Agca Kizil, Tugce

Zusammenfassung wird geladen …

Zusammenfassung wird geladen …

Zusammenfassung wird geladen …

Zusammenfassung wird geladen …

The present application belongs to the technical field of glasses, and relates to a pair of smart glasses. The smart glasses comprise a frame, an imaging optical module, an eye-tracking optical module and an waveguide assembly, wherein the frame comprises rims and a connecting part disposed on one side of each rim, a mounting cavity for the mounting of the imaging optical module and the eye-tracking optical module thereon being formed in the connecting part; and the waveguide assembly is embedded in the rims, and comprises a waveguide substrate, and a first coupling-in and coupling-out grating group and a second coupling-in and coupling-out grating group, which are disposed on the waveguide substrate, at least some gratings in the first coupling-in and coupling-out grating group and the second coupling-in and coupling-out grating group being located on the same side of the waveguide substrate, and the gratings located on the same side of the waveguide substrate, namely, a first periodic grating and a second periodic grating, at least partially overlapping to form a composite grating. The smart glasses in the present application can independently couple in or out light rays of corresponding wavebands in the same region on the same side of a waveguide substrate by means of gratings of a composite grating, and thus effectively reduce the absolute area of the gratings, thereby facilitating a lightweight design and improving long-term wearing comfort.

Zusammenfassung wird geladen …

Zusammenfassung wird geladen …

Zusammenfassung wird geladen …

Disclosed are a binocular display method and a binocular display device (100). The binocular display method is applied to the binocular display device (100) including a first display module (110) and a second display module (120), where a wireless communication connection is established between the first display module (110) and the second display module (120), and the binocular display device (100) is configured to display first binocular image information including first image information and second image information. The method includes: configuring the first image information on the first display module (110), and configuring the second image information on the second display module (120); and controlling the first display module (110) and the second display module (120) to perform image information display synchronously, where the first display module (110) displays the first image information, and the second display module (120) displays the second image information. In this way, the volume and size requirements of the binocular display device (100) are reduced while implementing imaging synchronization between the left and right sides of the binocular display device (100), thereby improving the user experience.

This application discloses a pair of smart glasses, which includes a display module, a frame module and a battery module; the display module includes an optical engine assembly and a waveguide assembly, the waveguide assembly is configured to receive display light emitted by the optical engine assembly and form outgoing light; the frame module includes a frame assembly and a temple assembly connected to the frame assembly, the frame assembly is connected to the waveguide assembly, and both the optical engine assembly and the waveguide assembly are mounted on the frame assembly;the temple assembly includes a temple and a flexible connector provided in the temple; the battery module is connected to an end of the temple away from the frame module, and the battery module is electrically connected to the optical engine assembly via the flexible connector; wherein the temples have flexibility, thereby making the temples deform based on head size and head shape.