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    • 1. 发明申请
    • High performance rear-projection screen
    • 高性能背投屏
    • US20060061861A1
    • 2006-03-23
    • US10948094
    • 2004-09-23
    • James MunroPatrick Mullen
    • James MunroPatrick Mullen
    • G03B21/60
    • G03B21/625
    • A rear-projection screen and a method for forming same are provided. The screen can include a substrate including a first side and a second side, apertures disposed on the first side of the substrate, and an opaque layer disposed on the second side of the substrate. In a particular embodiment, the opaque layer includes a plurality of apertures therethrough. A surface relief diffuser can be provided in the substrate at the plurality of apertures. A bulk diffuser can be provided at the plurality of apertures to diffuse the projected image. A cover can be attached to the opaque layer, for example, with an adhesive. An overlayer can be provided on the opaque layer for providing deep apertures that can be filled with bulk diffuser to further diffuse the projected image. The overlayer disposed on the opaque layer can include a light-absorbing material in and/or on the overlayer.
    • 提供了背投屏幕及其形成方法。 屏幕可以包括包括第一侧和第二侧的基板,设置在基板的第一侧上的孔和设置在基板的第二侧上的不透明层。 在特定实施例中,不透明层包括穿过其中的多个孔。 可以在多个孔中的基板中设置表面起伏扩散器。 可以在多个孔处设置散射体以扩散投影图像。 盖可以例如用粘合剂附着到不透明层上。 可以在不透明层上提供覆盖层,以提供可以填充散装扩散器以进一步扩散投影图像的深孔。 设置在不透明层上的覆层可以包括在覆盖层中和/或上的光吸收材料。
    • 2. 发明授权
    • Water distillation apparatus
    • 水蒸馏装置
    • US6113744A
    • 2000-09-05
    • US114652
    • 1998-07-13
    • James Munro
    • James Munro
    • B01D3/42B01D5/00B01D19/00C02F1/04C02F1/20C02F1/48C02F1/78C02F9/00B01D3/02
    • C02F9/005B01D19/00B01D3/42B01D5/0012B01D5/0084C02F1/04C02F1/20C02F1/48C02F1/78
    • A water distillation apparatus includes a degasification chamber having a top and a bottom. A liquid inlet is positioned adjacent to the bottom. A gas outlet is positioned adjacent to the top. A liquid outlet is positioned intermediate the top and the bottom. A float/valve assembly is provided for controlling the level of liquid within the chamber. A boiling chamber is provided having a top and a bottom. A liquid inlet is positioned intermediate the top and the bottom connected by a first transfer conduit to the liquid outlet of the degasification chamber. A steam outlet is positioned adjacent the top. A heating element is disposed within the boiling chamber whereby liquids within the boiling chamber are heated to the boiling point with the resulting steam passing out through the steam outlet. A condensation chamber is provided having a steam inlet and a liquid outlet. The steam inlet is connected by a second transfer conduit to the steam outlet of the boiling chamber.
    • 水蒸馏装置包括具有顶部和底部的脱气室。 液体入口邻近底部定位。 气体出口位于顶部附近。 液体出口位于顶部和底部之间。 提供浮动/阀组件以控制腔室内的液体水平。 提供具有顶部和底部的沸腾室。 液体入口位于通过第一输送管道连接到顶部和底部的中间到脱气室的液体出口之间。 蒸汽出口位于顶部附近。 加热元件设置在沸腾室内,由此沸腾室内的液体被加热至沸点,所得蒸汽通过蒸汽出口排出。 提供具有蒸汽入口和液体出口的冷凝室。 蒸汽入口通过第二传输管道连接到沸腾室的蒸汽出口。
    • 3. 发明授权
    • Water conservation device for use in toilet tanks
    • 用于马桶水箱的节水装置
    • US5341522A
    • 1994-08-30
    • US68892
    • 1993-05-28
    • James Munro
    • James Munro
    • E03D1/14E03D3/12
    • E03D1/14
    • A water conservation device for use in toilet tanks which have a valve movable between an open and a closed position. The valve is connected to a flush linkage which draws the valve to the open position upon activation of a flushing lever. The water conservation device consists of an elongate body having a first end and a second end. The first end of the elongate body is indirectly linked to the valve. The second end of the elongate body is indirectly suspended within the toilet tank, such that the elongate body is disposed at an angle to the valve. As the elongate body pivots, the weight of the elongate body pulls the valve into the closed position.
    • 一种用于马桶水箱的节水装置,其具有可在打开和关闭位置之间移动的阀。 阀被连接到冲洗杆,当冲洗杆被启动时,该联动装置将阀吸入打开位置。 节水装置由具有第一端和第二端的细长体构成。 细长体的第一端间接地连接到阀。 细长体的第二端被间接地悬挂在马桶水箱内,使得细长体与阀门成角度设置。 当细长主体枢转时,细长主体的重量将阀拉入关闭位置。
    • 4. 发明申请
    • Collimating microlens array
    • 准直微透镜阵列
    • US20070002452A1
    • 2007-01-04
    • US11478566
    • 2006-06-29
    • James Munro
    • James Munro
    • G02B27/10
    • G02B3/0025B29D11/00278G02B3/0056G02B6/0053G02B27/0961G02B27/30G02F1/133605G02F2001/133607G03B21/625G09G3/3406
    • A collimating sheet, for use with a backlit display and the like, that includes a substrate, a plurality of microlenses on the output side of the substrate, a specularly reflective layer on the side of the substrate opposite the microlenses, and a plurality of apertures in the reflective layer in direct correspondence to the microlenses of the lens array. The specularly reflective layer can be relatively thinner than a diffuse reflective layer, which allows light to pass through the more readily. One or more layers of dielectric can be placed on top of one or more reflective material layers to further improves overall reflectivity. Apertures are preferably made in the light-absorptive and reflective layers with a laser ablation process wherein laser light illuminates the output side of the film. The laser light is brought to a focus by the lenslets of the lens array onto the light-absorptive layer, which then ablates a hole or aperture into the light-absorptive and reflective layer. In this way, the apertures are self-aligned with the lenslets.
    • 一种用于背光显示器等的准直片,其包括衬底,在衬底的输出侧上的多个微透镜,与微透镜相对的衬底侧上的镜面反射层,以及多个孔 在与透镜阵列的微透镜直接对应的反射层中。 镜面反射层可以比漫反射层相对薄,这使得光更容易通过。 可以在一个或多个反射材料层的顶部上放置一层或多层电介质,以进一步提高整体反射率。 孔径优选地通过激光烧蚀工艺在光吸收和反射层中制成,其中激光照射膜的输出侧。 通过透镜阵列的小透镜将激光聚焦到光吸收层上,然后该光吸收层将孔或孔切割成光吸收和反射层。 以这种方式,孔与小透镜自对准。
    • 5. 发明授权
    • Computer-implemented platform for automated fluorescence imaging and kinetic analysis
    • 计算机实现的自动荧光成像和动力学分析平台
    • US09501822B2
    • 2016-11-22
    • US13982401
    • 2012-01-27
    • Scott BlanchardDaniel TerryJames MunroPeter Geggier
    • Scott BlanchardDaniel TerryJames MunroPeter Geggier
    • G06K9/00G06T7/00G01N21/64
    • G06T7/0012G01N21/6408G01N21/6456G01N2021/6441
    • Automatically selecting time traces from a fluorescence experiment, in one aspect, may include capturing results of the fluorescence experiment in a moving image; localizing sources of fluorescence in the moving image; producing time traces of each fluorescent source by monitoring fluorescence intensity of said localized sources in the moving image over time; removing unuseful time traces from said produced time traces; and selecting useful time traces from said produced time traces based on one or more defined criteria. FRET traces from selected time traces may be further calculated and analyzed. A unified computer-implemented platform in one aspect may include tools to locate single molecules, extract traces, classify smFRET traces according to adjustable parameters, and quantify the kinetic parameters of FRET transitions using analytical procedures such as Hidden Markov Modeling (HMM) procedures.
    • 在一个方面,从荧光实验自动选择时间迹线可以包括在运动图像中捕获荧光实验的结果; 在运动图像中定位荧光源; 通过随时间监测运动图像中的所述局部源的荧光强度来产生每个荧光源的时间轨迹; 从所述生成的时间痕迹中去除无用的时间痕迹; 以及基于一个或多个确定的标准从所述产生的时间迹线中选择有用的时间迹线。 可以进一步计算和分析来自选定时间轨迹的FRET轨迹。 在一个方面,统一的计算机实现的平台可以包括用于定位单分子的工具,提取痕迹,根据可调参数分类smFRET迹线,以及使用诸如隐马尔可夫模型(HMM)程序之类的分析程序量化FRET转变的动力学参数。
    • 6. 发明申请
    • COMPUTER-IMPLEMENTED PLATFORM FOR AUTOMATED FLUORESCENCE IMAGING AND KINETIC ANALYSIS
    • 用于自动荧光成像和动力学分析的计算机实现平台
    • US20130308842A1
    • 2013-11-21
    • US13982401
    • 2012-01-27
    • Scott BlanchardDaniel TerryJames MunroPeter Geggier
    • Scott BlanchardDaniel TerryJames MunroPeter Geggier
    • G06T7/00
    • G06T7/0012G01N21/6408G01N21/6456G01N2021/6441
    • Automatically selecting time traces from a fluorescence experiment, in one aspect, may include capturing results of the fluorescence experiment in a moving image; localizing sources of fluorescence in the moving image; producing time traces of each fluorescent source by monitoring fluorescence intensity of said localized sources in the moving image over time; removing unuseful time traces from said produced time traces; and selecting useful time traces from said produced time traces based on one or more defined criteria. FRET traces from selected time traces may be further calculated and analyzed. A unified computer-implemented platform in one aspect may include tools to locate single molecules, extract traces, classify smFRET traces according to adjustable parameters, and quantify the kinetic parameters of FRET transitions using analytical procedures such as Hidden Markov Modeling (HMM) procedures.
    • 在一个方面,从荧光实验自动选择时间迹线可以包括在运动图像中捕获荧光实验的结果; 在运动图像中定位荧光源; 通过随时间监测运动图像中的所述局部源的荧光强度来产生每个荧光源的时间轨迹; 从所述生成的时间痕迹中去除无用的时间痕迹; 以及基于一个或多个确定的标准从所述产生的时间迹线中选择有用的时间迹线。 可以进一步计算和分析来自选定时间轨迹的FRET轨迹。 在一个方面,统一的计算机实现的平台可以包括用于定位单分子的工具,提取痕迹,根据可调参数分类smFRET迹线,以及使用诸如隐马尔可夫模型(HMM)程序之类的分析程序量化FRET转变的动力学参数。
    • 7. 发明申请
    • Method and apparatus for aperture sculpting in a microlens array film
    • 微透镜阵列膜中孔径雕刻的方法和装置
    • US20070002453A1
    • 2007-01-04
    • US11478567
    • 2006-06-29
    • James Munro
    • James Munro
    • G02B27/10
    • G02B3/0025B29D11/00278G02B3/0056G02B6/0053G02B27/0961G02B27/30G02F1/133605G02F2001/133607G03B21/625G09G3/3406
    • A collimating sheet, for use with a backlit display and the like, that includes a substrate, a plurality of microlenses on the output side of the substrate, a specularly reflective layer on the side of the substrate opposite the microlenses, and a plurality of apertures in the reflective layer in direct correspondence to the microlenses of the lens array. The specularly reflective layer can be relatively thinner than a diffuse reflective layer, which allows light to pass through the more readily. One or more layers of dielectric can be placed on top of one or more reflective material layers to further improves overall reflectivity. Apertures are preferably made in the light-absorptive and reflective layers with a laser ablation process wherein laser light illuminates the output side of the film. The laser light is brought to a focus by the lenslets of the lens array onto the light-absorptive layer, which then ablates a hole or aperture into the light-absorptive and reflective layer. In this way, the apertures are self-aligned with the lenslets.
    • 一种用于背光显示器等的准直片,其包括衬底,在衬底的输出侧上的多个微透镜,与微透镜相对的衬底侧上的镜面反射层,以及多个孔 在与透镜阵列的微透镜直接对应的反射层中。 镜面反射层可以比漫反射层相对薄,这使得光更容易通过。 可以在一个或多个反射材料层的顶部上放置一层或多层电介质,以进一步提高整体反射率。 孔径优选地通过激光烧蚀工艺在光吸收和反射层中制成,其中激光照射膜的输出侧。 通过透镜阵列的小透镜将激光聚焦到光吸收层上,然后该光吸收层将孔或孔切割成光吸收和反射层。 以这种方式,孔与小透镜自对准。