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    • 1. 发明申请
    • Discharge Lamp Device
    • 放电灯装置
    • US20080061699A1
    • 2008-03-13
    • US10585927
    • 2005-01-05
    • Masaki HirohashiNobuhiro ShimizuNorikazu YamamotoTeruaki ShigetaYoko MatsubayashiYutaka WakimuraShuuji FurukawaHisashi Dejima
    • Masaki HirohashiNobuhiro ShimizuNorikazu YamamotoTeruaki ShigetaYoko MatsubayashiYutaka WakimuraShuuji FurukawaHisashi Dejima
    • H01J61/30H01J65/00
    • H01J65/046H01J5/54H01J5/60H01J65/00
    • A discharge lamp device is provided that includes a light source device including a reflective surface. In the light source, noble gas not including mercury is excited to provide stable light emission and ozone or the like is prevented from being generated. This discharge lamp device includes airtight container (10) in which both end sections of a glass bulb are sealed. Airtight container (10) is filled with a discharge medium mainly including noble gas. One end section of airtight container (10) includes first electrode (11). Airtight container (10) is externally attached to insulating holder (20) having a square plate-like shape that includes penetration hole(s) (21) at one or a plurality of position(s). Holder (20) is fitted to second electrode (12) shaped to be a U-like groove so that a fixed interval between airtight container (10) and second electrode (12) is maintained. Three side faces (22) of holder (20) include protrusion (23) and second electrode (12) includes fitting hole (15) fitted with protrusion (23). By fitting protrusion (23) with fitting hole (15), holder (20) is prevented from disengaged from second electrode (12).
    • 提供一种放电灯装置,其包括包括反射表面的光源装置。 在光源中,激发不包括汞的惰性气体以提供稳定的发光,并且防止产生臭氧等。 该放电灯装置包括密封玻璃泡的两端部的气密容器(10)。 气密容器(10)填充有主要包括惰性气体的排出介质。 气密容器(10)的一端部包括第一电极(11)。 密封容器(10)外部附接到具有在一个或多个位置处包括穿透孔(21)的方形板状形状的绝缘支架(20)。 固定器(20)装配成形成为U形槽的第二电极(12),从而保持气密容器(10)和第二电极(12)之间的固定间隔。 保持器(20)的三个侧面(22)包括突起(23),第二电极(12)包括装配有突起(23)的安装孔(15)。 通过用安装孔(15)装配突起(23),防止保持器(20)与第二电极(12)分离。
    • 2. 发明授权
    • Discharge lamp device including an airtight container filled with a noble gas
    • 放电灯装置,包括填充有惰性气体的气密容器
    • US07619361B2
    • 2009-11-17
    • US10585927
    • 2005-01-05
    • Masaki HirohashiNobuhiro ShimizuNorikazu YamamotoTeruaki ShigetaYoko MatsubayashiYutaka WakimuraShuuji FurukawaHisashi Dejima
    • Masaki HirohashiNobuhiro ShimizuNorikazu YamamotoTeruaki ShigetaYoko MatsubayashiYutaka WakimuraShuuji FurukawaHisashi Dejima
    • H01J11/00
    • H01J65/046H01J5/54H01J5/60H01J65/00
    • A discharge lamp device is provided that includes a light source device including a reflective surface. In the light source, noble gas not including mercury is excited to provide stable light emission and ozone or the like is prevented from being generated. This discharge lamp device includes airtight container (10) in which both end sections of a glass bulb are sealed. Airtight container (10) is filled with a discharge medium mainly including noble gas. One end section of airtight container (10) includes first electrode (11). Airtight container (10) is externally attached to insulating holder (20) having a square plate-like shape that includes penetration hole(s) (21) at one or a plurality of position(s). Holder (20) is fitted to second electrode (12) shaped to be a U-like groove so that a fixed interval between airtight container (10) and second electrode (12) is maintained. Three side faces (22) of holder (20) include protrusion (23) and second electrode (12) includes fitting hole (15) fitted with protrusion (23). By fitting protrusion (23) with fitting hole (15), holder (20) is prevented from disengaged from second electrode (12).
    • 提供一种放电灯装置,其包括包括反射表面的光源装置。 在光源中,激发不包括汞的惰性气体以提供稳定的发光,并且防止产生臭氧等。 该放电灯装置包括密封玻璃泡的两端部的气密容器(10)。 气密容器(10)填充有主要包括惰性气体的排出介质。 气密容器(10)的一端部包括第一电极(11)。 密封容器(10)外部附接到具有在一个或多个位置处包括穿透孔(21)的方形板状形状的绝缘支架(20)。 固定器(20)装配成形成为U形槽的第二电极(12),从而保持气密容器(10)和第二电极(12)之间的固定间隔。 保持器(20)的三个侧面(22)包括突起(23),第二电极(12)包括装配有突起(23)的安装孔(15)。 通过用安装孔(15)装配突起(23),防止保持器(20)与第二电极(12)分离。
    • 7. 发明授权
    • Lens-mounted light emitting unit
    • 镜头式发光单元
    • US08704256B2
    • 2014-04-22
    • US12989174
    • 2009-04-16
    • Hiroyuki SekiiYoko MatsubayashiKenichiro Tanaka
    • Hiroyuki SekiiYoko MatsubayashiKenichiro Tanaka
    • H01L33/00
    • F21V7/0091F21V5/04F21Y2115/10G02B3/0043G02B5/02G02B19/0028G02B19/0066H01L25/0753H01L33/58H01L2924/0002H01L2924/00
    • In a lens-mounted light emitting unit comprising LED elements of multiple light colors, narrow-angle light distribution is enabled, and color mixing properties are improved. The lens-mounted light emitting unit comprises LED elements of multiple light colors placed on a base plate, and a lens unit having a shape of a body of revolution to color-mix and emit the light from the LED elements. Assuming an arbitrary contact point between the side incident surface and the upper incident surface of the lens unit, and that light from an LED element farthest from the contact point is refracted at the contact point to form a light path intersecting the emitting surface at an intersection point, the emitting surface inside a circle formed by continuously connecting such intersection points has a diffusion angle larger than the diffusion angle of the emitting surface outside the circle. This enables narrow-angle light distribution, and makes it possible to improve color mixing properties.
    • 在包括多种颜色的LED元件的透镜安装的发光单元中,能够进行窄角度的光分布,并提高混色性能。 透镜安装的发光单元包括放置在基板上的多种光色的LED元件和具有旋转体形状的透镜单元,以对来自LED元件的光进行颜色混合和发射。 假设在透镜单元的侧入射表面和上入射表面之间的任意接触点,并且来自离接触点最远的LED元件的光在接触点处折射以形成在交叉点处与发射表面相交的光路 通过连续地连接这些交点形成的圆内的发射面的扩散角大于圆外的发射面的扩散角。 这使得能够进行窄角度的光分布,并且可以提高混色性。