DE1864305U - WIRE SKELETON FOR TIE-KNOTS. - Google Patents

Description

RA.707Z11 * -6.11.62 PATENT Attorney DIPL-ING. HTB. KAHLER

KREFELD, LEYENTALSTRASSE

POST CHECK ACCOUNT. FOOD 4o55

DATE = 11/5/1962

π Il / Me.

MY FILE: 52 288

Pa.Hans Goeoke & Co., Krefeld, v.Beckerath Platz 9 Wire skeleton for tie knots.

The innovation relates to a wire skeleton for tie knots.

Ties are usually tied in the knot without any special insert. This often leads to the knot slipped easily. It has therefore already been proposed to provide a metal insert for tie knots in which a ribbon loop Is arranged lockable under clamping action. This ribbon loop is used in place of a section of the tie around put the shirt collar. By pressing on the knot and thus on the metal insert, the clamping of the tape can be released and so the belt loop can be pulled larger or smaller as just required. This design has the advantage that for the actual tie not as much material is required as for an iformal tie, since the part that is usually to be put around the shirt collar, but it does not have the disadvantage that the knot does not sit exactly and also looks very clumsy and therefore does not look like one corresponds to normally tied tie knots. Furthermore, by the arrangement of a band to be placed around the collar, the Tie itself achieved fabric savings in part! Partly canceled. The known insert also has a structure that is too complicated, since it is a clamping device for the belt loop wearing.

The decision made it necessary to create a tie knot inlay that does without an additional ribbon loop and has no moving parts at all, e.g. the node corresponding profile, exterior s ~ ^e forms somewhat vaulted triangle whose two current to the lower tip sides a hanging hook at the lower tip forming, are bent upward.

The innovation is illustrated in detail using an exemplary embodiment shown in the drawing. Ss show

J "ig. 1 to 3 in front, top and side views an innovation according to the invention Wire skeleton,

Pig. 4 to 8 show the process of tying a tie in a front view with an innovation-like skeleton insert.

The wire skeleton according to the innovation forms a nodal profile corresponding slightly outwardly curved triangle 1 with sides 1a, 1b and 1c. At the bottom of the triangle 1 converging sides 1a and 1c, the wire is bent upwards and forms a hook 2. by means of this hook 2 can be the wire skeleton and cfeimit the binding around it The tie can be hooked into the shirt collar from above. The oval Eyelet 3, which is to be clamped behind a collar button (not shown) «,

To fasten a tie, its rear narrow end 4 is first ^{pulled through the wire skeleton 1, as shown in J 1} Ig.4. The front tie end 5 is then tied, as can be seen from FIGS. 5 to 7. Finally, FIG. 8 shows the tie tied by umcLas wire skeleton.

The example is the attachment of the tie 4, 5 is carried out on the wire skeleton so that the skeleton is only can be hung in a shirt collar without

Additional attachment to a collar button by means of the eyelet If you want to achieve this additional attachment, it is necessary that the front end of the tie 5 at the beginning of the binding (Fig.A-) is passed directly behind the eyelet 3 instead of as in Fig.4- shown in front of the river use 3.

The wire for the wire skeleton can of course be made from pretty much any suitable material, for example also from plastic. It is also possible to provide a stamped and correspondingly deformed model instead of a wire frame.

Claims (1)

707 211-6.11.62 Claim to protection Wire skeleton for tie knots, characterized in that the wire has a profile corresponding to the knot forms a slightly outwardly curved triangle (1), both of which run to the lower point Sides (1a, 1c) at the lower tip are bent up to form a suspension hook (2).