Directional backlight, a multiple view display and a multi-direction display
    1.
    发明授权
    Directional backlight, a multiple view display and a multi-direction display 有权
    定向背光,多视图显示和多向显示

    公开(公告)号:US08154686B2

    公开(公告)日:2012-04-10

    申请号:US11814383

    申请日:2005-01-21

    IPC分类号: G02F1/13357

    摘要: A directional backlight, a multiple view display and a multi-direction display A multiple view display (18) comprises a directional display device (19) for displaying a first image or sequence of images so as to be mainly visible from a first range of directions relative to the device and for simultaneously displaying a second image or sequence of images so as to be mainly visible from a second range of directions relative to the device different from the first range. The display (18) further comprises a directional backlight (20) for directing light through the display device (19) at least mainly in the first and second ranges. Since the directional backlight (20) directs light through the display device (19) at least mainly in the first and second ranges, the display provides users located in the first and second ranges with images of greater intensity than a conventional display. The backlight may be arranged to direct substantially no light in at least part of a third range of directions that lies between the first range of directions and the second range of directions. This provides a ‘black window’ between the first and second ranges in which the intensity of the display is lower than in other ranges. The intensity of the display in the black window is possibly zero, or close to zero, so that an observer located in this window will not perceive an image.

    摘要翻译: 定向背光,多视图显示和多向显示器多视图显示器(18)包括用于显示第一图像或图像序列的方向显示设备(19),以便从第一范围的方向主要可见 并且用于同时显示第二图像或图像序列,使得从相对于不同于第一范围的装置的第二方向范围主要可见。 显示器(18)还包括用于至少主要在第一和第二范围内引导光通过显示装置(19)的定向背光源(20)。 由于方向性背光(20)至少主要在第一和第二范围内引导光通过显示装置(19),所以显示器向位于第一和第二范围的用户提供比常规显示器更强的图像。 背光源可以布置成在位于第一方向范围和第二方向范围之间的方向的第三范围的至少一部分中基本上不引导光。 这提供了第一和第二范围之间的“黑色窗口”,其中显示器的强度低于其他范围。 黑色窗口中显示的强度可能为零或接近零,使得位于该窗口中的观察者将不会察觉图像。

    DIRECTIONAL BACKLIGHT, A MULTIPLE VIEW DISPLAY AND A MULTI-DIRECTION DISPLAY
    2.
    发明申请
    DIRECTIONAL BACKLIGHT, A MULTIPLE VIEW DISPLAY AND A MULTI-DIRECTION DISPLAY 有权
    方向背光,多视图显示和多方向显示

    公开(公告)号:US20090040426A1

    公开(公告)日:2009-02-12

    申请号:US11814383

    申请日:2005-01-21

    IPC分类号: G02F1/13357 F21V8/00

    摘要: A directional backlight, a multiple view display and a multi-direction display A multiple view display (18) comprises a directional display device (19) for displaying a first image or sequence of images so as to be mainly visible from a first range of directions relative to the device and for simultaneously displaying a second image or sequence of images so as to be mainly visible from a second range of directions relative to the device different from the first range. The display (18) further comprises a directional backlight (20) for directing light through the display device (19) at least mainly in the first and second ranges. Since the directional backlight (20) directs light through the display device (19) at least mainly in the first and second ranges, the display provides users located in the first and second ranges with images of greater intensity than a conventional display. The backlight may be arranged to direct substantially no light in at least part of a third range of directions that lies between the first range of directions and the second range of directions. This provides a ‘black window’ between the first and second ranges in which the intensity of the display is lower than in other ranges. The intensity of the display in the black window is possibly zero, or close to zero, so that an observer located in this window will not perceive an image.

    摘要翻译: 定向背光,多视图显示和多向显示器多视图显示器(18)包括用于显示第一图像或图像序列的方向显示设备(19),以便从第一范围的方向主要可见 并且用于同时显示第二图像或图像序列,使得从相对于不同于第一范围的装置的第二方向范围主要可见。 显示器(18)还包括用于至少主要在第一和第二范围内引导光通过显示装置(19)的定向背光源(20)。 由于方向性背光(20)至少主要在第一和第二范围内引导光通过显示装置(19),所以显示器向位于第一和第二范围的用户提供比常规显示器更强的图像。 背光源可以布置成在位于第一方向范围和第二方向范围之间的方向的第三范围的至少一部分中基本上不引导光。 这提供了第一和第二范围之间的“黑色窗口”,其中显示器的强度低于其他范围。 黑色窗口中显示的强度可能为零或接近零,使得位于该窗口中的观察者将不会察觉图像。