JP3238175U - Obi petal knot structure - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a binding structure of a petal pattern in a kimono belt having a simple structure and a splendid form. SOLUTION: A long band main body 1 is virtually divided into three sections along the longitudinal direction, and a first virtual section 10 located at an end of the virtual section is vertically folded by folding the long band main body in half in the width direction. The elastic cord 11 supported by the edge 12 is stretched along the folded edge, and the first virtual compartment folded in half in the width direction is formed in a corrugated shape by the elastic cord, and the second virtual compartment 20 in the center remains as it is. The third virtual section 30, which is located at an end different from the first virtual section, folds the long band body in half in the width direction and winds it a predetermined number of times from the long outer end. It is configured to form a cylinder 32, the second virtual section is wrapped around the body several times to attach a band, the first virtual section is folded into a corrugated shape with an elastic cord, and the tip edge thereof has a petal-like shape. By wrapping the elastic cord around the winding cylinder that protrudes while twisting on the front of the long belt, the structure has a petal-like pattern, and the petal knot is turned behind the kimono to complete the petal structure. [Selection diagram] Fig. 1

Description

This idea relates to the petal knot structure of the obi.

Conventionally, various forms of obi have been used for the obi used when wearing a simple kimono such as a yukata. Among them, the half-width obi has a certain width and can be firmly tightened, and the obi can be tied securely. Furthermore, the appearance of the obi has an ancient Japanese aesthetic, especially for women. There are many wearers. Among them, the tying method of tying the obi in a petal pattern is popular so that it can show a gorgeous appearance as much as possible.

For example, in Patent Document 1, a non-woven fabric or woven fabric made of thermoplastic synthetic fibers is used as a band to form a band body, and durable folds having a desired shape are formed on the entire front and back surfaces of the band body in the width direction of the band. It describes a yukata obi that can bring out a good appearance, elegance and a stylish taste by forming it in.

Jitsuto No. 3059472

However, since the method of binding the petal pattern is complicated and it takes time to wear it, a simple structure and a splendid binding structure are eagerly desired. In particular, it is conceivable to use a binding device for tying a band to the petal pattern, but it is complicated to use it on a daily basis because the device must always be equipped at hand, and it is common to all men and women. It is not easy to use.

The present invention provides a petal knot structure of a belt that can reveal a splendid petal pattern by a simple method on the binding part of the belt, despite the simple structure of equipping the belt itself with a simple elastic cord. It is a thing.

In this device, the long band body is virtually divided into three sections along the length, and the first virtual section located at one end of the virtual section is long by folding the long band body in half in the width direction. The elastic cord supported by the hand-folded edge is extended by the folded edge, and the first virtual section folded in half in the width direction is configured to be corrugated by the elastic cord, and the second is located in the center of the virtual section. The virtual section is configured as it is in the long band body, and the third virtual section located at the end other than the first virtual section of the virtual section is the long outer edge by folding the long band body in half in the width direction. In the obi structure for petal weaving, which is configured to form a winding cylinder by winding from the part a predetermined number of times, the second virtual section of the long obi body is wound around the kimono body or waist several times to attach the obi. In addition, the long band body of the first virtual section is folded into a corrugated shape by an elastic cord to form a petal-like shape in the form of a collection of the tip edges, and the long band wrapped around the body of the kimono wearer. The long band body folded into a corrugated shape by projecting while twisting the winding tube formed by the third virtual section on the front surface of the band and winding the elastic cord around the base of the winding tube formed by the third virtual section. To provide a obi petal knot structure characterized by a combination of a petal-like pattern that surrounds the winding cylinder and a structure in which the petal knot is rotated behind the kimono. It is something to do.

According to this invention, the long band body is virtually divided into three sections along the length, and the first virtual section located at one end of the virtual section folds the long band body in half in the width direction. The elastic cord supported by the longitudinal fold edge is extended along the fold edge, and the first virtual compartment is configured to be corrugated by the elastic cord, and the second virtual compartment is located in the center of the virtual compartment. Is configured in the long band body as it is, and the third virtual section located at the end other than the first virtual section of the virtual section folds the long band body in half in the width direction and starts from the long outer end. In the obi structure for petal weaving, which is configured to be wound a predetermined number of times to form a winding cylinder, the second virtual section of the long obi body is wound around the kimono body or waist several times to attach the obi, and the obi is elastic. The long belt body of the first virtual section is entrusted to the corrugated shape by the string body to form a petal-like shape by the collective form of the tip edge, and the third virtual is on the front of the long belt wrapped around the body of the kimono wearer. The winding cylinder formed by the compartment is projected while twisting, and the elastic cord is wound around the base of the winding cylinder formed by the third virtual compartment to fold the long band body into a corrugated shape around the winding cylinder in a petal-like pattern. By turning the petal knot part behind the kimono and combining these structures, the following effects are produced.

That is, the folding waveform which is the original shape of the petals is formed by folding the first virtual section into a waveform through the elastic string body extended along the folding edge portion. Since the folding waveforms are arranged in a folded shape by the elastic cord, the elastic cord is wound around the winding cylinder formed in the third virtual section, so that the folding waveform is surrounded by the peripheral surface of the winding cylinder. And.

In such a state, the outer edge of the folded waveform, which is the original shape of the petals, is spiral and surrounds the winding cylinder. Next, the elastic cord is wound and fixed around the base end portion of the winding cylinder while being stretched. Then, the outer edge of the spiral folding waveform is manually opened to form a shape similar to a petal. With such a simple structure, the first virtual section folded in half is formed into a shape just entrusted with a folded waveform. If this is opened by hand in the outer peripheral direction, the knot shape resembles a petal, and there is an effect that the petal shape can be formed at the knot of the band.

It is a schematic diagram which looked at the long belt main body used for the petal knot structure of the belt of this invention from the side. It is a schematic diagram which looked at the long belt main body used for the petal knot structure of the belt of this invention from the plane. It is a 1st process diagram which shows the process of attaching the long belt main body used for the petal knot structure of the belt of this invention. It is a 2nd process diagram which shows the process of attaching the long belt main body used for the petal knot structure of the belt of this invention. It is a 3rd process diagram which shows the process of attaching the long belt main body used for the petal knot structure of the belt of this invention. It is a 4th process diagram which shows the process of attaching the long belt main body used for the petal knot structure of the belt of this invention. It is a 5th process diagram which shows the process of attaching the long belt main body used for the petal knot structure of the belt of this invention. It is a 6th process diagram which shows the process of attaching the long belt main body used for the petal knot structure of the belt of this invention. It is a 7th process diagram which shows the process of attaching the long belt main body used for the petal knot structure of the belt of this invention.

The gist of this idea is that the long band body is virtually divided into three sections along the length, and the first virtual section located at one end of the virtual section folds the long band body in half in the width direction. The elastic cord supported by the longitudinal fold edge is extended to the fold edge, the first virtual compartment is configured to be corrugated by the elastic cord, and the second virtual compartment located in the center of the virtual compartment remains as it is. The third virtual section, which is configured in the long band body and is located at the other end of the virtual section, folds the long band body in half in the width direction and is specified from the long outer end. In the petal weaving belt structure that is configured to be wound several times to form a winding cylinder, the second virtual section of the long belt body of the belt is wound around the body or waist of the kimono several times to attach the belt. Fold the main body of the long belt of the first virtual section along the string into a corrugated shape to form a petal-like shape with the aggregated shape of the tip edge, and the third on the front of the long belt wrapped around the body of the kimono wearer. By twisting and projecting the winding cylinder formed by the virtual compartment, and winding the elastic cord around the base of the winding cylinder formed by the third virtual compartment, the long band body entrusted to the waveform is wound like a petal. It is composed of a combination of a form that surrounds the body and a structure in which the petal knot part is rotated behind the kimono.

To explain the embodiment of the present invention in detail, FIG. 1 is a schematic view of the main body of the long band of the present invention as viewed from the side surface, and FIG. 2 shows a state seen from the plane thereof. 3 to 9 are process diagrams showing a process of attaching the long band main body of the present invention to the body.

In the present invention, as shown in FIGS. 1 and 2, the long band main body 1 is virtually divided into three sections, a first virtual section 10, a second virtual section 20, and a third virtual section 30 along the longitudinal axis. ..

The first virtual section 10 is a portion that becomes a petal pattern of a petal knot, and its length is configured to be approximately the same length as the second virtual section 20 that is the long band main body 1 and has a length of 2 meters or more. The third virtual section 30 is about 30 to 40 centimeters. However, the length of each virtual section is not strictly defined and can be appropriately changed depending on the length and width of the band.

As shown in FIG. 1, the first virtual section 10 is formed by folding the long band main body 1 in half in the width direction to form a substantially U-shaped cross section, and the elastic string body 11 is supported by the longitudinal folded edge portion 12. While extending along the longitudinal folded edge portion 12.

Clips 13 are sandwiched between the longitudinal folded edge portions 12 at predetermined intervals. A ring 14 is attached to each of the clips 13, and the elastic cord 11 is inserted into the ring 14 along the longitudinal fold edge portion 12 to extend the elastic cord 11 along the longitudinal fold edge portion 12.
The structure for extending and supporting the elastic cord 11 along the longitudinal folded edge portion 12 is not limited to such a configuration.

For example, a tunnel-shaped tubular body is formed inside the longitudinal folded edge portion 12 formed by folding the long band main body 1 in half in the width direction.
Therefore, a tunnel-shaped cylinder is formed inside the longitudinal fold edge portion 12 by sewing a dimensional position corresponding to the tunnel width from the longitudinal fold edge portion 12 along the longitudinal fold edge portion 12, and an elastic string is formed in the cylinder. The body 11 can also be inserted.

As shown in FIGS. 1 and 2, the second virtual section 20 is a long belt main body 1, which constitutes the main body of the belt and fulfills the band function when wearing a yukata.

As shown in FIGS. 1 and 4, the third virtual section 30 is wound from the long outer end portion 31 of the long band main body 1 a predetermined number of times to form a winding cylinder 32.

Moreover, as shown in FIGS. 6 and 7, the winding cylinder 32 is the long band main body 1 of the second virtual section 20 which is wound around the waist and tightened the body of the yukata during the actual band knotting work. The winding cylinder 32 is formed while being half-twisted so as to project to the front portion.

As shown in FIGS. 6 and 7, the first virtual section 10 has the tip edge portion 18 of the long band main body 1 while folding the long band main body 1 in a corrugated manner along the elastic cord 11 extending along the longitudinal folded edge portion 12. A spiral-shaped aggregate form forms the original shape similar to petals.

Then, as shown in FIG. 7, the spiral corrugated folding portion 19 is wound around the winding cylinder 32 formed by the third virtual section 30.

Therefore, as shown in FIG. 8, the corrugated folding portion 19 is wound by tightly winding the elastic cord 11 around the peripheral surface of the winding cylinder 32 formed in the third virtual section 30 while stretching the elastic cord 11 with elastic characteristics. The structure is such that the body 32 is surrounded.

By winding the elastic cord 11 around the base 33 of the winding cylinder 32 formed in the third virtual compartment 30 in this way, the long band main body 1 folded into a corrugated shape is surrounded around the winding cylinder 32 and resembles a petal. Further, the petal area can be adjusted by expanding the tip edge portion 18 to an arbitrary shape.

In this state, the knot of the petal is located on the front side of wearing the kimono, so as shown in FIG. 9, the knot of the petal is turned backward so that it comes to the back, and the wearing of the band of the petal knot is completed. ..

[Formation of petal knot structure]
The structure formation of the long band main body 1 described above will be described with reference to FIGS. 3 to 9.

[Obi mounting structure]
First, as shown in FIG. 3, the third virtual section 30 is hooked on either the left or right shoulder so that the long outer end portion 31 hangs down on the back side of the wearer.

The second virtual section 20 is wrapped around the kimono body or the waist several times, and the long band body 1 is attached to the body.

As shown in FIG. 4, after the second virtual section 20 is wrapped around the kimono body or the waist, the first virtual section 10 and the third virtual section 30 are placed at the upper end of the second virtual section 20 in front of the body. It will be a structure to connect.

As shown in FIG. 5, by pinching the end of the elastic cord 11 and shrinking the first virtual compartment 10 toward the cord fixing portion 16 so as to have a corrugated shape, a petal-like shape is formed by the aggregated form of the tip edge portion 18. Form. The corrugated shape at this time does not need to be formed so that the mountain folds and valley folds are adjacent to each other between the clips 13, 13, ,, and the first virtual section 10 is located on the string fixing portion 16 side. Any waveform may be used as long as it is compressed.

As shown in FIG. 6, the winding cylinder 32 is formed by winding from the long outer end 31 of the third virtual compartment 30 toward the body and projecting while twisting. The winding direction when forming the winding cylinder 32 is not particularly specified, and the winding cylinder 32 may be formed by winding in either the front surface side or the back surface side of the third virtual section 30. ..

As shown in FIG. 7, the longitudinal folded edge portion 12 side of the first virtual compartment 10 formed in a corrugated shape is wound counterclockwise around the base 33 of the winding cylinder 32 and protrudes from the end portion of the first virtual compartment 10. The elastic cord 11 is housed between the second virtual section 20 and the kimono body, and the first virtual section 10 is surrounded around the winding cylinder 32 so as to have a petal-like pattern, and the corrugated folding portion 19 is formed. Form.

As shown in FIG. 8, the flowering petal structure is generated by separating the tip edge portions 18 of the corrugated folded portion 19 of the first virtual compartment 10 from each other.

As shown in FIG. 9, by turning the first virtual compartment 10 having flowered petals behind the kimono, a petal-patterned bond can be formed at the knot of the band.

As described above, the present invention only involves inserting the elastic cord 11 into the tip of the long belt body 1 and processing it into a foldable shape, and then bending the long belt main body 1 and forming the winding cylinder 32 when the belt is worn. A petal-structured knot can be formed at the knot of the band simply by manually bending the band. The long band main body 1 described above is formed in a half-width band.

1 Long band body 10 1st virtual section 11 Elastic cord body 12 Longitudinal folding edge 13 Clip 14 Ring 16 String fixing part 18 Tip edge 19 Corrugated folding part 20 2nd virtual section 30 3rd virtual section 31 Outside long End 32 winding cylinder 33 base

Claims (1)

The long band body is virtually divided into three sections along the length, and the first virtual section located at one end of the virtual section is the long band body folded in half in the width direction to form the longitudinal fold edge. The supported elastic cord is extended to the fold edge, the first virtual compartment is configured to be corrugated by the elastic cord, and the second virtual compartment located in the center of the virtual compartment is used as it is in the long band body. The third virtual section, which is configured and located at an end different from the first virtual section of the virtual section, is a winding cylinder body in which the long band body is folded in half in the width direction and wound from the long outer end a predetermined number of times. In the petal weaving band structure configured to form
The second virtual section of the long obi body is wrapped around the kimono body or waist several times to attach the obi.
By folding the long band body of the first virtual section into a corrugated shape with an elastic string, a petal-like shape is formed by the aggregated form of the tip edge.
The winding cylinder formed by the third virtual section is projected on the front of the long band wrapped around the body of the kimono wearer while twisting.
By wrapping the elastic cord around the base of the winding cylinder formed by the third virtual section, the long band body folded in a corrugated shape is surrounded by a petal-like pattern around the winding cylinder.
The structure that the petal knot part is turned behind the kimono and
The petal knot structure of the obi, which is characterized by being composed by combining.

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