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    • 1. 发明申请
    • LASER DIODE ILLUMINATOR DEVICE AND METHOD FOR OPTICALLY CONDITIONING THE LIGHT BEAM EMITTED BY THE SAME
    • 激光二极管照明装置和用于光学调节由其发射的光束的方法
    • WO2010017619A1
    • 2010-02-18
    • PCT/CA2009/000300
    • 2009-03-10
    • INSTITUT NATIONAL D'OPTIQUEPARENT, AndréGRENIER, PaulTAILLON, YvesLABRANCHE, Bruno
    • PARENT, AndréGRENIER, PaulTAILLON, YvesLABRANCHE, Bruno
    • H01S5/02G02B27/30H01S5/024H01S5/06
    • G02B19/0057G02B19/0009G02B19/0014G02B27/0966H01S5/4031H01S5/405H01S5/4081
    • A laser diode illuminator device and a method for optically conditioning the output beam radiated from such a device, so that highly-demanding illumination application requirements that call for high output powers within a specified field of illumination can be addressed. At the heart of the device is a two-dimensional stack of laser diode bars wherein the linear array of beamlets radiated by each laser diode bar is optically conditioned through its passage in a refractive-type micro-optics device followed by a cylindrical microlens. The micro-optics device performs collimation of the linear array of beamlets along the fast axis of the bars, and it also acts as a beam symmetrization device by interchanging the divergences of the laser beamlets along the fast and slow axes. The cylindrical microlens is for collimation of the beamlets along the slow axis. The optical conditioning is performed individually for each linear array of beamlets so that the radiance or brightness of the laser diode illuminator can be optimized while any specified field of illumination can be filled with an excellent uniformity of the radiant intensity.
    • 一种激光二极管照明装置和一种用于光学调节从这种装置辐射的输出光束的方法,从而可以解决在特定的照明领域内要求高输出功率的高要求的照明应用要求。 设备的核心是激光二极管条的二维堆叠,其中由每个激光二极管条辐射的子束的线性阵列通过其在折射型微光学器件中的通道进行光学调节,随后是圆柱形微透镜。 微光学装置沿着条的快轴执行子束的线性阵列的准直,并且还通过沿着快速和慢轴交换激光束的分歧来充当束对称装置。 圆柱形微透镜用于沿着慢轴准直子束。 对于子束的每个线性阵列,单独执行光学调节,使得可以优化激光二极管照明器的辐射度或亮度,同时可以以优异的辐射强度均匀性填充任何指定的照明领域。