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    • 91. 发明授权
    • Automotive reflection type display apparatus
    • 汽车反射型显示装置
    • US5229754A
    • 1993-07-20
    • US653331
    • 1991-02-11
    • Kunimitsu AokiYoshiyuki Furuya
    • Kunimitsu AokiYoshiyuki Furuya
    • B60K35/00G02B27/00G02B27/01G09F9/00
    • G02B27/0101B60K2350/1064B60K2350/2052G02B2027/0118G02B2027/0165
    • The prism reflector installed immediately above an indicator's display surface consists of a prism and a flange portion that is flush with one surface of the prism and which extends from the periphery of that surface. The surface of the prism and the flange portion form a reflecting surface. A reflector plate is arranged to face the reflecting surface of the prism reflector and has a concave surface, whose light axis is inclined with respect to the reflecting surface of the prism reflector toward the thicker side of the prism. Light from the indicator's display enters the prism, is refracted as it leaves the reflecting surface, and travels toward the reflector plate's concave surface, which reflects the incident light back toward the reflecting surface of the prism reflector, which then reflects it toward the driver's viewing point. Because the light travels back and forth between the reflecting surface and the reflector plate, a long light path is obtained for effective remote display while keeping the apparatus compact. The reflector plate's concave surface enlarges the indicator display image, so that a large virtual image can be formed at a remote location from the driver.
    • 安装在指示器显示表面正上方的棱镜反射体由棱镜和与棱镜的一个表面齐平且从该表面的周边延伸的凸缘部分组成。 棱镜和凸缘部分的表面形成反射表面。 反射板被布置为面对棱镜反射体的反射面,并具有凹面,其光轴相对于棱镜反射体的反射面向棱镜的较厚侧倾斜。 来自指示器的显示器的光进入棱镜,当它离开反射表面时被折射,并且朝着反射板的凹面移动,该反射板的凹面将入射光反射回棱镜反射器的反射面,然后将其反射向驾驶员的观看 点。 因为光在反射面和反射板之间来回移动,所以获得有效的远程显示的长光路,同时保持设备的紧凑。 反射板的凹面扩大了指示器显示图像,从而可以在远离驱动器的位置形成大的虚像。
    • 94. 发明授权
    • Automotive display system
    • 汽车显示系统
    • US4986631A
    • 1991-01-22
    • US548522
    • 1990-07-05
    • Kunimitsu AokiYasuhiro MiyazawaHiroshi IchikawaYoshiyuki Furuya
    • Kunimitsu AokiYasuhiro MiyazawaHiroshi IchikawaYoshiyuki Furuya
    • G02B5/04B60K35/00G02B27/00G02B27/01G02B27/02
    • G02B27/0101B60K2350/1064G02B2027/0165
    • An automotive display system for a vehicle comprises a display having a display screen, a reflecting mirror disposed with its reflecting surface facing the display screen of the display, and a prism disposed between the display and the reflecting mirror. Light rays emanated from the display enter the prism through a first surface of the prism, are transmitted through the prism and fall on the reflecting surface of the reflecting mirror and are reflected by the reflecting mirror. The light rays reflected by the reflecting mirror travel along a path coinciding with or nearly coinciding with the path of travel of the light rays incident on the reflecting surface of the reflecting mirror and are reflected again by the second surface of the prism toward the driver's eye. The light rays travel from the second surface of the prism to and from the reflecting mirror through a comparatively long optical path in a relatively small space for effective remote displaying. Thus, the automotive display system can be formed in a compact construction.
    • 一种用于车辆的汽车显示系统,包括具有显示屏的显示器,设置在其反射表面上面向显示器的显示屏的反射镜以及设置在显示器和反射镜之间的棱镜。 从显示器发出的光线通过棱镜的第一表面进入棱镜,透射穿过棱镜并落在反射镜的反射表面上并被反射镜反射。 由反射镜反射的光线沿着与入射在反射镜的反射表面上的光线的行进路径重合或几乎重合的路径行进,并被棱镜的第二表面再次反射到驾驶员的眼睛 。 光线从棱镜的第二表面通过比较长的光路在相对较小的空间中从反射镜行进并从反射镜行进,用于有效的远程显示。 因此,可以以紧凑的结构形成汽车显示系统。