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    • 22. 发明授权
    • Polarized UV exposure system
    • 极化UV曝光系统
    • US07413317B2
    • 2008-08-19
    • US10858998
    • 2004-06-02
    • Jeffrey L. SolomonMichael C. LeaRichard C. Allen
    • Jeffrey L. SolomonMichael C. LeaRichard C. Allen
    • F21V9/14
    • G02B5/3066G02F1/133788
    • A light exposure system is used to expose an alignment layer formed of anistropically absorbing molecules so as to allow alignment of subsequently applied liquid crystal polymer (LCP) molecules. The light incident on the alignment layer is polarized. When a single polarizer is used, the azimuthal polarization direction varies across the substrate carrying the alignment layer. Various approaches to reducing the azimuthal polarization variation may be adopted, including the introduction of various types of polarization rotation reduction element and in selecting an appropriate tilt angle for the light source. Furthermore, a reflective structure may be inserted between the light source and the alignment layer. Use of the reflective structure increases the total amount of light incident on the alignment layer.
    • 曝光系统用于曝光由各向异性吸收分子形成的取向层,以便随后施加的液晶聚合物(LCP)分子的对准。 入射到取向层上的光被极化。 当使用单个偏振器时,方位偏振方向在承载对准层的基板上变化。 可以采用减少方位极化变化的各种方法,包括引入各种类型的偏振旋转降低元件,并为光源选择合适的倾斜角。 此外,可以在光源和对准层之间插入反射结构。 反射结构的使用增加了入射到取向层上的光的总量。
    • 29. 发明授权
    • Burner for combusting gas with low NO.sub.x production
    • 用于燃烧低NOx生产气体的燃烧器
    • US5458481A
    • 1995-10-17
    • US187172
    • 1994-01-26
    • David J. SurbeyJames L. SmithRichard C. AllenAlan D. Witwer
    • David J. SurbeyJames L. SmithRichard C. AllenAlan D. Witwer
    • F23C9/00F23D14/22F23M5/02F23L7/00
    • F23C9/006F23D14/22F23M5/025F23C2201/30F23C2202/20F23C2900/09002
    • A burner for combusting fuel gas and air in an enclosure includes a block member of non-combustible material, such as ceramic material, having a central opening therethrough. The block member has a plurality of spaced apart recirculation gas passageways paralleled to and spaced from the central opening, each of the recirculation gas passageways having an injection passageway communicating with the block member central opening. A fuel gas jet is positioned within each of the recirculation gas passageways for injecting fuel gas into the injection passageways to cause the injected fuel gas by Venturi action, to draw furnace gas from the cool fringes of the combustion zone through the recirculation gas passageways for passage back into the central opening after local combustion wherein modified air and fuel gas are thoroughly mixed and cooled for combustion within the enclosure. This recirculation system serves to reduce the temperature and oxygen content of the local combustion process to thereby reduce NO.sub.x production.
    • 用于在外壳中燃烧燃料气体和空气的燃烧器包括具有中心开口的不燃材料例如陶瓷材料的块件。 块体具有与中心开口平行并间隔开的多个间隔开的再循环气体通道,每个再循环气体通道具有与块体中心开口连通的注射通道。 燃料气体射流位于每个再循环气体通道内,用于将燃料气体喷射到喷射通道中,以通过文丘里作用引起喷射的燃料气体,从燃烧区域的冷条纹中抽出炉气通过再循环气体通道以通过 在局部燃烧之后回到中心开口,其中改进的空气和燃料气体被充分混合并冷却以在外壳内燃烧。 该再循环系统用于降低局部燃烧过程的温度和氧含量,从而减少NOx产生。