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    • 1. 发明公开
    • Optical coupling systems with bend
    • Optische Kopplungssysteme mit Umlenkung
    • EP0764861A3
    • 1999-09-22
    • EP96306878.8
    • 1996-09-20
    • GENERAL ELECTRIC COMPANY
    • Allen, Gary RobertCassarly, William JamesDavenport, John MartinHansler, Richard Lowell
    • G02B6/28G02B6/42G03B21/00
    • G02B6/2808G02B6/262G02B6/2817G02B6/4298G02B2006/12119
    • Disclosed are optical couplers (10) and optical coupling systems for coupling a source of non-coherent light to a light distribution harness, wherein the couplers are polygonal in cross section to increase light mixing. The couplers have inlet (12) and outlet (14) arms and an intermediate bend region (16A) configured to achieve compactness and minimal light loss through the bend region. In one embodiment, the bend region is an integral part of the coupler, with the inlet arm having a different cross-sectional dimension (12A) from the outlet arm (14A) in such manner that substantially all light (30) directed from the inlet portion (12) to the bend portion (16A) reaches (31,32) the outlet arm portion (14), and light rays parallel to the inlet axis are reflected in the bend portion to be directed substantially parallel to the outlet axis. In a second embodiment, the bend region comprises a prism having a pair of parallel spaced surfaces, and inlet, outlet, and third surfaces that are non-parallel to the spaced surfaces. The inlet arm projects from the inlet surface, and the outlet arm projects from the outlet surface. One of the inlet and outlet surfaces forms a first interface with a first material having an index of refraction different from that of the prism, so that light rays within the prism totally internally reflect from the first interface.
    • 公开了用于将非相干光源耦合到配光线束的光耦合器(10)和光耦合系统,其中耦合器是多边形的横截面以增加光混合。 耦合器具有入口(12)和出口(14)臂和中间弯曲区域(16A),其被配置成实现通过弯曲区域的致密度和最小的光损失。 在一个实施例中,弯曲区域是耦合器的整体部分,其中入口臂具有与出口臂(14A)不同的横截面尺寸(12A),使得基本上所有的光(30)从入口 部分(12)到弯曲部分(16A)到达出口臂部分(31),并且平行于入口轴线的光线在弯曲部分中被反射以基本上平行于出口轴线。 在第二实施例中,弯曲区域包括具有一对平行隔开的表面的棱镜,以及不平行于间隔开的表面的入口,出口和第三表面。 入口臂从入口表面突出,出口臂从出口表面突出。 入口表面和出口表面中的一个与第一材料形成具有不同于棱镜的折射率的第一界面,使得棱镜内的光线全部从第一界面反射。
    • 7. 发明公开
    • Polygonal-shaped optical coupling member for use with a high brightness light source
    • 多边形横截面为具有高强度光源利用的光学连接部件。
    • EP0562873A1
    • 1993-09-29
    • EP93302357.4
    • 1993-03-26
    • GENERAL ELECTRIC COMPANY
    • Davenport, John MartinHansler, Richard Lowell
    • G02B6/28G02B6/42F21V8/00
    • G02B6/0005G02B6/2808G02B6/4298
    • An optical coupling assembly (12) is useful for coupling a source of light (14), having high brightness and being non-coherent and focussed at a focal plane P, to a plurality of optical light conductors (16). The coupling assembly (12) includes an elongated light transmissive coupling member (24) which has a central longitudinal axis A and is disposed between the focal plane P of the light source (14) and leading ends (16A) of the optical light conductors (16). The elongated coupling member (24) is any one of a limited number of different polygonal cross-sectional shapes. Also, the coupling member (24) can have either a hollow tubular or a solid configuration. The hollow tubular member is coated with a highly reflective material (28A). In one embodiment, the polygonal cross-sectional shape of the coupling member (28) remains constant along the entire axial length of the coupling member (28). In another embodiment, the polygonal cross-sectional shape of the coupling member (28) remains constant at a pair of front (30) and rear (32) end portions and at a middle portion (34) disposed between them and decreases and increases along the axial length of the coupling member at front (36) and rear (38) transitional portions respectively disposed between the front end portion (30) and the middle portion (34) and between the middle portion (34) and the rear end portion (32) of the coupling member. The front (36) and rear (38) transitional portions can vary either linearly or non-linearly along their axial lengths.
    • 的光耦合组件(12)是用于将光耦合(14)的源极,具有高亮度,并且是不连贯和在焦点平面P聚焦到光学光导体(16)的多元有用。 所述联接组件(12)包括在其中具有中心纵向轴线A,并且所述焦平面的光源的光的光导体的P(14)和前端部(16A)(间设置的细长的透光联接构件(24) 16)。 细长联接构件(24)是不同的多边形横截面形状的有限数目的任何一个。 这样,连结部件(24)可以有一个中空的管状或实心结构。 中空管状构件涂覆有高反射材料(28A)。 在一个,所述联接构件(28)的所述多边形实施例的截面形状保持沿整个连结部件(28)的轴向长度上保持恒定。 在另一个实施方案中,联接构件(28)的多边形横截面形状在一对前(30)和后部的保持恒定(32)的端部并在它们和减少和增加之间设置沿的中间部分(34) 在前面(36)和后部结合构件的轴向长度(38)的过渡部分分别的前端部(30)和中间部分(34)之间设置和所述中间部分(34)和后端部(间 联接构件32)。 前面(36)和后部(38)过渡部可以线性或沿着它们的轴向长度的非线性变化要么。
    • 10. 发明公开
    • Improved light source design using ellipsoidal reflector
    • Verbesserte mitellipsoidförmigemReflektorausgerüsteteLichtquelle。
    • EP0501668A2
    • 1992-09-02
    • EP92301360.1
    • 1992-02-19
    • GENERAL ELECTRIC COMPANY
    • Davenport, John MartinFinch, William WalterHansler, Richard Lowell
    • F21M3/05F21V19/00F21V8/00
    • F21V7/0025F21S41/24F21V7/0008
    • An improved light source and reflector arrangement particularly suited for use with a metal halide arc tube (28) wherein the reflector (20) is an ellipsoidal reflector and is disposed in a downward facing direction with the metal halide arc tube (28) being positioned vertically within the reflector (20). The light source and reflector arrangement, when used in an automotive lighting application requiring DC operation, has a thick diameter anode electrode (30) at the lower position and a thinner cathode electrode (32) at the upper position. The metal halide arc tube (28) is secured within the reflector (20) such that only the portion of the arc tube free of the presence of molten metal halide is disposed at the first optical focal point of the reflector.
    • 改进的光源和反射器布置特别适合于与金属卤化物电弧管一起使用,其中反射器是椭圆形反射器并且设置在向下的方向上,金属卤化物电弧管垂直地位于反射器内。 光源和反射器装置在用于需要直流操作的汽车照明应用中时,在较低位置处具有厚直径的阳极电极,在较高位置具有较薄的阴极电极。 金属卤化物电弧管固定在反射器内,使得只有不存在熔融金属卤化物的电弧管的部分设置在反射器的第一光学焦点处。