A sock is provided. The sock has an ankle portion that conforms to an ankle of a wearer of the sock. The ankle portion has one or more ankle portion fibers. The sock has a foot portion that covers a foot sole of the wearer of the sock. The foot portion covers at least a portion of an instep of the wearer of the sock. The foot portion covers a portion of toes of the wearer of the sock without covering an exposed area of a remaining portion of the toes of the wearer of the sock. The foot portion comprises one or more foot portion fibers. The sock has a dissipation ring that is adhered to the one or more foot portion fibers adjacent to the exposed area. The dissipation ring dissipates heat and absorption from the remaining portion of the toes of the wearer of the sock.

A sock with a drop-front pouch may be utilized to expose the toes of a wearer for personal or medical purposes. The sock may have an overflap with a slot in an instep seam. Alternatively, a zipper may be utilized in the instep seam.

A shin protecting sock assembly includes a sock that is worn on a user's lower leg and foot during athletic activities. The sock has a pocket and a leg portion. The leg portion has a first grip section to engage the user's lower leg when the sock is worn. In this way the leg portion is inhibited from falling downwardly on the user's lower leg. The leg portion has a second grip section to engage the user's lower leg when the sock is worn. In this way the leg portion is inhibited from falling downwardly on the user's lower leg. A shield is insertable into the pocket such that the shield is positioned over the user's shin when the sock is worn. The shield is comprised of a rigid material to protect the user's shin from impact.

A Sock Having Continuous Storage Chamber includes a sock body and a chamber material that together form a circumferential storage chamber. The circumferential chamber is formed with an aperture sized to receive a zipper base with a zipper having a zipper pull to open and close the zipper to provide access to the chamber. The chamber material may include a mesh allowing air to pass through the mesh to ventilate the chamber and allow, depending on use, the scent of a dog treat to pass therethrough.

A foot pad sock having function of changing auxiliary member is used for being sleeved on a foot having toes, a sole, an inner arch, an outer arch and a heel and includes: a sock main body, served to be sleeved on the foot, wherein the bottom end thereof is formed with a bottom part defined at the bottom end of the foot, and the bottom part is disposed with at least one foot pad hidden pocket; and at least one filling member, disposed in the foot pad hidden pocket of the sock main body. Accordingly, the filling member having different hardness can be disposed in the foot pad hidden pocket at different zones of the sock main body for being corresponding to the foot, thus the foot pad sock having function of changing auxiliary member can be worn on foot and applicable in every pair of shoes.

An ankle support and protection system is provided having a sock with an elongated elastic tube open at one end and closed as an opposed end. An intermediate portion of the tube away from the open end defines a pocket, the tube also defines a heel receptacle. The pocket is configured to receive a pad. The pocket is located proximate to the heel receptacle such that it aligns with a wearer's Malleus.

A sock is provided. The sock has an ankle portion that conforms to an ankle of a wearer of the sock. The ankle portion has one or more ankle portion fibers. The sock has a foot portion that covers a foot sole of the wearer of the sock. The foot portion covers at least a portion of an instep of the wearer of the sock. The foot portion covers a portion of toes of the wearer of the sock without covering an exposed area of a remaining portion of the toes of the wearer of the sock. The foot portion comprises one or more foot portion fibers. The sock has a dissipation ring that is adhered to the one or more foot portion fibers adjacent to the exposed area. The dissipation ring dissipates heat and absorption from the remaining portion of the toes of the wearer of the sock.

A shin guard sock for practicing sport having a sock provided with a pocket-type compartment on the inside, which is open at the top, in correspondence with the tibia, defining a space suitable for inserting a shin guard therein. The sock being produced from a material comprising three protective layers: an internal layer made of a thermoplastic polymer, such as EVA; an external layer made of a polycarbonate; and an external coating made of polyurethane elastomer sprayed onto the polycarbonate, forming an extremely rigid impact surface.

Leggings with a crotch gusset assembly and inner thigh mesh panels are provided. Leggings having a crotch gusset assembly, may include a first leg for receiving a user's first leg; a second leg for receiving a user's second leg; a first inner thigh mesh panel and a second inner thigh mesh panel for providing ventilation; and a crotch gusset assembly having at least one inside gusset panel and an outer gusset panel, wherein the at least one inside gusset panel and the outer gusset panel are attached to form a pocket for retaining a removable absorbent pad.

Heated socks used to keep a wearer's feet and toes warm. The heated socks include pockets for oxygen-activated chemical heating pouches which generate heat when exposed to air and via friction caused by the wearer when walking, jumping, or other activities and distributed through the sock from toe to ankle to heel. The heated socks are provided with extra cushioning on the bottom of the feet to aid in comfort for the wearer. The heated socks also keep the feet dry from moisture and perspiration.