3D (three-dimensional) camera-recording and displaying integral machine with zooming by multiple-lens switching

Abstract

The invention discloses a 3D (three-dimensional) camera-recording and displaying integral machine with zooming by multiple-lens switching. The integral machine is characterized by comprising a lens group, wherein the lens group is transversely arranged, the inside of the lens group is provided with a plurality of lenses, all lenses in the lens group are electrically connected with a control device, and the control device comprises a double-lens 3D image synthesizing module, a control chip module, a storage device, a power source device and a communication interface module. As an improvement, the lenses in the lens group are high-definition camera lenses, the high-definition camera lenses are different in focuses, and all the high-definition camera lenses are symmetrically and transversely arranged at the back side of a display. The integral machine has the advantages that the zooming range is wider and more accurate, the shooting and zooming of 3D videos can be carried out by non-professional persons, meanwhile, the price is lower, and the popularization and the large-scale production are favorably realized.

Description

technical field [0001] The invention relates to a 3D camera-record-player integrated machine with multi-lens switching and zooming. Background technique [0002] The so-called "3D" is the abbreviation of three-dimensional, that is, three-dimensional graphics. Since the angles of observing objects with the human eyes are slightly different, it is possible to distinguish the distance of objects and produce stereoscopic vision. Simply put, "3D technology" is virtual three-dimensional technology. It is a technology that uses computer operations to achieve three-dimensional effects in vision and hearing. From the perspective of iconography, three-dimensional is no longer a plane, but a three-dimensional. [0003] Zooming in the previous 3D image shooting process must be implemented by adjusting the distance between the two camera lenses, and the distance adjustment must be solved with a 3D bracket. It is necessary to reset the distance, angle, tilt and other standards between t...

AI Technical Summary

Problems solved by technology

[0003] Zooming in the previous 3D image shooting process must be implemented by adjusting the distance between the two camera lenses, and the distance adjustment must be solved with a 3D bracket. It is necessary to reset the distance, angle, tilt and other standards between the two cameras, otherwise the error caused by the distance change cannot be eliminated. This operation is difficult for non-professionals to adjust to the best distance to shoot images, and it cannot meet the needs of all-in-one cameras. form

2) When using the automatic tracking bracket, it is highly professional and highly automated, but it is expensive and difficult to popularize.

3) The auto-zoom 3D cameras currently on the market use two lenses to be installed on one body. Due to the space limitation of the body itself, the distance between the two lenses cannot be greatly adjusted to truly achieve wide zoom, and there is a defect of narrow zoom range. defect

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