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    • 21. 发明申请
    • Support surface of a device for optically capturing objects
    • 用于光学捕获物体的设备的支撑表面
    • US20050105181A1
    • 2005-05-19
    • US10506901
    • 2003-02-19
    • Martin Wolf
    • Martin Wolf
    • H04N1/10G03B1/00G03B21/10H04N1/107H04N1/195G02B5/18G02B27/42
    • H04N1/195G03B21/10
    • A device for optically capturing objects has a support surface (1) for an object, a light source (4) and a capturing means (5) for capturing the positioned object and for converting the image of the captured object into electrical signals. The light source (4) and the capturing means (5) are each arranged in a specific position relative to the support surface (1). The support surface (1) has a section (6) provided with a curvature determined by the two positions. Said section is arranged so that illuminating beams (2, 3) emitted by the light source can be reflected by the support surface (1) in the direction of the capturing means 5 substantially only in a diffuse manner.
    • 用于光学捕获对象的设备具有用于对象的支撑表面(1),用于捕获定位对象并用于将捕获对象的图像转换为电信号的光源(4)和捕获装置(5)。 光源(4)和捕获装置(5)各自布置在相对于支撑表面(1)的特定位置。 支撑表面(1)具有设置有由两个位置确定的曲率的部分(6)。 所述部分布置成使得由光源发射的照明光束(2,3)可以基本上仅以漫射方式被支撑表面(1)沿捕获装置5的方向反射。
    • 22. 发明授权
    • Solar cell
    • 太阳能电池
    • US4367368A
    • 1983-01-04
    • US264158
    • 1981-05-15
    • Martin Wolf
    • Martin Wolf
    • H01L31/0224H01L31/0352H01L31/068H01L31/06
    • H01L31/068H01L31/022425H01L31/035281Y02E10/547
    • An improved solar cell structure is described wherein the cell's front region is provided with a plurality of raised structures, each structure comprising a multilayer of a highly doped region and a high-low junction. On these raised structures sit the solar cell's conductive grid. By emplacing the multilayer structure directly underneath the front region metallized conductive grid, the efficiency losses which would have been present had the highly doped region extended entirely or partially across the front layer, are avoided and the high surface recombination velocity associated with the grid is masked.
    • 描述了改进的太阳能电池结构,其中电池的前部区域设置有多个凸起结构,每个结构包括高掺杂区域和高低结点的多层。 这些凸起的结构坐在太阳能电池的导电栅上。 通过将多层结构直接放置在前区金属化导电栅格的正下方,避免了高度掺杂的区域完全或部分地跨越前层而存在的效率损失,并且与栅格相关联的高表面复合速度被掩蔽 。