KR101112695B1 - Manufacturing method of wrapping cloth having arrangement of color tone-fabric according to regular surface partition - Google Patents

Abstract

The present invention relates to a method of manufacturing a stripe beam having a color arrangement according to regular face division, and more particularly, to form a horizontal region forming horizontal 1 region, horizontal 2 region, and horizontal 3 region to equally divide a square cloth in the horizontal direction. And a vertical area forming step of forming vertical 1 area, vertical 2 area, vertical 3 area and vertical 4 area so that the square cloth is divided equally in the vertical direction, and overlapping the horizontal area formed in the cloth and the vertical area. Positioning the color cloth in the area, and sewing the cloth between the adjacent fabrics, the color cloth is a first surface which is an overlapping area of the horizontal 1 area and the vertical 1 area, and the horizontal 1 area and vertical 2 area and vertical 3 A second surface that is an overlapping area of the area, a third surface that is an overlapping area of the horizontal 1 area and a vertical 4 area, a fourth surface that is an overlapping area of the horizontal 2 area, the vertical 1 area and the vertical 2 area, and A fifth surface that is an overlapping area between two horizontal areas, three vertical areas and four vertical areas, a sixth surface that is an overlapping area between the three horizontal areas and one vertical area, and an overlapping area between the three horizontal areas and two vertical areas; According to the regular face division, the colors are positioned differently on the seventh surface, the eighth surface which is the overlapping area of the three horizontal and three vertical areas, and the ninth surface which is the overlapping area of the three horizontal and four areas. The present invention relates to a method of manufacturing a stripe beam having a color array.

Crepe, Jigsaw, Color, Sewing, Nature

Description

MANUFACTURING METHOD OF WRAPPING CLOTH HAVING ARRANGEMENT OF COLOR TONE-FABRIC ACCORDING TO REGULAR SURFACE PARTITION}

The present invention is a mass production is possible by placing a color cloth having a variety of colors according to a regular face-divided by a certain technique to sew the fabrication, manufacturing a sculpture that can exhibit high-quality natural beauty and artistry to increase long-term retention and reuse It is about a method.

In modern times, a lot of paper or vinyl is used for packaging, but this was developed for one-time use in Western countries.

The furoshiki can be mentioned as a traditional packaging household goods in Korea.

Although the use of crepe has been rapidly cut in modern times, due to the texture and decorativeness of crepe, there are many cases that use crepe to preserve the tradition and luxury feeling.

It is not clear when the term "curse" begins, but the term "Bo" appears a lot in the literature, and "Cho" is a suffix of "Bo". The word 'cheap' is attached. Here again, the term “Boja (褓 子 衣)” comes up again, which shows that crepe is also used for clothes.

The furoshiki is the same as the making technique of Hanbok, and when the pieces are joined together, the seam is wrapped around the seam so that the seams of the seams do not loosen. The crepe cloth, which is made by sculpting fabrics, ie, sculptural cloths, conveys a pictorial feeling rather than a simple collection of cloths by face-dividing the shapes of squares, triangles, and circles.

Such a jigsaw is a form made by gathering the same sized square pieces, and a square pattern stripe that contrasts monotony and boredom by color or pattern by repeating the same size, and two or four small triangular shaped pieces are paired together. A triangular-patterned cubicle with an organic pattern of squarely-diffused patterns, a divergent-shaped ladder-shaped cubicle with various sizes, shapes, and colors are scattered while eliminating regularity. There are two types of wind vane patterned crests, with squares spreading out in concentric circles, and colored copper patterned crests, gradually expanding around a central square. The colors of traditional crepe are blue, red, and yellow. It is cast and white series is auxiliary line and black color is Used to the extent of the partition line.

As described above, most of the conventional furoshiki are aesthetically pleasing by simple patterns, and most of the crepe are high in aesthetics or artistry. There was a problem.

In addition, since most of the furoshiki is produced in a simple pattern, there is a lack of aesthetic value, so the long-term storage and re-use is difficult, and most of them are disposed of after being used for single use, resulting in severe waste of resources due to waste of fabric.

The present invention is free from the conventional crepe that gives a monotonous and dull feeling by a simple pattern or color arrangement, to have a certain spatial arrangement, and then by sewing a color cloth of various colors according to the spatial arrangement, the mass production is possible In order to increase long-term retention and reusability, high-quality natural beauty and artistry (by making knots to wrap things using manufactured cloths, expresses roses, forsythia, flower fields, and bud images through a set of knotted cloths. The purpose of the present invention is to provide a method of manufacturing a jogakbo.

In order to achieve the above object,

The present invention is a strip beam formed of a plurality of pieces of cloth,

The stripe is a horizontal region forming step (S10) of dividing the horizontal 1 area, horizontal 2 areas, horizontal 3 areas so as to equally divide the square cloth in the horizontal direction;

A vertical area forming step (S20) of dividing the square fabric into vertical lengths so as to divide the vertical 1 area, the vertical 2 area, the vertical 3 area, and the vertical 4 area;

Disposing a first color cloth on a first surface which is an overlapping area between the horizontal 1 area and the vertical 1 area (S30);

Disposing a second color cloth on a second surface that is an overlapping area between the horizontal 1 area, the vertical 2 area, and the vertical 3 area, and then sewing an adjacent portion of the first color cloth and the second color cloth (S40);

Disposing a third color fabric on a third surface which is an overlapping area between the horizontal 1 region and the vertical 4 region, and sewing an adjacent portion of the second color fabric and the third color fabric (S50);

After arranging a fourth color cloth on a fourth surface which is an overlapping area between the horizontal 2 area, the vertical 1 area, and the vertical 2 area, the first color cloth, the second color cloth, and adjacent portions of the fourth color cloth are sewn. Step (S60) and

After arranging a fifth color cloth on a fifth surface which is an overlapping area between the horizontal 2 area, the vertical 3 area, and the vertical 4 area, the second color cloth, the third color cloth, the fourth color cloth, and the fifth color cloth are disposed. Sewing the adjacent portions of the cloth (S70),

Disposing a sixth color fabric on a sixth surface that is an overlapping area of the three horizontal and one vertical regions, and then sewing the adjacent portion of the fourth color fabric and the sixth color (S80);

After arranging the seventh color fabric on the seventh surface that is the overlapping area of the three horizontal and two vertical regions, sewing the adjacent portions of the fourth, sixth, and seventh colored fabrics (S90). )Wow,

Disposing an eighth color cloth on an eighth surface that is an overlapping area of the three horizontal areas and the three vertical areas, and then sewing an adjacent portion of the fifth color cloth, the seventh color cloth, and the eighth color cloth (S100); Wow,

After arranging a ninth color fabric on a ninth surface which is an overlapping area of the three horizontal and four vertical regions, sewing the adjacent portions of the fifth, eighth, and ninth colored fabrics (S110). The main technical configuration is a method of manufacturing a stripe cloth having a color cloth array according to the regular face division.

As described above, the fragmentary fabric made according to the present invention, the color cloth array according to the regular faceted division can be mass-produced according to the simplicity of production by placing the color cloth in a standardized pattern according to a certain technique. .

And, by placing a color cloth in accordance with the standardized pattern to produce a piece of cloth, when the goods are stacked and knotted using the produced piece of cloth, rose, forsythia, flower garden spreading a variety of flowers, natural beauty sprouting By providing furrows with artistic and artistic properties, they are not easily disposed of by increasing their collection value by high aesthetics, and they can solve the problem of resource wastage caused by the easy disposal of conventional common furrows by increasing their long-term retention and reuse.

In addition, the provision of furoshiki with natural beauty and artistry can provide high-quality furoshiki products with unique Korean sentiment, which can be exported to Korea as a tourism product to promote exports, thereby obtaining a lot of foreign currency. .

With respect to the above-described technical configuration, it will be described in detail with the drawings.

As shown in Figure 1, the manufacturing process of the strip beam according to the present invention is as follows.

The stripe is a horizontal area forming step (S10) of dividing the horizontal cloth 1 horizontal (1a), horizontal 2 area (2a), horizontal 3 area (3a) so as to equally divide the square cloth in the horizontal direction;

A vertical area forming step (S20) of dividing the square fabric into vertical lengths so as to divide the vertical 1 area 1b, the vertical 2 area 2b, the vertical 3 area 3b, and the vertical 4 area 4b;

Disposing a first color cloth 1B on the first surface 1A, which is an overlapping area between the horizontal 1 area 1a and the vertical 1 area 1b (S30);

After the second color cloth 2B is disposed on the second surface 2A, which is an overlapping area between the horizontal 1 area 1a, the vertical 2 area 2b, and the vertical 3 area 3b, the second color cloth 2B is disposed. 1B) and sewing the adjacent portions of the second color cloth 2B (S40);

After the third color cloth 3B is disposed on the third surface 3A, which is an overlapping area between the horizontal 1 area 1a and the vertical 4 area 4b, the second color cloth 2B and the third color cloth Sewing the adjacent portions of step 3B (S50),

After the fourth color cloth 4B is disposed on the fourth surface 4A, which is an overlapping area between the horizontal 2 area 2a, the vertical 1 area 1b, and the vertical 2 area 2b, the fourth color cloth 4B is disposed. 1B), sewing the adjacent portions of the second color cloth 2B and the fourth color cloth 4B (S60);

After arranging the fifth color cloth 5B on the fifth surface 5A, which is an overlapping area between the horizontal 2 area 2a, the vertical 3 area 3b, and the vertical 4 area 4b, the second color cloth 5B 2B), sewing the adjacent portions of the third color cloth 3B, the fourth color cloth 4B, and the fifth color cloth 5B (S70) and

After arranging the sixth color cloth 6B on the sixth surface 6A, which is an overlapping area between the three horizontal areas 3a and the vertical one area 1b, the fourth color cloth 4B and the sixth color are arranged. Sewing the adjacent portions of 6B (S80),

After arranging the seventh color cloth 7B on the seventh surface 7A, which is an overlapping area between the three horizontal areas 3a and the two vertical areas 2b, the fourth color cloth 4B and the sixth color. Sewing the adjacent portions of the cloth 6B and the seventh color cloth 7B (S90);

After the eighth color cloth 8B is disposed on the eighth surface 8A, which is an overlapping area between the three horizontal areas 3a and the three vertical areas 3b, the fifth color cloth 5B and the seventh color. Sewing the adjacent portions of the cloth 7B and the eighth color cloth 8B (S100);

After arranging the ninth color fabric 9B on the ninth surface 9A, which is the overlapping area between the three horizontal regions 3a and the four vertical regions 4b, the fifth color fabric 5B and the eighth color are arranged. It is produced through the step (S110) of sewing the adjacent portions of the cloth (8B) and the ninth color fabric (9B).

Figure 2 is a front view showing a horizontal region formed state on the square fabric during the fabrication process of the present invention, the square fabric 100 is used only when the surface splitting during the fabrication of the fabric, the practical engraving according to the present invention It refers to the manufactured by sewing between the color cloth which is placed on the square cloth 100. That is, the square cloth 100 is a cloth for cotton division.

As shown in FIG. 2, the square cloth 100 has three divided surfaces that are equally divided in the horizontal direction. The three dividing surfaces are a horizontal 1 area 1a, a horizontal 2 area 2a, and a horizontal 3 area 3a.

FIG. 3 is a front view showing a state in which a vertical region is formed on an upper surface of the horizontal region of FIG. 1, wherein the square cloth 100 is equally divided in the vertical direction and has four divided surfaces. The divided surface overlaps the four divided surfaces.

The four divided surfaces are vertical 1 area 1b, vertical 2 area 2b, vertical 3 area 3b, and vertical 4 area 4b.

FIG. 4 is a surface-divided position where color cloth is placed on the overlapping area of the horizontal area and the vertical area formed in FIG. 3, and nine divided surfaces are formed in the overlapping area of the horizontal area and the vertical area. do.

The nine surfaces include a first surface 1A which is an overlapping area between the horizontal 1 area 1a and the vertical 1 area 1b, the horizontal 1 area 1a, the vertical 2 area 2b, and the vertical 3 area ( The second surface 2A, which is the overlapping area of 3b), the third surface 3A, which is the overlapping area of the horizontal 1 area 1a, and the vertical 4 area 4b, and the horizontal 2 area 2a and the vertical 1 4th surface 4A which is the overlapping area | region of area | region 1b and the vertical 2 area | region 2b, and the 5th which is an overlapping area of the said horizontal 2 area | region 2a, the vertical 3 area | region 3b, and the vertical 4 area | region 4b. The sixth surface 6A, which is the overlapping region of the surface 5A, the three horizontal regions 3a, and the vertical one region 1b, and the overlapping region of the three horizontal regions 3a, and the two vertical regions 2b, 7th surface 7A, the 8th surface 8A which is the overlapping area | region of the said horizontal 3 area | region 3a, and the vertical 3 area | region 3b, and the overlap of the said horizontal 3 area | region 3a and the vertical 4 area | region 4b. It is 9th surface 9A which is an area | region.

FIG. 5 illustrates a color cloth having various colors as the upper surface of the nine surfaces formed in FIG. 4, the first color cloth 1B on the first surface 1A, and the second color cloth 2B on the second surface 2A. The third color cloth 3B on the third side 3A, the fourth color cloth 4B on the fourth side 4A, the fifth color cloth 5B on the fifth side 5A, and the sixth side ( 6A) Sixth color fabric (6B), Seventh color fabric (7B) on the seventh surface (7A), Eighth color fabric (8B) on the eighth surface (8A), Nineth surface on the ninth surface (9A). One piece of cloth is completed by integrating the sewing cloth 9B sequentially through the sewing fabric. The sewing is used a general sewing machine.

The color arrangement of the sculptural cloth is determined according to the image to be displayed through the knotting in the case of knotting using the sculptural cloth. As a specific example, the rose image of FIG. 6, the bud image of FIG. If you want to display the flower garden image, to produce a jogakbo by changing the color arrangement according to the image.

FIG. 6 illustrates a rose image as described above. The colors of the first color cloth 1B, the third color cloth 3B, the sixth color cloth 6B, and the ninth color cloth 9B are 16. Select one color from # FFA07A, # F08080, or # FA8072 as the decimal color code.

The colors of the second color cloth (2B), the fourth color cloth (4B), the fifth color cloth (5B), the seventh color cloth (7B), and the eighth color cloth (8B) are # FF0000, # DC143C, # 800000 Choose one color, # 8B0000 or # 000000.

As shown in FIG. 9, the hexadecimal color code is different from 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, A, B, It displays colors using 16 numerical values of C, D, E, F.

When the knotted things are arranged using the stripe having the color arrangement as shown in FIG. 6, the rose image is shown in FIG. 6.

6 and the knot of the jigsaw shown in Figures 7 to 8 of the following can be made in a variety of ways depending on the shape, the important configuration is the position selection according to the color arrangement of the color cloth constituting the jigsaw as described above and There is a color choice.

FIG. 7 illustrates a sprout image as described above, wherein the colors of the first color cloth 1B, the third color cloth 3B, the sixth color cloth 6B, and the ninth color cloth 9B are 16; Select one color selected from # 7CFC00, # ADFF2F, # 7FFF00, # 00FF00, # 32CD32 or # 9ACD32 as the decimal color code,

The colors of the second color cloth (2B), the fourth color cloth (4B), the fifth color cloth (5B), the seventh color cloth (7B), and the eighth color cloth (8B) are # 228B22, # 006400, or # 008000. Choose one color from among

When the knots that are knotted using the sculptural beam having such a color arrangement are arranged as shown in FIG. 7, the shoot cluster image is shown as shown in FIG. 7.

FIG. 8 illustrates a flower garden image as described above. The color of the first color cloth 1B, the third color cloth 3B, the sixth color cloth 6B, and the ninth color cloth 9B is 16. FIG. Select one color selected from # FFD700, # FFFF00, # FF4500, # FF0000, # 9ACD32, # ADFF2F or # 006400 as a decimal color code.

The colors of the second color cloth (2B), the fourth color cloth (4B), the fifth color cloth (5B), the seventh color cloth (7B), and the eighth color cloth (8B) are # 006400, # 6B8E23, # 008000 Or # 9ACD32 to select one color.

When the knotted ones are arranged as shown in FIG. 8 by using a jigsaw having such a color arrangement, as shown in FIG. 7, there are a myriad of clustered images of flowers.

In addition to the white background shown in the right side of Figure 6 has a red border on the image of the cluster of lilies, the image of such a cluster of lilies are the first color cloth (1B), the third color cloth (3B), The colors of the sixth color cloth (6B) and the ninth color cloth (9B) are hexadecimal color codes # FAF0E6, # FDF5E6, # F5F5F5, # FFF0F5, # FFFAF0, # F5FFFA, #FFFFFF, # FFE4E1, # FAFAD2, Choose one color from # EEE8AA

The colors of the second color cloth (2B), the fourth color cloth (4B), the fifth color cloth (5B), the seventh color cloth (7B), and the eighth color cloth (8B) are # FFC0CB, # FFE4B5, and # FFE4C4. Choose one color from among, # FFDAB9 and # E6E6FA.

In addition, the edge of the Jogakbo prepared according to the color arrangement is overlocked using a red thread.

In addition, it is possible to produce a variety of images by applying a variety of color arrays listed above in addition to the above-mentioned information.

In addition, looking at the specific size of the Jogakbo, the width × length is 30 cm × 30 cm, the first color cloth (1B) is horizontal × length is 7.5 cm × 10 cm, the second color cloth (2B) is horizontal X length is 10 cm x 15 cm, and the third color cloth 3B has a width X length of 7.5 cm x 10 cm,

The fourth color cloth 4B is 10 cm x 15 cm in width and length, and the fifth color cloth 5B is 10 cm x 15 cm in width and length,

The sixth color cloth (6B) has a width × length of 7.5 cm × 10 cm, the seventh color cloth (7B) has a width × length of 7.5 cm × 10 cm, and the eighth color cloth (8B) has a width × length: It is 7.5 cm x 10 cm, and the ninth color cloth 9B is 7.5 cm x 10 cm in width and length.

The specification of the color cloth is based on the finished piece of cloth, the color cloth for the actual production is used to add the 1cm × 1cm in width × length in consideration of sewing material.

1 is a flow chart according to the method of manufacturing a stripe cloth having a color cloth arrangement according to the regular faceted division according to the present invention.

Figure 2 is a front view showing a state in which the square cloth is divided into three equally horizontally in accordance with the present invention.

Figure 3 is a front view showing a state in which the square cloth is divided into three evenly horizontally in accordance with the present invention.

4 is a front view showing a state in which the overlapping space of the horizontal area and the vertical area is divided.

5 is a front view showing a state where the color cloth is placed in the surface-divided space.

Figure 6 is a state of use showing the rose image by arranging the knotted by using a jigsaw according to the present invention.

Figure 7 is a state of use showing the sprout image by placing the knotted by using a jigsaw according to the invention.

Figure 8 is a state of use showing the flower garden image by arranging the knotted by using a jigsaw according to the present invention.

9 shows a part of a hexadecimal color code;

Claims (5)

In a stripe formed of a plurality of pieces of cloth, The stripe is a horizontal area forming step (S10) of dividing the horizontal cloth 1 horizontal (1a), horizontal 2 area (2a), horizontal 3 area (3a) so as to equally divide the square cloth in the horizontal direction; A vertical area forming step (S20) of dividing the square fabric into vertical lengths so as to divide the vertical 1 area 1b, the vertical 2 area 2b, the vertical 3 area 3b, and the vertical 4 area 4b; Disposing a first color cloth 1B on the first surface 1A, which is an overlapping area between the horizontal 1 area 1a and the vertical 1 area 1b (S30); After the second color cloth 2B is disposed on the second surface 2A, which is an overlapping area between the horizontal 1 area 1a, the vertical 2 area 2b, and the vertical 3 area 3b, the second color cloth 2B is disposed. 1B) and sewing the adjacent portions of the second color cloth 2B (S40); After the third color cloth 3B is disposed on the third surface 3A, which is an overlapping area between the horizontal 1 area 1a and the vertical 4 area 4b, the second color cloth 2B and the third color cloth Sewing the adjacent portions of step 3B (S50), After the fourth color cloth 4B is disposed on the fourth surface 4A, which is an overlapping area between the horizontal 2 area 2a, the vertical 1 area 1b, and the vertical 2 area 2b, the fourth color cloth 4B is disposed. 1B), sewing the adjacent portions of the second color cloth 2B and the fourth color cloth 4B (S60); After arranging the fifth color cloth 5B on the fifth surface 5A, which is an overlapping area between the horizontal 2 area 2a, the vertical 3 area 3b, and the vertical 4 area 4b, the second color cloth 5B 2B), sewing the adjacent portions of the third color cloth 3B, the fourth color cloth 4B, and the fifth color cloth 5B (S70) and After arranging the sixth color cloth 6B on the sixth surface 6A, which is an overlapping area between the three horizontal areas 3a and the first vertical area 1b, the fourth color cloth 4B and the sixth color are arranged. Sewing the adjacent portions of the cloth 6B (S80), After arranging the seventh color cloth 7B on the seventh surface 7A, which is an overlapping area between the three horizontal areas 3a and the two vertical areas 2b, the fourth color cloth 4B and the sixth color. Sewing the adjacent portions of the cloth 6B and the seventh color cloth 7B (S90); After the eighth color cloth 8B is disposed on the eighth surface 8A, which is an overlapping area between the three horizontal areas 3a and the three vertical areas 3b, the fifth color cloth 5B and the seventh color. Sewing the adjacent portions of the cloth 7B and the eighth color cloth 8B (S100); After arranging the ninth color fabric 9B on the ninth surface 9A, which is the overlapping area between the three horizontal regions 3a and the four vertical regions 4b, the fifth color fabric 5B and the eighth color are arranged. A method of manufacturing a stripe cloth having a color cloth arrangement according to regular face division, characterized in that it comprises a step (S110) of sewing the adjacent portions of the cloth (8B) and the ninth color cloth (9B). The method according to claim 1, The color cloth is selected from # FFA07A, # F08080 or # FA8072 as the hexadecimal color code for the first color cloth (1B), the third color cloth (3B), the sixth color cloth (6B), and the ninth color cloth (9B). I have one kind of color, # FF0000, # DC143C, # 800000, # for the second color cloth (2B), the fourth color cloth (4B), the fifth color cloth (5B), the seventh color cloth (7B), and the eighth color cloth (8B). When one of the colors selected from 8B0000 or # 000000, and knotted using a stripe formed of a color cloth having the color array, the knotted to implement a rose image, characterized in that Method of manufacturing a stripe beam having a color array according to regular face division. The method according to claim 1, The color cloth is hexadecimal color code for the first color cloth (1B), the third color cloth (3B), the sixth color cloth (6B), and the ninth color cloth (9B) as # 7CFC00, # ADFF2F, # 7FFF00, # 00FF00. One of the following colors: # 32CD32 or # 9ACD32 Select from # 228B22, # 006400, or # 008000 for the second color cloth (2B), the fourth color cloth (4B), the fifth color cloth (5B), the seventh color cloth (7B), and the eighth color cloth (8B). According to the regular face division, characterized in that when the knot by using a stripe formed of a color cloth having the color array having any one of the colors, the sprout image through the knots can be implemented Method of manufacturing a stripe having a color array. The method according to claim 1, The color cloth is hexadecimal color code for the first color cloth (1B), the third color cloth (3B), the sixth color cloth (6B), and the ninth color cloth (9B) as # FFD700, # FFFF00, # FF4500, # FF0000. Has one color selected from # 9ACD32, # ADFF2F or # 006400, The colors of the second color cloth (2B), the fourth color cloth (4B), the fifth color cloth (5B), the seventh color cloth (7B), and the eighth color cloth (8B) are # 006400, # 6B8E23, # 008000 Or # 9ACD32 having any one color selected, and when knotting using a stripe formed of a color cloth having the color arrangement described above, a rule characterized in that the flower garden image can be realized through the knotting. Method of manufacturing a beam having a color array according to the conventional facet division. delete

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