3D imaging device for mobile device

Abstract

The invention discloses a 3D imaging device for a mobile device. The 3D imaging device for the mobile device comprises a shell, a three-dimensional imaging lens set arranged in the shell, and a supporting frame which is arranged at the rear end of the shell in a sliding mode, wherein the two ends of the shell are open, lateral sidling grooves which are parallel to the open end faces of the shell are formed in the shell, the three-dimensional imaging lens set comprises a left eye lens set and a right eye lens set, the left spectacle lens set and the right spectacle lens set are placed in the lateral sidling grooves in a sliding mode through lens cylinders which are fixed to a frame of the left lens set and a frame of the right lens set respectively, the supporting frame is used for fixing the mobile device, a screen touching device used for touching the touch screen of the mobile device is arranged on the supporting frame, and when the mobile device is fixed to the supporting frame, the screen of the mobile device right faces the rear end opening of the shell. The mobile device is fixed to the rear end of the shell through the supporting frame, the three-dimensional imaging lens set is installed on the portion, close to eye lenses, of the front end of the shell, a forward virtual image in a long distance can be seen by people after imaging is conducted on an image on the screen of the mobile device through the left lens set and the right lens set, and then amplification and 3D imaging of the image on the screen of the mobile device are achieved.

Description

technical field [0001] The invention relates to the technical field of accessories for intelligent mobile terminals, in particular to a 3D imaging device for mobile equipment. Background technique [0002] With the popularization of smart mobile devices, their cost has been continuously reduced and their performance has been continuously improved, but the small screen of smart mobile terminal equipment has limited its further development, so some mobile phone peripherals have appeared on the market, using simple optical means to The screen of the mobile phone is magnified to form a three-dimensional image, that is, a 3D effect. However, these peripherals have the following disadvantages: 1. In the prior art, the narrow size of the lens used greatly limits the viewing angle, making it impossible to realize panoramic viewing; 2. The screen magnification peripherals in the prior art are mostly matching equipment of a certain model, which has great limitations and cannot be appl...

AI Technical Summary

Problems solved by technology

[0002] With the popularization of smart mobile devices, their cost has been continuously reduced and their performance has been continuously improved, but the small screen of smart mobile terminal equipment has limited its further development, so some mobile phone peripherals have appeared on the market, using simple optical means to The screen of the mobile phone is magnified to form a three-dimensional image, that is, a 3D effect. However, these peripherals have the following disadvantages: 1. In the prior art, the narrow size of the lens used greatly limits the viewing angle, making it impossible to realize panoramic viewing; 2. The screen magnification peripherals in the prior art are mostly matching equipment of a certain model, which has great limitations and cannot be applied to other models, and its own magnification is not suitable and cannot be adjusted, resulting in It reduces the waste of screen pixels and causes severe graininess, poor sense of reality, and reduces the user's visual experience; 3. In the prior art, the open casing allows useless external light to enter the interior of the device and interfere with the amplification and display of images; 4. In the prior art, each lens has been fixed by the auxiliary adjustment structure of the image, and the focal length and interpupillary distance cannot be adjusted, which is inconvenient to operate

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