Mobile phone large screen displaying device and aerial photography system

Abstract

The invention discloses a mobile phone large screen displaying device and an aerial photography system. A pair of glasses includes a shade which can be worn on a head, and a Fresnel lens and a mobile phone bracket arranged in the shade. The mobile phone bracket is used to fix a mobile phone and keep the relative position of the mobile phone to the Fresnel lens. The space between the Fresnel lens and the mobile phone is unshielded. According to the invention, only the flat Fresnel lens is arranged in front of the mobile phone. Through wearing the device on the head of a user, the user can obtain high-resolution highly vivid images. With the Fresnel lens, the view angle can be enlarged. The device has potential for application to fields such as aerial photography and large screen office working.

Description

technical field [0001] This application relates to a mobile phone large-screen imaging device and an aerial photography system, which can be applied to technical fields such as head-mounted mobile phone theaters, large-screen office work, and aerial photography. Background technique [0002] With the continuous advancement of "virtual reality" technology, in order to turn mobile phones into virtual reality prototype devices, VR devices have gradually entered people's lives. VR devices can be divided into three categories: external headsets, external headsets The user experience of the device is good. Representative products include Oculus Rift and ThreeGlasses, which have independent screens, complex product structure, and high technical content; integrated headsets. There are relatively few integrated headsets, and the most famous one is Bossnel headsets. The other is the glasses box. The VR glasses box is famous for its simple structure, low price, and low technical thresh...

AI Technical Summary

Problems solved by technology

[0003] At present, the existing products on the market are based on the large-screen experience realized by mobile phone software split screen. Due to the problem of split screen and screen aspect ratio, the effective pixels that the eyes can see are greatly reduced, which is only equivalent to the original resolution of the mobile phone screen. One-sixth of the rate, the picture quality drops significantly

[0004] In addition, it cannot be used in applications such as office web browsing, plane games, etc. where there is no possibility of stereoscopic vision and a large-screen experience.

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