Patent Application
20170156424
This invention relates to a device and method for aiding in the tying of a necktie knot.
Tying a knot in a necktie is a difficult and challenging task that begins for most men when they are teenagers and lasts a lifetime. Even though it is done every day by a large segment of the population, it is not done well by very many, and as fathers of sons everywhere will attest there are certainly some who have to rely on others to tie knots because they cannot do it themselves.
In the prior art there are many devices and methods for tying neckties, it being a problem that certainly has spawned a large number of solutions. Fundamentally, it requires the taking of two ends of a length of fabric, the necktie, one wider than the other, and tying them in an attractive way that is uniform and repeatable. Very generally speaking, it entails wrapping the wide end around a point near the narrow end, it being desirable to do so such that, after the knot is completed, the bottom end of the tie winds up at about the height of the wearer's belt. The first consideration is therefore where to tie the knot to result in such a length. Even very, very experienced necktie wearers will occasionally have difficulty with the problem of judging the length correctly. In fact, it is that specific problem, of tying the knot in the proper location to result in the desired length, that a very large number of prior art devices are focused on. There are many patented, and non-patented attempts at solving that problem. Length gauges that measure from the wearer's neck down, for example, or which give a certain length for a certain height of the wearer, are well known. To arrive at the correct length, a wearer is required to estimate how much fabric the knot itself is going to take and then to apply that so that he winds up with the desired length. Insofar as the tying of a necktie generally requires two hands, there obviously is a difficult task presented for a wearer that wishes to hold a length gauge while tying a necktie. In addition, most length gauges will be at least the length of the desired necktie, typically anywhere from 18 to 24 inches. Having to handle and store a device of such size is something that most would prefer not to do, so it will be desirable to provide a method and/or a device that allows a wearer to arrive at the proper length that is not large or cumbersome to handle. In addition, many of the prior solutions to this problem have required marking of the necktie or measuring it against a marked template. Clearly, that is not a desirable alternative.
After the proper length is determined for a necktie, and the appropriate spot on the tie for the knot is chosen, the wearer must go through a complicated series of steps to actually tie the knot. In fact, there are a number of different styles of knots that a wearer can choose. For simplicity and generalities, the procedure can be summarized as lapping the wide end over the narrow end at a point where the knot is going to be tied. The wide end is then threaded up through the back and out the front of the opening created below the wearer's chin. Then, for a knot to be symmetrical and attractive, it is desirable to wrap the wide end around the overlap portion from front to back, and then to thread the wide end up through the same opening and then, as it comes through from back to front, to thread it through under the last layer in the front of the knot. That is all done loosely so that, upon threading the wide end through and under the last layer, the wearer can tighten the knot by pulling on the wide end, and then can adjust the length by pulling down on the narrow end.
With practice, many wearers can perfect the tying of a necktie, by being very careful about how uniformly the wide end is wrapped around the knot and fed through. For many, though, the tying is not so neat and results in an uneven and asymmetrical knot that is immediately apparent, insofar as a necktie is the most common and visible accessory feature worn by men. It is desirable to provide a device and/or method that assists in the creation of an attractive and symmetrical knot, properly positioned on the tie so that the desired length is achieved.
Prior art attempts at solving this problem have included guides and clamps and pieces that attach to the tie through which the tie will be threaded, some of which are removable and some of which are intended to stay in the tie even after the knot is completed. For example, U.S. Pat. Nos. 4,815,772 and 5,692,241 and 7,143,482 and D614,833 all provide guide devices that are used when tying a necktie knot that provide a device through which the end of the necktie is threaded to assist in the creation of a perfect knot. None of them, however, provide a useful device that is both releasably attached to the tie, so that the wearer is not required to hold it while he's tying a tie, and still has provisions that make it easily removable upon completion of the knot. In addition, while there are a large number of prior art methods and devices for estimating the length as a tool to help the wearer decide where to tie a knot, such as U.S. Pat. Nos. 6,698,102; 5,505,002; and 4,059,906, to name a few, there is no prior art device or method that solve both the problem of where to tie the knot and how to tie the knot in a single device or method. The present invention addresses the limitations of the prior art, while providing a device and method for both estimating the location for the knot, as well as providing an improved device and method for tying the knot. It also significantly provides a collapsible device that, while functioning to estimate the length of the tie, is smaller when it is collapsed, and it is significantly innovative in that it uses the same structural elements to collapse the device as it uses to fix the device to the tie so that the wearer can tie the knot without having to worry about holding the device. The releasable attachment features of the present invention also make it a useful device for those having the use of only one hand because, as set forth in more detail, once the tying aid of the present invention is attached to the tie, only one hand is required to thread the tie around and through the tying aid.
It is an object of the present invention to provide an improved device for estimating the length of a necktie and the proper position of a knot.
It is another object of the present invention to provide a method for tying a necktie that enables a wearer to reliably predict the proper location to tie the knot to eliminate the need for tying and re-tying the knot to achieve the proper length.
It is another object of the present invention to provide a device that enables a wearer to tie a symmetrical and attractive knot in a necktie that is easily manipulated and removable upon completion of the knot.
It is a further object of the present invention to provide a length gauge device for the tying of a necktie that is collapsible and adaptable to provide a proper length measurement across a wide range of sizes for wearers.
It is a further object of the present invention to provide a neck tie tying aid that allows a knot to be tied with one hand.
It is yet another outfit of the present invention to provide a device and method that allows a device to be temporarily and releasably affixed to the overlap point where by the necktie can be threaded around and through the device, while still providing a removable device.
It is yet another object of the present invention to provide a method and device for tying a necktie that provides a central wrap ring and threading a for guiding in retaining the necktie around the ring and through the middle of the ring to create an attractive not, while still making the device readily removable after the knot is completed.
It is a further object of the present invention to provide a method and device for tying a necktie that requires the use of only one hand to complete the knot.
The present invention provides a device for tying a necktie wherein a substantially tubular wrap ring has means for wrapping and threading a necktie through it to effect a knot. The device also includes provisions for removing it after the tie is wrapped and threaded, including a tapered shape to the ring wherein a top end of the substantially tubular shape has a smaller cross-section compared to the lower end which has a larger cross section. The device is substantially tubular, providing a guide through the middle for the necktie, but it does also include an open slot so that it is not a fully enclosed shape. The device also includes means for wrapping and threading, including at least one assist wing that extends substantially parallel to the sidewall of the wrap ring, thereby defining a gap therebetween through which the necktie can be threaded and in which it is retained.
The present invention also provides means for temporarily and releasably securing the wrap ring to the necktie so that the wearer does not need to hold it while he is using it. The means for releasing includes provisions for ease of removal as well. In the most preferred embodiment, the present invention includes a tapered wrap ring and at least one slot in the wrap ring to aid in removal of the device after the knot is completed.
The present invention also provides a device comprising a length gauge allowing the wearer to properly estimate and apply the appropriate length for the tie and the position of the knot on the tie. The length gauge is significant in that it is collapsible and includes means for temporarily and releasably securing the wrap ring to the necktie.
The means for temporarily and releasably securing the wrap ring to the necktie includes structural members that pinch the necktie between them, and specifically include the collapsible length gauge as the folding structural members.
The present invention further includes a method for tying a necktie comprising the steps of draping a necktie around the wearer's neck allowing both ends to dangle freely; providing a device for tying a necktie, the device having a substantially tubular wrap ring, a collapsible gauge and means for releasably securing the device to the necktie; placing and holding the device under the wearer's chin; extending the length gauge to provide a position for the final desired location of the knot; pulling the wide end of the tie down such that the knot location is positioned at the bottom of the gauge; crossing the wide end of the tie over the narrow end of the tie to properly position the location of the knot; retracting the collapsible gauge and securing the device to the tie such that the wrap ring is at chest level; wrapping the wide end of the necktie around the substantially tubular wrap ring and threading the wide end down through the wrap ring, loosely gathering the tie around the wrap ring, detaching the device from the tie and removing the device, tightening the knot, and adjusting the length of the tie by pulling on the narrow end.
The necktie knot tying aid 10, shown in
The necktie knot tying aid 10 has a wrap ring 12 that a necktie 14 will be initially threaded around and ultimately directed through. Specifically, the necktie 14 is draped over a wearer's shoulders such that a narrow end 16 and wide end 18 hang down on a wearer's torso (see
The length gauge 20 is retracted and secured in the preferred embodiment by cooperating magnets 30, 32, a first magnet 30 positioned near a distal end of the extended member 22, and the second magnet 32 position near and opposed distal end of the upper member 24 such that, when the lower member 22 rotates about pivot pins 26, 28, the magnets 30, 32 are adjacent and snap together to hold the lower member 22 in its retracted position (see
While this is the most preferred embodiment of the present invention, other embodiments are contemplated that use alternative means for securing the two members together, specifically devices including Velcro, button snaps, clamps, spring-loaded latches, etc., are contemplated and their use does not depart from the principles of the present invention.
After the length of the necktie is established, and the wide end 18 is lapped over the narrow end 16, the knot tying aid 10 is applied by securing it at the point where the narrow end 16 and wide end 18 coincide. In a unique feature of the present invention, the overlapping sections of the necktie are clamped between members of the knot tying aid 10. Specifically, the means for securing the aid 10 to the necktie is provided by magnets 30, 32 that snap together to pinch the necktie therebetween. The means for securing is releasable by simply pushing or pulling the magnets 30, 32 apart to separate them from each other. While the magnets 30, 32 represent the most preferred embodiment for the present invention, often means for releasably temporarily securing the aid 10 to the necktie can be provided by other means without departing from the principles of the present invention. In a significant feature of the present invention, the retraction holding magnets 30, 32 of the present invention are also the means for engaging and disengaging the aid 10 to the necktie. To ease the disengagement of the securing means magnets 30, 32, the lower structural member 22 is formed with a curved profile (see
To assist in the actual forming and tying of a necktie knot, the aid 10 is provided with a wrap ring 50 around which the fat end 18 of the necktie is wrapped (see
The wide end 18 is threaded around the wrap ring 50, retained against it by wings 54, 56, and the wide end 18 is then pushed down through the center of the wrap ring 50 (see
The related method incorporating the tying aid 10 of the present invention provides for the following steps. First, a necktie is draped on the shoulders of a wearer, with a wide end and a narrow roughly even (
The foregoing description of a preferred embodiment of the invention has been presented for purposes of illustration and description. It is not intended to be exhaustive or to limit the invention to the precise form disclosed. Obvious modifications or variations are possible in light of the above teachings. The embodiment was chosen and described in order to best illustrate the principles of the invention and its practical application to thereby enable one of ordinary skill in the art to best utilize the invention in various embodiments and with various modifications as are suited to the particular use contemplated. It is intended that the scope of the invention be defined by the claims appended hereto.
