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    • 1. 发明授权
    • Internal lamp reflector
    • 内部灯反射器
    • US4964829A
    • 1990-10-23
    • US319220
    • 1989-03-03
    • Arnold E. Westlund, Jr.John M. BoydRaymond T. Fleming
    • Arnold E. Westlund, Jr.John M. BoydRaymond T. Fleming
    • H01K1/26
    • H01K1/26
    • A improved projector lamp with an internal reflector may be made by forming the reflector from pure aluminum, or an aluminum alloy not including amounts of vaporizable materials. Anodized aluminum is not used. A pure aluminum reflector is mechanically polished and chemically etched to attain a high level of reflectivity. The quality of the surface finish is retained by enclosing the reflector in an oxygen free lamp. The high purity aluminum acts as a getter for oxygen, and other detrimental contaminants, thereby tending to extend the lamp life and maintain lamp output. Since aluminum is lighter weight than the previous reflector materials, the lamps do not suffer as much breakage during manufacture and shipping.
    • 具有内部反射器的改进的投影灯可以通过从纯铝形成反射器或不含可蒸发材料量的铝合金制成。 不使用阳极氧化铝。 机械抛光和化学蚀刻纯铝反射器以获得高水平的反射率。 表面光洁度的质量通过将反射器包围在无氧灯中来保持。 高纯度铝作为氧气和其他有害污染物的吸气剂,从而趋于延长灯的寿命并维持灯的输出。 由于铝的重量比以前的反光材料重,因此在制造和运输过程中灯不会受到太多破坏。
    • 2. 发明授权
    • Internal lamp reflector
    • 内部灯反射器
    • US4924134A
    • 1990-05-08
    • US232355
    • 1988-08-15
    • Arnold E. Westlund, Jr.John M. BoydRaymond T. Fleming
    • Arnold E. Westlund, Jr.John M. BoydRaymond T. Fleming
    • H01K1/26
    • H01K1/26
    • An improved projector lamp with an internal reflector may be made by forming the reflector from pure aluminum, or an aluminum alloy not including amounts of vaporizable materials. Anodized aluminum is not used. A pure aluminum reflector is mechanically polished and chemically etched to attain a high level of reflectivity. The quality of the surface finish is retained by enclosing the reflector in an oxygen free lamp. The high purity aluminum acts as a getter for oxygen, and other detrimental contaminants, thereby tending to extend the lamp life and maintain lamp output. Since aluminum is lighter weight than the previous reflector materials, the lamps do not suffer as much breakage during manufacture and shipping.
    • 具有内部反射器的改进的投影灯可以通过从纯铝形成反射器或不包括可蒸发材料量的铝合金制成。 不使用阳极氧化铝。 机械抛光和化学蚀刻纯铝反射器以获得高水平的反射率。 表面光洁度的质量通过将反射器包围在无氧灯中来保持。 高纯度铝作为氧气和其他有害污染物的吸气剂,从而趋于延长灯的寿命并维持灯的输出。 由于铝的重量比以前的反光材料重,因此在制造和运输过程中灯不会受到太多破坏。
    • 3. 发明授权
    • Tungsten halogen lamp with heat-dissipating base
    • 卤钨灯带散热底座
    • US4568854A
    • 1986-02-04
    • US545990
    • 1983-10-27
    • Arnold E. Westlund, Jr.Raymond T. Fleming
    • Arnold E. Westlund, Jr.Raymond T. Fleming
    • H01K1/46H01K1/58H01K1/28H01K1/44H01K1/50
    • H01K1/58H01K1/46
    • A high temperature tungsten halogen lamp having improved lamp strength so as to reduce lamp breakage. The ceramic base for supporting the press sealed end of the lamp's envelope has a top thereof including a pair of upwardly projecting members that extend above the press sealed portion to contact the bulb portion of the lamp envelope (or capsule). These corner projecting members enable enhanced support while at the same time providing a pair of windows therebetween to enable sufficient heat dissipation (thus preventing excessively high lamp seal temperatures). In accordance with the method of the invention the envelope is cemented to the ceramic base in a two-step operation including firstly cementing the base below the projecting members to bind the base to the envelope's press sealed portion and thereafter cementing the projecting members to the envelope's bulb portion.
    • 一种具有改善的灯强度以便减少灯损坏的高温钨卤灯。 用于支撑压力机密封端的陶瓷底座的顶部包括一对向上突出的构件,其在压力密封部分的上方延伸以接触灯泡(或胶囊)的灯泡部分。 这些角突起构件能够增强支撑,同时在其间提供一对窗口以实现足够的散热(从而防止过高的灯泡密封温度)。 根据本发明的方法,将封套以两步操作胶合到陶瓷基座上,包括首先将基座固定在突出构件下方,以将基座固定到信封的压力密封部分上,然后将突出构件固定到信封的 灯泡部分。