The present disclosure is directed to a garment comprising an attaching mechanism for removing and/or replacing several accessories.

The inventive subject matter provides apparatus, systems and methods in which pants have at least a hidden pocket near the end of a pant leg. The hidden pocket has a sealable opening, preferably downward-facing, on the inside of pant leg that is easily assessable from the end of the pant leg. In preferred embodiments, pants have two pockets on each of the pant legs that are connected by a cable which is at least partially covered by a rubber band. The rubber band can be covered by a soft and fluffy material (e.g., velvet). In some embodiments, the pocket has a metalized layer that would at least partially shield the user from electromagnetic radiation produced by an electronic device.

An article of clothing, such as a dress shirt, blouse, coat, jacket, or vest, includes a sheet of material forming a body portion. First and second plackets are formed along respective first and second end portions of the sheet of material. First and second magnetic elements, each being encased in an encasement, are secured inside first and second pockets, respectively, such that positions of the plurality of second magnetic elements correspond to positions of the plurality of first magnetic elements.

The inventive subject matter provides apparatus, systems and methods in which pants have at least a hidden pocket near the end of a pant leg. The hidden pocket has a sealable opening, preferably downward-facing, on the inside of pant leg that is easily assessable from the end of the pant leg. In preferred embodiments, pants have two pockets on each of the pant legs that are connected by a cable which is at least partially covered by a rubber band. The rubber band can be covered by a soft and fluffy material (e.g., velvet). In some embodiments, the pocket has a metalized layer that would at least partially shield the user from electromagnetic radiation produced by an electronic device.

The invention relates to a fly for fastening together a first panel and a second panel of an adaptive garment. The first panel includes one or more magnetic fasteners (or a magnetic strip) having a connecting side of a positive or negative polarity. The second panel includes a corresponding number of magnetic fasteners (or a magnetic strip) having a connecting side of an opposite polarity. When the first and second panels are closed, the connecting side of the magnetic fasteners (or magnetic strip) from the first panel is magnetically attached to the connecting side of the magnetic fasteners (or magnetic strip) from the second panel, so that the second panel covers the first panel. The fly further includes a visible third panel positioned over and concealing the second panel. An adaptive garment, such as a pair of trousers, pants or shorts, may have a similarly constructed leg opening in addition to the fly.

An improved adaptive garment has a shoulder seam closure of (1) a first panel containing one or more magnetic fasteners or a magnetic strip of a positive or negative polarity, and (2) a second panel containing one or more magnetic fasteners or a magnetic strip of opposite polarity. The magnetic elements of the first and second panels are attracted and attach to each other, such that the second panel overlaps the first panel and closes the shoulder seam. This improved adaptive garment permits those with limited dexterity or mobility, youngsters, or those with disabilities and/or other health conditions get dressed more easily and quickly, with or without the assistance of others. This shoulder seam closure further permits the adaptive garment not to use a back seam closure of magnetic fasteners, thereby eliminating their pressure against the wearer's back and the discomfort, pain or irritation they might cause, and permitting to contain a back vent or pleat.

A garment assembly including a first garment portion having an outer perimeter, a second garment portion, and a first fastener. The first fastener is positioned on the first garment portion and configured to removably attach the first garment portion to the second garment portion. The first fastener has a base portion that extends entirely about the outer perimeter. The first fastener further has an extension portion that overlaps with at least part of the base portion in a radial direction but is axially spaced apart from the base portion.

Disclosed is an adaptive garment which is fabricated to be worn by patients who may be disabled, incontinent, and/or infirm. The inventive concept comprises a one-piece quantity of fabric which incorporates two similar, symmetric patterns, each pattern conforming generally to the front and rear contours of a human body. The one-piece garment is bi-folded at the area of the shoulders. The first folded segment consists of the profile of a front-oriented human body pattern, while the compatible second folded segment consists of the profile of the rear-oriented human body pattern. Both body patterns are integrally merged at common left and right shoulder junctions. Further, both body patterns may be detachably connected at their respective left and right leg inseams, out-seams, and at front and rear bodice segments, by a variety of mechanical and/or fabric fastening mechanisms.

A body shaping garment element includes a garment and a bulge minimizer. The garment includes a superior edge, interior portion, and exterior portion. The bulge minimizer includes a stretchable element and a padded element. The stretchable element includes two ends and is affixed to the garment along the superior edge on the interior portion. The padded element may be removably placed between the stretchable element and the garment though a variety of means, thereby minimizing any bulging of adipose tissue of the wearer above the superior edge of the garment.