Virtual reality device based on controllable liquid crystal lens and adjusting method of virtual reality device

Abstract

The invention provides a virtual reality device based on a controllable liquid crystal lens, and relates to the technical field of three-dimensional display. The virtual reality device comprises a display screen and a controllable liquid crystal lens, wherein the controllable liquid crystal lens is arranged on the display screen; the controllable liquid crystal lens comprises a plurality of electrodes; the electrodes are annularly arranged in the controllable liquid crystal lens. As the concentric and annular electrodes are taken as control electrodes, and the electrodes are respectively powered, the focus can be adjusted at any time, the adjustment range is relatively large, and relatively clear display images can be provided. The invention further provides an adjusting method of the virtual reality device. By adopting the adjusting method, the virtual reality device can be applicable to people with different eye sights, and the demands of users of different eye sights can be met.

Description

technical field [0001] The invention relates to the technical field of stereoscopic display, in particular to a virtual reality device based on a controllable liquid crystal lens and an adjustment method thereof. Background technique [0002] At present, virtual reality technology allows users to wear VR (Virtual Reality, virtual reality) equipment, people's left eye can see the left viewpoint image, and the right eye can see the right viewpoint image, and through the fusion of the brain, they can see the 3D display effect. With the helmet-mounted device, people's eyes only see the picture on the display screen inside the helmet, so there is a sense of intrusion and immersive feeling. [0003] However, there are certain potential side effects of the virtual reality system. In virtual reality, the uncoordinated body and brain will produce discomfort. Being in a state of incoordination for long periods of time can negatively affect the body's hand-eye coordination, balance an...

AI Technical Summary

Problems solved by technology

[0003] However, there are potential side effects of the virtual reality system. In the virtual reality, the uncoordinated body and brain will produce discomfort.

Prolonged periods of incoordination can negatively affect the body's hand-eye coordination, balance, and multitasking abilities

At the same time, the human eye will feel uncomfortable when watching 3D effects for a long time, such as eye fatigue and eye swelling, so that users cannot use VR equipment for a long time, which has become a limitation of VR equipment.

[0004] At the same time, users with different eyesight will see different images when wearing VR devices.

The same picture is very clear for users with normal eyesight, but it will be blurred for users with nearsightedness or farsightedness, and the effect of the picture seen by users with different degrees of myopia or hyperopia will also be different. During the viewing process, it is impossible to find a suitable viewing point or feel dizzy, which affects the overall experience. This is another difficulty in the popularization of VR devices.

[0005] In addition, the virtual scene displayed on the VR device needs to be close to the real 3D interface. When the user experience changes in the visual scene, the display size ratio may be diversified, and the final object viewed is larger or larger than the actual one. Too small, affecting the user's sense of intrusion and experience

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