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    • 1. 发明授权
    • Stereoscopic image display
    • 立体图像显示
    • US09030532B2
    • 2015-05-12
    • US10922769
    • 2004-08-19
    • Gary K. StarkweatherMichael J. SinclairSing Bing Kang
    • Gary K. StarkweatherMichael J. SinclairSing Bing Kang
    • H04N13/04
    • H04N13/376H04N13/302H04N13/371H04N13/378H04N13/38H04N13/383
    • Stereoscopic image display is described. In an embodiment, a location of the eye pupils of a viewer is determined and tracked. An image is displayed within a first focus for viewing with the left eye of the viewer, and the image is displayed within a second focus for viewing with the right eye of the viewer. A positional change of the eye pupils is tracked and a sequential image that corresponds to the positional change of the eye pupils is generated for stereoscopic viewing. In another embodiment, an image is displayed for stereoscopic viewing and a head position of a viewer relative to a center of the displayed image is determined. A positional change of the viewer's head is tracked, and a sequential image that corresponds to the positional change of the viewer's head is generated for stereoscopic viewing.
    • 描述立体图像显示。 在一个实施例中,确定并跟踪观看者的眼睛瞳孔的位置。 在第一焦点内显示图像以用观看者的左眼观看,并且在第二焦点内显示图像以用观看者的右眼观看。 跟踪眼睛瞳孔的位置变化,并且生成对应于眼睛瞳孔的位置变化的顺序图像用于立体观看。 在另一个实施例中,显示用于立体观看的图像,并且确定观看者相对于所显示图像的中心的头部位置。 跟踪观众头部的位置变化,生成与观众头部的位置变化相对应的顺序图像,用于立体观看。
    • 2. 发明授权
    • Stereoscopic image display
    • 立体图像显示
    • US07705876B2
    • 2010-04-27
    • US10948533
    • 2004-09-23
    • Gary K. StarkweatherMichael J. SinclairSing Bing Kang
    • Gary K. StarkweatherMichael J. SinclairSing Bing Kang
    • H04N13/04
    • H04N13/376H04N13/302H04N13/371H04N13/378H04N13/38H04N13/383
    • Stereoscopic image display is described. In an embodiment, a location of the eye pupils of a viewer is determined and tracked. An image is displayed within a first focus for viewing with the left eye of the viewer, and the image is displayed within a second focus for viewing with the right eye of the viewer. A positional change of the eye pupils is tracked and a sequential image that corresponds to the positional change of the eye pupils is generated for stereoscopic viewing. In another embodiment, an image is displayed for stereoscopic viewing and a head position of a viewer relative to a center of the displayed image is determined. A positional change of the viewer's head is tracked, and a sequential image that corresponds to the positional change of the viewer's head is generated for stereoscopic viewing.
    • 描述立体图像显示。 在一个实施例中,确定并跟踪观看者的眼睛瞳孔的位置。 在第一焦点内显示图像以用观看者的左眼观看,并且在第二焦点内显示图像以用观看者的右眼观看。 跟踪眼睛瞳孔的位置变化,并且生成对应于眼睛瞳孔的位置变化的顺序图像用于立体观看。 在另一个实施例中,显示用于立体观看的图像,并且确定观看者相对于所显示图像的中心的头部位置。 跟踪观众头部的位置变化,生成与观众头部的位置变化相对应的顺序图像,用于立体观看。
    • 5. 发明授权
    • Reflective microelectrical mechanical structure (MEMS) optical modulator and optical display system
    • 反光微电机械结构(MEMS)光调制器和光学显示系统
    • US07006276B2
    • 2006-02-28
    • US10959496
    • 2004-10-05
    • Gary K. StarkweatherMichael J. Sinclair
    • Gary K. StarkweatherMichael J. Sinclair
    • G02B26/00G02B26/08G09G3/34
    • G02B26/0841Y10S359/904
    • A MEMS optical display system includes an illumination source for providing illumination light, a collimating lens for receiving the illumination light and forming from it collimated illumination light, and a microlens array having an array of lenslets for receiving the illumination light from the collimating lens. The converging microlens array directs the illumination light through an array of pixel apertures in an aperture plate to a microelectrical mechanical reflector array positioned opposite the aperture plate. The microelectrical mechanical reflector array includes an array of microelectrical mechanical actuators that support reflectors in alignment with the array of pixel apertures and selectively orients the reflectors to direct the illumination light back through the pixel apertures (to form part of a display image) or against the aperture plate (to be blocked). The illumination light passing back through the pixel apertures passes through the microlens array and a beamsplitter to a display screen.
    • MEMS光学显示系统包括用于提供照明光的照明源,用于接收照明光并由其准直的照明光的准直透镜,以及具有用于接收来自准直透镜的照明光的小透镜阵列的微透镜阵列。 会聚微透镜阵列将照明光通过孔板中的像素孔阵列引导到与孔板相对定位的微电机械反射器阵列。 微电子机械反射器阵列包括微电子机械致动器的阵列,其支持与像素孔阵列对准的反射器,并且选择性地使反射器定向以将照明光引导通过像素孔(以形成显示图像的一部分)或反对 孔板(待封)。 穿过像素孔径的照明光通过微透镜阵列和分束器到达显示屏。
    • 10. 发明授权
    • Single facet wobble free scanner
    • 单面无摆动扫描仪
    • US4475787A
    • 1984-10-09
    • US422783
    • 1982-09-24
    • Gary K. Starkweather
    • Gary K. Starkweather
    • G02B26/10G02B27/00G02B27/17
    • G02B27/0031G02B26/108
    • A single facet wobble free light scanner which eliminates the effects of wobble caused by bearing inaccuracies or other mechanical factors. A pentaprism, pantamirror, right angle prism or right angle mirror monogon 30 is rotated about an axis passing through its sides and through the axis of the applied light beam 8. By reflections off of two mirrored surfaces 22, 24, the output light beam 28 creates a plane of light. When, or if, the pentaprism 30 wobbles about the rotational axis, the effects of the wobble are eliminated because via the internal reflections of the pentaprism, the output light beam 28a is parallel to the original output light beam 28, the parallel light beams 28, 28a being focused onto the scan surface by external optics 70.
    • 单面无摆摆光扫描器,消除了由轴承误差或其他机械因素引起的摆动的影响。 五棱镜,短镜,直角棱镜或直角镜单股子30围绕穿过其侧面并穿过所施加的光束8的轴线的轴线旋转。通过从两个镜面22,24反射,输出光束28 创造一个光线。 当五棱镜30围绕旋转轴线摆动或者如果五角星30相对于旋转轴线摆动时,摆动的影响被消除,因为通过五棱镜的内部反射,输出光束28a平行于原始输出光束28,平行光束28 ,28a通过外部光学器件70聚焦到扫描表面上。