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    • 23. 发明申请
    • EYE-SAFE LASER-BASED LIGHTING
    • EYE-SAFE激光灯
    • WO2010004477A3
    • 2010-02-25
    • PCT/IB2009052837
    • 2009-06-30
    • KONINKL PHILIPS ELECTRONICS NVKRIJN MARCELLINUS P C MJAK MARTIN J J
    • KRIJN MARCELLINUS P C MJAK MARTIN J J
    • H01S5/068F21K99/00G02F1/35H01S5/00H01S5/0683
    • H01S5/0683F21K9/64F21S41/16F21V23/0457F21V25/00F21V25/02F21Y2115/30H01S5/005H01S5/06808H01S5/06825
    • The invention relates to a laser-based light source comprising a laser device (1) adapted for generating laser light of a predetermined laser wavelength and emitting this laser light as a laser beam; a light-conversion device (2) for converting at least part of the laser light into converted light; a laser-output sensor (7) for determining a laser-output signal proportional to the output of laser light emitted by the laser device (1); a converted-light sensor (6) for determining a converted-light signal proportional to the output of converted light emitted by the light-conversion device (7); and a controller (9) which is adapted for receiving the laser-output signal and the converted-light signal, for determining a safe-to-operate parameter, based on the laser-output signal and the converted-light signal, and for controlling the operation of the laser-based light source, based on a comparison of the safe-to-operate parameter with a at least one predefined threshold. In this way, a laser-based light source is proposed which enables reliable eye-safety in an easy way.
    • 本发明涉及一种基于激光的光源,其包括适于产生预定激光波长的激光并将该激光发射为激光束的激光器件(1) 用于将至少一部分激光转换成转换光的光转换装置(2); 用于确定与激光装置(1)发射的激光的输出成比例的激光输出信号的激光输出传感器(7)。 用于确定与由所述光转换装置(7)发射的转换光的输出成比例的转换光信号的转换光传感器(6); 以及控制器(9),其适于接收所述激光输出信号和所述转换光信号,用于基于所述激光输出信号和所述转换光信号来确定安全操作参数,并且用于控制 基于激光光源的操作,基于安全操作参数与至少一个预定阈值的比较。 以这种方式,提出了一种以简单的方式实现可靠的眼睛安全的基于激光的光源。
    • 25. 发明申请
    • CONTAINER HAVING A SPACE FOR CONTAINING A LIQUID, COMPRISING MEANS FOR INDICATING THE LEVEL OF THE LIQUID
    • 具有包含液体的空间的容器,包含用于指示液体水平的装置
    • WO2009081308A3
    • 2009-08-13
    • PCT/IB2008055225
    • 2008-12-11
    • KONINKL PHILIPS ELECTRONICS NVSALTERS BART AKRIJN MARCELLINUS P C M
    • SALTERS BART AKRIJN MARCELLINUS P C M
    • A47J27/212A47J31/44
    • A47J31/4457A47J27/212A47J2203/00
    • A container (2) comprises a space (4) for containing a liquid, a wall (5) encompassing the space (4), and means for indicating the level of the liquid in the container (2). At least a portion of the wall (5) of the container (2) is permeable to light, and the liquid level indicating means comprise a light source (10, 40) which is adapted to emit light below the surface (6) of the liquid in order to cause light emitted from below the surface (6) to reflect on the surface (6). The light source (10, 40) may comprise one or more lighting elements (10) arranged inside the space (4) of the container (2). Furthermore, the light source (10, 40) may comprise a light guide (40), wherein one or more lighting elements (10) are arranged at one end (41) of the light guide (40), and wherein at various positions, a surface of the light guide (40) is irregular for the purpose of letting light escape at those positions.
    • 容器(2)包括用于容纳液体的空间(4),包围所述空间(4)的壁(5)和用于指示所述容器(2)中的液体水平的装置。 容器(2)的壁(5)的至少一部分是可透光的,并且液位指示装置包括光源(10,40),该光源适于发射低于 液体,以使得从表面(6)的下方发射的光在表面(6)上反射。 光源(10,40)可以包括布置在容器(2)的空间(4)内部的一个或多个照明元件(10)。 此外,光源(10,40)可以包括光导(40),其中一个或多个照明元件(10)布置在光导(40)的一端(41)处,并且其中在各个位置, 导光体(40)的表面是不规则的,以便在这些位置使光逸出。
    • 26. 发明申请
    • ILLUMINATION SYSTEM AND DISPLAY DEVICE
    • 照明系统和显示装置
    • WO2008062363A2
    • 2008-05-29
    • PCT/IB2007054706
    • 2007-11-20
    • KONINKL PHILIPS ELECTRONICS NVKRIJN MARCELLINUS P C MJAK MARTIN J JVAN GORKOM RAMON PCORNELISSEN HUGO JDE BOER DIRK K G
    • KRIJN MARCELLINUS P C MJAK MARTIN J JVAN GORKOM RAMON PCORNELISSEN HUGO JDE BOER DIRK K G
    • G02B6/0038G02B6/0055G02B6/0068G02F1/133526G02F1/133615G02F1/133621G02F2001/133623
    • The invention relates to an illumination system (10) for illuminating a display device, and to the display device. The illumination system comprises a light distribution element (20 for distributing light across the display device. The light distribution element comprises a light output window (40), a rear wall (42) situated opposite the light output window, and edge walls (44, 46) extending between the light output window and the rear wall, at least one of the edge walls comprising a light input window (48) for admitting light into the light distribution element. The light distribution element further comprises specularly reflective light-outcoupling means (50) for specularly reflecting light from the light distribution element towards the display device via the light output window. A first light beam (100) comprises light of a first primary color (R) impinging on the light input window for coupling the light of the first primary color into the light distribution element. At least a second light beam (102, 104) comprises light of a second primary color (G, B) impinging on the light input window for coupling the light of the second primary color into the light distribution element, the second light beam being substantially not parallel to the first light beam. Use of specularly reflective outcoupling means yields a difference between an angle of incidence between the first and the second light beam. This difference is substantially preserved, which results in a color separation of the light emitted by the light distribution element towards the display device.
    • 用于照明显示装置的照明系统(10)以及显示装置技术领域本发明涉及一种用于照明显示装置的照明系统(10)以及涉 所述照明系统包括用于在显示装置上分布光的光分布元件(20),所述光分布元件包括光输出窗口(40),位于光输出窗口对面的后壁(42)以及侧壁(44, 在所述光输出窗和所述后壁之间延伸的至少一个所述边缘壁包括用于使光进入所述光分布元件的光输入窗(48),所述光分布元件还包括镜面反射光输出耦合装置( 第一光束(100)包括照射在光输入窗上的第一原色(R)的光,用于耦合来自光分布元件的光 第一基色入射到光分布元件中;至少第二光束(102,104)包括照射在光输入窗口上的第二基色(G,B) 将所述第二原色的光耦合到所述光分布元件中,所述第二光束基本不平行于所述第一光束。 使用镜面反射外耦合装置产生第一和第二光束之间的入射角之间的差异。 这种差异基本上被保留,这导致由光分布元件发射的光朝向显示设备的颜色分离。