JPH04174751A - Clothing, etc., composed of clover-leaf knot - Google Patents

Abstract

PURPOSE:To obtain the subject clothing, etc., having stable outer dimension by forming a clover-leaf knot same as the clover-leaf knot formed beforehand, successively interlocking the stitch hole of the clover-leaf knot to the stitch hole of the former clover-leaf knot and connecting and extending the obtained unit clover-leaf knot row in a specific state. CONSTITUTION:A unit clover-leaf knot row composed of the same clover-leaf knots is formed by successively interlocking the stitch hole of a clover-leaf knot to the stitch hole of the former unit clover-leaf knot. The stitch hole of each unit clover-leaf knot of the formed unit clover-leaf knot row is interlocked to each stitch hole of the formerly produced unit clover-leaf knot row at an arbitrary stitch number ratio and the subsequently formed unit clover- leaf knot row is connected in planer state or steric state without changing the stitches or decreasing or increasing the number of stitches. The connecting operation is repeated. In the case of a vest having the clover-leaf knot unit tied in the form of a fringe, it is preferable to contract the stitch hole R1 of the row of the fringes around the neck hole N1 and the arm holes N2 to an extent not to be recognizable as a stitch hole or to form the stitch hole in the form of an extremely small stitch hole R2.

Description

[Detailed description of the invention]

[0001]

[Industrial application field]

The present invention relates to three-dimensional objects, clothing, etc. made of flower knots. [0002]

[Conventional technology]

String tying arose naturally from primitive life and has developed in various ways over the years. Currently, knots are divided into practical knots, religious knots, and decorative knots. Practical knots are a method of tying linear bodies that are used in daily life and ship work, while religious knots are a method of tying wires that have religious significance. On the other hand, decorative knots are one of the traditional techniques, and among them,
Tortoise knot, chrysanthemum knot, plum knot, pine knot, bamboo knot, kara bow knot,
The kacho-musubi, twill-musubi, and tamafusa-musubi are called flower knots and have been used for mizuhiki works, tea bags, haori strings, obi dames, hairpins, buttons, etc. In recent years, dragonfly knots have also been shaped and used as pendants, neckties, belts, brooches, earrings, etc. However, all of them were completed as a single knot, and even if they expanded, they only extended linearly, as seen in belts and pillar hangings. In addition, braids and knitted fabrics are also derived from string tying, and since these two require tools, they are considered to be in a different field from string tying, which does not require any tools. Knitted fabrics and knitted fabrics are different from flower knots that do not use force plate tools, which can be said to be a combination of specific practical knots connected vertically, horizontally, diagonally, etc., because the basic stitches are simple in structure and expand and contract because of the use of tools. It is unavoidable that the overall shape and dimensions become unstable. Therefore, it is unsuitable for products requiring stable shapes and dimensions. [0003] The inventor of the present application proposed a method (Japanese Unexamined Patent Publication No. 129200/1983) for imparting three-dimensional patterns to interior goods including fabrics, clothing, and ornaments using decorative knots. The method is
Decorative knots are attached to the base material of clothing and interior goods, but it goes without saying that if the base material itself can also be made with decorative knots, it will become even more aesthetically pleasing. However, as mentioned earlier, conventional decorative knots were completed by themselves and were not connected sequentially to expand in area, so they could not be used as a base material as they were. For example, as a method for producing a wide product such as a mat using decorative knots, the only known method is to connect the mutual edges of a plurality of completed decorative knots with sewing thread or string of another connecting material. However, the decorative knots, which were enlarged in area by adding another connecting material, gave the overall appearance of being disjointed and looked inferior in terms of form. [0004]

[Problem to be solved by the invention]

In view of the above, the present invention is a method for producing fabrics, clothes, three-dimensional objects, interior goods, etc. made of flower knots, in which the finished products have a sense of unity in terms of form, and their external dimensions are maintained semi-permanently. The purpose is to provide products that are stable and have beautiful pattern units. [0005]

[Means to solve the problem]

The means adopted by the present invention to achieve the above object is to connect the next flower knot to the first flower knot by passing the string of the next flower knot through the ring included in the first flower knot, In this way, the flower knots are successively enlarged and made into three-dimensional or two-dimensional clothing. The next flower knot may be formed continuously with the drawer string of the first flower knot formed, or the string of the first flower knot and the string of the next flower knot may be made independent. [0006]

[Effect]

This is because the present invention repeatedly intertwines the loops of a previously formed flower knot with the loops of a later formed flower knot to form a flower knot that is enlarged and connected to an arbitrary shape. , No matter what shape the expanded and connected flower knot is formed, it always has the appearance of a single flower knot as a whole. Each knot has a beautiful appearance on its own, and is tied firmly with your fingers, so the external dimensions are stable.
It does not expand or contract in either direction. Therefore, the external dimensions of the product formed by connecting the flower knots are semi-permanently stable as a whole. In particular, those with the same knot direction have very good stability. [0007]

【Example】

Although the present invention can be used with any type of flower knot, we will first explain the technique of enlarging the flower knot in a plane using a flower-shaped flower knot as a unit. To make a methodical knot, hold the X-marked part of one string in the shape shown in Figure 3a, turn one end A of the string as shown by the broken line in Figure 3b, and then turn the other end B as shown in Figures 30 and 3d. Turn it as shown, and then tighten the string as shown by the arrow in FIG. 30 to form the shape shown in FIG. 3f. The back pattern of the meticulous knot in Figure 3f (doll pattern)
Figure 3g is a symbolic representation of the back pattern (doll pattern).
Figure 3h shows this. As shown by the broken line in FIG. 3h, when the end of the string is looped, a flower knot with four petals is formed. Figure 31 symbolically shows this flower-knotted doll pattern, and Figure 3j shows the doll pattern.
It is. This symbol was devised by the inventor of the present application, and by using this symbol, it is easy to draw a knot, and it is also possible to easily calculate the length of string required for finishing it in advance. When this flower knot is used as a unit and the rings are sequentially intertwined and connected in the vertical and horizontal directions to form a flower knot, as shown in Figure 4, it is enlarged in both the vertical and horizontal directions and becomes a rectangular shape as a whole. A flower knot is obtained that forms a . To connect the flower knots that expand into a rectangle, as shown by the arrows in Figure 5, connect the unit flower knots in one row from the bottom in one direction, and then connect the rows above it to the row below. Modeling can be easily done by sequentially connecting them in opposite directions. It is also possible to create a pattern by using two types of strings, as shown by solid lines and broken lines, and sequentially increasing one type and decreasing the other type. [0008] As shown in FIG. 6, when unit flower knots Ul are connected in one row and one loop R1 is multiplied by two loops R2 in the next row,
Since the number of unit flower knots in the next row is greater than that in the original row, the next row becomes a widening section, creating a shape in which the surface expands diagonally. Conversely, as shown in Figure 7, when the loop R1 of two unit knots Ul in the original row is multiplied by the loop R2 of the same unit knot U2 in the next row, the unit knot in the next row is obtained. Since the number of is reduced compared to the original row, the next row will be a cutoff, resulting in a shape in which the surface is reduced diagonally. Furthermore, as shown in Figure 8, each ring of one unit flower knot is multiplied by the ring of two unit flower knots, surrounding the original unit flower knot and connecting adjacent pieces, and the surface expands into a circle. You can obtain the shape of a flower knot. Instead of the central unit flower knot, as shown in FIG. 9, a knot in which four neat knots are connected and each drawn end is tied in the center may be used. [0009] In this way, by sequentially connecting and forming unit flower knots, any surface shape can be formed. The flower knot is not limited to the Kecho knot, any type of flower knot can be used. For example, the four-handed Awaji knot shown in FIGS. 10a to 10d, the neat flower knot shown in FIGS. 11a to 11e, and the tassel knot shown in FIGS. 12a to 12h are also used. Furthermore, it is not necessary to connect the unit flower knots only in the vertical and horizontal directions, but as shown in FIG. 13, various patterns can be formed by connecting them in the diagonal direction or the circular direction. The loops of the flower knot do not always need to protrude symmetrically; they may be shortened or drawn out long. [0010] In the above embodiment, it is also possible to form a flower knot in a shape in which the strings forming the flower knot are connected by a power plate and a real string, which are independent for each unit flower knot. As shown in FIGS. 14a to 14j, the tying technique is shown in FIG.
It is also possible to expand the flower knot in area by shifting the rows in the vertical direction and interlacing them with the loops of the previously formed row to form the next row of method knots, proceeding in an S-shape. . The connection of the flower knots is not limited to an S-shape, and it is also possible to form a flower knot that is connected in an oval or circular shape and expanded into an oval or circular shape, as shown in FIGS. 14 to 14m. As shown in FIGS. 15a to 15, the knotting technique is shown in FIGS.
It is also possible to form the methodical knot sequentially and continuously in the longitudinal direction in the same direction as the drawer string. Figures 16a to 16f
By using the technique shown in , it is possible to change the direction of the string of the next methodical knot formed by the string drawn from the previously formed methodical knot to be perpendicular. When the meticulous knots formed in vertical rows are moved horizontally and continued vertically again, as shown in Figures 17a to 17e, the meticulous knots are intertwined in an S-shape with a book string to form a continuous flower knot. can do. [0011] Both the two sets of flower knots in which the neat knots are lined up in a row in the horizontal direction and the two sets in which the flower knots are arranged in a row in the vertical direction are made by the techniques shown in Figures 18a to 18f and Figures 19a to 19d. ,
- Can be connected in a shape similar to a row of flowers. As shown by the arrows in FIGS. 20a to 20j, if the loops of the unit flower knots in which the neat knots are arranged vertically are multiplied by the loops of the unit flower knots formed later with another string, the result will be as shown in FIG. 21. , unit flower knots arranged in the vertical direction can be sequentially expanded in the horizontal direction. The technique shown in Figures 30a to 30f is the same continuous knot as in Figures 15 to 17, with the handle being continued laterally in opposite directions. The technique shown in Figures 31a to 3 Le is to tie the middle handle to the right. [0012] By using the above-described flower knot technique, a flower knot having the shapes shown in FIGS. 22 to 27 can be formed. Therefore, by using the method of the present invention, any flat interior goods such as wall hangings or mats (not shown) can be formed regardless of area or shape. Furthermore, since all the knots can be aligned in the same direction, there are no unevenness caused by the knots, and the finished product is very clean. Furthermore, since the direction of the knots can be unified to the desired direction, the finished product has an improved aesthetic appearance and is also technologically advanced. [0013] Next, the clothing consisting only of the flower knot of the present invention will be explained. FIG. 1 is a developed view of a vest formed with a flower knot, and the unit of the flower knot is the tassel knot shown in FIGS. 12a to 12h. This is a flower knot that is sequentially expanded vertically and horizontally by multiplying the loops of the previously formed jade tassel knot by the loops of the jade tassel knot that will be formed later. In Figure 1, the armpit parts, K, 'L, and L' are shown separately, as shown by the force plate arrows, but they are actually connected by the same tassel knot, and are made into one piece as the vest shown in Figure 2. . As shown in Figures 1 and 2, the neck hole N
1 and the large tassel-knotted eyes R1 around the arm hole N2 should be tightened to the extent that they are invisible to both eyes, or the eyes R2 should be very small.
It is desirable to form it so that [0014] As described above, the present invention allows three-dimensional clothing to be formed using only flower knots. Although not shown, it goes without saying that three-dimensional objects conventionally made of cloth or leather, such as the shapes of animals, fruits, fish, birds, etc., can also be obtained by similar methods. In addition, by using the flower knot symbol that we have devised, drafting becomes easier and the requirements for tailoring can be calculated in advance, making it possible to quickly introduce handmade techniques using pure fingertips to more people. It can be spread. [0015]

【Effect of the invention】

The present invention can sequentially intertwine the two eyes of many units of flower knots and expand them into any shape, so it is possible to create clothes and three-dimensional objects that are mainly made of flower knots, something that has never existed before. objects, interior goods, such as relatively large wall hangings. Furthermore, compared to conventional knitted fabrics or those made from knitted fabrics, the products of the present invention do not require tools such as net rods for shaping, the external dimensions of the products are semi-permanently stable, and the pattern units are also beautiful. Because it is a flower knot, it is possible to obtain a unique product that cannot be obtained with knitted fabrics, etc., whose external dimensions are unstable and whose pattern units are nothing more than a monotonous mesh.

[Brief explanation of drawings]

[Figure 2] is a developed view and front view of a vest with only flower knots according to an embodiment of the present invention.

[Figure 3] Diagram showing a flower knot technique based on the Yokocho knot,

[Figure 4] A diagram showing a technique for enlarging the flower knot in Figure 3.

[Figure 5] A diagram showing techniques for enlarging, reducing, and making the flower knot uneven.

[Figure 6] A diagram showing the technique of enlarging the flower knot,

[Figure 7] is a diagram showing a technique for enlarging the same flower knot;

[Figure 8] is a diagram showing a technique for enlarging the same flower knot;

[Figure 9] is a diagram showing a technique for enlarging the same flower knot;

[Figure 101] A diagram showing the four-handed Awaji knot, which is the unit of the Yohana knot, [Figure 11] A diagram showing the Yotsukasa-kazari knot, which is also the unit of the Yohana knot.

[Fig. 12] Diagram showing the same tassel knot,

[Figure 1
3] Diagram showing the expanded form of Yohanamubi,

[Figure 14]
A diagram showing the technique of forming flower knots in horizontal rows with a string,

[Figure 15] A diagram showing the technique of forming flower knots in vertical rows using a single string.

[Figure 16] Diagram showing a technique for changing the direction of formation of a yohanaknot,

[Figure 17] Diagram showing the technique of changing the direction of the Yohana knot,

[Figure 18] A diagram showing a technique for connecting two horizontal rows of flower knots into a single horizontal row.

[Fig. 19] A diagram showing a technique for connecting two vertical rows of flower knots into a single vertical row.

[Figure 20] A diagram showing a technique for horizontally enlarging vertically arranged flower knots.

[Fig. 21] A diagram showing that flower knots of various shapes are formed in the same direction.

[Fig. 22] A diagram showing that flower knots of various shapes are formed in the same direction.

[Figure 231] A diagram showing that flower knots of various shapes are formed in the same direction, [Figure 24]
] A diagram showing that flower knots of various shapes are formed in the same direction,

[Fig. 25] A diagram showing that flower knots of various shapes are formed in the same direction.

[Fig. 26] A diagram showing that flower knots of various shapes are formed in the same direction,

[Fig. 27] A diagram showing that flower knots of various shapes are formed in the same direction.

[Fig. 28] A diagram showing that flower knots of various shapes are formed in the same direction,

[Figure 29
] is a diagram showing that flower knots of various shapes are formed in the same direction,

FIG. 301 is a diagram showing a technique of another embodiment, [
FIG. 31 illustrates another example technique. In the figure, symbols A and B are drawer strings for flower knots, R1 and R.
2 is the ring, Ul. Each shows a different flower knot. U2 is the unit

[Documentary] Drawings

[Figure 1]

[Figure 3]

[Figure 101 [Figure 11]

[Figure 12] (a) (b) (C)

[Figure 14] (a) (b) (C)

[Figure 16]

[Figure 17] (a) (b) (C)

[Figure 20] (h) (j)

[Figure 22]

[Figure 23]

[Figure 24]

[Figure 26]

[Figure 27]

[Figure 28]

[Figure 29]

[Figure 30]

[Figure 31] (d) (e)

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【application number】 [Name of the invention] [Person making the correction] [Relationship with the incident] 【Identification number】 [Address or residence] [Name or title] [Agent] 【Identification number】 【patent attorney】 [Name or title]

[Procedural amendment 1]

[Name of document to be corrected] [Correction target item name] [Correction method] [Contents of correction]

[Procedural amendment 2]

[Name of document to be corrected] [Correction target item name] [Correction method] [Contents of correction] [Need for proof]

Procedural amendment September 11, 1991

Claims (2)

[Claims] Claim 1: A process of sequentially interlacing the loops of a previously formed flower knot with the loops of a later formed flower knot, thereby making the connected and enlarged flower knot into a three-dimensional or two-dimensional clothing, etc. Clothing, etc. consisting of a characteristic flower knot. 2. Clothes, etc. made of flower knots according to claim 1, characterized in that the directions of the knots of each flower knot are unified.