JP2019119948A - Manufacturing method of towel - Google Patents

Abstract

To provide a manufacturing method of towel which can manufacture towel with high designability easily.SOLUTION: A manufacturing method of towel is a manufacturing method of a rectangle towel 1 folded into a shape of a flower. The manufacturing method includes: a step of dyeing thread wound around a bobbin B and preparing a first thread T1 having a first color C1 and a second thread T2 having a second color C2; a step of putting the first thread T1 and the second thread T2 on creel K respectively; and a step of forming a line L1 of the first color C1 in the center of the towel 1, and winding up the first thread T1 and the second thread T2 by a beam E to form a line L2 of the second color C2 in a neighboring position of the line L1 of the first color L1.SELECTED DRAWING: Figure 5

Description

  The present invention relates to a method of manufacturing a towel that is folded in the shape of a flower.

  Conventionally, various things are known as a towel. Japanese Utility Model Laid-Open Publication No. 3-127593 discloses a towel used as a towel for hand-washing, a bath towel or a kitchen towel. The towel is formed by weaving pile yarn, warp yarn and weft yarn, and the towel has a pair of discolored bodies attached. The color changer has a color which changes with temperature change and has a microcapsulated dye, which is formed by coating or printing on the surface of a synthetic resin sheet, cloth, leather or the like. In this towel, it is possible to grasp the temperature of the towel by confirming the color of the discolored body.

Japanese Utility Model Application Publication No. 3-127593

  By the way, a towel may be packed in a box and given as a gift etc., and it is calculated | required that the design property of a towel is improved. However, towels are often folded and rolled into boxes and there is room for improvement in the design of the towels.

  An object of this invention is to provide the manufacturing method of the towel which can manufacture easily a towel with high designability.

  A method of manufacturing a towel according to the present invention is a method of manufacturing a rectangular towel that is folded in the shape of a flower, wherein a yarn wound on a yarn wound around a bobbin is used to produce a first yarn having a first color. , And preparing a second yarn having a second color, and applying each of the first yarn and the second yarn to a creel, forming a line of the first color in the center of the towel And winding the first yarn and the second yarn in the beam to form a second color line at a position adjacent to the first color line.

  In this towel manufacturing method, a towel having a first color and a second color is manufactured, which is a towel that can be folded in the shape of a flower, so a towel with high designability can be manufactured. In this towel manufacturing method, a first yarn having a first color and a second yarn having a second color are prepared by performing yarn dyeing on a yarn wound around a bobbin. Yarn and second yarn respectively on the creel. Then, the first thread and the second thread are formed so as to form a line of the first color in the center of the rectangular towel and to form a line of the second color adjacent to the line of the first color. Wind the yarn into a beam. Thus, the yarn making up the towel is wound on the beam so that the first color is located at the center of the towel and the second color is located adjacent to the first color. Thus, weaving, desizing, drying and cutting the wound towel produces a bright towel with the first color at the center and the second color at the center adjacent position. . As described above, when winding the yarn in the beam, the design is achieved by winding the yarn so that the first color is at the center and the second color is at the center adjacent position. Tall towels can be easily manufactured. Further, when the towel is folded in a flower shape, a bright flower shaped towel is formed, in which the first color is located at the center and the second color is located adjacent to the first color. Therefore, by packing a plurality of flower-shaped towels, it is possible to make an assortment of highly designed towels.

  Also, the lightness of the first color may be lower than the lightness of the second color. In this case, a low lightness first color line is formed at the center of the rectangular towel, and a high lightness second color line is formed adjacent to the first color line. Therefore, it is possible to form a flower-shaped towel in which the first color with low lightness is located at the center and the second color with high lightness is located at the adjacent position of the first color. As a result, since it is possible to express a three-dimensional feeling as a flower with a shadow in the center, the towel can have a higher design.

  Further, in the step of winding the first yarn and the second yarn in the beam, a line of a second color may be formed on both sides of the line of the first color. In this case, the design of the towel can be further enhanced because a bright towel can be formed in which the first color is located at the center and the second color is located around the first color.

  According to the present invention, a towel with high designability can be easily manufactured.

It is a photograph which shows the surface of the towel concerning an embodiment. It is a photograph which shows the back of the towel of FIG. It is a top view which shows the color of the towel of FIG. It is a flowchart which shows the manufacturing method of the towel which concerns on embodiment. (A), (b), (c) and (d) is a figure which shows roughly the state of the thread | yarn in each process of the manufacturing method of FIG. It is a photograph which shows the flower-shaped towel formed by folding the towel of FIG.

  Hereinafter, an embodiment of a towel manufacturing method according to the present invention will be described with reference to the drawings. In the description of the drawings, the same or corresponding elements will be denoted by the same reference symbols, and overlapping descriptions will be omitted as appropriate.

  FIG. 1 is a photograph showing a surface 1A of a towel 1 according to the present embodiment. FIG. 2 is a photograph showing the back surface 1 B of the towel 1. FIG. 3 is a plan view showing the color arrangement of the towel 1. The towel 1 is a towel (see FIG. 6) to be folded in the shape of a flower, and for example, a plurality of towels 1 folded in the shape of a flower are packed and presented in a box. As shown in FIGS. 1 to 3, the towel 1 has a rectangular shape, and has a pair of first sides 2 a and a pair of second sides 2 b. The towel 1 may be square. Hereinafter, the direction in which the first side 2a extends is referred to as a first direction D1, and the direction in which the second side 2b extends is referred to as a second direction D2.

  The towel 1 is manufactured by a plurality of types of yarns different in color from one another. For example, the towel 1 according to the present embodiment is manufactured by five types of yarns, and the colors of the five types of yarns are different from each other. Further, the towel 1 has a plurality of types of lines L1 to L9 different in color from one another, and each of the lines L1 to L9 extends along the first direction D1. The lines L <b> 1 to L <b> 9 are, for example, arranged at positions symmetrical to each other with respect to the center 2 c of the towel 1. As an example, the widths of lines L1 and L9 (the length in the second direction D2) are 10 mm or more and 20 mm or less, the widths of lines L2 to L4 are 8 mm or more and 18 mm or less, and the widths of lines L5 to L8 are each Is 4 mm or more and 10 mm or less.

  The color of line L1 is the first color C1, the color of line L3 is the second color C2, the color of line L5 is the third color C3, and the color of line L7 is the fourth color C4. The color of the line L9 is the fifth color C5. The lightness of the first color C1 is lower than the lightness of the second color C2, the lightness of the second color C2 is lower than the lightness of the third color C3, and the lightness of the third color C3 is the fourth color It is lower than the lightness of C4, and the lightness of the fourth color C4 is lower than the lightness of the fifth color C5. The fifth color C5 is, for example, white.

  The hue of the first color C1, the hue of the second color C2, the hue of the third color C3, the hue of the fourth color C4, and the hue of the fifth color C5 are mutually the same, for example, magenta is there. Also, the saturation of the first color C1 is higher than the saturation of the second color C2, the saturation of the second color C2 is higher than the saturation of the third color C3, and the third color C3 is The saturation is higher than the saturation of the fourth color C4, and the saturation of the fourth color C4 is higher than the saturation of the fifth color C5.

  That is, the fifth color C5 is the brightest, the fourth color C4 is the second brightest, the third color C3 is the third brightest, the second color C2 is the fourth brightest, and the first color C1 is The darkest. The color of the line L2 is an intermediate color between the first color C1 and the second color C2, the color of the line L4 is an intermediate color between the second color C2 and the third color C3, and the color of the line L6 is The color of the line L8 is an intermediate color of the fourth color C4 and the fifth color C5, which is an intermediate color of the third color C3 and the fourth color C4.

  Therefore, it becomes brighter as it goes from line L1 to line L2, line L3, line L4, line L5, line L6, line L7, line L8, line L9. Further, the saturation increases in the direction from the line L9 to the line L8, the line L7, the line L6, the line L5, the line L4, the line L3, the line L2 and the line L1 and becomes brighter. Therefore, the line L1 is the darkest but the saturation is the highest, and the line L9 is the brightest but the saturation is the lowest.

  The line L1 of the first color C1 is provided at the center of the second direction D2 of the towel 1, and passes through the center 2c of the towel 1 and extends linearly along the first direction D1. Line L2 is on both sides of line L1 in the second direction D2, line L3 is on both sides of line L2 in the second direction D2, line L4 is on both sides of line L3 in the second direction D2, line L5 is in line L4 in the second direction D2. Both sides, the line L6 is on both sides of the line L5 in the second direction D2, the line L7 is on both sides of the line L6 in the second direction D2, the line L8 is on both sides of the line L7 in the second direction D2, the line L9 is the second direction of the line L8 It is arranged on both sides of D2, respectively.

  Therefore, with regard to the color of the towel 1, the lightness increases and the saturation decreases as going from the center 2c to the line L9 on the both end sides in the second direction D2. In addition, when going to both ends of the second direction D2 from the line L9, the lightness is lowered and the saturation is increased. That is, the line L8, the line L7, the line L6, and the line L5 are provided on both ends of the line L9 in the second direction D2. Therefore, the color of the towel 1 is the darkest and brightest at the center 2c and becomes lighter and closer to white (fifth color C5) from the center 2c to both ends of the second direction D2, and the second rather than the white It becomes dark and colorful as it goes to the both end side of direction D2.

  The towel 1 has, for example, a first yarn T1 having a first color C1, a second yarn T2 having a second color C2, a third yarn T3 having a third color C3, and a fourth color C4. And a fifth yarn T5 having a fifth color C5. The line L1 is formed by weaving the first yarn T1, the line L3 is formed by weaving the second yarn T2, the line L5 is formed by weaving the third yarn T3, and the line L7 is formed by the fourth The yarn T4 is woven and formed, and the line L9 is formed by weaving the fifth yarn T5.

  The line L2 is formed by weaving two types of yarns of a first yarn T1 and a second yarn T2. As shown in FIG. 1, the ratio of the first yarn T1 to the second yarn T2 of the line L2 on the surface 1A is the ratio of the second yarn T2 (light color) toward both end sides of the second direction D2. Increases, and the proportion of the first yarn T1 (dark color) increases as it goes to the center side of the second direction D2.

  On the other hand, as shown in FIG. 2, the ratio of the first yarn T1 to the second yarn T2 of the line L2 on the back surface 1B is the first yarn T1 (dark color) as it goes to both end sides in the second direction D2. The proportion of the second yarn T2 (light color) increases as it goes to the center side of the second direction D2. Therefore, the color of the line L2 of the front surface 1A becomes lighter toward both ends of the second direction D2, and the color of the line L2 of the back surface 1B becomes deeper toward both ends of the second direction D2.

  The line L4 is formed by weaving two kinds of yarns of the second yarn T2 and the third yarn T3, and the line L6 is formed by weaving two kinds of yarns of the third yarn T3 and the fourth yarn T4. The line L8 is formed by weaving two types of yarns of a fourth yarn T4 and a fifth yarn T5. The ratio of the second yarn T2 to the third yarn T3 in the line L4, the ratio of the third yarn T3 to the fourth yarn T4 in the line L6, the ratio of the fourth yarn T4 to the fifth yarn T5 in the line L8 Is, for example, the same as the ratio of the first yarn T1 to the second yarn T2 of the line L2.

  In this case, the colors of the lines L4, L6, L8 on the front surface 1A become thinner toward the both ends in the second direction D2, and the colors of the lines L4, L6, L8 on the back surface 1B are on both ends in the second direction D2. It gets thicker as you head. In FIG. 3, the colors of the lines L2, L4, L6, and L8 are shown as one intermediate color for simplification. However, in practice, as shown in FIGS. 1 and 2, the colors of the lines L2, L4, L6 and L8 are different from each other on the central side and both ends of the second direction D2. That is, each of the line L2, the line L4, the line L6 and the line L8 forms a gradation alone. In addition, the first side 2a and the second side 2b of the towel 1 are hem-wound and sewn by a sewing machine, for example.

  Next, a method of manufacturing the towel 1 according to the present embodiment will be described with reference to FIGS. 4 and 5. The flowchart shown in FIG. 4 shows an example of a method of manufacturing the towel 1, and from the first yarn T1, the second yarn T2, the third yarn T3, the fourth yarn T4 and the fifth yarn T5. An example of a method of weaving the towel 1 and completing the towel 1 after post-processing such as desizing is shown.

  First, each of the yarns that are the sources of the first yarn T1, the second yarn T2, the third yarn T3, the fourth yarn T4, and the fifth yarn T5 is spun. At this time, the raw cotton is twisted and spun, and the first yarn T1, the second yarn T2, the third yarn T3, the fourth yarn T4 and the fifth yarn T5 are produced. The following yarns are produced respectively.

  Then, each of the yarns that are the sources of the first yarn T1, the second yarn T2, the third yarn T3, the fourth yarn T4, and the fifth yarn T5 is wound around the bobbin B to perform yarn dyeing (Step S1). Yarn dyeing, for example, takes about 5 hours per color, so in this embodiment yarn dyeing takes 24 hours or more and 26 hours or less. In yarn dyeing, the bobbin B is softly wound with the yarns that are the sources of the first yarn T1, the second yarn T2, the third yarn T3, the fourth yarn T4, and the fifth yarn T5. Wrap around Thereafter, the respective bobbins B are put in a dyeing pot and the respective bobbins B are dyed to thereby carry out the first yarn T1, the second yarn T2, the third yarn T3, the fourth yarn T4 and the fifth yarn T5. Make Then, each of the first yarn T1, the second yarn T2, the third yarn T3, the fourth yarn T4 and the fifth yarn T5 which has been softly wound is wound into cheese winding and finish winding is performed, The first yarn T1, the second yarn T2, the third yarn T3, the fourth yarn T4 and the fifth yarn T5 are prepared (a step of preparing a yarn).

  Subsequently, the first yarn T1, the second yarn T2, the third yarn T3, the fourth yarn T4 and the fifth yarn T5 are warped using a warping machine (step S2). At this time, each of the first yarn T1, the second yarn T2, the third yarn T3, the fourth yarn T4 and the fifth yarn T5 is hung on the creel K (step on the creel). In the towel 1, in order to form a gradation, the number of yarns set on the creel K is large and the time to set the yarns on the creel K is long as compared with the case where no gradation is formed. For example, the number of yarns to stand on each creel K is 300 or more and 450 or less, and the time to stand each yarn on each creel K is 60 minutes to 80 minutes. In FIG. 5B, a simplified creel K is illustrated to facilitate understanding.

  The first yarn T1, the second yarn T2, the third yarn T3, the fourth yarn T4 and the fifth yarn T5 wound on each creel K are wound on a tyco reel. In the towel 1, in order to form a gradation, the time taken up of each yarn on the tyco reel is longer than, for example, 110 minutes and 130 minutes or less than in the case where no gradation is formed. Then, the first color C1 is formed at the center of the towel 1 by winding the first yarn T1, the second yarn T2, the third yarn T3, the fourth yarn T4 and the fifth yarn T5 around the beam E. Of lines L2 and L3 of the second color C2 at positions adjacent to the line L1 of the first color C1 (step of winding up yarn, step S3).

  Specifically, as shown in FIGS. 5C and 5D, the beam E is wound so that seven towels 1 are aligned along the longitudinal direction (axial direction) of the beam E. Do. 5 (c) shows a simplified beam E, and FIG. 5 (d) schematically shows the arrangement of the towel 1 wound around the beam E. As shown in FIG.

  In addition, the winding of the first yarn T1, the second yarn T2, the third yarn T3, the fourth yarn T4 and the fifth yarn T5 on the tyco reel is such that the tension on the tyco reel becomes uniform. Run. In addition, the first yarn T1 to the beam E, the second yarn T2, the third yarn T3, the fourth yarn T4 and the fifth yarn T5 are used to set the wound yarn on the loom. To do. The beam E is installed in the loom, and the first yarn T1, the second yarn T2, the third yarn T3, the fourth yarn T4 and the fifth yarn T5 wound on the beam E are respectively loomed by the loom. The yarn is connected to the yarn, and then weaving is performed by the weaving machine (step S4).

  The loom is, for example, an air jet loom. In this loom, the first yarn T1, the second yarn T2, the third yarn T3, the fourth yarn T4, and the fifth yarn T5 are used as warp yarns, weft yarns and pile yarns. The loom moves the warp yarn and the pile yarn up and down with respect to the weft yarn to form a yarn path passing through the weft yarn and run the weft yarn from one end of the loom to the other end. Then, the warp yarn and the pile yarn crossed with the weft yarn are gathered and driven. At this time, the warp yarn and the pile yarn move up and down based on the previously input data, for example, the warp yarn and the pile yarn are controlled one by one, and the towel 1 provided with the pattern shown in FIGS. Be The towel 1 may be woven by randomly drawing piles from a plurality of types of yarns, and thus the towel 1 is woven to produce a towel 1 having a gradation formed.

  Next, desizing of the towel 1 is executed (step S5). In sizing, for example, the towel 1 is accommodated in a rotatable cylindrical or drum-shaped container, water is put in the container, and the towel 1 is rotated to wash off the glue of the towel 1. The desizing time is, for example, 30 minutes or more and 40 minutes or less, and the temperature of water used for desizing is 80 ° C. or more and 90 ° C. or less. By performing the desizing in this manner, the texture of the pile yarn and the like can be enhanced and the water absorbency of the towel 1 can be enhanced.

  Subsequently, the towel 1 is dried (step S6). In the drying of the towel 1, for example, the towel 1 is raised to a high position and the towel 1 is in a state of blowing warm air. The drying time of the towel 1 is about 70 ° C., for example. However, the drying time of the towel 1 and the drying temperature of the towel 1 are appropriately changed according to the thickness of the towel 1 and the like.

  After drying the towel 1, the towel 1 is finished (step S7). Finishing of the towel 1 includes, for example, arranging, cutting, sewing and inspection. In setting up the towel 1, for example, the towel 1 is heated by putting the towel 1 in a tenter while pulling the towel 1. By this heating, the width of the towel 1 is extended, and the wrinkles and shrinkage of the towel 1 are suppressed to adjust the shape of the towel 1. The heating temperature at the time of setting the towel 1 is, for example, 70 ° C. or more and 80 ° C. or less.

  After the towels 1 have been arranged, they are cut and divided into one towel 1 and, for example, hemm winding is performed with a sewing machine to perform sewing. After sewing, the towel 1 is inspected and a meter is read. It is preferable to carefully carry out the meter reading a plurality of times, for example, using a non-contact type meter equipped with a belt on which the towel 1 is placed. After the inspection and the meter reading as described above, the towel 1 is shipped, and a series of processes are completed.

  Next, a method of folding the towel 1 into a flower shape will be described. First, the center 2c of the towel 1 is held by hand from the state shown in FIG. 1 to make the towel 1 conical with the center 2c at the top. Then, one corner 2d1 of the towel 1 is lifted, and the corner 2d1 is brought into contact with the center 2c while being waved. The waved portion corresponds to the inner petals 3a (see FIG. 6) surrounding the center 2c. After bringing the corner 2d1 into contact with the center 2c, while holding the corner 2d1 by hand, the other corner 2d2 is held and brought close to the center 2c, and it is opened outward from the center 2c to form a single petal. Subsequently, another corner 2d3 is held and brought closer to the center 2c, and the corner 2d3 is opened in a direction different from that of the corner 2d2 to form one petal, and the remaining corner 2d4 is brought closer to the center 2c. The corner 2d4 is opened in a direction different from the corners 2d2 and 2d3 to form one petal. As described above, it is possible to fold the towel 1 into a flower shape as shown in FIG. 6 by making the corners 2d2, 2d3 and 2d4 into petals.

  Then, the operation effect obtained from the manufacturing method of towel 1 concerning this embodiment is explained. In the manufacturing method according to the present embodiment, the towel 1 which is folded in the shape of a flower and which has at least the first color C1 and the second color C2 is manufactured, so the towel 1 having high designability can be manufactured. It can be manufactured. As shown in FIG. 5A, in the method of manufacturing the towel 1, the yarn wound on the bobbin B is subjected to yarn dyeing to form a first yarn T1 having at least a first color C1, and a first yarn T1. A second yarn T2 having a color C2 of 2 is prepared, and each of the first yarn T1 and the second yarn T2 is hung on a creel K.

  Then, the line L1 of the first color C1 is formed at the center of the rectangular towel 1, and the line L2 of the second color C2 is formed adjacent to the line L1 of the first color C1. Wind one yarn T1 and the second yarn T2 onto the beam E. Thus, the yarn constituting the towel 1 is wound on the beam E such that the first color C1 is disposed at the center of the towel 1 and the second color C2 is disposed adjacent to the first color C1. To be taken. Therefore, when weaving, sizing, drying and cutting are performed on the wound towel 1, the bright towel 1 in which the first color C1 is disposed at the center and the second color C2 is disposed at the center adjacent position is Manufactured.

  As described above, when winding the yarn in the beam E, by winding the yarn so that the first color C1 is positioned at the center and the second color C2 is positioned at the center adjacent position, A highly designed towel 1 can be easily manufactured. Furthermore, as shown in FIG. 6, when the towel 1 is folded in a flower shape, a bright flower shape in which the first color C1 is located at the center and the second color C2 is located adjacent to the first color C1. The towel 1 is formed. Therefore, by packing a plurality of flower-shaped towels 1, it is possible to make an assortment of highly designed towels 1.

  Also, the lightness of the first color C1 is lower than the lightness of the second color C2. Therefore, the line L1 of the first color C1 having low lightness is formed at the center of the rectangular towel 1, and the line L2 of the second color C2 having high lightness is formed adjacent to the line L1 of the first color C1. Do. Therefore, it is possible to form the flower-shaped towel 1 in which the first color C1 having low lightness is located at the center and the second color C2 having high lightness is located adjacent to the first color C1. As a result, since it is possible to express a three-dimensional feeling as a flower with a shadow in the center, the towel 1 can be manufactured with a higher design.

  Further, in the step of winding the first yarn T1 and the second yarn T2 in the beam E, the line L2 of the second color C2 is formed on both sides of the line L1 of the first color C1. Therefore, since the first color C1 is located at the center and the second color C2 is located around the first color C1, a bright towel 1 can be formed, thereby further enhancing the design of the towel 1 be able to.

  Further, in the step of winding up the first yarn T1 and the second yarn T2, as shown in FIG. 3, the first color C1 and the second color C2 are provided on both sides of the line L1 of only the first color C1. And a line L3 of only the second color C2 is formed on both sides of the line L2. Therefore, by forming the line L2 of the intermediate color between the line L1 and the line L3, the color can be gradually changed from the center of the towel 1 toward both ends of the second direction D2. Therefore, it is possible to form a gradation in which the color gradually changes from the center of the towel 1 toward both ends of the second direction D2.

  Also, lines L5 and L6 including the third color C3 are disposed on both ends of the lines L3 and L4 including the second color C2 in the second direction D2, and the lightness of the third color C3 is Higher than the lightness of the second color C2, the saturation of the third color C3 is lower than the saturation of the second color C2. Also, the saturation of the second color C2 is lower than the saturation of the first color C1. Therefore, as it goes from the first color C1 located at the center of the second direction D2 to both end sides of the second direction D2, the saturation decreases and the lightness increases. That is, since the center of the towel 1 has the highest saturation and low lightness, the flower-shaped towel 1 has high saturation and low lightness in the center of the flower, as shown in FIG. As a result, a flower with a shadow in the center can be faithfully reproduced by the towel 1.

  Further, lines L6 and L7 including the fourth color C4 are disposed on both ends of the lines L8 and L9 including the fifth color C5 in the second direction D2, and the lightness of the fourth color C4 is Lower than the lightness of the fifth color C5, the saturation of the fourth color C4 is higher than the saturation of the fifth color C5. Therefore, the lightness of the lines L6 and L7 closer to the corners 2d1, 2d2, 2d3 and 2d4 than the lines L8 and L9 is low and the saturation is high, so that the petal end of the towel 1 can be made colorful. .

  As mentioned above, although embodiment of the manufacturing method of the towel which concerns on this invention was described, this invention is not limited to embodiment mentioned above, You may deform | transform in the range which does not change the summary described in each claim. . That is, the contents and the order of the steps of the method for manufacturing a towel according to the present invention can be appropriately changed without changing the above gist.

  For example, in the embodiment described above, an example in which the center 2 c is taken and the three corners 2 d 2 d 2 d 3 2 d 4 are opened to fold the towel 1 into a flower shape has been described. However, the method of folding the towel 1 into a flower shape is not limited to the above example, and can be changed as appropriate.

  In the above-described embodiment, the first yarn T1 of the first color C1, the second yarn T2 of the second color C2, the third yarn T3 of the third color C3, and the fourth color C4. The towel 1 provided with the fourth yarn T4 and the fifth yarn T5 of the fifth color C5 has been described. However, the number of types of color of the towel and the number of types of yarn may be 4 or less, or 6 or more, and can be appropriately changed. Furthermore, in the above-described embodiment, the towel 1 in which the lines L1 to L9 and the lines L8 to L5 are arranged in this order along the second direction D2 from the center 2c has been described. However, the number, width, and shape of the lines are not limited to the above-described embodiment and can be changed as appropriate.

DESCRIPTION OF SYMBOLS 1 ... towel, 1A ... surface, 1B ... back surface 2a ... 1st side, 2b ... 2nd side, 2c ... center, 2d1, 2d2, 2d3, 2d4 ... corner part, C1 ... 1st color, C2 ... Second color, C3: third color, C4: fourth color, C5: fifth color, D1: first direction, D2: second direction, L1, L2, L3, L4, L5, L6, L7, L8, L9 ... line, T1 ... first thread, T2 ... second thread, T3 ... third thread, T4 ... fourth thread, T5 ... fifth thread.

Claims (3)

A method of manufacturing a rectangular towel that can be folded into a flower shape, comprising:
Applying yarn dyeing to the yarn wound around the bobbin to prepare a first yarn having a first color and a second yarn having a second color;
Hooking each of the first yarn and the second yarn on a creel;
The first yarn and the second yarn are formed so as to form the line of the first color in the center of the towel and to form the line of the second color at an adjacent position of the line of the first color. Winding the yarn on the beam,
Of manufacturing a towel comprising the The lightness of the first color is lower than the lightness of the second color,
The manufacturing method of the towel of Claim 1. In the step of winding the first yarn and the second yarn in a beam, the line of the second color is formed on both sides of the line of the first color,
The manufacturing method of the towel of Claim 1 or 2.