WO1997005795A1

WO1997005795A1 - Necktie clasp and method of mounting same

Info

Publication number: WO1997005795A1
Application number: PCT/JP1996/002095
Authority: WO
Inventors: Kenji Iwata
Original assignee: Kenji Iwata
Priority date: 1995-08-04
Filing date: 1996-07-25
Publication date: 1997-02-20

Abstract

The invention has its object to solve 'repeated use' and 'a problem of mounting on a rear surface of a front apron'. The problem 'repeated use' is solved by providing an elongated 'median strip' on an adhesive surface, and 'a problem of mounting on a rear surface of a front apron' is solved by employing a method, in which projection pieces are formed by a terminal end treatment of bending both ends of an elongated band in a manner to form isosceles triangles at tip ends to form the projection pieces perpendicular to a surface of the band, and subsequently sewing 'sliding mechanism with the projection pieces' obtained by connecting in a chain shape the projection pieces to a small loop having a button hole in 'process of French seaming a front apron'.

Description

Specification

Tie stopper and how to attach it

[Technical field to which the invention belongs]

The ties that men wear when doing business or dressing up are a major item in men's fashion, but they have the biggest problem that any experienced tie will feel. That is, when the tie is tightened, if the tie is not used, such as a tie pin or tie bar, the tie moves away from the specified position on the chest due to wind or exercise, and it turns over or wobble. This problem is very disturbing when working with a tie, and it is not desirable from an aesthetic standpoint to see the rows of Ishatsu buttons from the front.

The present invention relates to a tie stopper and a tie for preventing such a tie from loosening and swinging at the chest.

First of all, we will summarize the functions and functions that tie-stopping is originally aimed at. It is to prevent malfunction of ties hanging from the neck.

The problems with the tie are as follows.

① Turn over

② Twist

③ Lateral swing

④ soar

Conventionally, neckties such as metal tie pins and tie ties have been sold as tie accessories. However, due to the fashion and shape of soft fashion, the people who use it are limited to the elderly and hardly used by young people.

Tie stoppers made of fabric tape were commercialized in 1995. This cloth tie stopper employs a button-hole and loop-shaped sliding mechanism, and it is clear that this loop-shape played a decisive role in practical use. However, there are still many problems with this cloth tie stopper.

Products that have been equipped with this loop-shaped cloth tie stopper on the tie body from the beginning have not yet been put to practical use.

[Brief description of drawings]

Figure 1 is a back view of a tie sword with a sliding mechanism attached using four-point stops. FIG. 2 is a rear view of a sliding mechanism having an adhesive surface or a hot melt surface.

Fig. 3 is a back view of the sword of a tie equipped with a beak loop sliding mechanism. Fig. 4 (a) is a back view of the strip before folding the strip to make a right angle projection. 4 (b) is a diagram defeated making a right angle projecting pieces by folding the rear view _£ FIG 4 (C) after termination elongated strip in the middle to make a right angle projecting pieces by folding an elongate strip in the terminating process c FIG. 5 (a) is a back view before folding the elongated loop-shaped band before the termination processing.

Fig. 5 (b) is a view in which an elongated loop-shaped band is folded after the termination processing to make a protruding piece c. Fig. 6 (a) is a front perspective view of the loop type sliding mechanism obtained in the termination processing. FIG. 6 (b) is a front view of the simple sliding mechanism obtained by the termination processing.

FIG. 7 is a diagram showing a process of sewing the sliding mechanism while reinforcing the interlining and the outer fabric. FIG. 8 is a diagram showing a process of bag-sewn the sliding mechanism while wrapping the interlining with the outer material. Figure 9 is a diagram of the band created by the asymmetric end processing that was taken out as a comparison target. Figure 10 shows the sewn sliding mechanism offset to the right from the centerline of the tie. Fig. 11 is a diagram of a loop-type sliding mechanism that moves without being disturbed even if a name exists. FIG. 12 is a back view of a large sword attached around the sliding mechanism by four-way sewing.

FIG. 13 is a diagram in which two slits are provided at regular intervals in the length direction of the elongated strip. FIG. 14 is a diagram of a mouth-shaped gluing portion made around the slit.

Figure 15 (a) is a diagram showing the process of folding into a pseudo loop structure at the slit position. FIG. 15 (b) is a diagram in which two strip-shaped glued portions are provided on the back surface of the pseudo loop. Figure 16 shows the back of the sliding mechanism with a two-lane adhesive surface and a median strip. Figure 17 is a view of the back of the large sword showing how the sliding mechanism is adhered avoiding the suture line. FIG. 18 is a back view of a large sword loop structure having a buttonhole.

Figure 19 (a) is a front view (name label side) of the large sword loop structure. Figure 19 (b) is a rear view (buttonhole side) of the large sword loop structure.

[Conventional technology]

The following related technologies are disclosed as known technologies.

(1) Tie with cloth wheel for fixing (Japanese application 60-1 0719)

(2) Tie swing prevention device (Japanese Utility Model Application No. 41-1821)

(3) Tie swing prevention mechanism (Japanese Patent Application No. 5-81 796)

(4) Tie stopper and its manufacturing method (PCTZJ P 94/01351) 1. Tie with tie

Let's analyze why ties with ties have not yet been commercialized. FIG. 1 shows a conventional example in which a sliding mechanism 10 is "sewn at four points" on the back surface of a large sword after being sewn in a bag shape.

The place to sew is only the upper and lower ends of the vertically long band, and that part is sewn and fixed at 4 points. 4 5 is the thread when 4 points are fixed.

In this case, the tie is a long band in the shape of a bag, so that it is penetrated to the front side of the tie with an ordinary sewing machine.

The places to be sewn are limited to the upper end and the lower end, and the attachment area between the tie and the cloth band is very small, so that sufficient attachment strength cannot be obtained.

Furthermore, the tie is given a stretch in the vertical direction by removing bias. As a result, the back surface of the sword also expands and contracts in the length direction, so that the attached tie stopper may come off when extended. The problem is that when the tie is removed or inadvertently pulled, a strong force is applied to the tying attachment part on the back of the sword, and the sewing thread for attachment may break, or the knot of the thread may be loosened and sewn It will be fatal.

The same phenomenon often occurred in the case of a woven name sewn on the back of a large sword called a sword thread, in which the thread was cut and the woven name was removed.

The same thing happens because it uses the same technology. As you can see from this example, this mounting method is not practical because of the following problems, and some new mounting technology is needed to solve it

(1) The durability of the sewn tie is not sufficient.

(2) The work efficiency is very poor because it is an inefficient method by hand sewing.

③ Also, since the sewing thread is visible from the front side, the fashionability is not good. Next, we analyze the case where the back side of the sliding mechanism is “sticked” as shown in Fig. 2 on the back side of the sword. Here, two methods are assumed: a case where the back surface is an adhesive surface, and a case where the hot melt surface is strongly pressed by hot pressing. If a hot-melt or adhesive bonding method is used to attach the cloth sliding mechanism, the dry cleaning solvent will dissolve the adhesive and the hot-melt material, and the sliding mechanism will come off the tie. Will be lost.

This is a fatal problem because ties are stained with food and hand stains and require cleaning durability.

In addition, high-temperature pressing using a press deteriorates the texture and shape of the tie. From these examples, it can be seen that the method of mounting using adhesives and hot melts is not a practical method due to the following problems, and requires some new mounting technology to solve this. Will be.

① Insufficient durability for dry cleaning

(2) The high-temperature pressing work is not compatible with the existing sewing process and is not suitable for Nectar sewing.

2. Tie stopper as an accessory

Cloth tie closures as an accessory to ties have only recently been commercialized. Here we describe the unresolved problems it has.

Tie-downs as accessories require that one can be reused for several other ties, like a tie-pin, so that it can be "repeatedly used."

However, as shown in FIG. 2, when the adhesive is provided on the entire back surface, there is a problem in that the adhesive can be easily attached, easily peeled off, and reused in another tie.

This problem is due to the mechanical strength of the suture line in the center of the back of the tie.

In other words, the adhesive is stuck on the suture line, but when the skin is peeled, the sewing thread or fiber is pulled out together. If this is repeated, the central suture will be damaged and the tie itself will be ruined.

This problem can be fatal if adhesive ties are repeatedly used. So far, the problems of the prior art have been enumerated.

Here, the prerequisites to be satisfied by the invention of the tie or its related products are listed. (1) Ties are a typical “fashion product”.

(2) A tie, which is a fashion product, needs to be “aesthetic in design, good-looking and sophisticated”. In other words, the value of a tie is determined by its design, color, pattern, and price. Therefore, large cost cannot be spent on the function and performance as a tie stop, and a low-cost one that can be easily realized is required.

(3) In addition to the requirement for the tie itself, it is required that the tie stopper as an accessory can be easily used repeatedly with other ties.

[Means for solving the problem]

In the present application, the means adopted by the four inventions for solving the problems of the product developed based on the above-mentioned known technology will be briefly described. Invention (1) Beak-shaped projection piece

As shown in Fig. 4, an elongated band is bent to form an isosceles triangle at both ends, and a right-angled protruding piece is projected from the position connecting the vertex and the base of the isosceles triangle at right angles to the surface of the band. Beak-shaped tie engagement portions were provided at both ends.

In the present invention, this beak-shaped tie-engaging portion is sewn to the center of the back surface of the sword.

As shown in Fig. 13, two long slits are made inside the strip along the long side of the strip, thereby forming three strips that are connected only at the upper and lower ends. The left, middle, and right margin bands are connected to the upper and lower parts, and the upper and lower parts are connected to form a pseudo loop. These left, upper, right, and lower margins are connected. A method of sewing the mouth-shaped part formed by the four sides of the part to the back of the large sword by four-way sewing (Fig. 12). Invention (3) Effect of providing non-adhesive area

To solve the “repeated use problem” of conventional cloth tie stoppers, a new slender area 47 that does not adhere to the center of the adhesive surface that acts as a tie engagement part has been newly added, as shown in Figures 16 and 17. Provided. This ingenuity has made it possible to avoid adhesion to the suture on the back of the large sword, which is the weak point, so that one tie-stop can be reused for another tie. Invention (4) Simple loop structure with only buttonhole

As shown in Fig. 18, a button hole was provided on the back of the loop structure, which was slightly wider than the width of the great sword, and this was used as a shirt engagement portion.

The simplest tie-stop was achieved by passing the large sword through the loop of the loop and then closing the buttonhole to the shirt button.

[Embodiment of the invention]

Hereinafter, embodiments of these four inventions will be specifically described.

The structure and operation and effect of the present invention will be described in detail using several examples. Invention (1) Beak-shaped projection piece

Fig. 3 is a rear view of the large sword after the “terminated sliding mechanism” is attached to the back of the large sword and completed as a tie-tie.

17 is a first freely moving loop-shaped structure having a button hole 18 for engaging a shirt button.

Reference numeral 11 denotes a second loop-shaped structure which functions as a support for supporting the sliding motion of the first loop-shaped structure 17 and is attached to the back surface of the sword.

The first loop structure 17 is linked to the second loop structure 11 in a chain.

Beak-shaped protrusions 26 and 27 for engagement with a tie are formed at both ends of the back surface of the second loop structure 11 by “termination”. The second loop structure 11 is strongly sewn and fixed to the back surface of the large sword by the projections. This “termination process” is performed as follows to produce a beak-shaped projection piece.

Hereinafter, the structure and function of the beak-shaped projection piece will be described with reference to FIGS. First, the formation process of the beak-shaped projection piece and its characteristic shape will be described in detail with reference to FIG.

For the sake of simplicity, we will use a simple strip instead of a loop. The case will be described first, and then the loop shape will be described.

Dotted lines c-p and a-b-p are guide lines that indicate the folded part as a mark. Line k-k 'is point p! ) '.

Folding guidelines are even more effective if they are created simultaneously when weaving with an automatic loom. Processing ①: Bending at the dotted lines c--p, a--p, and b--p to form an isosceles triangle _P ab at the tip.

Processing ②: Vertex! ) And the bottom a b are bent again to form a projection pc d g perpendicular to the surface.

Treatment ③: Fold the protruding piece 26 sideways and fold it flat.

Processing ④: If the shaded area is glued, the efficiency of subsequent sewing to the back of the large sword will increase. By performing such a terminal treatment, the beak-shaped projection pieces 26 and 27 can be obtained at positions along the virtual center line k1 k 'at both ends of the bandage.

In addition, since the shape of the belt is symmetrical, the left and right sides are balanced at the center line, and the place where the force is applied to the pulling force is also located at the center, and the mechanical balance is good. It also has an excellent shape for fashion design.

For comparison, looking at Fig. 9, the virtual center line k—k 'is shifted to the right by <5 with respect to the line j-j, at the time of actual mounting.

In this case, as shown in Fig. 10, the buttonhole 18 is asymmetrical to the buttonhole 18, so the tie is not well balanced with the buttonhole 18 so that the big sword can be turned over or lifted up. The function is reduced by half as a tie stop.

Moreover, it cannot be said that the shape is excellent in a fashion design. Next, the case of terminating a loop-shaped band will be described with reference to FIG.

The loop structure 20 is formed by closing both ends of two elongated strips. Both ends of the band are joined to form a loop joining end 21, and a non-joining portion 22 is formed as an unjoined portion in the middle.

The first loop 17 can freely slide in the non-joining area 22. The band with this closed loop can be pasted by hand at both ends of the two bands, or a weaving loop shape can be made using an automatic loom.

The joint ends 21 provided at both ends of the loop band are subjected to the same processing (1), (2) and (3) as described in FIG. Next, the differences between the loop type sliding mechanism and the simple sliding mechanism will be described with reference to FIG.

Fig. 6 (a) shows the loop type sliding mechanism obtained by this terminal processing, and (b) the simple sliding mechanism obtained by the terminal processing. When the sliding mechanism has a loop shape, the rear band 13 is present in addition to the front band 12, which is more convenient than the case where only one simple band 19 is used.

(1) Even if the first loop 17 with the buttonhole slides, it has the effect of protecting the large sword suture 8 from friction.

(2) In addition to sewing and stopping the protruding pieces 26 and 27, the back band 13 can also be bonded with a hot melt or the like, so that the tensile strength is improved and at the same time the lifting of a long and thin cloth is suppressed. There is.

(3) The following new businesses can be considered as services that have not been provided in the past. In this case, the presence of the back belt 13 is indispensable. See FIG.

The new business is a tailoring service for consumers who wish to purchase a tie with a tie.

Consumers do not purchase new ties, but instead install cloth tie stoppers on their favorite ties and have them re-arrange their ties, and hundreds of millions of ties already owned by consumers themselves. It is a service that can be applied to

The problem with this re-tailoring is that the tie usually has a name band 44, and if the re-tailoring later inserts the beak-shaped protruding pieces into the sewn parts and attaches them by sewing, the flat shape In the case of a tie stop, since only the front band 19 exists, the sliding movement of the first loop 17 is hindered, and smooth movement cannot be secured. However, if the rear band 13 is there, free movement can be secured without being hindered by the name band 44, so the effect is extremely large. Next, two examples of how to attach the “beak-shaped sliding mechanism 10” to the back of the sword will be described.

The process of sewing the sliding mechanism while reinforcing the interlining and surface material using the first method with reference to Fig. 7 will be described.

When sewing the interlining material 5 and the outer material 6, the beak-shaped sliding mechanism 10 is sewn at the same time, reinforced with 9, and then turned back to the front side to form a normal tie shape. In this method, the beak-shaped projections 26 and 27 can be sewn together with the interlining 5 and the surface cloth 6 simultaneously. The second method will be described with reference to FIG. 8, which describes a process of sew-closing the sliding mechanism while wrapping the interlining with the outer material.

This is a method of sewing stitching lines so that the seams are not visible using a technique called "koke sewing". In this method, first, the interlining 5 is wrapped in the outer cloth 6, the upper beak protrusion 26 and the lower beak protrusion 27 are inserted into the seam of the back of the sword, and the stitches are formed after shaping with a waiting pin or a thread. .

In this case, if the reverse stitching method 9 is used, it is possible to sew strongly to withstand the pulling force.

In either of the first and second methods, it is possible to sew with a single stroke, and there is no need to change the thread. The balance between left and right is very good to come right above. Next, the symmetrical function and effect will be described with reference to FIGS. 9 and 10. FIG.

In the case of Fig. 9, the shape of the tie-stop is asymmetrical, so the position of the tie-stop must inevitably be located at one of the left and right sides from the suture line. This is the case where it is attached to the position skewed left or right by s, avoiding the central suture. In this method, the left and right balance is poor, and the large sword twists and turns over. Since the large sword cannot be stopped in a well-balanced manner, it easily turns over due to wind or exercise, and the function of the tie stopper is not fulfilled. Finally, the effects of the bilaterally symmetric beak-shaped sliding mechanism according to the present invention will be summarized. When,

(1) Necessary and sufficient tensile durability can be obtained.

In a conventional 4-point fastening method (Fig. 1), knots are usually formed at the beginning and end of the sewing thread to form knots. However, since a force is applied to the attachment part, the slip-through easily occurs. It happened, and the mounting strength was limited.

The reverse stitching method can be used to sew the beak-shaped projections, as shown in Fig. 7 or 8, for example, as shown in Fig. 7 or 8, advance by 5 stitches, return by 3 stitches, and advance by 5 stitches again. Therefore, practically sufficient mounting strength can be obtained.

(2) Good finish that satisfies the fastness property can be obtained.

As shown in Fig. 1, the conventional four-point sewing method requires strong sewing to withstand a strong pulling force, so a thick and strong thread was used. Therefore, it was inevitable that the sewing thread could be seen from outside (Fig. 1).

However, with the method of sewing the beak-shaped projections, the centering of the center of the large sword can be easily performed as shown in Fig. 3, and the sewing can be finished so that the sewing thread cannot be seen in appearance.

(3) Reduces manufacturing costs and is economical.

This method is very advantageous in terms of cost because sewing is performed with a single stroke in the current tie sewing process without adding a new process.

On the other hand, in the conventional method, the back side of the sword was sewn together, closed in a bag shape, the conventional sliding mechanism was placed on the suture line, covered, and then sewn (Fig. 1). This develops into a serious problem, not a light problem that simply adds one process to the conventional sewing process. In short, as explained at the beginning, sewing with a tie is very difficult after the bag is made, which is a serious problem in terms of manufacturing cost and product quality. As described above, the significance of the present invention is that the difficult problem “how to attach to the back of the sword?” Which was not solved by the conventional technology, is a new shape called “symmetrical beak-shaped projection piece” and “before and after”. Rather, at the time of putting the big sword in a bag form. " Invention (2) Method of forming a loop structure by cutting FIG. 12 shows an embodiment in which the flat type sliding mechanism 30 is attached to the back surface of the large sword by four-way sewing 38 to complete a tie with a tie.

The method of forming a mechanism called a planar sliding mechanism or a planar loop structure and its operational effects are described below.

Figure 13 shows two cuts of about 130 mm in length about 5 mm from the edge of a long cloth strip (about 3 O mm wide and about 150 mm long). And 3 and 4 are provided. The whole is formed by these two slits, the next part, three long strips consisting of the left edge strip 36, the center strip 35, the right edge strip 37, and these three strips only at the upper and lower ends. It is divided into an upper edge 31 and a lower edge 32 that are connected with each other. Next, the flat type sliding mechanism 30 can be easily formed by slidably winding the elongated band 11 having the buttonhole 18 around the central band 35.

This is a structure that should be called a pseudo-loop structure and is interesting.

FIG. 14 is a diagram in which a bonding area for attaching to the back of the sword is formed in a mouth shape on the back part of the belt except for the central belt 35. This bonding area is realized by an adhesive / hot melt material.

Fig. 13 and Fig. 14 show another approach to the method of realizing the loop structure. The features of the method are as follows when compared with inventions (1) and (3).

The loop-type sliding mechanism of the inventions (1) and (3) forms a loop shape by stacking two strips and closing both ends, but this method cuts a single elongated strip. It is a breakthrough that a pseudo loop is formed just by being touched.

① In other words, an extremely simple planar structure can achieve the same effect as a three-dimensional loop structure.

②Since the shape is simple, it can be formed while weaving automatically on a loom, and is suitable for mass production.

(3) In the loop shape, two cloth bands are stacked, but in the pseudo loop method, the advantage of the single fabric can be used as follows.

• The pseudo loop sliding mechanism 30 can be placed on the back of the large sword as shown in Fig. 12 and can be four-way sewn 38 by scooping.

• The pseudo loop sliding mechanism 30 can be placed on the back of the large sword as shown in Fig. 12 and a special sewing machine can be inserted into the bag of the large sword from below to sew four sides. • As shown in Fig. 14, since the material is single layer, it has good heat flow and is suitable for press bonding. Therefore, if you use a hot menoleto that is resistant to dry cleaning, you can attach it by sewing. The following figure 15 (a) shows the process of folding at the positions of the cuts 33 and 34 to form a true loop structure from a pseudo loop.

FIG. 15 (b) is a diagram in which a double band-shaped glued portion 39 is provided on the back of the true loop structure. Invention (3) Effect of providing non-adhesive area

FIG. 16 is an explanatory diagram of the adhesive surface structure on the back surface of the loop type sliding mechanism. In contrast to the conventional adhesive surface structure on the back side of the cloth tie stopper, the entire surface is an adhesive surface, whereas in the present invention, the non-adhesive surface 47 is provided in an area of about 5 mm width along the center line on the back surface. Provided. Reference numeral 48 denotes an elongated adhesive area, and reference numeral 49 denotes a release paper for protecting the adhesive area.

Further, as the adhesive, an adhesive whose adhesiveness is reproduced by washing with water and no adhesive remains can be used, or the adhesive strength can be adjusted by adjusting the width of the adhesive region 48. Fig. 17 shows that the loop-type sliding mechanism is adhered avoiding the suture line 8 on the back of the sword. Reference numeral 46 denotes a portion where the elongated adhesive region 48 adheres.

Here, in order to understand the reason for the existence of the non-adhesive region 47, "the problem of repeated use of a tie" will be described.

This is a problem that, when one tie is used by attaching it from one tie to another, the seam on the back of the sword may be destroyed during repeated sticking and peeling. It was the biggest problem the stop had. To solve this problem, the following two conflicting requirements had to be met.

The two conflicting requirements for ties are:

(1) When wearing a normal tie, do not fall easily.

(2) If you try to reuse it for another tie, (2) on the contrary, it will be a little stiff.

In the conventional method of providing an adhesive surface on the entire surface, in order to solve this problem, if the adhesive force is increased so that it does not easily break, it will have the opposite effect, and the sewing thread or fiber at the sewn portion will be further pulled. If you lower the adhesive strength, it will easily come off It was difficult to solve. The present invention solves this problem of repeated use by providing two areas, a sticky area and a non-sticky area, on the back surface. Cloth ties that can be used repeatedly can be easily attached to a large number of ties already in the user's hand, and easily turned into ties with ties. Given the hundreds of millions of such ties around the world, the reusability of this tie is extremely significant. Invention (4) Tie-stop realized only with buttonhole and simple loop structure

Fig. 18 shows an example in which the buttonhole 51 is provided on the back of the loop structure 50, which is slightly wider than the width of the sword.

Buttonhole 51 is fastened to the fifth or sixth button on the shirt.

In the case of this horizontal type, the tie stopper itself can be seen from the front like the tie. Therefore, as shown in FIG. 19 (a), it is effective to provide a non-uniform label portion 56 in front of the large sword loop structure 50 to put characters and designs.

This expands the use of the name label. In other words, if you enter your name or company name, it will evolve into a tie stop that also serves as a nameplate function.

50 does not simply form a loop structure, but has loop joints 54 on the left and right. This has the effect of preventing the nectar from leaving the body because the loop always has a force to close inward.

In FIG. 19 (b), a plurality of buttonholes 51, 52, 53 are provided on the back side. The hole spacing between 52 and 53 is dimensioned to match the button pitch of the shirt. These two buttonholes can be used as follows. This further expands its use and functions as a vertical tie stopper.

That is, after passing this through the name attached to the back of the ordinary tie sword, use, for example, stop 5 2 on the 5th button, 5 3 on the 6th button, and use it vertically. You.

Claims

The scope of the claims

1. A first structure having a loop-like structure having a shirt engagement portion at the front surface of the loop surface and a second structure having a beak-shaped tie engagement portion at both ends of an elongated strip, The second structure body slidably penetrates a body loop to form a sliding tie-stopping mechanism, and the beak-shaped tie engaging portion is sewn and attached to the center of the back surface of the sword. A tie characterized by the following.

2. The tie according to claim 1, wherein the beak-shaped tie engaging portion is a beak-shaped projection formed by bending an end of an elongated strip constituting the second structure.

3. The beak-shaped projections bend the end of the elongated strip that constitutes the second structure to form an isosceles triangle at the tip end, and from the position connecting the vertex and the base of the isosceles triangle to the elongated strip. The tie according to claim 2, characterized in that the tie is a projection formed by projecting at a right angle to the projection.

4. The tie according to claim 1, wherein the second structure has a loop shape and is connected to the first structure in a chain shape.

5. A first structure having a loop shape and having a shirt engaging portion at the front portion of the loop surface, and a second structure having a beak-shaped tie engaging portion at both ends of the elongated band, A tie stopper, wherein the second structure is slidably penetrated through a loop of the first structure to form a sliding tie stopper mechanism.

6. The tie stopper according to claim 5, wherein the beak-shaped tie engaging portion is a beak-shaped projection formed by bending an end of an elongated strip constituting the second structure.

7. The beak-shaped projection bends the end of the elongated strip that constitutes the second structure to form an isosceles triangle at the tip end, and from the position connecting the vertex and the base of the isosceles triangle to the elongated strip. The tie-tie according to claim 6, wherein the projection is formed by projecting at a right angle to the projection.

8. The tie stopper according to claim 5, wherein the second structure has a loop shape and is connected to the first structure in a chain shape.

9. Make two elongated slits inside the strip along the long side of the first strip of elongated strip, thereby forming three strips that are connected at the upper and lower ends, and this is the left edge A belt, a middle band, and a right edge band, and upper and lower portions connecting these are defined as an upper edge and a lower edge, and a second bandage piece having a wipe engaging portion is wound around the middle band to form a middle belt. A tie, which forms a structure slidably moving in a length direction, and is provided with a tie engagement portion in a band other than the middle band, and attached to the back surface of the sword of the tie.

10. The tie according to claim 9, wherein the tie engagement portion is realized by hot melt.

11. The tie according to claim 9, wherein the tie engagement portion is realized by four-way sewing.

1 2. Make two long slits on the inside of the strip along the long side of the first strip, thereby forming three strips extending only at the upper and lower ends. These are referred to as the left, middle, and right edge bands, and the upper and lower parts that lie there are the upper and lower edges, and a tie adhesive is provided on the other bands except the middle band. A tie-tie comprising a second band cloth piece having a joining portion wound around the middle band to form a structure which is slidably moved in the length direction of the middle band.

13. The tie stopper according to claim 12, wherein the cut is realized while weaving in the course of weaving the elongated first band.

1. The tie stopper according to claim 1, wherein the tie bonding portion is realized by an adhesive surface.

15. The first structure, which is loop-shaped and has a shirt-engaging portion on the front surface of the loop surface, and two elongated adhesive areas formed on the back surface of the loop-shaped elongated band at a constant interval from each other And a second structure that forms a non-adhesive region sandwiched between the two adhesive regions and serves as a tie engagement surface, wherein the second structure slidably penetrates the loop of the first structure. Forming a sliding tie stop mechanism by using

16. A button hole is provided on the back of a single loop structure made to have a size that allows a tie large sword to pass through the loop, and it is used as a shirt engagement portion. In addition, a large sword is inserted into the loop of the single loop structure. Tie closure characterized by being constructed through