JP2006161185A - Method for manufacturing chenille thread - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a chenille thread for a chenille fabric with an original pattern by using a tabletop handloom. <P>SOLUTION: The invention relates to the method for manufacturing chenille thread by using the tabletop handloom which can form a leno weaved texture, comprising formation of leno weaved texture by using thread with fineness of 90-240 denier as warp yarn and 800-1700 denier as weft yarn, bundling four warp threads by collecting two warp threads forming a set of leno weaved texture and two warp threads forming a set of the adjacent leno weaved texture in the leno weaving after closing the opening state of warp yarn, and weaving a leno weaved texture by setting distance between bundles as 8mm and number of weft threads as 8-11 per cm by using the tabletop handloom and then cutting the weft along a core which comprises four warps of the leno weaved texture, into 1.5-3 mm of length from the core 24. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a manufacturing method for producing a chenille yarn having a woven fabric structure in a core yarn, which forms a weft of a woven fabric in which a design to be front and back is drawn on the front and back using a table-top hand loom.

The fabric on which the front and back objects are drawn is familiar with chenille fabric or rewoven fabric, and the chenille yarn that is the basis of this fabric is electronically controlled and industrially produced by industrial looms. The manufacturing method is not disclosed to the public.

In addition, the chenille fabric, on which the front and back are depicted, is a traditional craft that was originally born in England in the late 18th century and is now part of Germany and the Czech Republic. Introduced and rewoven, when weaving, the border pattern designed according to the target pattern was once woven in a plain weave structure, and the chenille yarn fabric woven in this plain weave structure along the warp thread When the cut and cut fabric is twisted and finished into a mole shape, and then the chenille yarn of the mole shape is used as a weft yarn and woven again, it is known as a mole fabric having the same multicolor pattern on the front and back.

In addition, a published patent publication (for example, see Patent Document 1) discloses a yarn using a woven or knitted structure as a core yarn of chenille yarn.
JP-A-2004-204362 (Claim 1).

  Originally craft fabrics, chenille fabrics were formerly made by hand weaving, and chenille yarns were also made by hand weaving, and chenille yarns have a weft thread density that allows them to be manufactured by hand weaving. Using a plain weave structure that can be raised, the border pattern was once woven, and the woven fabric for chenille yarn was cut along the warp yarn, and the cut fabric was twisted to finish it in a mold shape.

  In other words, in order to make chenille yarn originally, a twisting process is necessary, and when industrial equipment is used, a stable twist density can be realized, but general handicraft enthusiasts twist the yarn manually. When making twisted yarns to be hung, it is very difficult to make the twist density constant, and for chenille yarns with a non-constant twist density, when the chenille fabric is woven again and the chenille fabric is woven, a state where the design cannot be reproduced occurs. There was a problem.

In addition, when making chenille yarn on an industrial loom, use warp weave to make the warp yarn the core yarn, weave it once, cut the woven fabric for chenille once along the warp yarn, and twist the cut fabric However, for table-top hand looms, the weft weaving force is weak against industrial looms, and the distance between the warp yarn feeding part and the winding part is very short. , It is very difficult to weave the weft yarn at a high density, and we cannot weave at a weft yarn density sufficient to obtain a pile density of quality as a chenille yarn. The chenille yarn used was not made.

  In addition, when weaving chenille fabric by hand weaving in handicrafts, there is only a way to enjoy chenille fabric using ready-made chenille yarn manufactured industrially, and means to respond to the desire to create chenille fabric with user's original design There was no current situation.

  Therefore, an object of the present invention is to embody a method that enables a user-designed chenille yarn for making a user-designed chenille fabric to be made by a table-top hand loom.

The manufacturing method of the chenille yarn according to the present invention is as follows: (a) a manufacturing method of a chenille yarn having a woven fabric structure in the core yarn, which constitutes a weft of a woven fabric on which the front and back objects are drawn; A vertical hand weaving machine capable of swinging the warp yarn 10b arranged next to the warp yarn 10a passed through the heel to the left and right to form a woven fabric structure is used. (C) From 90 denier to 240 warp yarn Use a yarn with a fineness of denier, use a yarn with a fineness of 800 to 1700 denier for the weft, and (d) when weaving with a weave texture, (e) let the weft thread pass through and open the warp yarn After the closed state, the two warp yarns forming one set of the weave textures 20a and the two warp yarns forming the adjacent one set of the weave textures 20b are brought together, and the four warp textures (F) 4 warp textured warp yarns The bundle distance 23 of the bundle 21 is set to 8 mm or more, and (g) a chenille yarn fabric 25, which is a woven fabric woven from 8 to 11 weft yarns per 1 cm on a table hand weaving machine, (H) Along the warp yarn of the bundle 21 consisting of four warp yarns of four weave textures, the warp yarn of the bundle 21 consisting of four warp yarns of the warp texture is used as a core, and (i) the weft yarn is the core portion 24. The first feature is that the length is cut from 1.5 mm to 3 mm.

The second feature of the chenille yarn manufacturing method according to the present invention is that the warp yarn is passed through and the warp yarn opening state is closed, and then the two warp yarns forming one set of the weave texture 20a, The two warp yarns that form one set of the weave texture 20b are brought together with the fingertips to bring the four warp yarns of the four weave textures into a bundled state.

The third feature of the chenille yarn manufacturing method according to the present invention is that, after the open state of the warp yarn is closed, the two warp yarns that form one set of the weave fabric structure 20a and the adjacent set of warp weaves. Bring together the two warp yarns that form the structure 20b, bundle the four warp yarns of the weaving structure, pass the shuttle through the opening of the warp yarn in the next opening state, and put the shuttle before weaving Pressing and weaving the weft yarn in the range of 8 to 11 per cm on a table-top hand weaving machine.

A fourth feature of the chenille yarn manufacturing method according to the present invention is that a pitch determining rod 32 is installed between the weave 30 and the sliding body 31, and the warp yarn is passed through the pitch determining rod 32 in one gap 33. Pass the four threads, set the gap 33 through the four warp threads to be 8 mm or more, weave the weft thread, and press the pitch determination bar 32 against the front 30 to determine the pitch The four warp yarns arranged in the same gap 33 of 32 form two sets of warp structures, and the warp yarns of the four weave structures are bundled to form four warp yarns of the four texture structures. The distance between the bundles of the bundle 21 is 8 mm or more, and the weft yarn is woven in the range of 8 to 11 pieces per 1 cm on the tabletop hand loom.

The fifth feature of the chenille yarn manufacturing method according to the present invention is that (a) the weft-direction mesh unit 40 is the composition density of the weft yarn of the chenille yarn fabric 25 which is a woven tissue fabric, and the warp-direction mesh unit. 41 is a design density of the chenille yarn of the chenille fabric, and a design production sheet 44 configured to have a biaxial length scale 42 and 43 in a positional relationship orthogonal to the outside of the mesh portion is used (b ) A design is created on the design production sheet 44 by filling the unit cell 46 composed of the square unit 40 in the horizontal direction and the unit cell 41 in the vertical direction with the same color, and (c) reading the design production sheet 44. One start position 45 is selected from the four corners of the design production sheet 44 in the upper, lower, left and right directions, the rule of the reading direction in the horizontal direction is determined, and (d) the selected design production sheet 44 is read. The color of the unit cell 46 is read in the horizontal direction according to the rule of the reading direction in the horizontal direction determined from the reading start position 45 of the vertical direction corresponding to the taking start position 45, and corresponds to the color of the unit cell 46 (E) Sequentially, in the vertical direction, the scanning direction is changed to the opposite direction from the reading start position 45, and in the horizontal direction, the reading direction in the horizontal direction determined for each level is changed. According to the rules, the color of the unit cell 46 is read, the color yarn corresponding to the color of the unit cell 46 is woven as a weft yarn, and the weft yarn which becomes the pile of the chenille yarn is 8 to 11 per cm on a table-top hand loom. In this range, the chenille yarn fabric 25, which is a woven weave fabric, is woven.

  According to the present invention, with a conventional hand-weaving machine, once weaved in a plain weave structure, this once woven chenille yarn fabric is cut along the warp yarn, and the knitted fabric is twisted to create a chenille yarn. Without using a twisting process that is difficult to do, we use a table-top weaving machine to weave once in the weaving structure and cut the chenille yarn fabric along the warp yarn using the gripping property of the weft yarn, which is a characteristic of the weaving structure. Thus, it becomes possible to manufacture a chenille yarn that does not require a twisting process, and a user-designed chenille yarn can be made by the user's hand to realize a chenille fabric having a user-original design.

  Hereinafter, the present invention will be described in detail with reference to embodiments shown in the drawings.

  FIG. 1 illustrates a state of manufacturing a chenille yarn having a woven fabric structure in a core yarn, which constitutes a weft of a woven fabric on which the front and back objects are drawn on the front and back according to the present invention. Using a table-top weaving machine that can move the warp yarn 10b that has not passed through the reed to the left and right of the warp yarn 10a that has passed through the reed, and using a cotton yarn of 60/2 count as the warp yarn, When weaving 10/2 count cotton yarn for weft and weaving with a weave weave, a set of weave weaves 20a was formed after weaving weft and closing the open state of warp yarn 2 Combine two warp yarns and two warp yarns that form another set of adjacent weave fabrics 20b, and put the warp yarns of the 4 weave fabrics into a bundled state, The distance 23 between the bundles 21 of the warp yarn is 10 mm, and the weft yarn is 1 cm on a table-top hand loom. A chenille yarn fabric 25, which is a woven fabric of ten woven fabrics with a density of 10 yarns, is composed of four warp yarns of four woven fabrics along a warp yarn of a bundle 21 consisting of four warp yarns of a woven fabric texture. A state in which a warp yarn in a bundle state is used as a core and a weft yarn is cut into a length of 2.3 mm from the core portion 24 to produce a chenille yarn is shown.

In the manufacturing method of the present invention, a warp texture is formed by using a table-top hand loom capable of swinging the warp yarn 11b not passing through the heel to the left and right of the warp yarn 11a passing through the heel, When producing a chenille yarn with the warp 21 of the bundle of warp yarns 21 as the core, the warp yarn has a fineness of 90 to 240 denier, and the weft yarn has a fineness of 800 to 1700 denier. By setting the inter-bundle distance 23 of the bundles 21 of the warp yarns of the structure to 8 mm or more, weft the weft yarn as the pile part of the chenille yarn in the range of 8 to 11 pieces per 1 cm on the table hand weaving machine. By discovering this condition and finding this condition for the first time, it is a tabletop hand-weaving machine, and the warp yarn of the bundle 21 consisting of warp yarns of four weave textures is used as a core, and the pile length is 1.5 to 1.5. The 搦織 tissue fabric is a chenille yarn for fabric 25 to be a chenille yarn group and a length of 3 mm m made it possible to weaving.

  The reason why the chenille core portion 24 is in a state where two sets of two warp yarns of the weave texture are arranged is that the core portion 24 is in a state where only two sets of warp texture yarns are in one state. When the weft yarn on both sides of the core is cut, the cut weft yarn rotates in the direction to release the warp yarn warp, the warp weave texture is released and returns to the plain weave texture, and the core of the chenille yarn However, when the weft yarns on both sides of the core are cut by arranging two sets of two warp yarns that form the weave texture, the texture is released. This is to prevent it from being done.

  In FIG. 1, the left and right warp yarns 10 b of the warp yarn 10 a that has passed through the heel are illustrated as having a structure in which they pass through a gap of a comb-like heel that does not pass through the heel and performs a swinging motion. In the present invention, the warp yarn that swings to the left and right of the warp yarn 10a that performs the swinging motion and passes through the warp yarn 10b may be held by a hole or a recess.

FIG. 2 shows four steps of manufacturing a chenille yarn using a table-top hand loom capable of swinging the warp yarn 10b not passing through the reed according to the present invention to the left and right of the warp yarn 10a passed through the reed. The process of forming a bundle-like woven structure is illustrated, and in order to form a woven structure by swinging the warp yarn, the warp yarn 10b to be slid is surely used as the center of stagnation. As shown in the figure, a set of warp yarns 10b that do not pass through a pair of warps and a warp yarn 10a that passes through the scissors, The warp yarns that swing through the left and right through the same gap 33 of the comb-like oscillating body 31 are made independent.

In FIG. 2, a tabletop hand loom capable of swinging the warp yarn 10b that has not passed through the heel to the left and right of the warp yarn 10a that has passed through the heel is illustrated, but the warp yarn is moved to the left and right. Even in a situation where the contact portion with the warp yarn is held by the hole or the recess, the two warp yarns formed with one set of the weave structure are in an independent state for each set. .

  In this way, in the mechanism that forms an independent positional relationship for each set of the weaving texture of the tabletop hand loom, the condition in which the weft thread is passed and the open state of the warp thread is closed, that is, the weaving texture is formed. Below, when two warp yarns forming one set of weaving textures 20a and two warp yarns forming another set of weaving textures 20b are brought together with the fingertips, the warp of the tabletop hand loom The present inventors have found that two bundles of warp yarns can be drawn next to each other without being influenced by the yarn arrangement to form four bundles of the weave texture.

FIG. 3 is a cross-sectional view of a warp yarn in a process of manufacturing a chenille yarn using a table-top hand loom capable of swinging the warp yarn 10b not passing through the heel according to the present invention to the left and right of the warp yarn 10a passed through the heel. The process of driving is illustrated, and in the next opening state through which the weft thread is passed, the shuttle 35 is passed through the opening of the warp thread, and before placing the next weft thread, the shuttle 35 is pressed against the weave 30; By weaving the weft yarn that weaved before, the warp yarn of the chenille yarn is equivalent to the pile density of the chenille yarn, without being affected by the mechanism of the table-top hand weaving machine, without separating the warp yarn of the four bundles of weave texture The weaving density can be woven in the range of 8 to 11 per cm on a table-top hand weaving machine.

FIG. 4 illustrates a state for manufacturing a chenille yarn using a table-top hand loom capable of swinging the warp yarn 10b that does not pass through the reed according to the present invention to the left and right of the warp yarn 10a that passes through the reed. In addition to the perforated body 31 corresponding to the reed that causes the warp yarn 10b to pass through the reed to the left and right of the warp yarn 10a that has passed through the reed, the warp yarn 10b that has not been passed through the reed is passed through the gap 33 two by two. A pitch setting rod 32, which is the second rod, is newly installed between the weaving 30 and the moving body 31, and four warp yarns are passed through the gap 33 of the pitch determination rod 32, and an interval of 8 mm or more is provided for every four warp yarns. Are set in an independent state, and after the open state of the warp yarn is closed, two warp yarns that form one set of the weave texture 20a by pressing the pitch determination rod 32 against the front 30 Form another set of adjacent weave tissue 20b By bringing the two warp yarns together, the four warp yarns of the weave texture are bundled, and the distance 23 between the bundles of the warp yarns 21 consisting of the four warp textures is set to 8 mm or more. The weft yarn can be woven in the range of 8 to 11 pieces per 1 cm on a table-top hand weaving machine.

In FIG. 4, the pitch determining rod 32 is shown in a shape in which one side of the comb-like shape is opened. However, in the present invention, the pitch determining rod is not a structure in which one side is opened but for passing the warp yarn. Even if it is a shape having a plurality of vertically long holes, a jig having a small width that does not have a width capable of passing all the warp yarns of the entire woven width at the same time, and using the method of repeating the operation of the present invention Good.

4 shows a state in which the gap 33 of the pitch determination rod 32 is set to 8 mm or more and four warp threads are passed through all the gaps 33. In the present invention, the pitch determination rod 32 is shown. 32 may use a method in which the gap 34 between the gaps 33 is not set to 8 mm or more, and a gap 33 that does not allow the warp yarn to pass is provided so that the gap between the four warp threads is 8 mm or more.

FIG. 5 is a diagram for manufacturing a chenille yarn having a woven fabric structure in the core yarn, which constitutes a weft of a woven fabric on which the original design of the front and back objects is drawn on the front and back sides, using the tabletop hand loom according to the present invention. In the design production sheet 44, the horizontal unit 40 is set to the configuration density of the horizontal yarn of the chenille yarn 25, which is a woven tissue fabric, and the vertical unit 41 is used as the chenille. The composition density of the chenille yarn of the woven fabric is set so as to have the biaxial length scales 42 and 43 that are orthogonal to the outside of the mesh portion. Considering the size, a design is created in which the unit cell 46 composed of the unit cell 40 in the horizontal direction and the unit cell 41 in the vertical direction is filled with the same color. The scraping start position 45 is set to the lower left corner of the design production sheet 44, the color of the unit cell 46 is read from the start position 45 toward the right side direction, and the color yarn corresponding to the color is sequentially woven and read. The color of the unit cell 46 is read from the right end of the step one level above the start position 45 toward the left direction, and the color yarns corresponding to the color are sequentially weaved as weft yarns, and the steps are sequentially moved in the vertical direction. The color of the grid 46 is read to the right and left in the horizontal direction, and the color yarn corresponding to that color is woven as a horizontal yarn, and the chenille yarn for forming the horizontal yarn of the woven fabric on which the original design is drawn Weaving the pile weft yarn on a table-top weaving machine, making it possible to create chenille yarn for composing the weft yarn of the fabric on which the original design is drawn.

  FIG. 5 shows an optimum method for weaving a woven fabric on which the original design is drawn on the front and back sides of the present invention alternately from the left and right directions using the chenille yarn of the present invention. In the case of weaving a woven fabric in which the original design to be front and back is drawn in one direction using the chenille yarn of the present invention, the reading start position 45 of the design production sheet 44 is set to the top, bottom, left and right of the design production sheet 44. Select one of the four corners, read the color of the unit cell 46 from the vertical reading start position 45 corresponding to the reading start position 45 of the selected design production sheet 44 toward the opposite horizontal direction, Sequentially weaving the color yarns corresponding to the color as weft yarns, and the reading start position one level inside the reading start position 45 The color of the unit cell 46 is read in the opposite direction from 5 and the color yarn corresponding to the color is sequentially woven as a horizontal yarn. In the vertical direction, from the reading start position 45 to the opposite direction, the horizontal direction. , The color of the unit cell 46 from the reading start position 45 in the opposite direction to the horizontal direction is read for each step, woven as a horizontal yarn, and the chenille yarn for forming the horizontal yarn of the fabric on which the original design is drawn It is good to weave the weft yarn to be piled on a table hand weaving machine.

  When drawing a pattern, Munsell's 10 hues (R, RY, Y, YG, G, GB, B, BP, P, PR) high saturation and high brightness values and 10 hues (R, RY, Y) , YG, G, GB, B, BP, P, PR) Medium saturation and high brightness values and 10 hues (R, RY, Y, YG, G, GB, B, BP, P, PR) If you prepare a total of 32 colors of high saturation and medium brightness values and white and black as standard thread in advance, select a color from these 32 colors, and operate a system to create a design, The color can be sufficiently covered, and the user can select from among 32 color yarns, which are ready-made standard color yarns prepared in advance, and can construct an efficient original chenille yarn production system.

  In addition, when weaving a chenille fabric with chenille yarn that changes in color, it is a mark color that indicates the folding position at the left and right unit cells 46 in the design effective range of the design production sheet 44 at the time of design creation in order to make it easier to match the design. It is good to arrange.

  In addition, the grid unit 40 in the horizontal direction is the configuration density of the weft yarn 25 of the chenille yarn, which is a woven fabric, the grid unit 41 in the vertical direction is the configuration density of the chenille yarn in the chenille fabric, The design production sheet 44 configured to have the scales 42 and 43 having a length of two axes that are orthogonal to each other on the outside may be reduced or enlarged.

  Also, counting the number of unit squares 46 for each color of the design drawn on the design production sheet 44 and calculating the amount of weft weaving on a table-top weaving machine for creating a chenille yarn will greatly contribute to yarn preparation. This is effective, and the yarn amount may be calculated by image analysis of a computer.

  Further, the method of reading the color order of the unit cell 46 for each step of the design drawn on the design production sheet 44 is to cut the design production sheet 44 for each horizontal step and obtain the color information of the band-like unit cell 46. Either a reading method or a method of displaying color information by computer analysis may be used.

It is a principal part perspective view of the manufacturing process of the chenille yarn which concerns on this invention. It is a principal part perspective view of the manufacturing process of the chenille yarn which concerns on this invention. It is a principal part perspective view of the manufacturing process of the chenille yarn which concerns on this invention. It is a principal part perspective view of the manufacturing process of the chenille yarn which concerns on this invention. It is a principal part perspective view of the manufacturing process of the chenille yarn which concerns on this invention.

Explanation of symbols

10: Warp yarn 10a: Warp yarn 10b passed through the heel 10: Warp yarn 11 arranged next to the warp yarn passed through the heel 11: Weft yarn 20, 20a, 20b: Woven fabric 21: Four warp Bundle 22 composed of warp yarns: Weft yarn density 23: Distance between bundles 24: Core portion 25: Fabric for chenille yarn 30: Weaving 31: Oscillating body 32: Pitch determining rod 33: Gap 34: Distance between gaps 35: Shuttle 36 : 綜 絖 37: Scissors 38: Fingertip 40: Horizontal grid unit 41: Vertical grid unit 42: Horizontal length scale 43: Vertical length scale 44: Design production sheet 45: Reading Start position 46: Unit cell

Claims (5)

  (A) In the manufacturing method of the chenille yarn which has the woven fabric structure in the core yarn, which constitutes the weft of the woven fabric on which the front and back objects are drawn, (b) the warp yarn passed through one fold (10a) The vertical yarn (10b) placed next to the yarn is moved to the left and right to use a table-top weaving machine that can form a woven fabric. (C) The vertical yarn is 90 to 240 denier fine yarn. , Using a yarn with a fineness of 800 to 1700 denier for the weft, (d) when weaving with a weave texture, (e) passing the weft and closing the open state of the warp yarn Two warp yarns forming one set of weave textures (20a) and two warp yarns forming one set of adjacent weave textures (20b) are brought together to form four warp textures (F) A bundle of warp yarns (21) A chenille yarn fabric (25), which is a woven weave fabric (25), in which the inter-bundle distance (23) is 8 mm or more, and (g) a weft weave fabric in a range of 8 to 11 per cm on a table-top weaving machine, (H) A bundle of four warp textured warp yarns (21) along the warp yarn of the four warp textured yarns (21) and a bundle of warp yarns (21) consisting of the warp yarns of the four weaving textures (i) Weft yarn A chenille yarn is produced by cutting the core part (24) into a length of 1.5 mm to 3 mm. In the manufacturing method of chenille yarn, two warp yarns forming one set of weave textures (20a) after passing the weft yarn and closing the open state of the warp yarns, and the next set of weave textures The method for producing a chenille yarn according to claim 1, wherein the two warp yarns formed with (20b) are brought together with a fingertip to bring the four warp yarns of the weave texture into a bundled state. In the manufacturing method of chenille yarn, after the open state of the warp yarn is closed, two warp yarns forming one set of the weave texture (20a) and the next set of warp texture (20b) are formed. The two warp yarns are brought together, and the four warp yarns of the weaving structure are bundled. In the next opening state, the shuttle is passed through the opening of the warp yarn, and the shuttle is pressed before weaving. The method for producing chenille yarn according to claim 1 or 2, wherein the yarn is woven in a range of 8 to 11 yarns per 1 cm on a table-top hand weaving machine.   In the manufacturing method of the chenille yarn, a pitch determining rod (32) is installed between the weaving (30) and the sliding body (31), and the warp yarn is passed through the pitch determining rod (32) with one gap (33). Pass the four warp yarns through the gap and set the gap (33) between the four warp yarns to be 8 mm or more. ) And the four warp yarns arranged in the same gap (33) of the pitch setting rod (32) form two sets of warp textures, and the four warp yarns of the four weave textures are bundled In this state, the inter-bundle distance (23) of the bundles (21) composed of the warp yarns of the four weave structures is 8 mm or more, and the weft yarn is woven in the range of 8 to 11 pieces per 1 cm on the table-top hand loom. The method for producing chenille yarn according to claim 1. In the manufacturing method of chenille yarn, (a) the grid unit (40) in the horizontal direction is the composition density of the weft yarn of the chenille yarn (25) which is a woven tissue fabric, and the grid unit (41) in the vertical direction is Using a design production sheet (44) configured to have a density of the chenille yarn of the chenille woven fabric and a scale (42, 43) of a biaxial length that is in a positional relationship orthogonal to the outside of the grid, (B) Create a design in which the unit cell (46) composed of the horizontal cell unit (40) and the vertical cell unit (41) is filled with the same color on the design production sheet (44). (C) The reading start position (45) of the design production sheet (44) is selected from the four corners of the design production sheet (44), and the rule of the reading direction in the horizontal direction is determined. d) Selection According to the rule of the reading direction in the horizontal direction determined from the vertical reading start position (45) corresponding to the reading start position (45) of the design production sheet (44), the unit cell (46 ), And weaving the color threads corresponding to the color of the unit cell (46) sequentially as weft threads. (E) In the vertical direction, in the vertical direction, from the reading start position (45) to the opposite direction, In the horizontal direction, the color of the unit cell (46) is read according to the rules for the reading direction in the horizontal direction determined for each step, and the color yarn corresponding to the color of the unit cell (46) is woven as a horizontal thread. The chenille yarn woven fabric (25), which is a woven weave fabric, is woven in a range of 8 to 11 yarns per 1 cm on a table-top hand weaving machine. Preparation of chenille yarn according to any of the four.

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