The present invention relates to shirts, blouses, and other tops having at least one seam closure, especially at least one shoulder seam closure, using one or more magnetic fasteners.
Shirts, blouses and other tops have openings located in various places, for example, the front, the back, the sleeve, the shoulder and the cuff, which are typically closed by conventional buttons and zippers.
Recently, the apparel industry has recognized the need to develop and design adaptive clothing for persons with disabilities, limited dexterity or limited mobility, and youngsters, including those who have great difficulty using a conventional zipper or buttons. Accordingly, the apparel industry has now begun to use alternative closures, such as snap fasteners, hook and loop fasteners (for example, those sold under the Velcro® brand) and magnetic fasteners, in place of conventional buttons and zippers. For example, these alternative closures may be placed in the back opening of a blouse. The alternative closures are intended to make it easier for the disabled (or their caregivers) to put on and take off clothing, provide confidence and self-esteem, and allow the wearer to get dressed more quickly.
Nevertheless, when these alternative closures are used on shirts, blouses and other tops, problems still exist. For example, like conventional buttons and zippers, snap fasteners and hook and loop fasteners may still be too difficult to fasten or unfasten, especially if the wearer has limited hand dexterity caused by, for example, arthritis, multiple sclerosis, cerebral palsy, pervasion developmental disorders, Down's syndrome, ataxia, diabetes with neuropathy, stroke (CVA), paraplegics, Lou Gehrig's disease, Parkinson's disease or head injury. And although magnetic fasteners tend to be easier to fasten and unfasten than snap fasteners and hook and loop fasteners, they are bulkier, harder and heavier, and in certain cases can press against the wearer causing pain, discomfort or irritation.
For example, when magnetic fasteners are used to close a back opening in a shirt, blouse, or hospital gown, and the wearer of that garment sits in a chair or a wheelchair having a firm or hard back, the magnetic fasteners tends to press against the wearer's back. Over time (and a disabled person may be sitting in the chair or wheelchair for a substantial time), the pressure of the magnetic fasteners against the back is likely to cause the wearer discomfort, pain or irritation. This problem may be exacerbated if the wearer has neuralgia, neuropathy or otherwise is sensitive to the pressure caused by the magnetic fasteners.
One object of the invention is to provide an improved adaptive garment, in particular, an adaptive shirt, blouse or other top, which is not only easy to put on and take off, but also maintains a high level of comfort, wearability and style.
Another object of the invention is to provide an improved adaptive garment for those with limited dexterity or mobility, youngsters, or those with disabilities and/or other health conditions. Accordingly, the adaptive garment of the present invention may allow an individual to get dressed more easily and quickly, with or without the assistance of others.
According to one aspect of the invention, an adaptive garment is provided with a seam closure using one or more magnetic fasteners or magnetic strip. In another aspect of the invention, this seam closure is a shoulder seam closure, which opens into two clothing panels. The edge of each clothing panel contains one or more magnetic fasteners or a magnetic strip as the closure.
According to yet another aspect of the invention, the shoulder seam closure using one or more magnetic fasteners or magnetic strip may be covered, for example, by buttons, a zipper or an epaulette, to make it appear to be a conventional garment.
According to a further aspect of the invention, in addition to a shoulder seam closure using magnetic fasteners, the adaptive garment also has a back vent that provides further ease in dressing and more comfort.
Further characteristics and advantages of the present invention will become apparent from the following detailed description of preferred but not exclusive embodiments of the shoulder seam closure, illustrated only by way of the following non-limiting examples and drawings.
In accordance with a further embodiment of the present invention,
In accordance with a yet another embodiment of the invention,
As generally used herein, the adaptive garment of the present invention may refer to but is not limited to a shirt, a dress, a gown, dress shirt, polo shirt, camp shirt, Henley shirt, Charvet shirt, t-shirt, half shirt, singlet, blouse, sweater, cardigan, jumper, vest, tunic, jersey, coat, nightshirt, nightgown, hospital gown, or onesie, either with sleeves of varying lengths or no sleeves, and with or without a collar. The adaptive garment in accordance with the invention may be designed for men, women, children and/or be a unisex design. The adaptive garment merely needs to have at least one shoulder seam, which typically runs from the neckline to the armhole.
The edge of the first panel (115) contains one or more magnetic fasteners (125) with connecting sides of either positive or negative polarity, and the edge of the second panel (120) contains one or more magnetic fasteners (130) with connecting sides of the opposite polarity, in corresponding positions along the panel edges so as to form pairs. Each pair contains one magnetic fastener with a connecting side of positive polarity and another magnetic fastener with a connecting side of negative polarity, so the two connecting sides in the pair will attract and attach to each other (though the cloth of the panels) when brought in close proximity, thereby closing the opening and forming a shoulder seam.
In this embodiment, each of the first and second panels preferably have about 1 to about 10 pairs of magnetic fasteners, more preferably about 2 to about 6 pairs of magnetic fasteners, and even more preferably about 3 to 4 pairs of magnetic fasteners. The shoulder seam closure shown in
The number of magnetic fastener pairs used to form the shoulder seam closure depends upon a number of factors, for example, (1) the length of the opening (e.g., a longer opening may result in the use of more pairs than a shorter opening); (2) the length or diameter of each magnetic fastener (e.g., longer magnetic fasteners may result in the use of fewer pairs than shorter magnetic fasteners); (3) the spacing between each magnetic fastener pair along the length of each panel (e.g., the greater the spacing between pairs may result in the use of fewer pairs); and (4) and the offset between the magnetic fastener at the left edge of each panel and at the right edge of each panel (e.g., the greater the offset may result in the use of fewer pairs). The length of the opening may also depend on the type, size and style of the garment.
The magnet fastener pair (125S, 130S) closest to the armhole or sleeve seam (110) is preferably positioned between approximately ¼ and 1 inch from the armhole or sleeve seam, more preferably approximately ¼ inch therefrom, and even more preferably, approximately ½ inch therefrom.
The magnet fastener pair (125N, 130N) closest to the neckline or neck seam (105) is preferably positioned between approximately 1/16 and 1 inch from the neckline or neck seam, more preferably approximately ¼ inch therefrom, and even more preferably, approximately 1/16 inch therefrom.
Each magnetic fastener typically comprises a magnet (e.g. round, square, annular, oval or other shape) and a back plate. The magnet may be any material which creates a magnetic field, including but not limited to composites, magnetic metallic elements, rare-earth magnets and combinations thereof. A back plate may be made of copper or zinc (or both), or other non-magnetic or weakly-magnetic metals or materials, by themselves or combinations with other metals (including ferromagnetic materials such as iron). A back plate is attached to non-connecting side of the magnet (e.g., the negative side when the connecting side is positive or the positive side when the connecting side is negative) to reduce the amount of magnetic flux emanating behind the back plate. This flux reduction helps to reduce the adaptive apparel from being magnetically attracted to other metals, especially the inside of a washer or dryer during laundering. A non- or weakly-magnetic back plate may be attached to the magnet by glue or other adhesive, and a ferromagnetic black plate will magnetically attach to the magnet.
Each magnetic fastener is preferably encapsulated in a plastic, rubberized or waterproofed-cloth pouch, which is sewn in, glued to or otherwise attached to a placket, flap or pocket at the edge of each panel. The panel edge may comprise two layers of fabric sewn, glued or otherwise attached to each other to form the pouch or pocket. Alternatively, the fabric at the panel edge may be folded and sewn, glued or otherwise attached to itself to create the pouch or pocket. For each pair, the positive magnetic fastener is attached to the first panel and the negative magnetic fastener is attached to the second panel so their connecting sides, with opposite polarities, can face each other. When the first and second panels are brought together, the connecting sides face each other and magnetically attract and attach to each other, thereby closing the two panels. As explained above, multiple pairs of magnetic fasteners may be used along the length of the first and second panels to provide full closure.
By moving the alternative closure from the back seam to one or both of the shoulder seams, its weight is preferably supported by the user's shoulders, and moreover, the magnetic fasteners will not press against the wearer's back when he or she is sitting in a firm or hard chair (or wheelchair) and cause the wearer pain, discomfort or irritation. Moreover, since the length of the shoulder seam closure is likely to be less than the length of the back seam closure, fewer magnetic fasteners are required, further increasing the garment's comfort and decreasing its cost. The shoulder seam closure is also more easily accessed than a back seam closure, thus making it easier to open and close.
The use of the magnetic fasteners or strip allows the wearer to put on or take off the garment more easily and quickly, as compared to a garment (1) without any shoulder opening or (2) with a shoulder opening employing conventional buttons or zippers to close it. The adaptive garment of the present invention also provides the wearer with greater comfort than one using a back opening closed by magnetic fasteners, as there is no pressure against wearer's back caused by the magnetic fasteners, for example, when the wearer sits in a chair or wheelchair with a firm or hard back.
The magnetic strip is preferably encapsulated in a plastic, rubberized or waterproofed-cloth pouch, and is sewn in, glued to or otherwise attached to a placket, flap or pocket along the length of each panel, in similar fashion to the magnetic fasteners described previously. The magnetic strip may comprise magnetic fasteners, magnets, a magnetic sheet, a magnetic roll, magnetic tape or other flexible magnetic products, or combinations thereof.
One edge of the magnetic strip (135, 140) is preferably positioned approximately between ¼ inch and 1 inch from the armhole or sleeve seam (110), and more preferably, ¼ inch therefrom, and even more preferably, approximately ½ inch therefrom. The other edge of the magnetic strip (135, 140) is preferably positioned approximately between 1/16 inch and 1 inch from the neckline or neck seam (105), more preferably approximately ¼ inch therefrom, and even more preferably, approximately 1/16 inches therefrom.
In accordance with yet another embodiment of the present invention, the shoulder seam closure using one or more magnetic fasteners or magnetic strip may be covered with decorative elements, for example, by buttons, a zipper track, or an epaulette, to make it appear to be a conventional garment. This permits the adaptive garment to be stylish and the use of magnetic fasteners or magnetic strip in the shoulder seam closure to be more discrete. This helps prevent the wearer to be embarrassed by the presence of the alternative closures and also helps give the wearer confidence, self-esteem and style.
For example,
In one embodiment, the inventive shoulder seam closure as described herein is positioned on each shoulder seam of a shirt as shown in
According to yet another aspect of the invention shown in
While preferred embodiments have been described, it is evident that many additional modifications, variations or alternatives are apparent to the skilled artisan. The present application intends to embrace all of such modifications, variations or alternatives which fall within the scope of the invention.
The present patent application claims priority under 35 U.S.C. § 119(e) to U.S. Provisional Application No. 62/571,651, filed Oct. 12, 2017, the entire disclosure of which is incorporated by reference herein.
Number | Date | Country | |
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62571651 | Oct 2017 | US |