JP2023086291A - Ribbon for forming wave bow, combination of ribbon for forming wave bow and ribbon piece, and wave bow - Google Patents

Abstract

To provide a wave bow, a ribbon for forming the same, and a combination of the ribbon and a ribbon piece.SOLUTION: A ribbon 10 has a plurality of a pair of mountain fold lines, which are symmetrically formed with respect to a center position of the ribbon on one face 10b of both faces of the ribbon so that distance of the respective mountain fold lines of each pair gradually increases from the center position of the ribbon toward respective ends, and each mountain fold line is made up of a cut line that opens to one face of the ribbon. A wave bow 12 has two hangings 20, 24 including both ends of the ribbon respectively, and two pairs of multiple-stage loops 22, 26, which are formed by folding the ribbon at two pairs of plurality of mountain fold lines so that projected folds 17, 19 appear on one face of the ribbon and stacked on two hangings. The hangings and the pair of multi-stage loops are joined to each other near the center position of the ribbon. When the wave bow is defined as a main body, a ribbon piece 36 is used for forming a strap wound around a central part of the main body.SELECTED DRAWING: Figure 2

Description

The present invention relates to a bow called a wave bow (or Dior bow), which has a form in which two loops forming a pair are stacked in multiple stages, a ribbon used to form the bow, and a ribbon and ribbon pieces. relating to combinations.

In the past, it has been proposed to pre-mark parts of the ribbon that are to cross and overlap each other for the formation of ribbon decorations such as wave bows.

JP 2016-189129 A

SUMMARY OF THE INVENTION In view of the above conventional proposals, the present invention provides a ribbon for forming a wave bow, a combination of the ribbon and ribbon pieces, and a wave bow formed using the ribbon and the combination, respectively.

The present invention (first invention) relates to a ribbon for forming a wave bow. The ribbon has two sets of mountain fold lines provided on one of its two surfaces symmetrically with respect to the central position between both ends of the ribbon, and each set of mountain fold lines is formed on the ribbon. It has two sets of mountain fold lines spaced at increasing distances from a central position toward each end, each mountain fold line consisting of a notch opening into one face of the ribbon.

Further, the present invention (second invention) relates to a combination of a ribbon and a ribbon piece for forming a wave bow. The ribbon in the combination has the same configuration as the ribbon according to the first invention. Further, the ribbon piece is used to form a band wound around the main body at the central position of the ribbon, with the wave bow formed by the ribbon as the main body.

Furthermore, the present invention (third invention) relates to a wave bow formed using the ribbon of the first invention. The wave bow includes two sag, including both ends of the ribbon, and the ribbon is folded along the two sets of crest fold lines so that the ridge appears on one side of the ribbon, and the two sag two sets of multi-tiered loops respectively stacked thereon, each sag and each set of multi-tiered loops being joined together below near the center position of the ribbon.

Furthermore, the present invention (fourth invention) relates to a wave bow provided with a wave bow main body and a band formed using a combination of ribbons and ribbon pieces according to the second invention. The wave bow main body has the same configuration as the wave bow according to the third invention. Also, the band comprises the ribbon piece wound around the wave bow body at the central position of the ribbon.

The wave bow according to the third invention and the wave bow main body according to the fourth invention can be formed as follows. First, the ribbon is folded along each set of mountain fold lines in each half, which is the portion between each end and the center position of the ribbon. Folding is performed so that the crease appears on one side of the ribbon. During or after the folding, the crease is aligned under the center position of the ribbon. Thus, one sag containing each end of the ribbon, and a set of multiple stages of loops stacked on the one sag, i.e., a set of multiple stages of loops whose length gradually decreases from the lower stage to the upper stage. is formed. The lobes of each half and the stages of loops are then joined together near the center position of the ribbon. Thereby, it is possible to form the wave bow according to the third invention and the wave bow body according to the fourth invention, which are composed of two sagging and two sets of multistage loops symmetrical with respect to the central position of the ribbon.

In the ribbon, each mountain fold line provided thereon consists of a notch. For this reason, the ribbon tends to bend in the direction in which the cut ends of the cuts open. Since the cut is open on one side of the ribbon, it is possible to easily perform folding (mountain folding) in which a crease appears on one side of the ribbon. In addition, faithful folding along each mountain fold line is possible, which allows multiple stages of loops to be formed in orderly stacking.

When the ribbon has a mark indicating the central position of the ribbon, the mark can be used as a guide to align the folds under the central position of the ribbon.

In the wave bow according to the fourth invention, that is, the wave bow comprising the wave bow main body formed of the ribbon and the band formed of the ribbon pieces, the band is the uppermost part of the wave bow main body It covers the boundaries of the two loops, the plurality of folds aligned under the central position of the ribbon, and the boundaries of the two drops, and serves to enhance the decorativeness of the wave bow body.

FIG. 4 is a plan view showing one side of the ribbon; 1 is a perspective view of a wave bow formed using ribbons; FIG. Fig. 3 is a plan view of the wave bow shown in Fig. 2; FIG. 3 is a bottom view of the wave bow shown in FIG. 2; FIG. 3 is a perspective view of a wave bow having the wave bow shown in FIG. FIG. 6 is a plan view of the wave bow shown in FIG. 5; FIG. 6 is a bottom view of the wave bow shown in FIG. 5;

Referring to FIG. 1, the ribbon used to form the wave bow 12 (FIG. 2) is indicated generally at 10. As shown in FIG.

The ribbon 10 is made of a long and narrow woven fabric or non-woven fabric made of synthetic fibers, chemical fibers, natural fibers, or the like, or a piece of tape made of synthetic resin. have In the illustrated example, the ribbon 10 is made of a fabric made of thermoplastic resin fibers, which is one of the fabrics made of synthetic fibers, and both sides 10a and 10b of the ribbon 10 are made of the front and back sides of the fabric.

The ribbon 10 preferably has a mark 14 indicating the center position between the ends 10c, 10d. The mark 14 is shown on one of the two surfaces 10a, 10b of the ribbon 10 (the back surface of the fabric) 10b. The illustrated mark 14 consists of a relatively short slit extending linearly in the width direction, which is a direction perpendicular to the longitudinal direction (stretching direction) of the ribbon 10 . The slits are open on both sides 10a, 10b of the ribbon 10. As shown in FIG. The mark 14 may be formed of, for example, a point or a straight line on one surface 10b of the ribbon 10, or a crease formed by bending the ribbon 10, instead of the slit shown in the figure. be able to.

The ribbon 10 has two sets of mountain fold lines 16 and 18 provided on one surface 10b thereof, ie, one set of mountain fold lines 16 and one set of mountain fold lines 18 . Each mountain fold line 16 , 18 extends linearly in the width direction of the ribbon 10 and traverses the ribbon 10 . Two sets of multiple mountain fold lines 16, 18 are respectively present in the two halves 10A, 10B of the ribbon 10 between the ends 10c, 10d and the center position (mark 14).

The two sets of mountain fold lines 16, 18 of both halves 10A, 10B are symmetrical about the center position (mark 14) of the ribbon 10, and each set of the plurality of mountain fold lines 16, 18 is centered on the ribbon 10. They are arranged at increasing distances from the position (mark 14) towards each end 10c, 10d.

As shown in FIGS. 2, 3 and 4, the wave bow 12 formed using the ribbon 10 has two lobes 20, 24 each comprising ends 10c, 10d of the ribbon 10 and the ribbon 10 at one end thereof. two sets of multi-stage loops 22 folded along two sets of multiple mountain fold lines 16, 18 so that folds 17, 19 appear on the surface 10b and stacked on two flaps 20, 24, respectively; 26. Each flap 20, 24 and each set of multiple stages of loops 22, 26 are joined together below the bong 10 near a central location.

In the ribbon 10 according to the illustrated example, the number of the plurality of mountain fold lines 16 and 18 in each set is three, and they are arranged at distances a, b, and c. However, the number of the plurality of mountain fold lines 16, 18 in each set can be two other than three, or four or more. The lengths of the distances a, b and c are set to 8 cm, 10 cm and 12 cm, respectively, as an example. Distances a, b, c of each half 10A, 10B are formed by folding (mountain folds) along three mountain fold lines 16, 18 during the formation of the wave bow 12. are made into three loops 22, 26 (FIG. 2) having about half the length of the . At this time, the three loops 22, 26 in each of the halves 10A, 10B form a portion of the distance d between the edge 10c of the ribbon 10 and the adjacent mountain fold line 16 and an edge 10d of the ribbon 10 and this. are stacked in three stages on the portion of the distance d between the mountain fold line 18 adjacent to the . The distance d is preferably set to a value greater than half the length c/2 of the distance c (d=9 cm in the example shown). Thus, the three stages of loops 22, 26 are each stacked such that a portion of the portion is exposed over two portions of distance d.

The wave bow 12 can be formed as follows. First, the ribbon 10 is folded into mountain folds along a set of mountain fold lines 16 in one half portion 10A and then along a set of mountain fold lines 18 in the other half portion 10B. . That is, the ribbon 10 is folded so that the creases 17 and 19 appear on one side 10b of the ribbon 10, respectively. During or after the folding of the ribbon 10, the three fold ridges 17 and the three fold ridges 19 are aligned under the central position of the ribbon 10 using the mark 14 as a guide. This forms two lugs 20, 24 having a length d, including the ends 10c, 10d of the ribbon 10, respectively, and over the two lugs 20, 24 respective portions of distances a, b, c. Two sets of three-stage loops 22, 26 are formed, each about half the length of the . Thereafter, each sag 20, 24 and each set of three stages of loops 22, 26 are spliced together below the center position (mark 14) of the ribbon 10. As shown in FIG. In the illustrated example, each sag 20, 24 and each set of three stages of loops 22, 26 are ultrasonically welded together so that the heat-sealed marks are generally indicated at 28, 30, respectively. It is shown. Each sag 20, 24 and each loop 22, 26 formed are exposed on the other side 10a of the ribbon 10, which is the surface of the fabric (see FIGS. 2-4).

Here, each mountain fold line 16, 18 consists of a notch. The ribbon 10 having the mountain fold lines 16 and 18 formed by the cuts tends to bend in the direction in which the cut ends of the cuts open. Also, the cut, more specifically, the mouth of the cut is open to one surface 10b of the ribbon 10. As shown in FIG. Therefore, it is relatively easy to bend the ribbon 10 so that the creases 17 and 19 appear on one surface 10b. In addition, the cuts allow for faithful folding along each mountain fold line 16,18. For these reasons, the three stages of loops 22 and 26 obtained by folding the ribbon 10 along the mountain fold lines 16 and 18 are formed so as to be stacked in an orderly fashion.

5-7, another example wave bow is indicated generally at 32 . This wave bow 32 is formed using a combination of the ribbon 10 and the ribbon piece 36 shown in FIG. and a band 38 consisting of a strip of ribbon 36 wrapped around the body 34 at a central position (mark 14).

The illustrated ribbon piece 36 used to form the band 38 is made of the same material as the ribbon 10, has the same width dimension, and differs from the ribbon 10 only in the length dimension. However, the ribbon piece 36 can be made of a different material, have a different color, or have a different width dimension than the ribbon 10, for example.

A strip 38 of ribbon strips 36 wrapped around the body 34 defines a central position (mark 14) of the ribbon 10 that defines the boundaries of the uppermost two loops 22, 26 of the body 34 and an area near the central position; It hides a plurality of folds 17, 19 (see FIG. 2) aligned under the central position of the ribbon 10 and the boundary between the two drops 20, 24, and serves to enhance the decorativeness of the main body 34. - 特許庁The strip of ribbon 36 is preferably wrapped around the body 34 so that the fabric surface of which it is composed is exposed.

Winding of the ribbon piece 36 around the main body 34 is performed, for example, as follows. That is, the ribbon piece 36 is wrapped around the main body 34, and then the both ends of the ribbon piece 36 are overlapped on one surface 10b of the ribbon 10 defining the lower surfaces of the both hangers 20 and 24, and the overlapped ribbon piece 36 is are adhered to one surface of the double-sided tape piece 40, for example. The other surface of the double-sided tape piece 40 can be used for attachment by adhesion to the object to be decorated with the wave bow 32 attached.

Note that the wave bow 12 shown in FIG. 2 can also be attached to the object to be decorated using a double-sided tape piece similar to the double-sided tape piece 40 . Here, one surface of the double-sided tape piece is adhered to the lower surfaces of both hangers 20 and 24 in the drawing, and the other surface is used to attach the wave bow 12 to the object to be decorated by adhesion.

10 Ribbon 12 Wave bow 14 Mark 16, 18 Mountain fold line 20, 24 Drop 22, 26 Loop 28, 30 Adhesion mark 32 Wave bow 34 Wave bow body 36 Ribbon piece 38 Belt

Claims (6)

A ribbon for forming a wave bow,
The ribbon has two sets of mountain fold lines provided on one of its two surfaces symmetrically with respect to the central position between both ends of the ribbon, each set of mountain fold lines being at the center of the ribbon. having two sets of multiple mountain fold lines spaced at increasing distances from the position toward each end;
A ribbon for forming a wave bow, wherein each mountain fold line comprises a notch that opens to one side of the ribbon. The ribbon for forming a wave bow according to claim 1, wherein said ribbon has a mark indicating said center position. A combination of ribbons and ribbon pieces for forming wave bows, comprising:
The ribbon has two sets of mountain fold lines provided on one of its two surfaces symmetrically with respect to the central position between both ends of the ribbon, each set of mountain fold lines being at the center of the ribbon. having two sets of a plurality of mountain fold lines spaced at increasing distances from a position toward each end, each mountain fold line consisting of a notch opening into one face of said ribbon;
A combination of a ribbon and a ribbon piece for forming a wave bow, wherein the ribbon piece is used to form a band wound around the main body at a central position of the ribbon, with the wave bow formed by the ribbon as a main body. 4. The wave bow forming ribbon and ribbon strip combination of claim 3, wherein the ribbon has a mark indicating the central location. A wave bow formed using the ribbon for forming a wave bow according to claim 1 or 2,
two sag, each comprising opposite ends of said ribbon;
and two sets of multistage loops that are folded along two sets of a plurality of mountain fold lines so that the ribbon appears on one side thereof, and are respectively stacked on the two hangers,
A wave bow wherein each sag and each set of multiple stages of loops are joined together below near a central location of the ribbon. A wave bow formed using a combination of the wave bow forming ribbon and ribbon pieces according to claim 3 or 4,
two sagging comprising each end of said ribbon; and said ribbon being folded along two sets of crest fold lines such that ridges appear on one side of said ribbon and respectively stacked on said sag. two sets of multi-level loops, each lug and each set of multi-level loops comprising two lugs and two sets of multi-level loops joined together below near the center position of said ribbon. Wave Bow body,
a band of ribbon pieces wrapped around the wave bow body at a central position of the ribbon.

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