Ultra-light AR glasses suitable for superimposed wearing

Abstract

The invention discloses a pair of ultra-light AR glasses suitable for superimposed wearing, which comprises a frame, lenses for the AR glasses, an extension part and legs, wherein the frame includes an inner frame and an outer frame; the outer frame is composed of a first arc-shaped frame and a second arc-shaped frame which are integrally molded; the inner frame is arranged at the top end of the outer frame in a reversible manner; the lenses for the AR glasses are arranged in the inner frame; the extension part is connected at the inner side of a connecting rod, and the extension part includesfirst support rods arranged at two ends of the connecting rod in a retractable manner and an arc-shaped rod which connects the retractable first support rods and is located between the retractable first support rods; each leg is provided with a semi-closed space set along the longitudinal direction of the leg at the position close to the bottom end; and the frame, the extension part and the legsall adopt a plastic titanium structure. The ultra-light AR glasses can be worn in a mode of being superimposed with the ordinary glasses without mutual interference, thereby enabling the experience effect of users to be better. The plastic titanium structure is adopted, so that the weight of the AR glasses is greatly reduced, and the wearing discomfort caused by the weight problem is avoided.

Description

technical field [0001] The invention relates to the technical field of AR glasses, in particular to ultra-light AR glasses suitable for superimposed wearing. Background technique [0002] AR is a new technology that "seamlessly" integrates real-world information and virtual world information. It superimposes virtual information on the real world in real time through computer and other technologies, so that the two exist simultaneously on the same plane or space. Displayed by mobile devices, the human eye can see the result of the superposition of virtual information and real information. The whole system has the characteristics of virtual and real integration, real-time interaction, etc. The functions of wearable devices in the prior art are becoming more and more abundant, thus providing users with However, for users with poor eyesight, the visual experience is poor; among the users of AR glasses, the proportion of people wearing ordinary glasses is quite large. Under norm...

AI Technical Summary

Problems solved by technology

Displayed by mobile devices, the human eye can see the result of the superposition of virtual information and real information. The whole system has the characteristics of virtual and real integration, real-time interaction, etc. The functions of wearable devices in the prior art are becoming more and more abundant, thus providing users with However, for users with poor eyesight, the visual experience is poor; among the users of AR glasses, the proportion of people wearing ordinary glasses is quite large. Under normal circumstances, the content projected on the AR lens cannot be seen clearly, and the experience is poor. If the ordinary glasses are not removed and worn directly, it will interfere with the AR glasses, which is very inconvenient, and the current AR glasses are generally uncomfortable to wear due to weight. It is necessary to provide an ultra-light AR glasses that can be superimposed on ordinary glasses.

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