9results about "Stocking" patented technology

When coupling or connecting garments worn on the body, it is important to find a good compromise between handling and comfort. An optimum in this regard is of great interest, for example, when coupling stockings and bras. According to the invention, a silicone fastener is provided for coupling textiles, in particular at least two garments or two sections of the same garment, wherein the silicone fastener is made of a flexible material, wherein the silicone fastener has at least one positive-locking coupling, and wherein the silicone fastener has a fastening section, in particular for attachment by one of the garments, and wherein at least the positive-locking coupling is provided or formed at least substantially by a silicone-like or silicone-based material.This ensures a particularly advantageous method of coupling, especially considering the requirements of handling, wearing comfort, variability, and ergonomics. The invention also relates to silicone retaining units or garments equipped with at least one such silicone retaining closure, as well as corresponding methods and uses.

The invention relates to a silicone holder fastener (10) for connecting textiles to one another, in particular at least two garments (1, 2) or two sections of the same garment, wherein the silicone holder fastener (10) is made of a flexible material, wherein the silicone holder fastener (10) comprises at least one coupling (13) that is at least interlocking, wherein the silicone holder fastener (10) comprises a fastening portion (15) provided in particular for attachment on the side of one of the garments, wherein at least the coupling (13) that is at least interlocking is provided or formed at least substantially from a silicone-like or silicone-based material.

According to the invention, a silicone retaining fastener (10) is provided for coupling textiles, in particular at least two articles of clothing (1, 2) or two sections of the same article of clothing, wherein the silicone retaining fastener (10) is designed from a flexible material, wherein the silicone retaining fastener (10) has at least one at least positive-locking coupling (13), wherein the silicone retaining fastener (10) has a fastening section (15) provided in particular for fastening from one of the articles of clothing, wherein at least the at least positive-locking coupling (13) is provided or formed at least substantially by silicone-like or silicone-based material.

Shoe comprising a textile insert (1) on the inner wall of the heel or back cap of the shoe, wherein the textile insert has a plurality of bristles (3), wherein the bristles (3) have a line (5) and the line (5) is oriented such that movement, in particular of a foot and / or a sock, out of the shoe occurs with the line (5) and movement, in particular of a foot and / or a sock, into the shoe occurs against the line (5) and that the line (5) has an orientation at an angle (4) in the range of 5 to 45° with respect to a planar extension (2) of the textile insert (1).

A sock good in wearing stability comprises a sock body, a heel part, a toe part, a wearing opening, an elastic band, a silica gel sheet, auxiliary belts, an anti-skid sheet and anti-skid particles, the heel part is arranged at the rear end of the sock body, the toe part is arranged at the front end of the sock body, the wearing opening is formed in the middle of the top end of the sock body, and the auxiliary belts are fixed to the two ends of the rear portion of the heel part. When the anti-skid sock is used, the anti-skid sock has good comfort on the premise that the anti-skid performance of the heel is guaranteed through the arranged silica gel sheet, the foot of a wearer can be prevented from sliding through the arranged anti-skid sheet and the arranged anti-skid particles, and when the anti-skid sock is worn, the anti-skid sock is comfortable to wear. When the sock is used, the foot of a user penetrates into the sock body through the wearing opening, meanwhile, the auxiliary belt is located above the instep, the heel cannot fall off from the heel through the arranged auxiliary belt, and the use comfort is improved.

An adjustment system (1) is configured to adjust the length of a first strap (2). The adjustment system (1) includes a ring (3) defining a first through hole in a first direction (A). A rod (4) is mounted to move relative to the ring (3). The rod (4) partially obstructs the ring (3) in the first direction (A) so as to divide the first through hole into a second through hole (3a) and a third through hole (3b), separated from the second through hole (3a) by the rod (4). The adjustment system (1) includes a tab (5) at least partially obstructing the first through hole in the first direction (A). The tab (5) is positioned at a distance from the rod (4) to define a passage for the first strap (2) between the rod (4) and the tab (5).

The invention discloses a sock for treating plantar heel pain, formed by a main body made of an elastic and compressive material having a thickness between 4 mm and 12 mm, such that the following are defined in the plantar surface of the sock: an area covering the plantar region of the big toe, on which a first piece is arranged having a Shore A hardness of between 35º and 45º and a thickness of 3 mm; an area covering the second to the fifth metatarsal, on which a second wedge-shaped piece is arranged having a Shore A hardness of between 35º and 45º and a thickness of 2 mm; and an area covering the plantar region of the heel, on which a third piece is arranged having a Shore A hardness of between 20º and 30º and a thickness of between 6 mm and 7 mm.

A garter belt for attaching a stocking to a garment, comprising a lingerie-side fastening unit with a hook for detachable connection to an eyelet of the garment and a stocking-side fastening unit with a first magnetic element and a second magnetic or magnetically effective counterpart, between which stocking material is held in the closed state, characterized in that the stocking-side fastening unit is designed in such a way that the forces acting on the stocking material are distributed over a surface, so that mechanical damage to the stocking material is reduced.