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    • 21. 发明授权
    • High intensity discharge device containing oxytrihalides
    • 含有三氯化铁的高强度放电装置
    • US4672267A
    • 1987-06-09
    • US848435
    • 1986-04-04
    • Walter P. LapatovichWilliam M. KeeffeRichard W. LiebermannJakob Maya
    • Walter P. LapatovichWilliam M. KeeffeRichard W. LiebermannJakob Maya
    • H01J61/20H01J65/04
    • H01J65/046H01J61/20
    • A fill composition for a high intensity discharge device including mercury, niobium oxytrihalide, and a molecular stabilization agent is provided. The molar ratio of niobium oxytrihalide to the molecular stabilization agent in the fill is in the range of from about 5:1 to about 7.5:1. Niobium oxytrihalide is present in the fill in sufficient amount to produce, by dissociation in the discharge, atomic niobium, niobium oxide, NbO, and niobium dioxide, NbO.sub.2, with the molar ratio of niobium-containing vapor species to mercury in the fill being in the range of from about 0.01:1 to about 0.50:1; and mercury pressure of about 1 to about 50 atmospheres at lamp operating temperature. There is also provided a high intensity discharge device comprising a sealed light-transmissive arc tube; the arc tube including the above-described fill; and an energizing means for producing an electric discharge within the arc tube.
    • 提供了一种用于包括汞,三氧化铌和分子稳定剂的高强度放电装置的填充组合物。 填充物中三氧化铱与分子稳定剂的摩尔比在约5:1至约7.5:1的范围内。 氧化铌存在于填充物中,足以通过在放电中解离产生原子铌,氧化铌,NbO和二氧化铌NbO 2,其中含铌的蒸气物质与填充物中的汞的摩尔比在 范围为约0.01:1至约0.50:1; 在灯工作温度下约1至约50个大气压的汞压。 还提供了一种高强度放电装置,其包括密封的透光电弧管; 包括上述填充物的电弧管; 以及用于在电弧管内产生放电的激励装置。
    • 22. 发明授权
    • Dielectric-loaded field applicator for EHID lamps and EHID lamp assembly containing same
    • 用于EHID灯的电介质负载场施加器和含有它的EHID灯组件
    • US08476831B2
    • 2013-07-02
    • US13147220
    • 2010-02-25
    • Walter P. Lapatovich
    • Walter P. Lapatovich
    • H01J65/04
    • H01J65/048H01J65/044
    • A dielectric-loaded field applicator and an EHID lamp assembly are provided wherein the applicator comprises a helical resonator having a cylindrical dielectric core and a helical conductor, the dielectric core having a helical groove extending along its surface substantially from end to end; the helical conductor being contained in the helical groove and connectable at one end to a power source, the dielectric core being comprised of a dielectric material having a relative permittivity greater than about 3, preferably polycrystalline alumina. The EHID lamp assembly includes two opposed dielectric-loaded applicators with a discharge vessel supported between them.
    • 提供了一种电介质负载场施加器和EHID灯组件,其中施加器包括具有圆柱形介质芯和螺旋形导体的螺旋谐振器,该介质芯具有沿其表面基本上从端到端延伸的螺旋槽; 螺旋形导体包含在螺旋槽中并且在一端可连接到电源,该电介质芯由介电常数大于约3的电介质材料构成,优选为多晶氧化铝。 EHID灯组件包括两个相对的介电负载施加器,其间具有放电容器。
    • 24. 发明申请
    • LED LIGHT SOURCE
    • LED光源
    • US20110310608A1
    • 2011-12-22
    • US12818864
    • 2010-06-18
    • Walter P. LapatovichDavid W. HambyWilliam D. KoenigsbergAdam M. Scotch
    • Walter P. LapatovichDavid W. HambyWilliam D. KoenigsbergAdam M. Scotch
    • F21S4/00F21V29/00
    • F21V29/56F21K9/00F21V7/06F21V7/08F21V7/09F21V7/22F21V29/86F21V29/89F21Y2107/30F21Y2115/10
    • A lamp (10) has a concave reflector (12) that includes an opening (14) in the bottom thereof and is substantially symmetrically arrayed about a longitudinal axis (16). A light source (18) is positioned in the opening (14) and has a symmetry axis (19) that is coaxial with the longitudinal axis (16) of the reflector (12). The light source (18) comprises a hollow ceramic member (20) with an inner surface (22) and an outer surface (24). First and second electrically conductive traces (26, 28) and first and second rows (29, 31) of first and second electrically conductive pads (30, 32) connected by the electrically conductive traces (26, 28) are formed on the outer surface (24). Light emitting diodes (34) are associated with at least some of the electrically conductive pads (30, 32); and a heat-conducting mechanism (36) is contained within the hollow ceramic member (20) for removing heat generated by the light emitting diodes (34) when the light emitting diodes (34) are operating.
    • 灯(10)具有在其底部包括开口(14)并围绕纵向轴线(16)基本上对称排列的凹面反射器(12)。 光源(18)定位在开口(14)中并且具有与反射器(12)的纵向轴线(16)同轴的对称轴线(19)。 光源(18)包括具有内表面(22)和外表面(24)的中空陶瓷构件(20)。 通过导电迹线(26,28)连接的第一和第二导电迹线(26,28)和由导电迹线(26,28)连接的第一和第二导电焊盘(30,32)的第一和第二行(29,31)形成在外表面 (24)。 发光二极管(34)与至少一些导电焊盘(30,32)相关联; 并且在所述中空陶瓷构件(20)内容纳有导热机构(36),用于当所述发光二极管(34)工作时除去由所述发光二极管(34)产生的热量。
    • 30. 发明授权
    • Electrodeless high intensity discharge lamp energized by a rotating
electric field
    • 无电极高强度放电灯由旋转电场通电
    • US5498928A
    • 1996-03-12
    • US248921
    • 1994-05-24
    • Walter P. LapatovichScott J. ButlerJason R. Bochinski
    • Walter P. LapatovichScott J. ButlerJason R. Bochinski
    • H01J65/04H05B41/24
    • H05B41/24H01J65/046
    • An electrodeless high intensity discharge lamp includes a lamp capsule containing a fill material for emitting radiation upon excitation by high frequency electromagnetic energy, a plurality of applicators spaced around a lamp capsule for nonresonant coupling of high frequency energy to the lamp capsule, a high frequency source for supplying high frequency power, and a power splitter and phase shifter for coupling high frequency power from the source to the applicators such that an electric field applied to the lamp capsule rotates at the frequency of the source. The applied high frequency energy is distributed over the lamp capsule so that the tendency for lamp envelope hot spots is reduced. Preferably, four helical couplers are spaced at 90.degree. intervals around the lamp capsule. The high frequency power applied to adjacent applicators is shifted in phase by 90.degree..
    • 一种无电极高强度放电灯包括:一个灯壳,其包含用于通过高频电磁能激发而发射辐射的填充材料;多个施加器,其围绕灯泡间隔开,用于将高频能量非共振耦合到灯壳;高频源 用于提供高频功率;以及功率分配器和移相器,用于将来自源的高频功率耦合到施加器,使得施加到灯壳的电场以源的频率旋转。 施加的高频能量分布在灯壳上,使得灯泡热点的趋势减小。 优选地,四个螺旋耦合器围绕灯泡间隔90度。 施加到相邻施加器的高频功率相移90度。