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    • 1. 发明授权
    • Electric lamp with high and low melting point current supply conductor
    • 电灯具有高低熔点电流导体
    • US5557169A
    • 1996-09-17
    • US335512
    • 1994-11-04
    • Franciscus H. Van LieropMathias L. M. Tunissen
    • Franciscus H. Van LieropMathias L. M. Tunissen
    • B23K11/02H01J9/28H01J61/36H01J17/18
    • H01J9/28B23K11/02H01J61/36
    • An electric lamp includes a lamp vessel sealed in a gastight manner and having a wall of ceramic material. A current supply conductor is connected to an electric element arranged in the lamp vessel and issues to the exterior via a lead-through channel in the wall. The current supply conductor has a first part with a comparatively high and a second part with a comparatively low melting point, which parts form a welded joint with mutually facing ends. The first part merges into a narrowing end having a length L and having a circumference O at the transition, which length L is at least one tenth of the circumference O, while the end is embedded at least partly in the end of the second part. This induction has the advantage that the current supply conductor can be manufactured more efficiently and with less wastage.
    • 电灯包括以气密方式密封并具有陶瓷材料壁的灯泡。 电流供应导体连接到布置在灯泡中的电气元件,并通过壁中的引导通道向外部发出。 电流供给导体具有第一部分,具有相对较高的第一部分和具有相对较低熔点的第二部分,该部分形成具有相互面向端部的焊接接头。 第一部分合并成具有长度L并且在转变处具有圆周O的窄端,该长度L至少为圆周O的十分之一,而端部至少部分地嵌入第二部分的端部。 这种感应的优点在于可以更有效地制造电流导体并且浪费更少。
    • 2. 发明授权
    • Metal halide lamp having halide resistant current conductors
    • 金属卤化物灯具有耐卤化电流导体
    • US06590342B1
    • 2003-07-08
    • US09453422
    • 1999-12-02
    • Elisabeth Onnekes-Van Der VoortHendrik DreuningFranciscus H. Van LieropPeter A. SeinenMartin F. C. WillemsenMark Bolech
    • Elisabeth Onnekes-Van Der VoortHendrik DreuningFranciscus H. Van LieropPeter A. SeinenMartin F. C. WillemsenMark Bolech
    • H01J6106
    • H01J61/36
    • The electric lamp has a ceramic lamp vessel (1) having a filling of rare gas and metal halide. Current conductors (2, 3) which support electrodes (4, 5) inside the discharge vessel (1) enter the discharge vessel (1) in a gastight manner through a ceramic sealing compound (6). At least one of the current conductors (2, 3) has inside the lamp vessel (1) a first, halogen-resistant part (21, 31) which is selected from tungsten silicide, molybdenum aluminide, molybdenum boride, pentamolybdenum trisilicide and combinations of at least two of these intermetallic compounds. These compounds have a coefficient of thermal expansion which corresponds to that of the discharge vessel (1). It is thereby prevented that the discharge vessel starts leaking if the ceramic sealing compound (6) extends beyond the first part (21, 31). As a result of their coefficient of thermal expansion, the intermetallic compounds may constitute the second part (22, 32) of the current conductors (2, 3) as well, which part (22, 32) is surrounded by the ceramic sealing compound (6) in a gastight manner.
    • 电灯具有陶瓷灯容器(1),其具有填充稀有气体和金属卤化物。 支撑放电容器(1)内的电极(4,5)的电流导体(2,3)以气密方式通过陶瓷密封化合物(6)进入放电容器(1)。 电流导体(2,3)中的至少一个在灯容器(1)内部具有第一耐卤素部分(21,31),其选自硅化钨,钼铝化物,硼化钼,三硅化钼和三 这些金属间化合物中的至少两种。 这些化合物的热膨胀系数相当于放电容器(1)的热膨胀系数。 因此,如果陶瓷密封化合物(6)延伸超过第一部分(21,31),则防止放电容器开始泄漏。 作为其热膨胀系数的结果,金属间化合物也可以构成电流导体(2,3)的第二部分(22,32),该部分(22,32)被陶瓷密封化合物( 6)以气派的方式。