A footlet is provided with a heel portion formed by knitting, a toe portion, and a middle portion located between the heel portion and the toe portion. The middle portion comprises lateral sides that extend between the heel portion and the toe portion on either side. The heel portion is provided with a knitted elastic band forming an edge, which is provided with an anti-slip element applied thereto on a side facing the toe portion. The anti-slip element has been applied to the elastic band after the knitting of at least the elastic band.

A non-binding-mark sock is provided, including a sock sole and a straight sock leg connected to each other, where the upper portion of the straight sock leg is an opening end. An inner surface of the straight sock leg has at least one transverse annular convex portion near the opening end, where the transverse annular convex portion is sewn by a thread, a plurality of convex segments are formed on an inner surface of the transverse annular convex portion along the thread, and the convex segments protrude from the inner surface of the straight sock leg.

Disclosed embodiments may include a therapeutic sock for aiding in the treatment of toe and foot ailments. The therapeutic sock may include a sock body, which may be a stocking made from nylon or a similar elastic material, with an upper section and a lower section. The lower section may include a toe end and an absorbent pad. The absorbent pad may be gauze and may contain medicine. The absorbent pad may be attached to the sock body by sewing. The upper section may include a restricting band at the leg end. The restricting band may be made of nylon or elastic and be attached to the sock body by sewing.

A non-binding-mark sock is provided, including a sock sole and a straight sock leg connected to each other, where the upper portion of the straight sock leg is an opening end. An inner surface of the straight sock leg has at least one transverse annular convex portion near the opening end, where the transverse annular convex portion is sewn by a thread, a plurality of convex points are formed on an inner surface of the transverse annular convex portion along the thread, and the convex points protrude from the inner surface of the straight sock leg.

A therapeutic medical device comprising a knitted garment having a knitted anti-slip portion, said knitted anti-slip portion including a repeating pattern of arranged knitted yarns, the repeating pattern having a first low friction yarn comprising a 1/70/34 S twist S twist yarn, a first high friction yarn comprising 200 dtex silicone yarn, a second low friction yarn comprising a 1/70/34 Z twist yarn having a twist in the opposite direction of the first low friction yarn, and a second high friction yarn comprising 200 dtex silicone yarn, the first and second high friction yarn being held in position with the first low friction yarn and the second low friction yarn, said high friction yarns exposed to contact the wearer's skin in the anti-slip portion so as to increase the anti-slip properties of the garment.

A footlet is provided with a heel portion formed by knitting, a toe portion, and a middle portion located between the heel portion and the toe portion. The middle portion comprises lateral sides that extend between the heel portion and the toe portion on either side. The heel portion is provided with a knitted elastic band forming an edge, which is provided with an anti-slip element applied thereto on a side facing the toe portion. The anti-slip element has been applied to the elastic band after the knitting of at least the elastic band.

A footlet (1) is provided with a heel portion (2), a toe portion (6) and a middle portion (4) interposed between the heel portion and the toe portion. The middle portion comprises lateral sides extending between the heel portion and the toe portion on either side. The footlet is completely manufactured by reciprocating knitting. The heel portion is provided with a thread comprising an anti-slip agent, which thread is incorporated in the heel portion by knitting.

The Improved Sock is made of yarns knitted to include a foot portion and a calf portion, with graduated compression on an individual's foot from the foot to the calf. The yarns can include wool and alpaca fibers. A substantial proportion of wool and/or alpaca are on the inside of the sock so as to be in direct contact with the skin and wound. The Improved Sock provides absorption and wicking of inflammatory mediators, bacteria and biofilm and necrotic exudate from the foot and leg. The Improved Sock has AgNP shapes electrostatically bonded to the yarn. At least 30% of the mass of the AgNP shapes attached to the fibers have a shape selected from the group including truncated triangular plates (a triangle with the corners rounded off), triangular prisms, and/or discs. The Improved Sock functions as a unique wound dressing with the sock in direct contact with the wound.

The product relates to a heat-regulating sock (1) with heat-conducting materials in certain areas. In one example embodiment the device may provide a means of conducting heat in and around the foot and leg. Heat can be intentionally transferred from one area of the foot to another, from an area of the leg to an area of the foot, from an area of leg to an area of the foot, from the foot to the localized atmosphere, or from the localized atmosphere to the foot. To this end, the inventive sock has at least one thermally conductive material (2) touching a portion of the foot or leg, in one or multiple locations, and conducting heat towards other regions of the foot or away from the contacted area of the foot with one or more additional materials insulating the conductive material.

A compression knit fabric, in particular a flat-knit fabric, composed of at least one knitted yarn and an incorporated elastic weft yarn, with a first knit fabric section having a compressive first base weave, to which is attached a second knit fabric section having a second weave different from the base weave which imparts to the second knit fabric section greater elasticity in the longitudinal and/or transverse direction of the knit fabric section than in the first knit fabric section, to which is attached a third knit fabric section having a third weave different from the first base weave and second base weave which imparts to the third knit fabric section greater elasticity in the longitudinal and/or transverse direction of the knit fabric section than in the second knit fabric section.