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    • 1. 发明申请
    • ILLUMINATION ASSEMBLIES COMPRISING LIGHT BARS
    • 包含灯条的照明组件
    • WO2008045364A3
    • 2008-07-03
    • PCT/US2007021460
    • 2007-10-05
    • QUALCOMM MEMS TECHNOLOGIES INCHOLMAN ROBERT LSAMPSELL MATTGRUHLKE RUSSELL WAYNEMIENKO MAREKXU GANGBITA ION
    • HOLMAN ROBERT LSAMPSELL MATTGRUHLKE RUSSELL WAYNEMIENKO MAREKXU GANGBITA ION
    • G02B6/00F21V8/00
    • G02B6/0028G02B6/003G02B6/0031G02B6/0038G02B6/0055G02B6/0061
    • An illumination apparatus includes a light bar, turning microstructure disposed on a first side of the light bar, and a light guide panel disposed with respect to a second opposite side of the light bar. The light bar has a first end for receiving light from a light source. The light bar includes material that supports propagation of the light along the length of the light bar. The turning microstructure is configured to turn at least a substantial portion of the light incident on the first side and to direct the portion of light out the second opposite side of the light bar. A parameter of the turning microstructure changes with distance from the first end of the light bar. The light bar has a turning efficiency that determines the amount of light turned out of the light bar compared to the amount of light that continues to be guided within the light bar. The turning efficiency increases with distance from the first end of the light bar. The light guide panel is configured to receive light turned by the turning microstructure and directed out of the second opposite side of the light bar.
    • 一种照明设备包括灯条,设置在灯条的第一侧上的转向微结构,以及关于灯条的第二相对侧设置的光导面板。 灯条具有用于接收来自光源的光的第一端。 灯条包括支持沿灯条长度传播的材料。 转向微结构被配置为转向入射在第一侧上的光的至少大部分,并将光的一部分引导出光杆的第二相反侧。 转向微结构的参数随着距灯条第一端的距离而变化。 灯条具有转向效率,该转向效率决定了与在灯条内继续引导的光量相比,从灯条转出的光量。 转向效率随着距离灯条第一端的距离而增加。 导光板被配置为接收由转向微结构转向并且从光导棒的第二相反侧导出的光。
    • 3. 发明申请
    • DISTRIBUTED ILLUMINATION SYSTEM
    • 分布式照明系统
    • WO2010042216A2
    • 2010-04-15
    • PCT/US2009/005555
    • 2009-10-08
    • DIGITAL OPTICS INTERNATIONAL, LLCHOLMAN, Robert L.SAMPSELL, Matthew B.SAMPSELL, Jeffrey B.
    • HOLMAN, Robert L.SAMPSELL, Matthew B.SAMPSELL, Jeffrey B.
    • F21V17/00H05B37/00
    • H05B37/029E04B9/32F21S2/00F21S8/026F21V21/002F21V29/74F21V33/006F21Y2113/00F21Y2115/10
    • The present invention introduces a new class of lightweight tile-based illumination systems for uses wherein thin directionally-illuminating light distributing engines are embedded into the body of otherwise standard building materials like conventional ceiling tiles along with associated means of electrical control and electrical power interconnection. As a new class of composite light emitting ceiling materials, the present invention enables a lighter weight more flexibly distributed overhead lighting system alternatives for commercial office buildings and residential housing without changing the existing materials. One or more spot lighting, task lighting, flood lighting and wall washing elements having cross-sectional thickness matched to that of the building material or tile into which they are embedded, are contained and interconnected within the material body's cross-section. Embedded power control devices interconnected to each lighting element in the distributed system communicate with a central switching center that thereby controls each light-emitting element in the system.
    • 本发明引入了一类新的基于轻质瓦片的照明系统,其用于其中将薄的定向照明光分布引擎与相关联的装置一起嵌入到其他标准建筑材料的主体中,如常规天花板瓦片 电气控制和电力互联。 作为一类新型的复合发光天花板材料,本发明使商用办公大楼和住宅房屋的轻便重量更灵活地分布在高架照明系统替代品上而无需改变现有材料。 横截面厚度与嵌入其中的建筑材料或瓷砖的横截面厚度相匹配的一个或多个点照明,工作照明,泛光照明和墙壁清洗元件被容纳并相互连接在材料主体的横截面内。 与分布式系统中的每个照明元件互连的嵌入式功率控制设备与中央交换中心通信,由此控制系统中的每个发光元件。
    • 4. 发明申请
    • ILLUMINATION ASSEMBLIES COMPRISING LIGHT BARS
    • 包含灯条的照明装置
    • WO2008045364A2
    • 2008-04-17
    • PCT/US2007/021460
    • 2007-10-05
    • QUALCOMM MEMS TECHNOLOGIES, INC.HOLMAN, Robert, L.SAMPSELL, MattGRUHLKE, Russell, WayneMIENKO, MarekXU, GangBITA, Ion
    • HOLMAN, Robert, L.SAMPSELL, MattGRUHLKE, Russell, WayneMIENKO, MarekXU, GangBITA, Ion
    • G02B6/0028G02B6/003G02B6/0031G02B6/0038G02B6/0055G02B6/0061
    • An illumination apparatus includes a light bar, turning microstructure disposed on a first side of the light bar, and a light guide panel disposed with respect to a second opposite side of the light bar. The light bar has a first end for receiving light from a light source. The light bar includes material that supports propagation of the light along the length of the light bar. The turning microstructure is configured to turn at least a substantial portion of the light incident on the first side and to direct the portion of light out the second opposite side of the light bar. A parameter of the turning microstructure changes with distance from the first end of the light bar. The light bar has a turning efficiency that determines the amount of light turned out of the light bar compared to the amount of light that continues to be guided within the light bar. The turning efficiency increases with distance from the first end of the light bar. The light guide panel is configured to receive light turned by the turning microstructure and directed out of the second opposite side of the light bar.
    • 一种照明装置,包括:光棒,设置在所述光棒的第一侧上的转动微结构;以及相对于所述光棒的第二相对侧设置的导光板。 灯条具有用于接收来自光源的光的第一端。 灯条包括支持沿着光条的长度传播光的材料。 转向微结构构造成使入射在第一侧上的光的至少大部分转动并将光的一部分引导到光棒的第二相对侧。 转向微结构的参数随着距离光条第一端的距离而变化。 光棒具有与在光条中继续引导的光量相比确定从光棒转出的光量的转向效率。 转向效率随着距离灯条第一端的距离而增加。 导光板被配置为接收由转向微结构转动的光并被引导出光棒的第二相对侧。
    • 5. 发明申请
    • THIN ILLUMINATION SYSTEM
    • 薄照明系统
    • WO2009099547A2
    • 2009-08-13
    • PCT/US2009000575
    • 2009-01-29
    • DIGITAL OPTICS INTERNATIONAL LHOLMAN ROBERT LSAMPSELL MATTHEW B
    • HOLMAN ROBERT LSAMPSELL MATTHEW B
    • G02F1/13357F21V8/00G02F1/133
    • G02B6/0035F21K9/23F21K9/61F21S8/04F21V29/70F21V29/80F21V2200/20F21W2131/10F21Y2105/00F21Y2115/10G02B6/0011G02B6/0023G02B6/0028G02B6/0031G02B6/0046G02B6/0051G02B6/0053G02B6/0078G02B6/0083G02B6/0085
    • The present invention introduces a new class of thin doubly collimating light distributing engines for use in a variety of general lighting applications, especially those benefiting from thinness. Output illumination from these slim-profile illumination systems whether square, rectangular or circular in physical aperture shape is directional, square, rectangular or circular in beam cross-section, and spatially uniform and sharply cutoff outside the system's adjustable far-field angular cone. Field coverage extends from +/-5- to +/-60-degrees and more in each meridian, including all asymmetric combinations in between, both by internal design, by addition of angle spreading film sheets, and angular tilts. Engine brightness is held to safe levels by expanding the size of the engine's output-aperture without sacrifice in the directionality of illumination. One form of the present invention has a single input light emitter, a square output aperture and the capacity to supply hundreds of lumens per engine. A second multi-segment form of the invention deploys one light emitter in each engine segment, so that total output lumens is determined by the number of segments. Both types of thin light distributing engines provide input light collimated in one meridian and a light distributing element that maintains input collimation while collimating output light in the un-collimated orthogonal meridian, in such a manner that the system's far-field output light is collimated in both its orthogonal output meridians. The present invention also includes especially structured optical films that process the engine's doubly collimated output illumination so as to increase its angular extent one or both output meridians without changing beam shape or uniformity.
    • 本发明引入了一类新的用于各种普通照明应用的薄型双准直光分布引擎,特别是那些从薄型化中受益的照明应用。 这些薄型照明系统的输出照明无论是正方形,矩形还是圆形的物理孔径形状,在光束横截面中都是方向,正方形,矩形或圆形,并且在系统的可调远场角锥外部空间均匀和锐截止。 现场覆盖范围从每个子午线+/- 5到+/- 60度以及更多,包括所有不对称组合,包括内部设计,增加角度铺展薄膜板和角度倾斜。 通过扩大发动机输出孔径的大小而不牺牲照明的方向性,将发动机的亮度保持在安全水平。 本发明的一种形式具有单个输入光发射器,方形输出孔径和每个发动机提供数百流明的能力。 本发明的第二多段形式在每个发动机段中布置一个光发射器,使得总输出流明由段的数量确定。 两种类型的薄型光分布引擎提供了在一条子午线中准直的输入光和一个维持输入准直,同时准直未准直的正交子午线中的输出光的光分布元件,以这种方式系统的远场输出光被准直 它的正交输出子午线。 本发明还包括处理发动机的双准直输出照明的特别结构化光学膜,以便增加其一个或两个输出子午线的角度范围而不改变光束形状或均匀性。
    • 9. 发明申请
    • DISTRIBUTED ILLUMINATION SYSTEM
    • 分布式照明系统
    • WO2010042216A3
    • 2010-08-12
    • PCT/US2009005555
    • 2009-10-08
    • DIGITAL OPTICS INTERNATIONAL LHOLMAN ROBERT LSAMPSELL MATTHEW BSAMPSELL JEFFREY B
    • HOLMAN ROBERT LSAMPSELL MATTHEW BSAMPSELL JEFFREY B
    • F21V17/00H05B37/00
    • H05B37/029E04B9/32F21S2/00F21S8/026F21V21/002F21V29/004F21V29/74F21V33/006F21Y2113/00F21Y2115/10
    • The present invention introduces a new class of lightweight tile-based illumination systems for uses wherein thin directionally-illuminating light distributing engines are embedded into the body of otherwise standard building materials like conventional ceiling tiles along with associated means of electrical control and electrical power interconnection. As a new class of composite light emitting ceiling materials, the present invention enables a lighter weight more flexibly distributed overhead lighting system alternatives for commercial office buildings and residential housing without changing the existing materials. One or more spot lighting, task lighting, flood lighting and wall washing elements having cross-sectional thickness matched to that of the building material or tile into which they are embedded, are contained and interconnected within the material body's cross-section. Embedded power control devices interconnected to each lighting element in the distributed system communicate with a central switching center that thereby controls each light-emitting element in the system.
    • 本发明引入了一类新的基于轻量级瓦的照明系统,其中薄定向照明光分布引擎与常规天花板瓦片一起嵌入其他标准建筑材料的主体以及相关联的电气控制和电力互连装置。 作为一类新型的复合发光天花板材料,本发明能够在不改变现有材料的情况下实现商业办公楼和住宅的更轻重量更灵活的分布式架空照明系统。 具有与其嵌入的建筑材料或瓦片的横截面厚度匹配的横截面厚度的一个或多个点光源,任务照明,泛光照明和洗墙元件在材料体的横截面内被包含并互连。 与分布式系统中的每个照明元件互连的嵌入式功率控制装置与中央交换中心通信,从而控制系统中的每个发光元件。