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    • 31. 发明授权
    • Mercury-free metal halide lamp with a fill containing halides of hafnium or zirconium
    • 无汞金属卤化物灯,填充含有铪或锆的卤化物
    • US06483241B1
    • 2002-11-19
    • US09455193
    • 1999-12-06
    • Klaus Stockwald
    • Klaus Stockwald
    • H01J6118
    • H01J61/125H01J61/827
    • A mercury-free metal halide lamp with a light efficiency of at least 70 Im/W and a color rendering index of at least 80 has a ceramic discharge vessel, into which electrodes are introduced in a vacuum-tight manner. The fill comprises the following components: an inert gas which acts as buffer gas, a compound of a halogen X with at least one of the metals hafnium and/or zirconium (referred to below as metal halide HZM), this halide being referred to below as HZH for short, HZH simultaneously performing tasks of voltage gradient formation and of promoting the cycle, a light generator comprising at least a further metal halide, at least one further metal halide MYn which vaporizes readily and is used as voltage gradient generator, the specific molar content of HZH being greater than or equal to 3 &mgr;mol/cm3. In addition, the following relationship applies: 5≦(X+Y)/HZM≦15, resulting in a lamp service life of more than 5000 hours.
    • 具有至少70Im / W的光效率和至少80的显色指数的无汞金属卤化物灯具有陶瓷放电容器,电极以真空密封的方式引入到该陶瓷放电容器中。 填充物包括以下组分:用作缓冲气体的惰性气体,卤素X与至少一种金属铪和/或锆(以下称为金属卤化物HZM)的化合物,该卤化物参见下文 作为简单的HZH,HZH同时执行电压梯度形成和促进循环的任务,包括至少另外的金属卤化物的光发生器,至少一种容易蒸发并用作电压梯度发生器的另外的金属卤化物MYn,具体 HZH的摩尔含量大于或等于3mumol / cm3。 此外,以下关系适用:5 <=(X + Y)/ HZM <= 15,导致灯寿命超过5000小时。
    • 32. 发明授权
    • Mercury-free metal halide lamp
    • 无汞金属卤化物灯
    • US06469446B1
    • 2002-10-22
    • US09631841
    • 2000-08-03
    • Klaus Stockwald
    • Klaus Stockwald
    • H01J6112
    • H01J61/125
    • Mercury-free metal halide lamp with a warm white luminous color, the fill of which comprises the following components: an inert gas which acts as a buffer gas; a first group of metal halides (MH), the boiling point of which is above 1000° C. (preferably above 1150° C.), the first group comprising at least Dy and Ca used simultaneously as metals, and the molar ratio of the two metal halides Ca-MH:Dy-MH being between 0.1 and 10; these are components with a low volatility which are present in saturated form; a second group of metal halides, the boiling point of which is below 1000° C. (preferably below 900° C.), the second group comprising at least one of the elements In, Zn, Hf, Zr as metals; these are volatile components which are mostly present in unsaturated form; the total fill quantity of the first group of metal halides being between 5 and 100 &mgr;mol/cm3; the total fill quantity of the second group of metal halides being between 1 and 50 &mgr;mol/cm3; and the color temperature being between 2700 and 3500 K; the general color rendering index being at least Ra=90, while at the same time the red rendering index is at least R9=60.
    • 具有暖白色发光颜色的无汞金属卤化物灯,其填充物包括以下组分:用作缓冲气体的惰性气体; 第一组金属卤化物(MH),其沸点高于1000℃(优选高于1150℃),第一组至少包含Dy和Ca同时作为金属使用,并且其摩尔比 两种金属卤化物Ca-MH:Dy-MH在0.1和10之间; 这些是具有低挥发性的组分,其以饱和形式存在; 第二组金属卤化物,其沸点低于1000℃(优选低于900℃),第二组包括作为金属的元素In,Zn,Hf,Zr中的至少一种元素; 这些是主要以不饱和形式存在的挥发性组分; 第一组金属卤化物的总填充量为5至100mumol / cm 3; 第二组金属卤化物的总填充量为1至50mumol / cm 3; 色温在2700〜3500K之间; 一般显色指数至少为Ra = 90,同时红色渲染指数至少为R9 = 60。
    • 35. 发明申请
    • HIGH-PRESSURE DISCHARGE LAMP
    • 高压放电灯
    • US20120146497A1
    • 2012-06-14
    • US13377166
    • 2010-05-27
    • Klaus Stockwald
    • Klaus Stockwald
    • H01J61/32H01J61/073
    • H01J61/523H01J61/30H01J61/82
    • In various embodiments, a high pressure discharge lamp may comprise a ceramic elongate discharge vessel with an axis and with a central middle part and two tapering ends, wherein the ends are closed by seals containing electrode systems, and wherein a filling comprising metal halides is situated in the discharge vessel, in which the lamp further comprises a fin-like structure including at least three fins located on at least one tapering end, the structure comprising an attachment having a leading root directly on the discharge vessel and having a trailing root from which an undercut extends in the direction of the seal, wherein the axial length of the attachment is chosen and wherein the axial length of the undercut is at least 30% of the length of the attachment.
    • 在各种实施例中,高压放电灯可以包括具有轴线并且具有中央中间部分和两个锥形端部的陶瓷细长放电容器,其中端部由包含电极系统的密封封闭,并且其中包括金属卤化物的填充物 在放电容器中,其中灯还包括翅片状结构,其包括位于至少一个锥形末端上的至少三个翅片,该结构包括具有直接在放电容器上的前根并具有后根的附件, 底切沿密封件的方向延伸,其中选择附件的轴向长度,并且其中底切的轴向长度为附件长度的至少30%。
    • 36. 发明申请
    • High pressure discharge lamp
    • 高压放电灯
    • US20110279031A1
    • 2011-11-17
    • US13146409
    • 2010-02-02
    • Klaus Stockwald
    • Klaus Stockwald
    • H01J61/20H01J61/16H01J61/18
    • H01J61/125
    • In various embodiments, a high pressure discharge lamp may include a ceramic discharge vessel which contains two electrodes and a metal halide filling in a discharge volume V, wherein the filling contains a starting gas that is selected individually or in mixture from the group of the noble gases, wherein the filling moreover contains metal halides that are selected individually or in mixture from the group MXn, M being a representative from the group In, Zn, Mg, Mn, Al, Tl, Sn, Sc, Hg and X being a representative from the group I, Br, Cl, wherein moreover the filling contains a stoichiometric excess of the metallic portion M in relation to MXn, wherein the concentration of the metallic portion is in the range from 0.1 to 20 mg/cm3.
    • 在各种实施例中,高压放电灯可以包括陶瓷放电容器,其包含两个电极和在放电容积V中填充的金属卤化物,其中填充物包含单独选择的起始气体或与贵族 气体,其中填充物还含有金属卤化物,该金属卤化物可单独选择或与MXn组成混合物,M代表In组,Zn,Mg,Mn,Al,Tl,Sn,Sc,Hg和X为代表 从组I,Br,Cl中,此外,填充物含有相对于MXn的金属部分M的化学计量过量,其中金属部分的浓度在0.1至20mg / cm 3的范围内。
    • 37. 发明申请
    • ELECTRODELESS HIGH PRESSURE DISCHARGE LAMP
    • 无极高压放电灯
    • US20100231127A1
    • 2010-09-16
    • US12720769
    • 2010-03-10
    • Klaus Stockwald
    • Klaus Stockwald
    • H01J61/82
    • H01J65/044H01J5/48H01J61/34
    • An electrodeless high pressure discharge lamp is described. The lamp includes a resonating body configured to provide microwave energy and a discharge vessel, the discharge vessel containing a fill that forms a lightemitting plasma when receiving the microwave energy. The lamp further includes an outer bulb surrounding the discharge vessel. The lamp further includes a support structure within the outer bulb, the support structure comprising a plurality of wires forming a cage, wherein each end of each of the plurality of wires are directed to either end of the discharge vessel. The lamp further includes a first wire structure configured to hold the discharge vessel in place within the cage and surrounding each end of the discharge vessel.
    • 描述了一种无电极高压放电灯。 该灯包括构造成提供微波能量的谐振体和放电容器,放电容器包含在接收微波能量时形成发光等离子体的填充物。 灯还包括围绕放电容器的外灯泡。 所述灯还包括在所述外灯泡内的支撑结构,所述支撑结构包括形成保持架的多根线,其中所述多根线中的每一根的每个端部被引导到所述放电容器的任一端。 该灯还包括第一线结构,其被配置为将放电容器保持在保持架内的适当位置并围绕放电容器的每一端。
    • 39. 发明申请
    • Ceramic Arc Discharge Vessel and Method of Manufacture
    • 陶瓷放电容器及其制造方法
    • US20080047665A1
    • 2008-02-28
    • US11467270
    • 2006-08-25
    • Jeffrey T. NeilKlaus StockwaldVictor E. Perez
    • Jeffrey T. NeilKlaus StockwaldVictor E. Perez
    • B29C65/00H01J17/16
    • H01J61/302C04B35/115C04B37/001C04B2237/343H01J9/247
    • A method of forming a hollow ceramic body (10) comprising the steps of: forming a first section half (12) with a given wall thickness T and a second section half (14) with the given wall thickness T, the first section half and the second section half containing a binder material; forming a first joining surface (16) on the first section and forming a second joining surface (18) on the second section, the first joining surface 16 and the second joining surface 18 having a wall thickness T1 thinner than the given thickness; simultaneously heating the first and second joining surfaces (16, 18) to cause localized melting of the binder material; initially contacting the first joining surface with the second joining surface to form an interface region; and applying compression to the interface region to join the first section (12) to the second section (14) without the protrusion of any material into a discharge space (20) formed when the first section (12) and the second section (14) are joined.
    • 一种形成中空陶瓷体(10)的方法,包括以下步骤:形成具有给定壁厚T的第一部分半部(12)和具有给定壁厚T的第二部分半部(14),第一部分半部和 第二部分半部分含有粘合剂材料; 在所述第一部分上形成第一接合表面(16)并且在所述第二部分上形成第二接合表面(18),所述第一接合表面16和所述第二接合表面18具有壁厚T 1 比给定厚度薄; 同时加热第一和第二接合表面(16,18)以引起粘合剂材料的局部熔化; 最初使所述第一接合表面与所述第二接合表面接触以形成界面区域; 以及将压缩施加到所述界面区域以将所述第一部分(12)连接到所述第二部分(14),而不会使任何材料突出到当所述第一部分(12)和所述第二部分(14)形成时形成的放电空间(20) 被加入。