Abstract: An optical element driving mechanism is provided and includes a fixed assembly, a movable assembly, a driving assembly and a stopping assembly. The fixed assembly has a main axis. The movable assembly is configured to connect an optical element, and the movable assembly is movable relative to the fixed assembly. The driving assembly is configured to drive the movable assembly to move relative to the fixed assembly. The stopping assembly is configured to limit the movement of the movable assembly relative to the fixed assembly within a range of motion.

Abstract: A shoe has a recess portion on an upper side of an outsole, a sole touched surface layer on the upper side of the outsole, and a thermoplastic rubber for absorbing pressure and vibrating force on a wearer's foot so as to reduce the burden on the foot; the thermoplastic rubber is fitted in the recess portion of the outsole and covered by the sole touched surface layer, and an upper side thereof is formed with a concave and convex shape to fit a heel portion and an intermediate portion of a wearer's sole according to ergonomics; thus, that portion of the sole touched surface layer that is above the recess portion will have a concave and convex shape for fitting a heel portion and an intermediate portion of a wearer's sole; the thermoplastic rubber will reduce one-third to two-thirds of body weight pressure on the wearer's heel.

Abstract: A woman's shoe includes an insole surface layer, a sole under the insole surface layer and at least a thermoplastic rubber member. The sole is cut with at least a recess, for fitting the thermoplastic rubber member therein at a spot corresponding to a portion of a foot supporting a person's weight while walking or standing. Accordingly, the thermoplastic rubber member can absorb an impact force or a pressure as high as one third to two thirds of a body's weight while wearing such high-heel shoes. Moreover, it can soothe sourness of one's shoulders, soften the cervical vertebra and prevent insomnia, achieving a comfortable and healthy effect.

Abstract: A toe glove device includes a main toe glove, a secondary toe glove and a spacing pad. The main toe glove is snugly inserted with a toe. The secondary toe glove is disposed next to the main toe glove and snugly inserted with another toe next to the first toe. The spacing cushion pad is provided between the main toe glove and the secondary toe glove. Each of the toe gloves has an outer layer and a gel layer and the gel layer is attached to the inner side of the outer layer. The spacing cushion pad is an elastic gel pad. The hurt toe is inserted into the main glove and another toe next to the hurt toe is inserted into the secondary toe glove. The spacing cushion pad has a function of locating the main glove and the secondary glove and the hurt toe is capable of being corrected without phenomenon of toe overlapping.

Abstract: A sock structure includes a sock member, an assigned part and an elastic rubber layer. The inner side of the assigned part is attached with the elastic rubber layer. The assigned part can be the toe part, the foot recess part or the heel part of the sock member. When the sock member is put on, the toe part, the foot recess part and the heel part correspond to the toe, the foot recess and the heel of the wearer respectively. Further, the elastic soft rubber layer provides a shape the same as the recess of the foot recess of the wearer when the elastic soft rubber layer 20 is attached to the foot recess so that the wearer is able to feel protectively comfortable.

Abstract: A toe sock includes a pad member and an ant-slip rubber layer. The pad member provides a shape the same as the front foot palm of a human body. The anti-slip rubber layer provides a profile the same as or slightly smaller than the pad member and is fixedly attached to the bottom of the pad member. Further, a plastic membrane can be provided to wrap the rubber layer and form an outer wing surrounding the rubber layer such that the rubber layer can be sewed to the bottom of the pad member. In addition, the rubber layer is soft, slip proof and shock absorptive.