Mobile phone which can be used for watching stereoscopic images

Abstract

The invention relates to mobile phone which can be used for watching stereoscopic images, aiming at solving the problems that if the liquid crystal screens of the prior mobile phone which uses the images on the two liquid crystal screens to generate the stereoscopic visual effect are too close to the eyes, the eyes can not see clearly the liquid crystal screens and if the liquid crystal screens are too far from the eyes, the visual interference that one eye can see images on the two liquid crystal screens can be generated. The mobile phone is characterized by being a bar mobile phone; one of the outer surfaces of the body of the bar mobile phone is provided with two liquid crystal screens in similar size; the body of the bar mobile phone is connected with a support plates and a mirror plate; one side end of the support plate is articulated with the body of the bar mobile phone, and the other side end is articulated with the side end of the mirror plate; the mirror plate is provided with two holes in which two amplifying lenses are arranged; the support plate can be erected to support the mirror plate above the two liquid crystal screens and enable the two amplifying lenses to be opposite to the two liquid crystal screens; and the support plate and the mirror plate can be folded together to be clung to one outer surface of the body of the bar mobile phone.

Description

technical field [0001] The invention relates to a mobile phone for mobile communication, in particular to a mobile phone capable of watching stereoscopic images. Background technique [0002] When human eyes watch a three-dimensional object in reality, the vision of the two eyes is horizontally separated at two different positions of the three-dimensional object. The resulting visual difference allows the human brain to perceive the depth and stereoscopic changes of a three-dimensional world. According to this stereoscopic vision principle, people have used technical means to enable plane images to produce stereoscopic visual effects. Because the closer to the real stereoscopic visual effect produced by the binocular visual difference is much better than the visual effect of the plane image using light and shadow, virtual reality, and light and dark contrast to express the stereoscopic effect, the stereoscopic image has become a film and television product and a digital disp...

AI Technical Summary

Problems solved by technology

[0004] In order to overcome existing mobile phones that use images on two screens to produce stereoscopic visual effects, the screen is too close to the eyes, causing the eyes to not see the LCD screen clearly. If it is far away, one eye will see two screen images. The defect of visual interference, the purpose of the present invention is to provide an improved mobile phone that can watch stereoscopic images, which can overcome the defects of the prior art

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