Holographic three-D image recording and display method and its device and application
A recording method and a stereoscopic image technology, which are applied in projection devices, printing devices, image communication, etc., can solve the problems that large objects or landscapes cannot be processed, are not conducive to large-scale promotion and application, and are inconvenient to process images, etc. Intuitive cognition, good display effect, no safety problem effect
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Embodiment 1
[0028] Figure 1 ~ Figure 4 An embodiment of the present invention is shown. The holographic stereoscopic image recording and display device includes a two-dimensional image acquisition component and a holographic image production component. The structure of the two-dimensional image acquisition component is as follows figure 1 and figure 2 As shown, it includes a digital camera, a controllable rotating bracket, and a computer. The digital camera is installed on the controllable rotating bracket. The digital camera and the controllable rotating bracket are respectively connected to the computer through the interface, and the collection and processing series are controlled by the computer. The two-dimensional image can specifically allow the digital camera to move and shoot continuously according to a certain trajectory (such as an arc) and a certain angular velocity (1°~20° / second) within the spatial range, such as figure 1 As shown, the perspective structure of the picture ...
Embodiment 2
[0032] Figure 5 Another structure and mode of action of the holographic stereoscopic image recording and display device are shown. The device also includes a two-dimensional image acquisition component and a holographic image production component. The structure of the two-dimensional image acquisition component is the same as that in Embodiment 1, and The structure of the holographic image production assembly includes a laser J, optical components, an electric shutter K, a holographic master H1 obtained in Example 1, a holographic dry plate H2, a holographic shockproof table, and a computer. The laser J, optical components , electric shutter K, holographic motherboard H1, holographic dry plate H2 and other components are all set on the holographic anti-vibration table, the electric shutter K is connected with the computer through the interface, and the optical components include beam splitter P, mirrors M1, M2 , beam expander L1, L2, collimator L3, the specific position relat...
Embodiment 3
[0034] Figure 6 Another structure and mode of action of the holographic stereoscopic image recording and display device are shown. The device also includes a two-dimensional image acquisition component and a holographic image production component. The structure of the two-dimensional image acquisition component is the same as that of embodiment 1, and The structure of the holographic image production assembly includes a laser J, optical components, an electric shutter K, a holographic master H1 obtained in Example 1, a holographic dry plate H2, a holographic shockproof table, and a computer. The laser J, optical components , electric shutter K, holographic motherboard H1, holographic dry plate H2 and other components are all set on the holographic anti-vibration table, the electric shutter K is connected with the computer through the interface, and the optical components include beam splitter P, mirrors M1, M2 , beam expander L1, L2, collimator L3, the specific position relat...
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