DE 4312918 A UPAB: 19941206 The reproduction device includes a lenticular plate in front of a flat screen. Stereoscopic images are displayed in a central stereo zone (ZS) of the observation region (BB) for at least one central onlooker (11. Mono images can be presented monoscopically in directly adjacent monozones (ZML, ZMR). The monozones are generated by relatively wide cylinder lenses (4,5,6) and a limited pitch width wrt a thin lenticular plate (3). The lenses have a large opening angle. The limit values of pitch width and thickness depend on other parameters of the reproduction device (1) such as screen width, onlooker distance, refractive index and radius of curvature of the cylinder lenses (4,5,6). ADVANTAGE- Prevents pseudo-scopy in...
Systems without the need for viewing aids would be preferred for a future 3DTV. Target of the work i...
The device (100) has a micro-lens array (103) with multiple micro-lenses (107a to 107n) which are gr...
Within the framework of the research on High Definition Television (HDTV) at the Heinrich-Hertz-Inst...
WO 2008095584 A1 UPAB: 20080903 NOVELTY - The auto stereoscopic image reproducer has a screen (BS) a...
WO 2011006551 A1 UPAB: 20110209 NOVELTY - The monitor has a control device to activate a matrix scre...
WO 200209446 A UPAB: 20020711 NOVELTY - The structured panel (2) has an arrangement for connecting t...
DE 102009041784 A1 UPAB: 20110405 NOVELTY - The method involves observing a set of stereoscopic half...
DE 102009052653 A1 UPAB: 20110524 NOVELTY - The display (1) has an organic LED-backlight (2) with pa...
Autostereoscopic photographic and video systems for taking and projecting spatial images onto large ...
WO 2009062752 A1 UPAB: 20090604 NOVELTY - The method involves displaying two stereoscopic fields on ...
WO 2008003373 A1 UPAB: 20080324 NOVELTY - The method involves reducing intensities of subpixels of m...
The image representation system uses a cylindrical lens raster plate (2) positional in front of a fl...
DE 102009047361 A1 UPAB: 20110621 NOVELTY - The device has an optical channel (110) with imaging len...
In various publications, our 3D-Display Technology Lab. has reported about research on autostereosco...
WO 2008043491 A2 UPAB: 20080513 NOVELTY - The device has multiple lens systems, arranged with parall...
Systems without the need for viewing aids would be preferred for a future 3DTV. Target of the work i...
The device (100) has a micro-lens array (103) with multiple micro-lenses (107a to 107n) which are gr...
Within the framework of the research on High Definition Television (HDTV) at the Heinrich-Hertz-Inst...
WO 2008095584 A1 UPAB: 20080903 NOVELTY - The auto stereoscopic image reproducer has a screen (BS) a...
WO 2011006551 A1 UPAB: 20110209 NOVELTY - The monitor has a control device to activate a matrix scre...
WO 200209446 A UPAB: 20020711 NOVELTY - The structured panel (2) has an arrangement for connecting t...
DE 102009041784 A1 UPAB: 20110405 NOVELTY - The method involves observing a set of stereoscopic half...
DE 102009052653 A1 UPAB: 20110524 NOVELTY - The display (1) has an organic LED-backlight (2) with pa...
Autostereoscopic photographic and video systems for taking and projecting spatial images onto large ...
WO 2009062752 A1 UPAB: 20090604 NOVELTY - The method involves displaying two stereoscopic fields on ...
WO 2008003373 A1 UPAB: 20080324 NOVELTY - The method involves reducing intensities of subpixels of m...
The image representation system uses a cylindrical lens raster plate (2) positional in front of a fl...
DE 102009047361 A1 UPAB: 20110621 NOVELTY - The device has an optical channel (110) with imaging len...
In various publications, our 3D-Display Technology Lab. has reported about research on autostereosco...
WO 2008043491 A2 UPAB: 20080513 NOVELTY - The device has multiple lens systems, arranged with parall...
Systems without the need for viewing aids would be preferred for a future 3DTV. Target of the work i...
The device (100) has a micro-lens array (103) with multiple micro-lenses (107a to 107n) which are gr...
Within the framework of the research on High Definition Television (HDTV) at the Heinrich-Hertz-Inst...