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    • 2. 发明授权
    • Converging element and illuminating device
    • 会聚元件和照明装置
    • US07597459B2
    • 2009-10-06
    • US11368483
    • 2006-03-07
    • Makoto MaedaTakashi IkedaYoshitaka Kurosaka
    • Makoto MaedaTakashi IkedaYoshitaka Kurosaka
    • F21V3/02
    • G02B27/0955G02B27/102G02B27/1053G02B27/149H01L33/58H01L33/60
    • An LED light source is formed of an LED and an angle control lens. The angle control lens includes a transparent member in a shape of a rotational symmetry, and includes a center convex curved surface area (light-emission area) A1, a peripheral curved surface area (light-emission area) B1, a peripheral curved surface reflection area C1, a center concave curved surface area (light-incidence area) D, and a convex curved surface area E formed between the areas A1, B1. The convex curved surface area E is formed in a position for receiving direct incoming light from the LED (direct incoming light deviated from the center portion), and is optically constructed to anteriorly emit this received light (in a direction intended to be emitted as a result of a light-emission angle being controlled).
    • LED光源由LED和角度控制透镜形成。 角度控制透镜包括具有旋转对称形状的透明构件,并且包括中心凸曲面积(发光面积)A1,周边曲面积(发光面积)B1,周边曲面反射 区域C1,中心凹曲面(光入射面积)D和形成在区域A1,B1之间的凸曲面区域E. 凸曲面区域E形成为用于接收来自LED的直接入射光(直接从中心部偏离的入射光)的位置,并且被光学构造为向前发射该接收的光(沿着旨在作为 控制发光角度的结果)。
    • 3. 发明授权
    • Illuminating device and projection type video display apparatus
    • 照明装置和投影型视频显示装置
    • US07434945B2
    • 2008-10-14
    • US11268732
    • 2005-11-08
    • Makoto MaedaTakashi IkedaYoshitaka Kurosaka
    • Makoto MaedaTakashi IkedaYoshitaka Kurosaka
    • G03B21/14
    • H04N9/315G03B21/2053G03B21/208
    • A projection type video display apparatus is provided with an LED array for emitting light in red, an LED array for emitting light in green, and an LED array for emitting light in blue. On a light-incident side of a rod integrator, time-dividing mirrors 2A, 2B arranged in a cross manner, for guiding the light from each LED array to an inside of the rod integrator, are arranged. Furthermore, on a light-emission side of the LED array for emitting the light in red, a time-diving mirror is arranged, and on a light-emission side of the LED array for emitting the light in blue, a time-dividing mirror is provided. Each time-dividing mirror switch either to reflect the light or to transmit the light, depending on whether or not voltage is applied thereto. At time-dividing lighting timing of the LED arrays, the time-dividing mirrors switch either to reflect the light or to transmit the light. In addition, video signals of videos of respective colors are supplied to a liquid crystal display panel in a time-dividing manner.
    • 投影型视频显示装置设置有用于发射红色的LED的LED阵列,用于发光的LED的LED阵列和用于发射蓝色的LED的LED阵列。 在杆状积分器的光入射侧,布置有交叉排列的用于将来自每个LED阵列的光引导到杆状积分器的内部的分时镜2A,2B。 此外,在用于发射红色的LED的LED阵列的发光侧配置有时间俯仰反射镜,并且在用于发出蓝色的LED的LED阵列的发光侧,分时镜 被提供。 每个分时镜开关可以反射光或透射光,这取决于是否施加电压。 在LED阵列的分时点亮时刻,分时反射镜切换以反射光或透射光。 此外,各种颜色的视频的视频信号以分时方式提供给液晶显示面板。
    • 4. 发明申请
    • Converging element and illuminating device
    • 会聚元件和照明装置
    • US20060196944A1
    • 2006-09-07
    • US11368483
    • 2006-03-07
    • Makoto MaedaTakashi IkedaYoshitaka Kurosaka
    • Makoto MaedaTakashi IkedaYoshitaka Kurosaka
    • G06K7/10
    • G02B27/0955G02B27/102G02B27/1053G02B27/149H01L33/58H01L33/60
    • An LED light source is formed of an LED and an angle control lens. The angle control lens includes a transparent member in a shape of a rotational symmetry, and includes a center convex curved surface area (light-emission area) A1, a peripheral curved surface area (light-emission area) B1, a peripheral curved surface reflection area C1, a center concave curved surface area (light-incidence area) D, and a convex curved surface area E formed between the areas A1, B1. The convex curved surface area E is formed in a position for receiving direct incoming light from the LED (direct incoming light deviated from the center portion), and is optically constructed to anteriorly emit this received light (in a direction intended to be emitted as a result of a light-emission angle being controlled).
    • LED光源由LED和角度控制透镜形成。 角度控制透镜包括具有旋转对称形状的透明构件,并且包括中心凸曲面积(发光面积)A 1,周边曲面积(发光面积)B 1,周边弧形 表面反射区域C 1,中心凹曲面(光入射面积)D和形成在区域A 1,B 1之间的凸曲面区域E.凸曲面区域E形成在用于接收的位置 来自LED的直接入射光(直接入射光偏离中心部分),并且被光学构造为向前发射该受光(在由被控制的发光角度而被发射的方向上)。
    • 5. 发明申请
    • Illuminating device and projection type video display apparatus
    • 照明装置和投影型视频显示装置
    • US20060114423A1
    • 2006-06-01
    • US11268732
    • 2005-11-08
    • Makoto MaedaTakashi IkedaYoshitaka Kurosaka
    • Makoto MaedaTakashi IkedaYoshitaka Kurosaka
    • G03B21/26
    • H04N9/315G03B21/2053G03B21/208
    • A projection type video display apparatus is provided with an LED array for emitting light in red, an LED array for emitting light in green, and an LED array for emitting light in blue. On a light-incident side of a rod integrator, time-dividing mirrors 2A, 2B arranged in a cross manner, for guiding the light from each LED array to an inside of the rod integrator, are arranged. Furthermore, on a light-emission side of the LED array for emitting the light in red, a time-diving mirror is arranged, and on a light-emission side of the LED array for emitting the light in blue, a time-dividing mirror is provided. Each time-dividing mirror switch either to reflect the light or to transmit the light, depending on whether or not voltage is applied thereto. At time-dividing lighting timing of the LED arrays, the time-dividing mirrors switch either to reflect the light or to transmit the light. In addition, video signals of videos of respective colors are supplied to a liquid crystal display panel in a time-dividing manner.
    • 投影型视频显示装置设置有用于发射红色的LED的LED阵列,用于发光的LED的LED阵列和用于发射蓝色的LED的LED阵列。 在杆状积分器的光入射侧,布置有交叉排列的用于将来自每个LED阵列的光引导到杆状积分器的内部的分时镜2A,2B。 此外,在用于发射红色的LED的LED阵列的发光侧配置有时间俯仰反射镜,并且在用于发出蓝色的光的LED阵列的发光侧,分时镜 被提供。 每个分时镜开关可以反射光或透射光,这取决于是否施加电压。 在LED阵列的分时点亮时刻,分时反射镜切换以反射光或透射光。 此外,各种颜色的视频的视频信号以分时方式提供给液晶显示面板。
    • 7. 发明授权
    • Color separating and mixing element, video light producing device, and projection type video display
    • 彩色分离和混合元件,视频光产生装置和投影型视频显示器
    • US07216986B2
    • 2007-05-15
    • US10809477
    • 2004-03-26
    • Takashi IkedaYoshitaka KurosakaKoji IshiiHideyuki Kanayama
    • Takashi IkedaYoshitaka KurosakaKoji IshiiHideyuki Kanayama
    • G03B21/28G02B5/04
    • H04N9/3105H04N9/315
    • A color separating and mixing element comprises, in its transparent cube, a first optical function surface formed on a dividing surface for dividing the cube into two triangular prisms and a second optical function surface formed on another dividing surface. The first optical function surface has the function of transmitting both P-polarized light and S-polarized light with respect to red light, has the function of transmitting both P-polarized light and S-polarized light with respect to green light, and has the function of transmitting P-polarized light and reflecting S-polarized light with respect to blue light. The second optical function surface has the function of transmitting P-polarized light and reflecting S-polarized light with respect to red light, has the function of transmitting P-polarized light and reflecting S-polarized light with respect to green light, and has the function of transmitting both P-polarized light and S-polarized light with respect to blue light.
    • 颜色分离和混合元件在其透明立方体中包括形成在分割表面上的用于将立方体分成两个三角形棱镜的第一光学功能表面和形成在另一分割表面上的第二光学功能表面。 第一光学功能表面具有相对于红光传输P偏振光和S偏振光的功能,具有相对于绿光传输P偏振光和S偏振光的功能,并且具有 发射P偏振光并相对于蓝光反射S偏振光的功能。 第二光学功能表面具有透射P偏振光并相对于红光反射S偏振光的功能,具有透射P偏振光并相对于绿光反射S偏振光的功能,并且具有 相对于蓝光发射P偏振光和S偏振光的功能。
    • 10. 发明授权
    • Color separating/synthesizing element and liquid crystal projector using it
    • 彩色分离/合成元件和使用它的液晶投影机
    • US06840626B2
    • 2005-01-11
    • US10181936
    • 2001-11-26
    • Takashi IkedaToshio ObaseKensuke KonishiYoshitaka Kurosaka
    • Takashi IkedaToshio ObaseKensuke KonishiYoshitaka Kurosaka
    • G02B5/04G02B5/30G02B27/14G02F1/13G02F1/1335G03B21/00G03B33/12H04N5/74H04N9/31G03B21/14
    • G02B27/1026G02B27/145G02B27/149H04N5/7441H04N9/3105H04N9/3167
    • A color separating/recombining unit used in liquid crystal projector using three reflection type liquid crystal panels. The color separating/recombining unit (20) has a cubic form comprising a light incidence surface (21) facing the light source unit (10), three light incidence/output surfaces (23), (24), (25) respectively facing liquid crystal panels (31), (32), (33), a light output surface (22) facing a projection optical system (40), and another surface (26). The color separating/recombining unit has thereinside a color separating/recombining means (50) that spectrally separates light shone from the light source (10) into three-primary-color components to allow them emit from corresponding light incidence/output surfaces (23), (24), (25) and to be reflected with their polarization directions rotated 90 degrees by the liquid crystal panels (31), (32), (33) disposed respectively facing the light incidence/output surfaces (23), (24), (25), then recombines them, and emits them from the light output surface (22) to the projection optical system (40).
    • 用于使用三个反射型液晶面板的液晶投影仪中的分色/重组单元。 颜色分离/重组单元(20)具有包括面对光源单元(10)的光入射表面(21)的立方体形式,分别面对液体的三个光入射/输出表面(23),(24),(25) 水晶面板(31),(32),(33),面向投影光学系统(40)的光输出表面(22)和另一表面(26)。 颜色分离/重组单元具有将光源与光源(10)光谱分离成三原色分量的颜色分离/重组装置(50),以允许它们从相应的光入射/输出表面(23)发射, (24),(25),并且通过分别面向光入射/输出表面(23),(24)设置的液晶面板(31),(32),(33)以其偏振方向旋转90度 ),(25),然后将它们复合,并将它们从光输出表面(22)发射到投影光学系统(40)。