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    • 2. 发明申请
    • Laser Processing System and laser Processing Method
    • 激光加工系统和激光加工方法
    • US20100219171A1
    • 2010-09-02
    • US11991781
    • 2007-07-10
    • Akio SatoHiroyuki SuzukiAkihiko Tsuboi
    • Akio SatoHiroyuki SuzukiAkihiko Tsuboi
    • B23K26/06
    • B23K26/04
    • A laser processing system and a laser processing method that can highly accurately and efficiently specify a focus position of a processing laser using visible lasers are provided. For that purpose, a laser processing system includes a processing laser oscillator, a condensing optical system including a condenser lens, two visible laser oscillators and, a movement adjusting unit that adjusts the condenser lens and the visible laser oscillators and to move forward and backward in synchronization with each other, an imaging unit that images spot lights of the visible lasers on a workpiece, an image processing unit that subjects an imaged video to image processing and displays an image after the processing, a calculating unit that calculates, in a state in which the respective visible lasers are focused on a focus position of the processing laser, center of gravity positions of spot lights of the respective visible lasers formed on the surface of the workpiece according to the movement of the condenser lens and calculates a distance between centers of gravity, and a control unit that controls the movement adjusting unit such that the distance between centers of gravity is adjusted to zero or substantially zero.
    • 提供可以高精度高效地确定使用可见激光的处理激光的焦点位置的激光加工系统和激光加工方法。 为此,激光处理系统包括处理激光振荡器,包括聚光透镜的聚光光学系统,两个可见激光振荡器,以及调节聚光透镜和可见激光振荡器并且前后移动的移动调节单元 相互同步的成像单元,对工件上的可见激光进行成像的成像单元,对成像视频进行图像处理并在处理后显示图像的图像处理单元,计算单元,其以 其中各个可见激光器聚焦在处理激光器的聚焦位置上,根据聚光透镜的移动形成在工件表面上的各个可见激光器的聚光点的重心位置,并计算出中心之间的距离 重力和控制单元,其控制运动调节单元,使得重心的中心之间的距离 调整为零或基本为零。
    • 4. 发明授权
    • Laser processing system and laser processing method
    • 激光加工系统和激光加工方法
    • US08164027B2
    • 2012-04-24
    • US11991781
    • 2007-07-10
    • Akio SatoHiroyuki SuzukiAkihiko Tsuboi
    • Akio SatoHiroyuki SuzukiAkihiko Tsuboi
    • B23K26/06
    • B23K26/04
    • A laser processing system and a laser processing method that can highly accurately and efficiently specify a focus position of a processing laser using visible lasers are provided. For that purpose, a laser processing system includes a processing laser oscillator, a condensing optical system including a condenser lens, two visible laser oscillators and, a movement adjusting unit that adjusts the condenser lens and the visible laser oscillators and to move forward and backward in synchronization with each other, an imaging unit that images spot lights of the visible lasers on a workpiece, an image processing unit that subjects an imaged video to image processing and displays an image after the processing, a calculating unit that calculates, in a state in which the respective visible lasers are focused on a focus position of the processing laser, center of gravity positions of spot lights of the respective visible lasers formed on the surface of the workpiece according to the movement of the condenser lens and calculates a distance between centers of gravity, and a control unit that controls the movement adjusting unit such that the distance between centers of gravity is adjusted to zero or substantially zero.
    • 提供可以高精度高效地确定使用可见激光的处理激光的焦点位置的激光加工系统和激光加工方法。 为此,激光处理系统包括处理激光振荡器,包括聚光透镜的聚光光学系统,两个可见激光振荡器,以及调节聚光透镜和可见激光振荡器并且前后移动的移动调节单元 相互同步的成像单元,对工件上的可见激光进行成像的成像单元,对成像视频进行图像处理并在处理后显示图像的图像处理单元,计算单元,其以 其中各个可见激光器聚焦在处理激光器的聚焦位置上,根据聚光透镜的移动形成在工件表面上的各个可见激光器的聚光点的重心位置,并计算出中心之间的距离 重力和控制单元,其控制运动调节单元,使得重心的中心之间的距离 调整为零或基本为零。