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    • 1. 发明申请
    • CATHODE-RAY TUBE
    • 阴极射线管
    • WO0227749A2
    • 2002-04-04
    • PCT/EP0110666
    • 2001-09-14
    • KONINKL PHILIPS ELECTRONICS NV
    • VAN DER VAART NIJS CNIESSEN EDUARD M JHIDDINK MARTIN G HVAN GORKOM GERARDUS G PHENDRIKS BERNARDUS H WTROMPENAARS PETRUS H FVAN DER POEL WILLIBRORDUS A J
    • H01J29/04H01J29/48H01J29/52
    • H01J29/04H01J29/482
    • A cathode ray tube comprising an electron source and an electron beam guidance cavity having an input aperture and an output aperture, wherein at least a part of the wall of the electron beam guidance cavity near the output aperture comprises an isolating material having a secondary emission coefficient delta 1 for cooperation with the cathode and for forming an electron source. Furthermore, the cathode ray tube comprises a first electrode which is connectable to a first voltage source for applying, in operation, an electric field with a first field strength E1 between the cathode and the output aperture. delta 1 and E1 have values, which allow electron transport through the electron beam guidance cavity. According to the invention, the cathode structure comprises means for reducing the spread of the energy distribution of the electrons leaving the exit aperture between the input of the cavity and the accelerating grid.
    • 一种阴极射线管,包括电子源和具有输入孔和输出孔的电子束引导腔,其中电子束引导腔的靠近输出孔的壁的至少一部分包括具有二次发射系数的隔离材料 delta 1用于与阴极配合并形成电子源。 此外,阴极射线管包括可连接到第一电压源的第一电极,用于在操作中施加在阴极和输出孔之间具有第一场强E1的电场。 δ1和E1具有允许电子传输通过电子束引导腔的值。 根据本发明,阴极结构包括用于减少在空腔的输入和加速栅格之间离开出口的电子的能量分布的扩散的装置。
    • 2. 发明申请
    • LIGHT VALVE AND DEVICE PROVIDED WITH A LIGHT VALVE
    • 配有轻型阀的光阀和装置
    • WO0233313A3
    • 2002-12-05
    • PCT/EP0111601
    • 2001-10-05
    • KONINKL PHILIPS ELECTRONICS NV
    • BROER DIRK JVAN DEN HEUVEL CORNELIS AVAN GORKOM GERARDUS G P
    • G02B26/00F21V8/00G02B5/28G02B26/02G02F1/13G09F9/37
    • G02B26/001G02B5/285
    • A light valve (1) for controlled transmission of light comprises a first (4, 5, 6) and a second (8, 9) element at least one (8, 9) of which two elements is controllably movable into optical contact with the other element (4, 5, 6). Each facing side of the elements is provided with an interference filter layer (6, 8), which interference filter layers (6, 8), when being in optical contact with each other, have a transmission for light projected onto the light valve in a wavelength range determined by the interference filter layers (6, 8), which transmission differs from the transmission in the case where the interference filter layers (6, 8) are not in optical contact with each other. Such light valves (1) are used in devices comprising a light source (3) and for displaying signals that are present in an electronic form. The light valve (1) is used to control the transmission of light emitted by the light source (3) based on signals which are present in an electronic form. When a multi-colored light source (3) is used, color filters (16B, 16G, 16R) associated with the light valves are provided in a light path so as to form a multi-colored image. Phosphors (18B, 18G, 18R) may be used instead of color filters (16B, 16G, 16R) when the light source (3) is an ultraviolet light source (3).
    • 一种用于光的受控传输的光阀(1)包括第一(4,5,6)和第二(8,9)元件,其中至少一个(8,9)的两个元件可控制地移动成与 其他元素(4,5,6)。 元件的每个面对侧设置有干涉滤光层(6,8),干涉滤光层(6,8)在彼此光学接触时具有用于将光投射到光阀上的光的透射 波长范围由干涉滤光层(6,8)确定,该透射不同于干涉滤光层(6,8)彼此不光学接触的情况下的透射。 这种光阀(1)用于包括光源(3)并用于显示以电子形式存在的信号的装置中。 光阀(1)用于基于以电子形式存在的信号来控制由光源(3)发射的光的透射。 当使用多色光源(3)时,在光路中提供与光阀相关联的滤色器(16B,16G,16R)以形成多色图像。 当光源(3)是紫外光源(3)时,可以使用荧光体(18B,18G,18R)代替滤色器(16B,16G,16R)。
    • 3. 发明专利
    • AT308062T
    • 2005-11-15
    • AT03704890
    • 2003-02-27
    • KONINKL PHILIPS ELECTRONICS NV
    • DUINE PETER AVAN GORKOM GERARDUS G PCREEMERS TIJSBERT M H
    • G02B26/02G09F9/37
    • The display device ( 1 ) comprises a light transmitting first plate ( 2 ), a second plate ( 4 ) facing the first plate ( 2 ), a movable element ( 3 ) between the first plate ( 2 ) and the second plate ( 4 ) able to decouple light out of the first plate ( 2 ). The first plate ( 2 ) has a first surface ( 40 ) facing away from the movable element ( 3 ) and a second surface ( 14 ) facing the movable element ( 3 ), and electrodes ( 5,6,25 ) on the first plate ( 2 ), the second plate ( 4 ) and the movable element ( 3 ), able to locally bring the movable element ( 3 ) into contact with the first plate ( 2 ) by applying voltages to the electrodes ( 5,6,25 ). Including light absorption means ( 41 ), able to absorb light decoupled out of the first plate ( 2 ) by the movable element ( 3 ), and optical coupling means ( 43 ) at at least one of the first and second surface ( 40, 14 ) for having light directed into the first plate ( 2 ) via the first surface ( 40 ), reflected at the second surface ( 14 ) and directed out of the first plate ( 2 ) via the first surface ( 40 ), the display device ( 1 ) requires relatively little energy to be operated.