会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 62. 发明申请
    • COATING METHOD FOR THE LIGHT-PASSING WINDOW OF A PLASMA LAMP AND A LIGHT-PASSING WINDOW OF A PLASMA LAMP PRODUCED BY MEANS OF THE METHOD
    • 通过方法生产的等离子体灯的光通风窗口和等离子体灯的光通风窗口的涂覆方法
    • WO2011136583A3
    • 2012-04-12
    • PCT/KR2011003152
    • 2011-04-28
    • PARK BEUM KU
    • PARK BEUM KU
    • F21V3/04F21V9/00
    • C03C17/36B82Y20/00C03C17/3657F21V3/0418F21V3/0472F21V9/08G02B1/10G02B5/22H01J9/20H01J61/34H01J61/40H01J65/042H01J65/044
    • The present invention relates to a coating method for a light-passing window of a plasma lamp and to a light-passing window of a plasma lamp produced by means of the method. The coating method comprises: a first step of forming a thin-film nano-coating layer (21) by coating a nanomaterial onto the surface of a light-passing window (20); and a second step of forming a colour filter coating layer (22) by coating a dielectric material onto the upper surface of the nano-coating layer (21) to allow the passage of only a wavelength band in one region of the wavelength band of visible light, and, in the second step, the light-passing window (20) is divided into a plurality of sections, and in each section the colour filter coating layer (22) is coated to different thickness depending on the intensity of the plasma light emission, such that the same coloured light (30) can pass through the entire region of the light-passing window (20).
    • 本发明涉及一种等离子体灯的通光窗和通过该方法制造的等离子体灯的透光窗的涂布方法。 涂布方法包括:通过将纳米材料涂布在透光窗(20)的表面上来形成薄膜纳米涂层(21)的第一步骤; 以及通过将电介质材料涂覆到纳米涂层(21)的上表面上以允许在可见光波长带的一个区域中仅通过波长带的方式形成滤色器涂层(22)的第二步骤 光,并且在第二步骤中,光通过窗口(20)被分成多个部分,并且在每个部分中,滤色器涂层(22)根据等离子体光的强度被涂覆到不同的厚度 使得相同的有色光(30)能够通过光通过窗口(20)的整个区域。
    • 63. 发明申请
    • LUMINESCENT LAMP
    • WO2010058328A2
    • 2010-05-27
    • PCT/IB2009/055030
    • 2009-11-12
    • KONINKLIJKE PHILIPS ELECTRONICS N.V.VINKENVLEUGEL, Lucius, T.HELLEBREKERS, WimHENDRIKS, JimiVERSLUIJS, CornelisSTADLER, Florian
    • VINKENVLEUGEL, Lucius, T.HELLEBREKERS, WimHENDRIKS, JimiVERSLUIJS, CornelisSTADLER, Florian
    • H01J61/40H01J61/48
    • H01J61/40H01J1/72H01J61/48
    • The invention provides a luminescent lamp which comprises a tubular discharge vessel, a power source to maintain a discharge within the discharge vessel and a controller, arranged to control, during operation of the luminescent lamp, the power provided to the tubular discharge vessel by the power source. The lamp further comprises a luminescent material coating, having a coating surface with a coating surface area, coated on the tubular discharge vessel and an optionally optical filter, having a transmission for light emitted by the luminescent material, and having an optical filter area. One or more of(a) the luminescent material is arranged to show different luminescent colours over the coating surface area and (b) the optional optical filter is arranged to show different wavelength dependencies for the transmission over the optical filter area. By varying the power coupled into the discharge tube by means of the controller, the different luminescent materials are addressed (with concomitant different luminescences), respectively, and/or the different optical filters are addressed, respectively. This allows dimming of the luminescent lamp along the BBL.
    • 本发明提供一种发光灯,其包括管状放电管,在放电管内保持放电的电源和控制器,控制器用于在发光灯工作期间控制所提供的功率 通过电源到管状放电管。 所述灯还包括发光材料涂层,所述发光材料涂层具有涂布表面区域的涂布表面,所述涂布表面涂布在所述管状放电容器和任选的滤光器上,所述滤光器具有用于由所述发光材料发射的光的透射率并且具有滤光器区域。 (a)发光材料被布置成在涂层表面区域上显示不同的发光颜色,并且(b)可选的光学滤波器被布置为在光学滤波器区域上显示不同的波长依赖性。 通过借助控制器改变耦合到放电管中的功率,分别寻址(伴随着不同的发光)不同的发光材料,和/或分别寻址不同的滤光器。 这样可以沿着BBL调节发光灯。
    • 69. 发明申请
    • AN ELECTRIC LAMP
    • 电动灯
    • WO2007063453A2
    • 2007-06-07
    • PCT/IB2006/054381
    • 2006-11-22
    • PHILIPS INTELLECTUAL PROPERTY & STANDARDS GMBHKONINKLIJKE PHILIPS ELECTRONICS N.V.KUEPPER, LukasDOHMEN, Hans-AloRUSKE, Manfred
    • KUEPPER, LukasDOHMEN, Hans-AloRUSKE, Manfred
    • H01J61/40
    • H01J61/40H01K1/325
    • The present invention relates to an electric lamp (1) for vehicle headlights with low-beam function comprising a light source (2) emitting visible light (4), a transparent envelope (3) having an exterior surface (3 ') and an interior surface (3'') enclosing said light source (2), at least one multilayer structure (7) provided on the exterior surface (3') of the envelope (3), wherein a first light (5) substantially with a bluish- white color transmits the multilayer structure (7) directly and a second light (6) substantially with a yellowish color transmits the multilayer structure (7) after being reflected at the multilayer structure (7), wherein the multilayer structure (7) being of none light absorbing materials is provided in such a way, that the color of light of a standard light source A being reflected at the multilayer structure (7) lies within a triangle in the CIE 1931 Yxy color space defined by the x, y coordinates (0.58; 0.42), (0.58; 0.30) and (0.70; 0.30) wherein the lightness Y is in the range of 2.5 ≤ Y ≤ 17.5, wherein none of the emitted visible light (4) is absorbed by the multilayer structure (7).
    • 本发明涉及一种具有近光功能的汽车前灯的电灯(1),其包括发射可见光(4)的光源(2),具有外表面(3')和内表面(3')的透明外壳 包围所述光源(2)的表面(3“),设置在所述外壳(3)的外表面(3')上的至少一个多层结构(7),其中基本上具有蓝色 - 白色直接透过多层结构(7),基本上呈淡黄色的第二光(6)在多层结构(7)反射后透过多层结构(7),其中多层结构(7)为无 以这样的方式提供光吸收材料,即在多层结构(7)处反射的标准光源A的光的颜色位于由x,y坐标(0.58)定义的CIE 1931 Yxy色空间中的三角形内 ; 0.42),(0.58; 0.30)和(0.70; 0.30)其中光 y在2.5 = Y = 17.5的范围内,其中发射的可见光(4)都没有被多层结构(7)吸收。
    • 70. 发明申请
    • CADMIUM-FREE AMBER AUTOMOTIVE LAMP
    • 无鞍式汽车灯
    • WO2002075777A1
    • 2002-09-26
    • PCT/US2002/008598
    • 2002-03-19
    • FEDERAL-MOGUL CORPORATION
    • BRYANT, Johnny, D.BUCHMAN, William, F., Jr.
    • H01J61/30
    • C03C3/11C03C3/078C03C3/087H01J5/52H01J61/302H01J61/40H01K1/28H01K9/08
    • An automotive lamp (Figure 1) including a sealed envelope (12) having a filament (26, 28) or other light emitting element contained therein, with the envelope being formed from a barium-silicate based glass that is essentially free of cadmium and that includes barium oxide in the range of 2.15% - 2.25% by weight, strontium oxide in the range of 5.58% 5.82% by weight, potassium oxide in the range of 8.9% - 9.3% by weight, and molybdenum oxide in the range of 0.068% -0.072% by weight. Specific amounts of other constituent components of the glass are also disclosed. The resulting lamp provides an amber color that meets applicable CIE chromaticity requirements for automotive lamps and the glass exhibits physical characteristics that are closely matched to that of lime glass, making it suitable for standard lamp manufacturing processes.
    • 一种汽车灯(图1),其包括具有灯丝(26,28)或其中包含的其它发光元件的密封外壳(12),其外壳由基本上不含镉的基于硅酸钡的玻璃形成,并且 包括2.15〜2.25重量%的氧化钡,5.58〜5.82重量%的氧化锶,8.9〜9.3重量%的氧化钾,0.068的氧化钼 %-0.072重量%。 还公开了玻璃的其它组成成分的特定量。 所得到的灯提供琥珀色,满足汽车灯的适用CIE色度要求,玻璃表现出与石灰玻璃相匹配的物理特性,使其适用于标准灯具制造工艺。