The utility model provides a type of glasses with flexible nose pads, which can be applied to a variety of glasses structures. The glasses comprise a left lens assembly and a right lens assembly arranged symmetrically and connected by a top bar. The glasses also contain flexible nose pads, one end of which is arranged on the left lens assembly and the other end of which is arranged on the right lens assembly. The elastic middle part of the flexible nose pad is adapted to the shape of the nose bridge. The flexible nose pad may be adjusted at will according to the shape of nose bridge of different people, suitable for most people. During a process of folding, even if the folded temples are pressed against the flexible nose pads, the flexible nose pads would not deform. Moreover, when the temples are no longer pressed onto the flexible nose pads, they would be directly restored to their original shape, making the folding process smoother. When the folded glasses need to be put into a storage box, there is no need to worry about the flexible nose pads being compressed. As a result, the internal space of the storage box is reduced, making it easy to carry.

The multiuse eyeglasses include a frame that holds two lenses and arms that extend from the frame. The arms include a first axis of rotation that is generally perpendicular to the arms and a second axis of rotation that is orthogonal to the first axis of rotation and allows the arms to be rotated downwards relative to the frame.

A clip-on glasses system includes clip-on glasses and a carry case for carrying and storing the clip-on glasses. The clip-on glasses lack conventional temple members and are instead a generally planar arrangement of two lens portions connected by a flexible bridge which allows a user to “clip” the glasses onto the user's nose such that a spring action of the bridge causes the lens portions together against the user's nose on opposite sides of the user's nose. The flexible bridge is made in a serpentine arrangement that augments the flexibility over bridge configurations and provides an easy hand hold for grasping the clip-on glasses. The carry case is configured to use the spring action of the flexible bridge to retain the clip-on glasses in the carry case, and has a stand to stand the carry case upright.

A set of customizable eyeglasses allows customers to make adjustments to a width of eyeglass frames relative to one another, a width of eyeglass temples relative to one another, a depth of eyeglass temples from the eyeglass frames, and/or a length of the nose bridge support from the customer's face. The customer could input one or more measurements into a system, such as a width and depth of a face, and a company could manufacture the eyeglass components in accordance with the measurements to provide rough adjustments to the eyeglasses to be sent to the customer. When the customer receives the eyeglasses, the customer could then make fine adjustments to the eyeglasses to further customize the fit.

A flexible mask includes a body portion and a head strap portion to hold the body portion over a user's eyes. The body portion includes lenses aligned with the user's eyes to aid the user's vision and includes cover elements that are movable to cover and uncover the lenses as desired.

Folding reading glasses of the type in which the temples fold around the lenses, in which the temples are supported and removably attached to the lenses while folded, providing greater integral strength to the entire assembly and resisting breakage. Several methods for attachment of the temples to the lenses are disclosed, including an interference fitting member in the temple that grasps the lens frame in the vicinity of the lens, and multiple embodiments of an interference fitting member in the temple that grasps a mating member on the outer edge of the lens frame. Combinations of these embodiments are also possible.

A pair of glasses is provided. The glasses include a first lens, a second lens, a first temple arm that is disposed close to the first lens, and a second temple arm that is disposed close to the second lens. The glasses further include a position adjusting portion that is mounted on the first lens and the second lens. The position adjusting portion is configured to adjust an overlapping area of the first lens and the second lens. The glasses further include a first display screen on a first temple arm. The first temple arm and the second temple arm may be bent in extension directions of the temple arms, so that a tail end of the first temple arm overlaps a tail end of the second temple arm.

Elastic hinge for plastic frames of eyeglasses, which comprises a first and a second articulation element respectively associable with a first and a second component of eyeglasses. The first articulation element comprises a male element which is susceptible of sliding inside a seat of the first component and comprises a head portion, a rod-like portion fixed to the head portion, an anchorage body slidably coupled to the rod-like portion and provided with a retention portion provided with anchorage elements. The first articulation element also comprises an expander body adapted to interfere with the anchorage body in order to externally expand the retention portion of the latter towards the internal wall of the seat so as to engage the anchorage elements of the retention body with the first component of the eyeglasses.

A spectacles device, that can be reversibly transformed into a bracelet, includes a nose bridge, two spectacles lenses and two temple systems. Each temple system includes an inner temple and an outer temple, the inner temple being made of a shape memory material with an initial curved shape and the outer temple being made of at least one material capable of elastic deformation. The outer temple includes a first cavity, extending longitudinally, capable of allowing the inner temple to slide inside the outer temple. The outer temple also includes a second cavity capable of receiving the nose bridge and the spectacles lenses. In addition, each of the spectacle lenses is respectively attached to one end of the inner temples by a first connecting element. The nose bridge is attached to each inner temple by at least one second connecting element.

Eyewear having one or more electronic devices stowable and deployable from storage cavities disposed in one or both temple arms of the eyewear are described. The devices are deployable through passages in the eyewear frame which are covered when the devices are in the stowed position. Devices may be changed either by removing and replacing a device or by removing and replacing a temple arm on a particular set of eyewear.