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    • 32. 发明授权
    • Projection type image display device
    • 投影型图像显示装置
    • US08226247B2
    • 2012-07-24
    • US12663791
    • 2008-06-04
    • Hiroshi KitanoYoshimasa Fushimi
    • Hiroshi KitanoYoshimasa Fushimi
    • G03B21/28
    • G02B26/06G02B5/3083G02B27/48G03B21/2033G03B21/208G03B33/12H04N9/3105H04N9/3161H04N9/3164
    • Red, green, and blue laser light emitted from laser light sources 1-3 is transformed into substantially parallel beams by collimator lenses 4-6, collected by microlens arrays 7-9, and rendered uniform by rod integrators 10-12, whereupon it is used to illuminate spatial light modulation elements 16-18 and subjected to modulation. The modulated laser light exiting from the spatial light modulation elements 16-18 is recombined using a beam-combining prism 19 and subjected to pixel separation using a birefringent plate 20, which is rotationally driven by a birefringent plate rotary drive unit 26, after which it is projected upon a screen 22 using a projection optical system 21. The birefringent plate 20 spatially separates the modulated laser light using birefringence. When pixels are spatially separated by the birefringent plate, the pixel grid region is made smaller, the distribution of brightness on the screen is rendered uniform, and speckle noise is reduced.
    • 从激光光源1-3发出的红,绿,蓝激光由微透镜阵列7-9收集的准直透镜4-6转变成基本上平行的光束,由棒状积分器10-12呈现均匀。 用于照亮空间光调制元件16-18并进行调制。 从空间光调制元件16-18出射的调制激光使用光束组合棱镜19重新组合,并使用由双折射板旋转驱动单元26旋转驱动的双折射板20进行像素分离,之后将其 使用投影光学系统21投影在屏幕22上。双折射板20使用双折射空间分离调制的激光。 当通过双折射板在空间上分离像素时,像素网格区域变小,屏幕上的亮度分布变得均匀,并且斑点噪声降低。
    • 34. 发明授权
    • Projection type display apparatus
    • 投影式显示装置
    • US07959298B2
    • 2011-06-14
    • US12302827
    • 2007-05-25
    • Mitsuhiro WadaShinya SannoheYoshimasa Fushimi
    • Mitsuhiro WadaShinya SannoheYoshimasa Fushimi
    • G03B21/14
    • H04N9/3117G02B26/008G02F2203/12G03B21/005G03B21/2053G03B33/08G09G3/2014G09G3/342G09G3/3611G09G2310/0235G09G2310/024
    • A projection type display apparatus includes: a rotary color filter 8 having color filters 8R, 8G and 8B that transmit particular colors of light of white light emitted from a light-emitting surface 6; a spatial light modulator 11 that is disposed so as to be in substantially a conjugate relationship with the light-emitting surface, and modulates incident light from the rotary color filter, so as to display an image; and a control device 20 that controls rotation of the rotary color filter so as to be in synchronization with the image display by the spatial light modulator. With respect to partial display regions 14, 15, 16, . . . of the spatial light modulator that correspond respectively to partial light-emitting regions 6a, 6b, 6c, . . . defined by dividing the light-emitting surface, the control device switches each of the partial display regions 14, 15, 16, . . . between a normal image display state and an OFF state for cutting off light, in synchronization with passing of boundary lines 51, 52 and 53 between each pair of adjacent ones of the color filters of the rotary color filter over each of the partial light-emitting regions 6a, 6b, 6c, . . . . Thus, the efficiency of using illumination light by the spatial light modulator is improved, and it is possible to achieve an increased color luminance of a projected image, while sufficiently maintaining an effect of preventing color mixing from being caused by adjoining color filters.
    • 投影型显示装置包括:旋转滤色器8,具有透射从发光面6发出的白光的特定颜色的滤色器8R,8G,8B; 空间光调制器11被布置成与发光表面大致共轭,并调制来自旋转滤色器的入射光,以便显示图像; 以及控制装置20,其控制旋转滤色器的旋转以与空间光调制器与图像显示同步。 对于部分显示区域14,15,16, 。 。 分别对应于部分发光区域6a,6b,6c,...的空间光调制器。 。 。 通过划分发光表面来限定,控制装置切换部分显示区域14,15,16,16中的每一个。 。 。 在正常图像显示状态和用于切断光的OFF状态之间,与通过每个部分发光的旋转滤色器的每对相邻滤色器之间的边界线51,52和53同步 区域6a,6b,6c。 。 。 。 因此,通过空间光调制器的使用照明光的效率得到改善,并且可以在充分保持防止由相邻的滤色器引起的混色的效果的同时实现投影图像的增加的色彩亮度。
    • 36. 发明申请
    • PROJECTION DISPLAY DEVICE
    • 投影显示设备
    • US20100118213A1
    • 2010-05-13
    • US12596743
    • 2008-04-21
    • Kentaro KatoYoshimasa Fushimi
    • Kentaro KatoYoshimasa Fushimi
    • H04N5/74G03B21/14G03B21/28
    • H04N9/3155G03B21/008G03B21/20
    • A device includes a light source 1, a reflection-type light valve 9 that controls a traveling direction of exiting light based on an input signal, an illumination optical system 2, 3, 4, 6a that focuses light from the light source on the reflection-type light valve as illumination light, a projection lens 10 that projects exiting light from the reflection-type light valve, a first diaphragm 7 provided at a position of a pupil of the illumination optical system so as to block a part of the light from the light source, and a second diaphragm 8 provided at a position of the pupil of the projection lens so as to block a part of the exiting light from the reflection-type light valve. A part of the illumination light reflected from a surface of the reflection-type light valve to be incident on a pupil of the projection lens as unnecessary light is blocked by a combination of the first diaphragm and the second diaphragm. The light shielding region of the first diaphragm corresponds to a divided region on an outer peripheral side between divided regions obtained by dividing the region of the pupil of the illumination optical system corresponding to the range of the unnecessary light by a line in a chord direction, and a light shielding region of the second diaphragm is shaped and arranged so as to correspond to the divided region on a center side. The unnecessary light incident on the projection lens is blocked efficiently, thereby achieving high brightness performance.
    • 装置包括光源1,基于输入信号控制出射光的行进方向的反射型光阀9,将来自光源的光聚焦在反射面上的照明光学系统2,3,4,6a 型光阀作为照明光,从反射型光阀突出出射光的投影透镜10,设置在照明光学系统的光瞳位置处的第一光阑7,以阻挡来自反射型光阀的光的一部分 光源,以及设置在投影透镜的瞳孔的位置处以阻挡来自反射型光阀的出射光的一部分的第二光阑8。 从反射式光阀的表面反射的入射到投影透镜的光瞳上的不必要的光的一部分照明光被第一光阑和第二光阑的组合阻挡。 第一膜片的遮光区域对应于通过将与不需要的光线的范围对应的照明光学系统的瞳孔区域与弦方向划分而得到的分割区域之间的外周侧的分割区域, 并且所述第二膜片的遮光区域成形并配置成与中心侧的分割区域相对应。 入射在投影透镜上的不必要的光被有效地阻挡,从而实现高亮度性能。
    • 38. 发明申请
    • PROJECTION TYPE DISPLAY APPARATUS
    • 投影式显示装置
    • US20090244494A1
    • 2009-10-01
    • US12302827
    • 2007-05-25
    • Mitsuhiro WadaShinya SannoheYoshimasa Fushimi
    • Mitsuhiro WadaShinya SannoheYoshimasa Fushimi
    • G03B21/14
    • H04N9/3117G02B26/008G02F2203/12G03B21/005G03B21/2053G03B33/08G09G3/2014G09G3/342G09G3/3611G09G2310/0235G09G2310/024
    • A projection type display apparatus includes: a rotary color filter 8 having color filters 8R, 8G and 8B that transmit particular colors of light of white light emitted from a light-emitting surface 6; a spatial light modulator 11 that is disposed so as to be in substantially a conjugate relationship with the light-emitting surface, and modulates incident light from the rotary color filter, so as to display an image; and a control device 20 that controls rotation of the rotary color filter so as to be in synchronization with the image display by the spatial light modulator. With respect to partial display regions 14, 15, 16, . . . of the spatial light modulator that correspond respectively to partial light-emitting regions 6a, 6b, 6c, . . . defined by dividing the light-emitting surface, the control device switches each of the partial display regions 14, 15, 16, . . . between a normal image display state and an OFF state for cutting off light, in synchronization with passing of boundary lines 51, 52 and 53 between each pair of adjacent ones of the color filters of the rotary color filter over each of the partial light-emitting regions 6a, 6b, 6c, . . . . Thus, the efficiency of using illumination light by the spatial light modulator is improved, and it is possible to achieve an increased color luminance of a projected image, while sufficiently maintaining an effect of preventing color mixing from being caused by adjoining color filters.
    • 投影型显示装置包括:旋转滤色器8,具有透射从发光面6发出的白光的特定颜色的滤色器8R,8G,8B; 空间光调制器11被布置成与发光表面大致共轭,并调制来自旋转滤色器的入射光,以便显示图像; 以及控制装置20,其控制旋转滤色器的旋转以与空间光调制器与图像显示同步。 对于部分显示区域14,15,16, 。 。 分别对应于部分发光区域6a,6b,6c,...的空间光调制器。 。 。 通过划分发光表面来限定,控制装置切换部分显示区域14,15,16,16中的每一个。 。 。 在正常图像显示状态和用于切断光的OFF状态之间,与通过每个部分发光的旋转滤色器的每对相邻滤色器之间的边界线51,52和53同步 区域6a,6b,6c。 。 。 。 因此,通过空间光调制器的使用照明光的效率得到改善,并且可以在充分保持防止由相邻的滤色器引起的混色的效果的同时实现投影图像的增加的色彩亮度。
    • 39. 发明授权
    • Projection display device
    • 投影显示设备
    • US07204613B2
    • 2007-04-17
    • US10474987
    • 2002-03-07
    • Yoshimasa FushimiYoshihiro MasumotoMitsuhiro Wada
    • Yoshimasa FushimiYoshihiro MasumotoMitsuhiro Wada
    • F21S8/00F21V8/00
    • H04N5/7416G03B21/005
    • A projection type display apparatus is composed of a light source (101), an illumination optical system (102) for forming illumination light, a reflection type light valve (106) for reflecting the illumination light to form an optical image, a projection optical system (107) for projecting the optical image, and a lens (105) with a positive power. An optical axis (115) of the reflection type light valve, an optical axis (113) of the projection optical system, and an optical axis (114) of the lens with a positive power are matched with each other. The illumination optical system (102) is placed so that the illumination light passes through the lens (105) with a positive power and is reflected from the reflection type light valve (106). An output pupil (108) of the illumination optical system (102) and an entrance pupil (109) of the projection optical system (107) are placed so as to have a conjugate relationship with respect to the lens (105) with a positive power.
    • 投影型显示装置由光源(101),用于形成照明光的照明光学系统(102),用于反射照明光以形成光学图像的反射型光阀(106),投影光学系统 (107),用于投影光学图像,以及具有正光焦度的透镜(105)。 反射型光阀的光轴(115),投影光学系统的光轴(113)和具有正光焦度的透镜的光轴(114)彼此匹配。 照明光学系统(102)被放置成使得照明光以正光焦度通过透镜(105)并被反射型光阀(106)反射。 投影光学系统(107)的照明光学系统(102)的输出光瞳(108)和入射光瞳(109)被放置成具有相对于透镜(105)的正向功率的共轭关系 。