Video system, glasses device, and video player device
A technology of video system and reproduction device, applied in stereo system, components of TV system, video communication, etc., can solve the problems of asynchronous, unable to watch video, unpleasant, etc.
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Embodiment approach 1
[0039] (1. The overall structure of the imaging system)
[0040] figure 1 Shown is a configuration of a video system including: a video reproduction device 1 for reproducing content data for three-dimensional perception of a video; a display 2 for displaying a video based on a video signal reproduced and output by the video reproduction device 1; and The eyewear device 3 is used for viewing images displayed on the display 2 . In this embodiment, the viewer watches the image displayed on the display surface of the display 2 through the glasses device, so that the viewer can perceive the image three-dimensionally.
[0041] The display 2 displays video based on the video signal output from the video playback device 1 . The display 2 is constituted by, for example, a device using a plasma display panel, a liquid crystal panel, or a CRT, a device using organic electroluminescence, or any other device that enables viewers to recognize images based on three-dimensional video signal...
Embodiment approach 2
[0125] The video playback device 1 described in Embodiment 1 performs a 2D mode for allowing the viewer to watch the video displayed on the display 2 as a 2D video and a 2D mode for making the viewer view the displayed video based on the remaining amount information transmitted from the eyewear device 3 . Switch between 3D modes in which images on the display 2 are viewed as 3D images. As a result, it is less likely that the viewer will suddenly be unable to view 3D video images due to insufficient remaining battery power of the eyewear device 3 .
[0126] However, the remaining battery capacity of the eyewear device 3 may be insufficient for the viewer to view the entire content data as a 3D video signal, but the viewer can view a part of the content data as a 3D video signal. Therefore, in the second embodiment, a video system is described that allows the viewer to view a part of the content data as a 2D video signal and the other part (such as a climax screen) as a 3D video...
Embodiment approach 3
[0158] The video playback device 1 described in Embodiment 2 switches between the 2D mode and the 3D mode based on the remaining amount information transmitted from the glasses device 3, and allows the viewer wearing the glasses device 3 to view part of the content data as a 2D video. , and view other parts of the content data as 3D images. Therefore, even if the action time information "t1" is shorter than the playback time information "t2" of the content data, the viewer can watch appropriate parts such as the digest part as 3D video images.
[0159] However, when the viewer requests special reproduction, the reproduction time of the content data becomes shorter or longer. For example, if the viewer performs fast-forward playback or forward skip playback, the playback time of content data becomes substantially shorter. On the other hand, when the viewer performs playback playback, reverse skip playback, or pauses, the playback time of the content data becomes substantially ...
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