Headwear for partially covering a hat is described wherein the hat has a crown and a headband region. The headwear comprises a piece of material of an irregular shape which has an aperture located closer to a side portion of the headwear material than other sides of the material. The aperture size is adjustable so as to permit the headwear material to be fixable to the hat about the headband region of the hat and to leave the crown of the hat uncovered by the material. The specification also discloses a hood for clothing having an adjustable sized aperture so as to permit the hood material to be fixable to the hat about the headband region of the hat and to leave the crown of the hat uncovered by the material while the hood is still part of the clothing such as a sweat shirt.

A multifunction hat system is disclosed, comprising at least a head covering unit, an ear covering unit that can be removably or permanently attached to the head covering unit, and a face covering unit that can be removably or permanently attached to either the head covering unit, the ear covering unit, or both. Other modules, such as a scarf, ski goggles, earphones, safety lights, a helmet, and so on, may also be removably or permanently attached.

A detachable bag for holding objects includes a detachable front panel, a central hollow compartment, a detachable back panel, a detachable hood, and at least two shoulder straps. The detachable front panel includes a fastening member positioned along a perimeter of the detachable front panel for fastening the detachable front panel to the central hollow compartment. The central hollow compartment accommodates multiple objects, for example, books, etc. The central hollow compartment includes fastening members positioned along opposing perimeters of the central hollow compartment. The detachable back panel includes a fastening member, positioned along a perimeter of the detachable back panel for fastening the detachable back panel to the central hollow compartment. The detachable hood includes at least two fastening members for fastening the detachable hood to the shoulder straps. The shoulder straps are attached to the detachable back panel and include fastening members for removably attaching the detachable hood.

An absorbent sleeve configured to rest above a shoulder of a user and enable a user to envelop a user's head, thereby enabling the user to absorb fluids disposed thereon by manual manipulation thereof, without the sleeve being in substantial contact with other parts of a user's body. The sleeve includes a cylindrical member having a looped layer of absorbent material. The cylindrical member includes a first aperture and a second aperture. The absorbent sleeve includes a first cinch loop coupled about the first aperture of the cylindrical member. The absorbent sleeve includes a second cinch loop coupled about the second aperture of the cylindrical member. The cylindrical member includes a waterproof layer disposed on an exterior surface thereof.

An absorbent sleeve configured to rest above a shoulder of a user and enable a user to envelop a user's head, thereby enabling the user to absorb fluids disposed thereon by manual manipulation thereof, without the sleeve being in substantial contact with other parts of a user's body. The sleeve includes a cylindrical member having a looped layer of absorbent material. The cylindrical member includes a first aperture and a second aperture. The absorbent sleeve includes a first cinch loop coupled about the first aperture of the cylindrical member. The absorbent sleeve includes a second cinch loop coupled about the second aperture of the cylindrical member. The cylindrical member includes a waterproof layer disposed on an exterior surface thereof.

An apparatus including a first surface configured to attach the apparatus to a second surface of another object, and a plurality of elongated nanofibers. Each nanofiber has one end connected to the first surface and an opposite end extending away from the first surface. The plurality of elongated nanofibers is configured to adhere to the second surface by nanoadhesion when brought into contact with the second surface.

A system for distributing garments at a point-of-use. The system includes a dispenser and a plurality of substantially planar sheets each comprising an individual garment disposed within and configured to be dispensed from the dispenser. Each garment includes a torso; first and second sleeves extending from the torso; a pocket disposed on a front portion of the torso; and a through-hole disposed in the pocket and configured to receive a wire therethrough.

Flip and Change allows users to confidently change clothing without worrying about staining their clothes. The invention has two pieces of silk or polyester material that can be attached to a neck strap held together by hook-and-loop-fasteners. Other materials and fastening means may be used. Once the user has secured the neck strap, he/she may tuck the shorter piece of material into his or her collar or behind the front of the shirt (on the inside), while the longer piece may be flipped up to cover the face. When the (main) garment (such as a shirt or blouse) is removed, the invention prevents makeup from transferring to the clothing. The longer piece of material may include a decorative knot at the end.

Flip and Change allows users to confidently change clothing without worrying about staining their clothes. The invention has two pieces of silk or polyester material that can be attached to a neck strap held together by hook-and-loop-fasteners. Other materials and fastening means may be used. Once the user has secured the neck strap, he/she may tuck the shorter piece of material into his or her collar or behind the front of the shirt (on the inside), while the longer piece may be flipped up to cover the face. When the (main) garment (such as a shirt or blouse) is removed, the invention prevents makeup from transferring to the clothing. The longer piece of material may include a decorative knot at the end.

This invention introduces a groundbreaking beanie design featuring a new stitch configuration, departing from conventional norms. Employing innovative stitch lining techniques, the crown of the beanie is artistically redefined, blending comfort with sophistication. The distinctive design involves two parallel vertical stitches interconnected by a solitary horizontal stitch, evoking the form of the letter H or the Greek letter Theta. The stitch lines exhibit fluidity, adapting seamlessly to fabric stretch when worn. This versatile stitch pattern is adaptable to both cuffless and cuffed beanies, signifying a versatile solution for diverse preferences. The invention revolutionizes beanie creation while accentuating the convergence of textile artistry and wearable functionality.