Improved 3D Imaging System using Reflectors
First Claim
1. A 3D Imaging System Using Reflectors, comprising a mirror beam splitter system having an even number of mirrors and a lens panel having a pair of lenses and an aperture panel with a pair of apertures;
- where the beam splitter turns the single light path from a single subject into dual divergent light paths as viewed from two different angles and projects them through the aperture panel and then the lens pair to form dual images with a 3D offset which can be captured on film, electronic recording media or ground glass in a Single Lens Reflex (SLR) camera.
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Abstract
An improved 3D Imaging System Using Reflectors is provided. The device includes a beam splitter system comprising an even number of mirrors. The device also includes a lens panel that has two independent image forming lenses, and an aperture panel with a pair of apertures. The aperture panel is positioned between the beam splitter and lens plane to project dual images of the subject onto a film exposure or ground glass. The alignment of lens, aperture and beam splitter mirrors creates a pair of divergent light paths from lens pair to exposure plane, which simulates a single lens, permitting accurate light metering and a bright viewfinder image when the device is used with a Single Lens Reflex (SLR) camera.
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Citations
3 Claims
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1. A 3D Imaging System Using Reflectors, comprising a mirror beam splitter system having an even number of mirrors and a lens panel having a pair of lenses and an aperture panel with a pair of apertures;
where the beam splitter turns the single light path from a single subject into dual divergent light paths as viewed from two different angles and projects them through the aperture panel and then the lens pair to form dual images with a 3D offset which can be captured on film, electronic recording media or ground glass in a Single Lens Reflex (SLR) camera. - View Dependent Claims (2, 3)
Specification