A split grip sock device is disclosed that reduces slippage during lateral movements commonly performed during sports like basketball, tennis, soccer, and football. The device solves these problems by adding grip to the bottom of the sock and having a separate compartment for the big toe which allows for improved pivoting and change of direction. Further, the device also provides cushioning over the metatarsals to alleviate shoelace pressure and over the heel area to prevent blisters. Specifically, the split grip sock device comprises a thicker weave over the top of the foot and heel, with heat-pressed rubber pieces on the bottom of the sole.

Aspects herein are directed to a knit sock having a leg portion and an integrally knit ankle welt extending around a circumference of the leg portion and positioned at a lower end of the leg portion. The knit sock further includes an integrally knit tab located at a back aspect of the ankle welt.

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 producing tubular compression knitted fabric includes: knitting a tubular first section of a basic knitted fabric forming stitches from at least one knitting yarn along a knitting direction, with a plurality of rows of stitches following one another in the knitting direction and an elastic weft yarn bound into the stitches via tuck stitches; and seamlessly knitting of a second section onto the first section along the knitting direction. In the second section viewed in the knitting direction, the number of stitches is successively reduced at least in some of the successive rows of stitches by transferring of stitches, thereby forming a closed dome-shaped end at the distal end of the second section by a reduction of stitches. The compression knitted fabric is usable to create prosthetic stockings for an amputated limb to apply compression pressure with a defined pressure profile without causing skin irritation.

An item of clothing including: a tube member; a first loop disposed on said tube member and configured to be placed on a first shoulder or a first leg of a human; wherein said tube member and said first loop are in one piece, and wherein said first loop is disposed on said tube member.