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    • 3. 发明申请
    • Optical glare limiter
    • 光学眩光限制器
    • US20050083673A1
    • 2005-04-21
    • US10495608
    • 2001-11-19
    • Uwe Braun
    • Uwe Braun
    • B60J3/02B60Q3/00B60Q3/02F21V8/00F21W11/02
    • G02B6/0083B60Q3/252B60Q3/64B60Q3/68B60Q3/72G02B6/004G02B6/0073G02B6/0075G02B6/0086
    • The invention relates to an optical anti-dazzle device, more particularly for motor vehicles, with a light receiving component (2) and a light source (3), the light emission of which can be controlled in dependence on the light emission of a source of dazzle. In order to achieve such a relatively large, mainly homogeneously shining surface in such a anti-dazzle device in spite of its compact, flat dimensions, according to the invention the light source (3) is assigned a flat light guide (5) with at least one narrow edge surface (6) and at least one flat light emission surface (10), wherein the light from the light source (3) can be launched via the narrow edge surface (6), and the area of the light emission surface (10) is a multiple of the area of the narrow edge surface used for launching light. Another form of embodiment of the anti-dazzle device according to the invention consists in the light source being formed by a luminous film, which can be activated by an electronic device in such a way that the luminous film forms an essentially homogeneously shining surface. A further embodiment of the anti-dazzle device according to the invention consists in the light source comprising organic light-emitting diodes which are arranged on at least one glass carrier or at least one flexible, transparent carrier made of plastic.
    • 本发明涉及一种具有光接收部件(2)和光源(3)的机动车辆的光学防眩光装置,其光发射可以根据源的光发射来控制 令人眼花缭乱 为了在这种抗眩光装置中实现这种相对较大的,主要均匀地发光的表面,尽管其尺寸紧凑,扁平,根据本发明,光源(3)被分配有平坦的光导(5) 至少一个窄边缘表面(6)和至少一个平坦光发射表面(10),其中来自光源(3)的光可经由窄边缘表面(6)发射,并且光发射表面 (10)是用于发射光的窄边缘表面的面积的倍数。 根据本发明的防炫目装置的另一形式的实施例在于光源由发光膜形成,该发光膜可以由电子装置激活,使得发光膜形成基本均匀的发光表面。 根据本发明的抗眩光装置的另一个实施例在于包括布置在至少一个玻璃载体上的有机发光二极管的光源或至少一个由塑料制成的柔性透明载体。
    • 7. 发明申请
    • ILLUMINATION APPARATUS FOR GLARE-FREE ILLUMINATION, USE OF THE ILLUMINATION APPARATUS, METHOD AND ARRANGEMENT HAVING THE ILLUMINATION APPARTATUS
    • 用于无光照明的照明设备,照明设备的使用,具有照明灯的方法和布置
    • US20130188351A1
    • 2013-07-25
    • US13744640
    • 2013-01-18
    • DIEHL AEROSPACE GMBH
    • Frank SCHMID
    • F21V9/00
    • B60Q3/72B60K37/02B60Q3/12
    • The invention is based on the object of proposing an improved illumination apparatus for glare-free illumination of an area monitored by a night vision device.For this purpose, an illumination apparatus for glare-free illumination of an area monitored by a night vision device is proposed, the night vision device picking up light of wavelength greater than a limiting wavelength, having an illumination device which comprises at least one LED, the illumination device being designed to emit light with light fractions in the visible region, and having an optical filter device which is designed as an interference filter device, a transmission of the optical filter device being greater, in a visible wavelength region below the limiting wavelength, than 80%, preferably greater than 90% for the light of the illumination device in the visible wavelength region, and being less, in a red wavelength region above the limiting wavelength, than 1%, preferably less than 0.1% for the light of the illumination device in the red wavelength region.
    • 本发明的目的是提出一种用于由夜视装置监视的区域的无眩光照明的改进的照明装置。 为此,提出了一种用于由夜视装置监视的区域的无眩光照明的照明装置,夜视装置拾取波长大于限制波长的光,具有包括至少一个LED的照明装置, 所述照明装置被设计为在所述可见光区域中以轻馏分发光,并且具有被设计为干涉滤光器装置的滤光器装置,所述滤光器装置的透射率在所述限制波长以下的可见波长区域中更大 对于可见光波长区域中的照明装置的光而言,超过80%,优选大于90%,并且在限制波长以上的红色波长区域中,对于光可见波长区域的光的1%,优选小于0.1% 在红色波长区域的照明装置。
    • 8. 发明授权
    • Optical glare limiter
    • 光学眩光限制器
    • US06568738B1
    • 2003-05-27
    • US10049118
    • 2002-02-08
    • Uwe Peter Braun
    • Uwe Peter Braun
    • B60J300
    • B60Q3/72
    • An optical glare limiter uses an electrical power source, typically of a motor vehicle. It includes a light sensor component and a light source. The light from the glare limiter light source falling on a reflecting surface depends on the intensity of the light falling on the light sensor component from an external blinding source and can be regulated electronically so that the light in the driver's field of vision has a contrast that is almost homogeneous and widespread with the effect of reducing the blinding effect.
    • 光学眩光限制器使用通常为汽车的电源。 它包括光传感器部件和光源。 来自眩光限制器光源的光落在反射面上取决于来自外部致盲源落在光传感器部件上的光的强度,并且可以以电子方式进行调节,使得驾驶员的视场中的光具有对比度 几乎是均匀和广泛的,具有减少盲目效应的作用。