JPS61132690A - Irregular dyeing of weft yarn for developing pattern - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a method for spot-dying weft yarns for pattern appearance, such as weft yarns for Kasuri weave and marbled fabrics.

The pattern-revealing weft used for weaving kasuri and marbled fabrics is dyed in spots in the necessary areas and inserted into the weft, resulting in the accumulation of the mottled and dyed parts of adjacent wefts to create kasuri and marbled fabrics. Conventionally, this kind of spotty dyeing of weft threads has been done by dyeing the weft using a type of mechanical partial resist dyeing such as board tightening, or by printing the weft using a letterpress type printing method. The former method is a handicraft process similar to that seen in Oshima Tsumugi, and has extremely low productivity. There is a restriction on the amount of thread, and printing is done in batches of grams, so productivity is not necessarily good.In addition, resist dyeing and printing are applied to Jil! using these conventional methods. The reason is that the resist dyeing and printing part can only roughly control the position in the length direction of the thread, so it is possible to obtain the desired pattern by slitting the original fabric into narrow widths using the sequential drawing technique. To make the shape of the pattern appear as qualitatively as possible without distorting the image as much as possible, such as by inserting the flat threads in a predetermined order and reproducing the pattern originally appearing on the original fabric on the fabric. It does not go so far as to guarantee.

Therefore, the present invention aims to provide a method for spot-dying weft yarns for pattern revealing, which is highly productive and guarantees that patterns can be produced with good qualitative properties comparable to those obtained by the sequential drawing technique. Other objects of the invention will become apparent from the following description.

The method for spot-dying weft yarns for pattern appearance according to the present invention involves arranging a large number of raw yarns in a sheet shape at a regular pitch, and temporarily attaching the parallel body of raw yarns to a mount or belt using a removable adhesive. Therefore, in addition to pasting under the above-mentioned parallel state, a large number of raw yarns are attached to the mount or belt, with the length corresponding to the fabric weaving width in the length direction of the parallel body being one span. This parallelism or vice versa,
Addressed to the amount equivalent to the parallel pitch of the yarn, or to an integral multiple of 2 or more thereof, in order of parallelism in the length direction of the yarn of the above span,
The above pasting is done under the specifications of shifting the raw yarn to one side in the parallel direction, and when it reaches the appropriate number of spans, shifting it to the opposite side by the same pitch, and the adjacent span of the above span is For a printing device having a pattern printing plate in a portion corresponding to a mutually symmetrical horizontal axis line, a bonded body of the above-mentioned plural yarns in parallel and a mount or belt, or vice versa, the bonded body. The printing machine advances along the longitudinal axis of the thread, and the printing machine prints a pattern on a predetermined portion of the parallel body of a large number of raw threads of the bonded body, and the printed thread is Post-treatments such as steaming and water washing are performed as necessary.

In the present invention, in order to imprint a pattern on the raw yarn, a large number of raw yarns are lined up in a sheet shape at regular pitches, and this is pasted on a mount or belt, and the pattern is printed on the required part. The printing machine is used to attach a large number of raw yarns in parallel to a mount or a belt, or vice versa, by moving them in a predetermined direction. It is possible to mechanically print patterns with a significantly increased number of parallel lines, and is superior in productivity compared to conventional methods.

In addition, in the present invention, in order to attach a large number of parallel yarns with a regular pitch to a mount or belt, the yarn multi-axis parallel body is attached to the mount or belt, or vice versa.
The fabric-width corresponding length in the length direction of the parallel body of many raw yarns in the above-mentioned laminate is taken as one span, and the raw yarns of the span are sequentially arranged in the longitudinal direction, at a predetermined pitch, in the parallel direction of the raw yarns. When the number of spans reaches the appropriate number of spans, the yarn is shifted in the opposite direction to the same pitch. On the parallel body, use a stamping device with a bare-like stamping metal in the required parts in the same manner as for ordinary fabrics,
In other words, it is possible to print a pattern with the same ease as with conventional printing machines, and as will be explained in detail later, it is possible to correctly position the pattern constituent elements at the required locations. In addition to being able to apply stamps to raw threads under regulated foreshadowing lines, printing on raw threads is done by attaching a large number of parallel threads to a mount or belt, so it can be applied with the same quality as on sheets. Therefore, with the mottled dyed yarn obtained by the present invention, it is possible to create a pattern on a fabric with good qualitative shape, which is comparable to that obtained using the sequential drawing technique.

According to one relative displacement between the mount or belt and the parallel body of multiple yarns in a predetermined specification, after the required printing, the parallel body of multiple yarns is peeled off from the mount or belt and returned to its original state. Returning to the parallel state, in the case of a parallel body of many yarns, the printed pattern is the same as the span of the parallel body of many yarns that touch each other, corresponding to the span of the parallel body of many yarns in the above-mentioned bonded body. The patterns occupying the symmetrical horizontal axis line and having approximately symmetrical positions in adjacent spans are shifted from each other by a predetermined pitch in the lateral direction of the parallel body of many yarns in order according to the number of parallel spans. It becomes the arrangement of aspects. As will be described later, this method involves dividing the mottled dyed yarn of the present invention into croup equivalent to dividing a large number of parallel yarns at appropriate points in terms of width, and dividing them at appropriate points in terms of length. In a group of mottled dyed threads, patterns of the same phase are overlapped, and they are aligned in the warp direction V.
By joining the mottled dyed yarns so as to correspond to the joined yarns, the printing pattern of each span in each group of connected bodies is shifted in the same direction at a predetermined pitch in accordance with the number of parallel spans as a whole. The misaligned pattern of this printing pattern corresponds to the fact that the mottled dyed threads instantly bring into contact with each other during weft inserting to reveal the desired pattern in the desired area of the fabric using the M-pulling technique. , it is ensured that the pattern is obtained as having the required pattern constituent elements at the required location.

In the present invention Vζ, the predetermined deviation of the printing pattern in the printing system multiple parallel bodies is caused by 11 pages of pattern stamps using a stamping machine! As a result, the printing pattern can be applied with a predetermined shift on a parallel body of many yarns in a simpler manner in terms of equipment than when the printing machine is displaced relative to the parallel body of many yarns. obtain. VC that displaces the stamper
In this case, the attached printing ink rollers and ink tabs must be moved together, and the means for performing lateral displacement at the required regular pitch at a specified time requires large-scale equipment. In the present invention, a large number of raw yarns are arranged in sheet form at a regular pitch in a sizing process using a sludge 17 sizing machine, which is one of the weaving preparation processes, or by arranging yarns in a sheet form at a regular pitch. This is done in the same way as warp alignment, and
The raw yarn may be moved in a beam-wound manner similar to that of a warp-wound yarn, or a bonded body of a large number of parallel yarns and a mount or belt may be wound around a beam. Since it is sufficient to move it in the same shape as it is, the movement can be carried out simply in terms of equipment. In addition, if the printing device is to be displaced so that the printing pattern exhibits a required deviation from the parallel body of many yarns, it is necessary to lengthen the printing device to a length that corresponds to the maximum deviation. On the other hand, in the present invention, it is only necessary to use a suitably wide mount or belt, which is economical.

For wider mounts and belts, use printing technology! Compared to increasing the length of printing devices such as rollers and printing screens, the degree of cost increase required for increasing the width is considerably lower.

In the present invention, if the displacement pitch of the parallel body of many raw yarns with respect to the mount or belt is set to an integral multiple of 2 or more of the parallel yarn pitch, the number of weft insertions required to reveal the pattern on the fabric, Compared to the case where the number of weft insertions in the blank area between the patterns on the fabric is the same as in the displacement pitch specification, and the displacement pitch is equivalent to the yarn parallel pitch, the unit parallelism of the yarn parallel body @ ( However, the same conditions apply even when the threads are lined up in the same way)) The pattern of the hit! It only requires 1 of 1 differential.

Incidentally, the pattern is revealed by the number of times of weft insertion as shown in Fig. 19, which will be described later, that is, one pattern is revealed by two times of weft insertion, and the blank area between the patterns is four times of weft insertion. For example, with respect to the parallel width equivalent to 24 yarns, the former specification has two patterns, while the latter specification has four patterns.

In this way, if the former displacement pitch specification is followed, the number of patterns per unit parallel width of the yarn will be reduced, so the number of pattern printing plates of the printing machine will be correspondingly reduced, and the manufacturing cost will be accordingly lower. , contributes to reducing the cost of mottled dyed yarn.

Furthermore, even if the same printing machine is used, by changing the displacement pitch of the parallel body of many yarns with respect to the mount or belt,
Changes can be made in the pattern that appears on the fabric.@Changes in the pattern that appears on the fabric can be achieved by combining different displacement pitch specifications for a large number of parallel yarns, using a mount or belt. This can also be achieved by relative displacement between a large number of parallel yarns.

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

FIG. 1 shows an example of a mottled dyed yarn as a pattern-revealing weft according to the method of the present invention as set forth in claim 0 (hereinafter referred to as 1st), and is designated by the symbol (10-,). There is. The one in this example is suitable for revealing the pattern (1) of ml@(A-2) shown schematically in Figure 2, that is, with the warp omitted. Pattern (4) based on partial pattern (1) (2) t3) which is a pattern constituent element...For the convenience of easy understanding of the basic principle of manifestation, the pattern is treated as one type and divided into three parts Q3f3. The pattern (1) is woven (A
-2) It is shown as a hailstone above. The threads are also shown in enlarged form. The same applies to other examples of mottled dyed yarns to be described later (however, the pattern in FIG. 16 is shown as a number of quarters). Needless to say, in reality, Pattern 4 is revealed by multiple weft insertions, just as in the case of conventional weft yarns, and therefore Pattern 4 is revealed! 1
The number is correspondingly large.

The mottled dyed yarn (10-8) of trA is prepared in the following manner.

A large number of raw threads (to-4') (see Figure 4.6) are wound around a sempem (4) at a dense constant pitch corresponding to the weft parallel pitch in the fabric (A-2), and the beam yarn is turned. [Refer to Figure 4.5.6.7] ◇ Beam winding of this raw yarn is done by warping in the sizing process using a slug sizing machine, which is one of the weaving preparation processes, and by the sizing process of the loom. It will work if it is formed with the same specifications as the beam winding of the warp threads on the arm.

Set the beam yarn (2) at a fixed position + fl L, and pull out the raw yarns (10-□') in parallel sheets at a predetermined pitch. )
is removably temporarily pasted with an adhesive on a long strip-shaped mount or belt (6) that is being fed by a nip roller (5), and during the temporary pasting, Fabric width in the length direction of the following bonded body (multiple yarn parallel body (B') in Q) - Width (
a) Assuming that the corresponding length is 1 span (-/) (see Figure 3), a large number of yarns are paralleled (6) to a mount or belt (6), in other words, beam yarn turns or vice versa. , the above span (
Next, the raw yarns (10-0,) are shifted to one side in the parallel direction in the longitudinal direction of B'), and then the yarns (10-0,) are shifted to one side in the parallel direction, and this is the appropriate number of spans, generally woven fabric (A-2).
The number obtained by dividing the dimension in the length direction of the fabric of the pattern revealed by the weft insertion pitch, that is, the number of spans equivalent to the number of divisions of pattern (1), for example, when pattern (1) is divided into three divisions. If the number of spans is 8 or 7, it is shifted to the left and right regularly, with the specification that it is shifted by the same pitch in the same way to the opposite side. Fig. 4.5 shows a case in which the mount or belt (6) is displaced, and Fig. 6.7 shows a case in which a large number of parallel yarns (2) is displaced.

A mount or belt (6
) or vice versa, displacement control to a predetermined pitch is achieved by electrically or electronically quantizing (generally, pulse conversion is possible) the rotation, that is, the amount of mechanical displacement, of the nirazu roller (5) (5). Then, a transmitter sends a signal to a counter, and based on the predetermined count, the lateral shift timing of the mount, belt (6), or beam thread 4 is determined and controlled. Lateral displacement of the mount or belt (6) t or beam thread rotation can be caused by, for example, the spiral-1 for adjusting the printing roller position in a general 0-color printing machine! This can be carried out using a feeding means corresponding to a long paper.

When using a mount to temporarily paste a large number of raw yarns in parallel (■), the required temporary pasting can be done by pressing down with a crimping roller whose surface concavity is inert to the temporary pasting adhesive. The belt for temporarily pasting the parallel body of multiple threads (■) can be used for temporarily pasting printed fabrics in the conventionally known auto screen or 0-taly screen type multicolor pattern printing machines that are applied to printing on fabrics. A belt similar to that used for the printing machine can be used, and temporary pasting can be done in the same way as for the printing machine. A large number of parallel yarns in the laminated body 0 of a large number of pasted yarns in parallel (a part corresponding to the horizontal center line of the horizontal axis (corresponding to the horizontal axis line that is symmetrical between the spans in contact with each other) A printing device (not shown) having a pattern printing plate (also referred to as a part), such as an O-ler type printing device (including a printing O-ler type), a screen type (more preferably a rotary screen type) stamp Using a printing machine, a dye-transfer type stamping machine, and applying a laminated body of a large number of original papers and a mount or a belt to the stamping machine or vice versa, the length and length of the laminated body are adjusted. The fibers are moved along the axis of the bonded body Q, and a desired part of the parallel body (B') of a large number of yarns of the bonded body Q, that is, 5i
I contact suba: J(a/)S A pattern is printed on the horizontal axis that is symmetrical to each other.

A large number of raw yarns with a pattern imprinted on them are then peeled off from the mount or belt (6) and finished by steaming and washing with water as necessary.

The parallel body of mottled dyed yarn (10-yo) with the pattern (20')... obtained in this way is in the same order as the original yarn parallel body ■, but in the same order as the original sheet-like yarn. When the parallel state is returned straight, the pattern (20')... is sequentially arranged in the parallel order in the length direction of the threads (10-1)... corresponding to the parallel pitch of the threads (ICL, ). When the number of spans (,7) is reached, the arrangement is shown in Figure 1, where the yarn is shifted to the opposite side in the same way (10-,)...parallel Body pattern (partial pattern (1), which is the four constituent elements of the pattern in 20 patterns) (
2) (3), (1) (2) (3)... The patterns (A) are woven (A- 2) Manifest above.

The obtained mottled dyed yarn (10-□)... is the raw yarn (
10- The parallel bodies of □)... are divided into groups corresponding to the appropriate places for their width, for example, the places lAc1□)..., and the parallel bodies are divided by appropriate spans (-") for the length. ...Divide a number of yarns, for example, at the line points, and make a group of mottled dyed yarns obtained in this way (
5) Aggregate of (5), aggregate of group 0a), Tal-
Among the aggregates of group G■ and the aggregate of group G■, the pattern (20') and pattern (20') of the same phase are found in the former two.
Connect the mottled dyed threads (10-) so that the threads overlap and connect them in the warp direction (Figure 8).
For the latter two, join the mottled threads (+0-1) in the same manner to correspond to those connected in the warp direction (Fig. 9),
Or thread (10-1)... parallel body with line (l
□) and other appropriate places, for example, in (12), the mottled dyed yarn (
+0-, )... Divide all sections, and divide in the same manner as described above in the length direction. ([1
, ■, 0, - and (c), the first four are taken as prisoners, ■, 0,
In order of (2), join the threads (10-1) so that the patterns (20') and patterns (20') of the same phase overlap, and connect them in the warp direction. Figure 11)
For the latter four, the threads can be joined in the same manner (Figures 12 and 13) and used for trout insertion. In addition, the 1st O
Figures 11, 12 and 13 are shown separately due to paper size, but Figures 10 and 11gJ are shown together, and Figures 12 and 13 are shown in series. Continue. Figure 1O and the continuation of Figures 1 and 1, as well as the continuation of Figures 12 and 13, are such that the span at the end of Figure 10 (*m shown) is 1I.
This corresponds to the first line at the beginning of the figure, and the connection between FIGS. 12 and 13 is also similar. For these group connectors, the portion corresponding to the closed lower portion of the joint portion may be cut off.

The above-mentioned thread connection may be performed before the thread on which the pattern is printed is subjected to post-treatment such as steaming or finishing treatment.

f of the above thread! ! Already, in each group connector, threads of a specific order in the initial arrangement of the original threads (10-8') are connected at a specific location, so the aggregate of the group prisoners (6), (the resultant union of QΩ, ■A collection of objects, a collection of yarn
If the winding is done in the same manner as in the beam, and appropriate markings such as color coding are applied to the parts corresponding to the thread connection points for each beam using an appropriate means, there will be no confusion when connecting the threads. It's just convenient.

When winding the yarn parallel body onto the yarn frame, it is recommended to overlay the backing paper on the yarn parallel body and wind it in order to avoid the threads becoming tangled when the wound yarn is later unwound as required. preferable.

The yarn connectors having the connection modes shown in FIGS. 8, 1O, and 11 may be inserted so that the partial patterns are arranged in the order of their arithmetic codes, or vice versa. 1st
The yarn connected body with the connection mode shown in Fig. 3 can be wefted in the same manner.0 In the cases shown in Figs. 9, 12, and 13, the pattern (e) on the fabric (71-2) Partial pattern (3) or (1) corresponding to the initial pattern element in K does not correspond to pattern 4 in orientation, so strictly speaking,
The revealed pattern does not match the one in the figure and in Figure 1I, and the pattern is distorted, but in reality the thread is thin like machi, so
Such pattern distortion is almost invisible to the naked eye.

Fig. 14 shows the other side of the mottled dyed yarn according to the first method of the present invention, and the fabric (A2□5) of this example is shown schematically in Fig. 15 in the same way as Fig. 2, with different colors. etc., several types of vI (three types)
Pattern (7), ■, It is a stamped pattern suitable for revealing clusters, mottled dyed thread (10-□4)... Patterns in parallel bodies (30 勺, (40 勺, ( 50 for each suba: J (4/1) This corresponds to the fact that the symmetrical position around the horizontal center line becomes old, and the objects on the horizontal axis that are symmetrical between adjacent spans become the same type. Except for the pattern arrangement, a laminate body similar to the mount or belt made of an intermediate product for mottled dyed yarn shown in Fig. 1 and a laminate body that is temporarily attached to it with the required displacement and in a predetermined parallel manner is made. use,
This was obtained by applying a seal according to the same specifications as already described. In FIG. 14, the same symbols as in FIG. 1 indicate the same parts, and in FIG. 15, the same symbols as in FIG. 2 indicate the same parts.

Still another example of the mottled dyed yarn according to the first method of the present invention is shown in FIG. This example of speckled dyed yarn (10-16
) is a fabric (A-,
,) different colors, etc., l! number! (Type 2) and is adapted to the appearance of a pattern Q%4 that partially overlaps with each other, and is suitable for the appearance of a pattern Q%4 in which a part of the pattern overlaps with the other (type 2).
The basic structure is essentially the same as the mottled dyed yarn in Figure 14, except that 庺 (70') corresponds to the pattern ■ and 4, and the basic structure is the same as the example mentioned earlier. It is obtained by using a bonded body of a large number of parallel yarns and a mount or a belt, which is substantially the same as in the above, and by performing printing according to the same specifications. In Fig. 16, the same symbols as in Fig. 1 refer to the same parts.
In the figure, the same reference numerals as in FIG. 2 indicate the same parts.

The yarn connections and weft insertion procedures for the yarns shown in FIGS. 14 and 16 are the same as those for the mottled dyed yarn shown in FIG.

An example of a mottled dyed yarn according to the method of the present invention as described in claim @i, item (2) (hereinafter referred to as 2) is shown in FIG. 18,
It is designated by the symbol (100-8,).

In FIG. 18, the same symbols as in FIG. 5 indicate the same parts.

The fabric of this example is shown in FIG. 19 as shown in FIG. 2 (fabric schematically shown <1l-1e). It is suitable for revealing the o' pattern (to). 2v in Figure 19! The same symbols as J indicate the same parts. Figure 18 is speckled dyed thread (IOL,...)
Partial pattern (Bi) (2 勺, (
1') (2') Patterns by... For the convenience of making it easier to understand the basic principle of appearance as in the case of the mottled dyed yarn in the first method of the present invention, the patterns are classified into one type and the patterns -...
◇Another example of mottled dyed yarn produced by the second method of the present invention The same goes for things. Figure 18 Mottled dyed yarn (+0O-1
s) is similar to the case of mottled dyeing yarn opening 0-□) in Figure 1, the pattern fO is actually revealed by inserting the weft several times, so the pattern (80 ts) is formed in the manner of the corresponding number of divisions. be done.

The speckled dyed yarn (100-1,) in FIG. 18 has the same specifications as the speckled dyed yarn in FIG. At the time of manufacturing and bonding, a large number of raw yarns are placed in parallel on the mount or belt, with the length corresponding to the width of the fabric in the length direction of the parallel body in the pasted body being the summer span. Or vice versa, shift the above-mentioned spans to one side in the parallel direction of the yarn in order of parallelism in the yarn length direction by an amount equivalent to twice the parallel pitch of the yarn until the appropriate number of spans is reached. For example, under the specification of shifting to the opposite side in the same way, it is regularly displaced left and right, and the following +vlOt
It is obtained by applying a printed pattern in substantially the same manner as in the case of loosely dyed yarn. The selection of the number of spans related to the horizontal displacement between the mount or belt and the parallel body of many raw yarns may be the same as that for the mottled dyed yarn shown in FIG.

Figure 18 shows the pattern of mottled dyed thread (100-08) (
Partial pattern (1 (2'), (1 (2')) in (80')
2 勺, (1 勺(2'),'(1')(2')
A pattern is formed by combining adjacent pieces lined up in the length direction on the same thread.

In the juxtaposition of the speckled dyed yarn (100-□8)... in Figure 18, it is placed at the appropriate location for the width, for example, the line (1
The croup is divided into sections corresponding to those divided at the point ``), and the length is divided into appropriate spans (, ``s...
・For example, divide at line (L'), and group of spotted dyed yarns (A, (B'),
(C'), CIJ"), the pattern (80') and pattern (80') of the same phase are overlapped in the first two and the second two, respectively, and are connected in the longitudinal direction. By joining the mottled dyed yarns, a group (A'>CB') of mottled dyed yarns (100-0) shown in FIG. 20 or 21 is formed.
<1') Becomes a connecting body.

The above-mentioned yarn connection may be performed in the same way as described in the first embodiment of the method of the present invention, prior to post-treatment or finishing treatment of the yarn with a pattern (80 patterns) printed thereon, such as steaming.

In the connection of the above threads, which group! ! ! In the continuum, threads of a specific order in the initial arrangement of the original threads are connected at specific points, so the croup (A, (B, (C'), (&)
Separately, the threads are gathered into a single yarn beam and wound in the same manner as the yarn of a loom, and when winding, each beam is colored in the part corresponding to the thread connection point, etc. as appropriate. It is convenient to make thread connections without confusion if marks are made by appropriate means.

Thread parallel body? - When winding a part of the yarn, it is preferable to wind the gold paper overlapping the parallel body of yarn in order to avoid tangling of the yarn when the wound yarn is later unwound as required.

Connector of the above group (A') (r) or (g)
(II) It looks like it will be a connected body (80')...
A parallel body of mottled dyed yarn with a thread does not disturb the parallel order of the connected body (if it is straight, the pattern on it (
80 pieces are arranged as shown in FIGS. 20 and 21.

In other words, those speckled dyed threads can be dyed with the desired partial pattern (+') (1 勺, (+' ) (1''')... or (2') (2 勺, (2') 2')...
are arranged in the required order.

The mottled dyed yarn that will become the yarn connector with the connection mode shown in Figure 20 can be inserted so that the starting end group in the figure comes first or vice versa, resulting in the yarn connector with the connection style shown in Figure 21. For mottled dyed yarn, you can insert the weft in the same order.

FIG. 22 shows another example of a mottled dyed yarn according to the second method of the present invention, designated by the symbol (+00-2□). The mottled dyed yarn in Figure 22 has multiple 8 (2111 in the figure) patterns -, (+10), such as the different colors of the fabric (A-23) schematically shown in Figure 23 as in Figure 19. It is suitable for threading, and the one in this example is mottled dyed thread (100-2□)
...Pattern in parallel body (90') (110')
occupies a symmetrical position with respect to its horizontal center line in each span (a''), and the pattern is arranged in such a way that objects on the horizontal axis that are symmetrical to each other in adjacent spans are of the same type. With the exception of This was obtained by using a composite body and printing it with the same specifications as in the previously described embodiment of the second method of the present invention.In Figure 22, the same reference numerals as in Figure 18 are used. 23 indicates the same parts, and the same symbols in FIG. 23 as in FIG. 19 indicate the same parts.

Still another example of the mottled dyed yarn according to the second method of the present invention is shown in the second example.
This is shown in Figure 4. This example of speckled dyed yarn (+00-2
．． ) are shown in Figure 25 in the same way as in Figure 19, such as different colors of fabrics (A-, ,), etc., and patterns (+20), (+30) of multiple types (two types) and partially overlapping each other. ) is suitable for the appearance of mottled dyed yarn (+0O-2a)...
・Except that the pattern (120', (130') in the parallel body corresponds to the pattern (120), (+30) and is partially duplicated, the basic structure is essentially the same as the speckled dyed yarn in Figure 22. In the second method of the present invention, using substantially the same parallel body of multiple yarns and a bonded body of a mount or belt, printing was performed with the same specifications. In FIG. 24, the same symbols as in FIG. 18 indicate the same parts, and in FIG. 25, the same symbols as in FIG. 19 indicate the same parts.

The yarn connections and weft insertion procedures for the yarns shown in FIGS. 22 and 24 are the same as those for the mottled dyed yarn shown in FIG. 18.

On the other hand, the lateral shift toward a predetermined pitch may be performed by a method similar to that described in detail in the first aspect of the present invention.

[Brief explanation of drawings]

Fig. 1 is a plan view showing an example of a mottled dyed yarn according to the first method of the present invention, and Fig. 2 is a partially omitted schematic plan view of the yarn shown in Fig. Concave diagram, Figure 3 is the first one! FIG. 4 is a plan view showing an example of a bonded body of a large number of yarns in parallel and a mount or a belt used in the implementation of the second method of the present invention; FIG. 5 is a front view showing an example of a relative lateral deviation means between the body and the mount or belt, FIG. 5 is a side view thereof, FIG. Figure 7 shows the side Ii [Figure 1]. Figures 8 to 13 are
FIG. 14 is a planar-concave diagram showing another example of the mottled dyed yarn according to the first method of the present invention, and FIG. Fig. 16 is a partially omitted schematic plan view of a fabric on which a pattern is created by weft-inserting yarn, and Fig. 16 is a plan view showing another example of mottled dyed yarn using the method of the first invention. The figure is a partially omitted schematic flat I of a woven fabric with a revealing pattern called yarn weft insertion K in Figure 16.
It is an IEI diagram. Figure 18 is a flat +10 diagram showing an example of mottled dyed yarn according to the second method of the present invention, and Figure 19 is a 18
Fig. 20 and 21 are partially omitted schematic plan views of a fabric whose pattern is revealed by weft insertion of the threads, and Figs. An illustrative view, FIG. 22 is a plano-concave view showing another example of mottled dyed yarn according to the second method of the present invention, and FIG. 23 is a partially omitted fabric that is patterned by inserting the yarn in FIG. 22. FIG. 24 is a plan view showing still another example of the mottled dyed yarn according to the second method of the present invention, and FIG. 25 is a schematic plan view of a woven fabric with a revealing pattern in which the yarn of FIG. 24 is inserted into the weft. It is a schematic plan-concave view with some parts omitted. (υ, (2), (3), (1), (2) is a partial pattern (4
) is the beam (5) and the roller (6) is the mount or belt (10-0), (10-0,), (10-06), (1
00-□8), (+00-2□), (100-2,4)
Spotted dyed yarn (10-□) is raw yarn (4), ■, shout, what, river, VI2%..., good, (110)
, (120), (+30) are porcelain patterns (20'), (30'), (40'), (50')
, (60'), (70'), (80'), (90'
), (110'), (+20'), (130') are speckled dyed yarn parallel body pattern (2) is beam yarn CA, 2), (A-15), ('-0J, (A-, 9)
, ('-23), (A-25) are woven fabrics (-) are woven fabric widths (4 勺 is the span of a parallel body of many raw yarns in a laminated body (-''), and the span of a parallel body of mottled dyed yarns ( 6) is a parallel body with many yarns (B') is a parallel body with many yarns in a bonded body Ω is a bonded body (above) Figure 5 M Figure 7 Figure 6

Claims (2)

[Claims] (1) A large number of yarns are lined up in a sheet shape at a regular pitch, and the parallel body of yarns is pasted on a mount or belt under the above-mentioned parallel state using a removable temporary adhesive with an adhesive. , the length corresponding to the fabric weaving width in the longitudinal direction of the raw yarns in the following bonded body is one span, and the raw yarns are placed in parallel on the mount or belt, or vice versa. Sequentially shift the above-mentioned spans to one side in the parallel direction of the yarn in the parallel direction, and when the appropriate number of spans is reached, similarly address the same pitch to the opposite side. The above-mentioned pasting is carried out under the specification of shifting the above-mentioned yarns, and a large number of the above-mentioned yarns are arranged in parallel to a printing machine having a pattern printing plate in a position corresponding to a horizontal axis that is symmetrical between adjacent spans. Then, the laminate or the belt is advanced along the longitudinal axis of the laminate or vice versa, and the stamper is used to print the laminate at a desired location in the parallel body of a large number of yarns. A method of speckled weft dyeing to reveal a pattern, which is characterized by the imprinting of a pattern. (2) A large number of yarns are lined up in a sheet shape at a regular pitch, and the parallel body of yarns is pasted on a mount or belt under the above-mentioned parallel state using a removable temporary adhesive with an adhesive. , the length corresponding to the fabric weaving width in the longitudinal direction of the raw yarns in the following bonded body is one span, and the raw yarns are placed in parallel on the mount or belt, or vice versa. The number of parallel pitches corresponding to an integer multiple of 2 or more is sequentially shifted to one side in the parallel direction of the yarn in the lengthwise direction of the yarn in the above spans, and when it reaches the appropriate number of spans, it is moved to the opposite side. In the same way, the above-mentioned paste is applied to the same pitch and staggered, and the above-mentioned above is applied to the above-mentioned printing device which has a pattern printing plate on the part corresponding to the horizontal axis that is symmetrical between the adjacent spans. A combination of many yarns in parallel and a mount or belt, or vice versa,
Pattern manifestation characterized by applying a pattern stamp to a desired part of the parallel body of a large number of raw yarns of the bonded body using the printing machine as it advances along the longitudinal axis of the bonded body. Mottled dyeing method for weft yarns.