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    • 22. 发明授权
    • Optical coupling assembly for use with a high brightness light source
    • 用于高亮度光源的光耦合组件
    • US5367590A
    • 1994-11-22
    • US193626
    • 1994-02-08
    • John M. DavenportRichard L. Hansler
    • John M. DavenportRichard L. Hansler
    • G02B6/00F21V8/00G02B6/42G02B27/00G02B6/26
    • G02B6/0006G02B6/4298Y10S385/90Y10S385/901
    • An optical coupling assembly is useful for coupling a source of light, having high brightness and focussed at a focal plane, to a plurality of optical light conductors. The coupling assembly includes a light transmissive elongated segmented rod-shaped coupling member formed of a plurality of longitudinal sections and a retainer member for holding the longitudinal sections together in an assembled relationship. The coupling member has a central longitudinal axis and at an input end is disposed at the focal plane of the light source, while at an output end is disposed against leading ends of the plurality of optical light conductors. Each longitudinal section of the coupling member has a plurality of spaced longitudinal surfaces capable of internally reflecting light traveling within the longitudinal section. The retainer member is a hollow sleeve which holds the longitudinal sections together in the nested relationship with one another such that some of the longitudinal surfaces of the longitudinal sections define an external circumferential surface of the coupling member whereas others of the longitudinal surfaces of the longitudinal sections define a plurality of internal surfaces within the coupling member which extend from the external circumferential surface to the central longitudinal axis thereof.
    • 光耦合组件可用于将具有高亮度并聚焦在焦平面上的光源耦合到多个光导体。 联接组件包括由多个纵向部分形成的透光细长分段杆状联接部件和用于将组装关系保持在纵向部分的保持器部件。 联接构件具有中心纵向轴线,并且输入端设置在光源的焦平面处,而在输出端设置成抵靠多个光导体的前端。 联接构件的每个纵向部分具有能够内部反射在纵向部分内行进的光的多个间隔开的纵向表面。 保持构件是中空的套筒,其将纵向部分彼此保持在一起,使得纵向部分的一些纵向表面限定了联接构件的外周表面,而纵向部分的纵向表面中的另一些 限定联接构件内的从外周表面延伸到其中心纵向轴线的多个内表面。
    • 28. 发明授权
    • Compact optical coupling systems
    • 紧凑型光耦合系统
    • US5692091A
    • 1997-11-25
    • US530916
    • 1995-09-20
    • William J. CassarlyJohn M. DavenportRichard L. Hansler
    • William J. CassarlyJohn M. DavenportRichard L. Hansler
    • G02B6/26G02B6/28G02B6/32G02B6/42G02B6/24
    • G02B6/4298G02B6/2808Y10S385/901
    • A compact optical coupling member is useful for coupling non-coherent light from a source of light to a light distribution harness. The coupling member includes an elongated light transmissive body having a central longitudinal axis, an inlet end for receiving light from the light source, and an outlet end for providing light to a leading end of a light distribution harness. The elongated body has a polygonal cross-sectional shape for providing increased light mixing of the non-coherent light. The polygonal shape of the elongated body increases in size from a first cross-sectional area at the inlet end to an enlarged cross-sectional area at the outlet end for reducing, with respect to the longitudinal axis, the maximum angle of light passed through the outlet end relative to the maximum angle of light received through the inlet end. A pair of compact optical coupling members of the foregoing type may be used for coupling non-coherent light from first and second sides of the source of light to respective first and second light distribution harnesses. A compact, folded optical system may be realized by making the polygonal shape of a an elongated body of an optical coupling member trapezoidal; and using a plano-convex lens as part of the light distribution harness. The plano-convex lens has a convex surface through which light is received from the coupling member, and a mirrored, planar surface confronting the coupling member and being for reflecting light at an angle that causes the light to substantially miss the coupler.
    • 紧凑的光耦合元件用于将来自光源的非相干光耦合到配光线束。 联接构件包括具有中心纵向轴线的细长光透射体,用于接收来自光源的光的入口端和用于向配光线束的前端提供光的出口端。 细长体具有多边形横截面形状,用于提供非相干光的增加的光混合。 细长体的多边形形状从入口端的第一横截面面积增大到出口端处的扩大横截面面积,用于相对于纵向轴线减小通过 出口端相对于通过入口端接收的最大光角。 上述类型的一对紧凑型光耦合元件可用于将来自光源的第一和第二侧的非相干光耦合到相应的第一和第二配光束。 可以通过使光耦合构件的细长主体的多边形形状梯形来实现紧凑折叠的光学系统; 并使用平凸透镜作为配光线束的一部分。 平凸透镜具有凸出表面,光从接合构件接收,并且与镜面相对的耦合构件的平面表面,用于以使得光基本上错过耦合器的角度反射光。
    • 29. 发明授权
    • High efficiency dual output light source
    • 高效双输出光源
    • US5567031A
    • 1996-10-22
    • US139378
    • 1993-10-20
    • John M. DavenportRichard L. HanslerWilliam J. Cassarly
    • John M. DavenportRichard L. HanslerWilliam J. Cassarly
    • F21V7/08F21V8/00G02B6/00G02B6/42G02B27/00
    • G02B6/4298G02B6/0006
    • A centralized lighting system is provided having a high intensity light source which is disposed at approximately the first optical focal point of an ellipsoidally shaped reflector member. A mirror member, disposed in advance of a second optical focal point associated with the reflector member, receives light output from the light source and is constructed so as to divide the light output into at least first and second beam portions. The mirror member is further effective so as to separate the first and second beam portions by at least 90 degrees relative to one another. Corresponding at least first and second optical transmission members are receptive of the first and second beam portions and are effective for communicating the light output to locations remote from the light source. In one embodiment, the mirror member is V-shaped and is constructed of first and second mirror segments joined together so as to form an angle of less than about 85 degrees therebetween. The mirror member is effective for dividing the beam portions so that such beam portions are substantially equivalent to one another in terms of intensity, shape and color. The V-shaped mirror member is further effective for separating the first and second beam portions by approximately 180 degrees relative to one another.
    • 提供了具有高强度光源的集中照明系统,其设置在椭圆形反射器构件的大致第一光学焦点处。 设置在与反射构件相关联的第二光焦点之前的镜构件接收从光源输出的光,并被构造成将光输出分成至少第一和第二光束部分。 镜构件进一步有效,以便将第一和第二光束部分相对于彼此分开至少90度。 对应的至少第一和第二光学传输构件接收第一和第二光束部分,并且有效地将光输出传送到远离光源的位置。 在一个实施例中,镜构件是V形的,并且由连接在一起的第一和第二镜子段构成,以便在其间形成小于约85度的角度。 镜构件对于分割光束部分是有效的,使得这些光束部分在强度,形状和颜色方面基本相等。 V形镜构件对于将第一和第二光束部分相对于彼此分离大约180度是更有效的。