JPH03827A - Roll of cloth for foil yarn having pattern woven by successively drawing technique and production thereof - Google Patents

Abstract

PURPOSE:To obtain the title roll of cloth for foil yarn full of variety by properly using a printing roll or printing screen having ability capable of applying required pattern so as to form the pattern of a substrate into different pattern. CONSTITUTION:A sheet being long in the transverse direction and slitted along the traverse direction is used as a substrate and printing roller or printing screen is slipped to the substrate (or the substrate is slipped to the printing roller or printing screen) every width corresponding to slit width or every width corresponding to two or more integral times slit width successively in the traverse direction of the above-mentioned substrate and rows to one side transversely to the substrate and pattern is applied so as to slip to reverse direction in similar manner when the slipping width attains proper spun number of the substrate to provide the aimed roll of cloth for foil yarn.

Description

DETAILED DESCRIPTION OF THE INVENTION Field of Industrial Application The present invention relates to a fabric for foil yarns woven with patterns using the sequential drawing technique and a method for producing the same, particularly the following types of fabrics for foil yarns woven with patterns using the sequential drawing technique and their production. Regarding the law.

Sequential drawing technique Pattern woven foil yarn The base material is a sheet that is long in the warp direction and is slit along the warp direction, and one span is the length equivalent to the weft insertion width of the fabric in the longitudinal direction of the base material. , the pattern is placed on the horizontal axis line of the same related phase of each span, and the pattern is placed on the adjacent spans by an amount equivalent to the slit width, or an integer multiple of 2 or more of the slit width, and the spans are aligned in the longitudinal direction of the base material. The sequential drawing technique pattern was formed by sequentially shifting to one side in the lateral direction of the base material, and when it covered an appropriate number of spans of the base material, it shifted to the opposite side in the same way. Original fabric for woven foil yarn.

Sequential drawing technique Method for producing original fabric for pattern woven foil yarn A sheet is used as a base material, which is long in the warp direction and is slit along the warp direction, and the length equivalent to the weft insertion width of the fabric in the longitudinal direction of the base material is 1.
A pattern is applied to the base material at a portion corresponding to the horizontal axis of the same related phase of each span as a span by a printing roller having a means or by a printing method using a printing screen. Transfer the printing roller or printing screen to the material, or send the substrate to the printing roll or printing screen to an amount equivalent to the width of the slit, or an amount equivalent to an integral multiple of 2 or more of the slit width, to the substrate of the above span. The order in which the pattern is applied is to shift the base material to one side in the horizontal direction in parallel order in the warp direction, and when it reaches the appropriate number of spans of the base material, shift it to the opposite side in the same way. A method for producing the original fabric for woven foil yarn using the pulling technique.

BACKGROUND OF THE INVENTION The inventor of the present invention has previously published a paper in Japanese Patent Publication No. 1983-1982 as a raw material for foil threads woven with patterns using this type of sequential drawing technique and a method for manufacturing the same.
56334 and Japanese Patent Publication No. 63-56336. According to these inventions, it is possible to apply a parallel type slitter with a large number of roll cutters, and therefore, the productivity is excellent, and furthermore, the required pattern elements are arranged in a longitudinal direction, which is a modified aspect, and the length can be increased. As a result, it is possible to obtain foil threads, or wefts, for weaving patterns using the sequential technique. In addition, in the latter invention, the number of patterns per unit width of the original fabric base material, in other words, the number of patterns on the printing roller and printing screen, is smaller than in the former invention, and the cost of the original fabric can be reduced accordingly. In addition, by changing the lateral shift pitch of the pattern on the original fabric base material, the outline of the woven pattern can be varied. However, the inventions proposed earlier have a woven pattern, and even though the outline is the same, the color and
It has not yet been possible to vary the types of textures such as luster and patterns.

In order to improve the usefulness of the previously proposed invention, it is an object of the present invention to provide a sequential drawing method that allows for a weaving pattern with the same outline to have several variations in texture, such as color, gloss, and ground pattern. To provide a raw fabric for foil yarn woven with a technique pattern and a method for producing the same.

Means for Solving the Problems The above-mentioned objects of the present invention are achieved by a stock fabric for foil yarn woven with a sequential drawing technique pattern and a method for manufacturing the same, having the following configuration.

■ The base material is a sheet that is long in the warp direction and is slit along the warp direction, and the length equivalent to the weft insertion width of the fabric in the longitudinal direction is taken as one span, and the horizontal of the same related phase of each span is used as the base material. On the axis, the pattern is shifted to one side in the lateral direction of the substrate in the order in which the spans are parallel in the longitudinal direction of the substrate, so that the pattern is equal to the slit width between adjacent spans,
If it covers an appropriate number of spans of the base material, it will shift to the opposite side in the same manner. The pattern of
For those lined up in the longitudinal direction of the base material and those lined up in the horizontal direction of the base material,
A raw fabric for foil yarn woven with sequential drawing technique patterns, characterized by having at least several different types of patterns in terms of texture such as color, gloss, pattern pattern, etc.

0 The base material is a sheet that is long in the warp direction and is slit along the warp direction, and the length equivalent to the weft insertion width of the fabric in the longitudinal direction is one span, and the horizontal axis of each span has the same relative phase. The pattern is applied to the base material by a printing method using a printing roller or a printing screen, and the pattern is applied to the portion corresponding to the line by a printing method using a printing roller having means or a printing screen, and the printing roller or printing screen is applied to the substrate, or Place the base material against the printing roller or printing screen in an area equivalent to the width of the slit.
The specification is that the above spans are sequentially shifted to one side in the horizontal direction of the base material in the order in which they are parallel in the longitudinal direction of the base material, and when the appropriate number of spans of the base material is reached, the same pitch is shifted to the opposite side. A method for manufacturing a base fabric for patterned foil yarn using a sequential drawing technique for patterning, in which the patterns on the base material are arranged in the warp direction of the base material or in the transverse direction of the base material, the color, gloss, An order characterized in that the above-mentioned pattern is applied to the printing roll or the printing screen by selectively using a suitable pattern so that there are at least several types of different patterns in the texture, such as a background pattern. A method for producing the original fabric for woven foil yarn using the pulling technique.

■ The base material is a sheet that is long in the warp direction and is slit along the warp direction, and the length equivalent to the weft insertion width of the fabric in the longitudinal direction is one span, and the horizontal axis of each span has the same relative phase. The pattern is applied to the base material by a printing method using a printing roller or a printing screen, and the pattern is applied to the portion corresponding to the line by a printing method using a printing roller having means or a printing screen, and the printing roller or printing screen is applied to the substrate, or Place the base material against the printing roller or printing screen in an area equivalent to the width of the slit.
The specification is that the above spans are sequentially shifted to one side in the horizontal direction of the base material in the order in which they are parallel in the longitudinal direction of the base material, and when the appropriate number of spans of the base material is reached, the same pitch is shifted to the opposite side. In this method, the pattern is applied to the base material using a heat transfer foil for those arranged in the warp direction of the base material and those arranged in the transverse direction of the base material. A method for producing raw fabric for foil threads woven with patterns using the sequential drawing technique, which is characterized by the production of patterns with a small number of different textures (at least several types) using pressure transfer.

■ The base material is a sheet that is long in the warp direction and is slipped along the warp direction, and the length equivalent to the weft insertion width of the fabric in the longitudinal direction is taken as one span, and each span has the same relative phase. The pattern is sequentially shifted to one side in the lateral direction of the substrate in the order in which the spans are aligned in the longitudinal direction of the substrate, so that the pattern is aligned with an integral multiple of 2 or more of the slit width between adjacent spans on the horizontal axis of A raw fabric for woven foil yarn with a sequential drawing technique pattern formed under the condition that when the number of spans of the base material exceeds the appropriate number of spans, it shifts to the opposite side in the same manner. A sequential drawing technique pattern weaving characterized in that the patterns are arranged in the warp direction of the base material and in the horizontal direction of the base material, and have at least several different types of patterns in terms of texture such as color, gloss, pattern pattern, etc. Raw fabric for foil yarn.

■ The base material is a sheet that is long in the warp direction and is slit along the warp direction, and the length equivalent to the weft insertion width of the fabric in the longitudinal direction of the base material is one span, and the horizontal axis of each span has the same relative phase. The pattern is applied to the base material by a printing method using a printing roller or a printing screen, and the pattern is applied to the portion corresponding to the line by a printing method using a printing roller having means or a printing screen, and the printing roller or printing screen is applied to the substrate, or The substrates are sequentially shifted to one side in the lateral direction of the substrates in the longitudinal direction of the substrates in the above-mentioned span in parallel with respect to the printing roller or the printing screen to an integer multiple of 2 or more of the slit width. A method for producing a raw fabric for woven foil yarn using a forward bow technique in which a pattern is applied to the opposite side with the same pitch when the appropriate number of spans is reached. A printing roll or a printing screen is used so that the patterns on the substrate are arranged in the longitudinal direction of the substrate or in the horizontal direction of the substrate, so that there are at least several different types of patterns in terms of color, gloss, texture, etc. A method for manufacturing a raw fabric for foil threads woven with patterns using the sequential drawing technique, characterized in that the required patterning is performed by selectively using materials that are capable of forming the patterns.

■ The base material is a sheet that is long in the warp direction and is slit along the warp direction, and the length equivalent to the weft insertion width of the fabric in the longitudinal direction of the base material is one span, and the horizontal axis of each span has the same relative phase. The pattern is applied to the base material by a printing method using a printing roller or a printing screen, and the pattern is applied to the portion corresponding to the line by a printing method using a printing roller having means or a printing screen, and the printing roller or printing screen is applied to the substrate, or The substrates are sequentially shifted to one side in the lateral direction of the substrates in the longitudinal direction of the substrates in the above-mentioned span in parallel with respect to the printing roller or the printing screen to an integer multiple of 2 or more of the slit width. A method for producing a raw fabric for woven foil yarn using a sequential drawing technique in which a pattern is created by shifting the material to the same pitch on the opposite side when the appropriate number of spans is reached. The pattern on the wood is applied by heat pressure transfer using a transfer foil for those arranged in the longitudinal direction of the base material and those arranged in the horizontal direction of the base material. A method for producing a raw fabric for patterned foil yarn using a sequential drawing technique.

In the present specification, the term "sheet" refers to the following, including the description in the claims.

Paper such as Japanese paper, plastic film, cloth that has the stiffness required for foil yarn by coating or impregnating the entire surface or surface layer with a resin, preferably a highly flexible resin, or plastic on Japanese paper. A sheet made of a single material such as a film pasted together, a cloth and Japanese paper pasted together, or a laminate of these on two sides, or a sheet-like product containing the sheet as a component.

In this specification, the term "transfer foil" as used in the present invention refers to the following, including the description in the claims.

A foil formed by printing, vacuum deposition, etc. on a carrier such as a heat-insoluble plastic film with a transfer film for imparting grain or other texture via a release agent layer, or a foil containing the foil as a component.

The heat-pressure transfer of the transfer foil to the pattern of the original fabric base material, that is, the pressure transfer under heating, may be performed by a method known per se, and the pattern of the original fabric base material or the required portion of the transfer foil necessary for the transfer may be performed by a method known per se. The heat welding ability may be imparted to the material as described later.

Effects The present invention with the above configuration ■■■ has the following effects in addition to the effects of the former of the two previously proposed inventions described above.

The pattern that is woven into a fabric by inserting the weft of the foil yarn obtained from the original fabric of the present invention using a sequential drawing technique, even if the outline is the same, there are differences in texture such as color, luster, and background pattern. It can have some variations. This is the configuration ■
■■ In the present invention, patterns arranged in a predetermined manner and in the warp direction on the base material can be arranged in the warp direction of the base material or in the lateral direction of the base material, and there are few types in terms of texture such as color, gloss, pattern pattern, etc. (This result was achieved by adopting a configuration with several different patterns.Incidentally, if the different patterns on the original fabric are those of the example shown in Fig. 1, which will be described later, then The weaving pattern used in the weft inserting technique using the obtained foil thread exhibits the form shown in FIG. 2 (the classification of the different types in terms of texture will be explained later).

In the present invention having the above-mentioned configuration Φ■■, in addition to the above-mentioned effects according to the present invention having configuration ⑦■■, the following effects can be achieved.

By changing the lateral shift pitch of the pattern applied to the raw fabric base material, the outline of the pattern woven into the fabric can be varied by inserting the drawing using the foil yarn obtained from the raw fabric of the present invention using a sequential drawing technique. be able to. When the lateral shift pitch of the original fabric base material pattern changes, pattern elements with different numbers of adjacent spans are formed in the foil yarn, as in the examples described later. The weaving pattern resulting from the weft insertion of the foil yarn has a different number of weft insertions to form the pattern than that of the foil yarn with a different pattern lateral shift pitch, so the outline also differs. A change in the outline of the woven pattern can also be obtained by patterning the original fabric base material under a combination of different lateral shift pitches.

The problem of varying the weaving pattern by setting the lateral shift pitch of the pattern on the original fabric base material to an integer multiple of 2 or more of the slit width has already been solved in the latter of the two earlier proposed inventions mentioned above. However, in the present invention of Φ(!2)■, this is
This is achieved in addition to the effect of the present invention described in (2), so a wide variety of patterns can be created by combining changes in texture such as color, luster, and ground pattern, and changes in outline. A remarkable effect that exceeds the sum of the effects of the two previously proposed inventions can be obtained. this is,
In the present invention of 0■■, in the present invention of
This result is achieved by adopting a configuration in which the width corresponds to an integral multiple of 2 or more of the slit width.

Example Embodiments of the present invention will be described below with reference to the accompanying drawings.

FIG. 1 shows an embodiment of the raw fabric according to the present invention having configuration (1)0. This example is suitable for weaving the pattern (a)...[circular portion] of the fabric (A-2) shown in FIG. In this example, the pattern (a) is based on partial patterns (1), (2), and (3), which are pattern elements in the following foil yarn obtained from the original fabric of the present invention...To facilitate understanding of the basic principle of weaving For convenience, the pattern (A) is shown as being divided into three parts, that is, the pattern (A) appears on the fabric (A-2) with three weft insertions. The same applies to other examples to be described later (however, the pattern shown in FIG. 11 is shown as a number of quarters). Needless to say, in reality, the pattern (A) has the same slit width as before (usually about 0.336 mm).
) is woven by inserting the foil thread multiple times,
Therefore, the number of divisions of pattern (a) is correspondingly large.

In FIG. 1, (10-1) is the original fabric of the present invention, and the original fabric (
10-1) uses a long sheet in the warp direction as a base material, and a woven fabric (A-2) weft insertion width (a) in the longitudinal direction of the base material.
[Weaving width] The equivalent length is one span (a'), and the pattern (a') is placed on the horizontal axis of the same relative phase of each span (a').
... is applied at predetermined intervals, and the pattern (a')...
The adjacent spans (a') are sequentially shifted to one side in the lateral direction of the base material in the order in which the spans (a') are parallel to each other in the longitudinal direction of the base material by an amount equivalent to the slit width shown below. The appropriate number of spans for the material (determined by the weft insertion width, slit width, length dimension of the pattern (A) in the fabric length direction, and repetition pitch of the pattern (A)), generally the pattern (I) to be woven into the fabric. ) divided by the weft insertion pitch, that is, the number of spans is equal to or greater than the number of divisions of pattern (A), for example, pattern (A) is divided into three parts (the pattern is composed of five weft insertions). , if the blank space between patterns (a) and (a) corresponds to the fifth weft insertion and spans 8 spans or 7 spans, the pattern is shifted to the opposite side in the same manner. , are arranged regularly by an amount corresponding to the slit width and shifted from side to side.

The pattern (a') of the original fabric (10-1) is preferably applied to the back side of the original fabric base material at a position that matches the pattern on the front surface.

The pattern on the back side avoids missing the pattern structure even if the weft insertion of the foil yarn obtained from the original fabric (10-1) is turned over. The positioning of the original fabric base material and the printing roller or printing screen described below, which is necessary for patterning the front and back sides of the original fabric base material, may be performed in accordance with an appropriate method known per se.

In Figure 1, the arithmetic symbol in the pattern (A') of the original fabric (10-1) shows a partial pattern of foil yarn, where the pattern element is a pattern element, and the thin solid line in the warp direction shows the part to be slit. . The partial patterns (1), (2), (3), (1), (2), (3), etc. are combined with those in the same order in the length direction on the same foil thread to form the pattern (A). Start weaving.

The patterns (A') of the original fabric (10-1) are those arranged in the warp direction of the base material and those arranged in the transverse direction of the base material, and the colors, gloss,
The pattern should be at least several different types in terms of texture, such as a background pattern. Specifically, the different types of patterns (I')... are the patterns (I') that are distributed over the number of spans corresponding to weaving one textile pattern (A) in the segment connection body described later. )... as a group', patterns corresponding to at least several types and/or patterns arranged on the vertical axis line with the same related phase of span (A').
... can be set as a set, and each set can be made into at least several types of patterns, for example, different types of patterns shown in FIG. In FIG. 1, the different types of patterns (A') are shown by the differences in the tints in the patterns (A'). In Figure 1, there are 7 types of patterns (A') for convenience of using different background patterns.For patterns other than the 7 types,
Although the display of the type classification is omitted, the setting of the different types of patterns of this latter pattern may be the same as described above.

In order to apply the desired pattern (A') to the sheet that is the base material of the above-mentioned original fabric (10-1), roller printing is performed using a printing roller (including a printing roller) having a means for forming the pattern in the desired area. or, more preferably, by a screen printing method using a rotary printing screen. The required deviation of the pattern (A') in adjacent spans can be achieved by displacing the above-mentioned printing roller or screen with respect to the original sheet, or by displacing the sheet with respect to the printing roller or screen to the desired side at the required time. You can do this by letting them do it. In the case of patterning using a printing roller or rotary screen, the rotation, that is, the amount of mechanical displacement, is electrically or electronically quantized (generally, it can be converted into pulses) and transmitted from a transmitter to a counter. Based on the predetermined count, it is possible to determine and control the timing of lateral displacement of the printing roller or rotary screen or of the original fabric sheet. The printing roller, the rotary screen, or the original sheet can be shifted laterally by a suitable feeding means, for example, a feeding means corresponding to an elongated spiral gear for adjusting the position of the printing roller in a general roller printing machine.

In order to make the pattern (A')... have the required different patterns in texture, the desired pattern can be created by using several capable printing rolls or printing screens. can.

In some cases, heat pressure using transfer foil (pressure under heat)
By transfer, the pattern (a')... may be made into a desired different pattern in the texture. The heat-fusion ability is imparted to the pattern (A') of the original fabric substrate or to the required area of the transfer foil, which is necessary for the heat-pressure transfer.
This can be done by applying the hot-melt resin to the workpiece in the same way as for ) in the lateral displacement and arrangement corresponding to the pattern (A'). The thermopressure transfer of the transfer foil may be performed by a method known per se.

The above-mentioned original fabric (10-1) is cut into a so-called wide cut at an appropriate location for the width, for example, a line (gl), and is also cut at an appropriate number of spans for the length, for example, at a line (L).
The raw fabric is divided at ..., and the thus obtained raw fabric is combined with segments (A) and (B), with segments (C) and (D), with segments (E) and (F), and (G). (
Among the combinations of I(), the pattern with the same phase in the former two (I′
) and the pattern (a') overlap in the warp direction, and the latter two are joined in the same way in the warp direction to create the shapes shown in Figure 3 (joining of the first two) or Figure 4 ( The result is a segment connection body shown in (joining of the latter two).

Or draw a line (ρ1) about the width of the original fabric (10-1)...
Furthermore, wide cuts are made at other appropriate locations, such as the locations along the line (ρ2), and the length direction is divided in the same manner as described above, resulting in segments (A), (
B), (C), (D), (E), (F), (G) and (
Of H), the first four are arranged in the order of (A), (B), (C), and (D) so that the patterns (A') and (A') of the same phase overlap in the longitudinal direction. When the latter four are connected to the meridians in the same way, the segment connections shown in Figure 5 - Box 6 (connection of the front four) or Figure 7 - Figure 8 (connection of the latter four) are made. Becomes a body. In addition, Fig. 5, Fig. 6, Fig. 7, and Fig. 8
Although the figures are shown separately due to paper size, FIGS. 5 and 6 follow one another, and FIGS. 7 and 8 follow one another. The continuity of Figures 5 and 6 and the continuity of Figures 7 and 8 are such that the span at the end of Figure 5 (indicated by a chain line) corresponds to the span at the start of Figure 6, and the span at the end of Figure 5 corresponds to the span at the beginning of Figure 6. The connections between Figures 8 and 8 are similar. For these segment connectors, the lower portion where the segments overlap may be cut off.

As is clear from Figs. 3 to 8, each of the above-mentioned segment connectors has a pattern (A') of each span in it as a whole, which corresponds to the width of the slit in the longitudinal direction in the order in which the spans are parallel. However, each segment connection body is laterally displaced in the same direction. Therefore, the foil yarn obtained by slitting each of these segment connectors at the points indicated by thin solid lines in the warp direction has the required partial patterns (1), (2), (3), (1) (2) (3)
...are arranged in the required order. Section 3.5.
The foil yarn obtained from the segment connector shown in Figure 6 is arranged so that the partial patterns are arranged in the order of their arithmetic codes, or vice versa.
It is sufficient to insert the weft according to the sequential drawing technique, and the foil yarn of the segment connection body shown in Fig. 4.7.8 may be inserted in the same manner. According to this sequential weft insertion, in the case of Fig. 4.7.8, the partial pattern (3) or (1) corresponding to the initial pattern element in the pattern (A) on the fabric (A-2) is oriented. does not match pattern (a), so strictly speaking it is pattern 3.5.
The woven pattern does not match the one in Figure 6 and the pattern is distorted, but in reality, the pattern woven foil thread is approximately 0.336 mm.
Since it is extremely thin and wide, such pattern distortion is almost invisible to the naked eye.

In the case of the foil yarn obtained from the segment connection of Figure 4.7.8, if desired, it can be turned upside down and reversed to give the same pattern as that in Figure 3.5.6.
) ... arrangement. If you do so, the pattern (I′
)... can of course be applied to necessary locations on the back side of the original fabric base material.

FIG. 9 shows another embodiment of the original fabric of the present invention having the structure (1) and (2). The original fabric (10-9) of this example has different (three types) contour patterns (b) and (c) of the fabric (A-10) shown in Fig. 10.
, (d) suitable for weaving the original fabric (10-9
), the patterns (mouth'), (c'), and (2') are arranged symmetrically around the horizontal center line in each span (a')..., and the patterns in the symmetrical arrangement are of the same type. This is substantially the same as the embodiment shown in FIG. 1, except that the patterns (mouth'), (c'), and (2') are arranged on the horizontal axis line with the same relational phase between adjacent spans under the above-mentioned condition. The configuration is the same.

Still another example of the raw fabric of the present invention having the structure ■■ is shown in FIG. 11, and the raw fabric (10-11) of this example has multiple pattern textures of the fabric (A-12) shown in FIG. It is suitable for weaving patterns (ho) and (he) with seeds (type 2) that partially overlap each other, and is suitable for weaving patterns (ho') and (ho') on the original fabric (10-11).
The basic configuration is substantially the same as the embodiment shown in Fig. 9, except that the pattern (E') corresponds to the pattern (E) and (E), and is partially overlapped, and the same reference numerals indicate the same parts. .

In the embodiments shown in FIGS. 9 and 11, to obtain the foil yarn, segment connectors are made in the same manner as in the embodiment shown in FIG. do it. The order of weft insertion of the obtained foil yarn is also the first.
This is the same as in the embodiment shown in the figure.

FIG. 13 shows an embodiment of the raw fabric according to the present invention having the structure (1) and (2). The fabric of this example is shown in Figure 14 (A-1
4) Pattern (20)... Suitable for weaving [square parts]. In this example, partial patterns (1) (1), which are pattern elements in the following foil yarn obtained from the original fabric of the present invention,
(2) Pattern (20) according to (2)...For convenience of understanding the basic principle of weaving, pattern (20)
The pattern (20) is shown as being divided into two parts, that is, the pattern (20) is produced on the fabric (A-14) by inserting the weft twice. Needless to say, in reality, the pattern (20) is woven by inserting the weft yarn many times with the same slit width (usually about 0.336 mm) as in the past, and therefore the pattern (20)
) is also correspondingly large.

In FIG. 13, (10-13) is the original fabric of the present invention, and the original fabric (10-13) has a long sheet in the warp direction as a base material,
Assuming that the length corresponding to the fabric weft insertion width (a) in the longitudinal direction of the base material is one span (a'), each span (a')
A pattern (20”) is placed on the horizontal axis line of the same relational phase.
・ are arranged at predetermined intervals, and the pattern (20') ・
... are mutually shifted to one side in the lateral direction of the base material in the order of parallelism in the longitudinal direction of the base material of span (a') by an amount equivalent to twice the slit width below between adjacent ones, and then is the appropriate span number of the base material [fabric insert width, slit width, pattern (20
) and the repeating pitch of the pattern (20). ], Generally, the number of spans corresponding to the number of divisions of the pattern (20), which is the number obtained by dividing the dimension in the length direction of the fabric of the pattern (20) by the weft insertion pitch, for example, the number of divisions of the pattern (20), for example, the pattern (20) is divided into two parts (the pattern consists of two weft inserts), and the blank space between patterns (20) and (20) is 4.
In the case of double weft insertion, if the number of spans is 8 or 7, the printing roller will be deviated in the same way to the opposite side, and the pattern will be applied to the required area using a printing roller that has a means. (
A roller printing method (including a printing roller), or a screen printing method using a printing screen, more preferably a rotary printing screen, is used to regularly print at a predetermined pitch,
Apply by shifting from side to side. The left and right shifting may be performed in the same manner as described for the embodiment of FIG. The control for determining the shift timing may be performed using the same specifications as described in connection with the embodiment shown in FIG.

It is better to apply the pattern (20”) of the above original fabric (10-3) on the back side of the original fabric substrate at a position that matches the pattern on the front side.The pattern on the back side is from the original fabric (10-13). To avoid missing the pattern structure even if the weft insertion of the obtained foil yarn is turned inside out.The position of the printing roller or printing screen relative to the original fabric base material, which is necessary for patterning on the front and back of the original fabric base material. The combination may be performed according to any suitable method known per se.

Figure 13 shows a partial pattern of the foil yarn in which the arithmetic code in the pattern (20') of the original fabric (10-13) is pattern (20) element, and the thin solid line in the warp direction indicates the part to be slit. It shows. The partial pattern (1) (2) (1) (2), (1
)(2)(1)(2)... is a pattern (20) made by matching adjacent pieces lined up in the length direction on the same foil thread.
Weave out.

The patterns (20") of the raw fabric (10-13) are arranged in the warp direction of the base material and those arranged in the lateral direction of the base material, and there are at least several types of textures such as color, gloss, pattern pattern, etc. Different patterns.For details, please refer to the pattern (20'”
)... is a set of patterns (20') distributed over the number of spans corresponding to weaving one textile pattern (20) in the segment connection body described later. , a pattern corresponding to at least several kinds, and/or a set of patterns (20') arranged on the vertical axis line with the same relational phase of span, and each set of patterns corresponding to at least several kinds. , for example, a different pattern similar to that described in the embodiment of FIG. The difference in texture of the pattern (20') in the original fabric (10-13) shown in FIG. 13 is the same as that of the original fabric (10-1) in FIG. 1, so illustration thereof is omitted.

In order to make the pattern (20')... have the required different patterns in texture, the desired pattern can be created by using several capable printing rolls or printing screens. can.

In some cases, heat pressure using transfer foil (pressure under heat)
By transfer, the pattern (20') may be made into a desired different pattern in terms of texture. The provision of thermal bonding ability to the pattern (20') of the original fabric base material or to the required part of the transfer foil, which is necessary for the thermopressure transfer, is done in the same way as for the pattern (20'). Depending on how
A pattern (20'''
)... This can be done by applying the lateral shift and arrangement corresponding to... The thermopressure transfer of the transfer foil may be performed by a method known per se.

The above-mentioned original fabric (10-13) is cut into a so-called wide cut at an appropriate location for width, for example (J2)..., and is cut at an appropriate number of spans for length, such as a line (
Segments (A), (B), (C) of the original fabric (10-13) obtained in this way by dividing at the location L)...
, (D), the pattern (20') and pattern (20') of the same phase in each of the first two and the second two are overlapped and joined in the longitudinal direction to form the pattern shown in Fig. 15 or The segment connection body shown in FIG. 16 is obtained. For these segment connectors, the lower portions where the segments overlap may be cut out.

As is clear from FIGS. 15 and 16, each segment connector described above has a pattern (20'
)... are shifted laterally in the same direction in the longitudinal direction by an amount equivalent to twice the slit width in the order in which the spans are parallel. Therefore, the foil yarn obtained by slitting each of these segment connectors at the points indicated by thin solid lines in the warp direction has the required partial patterns (1) (1), (1) (1)... ...or (2) (2), (2) (2), etc. are arranged in the required order.

The foil yarn obtained from the segment connection body shown in FIG. 15 is arranged so that the segment (A) comes first or vice versa.
It is sufficient to insert the weft according to the sequential drawing technique, and the foil yarn from the segment connection body shown in FIG. 16 may be inserted using the same sequential drawing method.

FIG. 17 shows another embodiment of the original fabric according to the present invention having the configuration Φ■. The original fabric (10-17) in this example has a pattern (2
0') was repeated in the parallel order of the span (a') by an amount equivalent to twice the slit width, an amount equivalent to 3 times the slit width, an amount equivalent to 2 times the slit width, an amount equivalent to 3 times the slit width, etc. The basic configuration is substantially the same as the embodiment shown in the figure. Therefore, the manner in which segments are taken from the original fabric (10-17) in FIG. 17 and the specifications for connecting the segments are also the same as described for the embodiment in FIG. 13. In FIG. 17, the same reference numerals as in FIG. 13 indicate the same parts.

The segment connector from the original fabric (10-17) in Figure 17 is the one from Figure 15 among the two types of segment connectors (Figures 15 and 16) from the original fabric (10-13) in Figure 13. FIG. 20 shows a representative example of the segment connector shown in FIG. The segment connected body corresponding to the segment connected body in FIG. 16 is the same as the first
The basic configuration is substantially the same as that of the segment connector shown in FIG. In FIG. 20, the same reference numerals as in FIG. 15 indicate the same parts.

For example, in the foil yarns obtained from the segment connection body shown in FIG. 20, the pattern (20) at the number of weft insertions shown in FIG. For the third and fourth foil yarns from the left, the pattern (20) is woven on the fabric (A-19) at the number of weft insertions shown in Figure 19, and so on, Original pattern (20
''') includes those that weave patterns with different outlines even if they have the same outline.

Even if the individual patterns are the same as a whole, the outline of the weaving pattern, which is the weft insertion of the foil threads, can vary between raw fabrics with different pitches, as shown in Figure 17. It is clear from the explanation of the example.

The raw fabric according to the present invention having the configuration (■) can also be modified in the same manner as described with reference to FIG. 9.11 regarding the raw fabric according to the present invention having the configuration (■). These modified embodiments have substantially the same structure as the embodiment shown in FIG. 9.11, except that the lateral shift pitch of the original fabric pattern is different.

[Brief explanation of the drawing]

Fig. 1 is a plan view showing an embodiment of the raw fabric of the present invention having the structure ■■ (claim ■■), and Fig. 2 shows a pattern woven by inserting the foil yarn obtained from the fabric shown in Fig. 1. FIGS. 3 to 8 are plan views schematically showing the fabric to be dispensed with some parts omitted, and illustrative views of different segment-connected bodies obtained from the original fabric shown in FIG. 1. Figure 9 is a plan view showing the other side of the raw fabric of the present invention having the structure ■■, and Figure 10 is a diagram showing a fabric in which a pattern is woven by wefting the foil yarn obtained from the raw fabric of Figure 9. FIG. 11 is a plan view showing still another embodiment of the raw fabric of the present invention having the structure ■■, and FIG. 12 is a plan view schematically showing the original fabric with parts omitted. FIG. 2 is a partially omitted plan view of a woven fabric with a weave pattern into which foil threads are inserted. Figure 13 shows the configuration O■ (Claims■■
14 is a plan view showing an embodiment of the raw fabric of the present invention in FIG. 15 and 16 are illustrative views of different segment connected bodies obtained from the original fabric shown in FIG. 13. FIG. 17 is a plan view showing the other side of the fabric of the present invention having the configuration
Figures 8 and 19 are illustrations of woven fabrics that are woven into patterns with different outlines by inserting the foil yarn obtained from the original fabric in Figure 17, and Figure 20 is a segment obtained from the original fabric in Figure 17. It is an illustration figure of a connection body. (1), (2), (3)...partial pattern (10-1),
(10-9), (10-11), (10-13), (1
0-17)... Original fabric (A-2), (A-10), (A
-12), (A-14), (A-18), (A-19)
...Textiles (a), (b), (c), (d), (e),
(f) (20)...Textile pattern (a'), (mouth'), (c'), (2'), (ho'),
(F'), (20')... Pattern of original fabric (a)... Weft insertion width (a')... Span (or more)

Claims (6)

[Claims] (1) The base material is a sheet that is long in the warp direction and is slit along the warp direction, and the length equivalent to the weft width of the fabric in the longitudinal direction of the base material is defined as one span, and each span has the same relationship phase. On the horizontal axis of In terms of numbers, the pattern on the base material is woven in the same way to the opposite side, and the pattern on the base material is A raw fabric for foil yarn woven with a sequential drawing technique pattern, characterized in that patterns arranged in the direction of the substrate and those arranged in the lateral direction of the base material have at least several different types of patterns in terms of texture such as color, luster, and ground pattern. (2) A sheet that is long in the warp direction and is slit along the warp direction is used as a base material, and the length equivalent to the weft insertion width of the fabric in the longitudinal direction of the base material is taken as one span, and each span has the same related phase. A pattern is applied to the base material by a printing method using a printing roller or a printing screen having a patterning means on a portion corresponding to the horizontal axis, and the printing roller or printing screen is applied to the substrate, Alternatively, the base material is shifted to one side in the lateral direction of the base material in the order in which the spans are parallel to each other in the warp direction of the base material, to the printing roller or the printing screen, to an amount corresponding to the slit width, and the number of spans of the base material is the appropriate number of spans. When the pattern is reached, the same pitch is applied to the opposite side, and the pattern is applied to the bottom of the fabric. The desired pattern is applied to the printing roll or printing screen so that there are at least several different types of patterns in texture such as color, gloss, pattern pattern, etc. for those arranged in the longitudinal direction of the material and those arranged in the horizontal direction of the base material. A method for producing a raw fabric for foil threads woven with patterns using the sequential drawing technique, characterized in that the above-mentioned patterns are applied by selectively using materials with a high ability. (3) The base material is a sheet that is long in the warp direction and is slit along the warp direction, and the length equivalent to the weft insertion width of the fabric in the longitudinal direction of the base material is one span, and each span has the same related phase. A pattern is applied to the base material by a printing method using a printing roller or a printing screen having a patterning means on a portion corresponding to the horizontal axis, and the printing roller or printing screen is applied to the substrate, Alternatively, the base material is shifted to one side in the lateral direction of the base material in the order in which the spans are parallel to each other in the warp direction of the base material, to the printing roller or the printing screen, to an amount corresponding to the slit width, and the number of spans of the base material is the appropriate number of spans. When the pattern is reached, the same pitch is applied to the opposite side, and the pattern is applied to the bottom of the fabric. Pattern weaving is a pattern weaving technique that is characterized by creating at least several different types of patterns in texture, such as background patterns, by heat-pressure transfer using a transfer foil, for items lined up in the warp direction of the base material and items lined up in the width direction of the base material. A method of manufacturing raw fabric for de-haku yarn. (4) The base material is a sheet that is long in the warp direction and is slit along the warp direction, and the length equivalent to the weft width of the fabric in the longitudinal direction of the base material is one span, and each span has the same relationship phase. The pattern is sequentially shifted to one side in the lateral direction of the substrate in the order in which the spans are aligned in the longitudinal direction of the substrate, so that the pattern is aligned with an integral multiple of 2 or more of the slit width between adjacent spans on the horizontal axis of A raw fabric for woven foil yarn with a sequential drawing technique pattern formed under the condition that when the number of spans of the base material exceeds the appropriate number of spans, it shifts to the opposite side in the same manner. A sequential drawing technique pattern weaving characterized in that the patterns are arranged in the warp direction of the base material and in the horizontal direction of the base material, and have at least several different types of patterns in terms of texture such as color, gloss, pattern pattern, etc. Raw fabric for foil yarn. (5) The base material is a sheet that is long in the warp direction and is slit along the warp direction, and the length equivalent to the weft insertion width of the fabric in the longitudinal direction of the base material is one span, and each span has the same related phase. A pattern is applied to the base material by a printing method using a printing roller or a printing screen having a patterning means on a portion corresponding to the horizontal axis, and the printing roller or printing screen is applied to the substrate, Alternatively, the substrates are sequentially shifted to one side in the lateral direction of the substrates in the longitudinal direction of the substrates in the above-mentioned span in parallel to the printing roller or the printing screen to an integer multiple of 2 or more of the slit width. When the appropriate number of spans of the base material is reached, the same pitch is applied to the opposite side,
Sequential drawing technique to create a pattern under the specifications of shifting the pattern A method for manufacturing a pattern-woven foil yarn original fabric, where the pattern on the base material is aligned in the warp direction of the base material, or in the horizontal direction of the base material Therefore, the above-mentioned patterns are applied by using different types of printing rolls or printing screens that have the required patterning ability so that at least several different types of patterns can be obtained in terms of color, gloss, texture, etc. A method for producing a raw fabric for foil threads woven with patterns using a sequential drawing technique. (6) The base material is a sheet that is long in the warp direction and is slit along the warp direction, and the length equivalent to the weft insertion width of the fabric in the longitudinal direction of the base material is taken as one span, and each span has the same related phase. A pattern is applied to the base material by a printing method using a printing roller or a printing screen having a patterning means on a portion corresponding to the horizontal axis, and the printing roller or printing screen is applied to the substrate, Alternatively, the substrates are sequentially shifted to one side in the lateral direction of the substrates in the longitudinal direction of the substrates in the above-mentioned span in parallel to the printing roller or the printing screen to an integer multiple of 2 or more of the slit width. When the appropriate number of spans of the base material is reached, the same pitch is applied to the opposite side,
A method for producing a raw fabric for pattern-woven foil yarn using a sequential drawing technique in which the pattern is applied under the specifications of shifting the pattern. A method for producing a raw fabric for foil yarn woven with a sequential drawing technique pattern, characterized in that at least several types of patterns with different textures, such as background patterns, are formed by heat-pressure transfer using a transfer foil.