会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明授权
    • 2-D and 3-D multi-lens camera with one lens having a wider plane than
the other lenses
    • 2-D和3-D多镜​​头相机,其中一个透镜具有比其他透镜更宽的平面
    • US5465128A
    • 1995-11-07
    • US174831
    • 1993-12-29
    • Allen K. Wah LoAugustine K. Wu
    • Allen K. Wah LoAugustine K. Wu
    • G03B35/08
    • G03B35/08
    • The present invention relates to a multi-lens camera that can be used for taking three-dimensional and two-dimensional photographs. The multi-lens camera is constructed so that it is capable of exposing a series of 2-D images of a scene onto the photographic film corresponding to the number of lenses of the camera. The multi-lens camera of this invention has a film plane for one of the lenses which is from 1.5 to 4 times wider than the film plane behind the other lenses. Baffles are used to optically separate the film planes behind the lenses. In a preferred embodiment, the wider film plane is a full frame (e.g., 35 mm) and the other film planes one-half frame. The wider film plane results in a broader field of view of a scene for producing a normal or panorama 2-D print. The multiple images of the scene exposed by the camera can be used for producing a conventional 2-D print.
    • 本发明涉及可用于拍摄三维和二维照片的多镜头相机。 多镜头相机被构造成使得其能够将场景的一系列2-D图像曝光到与相机的镜头数量相对应的照相胶片上。 本发明的多镜头相机具有用于其中一个透镜的胶片平面,比其他透镜后面的胶片平面宽1.5至4倍。 挡板用于光学分离透镜后面的胶片平面。 在优选实施例中,较宽的薄膜平面为全框(例如35mm),另一薄膜平面为半帧。 更广泛的电影平面导致用于产生正常或全景2D打印的场景的更广泛的视野。 由相机曝光的场景的多个图像可用于产生常规的2-D打印。
    • 4. 发明授权
    • 3D photographic printer with a chemical processor
    • 具有化学处理器的3D摄影打印机
    • US5657111A
    • 1997-08-12
    • US409358
    • 1995-03-23
    • Allen K. Wah Lo
    • Allen K. Wah Lo
    • G03B35/00G02B27/22G03B27/32G03B35/14G03B35/24G06K15/12H04N1/23
    • G02B27/2214G03B27/32G03B35/14G03B35/24G06K15/1295H04N1/00201H04N1/23
    • A 3D printer that has a chemical processor in-line with the printer. The preferred printer is a single-stage printer that uses two video cameras with different magnification powers for acquiring images from 2D negatives for editing and key subject alignment. One video camera takes full view image for key subject selection and picture cropping, the other video camera which is used for acquiring image data for key subject alignment sees only an enlarged section of the image around the key subject. The single-stage printer uses an automated image matching algorithm to find the relative location of the key subject in each negative frame. The single-stage printer also includes a chemical processor so that photo processing can be part of an in-line printing process.
    • 具有与打印机一致的化学处理器的3D打印机。 优选的打印机是使用具有不同放大倍数的两个摄像机的单级打印机,用于从用于编辑和主题对准的2D底片获取图像。 一个摄像机拍摄用于主题选择和图像裁剪的完整视图图像,用于获取关键对象对准图像数据的另一摄像机只能看到围绕主体的图像的放大部分。 单级打印机使用自动图像匹配算法来查找每个负帧中的关键对象的相对位置。 单级打印机还包括化学处理器,使得照片处理可以是在线印刷过程的一部分。
    • 8. 发明授权
    • Lenticular screen for outdoor display
    • 户外显示屏
    • US4766684A
    • 1988-08-30
    • US37012
    • 1987-04-10
    • Allen K. Wah Lo
    • Allen K. Wah Lo
    • G09F19/14G03B25/02
    • G09F19/14
    • A lenticular screen display designed for viewing in sunlight which comprises an array of parallel, horizontally arranged cylindrical lenticules with a sequence of animated images on a section located in the top portion of the focal plane of the lenticules, and means for preventing the sun's rays from focusing on the focal plane of the lenticules so as to prevent burning the image bearing sections. The means for preventing the sun's rays from focusing on the image bearing section can be diffusers or reflectors located in the lenticule at the appropriate position. Another means is to alter the focal length of the lower portion of the lenticules so it is either less or greater than the focal length of the top portion. A further means is to make the top portion of the front surface of the lenticule flat.
    • 一种设计用于在阳光下观察的透镜屏幕显示器,其包括平行的,水平布置的圆柱形微透镜阵列,其具有在位于微透镜的焦平面的顶部的部分上的一系列动画图像,以及用于防止太阳光线 专注于微透镜的焦平面,以防止图像承载部分燃烧。 用于防止太阳光线聚焦在图像承载部分上的装置可以是在适当位置处位于微透镜中的扩散器或反射器。 另一种方法是改变微透镜下部的焦距,使其小于或大于顶部的焦距。 另一种手段是使微透镜前表面的顶部平坦。