The disclosed device is eyeglasses frame that is self-maintained upon a nose using pad arms attached to a nose bridge via a spring in each of the pad arms. The spring may be activated via one or more levers. As such, a lever would be activating a torsion spring by pulling the pad arms apart to allow for a passage of a nose bridge. Once the pad arms have been placed over the desired location along a nose bridge of a wearer, or removed therefrom, the levers are released returning the pad arms to a pinched orientation with respect to the nose bridge.

A pair of eyeglasses without temples includes two spectacles frames, an elastic connection piece, and two nose pads. Each of the spectacles frames accommodates a lens internally. The elastic connection piece is integrated between the spectacles frames and includes a horizontal top and two interconnecting portions respectively extending downward from two ends of the top. Each of the nose pads is integrated with an inner side of a corresponding spectacles frame and includes a pad body and a bonding segment. The pad body has a mounting hole internally in which a lower segment of one of interconnecting portions is engaged. The bonding segment has an upper portion with a groove internally in which a top segment of the inner side of one of the spectacles frames is engaged.

An eyewear system including eyeglasses and a case, the eyeglasses having a first lens, a second lens, and a bendable bridge disposed between the first lens and second lens, the bendable bridge having a spring providing a spring force when the bridge is bent from a rest position, the eyeglasses being adapted to move from a wearable configuration in which the first and second lens do not overlap to a stored configuration in which the first and second lenses at least partially overlap, the bendable bridge being bent from its rest position in the stored configuration, the case having an opening through which the eyeglasses pass during insertion and guides sized and configured with respect to the eyeglasses to engage and fold the eyeglasses against spring force of the bridge to the stored configuration during insertion of the eyeglasses through the opening and into the case.

A glasses assembly with a nose pad for high load includes: a pair of glasses, configured with an accommodation portion, where the glasses are smart glasses; a support, configured with a first fixing portion, at least one second fixing portion, and the first fixing portion inserted in the accommodation portion of the glasses; and a flat nose pad, two sides thereof respectively configured with a fixed portion, each of the fixed portions installed on the second fixing portion of the support. With the flat nose pad being worn on the user's nose bridge to form a fulcrum, the glasses, smart glasses can achieve leverage balance through the flat nose pad, and the flat nose pad can buffer the weight of the glasses, smart glasses, capable of significantly reducing the user's discomfort after wearing them for a long time, and preventing them from slipping downward.

The disclosed device is eyeglasses frame that is self-maintained upon a nose using pad arms attached to a nose bridge via a spring in each of the pad arms. The spring may be activated via one or more levers. As such, a lever would be activating a torsion spring by pulling the pad arms apart to allow for a passage of a nose bridge. Once the pad arms have been placed over the desired location along a nose bridge of a wearer, or removed therefrom, the levers are released returning the pad arms to a pinched orientation with respect to the nose bridge.

A glasses assembly with a nose pad for high load includes: a pair of glasses, configured with an accommodation portion, where the glasses are smart glasses; a support, configured with a first fixing portion, at least one second fixing portion, and the first fixing portion inserted in the accommodation portion of the glasses; and a flat nose pad, two sides thereof respectively configured with a fixed portion, each of the fixed portions installed on the second fixing portion of the support. With the flat nose pad being worn on the user's nose bridge to form a fulcrum, the glasses, smart glasses can achieve leverage balance through the flat nose pad, and the flat nose pad can buffer the weight of the glasses, smart glasses, capable of significantly reducing the user's discomfort after wearing them for a long time, and preventing them from slipping downward.

This invention refers to armless spectacles made from a sheet of material that includes at least a second folding line in stabilisation means. The invention proposes several methods of ensuring the second line and offering even greater rigidity. The spectacles can be converted from a non-functional state into a functional assembled state suitable for use by manipulating the configuration of at least one stabilising means in the bridge area. The spectacles have an enhanced rigidity thus increasing the overall stability of the spectacles during use. They can be presented basically flat for storage or transport and be easily manipulated to achieve the configuration for use. The spectacles may further present enhanced fastening and handling means that increase fastening stability as well as easy placement and removal of the spectacles on and from the nose, which further enhances reliability during use.

A pair of temple-less glasses to allow the user to have unrestricted access to their face while still being able to maintain having their glasses, equipped with a prescription, in place. The temple-less glasses have a first eye unit and a second eye unit connected to a nose piece by way of an attachment mechanism. The attachment mechanism is present on both the first eye unit and the second eye unit. The attachment mechanism functions by slidably attaching the attachment element of each eye unit to an attachment bar located on the outer left and right edge of the nose piece.

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.