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    • 5. 发明授权
    • Arc tube for discharge lamp device
    • 电弧管用于放电灯装置
    • US08471473B2
    • 2013-06-25
    • US11593522
    • 2006-11-07
    • Takeshi FukuyoAkira HommaMichio TakagakiShinichi Irisawa
    • Takeshi FukuyoAkira HommaMichio TakagakiShinichi Irisawa
    • H01J17/04
    • H01J61/0732H01J9/02H01J9/445H01J61/0735H01J61/827
    • In a mercury free arc tube provided with a sealed glass chamber in which at least metallic halide for main light emission is sealed as well as rare gas by pinch-sealing both end openings of a glass tube and electrode bars are opposite to each other, the tip of a region projecting into the sealed glass chamber of each the electrode bars is formed of a single crystal. Owing to repetition of ON/OFF of the arc tube, the crystal at the tip of the electrode bar grows but the shape of the electrode end face formed of the single crystal remains unchanged. Further, even if the tip of the electrode bar is gradually consumed by thermal load acting on the tip of the electrode bar, the entire shape of the electrode end face is consumed nearly uniformly so that decline of the luminescent spot does not occur during discharging.
    • 在具有密封玻璃室的无汞电弧管中,至少用于主发光的金属卤化物被密封,以及通过夹紧玻璃管和电极棒的两个端部开口的稀有气体彼此相对, 突出到每个电极棒的密封玻璃室中的区域的尖端由单晶形成。 由于重复电弧管的ON / OFF,电极棒尖端的晶体生长,而由单晶形成的电极端面的形状保持不变。 此外,即使通过作用在电极棒的顶端的热负荷逐渐消耗电极棒的尖端,电极端面的整体形状几乎均匀地消耗,使得放电期间不会发生发光点的下降。
    • 7. 发明授权
    • Mercury-free arc tube for discharge lamp device and method for manufacturing the same
    • 用于放电灯装置的无汞电弧管及其制造方法
    • US08148902B2
    • 2012-04-03
    • US12557133
    • 2009-09-10
    • Michio TakagakiAkira HommaYoshihiro MochizukiTakeshi Fukuyo
    • Michio TakagakiAkira HommaYoshihiro MochizukiTakeshi Fukuyo
    • H01J17/18H01J61/36
    • H01J61/368H01J9/28
    • In a mercury-free arc tube, regions including molybdenum foils 17 of electrode assemblies each of which is formed by connecting and integrating an electrode 16, a molybdenum foil 17, and a lead wire 18, are pinch-sealed where the electrode 16 projects inside a closed glass bulb 12, which encloses luminescent substances, etc. The molybdenum foil 17 is doped with or coated with TiO2 in the form of discontinuous lands and subjected to surface roughening by etching including oxidation and reduction. TiO2 particles or a TiO2 layer exposed on the rough surface 17c of the molybdenum foil 17 increases chemical joining strength to glass and makes deeper, more complicated minute unevenness 17b on the molybdenum foil surface to increase the mechanical joining strength to glass, so that even when a heat stress occurs at the interface between the molybdenum foil and glass in the pinch-sealed portion, foil floating does not occur.
    • 在无汞电弧管中,包括电极组件的钼箔17的区域通过电极16,钼箔17和引线18的连接和集成形成,其中电极组件17的电极组件17被密封,电极16在内部突出 封闭的玻璃泡12,其包围发光物质等。钼箔17掺杂或涂覆有不连续焊盘形式的TiO 2,并通过包括氧化和还原在内的蚀刻进行表面粗糙化。 暴露在钼箔17的粗糙表面17c上的TiO 2颗粒或TiO 2层增加了与玻璃的化学接合强度,并且在钼箔表面上形成更深更复杂的微小凹凸17b以增加与玻璃的机械接合强度,使得即使 在夹紧密封部分的钼箔和玻璃之间的界面处发生热应力,不会发生箔漂浮。