JPH0350015B2 - - Google Patents

Description

[Detailed Description of the Invention] Industrial Application Field The present invention relates to a weft-cut foil original fabric, that is, an original fabric for obtaining a weft-cut foil (synonymous with foil thread), particularly a fabric with a combination of vertical stripes and discontinuous patterns. This invention relates to a picture-cut foil material from which cut foil capable of producing a pattern similar to Kasuri kasuri can be obtained.

Conventional technology and its problems The conventional raw material for obtaining cut foil as a weft is:
The cut foil is weft-inserted using a sequential technique called "Hikihaku" in the words of Nishijin Oriya, and by collecting the weft-inserted cut foil, the original pictures, patterns, etc. of the original paper are reproduced on the fabric. Only foil threads with a unique pattern appearance can be obtained. There is no difference even if the pattern appearing on the fabric is a kasuri-like pattern that is a combination of vertical stripes and discontinuous patterns.

In other words, with foil threads obtained from conventional picture weft cut foil fabrics, in order to modify the pattern that appears on the fabric, a separate cut foil fabric of a different type is required for painting or patterning, which increases costs. Forced.

An object of the present invention is to obtain a cut foil that has the ability to create a pattern with a combination of vertical stripes and discontinuous patterns, and which can be modified without changing the originally applied pattern. The purpose is to provide the original paper for cutting the picture weft.

Means for Solving the Problems The above-mentioned objects of the present invention are achieved by a patterned and weft-cut foil material having the following configuration.

It is a picture-cut foil material fabric in which segments obtained from each of a first fabric material and a second fabric material are connected according to predetermined specifications, and the first fabric material is a vertically elongated paper, plastic film, etc. A long strip such as the following is used as a base material, and the length corresponding to the weft insertion width in the longitudinal direction of the base material is set as a span, and in each span, a continuous striped pattern is created in the lateral direction of the base material. The striped pattern is symmetrical between the two spans, and the second raw material is the same as the first raw material, but the striped pattern of each span is A striped pattern of a different color that continues in the lateral direction of the base material is displayed in parallel under the specification that the striped pattern of the other color and the other striped pattern aligned with it are symmetrical in adjacent spans. The above segment corresponds to the first segment,
It was obtained by dividing each of the two original fabric materials into lengths for an appropriate number of parallel spans, and it was confirmed that the above connection of segments was a warp connection in which different types of segments were adjacent in a striped pattern. Features a picture weft-cut foil material.

Function Since the picture weft foil yarn raw fabric of the present invention has the above-mentioned structure, when the cut foil obtained by slitting it along the longitudinal direction is inserted into the weft according to a conventional method, the original fabric of the first and second raw fabric materials is The pattern elements on the cut foil, which correspond to pieces of the same type, appear in a continuous warp pattern on the fabric, creating vertical stripes. Another pattern element, the pattern element on the cut foil, which corresponds to the horizontal striped pattern of other colors on the second original fabric material, is created on the fabric by the intervention of the pattern element corresponding to the striped pattern on the first original fabric material. As a result of taking a shape divided into warps, a discontinuous pattern appears on the fabric. In this way, an irregular Kasuri-like pattern that is a combination of vertical stripes and discontinuous patterns is developed on the fabric.

In the present invention, in order to obtain a pattern-cut foil original fabric, the first and second original fabric materials with the required patterns are divided into lengths for a certain number of parallel spans, and the obtained segments are cut into the above-mentioned specific method. The reason why the specifications require that the segments be connected to the warp is that when connecting several segments obtained by dividing the first and second raw fabric materials according to the predetermined specifications, By appropriately changing the connection order of the above to create a segment-connected body, it is possible to create a kasuri-kasuri-like pattern that combines various types of vertical stripes and discontinuous patterns from the same type of first and second raw fabric materials. This results in a foil thread being obtained. In other words, the ability of the cut foil to produce the kasuri-kasuri-like pattern can be changed without changing the patterns originally applied to each of the first and second raw fabric materials.

Effects of the Invention As described above, according to the present invention, there is an ability to express a pattern with a combination of vertical stripes and a discontinuous pattern, and the ability to express a pattern with a pattern similar to a pattern with a pattern that is similar to that of a pattern is achieved without changing the originally applied pattern. It is possible to provide a pattern-cut foil original fabric from which cut foil that can be modified can be obtained.

Embodiments Hereinafter, embodiments of the present invention will be described with reference to the accompanying drawings.

FIG. 1 shows an example of the required patterned strip that can be used as the raw material for creating vertical stripes, that is, the first raw material, in the present invention. An example of the required patterned strip used as the raw material is shown in Figure 2, and another example of the second raw material is shown in Figure 3. Figure 4 shows an example of the appearance of a Kasuri-like pattern that is a combination of colored vertical stripes and discontinuous patterns. is shown in FIG.

In Fig. 1, reference numeral 1 denotes a first fabric material, and the fabric material 1 has a long strip of paper, plastic film, etc. as a base material, and has a weft insertion width a in the longitudinal direction of the base material. The length corresponding to [fabric weaving width] is defined as span a′, and multicolored striped patterns A and B that continue in the lateral direction of the base material are attached to each span a′, and adjacent spans a′, a′ Performed under mutually symmetrical specifications. It is better to apply the above striped patterns A and B on the back side of the strip at positions that match the pattern on the front side. The striped pattern on the back side prevents the pattern constituent elements from being missing even if the weft insertion of the cut foil is turned over, which will be described later. The alignment of the strip to the patterning means (for example a printing roll or screen) required for the patterning of the strip on the reverse side of the strip can be carried out according to any suitable method known per se.

In Figures 2 and 3, 2 and 2' are the second raw material,
The raw fabric materials 2 and 2' are an example of a case where there are a plurality of types of second raw fabric materials. In FIGS. 2 and 3, the same reference numerals as in FIG. 1 indicate the same parts.

Fabric material 2 is the same fabric material as fabric material 1 shown in Fig. 1, and has striped patterns A, B, and A of each span a', and also striped patterns of other colors that are continuous in the horizontal direction in each span. The striped patterns A, B, and A are arranged side by side on the boundaries of A, and the raw fabric material 2' is the same raw fabric material as the raw fabric material 1 in Figure 1, but the striped pattern of each span is This corresponds to A, B, and A, and a striped pattern D of another color that continues horizontally in each span and is placed side by side on the horizontal center line of the span. Striped pattern C appears under a specification in which parallel striped patterns A, B, and A are symmetrical in adjacent spans, and striped pattern D also appears under the same specification.

A first raw fabric material 1 and a second raw fabric material 2,
Segments a, b, obtained by dividing 2' into the appropriate number of parallel spans, for example, 50 m (example when the weave width of the fabric (band) is approximately 333 mm).
Let c be the appropriate order in which different segments are adjacent in the striped pattern, e.g. a, b, a, c, a,
Connect to the sutra in the order of b, a, c...

The segment connector 3 obtained in this way is slit along the longitudinal direction to a required width (generally 0.336 mm), and the obtained long cut foil is inserted into the weft according to a conventional method. Vertical striped patterns A', B', A' are formed by the striped patterns A, B, I... on the fabric material 1 and the second fabric materials 2 and 2', and
Discontinuous patterns C' and D' that follow the striped patterns C and D of other colors of the second original fabric materials 2 and 2' appear in a composite form with the above-mentioned vertical striped pattern. That is, vertical striped patterns A′, B′,
A kasuri-like pattern, which is a combination of A', discontinuous patterns C' and D', is developed on the fabric.

If we change the connection order of segments a, b, and c,
The arrangement of the discontinuous patterns C' and D' is different from that shown in FIG. That is, by changing the selection order of segments a, b, and c, the arrangement of the discontinuous patterns C' and D' can be varied, and it is possible to create a Kasuri-like pattern that combines vertical stripes of cut foil and discontinuous patterns. can be modified in various ways.

Of course, only one type of second fabric material may be used.

[Brief explanation of drawings]

FIG. 1 is a plan view showing an example of a first fabric material with a desired pattern used in the present invention, and FIG. 2 is a plan view showing an example of a second fabric material with a desired pattern used in the present invention. FIG. 3 is a plan view showing different examples of the second raw fabric material with the required pattern, and FIG. 4 is a weft insertion of cut foil obtained from the raw fabric materials shown in FIGS. Fig. 5 is a plan view showing an example of the appearance of an odd kasuri-like pattern that is a combination of vertical stripes and a discontinuous pattern, and Fig. 5 shows the connection of the original fabric material segments to obtain cut foil that produces the odd kasuri-like pattern shown in Fig. 4. It is a top view of a body. 1... First fabric material, 2, 2'... Second fabric material, a... Fabric weave width, a'... Span, A, B... First and second fabric material Striped pattern, C, D... Striped pattern of other colors of the second raw material, A', B'... Vertical striped pattern of the fabric, C', D'... Discontinuous pattern of the fabric.

Claims (1)

[Claims] 1 A pattern-cut foil original fabric in which segments obtained from each of a first original fabric material and a second original fabric material are connected according to predetermined specifications, wherein the first original fabric material is made of vertically long paper, plastic, etc. A long strip such as a film is used as a base material, and a length corresponding to the weft insertion width in the longitudinal direction of the base material is set as a span,
A striped pattern that continues in the horizontal direction of the base material in each span,
The striped pattern is symmetrical between adjacent spans, and the second fabric material is the same as the first fabric material, but the striped pattern of each span is further symmetrical. A striped pattern of a different color that continues in the horizontal direction of the base material in a span is arranged side by side under the specifications that the striped pattern of the other color and the other striped pattern aligned with it are symmetrical in adjacent spans. The above-mentioned segments are obtained by dividing the first and second raw fabric materials into lengths for an appropriate number of parallel spans, and the above-mentioned connections of the segments are made in a striped pattern. A picture-cut foil material characterized by having different types of segments connected in a warp so that they are adjacent to each other.