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    • 22. 发明申请
    • Projection adapter and combination of such adapter with a display
    • 投影适配器和这种适配器与显示器的组合
    • US20050117131A1
    • 2005-06-02
    • US10970336
    • 2004-10-21
    • Marina KhazovaGrant BourhillBronje Musgrave
    • Marina KhazovaGrant BourhillBronje Musgrave
    • G02F1/13G02B27/02G02F1/13357G03B21/00
    • H04M1/027G02B27/025G03B21/006
    • A projection adapter is provided for attaching to a display so as to form a projected enlarged image of an image displayed by the display. The display is of the direct view reflective or transflective type and does not require any modification when cooperating with the projection adapter to function as a projection display. The adapter comprises an illumination section and a projection section with optional beam steering optics supported by a common support arrangement. A front optical element is arranged to overlay the display with the projection adapter in use. The illumination section forms an off-axis image of a light source and the front optical element images light reflected by the reflective or transflective display to an image which is laterally displaced from the light source image. The projection section projects a magnified image of the image displayed by the display onto a screen which may form part of or be distinct from the adapter.
    • 提供了用于附接到显示器以便形成由显示器显示的图像的投影放大图像的投影适配器。 该显示器具有反射或半透反射式的直视图,并且当与投影适配器配合用作投影显示器时不需要任何修改。 适配器包括照明部分和具有由公共支撑装置支撑的可选的光束转向光学器件的投影部分。 前置光学元件布置成在使用中与投影适配器覆盖显示器。 照明部分形成光源的离轴图像,并且前光学元件将由反射或半透反射显示器反射的光成像到从光源图像横向移位的图像。 投影部分将由显示器显示的图像的放大图像投影到可以形成与适配器的一部分或不同于适配器的屏幕上。
    • 23. 发明授权
    • Multiple-view directional display
    • 多视图方向显示
    • US07813042B2
    • 2010-10-12
    • US11365813
    • 2006-03-02
    • Jonathan MatherRobert WinlowAkira NakagawaDiana U. KeanGrant Bourhill
    • Jonathan MatherRobert WinlowAkira NakagawaDiana U. KeanGrant Bourhill
    • G02B27/10G09G3/04H04N13/00
    • G02B27/2214
    • A parallax optic comprises plural, spaced apart lenses which are separated by regions which are non-transmissive of/to visible light. In some embodiments, the spaced apart lenses of the parallax optic are discrete elements of a lens array. In other embodiments, the lens elements are formed as convex elements integral with and extending from a lenticular layer. Parallax optic devices are combined with one or more image display elements to form an image display device. For embodiments of image display devices featuring or providing two-dimensional (2D) viewability, the parallax optic is preferably near or included in the image display element. On the other hand, for embodiments of image display devices featuring or providing three-dimensional (3D) viewability, the parallax optic is situated outside the image display element.
    • 视差光学器件包括多个间隔开的透镜,它们被不可透射的可见光区域分开。 在一些实施例中,视差光学器件的间隔开的透镜是透镜阵列的离散元件。 在其他实施例中,透镜元件形成为与透镜层成一体并从透镜层延伸的凸形元件。 视差光学器件与一个或多个图像显示元件组合以形成图像显示装置。 对于具有或提供二维(2D)可见度的图像显示装置的实施例,视差光学器件优选地靠近或包括在图像显示元件中。 另一方面,对于具有或提供三维(3D)可视性的图像显示装置的实施例,视差光学元件位于图像显示元件的外部。
    • 24. 发明授权
    • Multiple view display
    • 多视图显示
    • US07782409B2
    • 2010-08-24
    • US10729714
    • 2003-12-05
    • Diana U. KeanDavid James MontgomeryGrant BourhillJonathan Mather
    • Diana U. KeanDavid James MontgomeryGrant BourhillJonathan Mather
    • G02F1/1335G02F1/135
    • H04N13/349H04N13/305H04N13/31H04N13/312H04N13/324
    • A multiple view display comprises a display device such as a liquid crystal device, a parallax optic such as a parallax barrier, and a controller. The device comprises rows and columns of pixels and the controller supplies image data for a first view to first ones of the pixels and second ones of the pixels such that the first and second pixels alternate in the rows and in the columns. The parallax optic comprises rows and columns of parallax elements with the arrangement of pixels and parallax elements being such that each element co-operates with a respective pair of first and second pixels adjacent each other in the same row to form first and second viewing regions. Each row of parallax elements is off-set in the row direction by half the horizontal barrier pitch. Such an arrangement allows wider angles between the viewing regions to be achieved.
    • 多视图显示器包括诸如液晶装置的显示装置,诸如视差屏障的视差光学器件和控制器。 该装置包括行和列的像素,并且控制器将用于第一视图的图像数据提供给第一像素和第二像素中的第一像素,使得第一和第二像素在行和列中交替。 视差光学元件包括具有像素和视差元件布置的视差元件的行和列,使得每个元件与在相同行中彼此相邻的相应的一对第一和第二像素协作以形成第一和第二观看区域。 每行视差元素在行方向偏移水平屏障间距的一半。 这种布置允许实现观看区域之间更宽的角度。