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    • 1. 发明授权
    • Designing lenses using stress birefringence performance criterion
    • 使用应力双折射性能标准设计镜片
    • US08504328B2
    • 2013-08-06
    • US12784521
    • 2010-05-21
    • Joseph R. BietryAndrew F. KurtzBarry D. SilversteinJames Mazzarella
    • Joseph R. BietryAndrew F. KurtzBarry D. SilversteinJames Mazzarella
    • G06F17/50
    • G02B7/028G02B13/16G02B13/22
    • A method for designing an imaging lens having reduced susceptibility to thermally-induced stress birefringence, the imaging lens having first and second groups of lens elements located either side of an aperture stop, the method comprising: defining a set of lens design attributes; defining a set of lens performance criteria including a thermally-induced stress birefringence performance criterion; defining a first set of candidate glasses having a negligible susceptibility to thermal stress birefringence and a second set of candidate glasses having at most a moderate susceptibility to thermal stress birefringence; selecting glasses for lens elements that are located adjacent to the aperture stop from the first set of candidate glasses; selecting glasses for the remaining lens elements from the first or second sets of candidate glasses; and using a computer processor to determine a lens design for the imaging lens.
    • 一种用于设计对热诱导应力双折射具有降低的敏感性的成像透镜的方法,所述成像透镜具有位于孔径光阑的任一侧的第一和第二组透镜元件,所述方法包括:限定一组透镜设计属性; 定义一组透镜性能标准,包括热诱导应力双折射性能标准; 限定对热应力双折射具有可忽略的敏感性的第一组候选眼镜和对热应力双折射具有至多中度敏感性的第二组候选眼镜; 从第一组候选眼镜选择邻近孔径光阑的透镜元件的眼镜; 从第一组或第二组候选眼镜中选择剩余透镜元件的眼镜; 并使用计算机处理器来确定用于成像透镜的透镜设计。
    • 2. 发明申请
    • DESIGNING LENSES USING STRESS BIREFRINGENCE PERFORMANCE CRITERION
    • 使用应力性能性能标准设计镜片
    • US20110288824A1
    • 2011-11-24
    • US12784521
    • 2010-05-21
    • Joseph R. BietryAndrew F. KurtzBarry D. SilversteinJames Mazzarella
    • Joseph R. BietryAndrew F. KurtzBarry D. SilversteinJames Mazzarella
    • G06F17/50G06F17/10
    • G02B7/028G02B13/16G02B13/22
    • A method for designing an imaging lens having reduced susceptibility to thermally-induced stress birefringence, the imaging lens having first and second groups of lens elements located either side of an aperture stop, the method comprising: defining a set of lens design attributes; defining a set of lens performance criteria including a thermally-induced stress birefringence performance criterion; defining a first set of candidate glasses having a negligible susceptibility to thermal stress birefringence and a second set of candidate glasses having at most a moderate susceptibility to thermal stress birefringence; selecting glasses for lens elements that are located adjacent to the aperture stop from the first set of candidate glasses; selecting glasses for the remaining lens elements from the first or second sets of candidate glasses; and using a computer processor to determine a lens design for the imaging lens.
    • 一种用于设计对热诱导应力双折射具有降低的敏感性的成像透镜的方法,所述成像透镜具有位于孔径光阑的任一侧的第一和第二组透镜元件,所述方法包括:限定一组透镜设计属性; 定义一组透镜性能标准,包括热诱导应力双折射性能标准; 限定对热应力双折射具有可忽略的敏感性的第一组候选眼镜和对热应力双折射具有至多中度敏感性的第二组候选眼镜; 从第一组候选眼镜选择邻近孔径光阑的透镜元件的眼镜; 从第一组或第二组候选眼镜中选择剩余透镜元件的眼镜; 并使用计算机处理器来确定用于成像透镜的透镜设计。
    • 5. 发明授权
    • Off-state light baffle for digital projection
    • 用于数字投影的非状态挡光板
    • US08342690B2
    • 2013-01-01
    • US12770081
    • 2010-04-29
    • Jesse J. ColemanJames MazzarellaJames R. Kircher
    • Jesse J. ColemanJames MazzarellaJames R. Kircher
    • G03B21/26
    • G03B21/16G02B5/003G02B26/0833G03B21/008G03B21/28H04N9/3144
    • A light modulation assembly for a digital projection apparatus comprising: a solid-state light source that provides an illumination beam; a spatial light modulator having a plurality of tiltable micro-mirrors, each micro-mirror being actuable to tilt with respect to a tilt axis between a first tilt position that provides on-state light and a second tilt position that provides off state light, and wherein the micro-mirrors deflect the illumination beam along an arced path defining a deflection plane as they are tilted between the first tilt position and the second tilt position; and a light baffle disposed alongside the optical axis and in the path of the off state light from the micro-mirrors, the light baffle having a light-trapping surface adapted to absorb the off-state light from the micro-mirrors on the spatial light modulator, the light-trapping surface having a plurality of protruding fins that extend outward from the light-trapping surface at an oblique angle.
    • 一种用于数字投影装置的光调制组件,包括:提供照明光束的固态光源; 具有多个可倾斜微镜的空间光调制器,每个微镜可致动以在提供导通状态光的第一倾斜位置和提供关闭状态光的第二倾斜位置之间相对于倾斜轴倾斜;以及 其中所述微镜在沿所述第一倾斜位置和所述第二倾斜位置之间倾斜时沿着限定偏转平面的弧形路径偏转所述照明光束; 以及光挡板,其设置在所述光轴旁边,并且在所述关闭状态的路径中,来自所述微反射镜的光,所述光挡板具有适于在所述空间光线上吸收来自所述微镜的截止状态光的光捕获表面 光捕获表面具有多个从光捕获表面向外倾斜的突出翅片。
    • 9. 发明申请
    • OFF-STATE LIGHT BAFFLE FOR DIGITAL PROJECTION
    • 用于数字投影的非状态光源
    • US20110267550A1
    • 2011-11-03
    • US12770081
    • 2010-04-29
    • Jesse J. ColemanJames MazzarellaJames R. Kircher
    • Jesse J. ColemanJames MazzarellaJames R. Kircher
    • H04N5/74G02B26/08
    • G03B21/16G02B5/003G02B26/0833G03B21/008G03B21/28H04N9/3144
    • A light modulation assembly for a digital projection apparatus comprising: a solid-state light source that provides an illumination beam; a spatial light modulator having a plurality of tiltable micro-mirrors, each micro-mirror being actuable to tilt with respect to a tilt axis between a first tilt position that provides on-state light and a second tilt position that provides off state light, and wherein the micro-mirrors deflect the illumination beam along an arced path defining a deflection plane as they are tilted between the first tilt position and the second tilt position; and a light baffle disposed alongside the optical axis and in the path of the off state light from the micro-mirrors, the light baffle having a light-trapping surface adapted to absorb the off-state light from the micro-mirrors on the spatial light modulator, the light-trapping surface having a plurality of protruding fins that extend outward from the light-trapping surface at an oblique angle.
    • 一种用于数字投影装置的光调制组件,包括:提供照明光束的固态光源; 具有多个可倾斜微镜的空间光调制器,每个微镜可致动以在提供导通状态光的第一倾斜位置和提供关闭状态光的第二倾斜位置之间相对于倾斜轴倾斜;以及 其中所述微镜在沿所述第一倾斜位置和所述第二倾斜位置之间倾斜时沿着限定偏转平面的弧形路径偏转所述照明光束; 以及光挡板,其设置在所述光轴旁边,并且在所述关闭状态的路径中,来自所述微反射镜的光,所述光挡板具有适于在所述空间光线上吸收来自所述微镜的截止状态光的光捕获表面 光捕获表面具有多个从光捕获表面向外倾斜的突出翅片。
    • 10. 发明申请
    • COOLING CELL FOR LIGHT MODULATOR
    • 冷光源调光器
    • US20100328619A1
    • 2010-12-30
    • US12490371
    • 2009-06-24
    • Mark A. HarlandJames Mazzarella
    • Mark A. HarlandJames Mazzarella
    • G03B21/16F28D15/00
    • G03B21/16
    • A cooling cell for drawing heat from a light modulator has an enclosure for conducting a fluid coolant. The enclosure has a fluid coolant inlet disposed to receive fluid coolant under pressure and a fluid conduit to provide fluid communication from the fluid coolant inlet to a nozzle. A well cavity surrounds the nozzle and has a number of fins that extend radially upward from a bottom of the well cavity and outward from the well cavity along a shallow cavity that is peripheral to the well cavity and is shallower than the well cavity. The well cavity is formed within a protruding element that protrudes outward from a portion of an external surface of the enclosure. The protruding element provides a component mounting surface that lies behind the bottom of the well cavity. There is at least one fluid coolant discharge outlet for discharging fluid coolant from the enclosure.
    • 用于从光调制器吸取热量的冷却单元具有用于传导流体冷却剂的外壳。 外壳具有设置成在压力下接收流体冷却剂的流体冷却剂入口和流体导管以提供从流体冷却剂入口到喷嘴的流体连通。 阱腔围绕喷嘴并且具有多个翅片,其从井腔的底部径向向上延伸并且沿着沿着井腔周边的浅腔并且远离井穴从井腔向外向外延伸。 井腔形成在从外壳的外表面的一部分向外突出的突出元件内。 突出元件提供位于井腔底部后面的部件安装表面。 至少有一个流体冷却剂排出口用于从外壳排出流体冷却剂。