STAY TUCKED-IN EASY-ON EASY-OFF STRAPLESS HIDDEN SUSPENDERS

Abstract

An upper and lower garment disc-like dual connector and suspension device wherein the tucked-in upper garment, such as a shirt or blouse, is draped over and around and captured and held in the disc-like peripheral groove with a retainer device, leaving one disc surface area exposed to the outside of the upper garment for affixing any one of a myriad of fasteners, such as, Velcro, clips, buttons, snaps, hangers, etc., that attaches the upper garment to the lower garment such as pants, trousers, skirts, shorts, etc., behind and below the waistband, so that the upper garment becomes the suspenders of the lower garment. This easy-on, easy-off, transferrable, tucked-in apparel positive connection and suspension concept provides; suspension support of the lower garment, a neat tucked-in appearance at all times, is comfortable to wear, and is not visible from view while maintaining the lower garment in the desired position around the waist.

Claims

1. What is claimed is an upper and lower garment dual connector and suspension device comprising; a lower garment fastener, a disc with a perimeter groove, and a retainer device for holding the tucked-in upper garment in the groove without upper garment modification or alteration, and with the device attached to the upper garment so that one disc surface is exposed for the mounting of any one of a myriad of fasteners that will attach to the lower garment, hidden from view, behind and below the waist band of the lower garment, to provide easy-on easy-off upper garment hidden attachment and suspension support of the lower garment.

2. The dual connector and suspension device of claim 1. wherein; the disc can be a plane pad of any geometric shape, thick enough to permit a wide enough peripheral groove that can contain a double thickness of upper garment material plus the thickness of a groove retainer device, yet leaving enough side wall thickness to prevent groove wall breakout resulting from lower garment weight in addition to wearer motion forces exerted on the groove walls.

3. The dual connector and suspension device of claim 1. wherein; the disc is fabricated from any one or combination of rigid materials, such as but not limited to: metal, wood, plastic, fiberglass, hard rubber, nylon, ceramics, marble, and formica as examples.

4. The dual connector and suspension device of claim 1. wherein; the means of attaching the lower garment fastener to the disc is one of permanent or heat sensitive adhesive, thermal bonding, rivets, screws, bolts, welding, brazing or soldering.

5. The dual connector and suspension device of claim 1. wherein; the upper garment material groove retention device is one of any of a myriad of devices such as: snap rings, split rings, wire rings, rope, string, shoe laces, clamps wire or plastic ties, i.e., any device that can be tightened down, self-holding in place, and easily released for removal.

6. The dual connector and suspension device of claim 1. wherein; the mating portion of the disc fastener for attachment to the lower garment, is one of permanent adhesive, heat sensitive adhesive, thermal bonding, epoxy bond, hooked-on, buttoned-on, clipped-on, or clamped-on.

7. The dual connector and suspension device of claim 1. wherein; the attachment of the upper garment to the lower garment can be made with a myriad of fastener devices such as clips, clamps, Velcro, buttons, snaps, and hooks as examples.

8. The dual connector and suspension device of claim 1. wherein; the disc peripheral groove can be any shape such as, V, rectangle, square, or U rope or cable grooves.

9. The dual connector and suspension device of claim 1. wherein; the upper garment support of the lower garment distributes the forces created by the weight of the lower garment and wearer imposed motion forces uniformly across the shoulders of the wearer, unlike suspender straps which concentrates these forces over the smaller area of the suspender straps.

10. I claim that the dual connector and suspension device of claim 9 wherein; any tucked-in upper under garment can be the lower garment support for any untucked-in upper outer garment wear.

11. I claim that the attachment of the dual connector and suspension device disc to the upper garment is accomplished by draping the outside surface of the said upper garment material over one face of the disc surface at a position on the upper garment corresponding to where the wearer plans to position the lower garment waistline on their body and by wedging the said upper garment material into the disc groove, by tightening the groove retainer device, with the lower garment disc fastener surface facing outwards towards the said lower garment waistline mating fastener attachment position.

12. I claim that one or more dual connector and suspension devices can be positioned on the wearer's upper garment to accommodate support of the lower garment for all shapes and sizes of individuals, while holding the upper garment tucked-in to provide wearer with a neat appearance at all times.

13. I claim that the dual connector and suspension device of claim 12 allows positioning flexibility for wearer comfort and the removing and putting back on of the lower garment is convenient and unhindered for daily conveniences.

Description

BRIEF DESCRIPTION OF DRAWINGS

[0020] Preferred embodiments of the present invention and explained in further detail below by way of example and with reference to the accompanying drawings which:

[0021] FIG. 1 is a three view of the dual connector and suspension device disc showing a peripheral U groove and with the loop half of a Velcro fastener attached to one surface of the disc as an example of where any of a myriad of other fasteners could be attached to the disc to connect to the lower garment.

[0022] FIG. 2A is a diametrical section view showing how the tucked-in upper garment material is captured and held in the disc groove of the dual connector and suspension device disc with a retainer device and showing how the disc Velcro fastener, loop section, would attach to the lower garment waist band companion mating Velcro, hook section, affixed to the lower garment waist band.

[0023] FIG. 2B is a diametrical section view showing how a tucked-in upper garment is captured in the dual connector and suspension device disc and how a cam-closing clasp could be affixed to the dual connector and suspension device disc as another example of how a myriad of other types of fasteners could be used instead of Velcro to connect the lower and upper garments together using this connection and suspension device.

[0024] FIG. 3 is an isometric view showing how multiple dual connector and suspension devices could be positioned on the tucked-in upper garment to mate with the lower garment fastener device.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT OF THE INVENTION

[0025] FIG. 1 shows a three view of the dual connector and suspension device disc 10 which for illustration purposes is shown as a round disc, however any geometric shaped flat pad could be used as well. A U rope or cable peripheral groove 12 is shown around the edge of the disc but a rectangular or V groove would work as well. Velcro fastener (loop side) 11 is shown covering the lower garment fastener side mounting surface of the dual connector and suspension device disc 10 for illustration purposes. Clips, buttons, snaps, hangers, or a myriad of other fasteners could be used as well to connect the tucked-in upper garment holding device disc 10 to the lower garment. The size of the disc is variable depending on the size and activity of the wearer, i.e., larger sizes for larger persons and those who are physically active and smaller sizes for petite and children wearers. The disc 10 can be made from any of a myriad of materials sufficiently rigid to keep from bending under the weight of the lower garment in addition to the motion forces of the wearer. Disc 10 materials or a combination there of, such as metal, wood, wood, plastic, nylon, fiberglass, formica, ceramics, rubber are examples. The thickness of the disc 10 must be sufficient to provide a wide enough groove 12 that can contain both a double thickness of the upper garment material 17 in addition to the retainer device yet leave enough groove wall thickness that will keep the upper garment and the retainer device from breaking out under the weight of the lower garment in addition to the forces created by motions of the wearer.

[0026] FIG. 2A is a diametrical section view of the dual connector and suspension device showing how the upper garment 17 outside surface 17A and the inside surface 17B, indicated by a dashed line, is captured in the disc groove 12 and retained in the groove with a retention ring 19. The disc 10 with Velcro loop section 11 installed is held by the upper garment 17, and faces the Velcro hook portion 15 of the Velcro fastener companion mating section attached to the inside waist band 14 of the lower garment 16 which when in contact with each other will fasten the upper garment 17 to the lower garment 16. The Velcro hook fastener 15 can be sewn on glued on, ironed on or clipped on the inside surface of the lower garment waist band providing a hidden connection of the upper 17 and lower 16 garments. A clipped on waist band attachment could be any of a myriad of fasteners that are affixed with a Velcro fastener surface 15 to mate with the dual connector and suspension device disc 10 companion mating Velcro fastener 11.

[0027] FIG. 2B is a section view showing how a clip over-center fastener 20 could be directly mounted on the dual connector and suspension device disc 10 mounting surface 11 and positioned to clip directly to the lower garment waist band 14. Other fasteners, such as buttons, snaps, hangers, over center clamps, or any of a myriad of other fasteners also could be similarly affixed or mounted on to the disc 10 lower garment mounting surface 18 to directly attach to the lower garment waist band 14 to maintain low visibility of the connection or a completely hidden connection of the tucked-in upper garment 17 to the lower garment 16.

[0028] FIG. 3 is an isometric drawing showing a pair of dual connector and suspension devices 10A and 10B complete with Velcro loop fastener 11 attached to the upper garment 17 with mating Velcro fastener, hook portion, 15A and 15B attached to the lower garment 16 waist band 14 at positions opposite of the upper garment 17 positions 10A and 10B. Velcro hook fasteners 15A and 15B could be sewn on, ironed on, glued on, or clipped on to the waist band 14 of the lower garment 16. Velcro fasteners are used for illustration purposes, however, any of a myriad of fasteners could be used as well and mounted to the dual connector and suspension device disc 10 to connect the upper tucked-in garment to the inside of the waist band 14 of the lower garment. The dual connector and suspension devices 10A and 10B would be positioned on the upper garment 17 so that the connection to the lower garment 16 waist band 14 fasteners 15A and 15B would result in the lower garment 16 waist band 14 being at the wearer's desired position on the body. Two upper and lower garment connection positions are shown, however, additional devices could be added for heavier individuals and/or those with exertive body motions.

TABLE-US-00001 PATENT CITATIONS Cited patent Filing date Publication date Applicant Title 5515544 Jan. 30, 1995 May 14, 1996 Hosking Method for conjoining clothes 5623735 Jan. 25, 1996 April 1997 Perry Suspender to be worn w/belt 6308338 Aug. 14, 2000 Oct. 30, 2001 Caldwell Trouser suspenders 6397393 Dec. 11, 2000 Jun. 4, 2002 Alger Clothing combination comprising a self releasing bond 6446268 Oct. 15, 2001 September 2002 Lazarian Garment support device 6804834 October 2004 Mar. 3, 2003 Mok Suspender set 20060185056A1 Feb. 23, 2005 Aug. 24, 2006 Zwick Shirt slot under garment Suspender 20070033699A1 Aug. 9, 2005 Feb. 15, 2007 Mars Strapless belt loop suspenders 20070033708A1 Aug. 9, 2005 Feb. 15, 2007 Mars Strapless belt loop suspenders 20110083254A1 Oct. 13, 2009 Apr. 14, 2011 Trutna Magnetic clasp unit and suspender system 20100186149A1 Jan. 26, 2009 Jan. 26, 2009 Miller Friction pad support, method of use