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    • 96. 发明授权
    • Adaptive sunlight redirector
    • 自适应阳光重定向器
    • US08000014B2
    • 2011-08-16
    • US12665103
    • 2008-06-16
    • Lorne A. WhiteheadJon David Edward Scott
    • Lorne A. WhiteheadJon David Edward Scott
    • G02B17/00G02B27/00G02B5/08G02B7/182
    • G02B17/061F24S23/12F24S23/74F24S23/77F24S23/79F24S30/45F24S2030/15G02B26/0816Y02E10/47Y10T428/24083
    • Longitudinally adjacent plane mirrors (106-114) are pivotally interconnected in a columnar array (56) by non-stretching linkages (120) which constrain movement of the mirrors such that their normal vectors (115) remain parallel. Pivotable couplings (122, 124) in two mirrors permit movement of the mirrors with respect to mutually perpendicular axes (x, y) and prevent movement of the mirrors with respect to a third axis (z). Two actuators (117A, 117B) coupled to one of the pivotable couplings controllably move a selected mirror with respect to the mutually perpendicular axes (x, y). A first frame (116) couples the mirror columns together so that movement of the selected mirror moves all the mirrors in unison. The actuators controllably move the mirrors to orient the normal vectors such that the mirrors specularly reflect incident light in a preselected direction.
    • 纵向相邻的平面镜(106-114)通过非拉伸连杆(120)以圆柱形阵列(56)枢转地互连,这限制了反射镜的运动,使得其法向矢量(115)保持平行。 两个反射镜中的可转动联轴器(122,124)允许反射镜相对于相互垂直的轴线(x,y)移动,并防止反射镜相对于第三轴线(z)移动。 联接到可枢转联接器之一的两个致动器(117A,117B)可相对于相互垂直的轴线(x,y)可控地移动所选择的反射镜。 第一框架(116)将镜柱连接在一起,使得所选择的镜子的运动一致地移动所有的镜子。 执行器可控制地移动反射镜以使法向矢量定向,使得反射镜以预选的方向镜面反射入射光。
    • 99. 发明授权
    • Brightness enhancement by fluid interface deformation in TIR-modulated displays
    • 在TIR调制显示器中通过流体界面变形增强亮度
    • US07760417B2
    • 2010-07-20
    • US12161045
    • 2007-01-15
    • Lorne A. Whitehead
    • Lorne A. Whitehead
    • G02F1/167G02B26/00G02B27/10G02B6/42G02B6/26
    • G02B26/004G02B5/128
    • A reflective display having a plurality of transparent hemi-beads (120), each having a reflective region (80) surrounding a non-reflective region (82). Each hemi-bead has an associated light absorptive fluid droplet (122) having a normally relaxed shape contacting the non-reflective region, thereby frustrating total internal reflection of light rays at the droplet/hemi-bead interface. An electrical potential is selectably applied across selected droplets. Application of the electrical potential across a droplet deforms the droplet away from the hemi-bead associated with the droplet, such that light rays (158) incident on the non-reflective region are refracted toward substrate (124) and reflected back through hemi-bead (120) in an approximately opposite direction (166); and such that light rays (162) incident on the reflective region are semi-retro-reflected (168). Removal of the electrical potential allows the droplet to resume the relaxed shape.
    • 一种具有多个透明半球(120)的反射显示器,每个具有围绕非反射区域(82)的反射区域(80)。 每个半珠具有相关联的光吸收液滴(122),其具有与非反射区域接触的正常松弛形状,从而阻止光束在液滴/半珠界面处的全内反射。 可选择地在选定的液滴上施加电位。 跨液滴的电位的施加使熔滴远离与液滴相关联的半珠,使得入射在非反射区域上的光线(158)被折射到衬底(124)并通过半珠反射回 (120)在大致相反的方向(166)上; 并且入射到反射区域上的光线(162)被半反射(168)。 去除电势允许液滴恢复松弛的形状。