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    • 6. 发明授权
    • Laser beam injecting system
    • 激光束注射系统
    • US4739162A
    • 1988-04-19
    • US10657
    • 1987-02-04
    • Angel L. Ortiz, Jr.John L. August, Jr.Tushar S. ChandeMarshall G. Jones
    • Angel L. Ortiz, Jr.John L. August, Jr.Tushar S. ChandeMarshall G. Jones
    • H01S3/10B23K26/067H01S3/101B23K9/00
    • B23K26/0673B23K26/067
    • A system for injecting successive beam pulses of a pulsed power laser into optical fibers, for transmission therethrough, is disclosed. The system comprises four lens, four fiber groups with the tips thereof respectively proximate the focal points of the lenses, two galvanometer driven mirrors for directing the laser beam through one of the lenses for focusing onto a selected fiber tip, and control means to drive the galvanometers to reorient the two mirrors between laser beam pulses into successive pairs of predetermined positions effective to inject the successive beam pulses into selected fibers. Failure to reorient the mirrors before the succeeding beam pulse arrives results in laser shutdown. Means are provided for detecting a malfunction of the mirrors, fracture of a lens or a missed fiber injection and, in either case, shutting down the laser.
    • 公开了一种用于将脉冲功率激光器的连续光束脉冲注入到光纤中以用于透射的系统。 该系统包括四个透镜,四个光纤组,其顶端分别靠近透镜的焦点,两个电流计驱动反射镜,用于将激光束引导通过其中一个透镜以聚焦到所选择的光纤尖端上,以及控制装置, 用于将激光束脉冲之间的两个反射镜重新定向成连续的预定位置对,以有效地将连续的光束脉冲注入到选定的光纤中。 在后续光束脉冲到达之前未能重新调整反射镜导致激光关闭。 提供了用于检测反射镜故障,透镜断裂或漏光光纤注入的装置,并且在任一情况下都关闭激光器。
    • 9. 发明授权
    • Laser beam directing system
    • 激光束导向系统
    • US4838631A
    • 1989-06-13
    • US944771
    • 1986-12-22
    • Tushar S. ChandeMarshall G. JonesAngel L. Ortiz, Jr.John L. August, Jr.
    • Tushar S. ChandeMarshall G. JonesAngel L. Ortiz, Jr.John L. August, Jr.
    • G02B26/08B23K26/067G02B6/32G02B6/35G02B6/42
    • B23K26/0673B23K26/067G02B6/32G02B6/35G02B6/3598G02B6/4204G02B6/4214G02B6/4296G02B6/3512G02B6/352G02B6/3548G02B6/3572G02B6/3582
    • A system for directing successive beam pulses of a pulsed laser into different optical fibers, for transmission therethrough, is disclosed. The system comprises at least one lens, a plurality of optical fibers with the tips thereof positioned proximate a focal point of the lens, and at least one galvanometer driven mirror for directing a laser beam through the lens for focusing separately onto each fiber tip. The galvanometer, driven by computer generated position addresses, moves the mirror, between laser pulses, to predetermined positions each effective to direct the laser beam, through the lens, into one of the fiber tips for transmission via the fiber to a remote workstation location. In a first illustrated embodiment, a single mirror is mounted to direct the laser beam into fiber tips positioned substantially in the same plane and proximate the focal points of eight lenses. In a second illustrated embodiment, two mirrors are respectively mounted to scan the laser beam along "x" and "y" coordinate directions to direct the laser beam into fiber tip positioned proximate the respective focal points of four lenses.
    • 公开了一种用于将脉冲激光的连续射束脉冲引导到不同光纤中以用于透射的系统。 该系统包括至少一个透镜,多个光纤,其顶端位于透镜的焦点附近,以及至少一个电流计驱动反射镜,用于引导激光束通过透镜以分别聚焦到每个光纤尖端上。 由计算机产生的位置地址驱动的电流计将激光脉冲之间的反射镜移动到预定位置,每个有效地将激光束通过透镜引导到光纤尖端中的一个,以经由光纤传输到远程工作站位置。 在第一示例性实施例中,安装单个反射镜以将激光束引导到基本上位于相同平面中并靠近八个透镜的焦点的光纤尖端中。 在第二个所示的实施例中,分别安装两个反射镜以沿“x”和“y”坐标方向扫描激光束,以将激光束引导到四个透镜的各个焦点附近定位的光纤尖端。