An undergarment for inhibiting unwanted movement of a shirt during wear can include a body, a torso opening, and a waistband. The body can have an interior side and an exterior side. The torso opening can be defined at a top of the body and a pair of leg openings can be defined at a bottom of the body. The waistband can extend along a circumference of the top. The waistband can include an exterior surface at least partially covered with a garment movement-inhibiting material configured to prevent sliding movement of a shirt across the exterior surface. The waistband can also include an interior surface at least partially covered with a garment non-inhibiting material. The waistband can be circumferentially foldable towards the bottom to selectively expose one of the garment movement-inhibiting material and the garment non-inhibiting material.

A structure includes female and male snap buttons are supported so as to be covered by left and right concealed modules fixed to one side of two socks, respectively. Thus, when the socks are not being worn, the female and male snap buttons can be exposed by an opening operation of the concealed modules to correspondingly couple the two socks to each other so that the two socks form a pair when washed, dried, and stored. When the socks are being worn, the female and male snap buttons can be covered so as not to be exposed to the outside by a closing operation of the concealed modules. Thus, it is possible to prevent protrusions of the female and male snap buttons from contacting skin and clothing on the opposite ankle.

A garment that includes one or more grip elements is disclosed. The grip elements, as disposed on a garment, may enable enhanced frictional forces between the garment and an object, such as exercise equipment, with which the garment may make contact. The grip elements may be composite structures disposed on one or more surfaces of the garment and may include an elastomeric and/or rubbery material with grit materials, such as sand, alumina, silicon carbide, or the like, embedded therein. The grit material may be at least partially exposed at the surface of the grip elements and may enhance gripping forces when the grip elements are wet, such as with sweat, compared to grip elements formed by only elastomeric materials. Grip elements may be formed on various portions of a garment separately and then those portions may be attached to each other to form the garment with grip elements.

A garment/undergarment for males configured to provide support to the male genitalia during activity, particularly athletic or strenuous activity, the garment/undergarment comprising a moulded cup and comprising seams configured to be substantially invisible underneath tight clothing and wherein the seams are not stitched.

Dancing tights and like garments with integrated sock, the sock including selectively placed openings at the heel, ball of foot, and toe area to expose the heel and at least substantial portions of the ball of the foot, and one or more toes, and being configured to maintain secure placement on the foot.

An article of clothing adapted to be worn by a wearer, including: a shirt body, wherein the shirt body includes an inner surface and an outer surface, wherein the shirt body includes apertures for the wearer's head, arms, and torso, and wherein the shirt body is adapted to compressively fit the wearer in a non-restrictive manner, and a tactile cueing member, wherein the tactile cueing member is associated with the inner surface of the shirt body, and wherein the tactile cueing member contacts a portion of the wearer's skin during normal use.

A sock for covering at least a foot of a human wearer includes: a knitted toes-covering fabric-region, configured to cover toes of the foot; a knitted sole-covering fabric-region, configured to cover a sole of the foot; and a knitted toes-region stabilizing component, located between the knitted toes-covering fabric-region and the knitted sole-covering fabric-region. The knitted toes-region stabilizing component is configured to stabilize, and to prevent shifting or slippage of, the knitted toes-covering fabric-region in response to body movements. The knitted toes-region stabilizing component is a knitted band that is formed of a first yarn which is a High-Friction Low-Slippage yarn; the knitted toes-covering fabric-region and the knitted sole-covering fabric-region are knitted of a second, different, yarn. The first yarn has a first friction coefficient relative to human body; the second yarn has a second friction coefficient relative to human body; the first friction coefficient is greater than the second friction coefficient by at least 25 percent.

A method for manufacturing a brief includes use of a first stretchable fabric and a second stretchable fabric adherable to the first stretchable fabric. The second stretchable fabric defines a gluteal portion. The second stretchable fabric is placed between a core, having a buttocks profile, and a cavity of a die assembly. The core pushes a section of the gluteal portion into the cavity. Heat and pressure are applied at the section to cause a volume of a synthetic compound of the section to melt while retaining the section in the stretched state. The section is cooled such that a melted volume of the synthetic compound is infused into a remainder of the section and solidified therewithin to cause the section to acquire a shape as that acquired in the stretched state and form a molded sac configured to accommodate and conform to buttocks of a wearer.