A structure of clip-on glasses includes a spectacles frame for holding the glasses; the spectacles frame provides an installation part for fixing the glasses and buckle parts for clipping the spectacles frame to the eyeglasses; the buckle parts include elastic buckles which are set on the upper edge of the spectacles frame; elastic buckles are made of elastic material and their contact surface with the eyeglasses are rubber. Because of using elastic material of the elastic buckles, the glasses can adapt to all kinds of eyeglasses with different designs and well clip on. Due to the rubber surface of the elastic buckle, the eyeglasses can prevent from scratching by the elastic buckle.

This disclosure relates generally to mixed reality, and more particularly to augmented reality systems and methods for the visually impaired. In one embodiment, an augmented-reality electronic glass apparatus is disclosed, comprising: a smart frame, comprising: a printed circuit board, a light emitting diode, a battery, and a communication module with integrated antenna; and a digital lens, comprising: a liquid crystal device display, a lens assembly, a magnetic stackable optic, an eye tracking system, a camera module, a lidar module, wherein the digital lens is magnetically attached to the smart frame.

The present disclosure is directed to a virtual reality headset that includes a primary lens area and a peripheral lens area. The virtual reality headset may also include one or more primary display screens aligned with the primary lens areas and multiple secondary display screens aligned with the peripheral lens areas. The peripheral lens areas may include a semi-transparent texture to distort images viewed through the peripheral lens area to appear as though through a peripheral vision view and to supplement main images viewed through the primary lens area.

A eyewear insert for use when wearing secondary or safety eyewear. The insert is comprised of two rims surrounding two prescription lenses, wherein the two rims may have a bridge connector, which may be connected to a bridge having a bridge bend and optionally two flexible pieces, and wherein the top of the bridge is connected to two frame support attachments that are capable of sitting on top of any secondary eyewear.

A eyewear insert for use when wearing secondary or safety eyewear. The insert is comprised of two rims surrounding two prescription lenses, wherein the two rims may have a bridge connector, which may be connected to a bridge having a bridge bend and optionally two flexible pieces, and wherein the top of the bridge is connected to two frame support attachments that are capable of sitting on top of any secondary eyewear.

An over-glasses apparatus, configured to be associated with a pair of glasses worn by a user, is disclosed. The apparatus includes a support structure, an eye tracking system, an image sensor, an actuation system of the image sensor, a camera housing, and means for processing and control. Advantageously, the image sensor and the actuation system of the image sensor are within the camera housing, arranged substantially in correspondence with a longitudinally median part of the main body, so that the camera housing intercepts an axis that connects the user's pupils.

Eyewear of the present disclosure may include a frame having left and right rims, and a central bridge portion coupling the left rim to the right rim. A lens retainer has a first end pivotably coupled to an upper member of the central bridge portion and a second end releasably latched to a lower member of the central bridge portion. A lens is disposed on a front side of the eyewear frame and clamped to the frame by the lens retainer.

An eyeglass frame 12 for a head mounted display 10 comprises a lens supporting member 28a, 28b that supports eyeglasses 26a, 26b and is mounted on a mount portion 16 of the head mounted display 10; and plurality of engaging portions 38a˜38d, 42a˜42d, 44a, 44b, 48a, 48b that are formed on positions corresponding to various shapes of the mount portion 16 on outer circumferential portion of the lens supporting member 28a, 28b and engage with an internal wall surface 36 of the mount portion 16, wherein the engaging portions 38a˜38d include elastic members slidable along the internal wall surface.

An optical system is provided, including a first optical module, a second optical module, and a light-quantity adjustment module. The first optical module, the second optical module, and the light-quantity adjustment module are arranged in a direction of an optical axis. The first optical module and the second optical module are movable in the direction of the optical axis.

An integrated binocular augmented reality smart glass, which comprises an integrated structure of glass temples, an imaging system, a nose pad, a battery module and a glass frame, and a circuit board processor module and a control system are integrated therein. The integrated binocular augmented reality smart glass has a small volume, a light weight and a strong mobile flexibility and is convenient in usage and interaction, and can be worn stably for a long time under various application scenarios without generating discomfort. The imaging system of the integrated binocular augmented reality smart glass is a multi-layer structure, and comprises filter glasses, display glasses and functional glasses, where the filter glasses and the functional glasses are respectively located at two sides of the display glasses and are mounted on the glass frame.