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    • 1. 发明授权
    • Light display device for displaying a display level
    • 用于显示显示电平的光显示装置
    • US08928225B2
    • 2015-01-06
    • US13379708
    • 2010-07-23
    • Hiroshi MasudaYoshiyuki FuruyaHideaki Kageyama
    • Hiroshi MasudaYoshiyuki FuruyaHideaki Kageyama
    • B60Q1/14G09G3/14B60K35/00G01D7/00G09F9/33
    • G09G3/14B60K35/00B60K2350/203G01D7/00G09F9/33G09G2320/0247G09G2380/10
    • Provided is a display device in which design properties have been improved by eliminating the flickering when the display level changes. A microcomputer (5) causes light emission of first LEDs (23 and 24) which are the first and second ones counting from the right end among the emitting first LEDs (21 to 24), with decreasing brightness towards the right end. Furthermore, the microcomputer (5) causes light emission of second LEDs from a second LED (77) which is disposed at the right end of the second LEDs (71 to 77), to a second LED (73) which is disposed at a position overlapped with the first LEDs (23 and 24) that emit light with decreasing brightness towards the right end, and also causes light emission of second LEDs (73 and 74), which are the first and second ones counting from the left end among the emitting second LEDs (73 to 77), with decreasing brightness towards the left end.
    • 提供了一种显示装置,其中通过在显示电平变化时消除闪烁来改善设计特性。 微型计算机(5)使作为第一和第二LED的第一LED(23和24)的光从第一发光二极管(21〜24)的右端开始发光,朝向右端的亮度降低。 此外,微型计算机(5)将第二LED(77)的第二LED(77)发光到设置在第二LED(71〜77)的右端的第二LED(77)的第二LED(73) 与朝向右端发光的亮度发光的第一LED(23和24)重叠,并且还引起第二LED(73和74)的发光,第二LED(73和74)是从发射的左端计数的第一和第二LED 第二个LED(73至77),朝向左端的亮度降低。
    • 2. 发明申请
    • DISPLAY DEVICE
    • 显示设备
    • US20120139429A1
    • 2012-06-07
    • US13379708
    • 2010-07-23
    • Hiroshi MasudaYoshiyuki FuruyaHideaki Kageyama
    • Hiroshi MasudaYoshiyuki FuruyaHideaki Kageyama
    • H05B37/02
    • G09G3/14B60K35/00B60K2350/203G01D7/00G09F9/33G09G2320/0247G09G2380/10
    • Provided is a display device in which design properties have been improved by eliminating the flickering when the display level changes. A microcomputer (5) causes light emission of first LEDs (23 and 24) which are the first and second ones counting from the right end among the emitting first LEDs (21 to 24), with decreasing brightness towards the right end. Furthermore, the microcomputer (5) causes light emission of second LEDs from a second LED (77) which is disposed at the right end of the second LEDs (71 to 77), to a second LED (73) which is disposed at a position overlapped with the first LEDs (23 and 24) that emit light with decreasing brightness towards the right end, and also causes light emission of second LEDs (73 and 74), which are the first and second ones counting from the left end among the emitting second LEDs (73 to 77), with decreasing brightness towards the left end.
    • 提供了一种显示装置,其中通过在显示电平变化时消除闪烁来改善设计特性。 微型计算机(5)使作为第一和第二LED的第一LED(23和24)的光从第一发光二极管(21〜24)的右端开始发光,朝向右端的亮度降低。 此外,微型计算机(5)将第二LED(77)的第二LED(77)发光到设置在第二LED(71〜77)的右端的第二LED(77)的第二LED(73) 与朝向右端发光的亮度发光的第一LED(23和24)重叠,并且还引起第二LED(73和74)的发光,第二LED(73和74)是从发射的左端计数的第一和第二LED 第二个LED(73至77),朝向左端的亮度降低。
    • 8. 发明授权
    • Projector screen and display system
    • 投影机屏幕和显示系统
    • US08107165B2
    • 2012-01-31
    • US12379701
    • 2009-02-26
    • Hideaki KageyamaYoshiyuki Furuya
    • Hideaki KageyamaYoshiyuki Furuya
    • G03B21/60
    • G03B21/60
    • A translucent projector screen on which light from a display unit disposed obliquely forward of the screen is projected, said projector screen integrally includes: a sheet-shaped main body; a plurality of convex lenses integrally formed on a surface of the main body; and a plurality of reflective members disposed on the main body corresponding to the convex lenses and respectively reflecting the display light emitted to the convex lenses in a specific incident angle toward the convex lenses other than the convex lenses to which the display light is emitted. The convex lenses have spherical surfaces or aspheric surfaces so that respectively collect the display light to the reflective members, and emit the display light reflected by the reflective members in a specific output angle.
    • 一个半透明的投影仪屏幕,其上投射有一个倾斜地布置在屏幕前面的显示单元的光线,所述投影屏幕一体地包括:片状主体; 一体地形成在主体的表面上的多个凸透镜; 以及多个反射构件,其设置在与所述凸透镜相对应的所述主体上,并且分别将发射到所述凸透镜的所述显示光以特定的入射角反射到除了发出所述显示光的所述凸透镜之外的所述凸透镜。 凸透镜具有球面或非球面,从而分别将显示光收集到反射构件,并以特定的输出角度发射由反射构件反射的显示光。
    • 9. 发明申请
    • Projector screen and display system
    • 投影机屏幕和显示系统
    • US20090219615A1
    • 2009-09-03
    • US12379701
    • 2009-02-26
    • Hideaki KageyamaYoshiyuki Furuya
    • Hideaki KageyamaYoshiyuki Furuya
    • G03B21/60
    • G03B21/60
    • A translucent projector screen on which light from a display unit disposed obliquely forward of the screen is projected, said projector screen integrally includes: a sheet-shaped main body; a plurality of convex lenses integrally formed on a surface of the main body; and a plurality of reflective members disposed on the main body corresponding to the convex lenses and respectively reflecting the display light emitted to the convex lenses in a specific incident angle toward the convex lenses other than the convex lenses to which the display light is emitted. The convex lenses have spherical surfaces or aspheric surfaces so that respectively collect the display light to the reflective members, and emit the display light reflected by the reflective members in a specific output angle.
    • 一个半透明的投影仪屏幕,其上投射有一个倾斜地布置在屏幕前面的显示单元的光线,所述投影屏幕一体地包括:片状主体; 一体地形成在主体的表面上的多个凸透镜; 以及多个反射构件,其设置在与所述凸透镜相对应的所述主体上,并且分别将发射到所述凸透镜的所述显示光以特定的入射角反射到除了发出所述显示光的所述凸透镜之外的所述凸透镜。 凸透镜具有球面或非球面,从而分别将显示光收集到反射构件,并以特定的输出角度发射由反射构件反射的显示光。