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    • 2. 发明公开
    • A high pressure discharge lamp with a thermally improved anode and method of making
    • 具有它们的制备改进的热行为和过程的阳极高压放电灯。
    • EP0579429A1
    • 1994-01-19
    • EP93305242.5
    • 1993-07-05
    • GENERAL ELECTRIC COMPANY
    • Mathews, Paul GeorgeGiordano, Rocco ThomasAllen, Gary RobertDever, Timothy PeterVarga, Viktor KarolyJohnson, Jeffrey Donald
    • H01J61/073
    • H01J61/0732H01J9/02H01J61/0735H01J61/526
    • A high pressure discharge lamp (10) with a thermally improved anode (18), as well as a method of making such a lamp, are disclosed. The lamp includes a refractory arc tube (12) with a hermetically sealed arc chamber (14), a fill in the arc chamber for facilitating light generation, and an anode (18) and a cathode (16) extending into the hermetically sealed arc chamber (14) and being spaced apart from each other. The anode (18) comprises a shank of refractory metal (20), a cylindrically shaped refractory metal sleeve (318b) on a portion of the shank (20), and an end proximally facing the cathode (16). The anode (18) end comprises a substantially solid mass of refractory metal, and is integrally joined to both the shank (20) and the metal sleeve (318b) to facilitate heat flow from the anode (18) end to the shank (20) and sleeve (312b). The anode (18) end preferably is generally shaped as a hemisphere facing the cathode (16). The fill may comprise mercury, metal halide, and xenon at a relatively high fill pressure. The anode (18) may be formed by, first, providing a refractory metal shank (20), and placing a refractory metal sleeve (318b), e.g., one or more layers of a helically wound refractory metal wire, along a portion of the shank (20), to form a sleeve-shank combination. A portion of the sleeve-shank combination, facing downwards, is then heated sufficiently to cause metal from the sleeve-shank combination to ball up and form an anode end that integrally joins both the shank (20) and the metal sleeve (318b). The heating is preferably sufficient to cause the anode (18) end to ball up into a generally hemispherical shape.
    • 一种高压放电灯(10)具有热改善阳极(18),以及制备检测灯的方法中,游离缺失光盘。 该灯包括一耐火弧光管(12)配有一个密封的电弧室(14),在所述电弧室中促进光产生的填充,并且在延伸到气密密封的电弧室中的阳极(18)和阴极(16) (14)和从海誓山盟隔开。 阳极(18)包括难熔金属(20),在杆部(20)的一部分的圆筒形难熔金属套筒(318B)的柄部,并结束面向近侧的阴极(16)。 阳极(18)的端部包括难熔金属的基本上固体的质量,并且一体地连接到两个柄部(20)和所述金属套筒(318B),以促进从阳极(18)端部到柄部的热流(20) 和套筒(312B)。 阳极(18)端部优选地基因反弹成形为面向所述阴极(16)一个半球。 填充可以在相对高的填充压力包括汞,金属卤化物和氙。 阳极(18)可通过首先形成,提供了一个难熔金属柄(20),以及将难熔金属套筒(318B),例如,螺旋缠绕的难熔金属丝的一个或多个层,沿的一部分 柄(20),以形成一套筒柄组合。 套筒柄组合的一部分,面向下,然后加热到足以从套筒柄组合导致金属球向上和形式在阳极侧并一体地连接两个柄部(20)和所述金属套筒(318B)。 加热优选为足以使阳极(18)端,球成一个基因反弹半球形。
    • 9. 发明公开
    • Single arc discharge headlamp with light switch for high/low beam operation
    • 具有用于高/低光束操作的光开关的单个电弧放电头灯
    • EP0428360A3
    • 1992-03-04
    • EP90312330.5
    • 1990-11-12
    • GENERAL ELECTRIC COMPANY
    • Allen, Gary RobertHansler, Richard LowellDavenport, John Martin
    • F21M3/18
    • B60Q1/1438F21S41/645
    • An arc discharge headlamp system employs a single continuously operating arc discharge source to provide both high and low beam patterns. The continuously operating arc discharge increases lamp life and eliminates the problem in arc light source headlamp systems of momentary dimming when switching to high beam operation due to mercury condensing within source. The headlamp (10) has an arc light source (14) mounted horizontally within a reflector (12). Light from the arc light source is reflected by the reflector through a lens (15) to form a low beam pattern. A mirror (22) within the reflector is positioned to form a virtual image (24) of the light source, which is directed towards a second lens (26) concentric with the first lens to form a high beam pattern when combined with the low beam pattern. Switching between the high beam and low beam patterns is accomplished in a variety of ways. In the preferred embodiment, the second lens incorporates an electrically responsive light valve (34) which either passes or blocks the virtual image of the arc light source. Alternatively, the mirror may be moved between a position that directs the virtual image through the lens to a position where the virtual image is not directed through the lens. Rather than moving the mirror, it may be blocked with a mask during low beam operation.
    • 电弧放电前照灯系统采用单个连续工作的电弧放电源来提供高光束和低光束图案。 连续工作的电弧放电增加了灯的使用寿命,消除了由于源极内的汞冷凝而切换到远光灯操作时,瞬时调光的电弧光源前照灯系统的问题。 前照灯(10)具有水平安装在反射器(12)内的电弧光源(14)。 来自电弧光源的光通过透镜(15)被反射器反射以形成低光束图案。 反射器内的反射镜(22)被定位成形成光源的虚拟图像(24),该虚拟图像(24)指向与第一透镜同心的第二透镜(26),以在与近光束组合时形成远光图案 模式。 以多种方式实现远光束和近光束图案之间的切换。 在优选实施例中,第二透镜包括电响应光阀(34),其通过或阻挡电弧光源的虚像。 或者,反射镜可以在将虚拟图像引导通过透镜的位置到虚拟图像未被引导通过透镜的位置之间移动。 而不是移动镜子,它可能在低光束操作期间被掩模阻挡。