Holographic display device and display method thereof
A technology of holographic display and display method, which is applied in the field of holographic display, can solve the problems of only viewing by one person and a small visual range of a holographic display device, and achieves the effect of expanding the visual range
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Embodiment 1
[0035] Such as Figure 1 to Figure 8 As shown, this embodiment provides a holographic display device, which includes:
[0036] An imaging unit, which is divided into a plurality of imaging areas 11, each imaging area 11 is used to independently form a holographic image 9;
[0037] A light source unit comprising a plurality of light sources 2 arranged in an array for providing light to the imaging unit;
[0038] Human eye tracking unit 3, which is used to determine the position of human eyes;
[0039] The control unit 4 is used to control at least part of the light source 2 and the imaging area 11 to be turned on for holographic display according to the position of the human eye, where the light emitted by the turned on light source 2 passes through the turned on imaging area 11 and can be directed to the position of the human eye.
[0040] Such as figure 1 As shown, in the holographic display device of this embodiment, the light source unit includes a plurality of light sou...
Embodiment 2
[0064] This embodiment provides a display method of a holographic display device, and the holographic display device used is the above-mentioned display device; the display method specifically includes:
[0065] The human eye tracking unit is used to determine the position of human eyes;
[0066] The control unit controls at least part of the light source and imaging area to be turned on for holographic display according to the position of the human eye, wherein the light emitted by the turned on light source can be directed to the position of the human eye after passing through the turned on imaging area.
[0067] That is to say, when the above holographic display device is used for display, the human eye tracking unit should be continuously used to determine the position of the human eye, and some light sources and imaging areas should be selected for holographic display according to the current position of the human eye, so as to ensure that the currently turned on light sou...
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