首页> 外国专利> Lighting device for a vehicle with two symmetrical reflection plates, a centre line, a left lens and a right lens

Lighting device for a vehicle with two symmetrical reflection plates, a centre line, a left lens and a right lens

机译:具有两个对称反射板的车辆的照明装置,中心线,左镜头和右镜头

摘要

Lighting device for a vehicle to produce a multitude of three-dimensional images from a single light source (100), comprising:the only light source (100) to emit light for the multitude of three-dimensional images in one direction;reflectors (200) which are symmetrically located on opposite sides of the light source (100) and reflect light from the light source (100), the reflectors (200) comprising a left reflecting plate (220) and a right reflecting plate (240); are arranged symmetrically on the two opposite sides of the light source (100);where a collector nano-array (300) is positioned between the left reflecting plate (220) and the right reflecting plate (240) in the direction of the light source (100); andwhere the collector nano-array (300) receives light from the light source (100) and reflected light from the reflectors (200) and has several lenses for collecting light, and has a angular shape in relation to the light source (100), so that the multitude of three-dimensional images is formed by the light from the light source (100);where the assembly line (300) comprises a centre line (320) and a left lens (340) and a right lens (360) angled from the centre line (320) at a specified angle and extending from both ends of the centre line (320);where the light source (100) is positioned in a central normal line to the centre line (320), and a virtual light source (100a) for a left virtual image and a virtual light source (100b) for a right virtual image in a central normal line of the left lens (340), respectively. are positioned on a central normal line of the right lens (360).
机译:用于车辆的照明装置从单个光源(100)产生多个三维图像,包括:唯一的光源(100)在一个方向上发光的众多三维图像;反射器(200)对称地位于光源(100)的相对侧并从光源(100)反射光,所述反射器(200)包括左反射板(220)和右反射板(240) ;对称地布置在光源(100)的两个相对侧上;当集电极纳米阵列(300)位于光源(100)的方向上位于左反射板(220)和右反射板(240)之间;和其中集电极纳米阵列(300)从光源(100)接收光并从反射器(200)中反射光并且具有用于收集光的几个透镜,并且具有与光源(100)相关的角形,因此,来自光源(100)的光形成多个三维图像;其中装配线(300)包括中心线(320)和左透镜(340),并且右透镜(360)以指定的角度从中心线(320)成角度,并且从中心线的两端延伸( 320);当光源(100)位于中心线(320)的中心线(320),以及用于左虚拟图像的虚拟光源(100a),以及用于右虚拟图像的虚拟光源(100a)左透镜(340)的中央正常线。定位在右透镜(360)的中央正常线上。

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