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    • 1. 发明申请
    • LIGHT SOURCE APPARATUS
    • 光源设备
    • US20090096956A1
    • 2009-04-16
    • US12335896
    • 2008-12-16
    • Shinichi UEHARAMasao ImaiYoshie Yagi
    • Shinichi UEHARAMasao ImaiYoshie Yagi
    • G02F1/1335F21V7/04
    • G02B6/0046G02B6/0053
    • A light source apparatus permits an angular range of illumination light to be changed, wherein the apparatus can be made thin. A related display apparatus permits a visible angular range to be changed using the light source apparatus. The display apparatus can be mounted in a terminal device, and an optical member and an optical unit can be incorporated in the light source apparatus. The light source apparatus is provided with a light guide plate with a conical sheet. Two light sources are provided on side surfaces of the light guide plate. Two inclined surfaces whose inclination angles to a light output surface differ from each other are formed at a light diffusion surface of the light guide plate. The conical sheet is provided with a flat plate portion on which a plurality of cones are formed. The cones protrude toward the light guide plate.
    • 光源装置允许改变照明光的角度范围,其中可以使设备变薄。 相关的显示装置允许使用光源装置改变可见的角度范围。 显示装置可以安装在终端装置中,并且可以在光源装置中并入光学构件和光学单元。 光源装置设置有具有锥形片的导光板。 在导光板的侧面设置两个光源。 在导光板的光漫射面形成有与光输出面的倾斜角彼此不同的两个倾斜面。 锥形片设置有平板部分,多个锥体形成在该平板部分上。 锥体向导光板突出。
    • 2. 发明申请
    • Light source apparatus, display apparatus, terminal device, optical member and optical unit
    • 光源装置,显示装置,终端装置,光学构件和光学单元
    • US20060077688A1
    • 2006-04-13
    • US11248475
    • 2005-10-13
    • Shinichi UeharaMasao ImaiYoshie Yagi
    • Shinichi UeharaMasao ImaiYoshie Yagi
    • F21V7/04
    • G02B6/0046G02B6/0053
    • A light source apparatus permits an angular range of illumination light to be changed and can be made thin. A related display apparatus permits a visible angular range to be changed using the light source apparatus. The display apparatus can be mounted in a terminal device, and an optical member and an optical unit can be incorporated in the light source apparatus. The light source apparatus is provided with a light guide plate with a conical sheet provided in front. Two light sources are provided on side surfaces of the light guide plate. Two inclined surfaces whose inclination angles to a light output surface differ from each other are formed at a light diffusion surface of the light guide plate. The conical sheet is provided with a flat plate portion on the back side of which a plurality of cones are formed. The cones protrude toward the light guide plate.
    • 光源装置允许改变照明光的角度范围并且可以变薄。 相关的显示装置允许使用光源装置改变可见的角度范围。 显示装置可以安装在终端装置中,并且可以在光源装置中并入光学构件和光学单元。 光源装置设置有在前方设置有锥形片的导光板。 在导光板的侧面设置两个光源。 在导光板的光漫射面形成有与光输出面的倾斜角彼此不同的两个倾斜面。 锥形片在其背侧设置有平板部分,其中形成有多个锥体。 锥体向导光板突出。
    • 3. 发明授权
    • Light guide, light source device, display device and information terminal equipped therewith
    • 导光板,光源装置,显示装置以及配备有信息终端的信息终端
    • US07090388B2
    • 2006-08-15
    • US10848380
    • 2004-05-19
    • Yoshie YagiMasao ImaiGoro SaitoKoji Mimura
    • Yoshie YagiMasao ImaiGoro SaitoKoji Mimura
    • F21V7/04
    • G02B6/0028G02B6/0038G02B6/0046G02B6/0061
    • A light source device which is uniform in the intensity of distribution of an emitted light and high in the optical utilization efficiency, a display device which is high in recognability and is energy-saving, and an information terminal are provided. A reflecting portion is formed on a surface opposed to an emitting surface of a linear light guide. The reflecting portion is periodically formed with a total reflecting surface guiding a light incident on a linear light guide from a point light source, a light extracting surface allowing the light to reflect in such a way as to emit the light guiding the linear light guide from the emitting surface, and a re-incidence plane which takes the light transmitted but not reflected on the light extracting surface into the linear light guide again. By changing the size of the light extracting surface and the re-incidence plane, the intensity of distribution of the emitting light from the linear light guide can be made uniform.
    • 提供发光的分布强度均匀且光利用效率高的光源装置,具有高可识别性并且节能的显示装置和信息终端。 反射部形成在与线状导光体的发光面相对的面上。 反射部周期性地形成有引导从点光源入射到线性导光体上的光的全反射面,允许光反射的光提取表面,以便将引导线性光导的光从 发光面以及将光提取面上透射但未反射的光再次进入线状光导的再入射面。 通过改变光提取表面和再入射平面的尺寸,能够使来自线状导光体的发光的分布强度均匀。