Combination hidden necktie restraint and buttoning-assist device

Abstract

A device that serves both for retaining a necktie against free displacement and also for assisting buttoning of a garment comprises first and second loop elements and a flexible link element, attached at its opposite ends to the link elements. Each loop element defines a compound aperture having a larger end section, through which a button may pass, a smaller end section by which an element fastening the button may be engaged and secured by shifting of the loop element relative thereto, and a constricting neck section formed at the intersection of said larger and smaller end sections of said loop elements for maintaining the fastening element the button against unintentional release from the smaller end section of the loop element.

Claims

1. A device that serves both for limiting necktie displacement and for also assisting buttoning of a garment, comprising: first and second loop elements, each loop element being constructed to define a compound aperture having a larger end section that is dimensioned and configured for passage therethrough of a common button that is secured to a garment by at least one fastening element attached at a central location on the button, a smaller end section that includes a narrow channel extending from said larger end section and being dimensioned and configured for receiving such a fastening element while engaged under the secured button, and a neck section at an intersection of said larger end and smaller end sections of said aperture in each of said loop elements, wherein said neck section is narrower than said smaller end section; and a flexible link element having opposite end portions, wherein said first loop element is attached to one end portion of the flexible link element and said second loop element is attached to the other end portion of the flexible link element said first and second loop elements being attached to the flexible link element at a location adjacent an outer extremity of the larger end section of said aperture of said attached loop element; whereby said device can be attached to at least one button on a garment by passing the at least one button through the larger end section of said aperture of each of said loop elements and thereafter shifting said loop elements to positions beneath the at least one button so as to cause the fastening elements of the button to lie within said narrow channels and thereby cause said loop elements to engage under the at least one button such that, with said link element passed through a receiving element on the back of an end portion of a necktie, the device will serve to secure the end portion of the necktie against free movement away from the garment; and whereby each of said loop elements can be employed for assisting buttoning of a garment by inserting one of said loop elements through a buttonhole of the garment, manipulating said inserted loop element so as to cause an adjacent button secured to the garment to pass through said larger end section of said compound aperture thereof, shifting said inserted loop element to a position beneath the button so as to engage under the button and cause the fastening element of the button to lie within said narrow channel of said compound aperture, and withdrawing said inserted loop element, and thereby the engaged button, back through the buttonhole to effect engagement of the button therein; said neck section at the intersection of said end sections of said each loop element providing a constriction for maintaining said fastening elements against unintended exit from said narrow channel thereof.

2. The device of claim 1 wherein said larger end section of said aperture in each of said loop elements is generally circular.

3. The device of claim 1 wherein said loop elements are relatively thin and planar, so as to enable them to readily fit between a secured button and the garment, and are fabricated from a substantially rigid material.

4. The device of claim 3 wherein said material of fabrication of said loop elements is a resiliently deflectable metal.

5. The device of claim 4 where said loop elements are of formed wire construction.

6. The device of claim 1 wherein said flexible link element comprises a chain.

Description

BRIEF DESCRIPTION OF THE SEVERAL VIEWS OF THE DRAWINGS

(1) FIG. 1 is a plan view showing one embodiment of the device of the invention.

(2) FIG. 2 is a fragmentary view illustrating a second embodiment of the device of the invention and showing it in use for restraining a loose end portion of necktie against displacement from a wearer's shirt.

(3) FIG. 3 is a fragmentary view, drawn to an enlarged scale, showing the device of the invention in use for assisting in effecting engagement of a button, secured to a shirt, in an adjacent buttonhole.

DETAILED DESCRIPTION OF THE INVENTION

(4) As seen in FIG. 1, the device of the invention consists of a pair of loop elements, each being generally designated by the numeral 10, being formed of resilient (spring) metal wire, and defining a compound aperture. The aperture consists of a relatively large, generally elliptical end section 12 and a relatively small end section in the form of a narrow channel 14; a constriction or neck 16 is formed at the intersection of the end sections 12 and 14 of the compound aperture.

(5) The two loop elements 10 are connected to one another by a flexible link element, generally designated by the numeral 18. The link element 18 consists of a length of chain 20 comprised of links 26 and, in the embodiment illustrated, a plate-like piece 22 at one end; in some embodiments such a piece 22 will desirably be provided at both ends of the chain 20. Each loop element 10 has an eyelet 24 adjacent an outer extremity of the larger aperture section 12 and engaged by the endmost link 26 at one end of the chain 20; the eyelets may be separately fabricated attached elements, or they may be integrally formed, such as for example by twisting wires comprising the loop elements 10. A endmost link 26 at the opposite end of the chain 20 engages a ring element 27, which is received in an aperture 28 in one end of the plate 22. The eyelet 24 on the second loop element 10 is received in a second aperture 28 formed in the opposite end of the plate 22.

(6) A modified embodiment of the device is employed in the arrangement depicted in FIG. 2, in use for the securement of the loose end portion of a necktie, generally designated by the numeral 30, against free displacement away from the shirt (not shown in this figure) of a wearer. The plate-like piece 22 is omitted from the retaining device of FIG. 2, but it was otherwise essentially identical to the device of FIG. 1, as indicated by the use of common reference numbers for the parts and elements thereof.

(7) In serving its intended purpose, the device is passed through the transverse fabric loop or strip 32 (shown broken away, to expose the underlying section of the link element 18) that is normally affixed, as a receiving element, to the back of the wider end portion of a necktie 30 (the narrower end portion of the tie usually being passed through the loop 32 so as couple it to the wider end portion). The loop 10 at one end of the device is secured under a button 34 sewn on a marginal portion at the front of the shirt (not shown in this figure), with the fastening threads 36 lying within the channel 14 of its aperture, and with the neck portion 16 helping to maintain the established relationship; the loop element 10 at the opposite end of the device is similarly engaged beneath an adjacent button 34. It will readily be appreciated that this simple arrangement will effectively maintain the end portions of the necktie 30 against free displacement away from the wearer's shirt, while being hidden from view in normal use.

(8) FIG. 3 of the drawing shows the device of the invention (as depicted, for example, in either FIG. 1 or FIG. 2) utilized as a tool for assisting buttoning. All common elements present in FIGS. 1 and 2, previously described, bear the same reference numbers in FIG. 3.

(9) To effect buttoning using the device, one of the loop elements 10 is initially inserted through a buttonhole 40 made in the marginal portion 38a along one side of the front of the shirt 50. The inserted loop element 10 is then manipulated (the attached chain 20 and incorporated plate 22, if present, may serve to facilitate gripping for manipulation) so as to align the larger end section 12 of its aperture over the button 34 for passage therethrough. The loop element 10 is then shifted so as to cause the button-fastening threads 36 to enter, and lie within, the narrow channel 14, ultimately to bear upon the material of the element 10 loop at the outer extremity of the smaller end portion of its aperture; that is the relationship depicted in FIG. 3, with the button 34 being broken away to better show it. Thus, upon withdrawal of the loop element 10, back through the buttonhole 40, the button 34 will follow and also be drawn through the buttonhole, in an optimal orientation, so as to fasten the button 34. Obviously, the loop element 10 may then be readily disengaged and removed from the button 34.

(10) While the plate-like piece 22 (shown in FIG. 1) is incorporated into the flexible link element 18 primarily to serve decorative and/or commercial functions (such as for the receipt of a logo or other trade designation, as suggested by the square of surface cross-hatching), the link element will be entirely functional, for its intended purposes, in its absence. If positioned adjacent to a loop element 10, however, such a piece 22 may afford a better finger grip and thereby improve the ability of a user to manipulate the loop element for locating it relative to, and securing it upon, a button. As mentioned above, two or more plate-like pieces may be incorporated into a link element (indeed, the link element might be comprised essentially of a chain of plate-like pieces), and a plate-like piece may desirably be positioned adjacent each loop element, such as to facilitate its manipulation.

(11) Typically, the device of the invention will have an overall length of about 4 to 5 inches; each loop may be about 1 to 1 inches long, with the larger aperture portion being about inch wide and inch long and the smaller aperture portion being about inch long and inch wide at its widest point (tapering to about 1/64 inch in width, or indeed to establish direct contact, or zero clearance, between the opposing elements, at the neck portion); an incorporated plate-like piece would typically be about inch in length or diameter.

(12) The loop elements of the device will normally be made of metal (e.g., spring temper phosphorous bronze, stainless steel, etc.), with any separate eyelet piece being joined thereto by welding or soldering, as may be most appropriate. The chain will typically be fabricated from brass or stainless steel (with pieces again being affixed by welding or soldering, as appropriate), and any logo plate incorporated will typically be made of brass or nickel-brass alloy. Parts fabricated from suitable plastics, natural materials, etc., may also be employed, however, as will be apparent to those of ordinary skill in the art based upon the description provided herein.

(13) Thus, it can be seen that the present invention provides a device that is capable both of retaining the loose, opposite end portions of a necktie against free displacement away from a shirt with which it is worn, and also of providing assistance, to those whose manual dexterity is comprised, in engaging a button in its associated buttonhole. The invention further provides novel methods for securing a necktie against free displacement of loose opposite end portions, and also for assisting individuals in carrying out buttoning functions. The device is of incomplex and inexpensive construction, is facile to use, and may be aesthetically attractive and/or well suited to serve promotional purposes.