EP0221910A1

EP0221910A1 - Strap for ready-to-wear tie and ready-to-wear tie.

Info

Publication number: EP0221910A1
Application number: EP86901770A
Authority: EP
Inventors: Arthur Gasser
Original assignee: Individual
Current assignee: Individual
Priority date: 1985-04-17
Filing date: 1986-04-10
Publication date: 1987-05-20
Anticipated expiration: 2006-04-10
Also published as: WO1986005957A1; DE3668755D1; JPS63500189A; EP0221910B1; US4615048A

Abstract

La bretelle (1) pour la cravate prête à porter comprend un ruban unique (4) pour une fermeture à curseur. Les tronçons libres de ce ruban peuvent être réunis ou séparés au moyen d'un curseur (5). Ce curseur (5) est mobile par rapport aux organes de guidage (7, 8) des tronçons du ruban. Il est placé par rapport à un point fixe (24) de façon telle qu'il peut être saisi et déplacé aisément dans n'importe quelle position de la cravate en dehors de son noeud (15). Chez les porteurs de cravate, qui ont l'habitude de tirer sur la cravate pour placer le noeud exactement au milieu du col, comme chez ceux qui ont l'habitude de nouer eux-mêmes la cravate, cette manière de faire a pour effet de bloquer le mécanisme du curseur parce que le curseur n'est pas relié rigidement à la bretelle.The shoulder strap (1) for the ready-to-wear tie includes a single ribbon (4) for a slider closure. The free sections of this ribbon can be joined or separated by means of a slider (5). This cursor (5) is movable relative to the guide members (7, 8) of the sections of the tape. It is placed relative to a fixed point (24) in such a way that it can be easily grasped and moved to any position of the tie apart from its knot (15). In tie wearers, who are used to pulling the tie to place the knot exactly in the middle of the collar, as in those who are used to tying the tie themselves, this procedure has the effect of block the slider mechanism because the slider is not rigidly connected to the sling.

Description

Carrier body for finished ties ur-d finished tie.

The present invention relates to a support body for finished ties and a finished tie.

This type of tie has a loop to be placed around the neck, the size of which can be regulated by actuating the zipper.

In the known finished ties of this type, the slider is fixed to the hollow, stiff material,

- _{| Q} like brass sheet etc. existing, connected supporting body. The zipper having metal or plastic teeth consists of the two bands not connected to the tie fabric. These straps are made by the two V-shaped attachments to below

15 plastic tubes or the like that reach the collar and are located in the tie-knot support body. At the upper end they are connected to each other so that they form a loop to be placed around the neck.

20th

In the case of the finished ties of this type, the firm connection of the slider to the support body by means of soldering or riveting had the following disadvantages:

25 In the case of tie wearers who were in the habit of pulling something on the tie to get the knot exactly in To push the middle of the collar, as they were used to from the self-binder, this process resulted in the slide mechanism being blocked because the slide, since it was firmly connected to the supporting body, could not escape the pressure. Now wanted that

The tie holder by pulling the pull tab on the zipper slide actuate the release mechanism, 'to remove the tie from the collar by extending the loop, the slide could not be opened. To remove the blockage, it would have been sufficient to push the knot and the zipper again a few millimeters against the neck and then pull the pull tab again. Unfortunately, many of these neckline wearers lost patience and cut the zipper tape so that the tie became unusable. The firm connection with de support body and the slider to w> ince in the same came to rest "so that primarily support with clumsy and big fingers, be¬ Sonder with wider ties with ^'big knots, struggled the pull tab of the slider to find and operate the trigger mechanism.

The invention is characterized by the wording of one of the claims.

The present invention completely eliminates these deficiencies. By dispensing with an absolutely rigid connection of the slide to the supporting body, a blocking of the trigger mechanism is prevented because the slide is now subjected to any pressure by pulling on the

Tie, etc. can now deviate a minimally necessary dimension. This makes it also possible that nor¬ male, high-quality series slider ver ^¬ turns may be, which are much cheaper to produce.

3 -

Because this also results in less scrap, significant savings can be achieved in manufacturing and warranty costs.

The slide can lie outside the support body, especially if it is not firmly connected to it. One or both of the plastic tubes can also protrude beyond the lower part of the support body, so that they serve as an end stop for the zip closure slider towards the inside of the knot. The associated zipper preferably consists only of a single left or right band part of a plastic endless spiral zipper. This part is passed from below on one side through the slider through the tube located in the node body and then forms a loop free of assembly points at the top. Then the band part on the ^" other side is again guided down through the other tube in the knot body into the other side of the slider. The support body is protected from deformation and indentation by an internal support.

If the soldering or riveting process is omitted, it is possible to use, instead of galvanized, spray-painted sliders of different colors which match the icing tapes and which are matched to the colors of the cotton fabric. A further decisive improvement and cheaper manufacture is achieved by using half instead of a conventional metal or plastic zipper 00

- 4 -

an endless zipper tape piece is used, which, forming a loop, is placed under the collar. This eliminates the need to sew the two individual zip straps into a loop. Furthermore, the two initial parts and the end part of the zipper are no longer required. As a result, the collar can no longer be injured even by the metal start parts.

In the case of the zipper ties of the type known hitherto, malfunctions in operation often occurred because the carrier body was pressed together during manufacture or by the carrier, so that difficulties arise. Passage of the belt and damage to it resulted. The shape and appearance of the knot also suffered from the deformation. The present invention also completely eliminates this deficiency by using a so-called hollow intermediate or su tube, through which the same expansion clamp or the like is passed, which serves to connect the plastic tubes and the ties to the support body . Furthermore, the plastic intermediate thread also prevents the thread connection between the tie fabric coverings of the two tubes reaching from the top of the knot from being cut through or frayed, by means of the expansion clamp connection or the like. As a result, the cladding can no longer be removed from the tube or from the knot . - 5th

In order to prevent the slider from getting too deep into the tie knot when pushing loose and to achieve a lower positioning of the tie knot for a better grip on the pull tab, two additional plastic tubes reaching downwards were attached in such a way that they fit with the two previous upper plastic tubes form an X together or the two previous plastic tubes are extended parallel or diagonally downwards in such a way that they protrude clearly from the supporting body and thus the zipper slider, which now comes to rest completely below and outside the supporting body, upwards towards the inside of the Lock the knot body. Better guidance of the zipper tape or tapes is also achieved.

However, the embodiment with a freely movable zipper ^'slide concentrating operation requires an additional Betäti¬ because not go along when pushing up of the node to the collar of the slide and has to be subsequently pushed up by a renewed actuation process to nodes for. The zipper must also be kept taut after the knot has been pushed up in order to prevent the knot from sliding down a few mm until it is fixed with the slider. When opening the tie, first pull the slider and then the tie downwards.

Another embodiment now eliminates these additional actuation processes without impairing the function of the zipper operation, as was the case with the known constructions. - 6 -

Exemplary embodiments of the subject matter of the invention are subsequently explained using figures.

In a purely schematic representation:

1 shows the front view of a tie body with a partially extended neck loop and a tie indicated by dash-dotted lines and looped on the body,

2 seen the embodiment of FIG. 1 from the back,

Fig. 3 is a view of the blank of the support and molded body with dash-dotted lines

Rag folding edges,

Fig. 4 shows a detail from the upper part of a

Tie body with tie protection parts,

5 is an illustration of the protective tubes for the zipper tapes in the area of the support and molded body,

6 shows a variant of the embodiment according to FIG. 5, possibly consisting of one piece, FIG. 7 shows a section of a plastic tube,

8 shows a further variant in the representation according to "FIG. 5,

9 - 19 further variants of the invention in the representation according to FIGS. 1 to 8. - 7 -

1 and 2, a tie body 1 with a neck loop 2 and a support and molded body 3 can be seen. The neck loop 2 is formed from part of a zipper tape 4, the two ends converging into a zipper slider 5 after the neck loop 2 has been formed, and are closed or opened by its movement in order to tighten or expand the neck loop 2. On the front side of the support and molded body 3 there is a cushion 6, which normally consists of foam rubber and on the molded body 3, e.g. by gluing. The two plastic tubes 7 and 8, which serve to receive the loop parts in the area of the shaped body 3, extend from the support and shaped body 3 in order to prevent them from jamming in the area of the shaped body. Further “-two plastic tubes 9 and 10 protrude downward from the molded body 3. When the zipper slider 5 is moved, they act as an upper stop. In this capacity you can use any stop element, e.g. in the form of a tongue protruding downwards. From the ends 12 and 13 of the two straps protrude to the neck loop 2. They are combined into a zipper 16 by means of the zipper slider 5. The actual tie knot 15 is shown in dash-dotted lines around the molded body 3, and the lower part 18 of the tie and above is a wrapping of the plastic tubes 7 and 8 with tie fabric.

In FIG. 2, the tension holder 20 for the zipper slider 5 can also be seen, as well as two shaped body flaps 21 which, as shown in FIG. 3, form parts of the support and body 3. These parts are inward around the bend lines indicated by dash-dotted lines in the sense of FIG. 2 - 8th -

bent to form a cavity for the implementation of the zipper tape 4. A fastening location for the plastic tubes 7 to 10 is also determined. In order to connect this to the body 3, an opening 22, in the support and molded body 3, and a holding clip 24 indicated in FIG. 5 are used. This is made by corresponding openings in the fastening tabs 25 to 28, which are cut by cutting away a part of the Corresponding tubes 7 to 10 are formed, inserted, the holding clip pushed through the opening 22 and, after receiving the end of the tie to be knotted, the two free ends of the holding clip 24 bent. Instead of the retaining clip 24, a hollow rivet or the like can also be used. The plastic tubes 7 to 10 with fastening tabs 25-28 can consist of one piece.

As can be seen in FIG. 4 and indicated in FIG. 1, the plastic tubes 7 and 8 are provided with the tie material cover 30. These tubes serve to hold the endless spiral zipper 31. The two tubes 7 and 8 are fastened in the manner described by means of their fastening tabs 25 and 28, which are provided with corresponding push-through openings, and the retaining clip 24 on the molded body 3. The tie fabric covers of the two plastic tubes 7 and 8 are also connected here by means of a connecting thread 33 in order to prevent them from slipping out of the tie knot tied around a supporting body. - 9 -

5 to 8, this tube construction is shown in different versions. While FIG. 5 shows a construction shown in FIGS. 1 and 2 with four separate plastic tubes 7 to 10, which are connected to the molded body 3 by means of their specific fastening lugs 25 to 28 and the holding clip 24 6 and 8 instead of the four only two plastic tubes 35 and 36, which have cutouts 38 in the area of the attachment with the molded body 3 in the sense of FIG. 7 and an opening each 22, so that, either in the type of FIG. 6 lying side by side each Röhr¬ the receiving surfaces of its zipper strip is used or, as Fig. 8 shows the corresponding tearing fastener tape top of the one and after the Befestigungs¬ point in the ^'other tubes 35 or 36 is continued.

A further embodiment of the subject matter of the invention is shown in FIGS. 9 to 12. FIG. 9 corresponds to the illustration in FIG. 2, the reference numerals of which are adopted for identical parts. In this embodiment, however, the zipper slider 5 is no longer freely movable with respect to the support and molded body 3, but is also not rigidly connected to it, but can be changed in this regard. For this purpose, a so-called web 40, possibly a chain or the like, is provided, for example in one of the embodiments according to FIGS. 10 or 11. The web 40 according to FIG. 10 has two holes 41 and 42. The hole 41 serves the Web 40, for example by means of the retaining clip 24 or a rivet, pivotally connected to the support and molded body 3, as shown in FIG. 9 and the section XII - XII shown in FIG. 9. The holes 41 and 42 can also serve for the flow of the solder. The fact that a plastic spacer tube 29 can be provided between the plastic tubes 7, 8, 9 and 10 or their fastening areas and the head of the holding clip 24 has already been explained in the previous exemplary embodiments.

The hole 42 serves to receive the zipper slider 5, which is also pivotally fastened to the web 40 in this way. It can therefore within the scope of the area between the two shaped body tabs 21 and the base of the shaped body 3, i.e. also in the vertical area, a free pivoting of the zipper slide 5 takes place, despite the fact that it is operatively connected to the support and molded body 3.

However, it is also possible to connect the web 40 to the support and molded body 3, instead of resiliently with the aid of the holding clip 24, by gluing, soldering or the like, and only to pivot the zipper slider 5 on the web 40 via the hole 42 fasten. Another possibility is to make the web 40 resiliently deformable in such a way that the zipper slide 5 can also be rigidly connected to it, and nevertheless a change in the position of the slide 5 with respect to the support and molded body 3 is made possible. - 1 1 -

A swivel-out area 44 is shown in FIG. 9 with dashed lines. In this way, the slider 5 is located outside the support and molded body 3, although it remains easily movable or can be swiveled horizontally and vertically, which ensures the trouble-free triggering process when the zipper slide is moved.

Further details of the support and molded body 3 and the arrangement of a normal web 40 or a short web 45 are shown in FIGS. 13 and 14. In that a short web 45, e.g. by means of a hollow rivet 43 pivotally connected in the hole 41 to the body 3, while the slide 5 on the short web 45, at the other end, e.g. is glued on. The short web 45 can also be connected to the body 3 by means of a hollow rivet.

In the embodiment according to FIG. 14, the support and molded body 3 is provided with a web-like extension 50, to which the zipper slider 5, as indicated, is soldered, riveted or glued. By appropriate choice of the material of the body 3 and the design of the extension 50, the latter is loose or loosely so resilient and twistable that the zipper slide 5 can be changed in position with the support and molded body 3 and is not completely connected to it. This also ensures a trouble-free release process of the zipper, because the slide 5 is located outside the molded body

3, so that, and because of the flexibility of the web-shaped extension 50, the slide 5 can be unlocked effortlessly. .

- 12 -

FIG. 15 shows a further possibility of fastening. This embodiment can be used with or without the support and molded bodies 3 shown in dotted lines. According to current fashion trends, there is a demand for leather and leather-like ties with zippers. As a result of the stability of the leather-like materials, the support and molded body 3 can be dispensed with. This also eliminates the use of the tie sheet and molded body 3 attached, without impairing the appearance

Upholstery or the like made of foam rubber, plastic, etc. If a web 40 or 45 is used, as is basically the case wherever the slider 5 is fastened to a web 40, 45, the lower, short pair of tubes 5 , 10 (FIG. 1) can be dispensed with because the stop function for the slide 5 is unnecessary here. The swivel area 44, which represents the loose connection, is shown in broken lines, the tube 29 is drawn outside the clamp 24 for the sake of clarity.

20th

Another problem with such ties is the lack of the rear or second tie end part. Because of the absence of this end part, many tie wearers cannot decide to wear such ties. 16 to 19, a solution to this problem is also offered.

16 shows a solution as it is used for ties made of non-textile but leather-like materials, namely without a support and molded body 3. A tie back sheet 47 can be provided here, which in the case shown is also held by the holding clip 24 between the same and the spacer, for example as a tube 29 of any cross-sectional shape or otherwise as a support, as indicated by 23, with the - 1 3 -

Zipper tape 4 and the spacer tube 29 and plastic tube 7, 8, in the sense of FIGS. 5 to 8 and the tie front panel 19 is connected. Depending on the model, as shown in FIG. 18, the tie back sheet 47 can be shorter or, according to FIG. 16, of a length corresponding to the tie front sheet 19. This figure shows how the zipper can be hidden essentially invisibly in the front sheet 19 of the tie so as not to appear uncomfortably. Such a tie thus has the optimum ease of use and also gives the feeling of really being a normal self-tie.

Because there is no need to run the tie fabric around the neck, considerable material is saved. The tie wearer does not feel constricted and is still comfortable even in warm weather.

Suspended tension brackets 20 of the zipper slider 5, which are visible from the outside, represent an inconvenience, particularly in the case of narrow ties, because they can be seen from the side. By attaching a short tie back sheet 47, this disadvantage is also eliminated by the tension bracket 20 being between the front tie sheet 19 and the tie sheet 47 of the tie 18 are flatly embedded or held or pinched. As a result, the tension holder 20 can no longer be recognized by third parties. - 1 4 -

Another possibility, which is mainly used in leather-like materials, is to design the tie back sheet as a downwardly open protective cap 55, which is long enough to cover at least the tension holder 20 of the zipper slider 5.

As a further possibility, the short rear cotton sheet 47 can be designed in such a way that the zipper directly into the inside of the support and molded body 3 into the same, together with the short tubes or the possibly attached attached web 40, 45 is inserted. The zipper end part with the slider 5 and the tension holder 20 as well as the web 40, 45 or the short tubes 9, 10 can be easily hidden therein. A slot 51 serves to supply the zipper and for this purpose must be attached instead of in the front sheet 19, in the rear sheet 47, the shorter part of the tie 18. As a result, the appearance of the front of the tie 19 is significantly improved.

In order to insert the zipper from the inside of the tie knot 15 or the support and shaped body 3 into the sack-like opening of the short tie-back sheet 47 and to ensure that the zipper runs smoothly, the material in the sack-like opening must not pressed, but must be kept open. This is done by the fact that the mentioned supporting tube 29 between the upper 52 and the lower 53 fabric part of the rear tie 1 5 -

sheet 47 is attached. (Fig. 17) The figure is easily recorded for reasons of illustration. In order to make the clamp 24 and tube 29 lying between the parts 52 and 53 visible, these parts are spread apart and shown in perspective. In fact, they hardly protrude beyond the upper edge of the body 3.

In the case of certain zippers, it is important to ensure that, in order to unblock the zipper, the zipper slider 5 is raised in the direction of the neck loop 2 by means of a tension holder 20 and the slider 5 can thus be moved freely. It is then possible to move the zipper tape 4 effortlessly with respect to the slider 5 in a loop-narrowing or loop-widening sense. ^•

The upper stop for the movable slide can be ensured both by the guide tube 9, 10 and, in another embodiment, by the spacer 29. It is also possible to use a special stop in the form of the plate 40, held in the hole 41 by the clamp 24, bent at the free end to form a stop surface, with or without the body 3.

All of the individual parts and individual features shown in the description and / or the figures, as well as their per utations, combinations and variations, are inventive, namely for n individual parts and individual features with the values n = 1 to n → - oo. All mentioned individual parts are functional parts, which therefore only have to fulfill their function in any form and material.

Claims

1 6 -patent claims:

1. Support body (1) for finished ties with a zipper tape (4) which can be connected and disconnected by means of a zipper slide (5) with guide means

(7, 8) for the band parts, the zipper slider (5) being freely movable with respect to these guide means (7, 8) (FIGS. 1-8) or with respect to a fixed point (24) which fixes the fixed position of the tie knot, is loosely connected (Fig. 9 - 19), and that the slide (5) is removed from the fixed point (24) in such a way that it can be gripped and moved effortlessly in any position of the tie, since it lies outside the tie knot.

2. support body (1) for finished ties with a zipper (4, 5), characterized by a support and molded body (3) for receiving the tie knot, the zipper slider (5) with respect to the body (3) either freely movable (Fig. 1 - 8) or with it loosely or loosely or positionally changeable (Fig. 9 - 19).

3. Support body (1) for finished ties with a zipper (4, 5) and with guide means (7-10,

35, 36) through which the two zipper tape strands (4), which can be detached and connected by means of the zipper slider (5), are pulled through, and with lifting means (9, 10; 29; 35, 36; 40) for the - 17 -

Slider (5), which means of the slider are to be determined the smallest distance from the neck of the tie wearer, which slider (5) is either freely movable with respect to the slinging means (FIGS. 1-8) or is positionally changeable (FIGS. 9-19) .

4. supporting body, preferably according to at least one of the claims, characterized in that the stop means (9, 10; 35; 36) are designed as guide means.

5. supporting body, preferably according to at least one of the claims, characterized in that the .Spacer (29) is designed as a stop for the slide (5).

6. supporting body, preferably according to at least one of the claims, characterized in that the guiding and enveloping means a plurality of plastic tubes, for example their two (7, 8) or four (7-10), composed individually or consisting of one piece, through the zipper tape dreams guide the shaped body (3) separately up to the uppermost position of the slide, the tubes preferably having recesses in the area of the shaped body. (Fig. 7) 0

- 1 8 -

7. supporting body, preferably according to at least one of the claims, characterized in that the tubes are attached to the shaped body, wherein e.g. cross the tubes in the area of the attachment point with the molded body. (Fig. 8)

8. supporting body, preferably according to at least one of the claims, characterized in that the, e.g. one-piece, group-forming tubes (35, 36) are arranged in an X-shape in the area of the attachment point and preferably have attachment tabs (FIG. 5), e.g. the tubes are fastened or connected to one another or to one another via a holding clip (24) and / or a thread (33).

9. supporting body, preferably according to at least one of the claims, characterized in that the zipper is designed as an endless spiral zipper.

10. supporting body, preferably according to at least one of the claims, characterized in that the plastic tubes (7-10) protrude both below and above the contours of the shaped body (3), preferably the upper plastic tubes (7,

8) are at least partially covered with tie fabric (30). - 1 9 -

11. Support body, preferably according to at least one of the claims, characterized in that a carrier (40) with the support and molded body (3) and / or the zipper slider (5) is loose, e.g. is pivotally or rotatably connected in order to adapt to the direction of pull when the zipper is opened.

12. supporting body, preferably according to at least one of the claims, characterized in that the carrier (40) is platelet-shaped and at least one fastening hole (41, 42) is provided at one end.

13. Support body, preferably according to at least one of the claims, characterized in that the support (40) is connected at one end exclusively to the support body (3), e.g. pivotable or resiliently rotatable (FIGS. 13, 14), the connection preferably being accomplished by soldering, riveting, gluing or by means of clips (24).

14. supporting body, preferably according to at least one of the claims, characterized in that the carrier (40) is connected at one end exclusively to the holding member (24). - 20 -

15. supporting body, preferably according to at least one of the claims, characterized in that the supporting body (3) and the carrier (50) are in one piece and designed so that the carrier (50) can be moved elastically by hand with respect to the supporting body. (Fig. 14)

16. finished tie with a support body (1) according to one of claims 1 to 15 and a zipper (4, 5), characterized in that it has at least the following three functional parts:

a tie front sheet (19) a tie back sheet (47) a spacer (29)

Guiding and enveloping means (7-10; 35, 36) for the zipper tape (4)

Stop means (9, 10; 29; 35, 36; 40) for the slide (5) support and molded body (3) support (3, 40, 45) for the slide (5) - connecting means (24) to put parts together ¬ hold. - 2 1 -

17. tie, preferably according to at least one of the claims, characterized by a, in particular substantially shorter and narrower than the tie front sheet (19) formed, separate tie back sheet (47), which sheets are connected to one another via a connecting element (24) and / or sewing, wherein the rear sheet (47) preferably forms a protective cap facing away from the front sheet (19) and at least partially covering the zipper slider (5) and the tension holder (20).

18. Tie, preferably according to at least one of the

_**

Claims, 5 characterized by a, in particular shorter and narrower than the tie front sheet (19), separate tie back sheet (47), which sheets are connected to one another via a connecting element (24) and / or sewing, the The rear sheet (47) is slightly shorter than the front sheet (19), and the slide (5) and the tension holder (20) come to rest between the front and rear sheets.

5 19. Tie, preferably according to at least one of the claims, characterized by a, in particular shorter and narrower than the tie front sheet (19) formed, separate tie back sheet (47), which sheets via a connecting element (24) and / or sewing are connected to one another, the rear sheet having a slot for supplying at least the zipper end part. 20 _.. Tie made of leather-like material, preferably according to at least one of the claims, characterized by at least one tie front sheet (19), two (35, 36) or four (7, 8, 9, 10) guiding and covering means, for example plastic tubes, a spacer ( 29), a zipper (4, 5,

20) with hooks connected to one another, which form a one-piece strip and are fastened to a one-piece band, and an organ (24) connecting these parts together.

21. Tie made of non-material material, preferably according to at least one of the claims, characterized by a tie front sheet (19), two sleeves, e.g. Plastic tubes (7, 8), a spacer, e.g. a tube (29), a web (40), a zipper (4, 5, 20) with hooks connected to one another, which form a one-piece strip and are fastened to a one-piece band, and an organ jointly connecting these parts ( 24).

22. Tie, preferably according to at least one of the claims, characterized in that the zipper within the knot (15) or the support body (3) directly together with the guide means, for example the two tubes (9, 10) and / or the web (40/45) is introduced into the short tie part (47) which completely accommodates and covers both the zipper band part and the slide with the handle plate and the holders (9 and 10) and / or the web. - 23 -

23. Tie, preferably according to at least one of the claims, characterized in that the spacer (29) is attached within the sack-like opening of the tie back sheet (47) in order to keep the same open for proper passage of the zipper for the reception the zipper, the web or the lower tubes (9, 10).

24. Tie, preferably according to at least one of the claims, characterized in that the connecting element (24), the tie front sheet (19), at least two guide tubes (7 - ^* 10, 35,

36), a spacer (29) and the tie back sheet (47) and optionally a web (40) carrying the zipper slide (5). (Fig. 16)

25. Tie, preferably according to at least one of the claims, characterized by a spacer (29) in the fixed point (24) to ensure the band passage of the zipper and to maintain the shape of the knot.

26. Tie, preferably according to at least one of the claims, characterized in that the tie fabric wrapping around the tubes (7, 8) is connected by means of a thread (33). (Fig. 4)