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    • 4. 发明专利
    • DE69707539T2
    • 2002-07-11
    • DE69707539
    • 1997-03-19
    • USHIODENKI KABUSHIKI KAISHA TO
    • ARAI TETSUJIMOROISHI KOUTARO
    • G21K5/00B01J19/12B05C9/14B29C35/08C08J7/00F26B3/28B29C59/16
    • Treating of a workpiece (W) which frequently undergoes heat-induced changes such as deformation, color changes and the like without using a cooling means for the workpiece (W) is achieved by the fact that, of the light which was incident from a rod-shaped lamp (1) on a trough-shaped cold mirror (2), the ultraviolet light (including some of the visible rays and infrared light) is reflected by the trough-shaped cold mirror (2) and by at least one other cold mirror (4,4',5) which is preferably plate-shaped. Furthermore, of the light which was emitted from the rod-shaped lamp (1) and which was incident on the other cold mirror(s) (2,4,4',5), the ultraviolet light (including some of the visible rays and infrared light) is reflected by the other cold mirror(s) (2,4,4',5). The light reflected by the other cold mirror(s) (2,4,4',5) is incident on the plate-shaped heat refraction filter (3) and some of the visible rays are reflected and are incident on a workpiece (W). The light emitted by the rod-shaped lamp (1) is not directly radiated onto the workpiece (W) via the heat refraction filter (3). Therefore, the IR component and the component of the visible rays which are emitted onto the workpiece (W) can be reduced and overheating of the workpiece (W) can be prevented.
    • 9. 发明专利
    • DE10356762A1
    • 2004-07-01
    • DE10356762
    • 2003-12-04
    • USHIODENKI KABUSHIKI KAISHA TO
    • KATOU MASAKISAKAI MOTOHIRO
    • H01J61/86H01J61/04H01J61/06H01J61/36H01J61/54
    • A discharge lamp of the short arc type having an arc tube, a hermetically sealed tube at each of opposite ends of the, a pair of electrodes which are located in the arc tube, electrode rods which support the electrodes, support parts which are each formed by part of one of the hermetically sealed tubes, optionally cylindrical retaining bodies which are each located within and welded to a respective one of the support parts and in which a respective one of the electrode rods time is held securely, and a trigger component which is located on an outer side surface of the support parts, the support parts of the respective hermetically sealed tube and/or the cylindrical retaining bodies are formed of a material that contains a metal or a metallic compound for increasing the dielectric constant. In this way, even with a great distance between the electrodes of the lamp and a high gas filling pressure, the operating properties of the lamp can be improved and it can be reliably operated at a low breakdown voltage.