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    • 61. 发明授权
    • Transmission screen and projection display
    • 传输屏幕和投影显示
    • US07079318B2
    • 2006-07-18
    • US10489893
    • 2002-05-28
    • Shinsuke ShikamaHiroshi SuzukiKohei TeramotoAkihisa Miyata
    • Shinsuke ShikamaHiroshi SuzukiKohei TeramotoAkihisa Miyata
    • G03B21/60G03B21/56G02B27/12
    • G03B21/625
    • A transmission screen has a refraction total reflection Fresnel lens plate, a stray light eliminating plate, and an image display plate. The stray light eliminating plate has a condensing lens array and black stripes. The array has unit lenses arranged at an incident plane of the transparent substrate in a periodic structure in an up-and-down direction. The black stripes have transparent sections placed near condensing light points of the unit lens and opaque sections around the condensing light points of the unit lenses. The sections are alternately arranged at the outgoing plane of the transmission substrate in a periodic structure in an up-and-down direction. The image display plate has lenticular lenses in which unit lenses are arranged in a periodic structure in a horizontal direction at an incident plane of the transmission substrate of a scattering characteristic capable of scattering light fluxes.
    • 透射屏具有折射全反射菲涅尔透镜板,杂散光消除板和图像显示板。 杂散光消除板具有聚光透镜阵列和黑色条纹。 阵列具有在上下方向上以周期性结构布置在透明基板的入射面处的单位透镜。 黑色条纹具有放置在单位透镜的聚光点附近的透明部分和单元透镜的聚光点周围的不透明部分。 这些部分在上下方向上以周期性结构交替布置在传输基板的出射平面上。 图像显示板具有双凸透镜,其中单位透镜在能够散射光束的散射特性的透射基板的入射面处沿水平方向以周期性结构排列。
    • 65. 发明授权
    • Projecting method for picture display apparatus
    • 图像显示装置投影方法
    • US5285287A
    • 1994-02-08
    • US892286
    • 1992-06-02
    • Shinsuke Shikama
    • Shinsuke Shikama
    • H04N5/74H04N9/31
    • H04N9/3141
    • A projection display device capable of selectively operating in a front projection mode and a rear projection mode, comprises a projector (300) disposed in a cabinet, a rear projection screen formed in a wall of the cabinet, and a front projection screen disposed outside the cabinet. To permit selection between the front and rear projections, the projector may be detachably mounted on the cabinet: when it is mounted the image rays (110) are introduced into the cabinet for the rear projection, while when it is detached it can be used for the front projection. In another embodiment, a selective light guide directs the image rays either to the rear projection screen or to the front projection screen. In a further embodiment, the rear projection screen can change between transparent and translucent states. When it is transparent, the image rays are passed therethrough to the front projection screen.
    • 能够以前投影模式和后投影模式选择性地操作的投影显示装置包括设置在机壳中的投影仪(300),形成在机壳的壁中的后投影屏幕和设置在机壳的外侧的前投影屏幕 内阁。 为了允许在前投影和后投影之间进行选择,投影仪可以可拆卸地安装在机柜上:当它被安装时,图像光线(110)被引入到用于后投影的柜中,而当它被分离时,它可以用于 前投影。 在另一个实施例中,选择性光导将图像光线引导到后投影屏幕或前投影屏幕。 在另一实施例中,后投影屏幕可以在透明状态和半透明状态之间改变。 当它是透明的时,图像光线通过它到前投影屏幕。
    • 69. 发明申请
    • IMAGE DISPLAY SYSTEM
    • 图像显示系统
    • US20070058228A1
    • 2007-03-15
    • US11555998
    • 2006-11-02
    • Hiroshi SUZUKIKohei TeramotoShinsuke ShikamaShuso Wadaka
    • Hiroshi SUZUKIKohei TeramotoShinsuke ShikamaShuso Wadaka
    • G02B5/32
    • G03B21/10
    • An image display system includes a light valve 14 for providing image information to light converged by a converging lens 13 and for emitting the light, a projective optical system 20 including a refractive optical lens 21 for projecting the light from the light valve 14 and a convex mirror 22 for reflecting the light from the refractive optical lens 21 by using a reflecting surface thereof having negative power and for enlarging and projecting the reflected light, and a display 30 for receiving the light from the projective optical system 20 by way of a receiving surface 30A, wherein the light valve is placed away from an optical axis 23 of the projective optical system 20 and between a front surface of the display 30 and a rear surface of the projective optical system 20.
    • 图像显示系统包括:光阀14,用于向由会聚透镜13会聚的光提供图像信息并发射光;投影光学系统20,包括用于投射来自光阀14的光的折射光学透镜21; 反射镜22,用于通过使用具有负功率的反射表面反射来自折射光学透镜21的光并用于放大和投影反射光;以及显示器30,用于通过接收表面接收来自投影光学系统20的光 其中,所述光阀被放置为远离所述投影光学系统20的光轴23,并且在所述显示器30的前表面和所述投影光学系统20的后表面之间。