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    • 3. 发明申请
    • LASER MICROMACHINING THROUGH A SACRIFICIAL PROTECTIVE MEMBER
    • 通过一个非常保护的成员进行激光打印
    • WO2009120541A3
    • 2009-12-17
    • PCT/US2009037411
    • 2009-03-17
    • ELECTRO SCIENT IND INCBALDWIN LEO
    • BALDWIN LEO
    • B23K26/04B23K26/36B23K26/42
    • B23K26/0624B23K26/082B23K26/0861B23K26/361B23K26/364B23K26/40B23K26/60B23K37/06B23K2203/50
    • A small feature at a target location (106) on a working surface (108) of a workpiece (110) is laser machined. A laser beam (104) propagating along a beam path is directed for incidence at the target location (106) on the working surface (108) to machine the small feature. A focusing lens (112) sized to converge the laser beam (104) on the working surface (108) is set in the beam path at a short working distance (x1) from the working surface (108) to laser machine the small feature and thereby eject target material from the workpiece back toward the focusing lens (112). A sacrificial protective member (114) positioned between the focusing lens (112) and the working surface (108) transmits without appreciable distortion or adsorption the laser beam (104) focused by the focusing lens (112) and incident on the working surface (108). The sacrificial protective member (114) intercepts the ejected target material to prevent a sufficient amount of it from reaching and thereby appreciably contaminating the focusing lens (112).
    • 激光加工在工件(110)的工作表面(108)上的目标位置(106)上的小特征。 沿着光束路径传播的激光束(104)被引导以入射到工作表面(108)上的目标位置(106),以加工该小特征。 尺寸适合于将激光束(104)会聚在工作表面(108)上的聚焦透镜(112)被设置在距工作表面(108)的短工作距离(x1)处的光束路径中,以激光加工该小特征, 从而将目标材料从工件返回到聚焦透镜(112)。 定位在聚焦透镜(112)和工作表面(108)之间的牺牲保护构件(114)透射不受聚焦透镜(112)聚焦并入射到工作表面(108)上的激光束(104)的明显变形或吸附 )。 牺牲保护构件(114)拦截被喷射的目标材料以防止其足够的量到达,从而明显地污染聚焦透镜(112)。
    • 7. 发明申请
    • COAXIAL NARROW ANGLE DARK FIELD LIGHTING
    • 同轴窄角暗场照明
    • WO2004077336A3
    • 2004-12-29
    • PCT/US2004002284
    • 2004-01-27
    • ELECTRO SCIENT IND INCBALDWIN LEO
    • BALDWIN LEO
    • G01N21/88G02B21/10G06K9/00
    • G01N21/8806G02B21/10
    • A coaxial narrow angle dark field imaging system is provided. The system utilizes a telecentric lens to illuminate objects with symmetric coaxial narrow angle dark field illumination. The illumination technique is particularly suited to highlight minor features or defects on planar specular objects. In particular, the coaxial light source directs light rays towards a telecentric lens which redirects the light rays towards the substantially planar specular object. The light rays are reflected back through the telecentric lens towards a camera. To the extent that the light rays are reflected from a planar specular portion of the object the light rays are blocked by a telecentric stop. Light rays reflected from a defect or feature in the planar specular object will pass through an aperture in the stop to a camera.
    • 提供同轴窄角暗场成像系统。 该系统利用远心镜头照射具有对称同轴窄角暗场照明的物体。 照明技术特别适用于突出平面镜面物体上的微小特征或缺陷。 特别地,同轴光源将光线引向远心透镜,该远心透镜将光线朝向基本上平面的镜面物体重定向。 光线通过远心镜头向相机反射回来。 在光线从物体的平面镜面部分反射的程度上,光线被远心停止而被阻挡。 从平面镜面物体中的缺陷或特征反射的光线将穿过停止点中的孔径到相机。