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    • 3. 发明授权
    • Optical coupler
    • 光耦合器
    • US5389578A
    • 1995-02-14
    • US178174
    • 1994-01-04
    • Lester L. HodsonKirk S. Laney
    • Lester L. HodsonKirk S. Laney
    • G02B6/42H01L21/60
    • G02B6/4295H01L2224/48091H01L2224/48247
    • An optical coupler (10) and method of manufacturing the optical coupler (10) are disclosed. The optical coupler (10) includes a light emitter (12), a light detector (18, 22), an inner mold material (30), and a precision reflector (32) for efficiently reflecting light from the emitter (12) to the light detector (18, 22). In manufacturing the coupler (10), the light emitter (12) is coupled to a first mount lead (14) and the light detector (18) is coupled to a second mount lead (20). There may be more than one light emitter (12) or light detector (18,22). A transparent inner mold material (30) surrounds and encases the light emitter (12) and light detector (18) along with a portion of the first and second mount leads (14, 20) and forms a precision molded reflector (32) over the light emitter (12) and light detector (18). The precision molded reflector (32) may be a precision molded dome (38) or a precision molded multifaceted vault (44). The precision molded reflector (32) has a reflective coating (34) for returning light from the light emitter (12) to the light detector (18, 22). The light emitter (12), light detector (18, 22), a portion of the mount leads (14, 20), and the inner mold material (30) are encased by an opaque overmold (36).
    • 公开了一种光耦合器(10)和制造光耦合器(10)的方法。 光耦合器(10)包括光发射器(12),光检测器(18,22),内模材料(30)和精确反射器(32),用于有效地将来自发射器(12)的光反射到 光检测器(18,22)。 在制造耦合器(10)时,光发射器(12)耦合到第一安装引线(14),光检测器(18)耦合到第二安装引线(20)。 可能有多于一个的光发射器(12)或光检测器(18,22)。 透明内模材料(30)围绕并包围光发射器(12)和光检测器(18)以及第一和第二安装引线(14,20)的一部分,并在其上形成精密模制反射器(32) 光发射器(12)和光检测器(18)。 精密模制反射器(32)可以是精密模制圆顶(38)或精密模压多面体拱顶(44)。 精密模制反射器(32)具有用于将来自光发射器(12)的光返回到光检测器(18,22)的反射涂层(34)。 光发射器(12),光检测器(18,22),安装引线(14,20)的一部分和内模具材料(30)被不透明的包覆模制(36)封装。
    • 4. 发明授权
    • Video memory device for color-sequential-type displays
    • 用于彩色顺序型显示器的视频存储设备
    • US5710604A
    • 1998-01-20
    • US599568
    • 1996-02-09
    • Lester L. HodsonUlrich SkowronekCharles E. Primm
    • Lester L. HodsonUlrich SkowronekCharles E. Primm
    • H04N5/907
    • H04N5/907
    • A field emission device (10) includes a video memory device (12) that receives video data in parallel for each of three colors red, green, and blue. The video memory device (12) provides the video data in color sequential manner to a controller (14). The controller (14) provides appropriate control and data signals in response to the video data to drive a field emission device display (22). The video memory device has a first storage area (30) for a first color (red), a second storage area (32) for a second color (green), and a third storage area for a third color (blue). The second storage area (32) has capacity to store all of the second color of a frame, the first storage area (30) is two-thirds the size of the second storage area (32), and the third storage area (34) is one-third larger than the second storage area (32). The different sizes of the respective storage areas allows for 100% use of memory space without waste. Simultaneous writing into and reading from each storage area is performed in such a manner as to not lose any of the video data.
    • 场致发射装置(10)包括:对于红色,绿色和蓝色三种颜色中的每一种并行地接收视频数据的视频存储装置(12)。 视频存储设备(12)以彩色顺序的方式将视频数据提供给控制器(14)。 控制器(14)响应于视频数据提供适当的控制和数据信号以驱动场致发射设备显示(22)。 视频存储装置具有用于第一颜色(红色)的第一存储区域(30),用于第二颜色(绿色)的第二存储区域(32)和用于第三颜色(蓝色))的第三存储区域。 第二存储区域32具有存储帧的所有第二颜色的能力,第一存储区域30是第二存储区域32的大小的三分之二,第三存储区域34, 比第二存储区域(32)大三分之一。 各个存储区域的不同大小允许100%的使用内存空间而不浪费。 以不会丢失任何视频数据的方式执行从每个存储区域的同时写入和读取。
    • 6. 发明授权
    • Multimedia field emission device portable projector
    • 多媒体场致发射装置便携式投影机
    • US5521660A
    • 1996-05-28
    • US460376
    • 1995-06-02
    • Lester L. HodsonCharles E. PrimmKenneth G. Vickers
    • Lester L. HodsonCharles E. PrimmKenneth G. Vickers
    • G03B21/132G03B21/00
    • G03B21/132
    • A field emission display panel 20, 80, and 90 is used as a projection system. Display panel 90 can be used as a stand-alone projector. Alternatively, display panel 20 can be placed on a base 10 of a standard overhead projection system 60 and the image can be projected by a lens 50 onto a surface separated from display 20. In yet another embodiment, a lens system 70 can be attached to display panel 80 to project the image on a surface separated from display 80. Display panels 20, 80, and 90 operate at a increased luminance to facilitate projection of the images displayed on the panels. The use of FED display panels 20, 80, and 90 facilitates a projection system which has low power consumption, is portable, and interfaces to a computer.
    • 场致发射显示面板20,80和90用作投影系统。 显示面板90可以用作独立投影机。 或者,显示面板20可以放置在标准架空投影系统60的基座10上,并且图像可以由透镜50投影到与显示器20分离的表面上。在另一个实施例中,透镜系统70可以附接到 显示面板80将图像投影在与显示器80分离的表面上。显示面板20,80和90以增加的亮度操作,以便于显示在面板上的图像的投影。 使用FED显示面板20,80和90便于具有低功耗,便携式以及与计算机的接口的投影系统。