the color values (R) under each specified number of color silk thread textile tufting according to the chenille carpet pile xiξ,Gξ,Bξ) Based on various color silk threads meeting the requirement that the color difference of the primary color silk threads is less than 60 degrees, the color matching pile of the chenille carpet is constructed by applying three color silk threads in a spinning and tufting mode.
In this way, based on the three color yarn application textile tufting mode, when 3 color yarns are mixed to prepare the chenille carpet pile, the color matching gradient is 1/3; if 6 color yarns are mixed to prepare the chenille carpet pile, the color matching gradient is 1/6; if 8 color filaments are mixed to make the chenille carpet pile, the color matching gradient is 1/8, and in practical applications, based on the fourteen primary colors, combinations of three primary colors of filaments satisfying the primary colors with a 60 ° color difference include red-orange-yellow, orange-yellow-green, yellow-green-cyan, green-cyan, cyan-brilliant blue, cyan-brilliant blue-blue, brilliant blue-violet, blue-violet-magenta, blue-magenta-water red, magenta-water red-red, and water red-orange.
For the color difference of more than 60 degrees and less than 120 degrees, namely, from the preset number of primary color yarns, selecting three primary color yarns satisfying the color difference of more than 60 degrees and less than 120 degrees of the primary color yarns to combine to form various color yarns satisfying the color difference of more than 60 degrees and less than 120 degrees of the primary color yarns, and respectively corresponding to the color values (R) under the textile tufting of the color yarns with the appointed number according to the chenille carpet pile xiξ,Gξ,Bξ) Based on various color silk threads meeting the requirement that the color difference of the primary color silk threads is more than 60 degrees and less than 120 degrees, the chenille carpet parquet pile is constructed by applying three color silk threads in a spinning and tufting mode.
Thus, based on the three color yarn application textile tufting method, when 3 color yarns are adopted to prepare the chenille carpet pile, the mosaic gradient is 1/3; if 6 color yarns are mixed to prepare the chenille carpet pile, the parquet gradient is 1/6; if 8 color filaments are mixed to make the chenille carpet pile, the mosaic gradient is 1/8, and in practical applications, based on the fourteen primary colors described above, for each of the three primary color filament combinations satisfying the primary color filament difference of 120 °, red-orange-green, red-yellow-green, red-black-green, red-white-green, orange-yellow-cyan, orange-green-cyan, orange-black-cyan, orange-white-cyan, yellow-green-cyan, yellow-cyan, yellow-black-cyan, yellow-white-cyan, yellow-green-bright blue, yellow-green-cyan-yellow-black, yellow-white-cyan, yellow-green-bright blue, Yellow green-cyan-brilliant blue, yellow green-black-brilliant blue, yellow green-white-brilliant blue, green-cyan-blue, green-brilliant blue-blue, green-black-blue, green-white-blue, cyan-blue violet, cyan-brilliant blue-blue violet, cyan-blue violet, cyan-black-blue violet, cyan-white-blue violet, cyan-brilliant blue-magenta, cyan-blue-violet-magenta, cyan-black-magenta, cyan-white-magenta, brilliant blue-aqua red, brilliant blue-magenta-aqua red, brilliant blue-black-aqua red, brilliant blue-black-aqua red, Brilliant blue-white-aqua red, blue-aqua violet-red, blue-aqua red-red, blue-black-red, blue-white-red, aqua violet-aqua orange, aqua violet-red-orange, aqua violet-black-orange, aqua violet-white-orange, aqua red-yellow, aqua red-orange-yellow, aqua red-black-yellow, aqua red-yellow-green, aqua red-orange-yellow-green, aqua red-yellow-green, aqua red-black-yellow-green, aqua red-white-yellow-green.
For the color difference of more than 120 degrees and less than 180 degrees, namely, from the preset number of primary color yarns, selecting the combination of three primary color yarns which meet the color difference of more than 120 degrees and less than 180 degrees of the primary color yarns, and combining each primary color yarn with each three primary color yarns of white yarns and black yarns respectively to form various color yarns meeting the requirements, and respectively corresponding to the color value (R) under each specified number of color yarn textile tufting according to the chenille carpet pile xiξ,Gξ,Bξ) Based on various color yarns satisfying the above requirements, a chenille carpet clip-flower pile is constructed by applying three color yarns in a manner of textile tufting.
In this manner, based on the three color yarn application textile tufting, when 3 color yarns are mixed to prepare a chenille carpet pile, the clip gradient is 1/3; if 6 color yarns are mixed to prepare the chenille carpet pile, the clipping gradient is 1/6; if 8 color filaments are mixed to make the chenille carpet pile, the clip gradient is 1/8, and in practical applications, based on the fourteen primary colors, the color difference of the primary color filaments is 180 °, or each primary color filament is combined with a white filament and a black filament, respectively, including red-cyan-orange, red-cyan-yellow-green, red-cyan, red-cyan-brilliant blue, red-cyan-violet, red-cyan-magenta, red-cyan-water red, red-cyan-black, red-cyan-white, orange-brilliant blue-yellow-green, orange-brilliant blue-green, and the like, Orange-brilliant blue-cyan, orange-brilliant blue-blue, orange-brilliant blue-violet, orange-brilliant blue-magenta, orange-brilliant blue-aqua red, orange-brilliant blue-black, orange-brilliant blue-white, yellow-blue-aqua green, yellow-blue-cyan, yellow-blue-brilliant blue, yellow-blue-cyanohydrin, yellow-blue-magenta, yellow-blue-aqua red, yellow-blue-orange, yellow-blue-black, yellow-blue-white, yellow-green-cyanol-green, yellow-green-cyanol-cyan, yellow-green-cyanol-violet-cyan, yellow-cyanol-cyan, Yellow green-blue violet-brilliant blue, yellow green-blue violet-magenta, yellow green-blue violet-aqua red, yellow green-blue violet-orange, yellow green-blue violet-yellow, yellow green-blue violet-black, yellow green-blue violet-white, green-magenta-cyan, green-magenta-brilliant blue, green-magenta-aqua red, green-magenta-orange, green-magenta-yellow, green-magenta-green, green-magenta-black, green-magenta-white, cyan-aqua red-cyan, Cyan-water red-brilliant blue, cyan-water red-blue violet, cyan-water red-magenta, cyan-water red-red, cyan-water red-orange, cyan-water red-yellow green, cyan-water red-black, cyan-water red-white, black-white-red, black-white-orange, black-white-yellow-green, black-white-cyan, black-white-brilliant blue, black-white-blue-violet, black-white-magenta, black-white-water-red.
Based on the design, the chenille carpet pile pattern based on the color yarn ternary color mixing regulation and the construction method thereof, the construction of the chenille carpet pile pattern in practical application is realized, and the color value (R) of the chenille carpet pile xi corresponding to six color yarn textile tufting is combinedξ,Gξ,Bξ) And fourteen primary color filaments, particularly with respect to a gradient pile-tone effect pattern-type chenille carpet embodiment, the color-matched pile chenille carpet gradient pattern design is shown in table 4 below.
TABLE 4
Further, the color values of the color-matched pile are calculated as shown in Table 5 below.
TABLE 5
Color value (R) at six-number color yarn textile tufts, also based on chenille carpet pile xiξ,Gξ,Bξ) And fourteen primary color filaments, particularly with respect to a gradient pile-parquet effect pattern-chenille carpet embodiment, the parquet-chenille carpet gradient pattern design is shown in table 6 below.
TABLE 6
Further, the mosaic pile color values were calculated as shown in Table 7 below.
TABLE 7
Finally, the color value (R) of the six-number color silk thread textile tufting is corresponding to the xi based on the chenille carpet pileξ,Gξ,Bξ) And fourteen primary color filaments, particularly with respect to a gradient pile effect pattern-type chenille carpet embodiment, the clip pile chenille carpet gradient pattern design is shown in table 8 below.
TABLE 8
Further, the values of the color of the fancy pile are calculated as shown in Table 9 below.
TABLE 9
The chenille carpet pile pattern based on the color yarn ternary color mixing regulation and control and the construction method thereof are designed by the technical scheme, and the unevenness of the color yarn distribution on the chenille carpet pile is regulated and controlled through the change of the color yarn combination mode and the combination proportion of the multi-primary color, so that the color matching pattern, the matching pattern and the pattern clip are generated; the color mixing is different from the addition mixing of color light mixing and the subtraction mixing of color material mixing, the multi-element primary color silk mixing is spatial juxtaposition mixing and is non-uniform mixing, and the chenille pile can present a color matching effect of color separation obscurity, a color separation soft matching effect or a color separation clear clipping effect on the visual effect by regulating and controlling the mixing proportion of the multi-element primary color silk and the color difference, the brightness difference and the saturation difference among the primary color silk; the whole design execution method can effectively improve the construction efficiency of the pile patterns of the chenille carpet.
The embodiments of the present invention have been described in detail with reference to the drawings, but the present invention is not limited to the above embodiments, and various changes can be made within the knowledge of those skilled in the art without departing from the gist of the present invention.
Claims (7)
1. The chenille carpet pile pattern based on color yarn ternary color mixing regulation and control and the construction method thereof are characterized by comprising the following steps:
step A, obtaining a color silk thread by mixing three primary color silk threads based on a preset number of primary color silk threads, constructing a ternary color silk thread system, and then entering step B;
and B, obtaining a chenille carpet pile xi based on any three color silk threads alpha, beta and gamma in a ternary color silk thread system, and combining color values (R) of the three color silk threads alpha, beta and gammaα,Gα,Bα)、(Rβ,Gβ,Bβ)、(Rγ,Gγ,Bγ) Constructing the color value (R) of the chenille carpet pile xi corresponding to each specified number of color silk threads in the weaving tuftingξ,Gξ,Bξ) Then entering step C;
and C, selecting three primary color yarns which respectively meet the requirements of the preset color differences from the preset number of primary color yarns to combine to form each color yarn which respectively meets the requirements of the preset color differences, and respectively corresponding to the color value (R) under the weaving tufting of each appointed number of color yarns according to the chenille carpet pile xiξ,Gξ,Bξ) Based on each color silk thread respectively satisfying each preset color difference requirement, passing throughThe three color yarns are applied in a weaving and tufting mode to respectively construct preset various types of pile of the chenille carpet.
2. The chenille carpet pile pattern based on the ternary color mixing control of the color yarns and the construction method thereof as claimed in claim 1, wherein in the step B, the following steps are performed as shown in the following table 1:
TABLE 1
Construction of color value (R) of chenille carpet pile xi corresponding to three color yarn textile tuftsξ,Gξ,Bξ)。
3. The chenille carpet pile pattern based on the ternary color mixing control of the color yarns and the construction method thereof as claimed in claim 1, wherein in the step B, the following table 2 is shown:
TABLE 2
Construction of color value (R) of chenille carpet pile xi corresponding to six color yarn textile tuftsξ,Gξ,Bξ)。
4. The chenille carpet pile pattern based on the ternary color mixing control of the color yarns and the construction method thereof as claimed in claim 1, wherein in the step B, the following table 3 is shown:
TABLE 3
Construction of color value (R) of chenille carpet pile xi corresponding to eight color threads in textile tuftingξ,Gξ,Bξ)。
5. The chenille carpet pile pattern and the construction method thereof based on the ternary color mixing control of the color yarns as claimed in claim 1, wherein in the step C, from a preset number of primary color yarns, each combination of three primary color yarns satisfying the requirement that the color difference of the primary color yarns is less than 60 ° is selected to form various color yarns satisfying the requirement that the color difference of the primary color yarns is less than 60 °, and the color values (R) of each specified number of color yarns in the textile tufting are respectively corresponding to the chenille carpet pile xiξ,Gξ,Bξ) Based on various color silk threads meeting the requirement that the color difference of the primary color silk threads is less than 60 degrees, the color matching pile of the chenille carpet is constructed by applying three color silk threads in a spinning and tufting mode.
6. The chenille carpet pile pattern based on the ternary color mixing control of the color yarns and the construction method thereof as claimed in claim 1, wherein in the step C, from a preset number of primary color yarns, each three primary color yarns satisfying the requirement that the color difference of the primary color yarns is more than 60 degrees and less than 120 degrees are selected to be combined to form various color yarns satisfying the requirement that the color difference of the primary color yarns is more than 60 degrees and less than 120 degrees, and color values (R) under the weaving tufting of each specified number of color yarns are respectively corresponding to the chenille carpet pile xi (R)ξ,Gξ,Bξ) Based on various color silk threads meeting the requirement that the color difference of the primary color silk threads is more than 60 degrees and less than 120 degrees, the chenille carpet parquet pile is constructed by applying three color silk threads in a spinning and tufting mode.
7. The color-based system of claim 1The chenille carpet pile pattern controlled by the color yarn ternary color mixing and the construction method thereof are characterized in that in the step C, three color yarn combinations which meet the requirement that the color difference of the color yarn is more than 120 degrees and less than 180 degrees are selected from the preset number of color yarn, and each color yarn is respectively combined with three color yarn combinations of white yarn and black yarn to form various color yarn which meet the requirement, and the color value (R) of the chenille carpet pile xi corresponding to each specified number of color yarn textile tufting is respectively according to the chenille carpet pileξ,Gξ,Bξ) Based on various color yarns satisfying the above requirements, a chenille carpet clip-flower pile is constructed by applying three color yarns in a manner of textile tufting.
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| CN112733079A (en) * | 2020-12-29 | 2021-04-30 | 愉悦家纺有限公司 | Construction and application of multi-dimensional superposition color mixing model and gradient chromatography matrix algorithm |
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| CN110424082A (en) * | 2019-08-14 | 2019-11-08 | 愉悦家纺有限公司 | A kind of spinning for the discrete ramp chromatography and gradual change dyed yarn that three primary colours fiber coupling mixture constructs |
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