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    • 1. 发明授权
    • Metal vapor discharge lamp
    • 金属蒸汽放电灯
    • US06469442B2
    • 2002-10-22
    • US09578142
    • 2000-05-24
    • Shunsuke KakisakaShigefumi OdaShiki NakayamaTakashi YamamotoHiroshi Nohara
    • Shunsuke KakisakaShigefumi OdaShiki NakayamaTakashi YamamotoHiroshi Nohara
    • H01J61073
    • H01J61/366H01J61/82
    • A metal vapor discharge lamp includes a discharge tube comprising a translucent ceramic discharge portion that defines a discharge space in which a luminous metal is sealed, slender tube portions provided on both ends of the discharge portion, a pair of electrodes provided with coils at the tips thereof, electrode supports that support the electrodes at one end thereof and extend all the way to the ends of the slender tube portions on the side opposite to the discharge space at the other end thereof, and a sealant for sealing the ends of the slender tube portions on the side opposite to the discharge space so as to attach the electrode supports to the inner surfaces of the slender tube portions, in which X>0.0056P+0.394 is satisfied, where P is a lamp power (W) and X is a distance (mm) from the ends of the coils on the side of the slender tube portions to the ends of the slender tube portions on the side of the discharge space.
    • 一种金属蒸汽放电灯,包括:放电管,包括限定放电空间的半透明陶瓷放电部分,其中发光金属被密封,设置在放电部分两端的细长管部分,在尖端设置有线圈的一对电极 其电极支撑件在其一端支撑电极,并且一直延伸到细长管部分在其另一端的与放电空间相对的一侧的端部,以及用于密封细长管的端部的密封剂 在与放电空间相对的一侧的部分,以将电极支撑件附接到细长管部分的内表面,其中满足X> 0.0056P + 0.394,其中P是灯功率(W),X是 距离细长管部侧的线圈的端部与放电空间侧的细长管部的端部的距离(mm)。
    • 2. 发明授权
    • Compact and stabilized arc high-pressure mercury lamp
    • 紧凑稳定的电弧高压汞灯
    • US06483240B2
    • 2002-11-19
    • US09801085
    • 2001-03-06
    • Daniel Joseph O'HareRichard O. ShaffnerRichard P. Gilliard
    • Daniel Joseph O'HareRichard O. ShaffnerRichard P. Gilliard
    • H01J61073
    • H01J61/0735H01J61/86
    • A high pressure mercury lamp comprises a quartz envelope that contains an atmosphere and a pair of arc-discharge electrodes. These are coil-wound tungsten that has been doped to grain-stabilize the tungsten crystalline structure, e.g., with potassium or potassium and alumina. Preferred potassium doping levels of the tungsten material are in the range of 35-75 ppm. A suitable commercial product of alumina and potassium doped tungsten material is Type BSD-Sylvania. The atmosphere generally comprises a rare gas like xenon, to which is added no more than 0.2 mg/mm3 of mercury so as to keep operating pressure under 200 bar (197 atm). But the electrical power applied is sufficient to maintain arc power loadings of at least 150 watts/mm. The resultant wall loading is more than 0.8 watts/mm2, and lamp operating-power levels can be greater than 150 watts.
    • 高压汞灯包括含有气氛的石英外壳和一对电弧放电电极。 这些是已被掺杂以晶化稳定钨晶体结构的卷绕钨,例如用钾或钾和氧化铝。 钨材料优选的钾掺杂浓度在35-75ppm的范围内。 氧化铝和掺杂钾的钨材料的合适商业产品是BSD-Sylvania型。 气氛通常包括象氙气这样的稀有气体,其中添加不超过0.2mg / mm 3的汞,以保持操作压力在200巴(197atm)以下。 但是所施加的电力足以保持至少150瓦特/毫米的电弧功率负载。 所得到的壁装载量大于0.8瓦特/平方毫米,灯的工作功率水平可以大于150瓦特。
    • 3. 发明授权
    • High pressure discharge lamp of the short arc type
    • 短弧型高压放电灯
    • US06683413B2
    • 2004-01-27
    • US10089687
    • 2002-04-03
    • Keisuke OkuboMitsuru IkeuchiShoji Miyanaga
    • Keisuke OkuboMitsuru IkeuchiShoji Miyanaga
    • H01J61073
    • H01J61/0732H01J61/86
    • The object of the invention is to improve the thermal radiation characteristic of the electrodes in a high pressure discharge lamp of the short arc type in which the input power has been increased in order to increase the amount of radiant light, and to reduce the electrode temperature with high efficiency. The object is achieved as claimed in the invention in a high pressure discharge lamp of the short arc type in the emission tube of which there is a pair of electrodes, in that at least part of the sides of the above described electrodes is provided with a groove area, that the depth D of this groove area is within 12% of the electrode diameter and that the relation D/P is between the depth D of the groove area and the pitch P between the grooves is greater than or equal to 2.
    • 本发明的目的是提高在增加输入功率的短弧型高压放电灯中的电极的热辐射特性,以增加辐射光的量,并且降低电极温度 具有高效率。本发明的目的是在具有一对电极的发射管中的短弧型高压放电灯中实现,其中上述电极的至少一部分侧面 设置有沟槽区域,该沟槽区域的深度D在电极直径的12%以内,并且关系D / P在沟槽区域的深度D和沟槽之间的间距P之间的关系D / P大于或等于 等于2。