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    • 3. 发明授权
    • Methods of and apparatus for welding workpiece with laser beams
    • 用激光束焊接工件的方法和设备
    • US6127647A
    • 2000-10-03
    • US111863
    • 1998-07-08
    • Kazuhide MatsuoTakanori FujiiKenji Makihara
    • Kazuhide MatsuoTakanori FujiiKenji Makihara
    • G02B26/08B23K26/00B23K26/067B23K26/08B23K26/20
    • B23K26/0673B23K26/067
    • A laser beam welding apparatus has a first laser oscillator for applying a laser beam to a right-hand automobile door, a second laser oscillator for applying a laser beam to a left-hand automobile door, and first through fourth laser beam path changing mechanisms for changing the laser beam path of the laser beam from the first laser oscillator in the event of a failure of the second laser oscillator, and changing the laser beam path of the laser beam from the second laser oscillator in the event of a failure of the first laser oscillator. Even when one of the laser beam oscillators fails to operate due to a malfunction, an overall welding line combined with the laser beam welding apparatus does not need to be shut down, and the laser beam welding apparatus can smoothly and efficiently weld the workpieces.
    • 激光束焊接装置具有用于将激光束施加到右手车门的第一激光振荡器,用于将激光束施加到左手车门的第二激光振荡器,以及用于将激光束施加到左手车门的第一激光束路径改变机构, 在第二激光振荡器发生故障的情况下,改变来自第一激光振荡器的激光束的激光束路径,并且在第一激光振荡器发生故障的情况下改变来自第二激光振荡器的激光束的激光束路径 激光振荡器。 即使其中一个激光束振荡器由于故障而不能操作,也不需要关闭与激光束焊接装置组合的整体焊接线,激光束焊接装置可以平滑有效地焊接工件。
    • 5. 发明授权
    • Laser oscillator system
    • 激光振荡器系统
    • US6097745A
    • 2000-08-01
    • US110854
    • 1998-07-07
    • Noriaki ShigematsuKazuhide MatsuoIsao Bundo
    • Noriaki ShigematsuKazuhide MatsuoIsao Bundo
    • H01S3/02H01S3/042H01S5/024H01S3/04
    • H01S3/042H01S3/025H01S3/0405H01S3/0407
    • The heat generated by a laser oscillator is partly radiated toward a frame. The radiated heat is partly absorbed by a cooling mechanism. The remaining heat is transferred through a chamber which dissipates part of the heat, to a heat insulating panel, which blocks most of the heat. The heat generated by the laser oscillator is partly radiated outwardly and reflected by a casing inwardly toward the frame. The reflected heat is partly absorbed by cooling mechanisms. The remaining heat is transferred through chambers which dissipate part of the heat, to the heat insulating panel, which blocks most of the heat. Therefore, any temperature rise of the frame due to the heat generated by the laser oscillator is very small, and the frame is prevented from being deformed due to the heat from the laser oscillator. Because the frame is not deformed, a laser beam emitted from the laser oscillator is applied to a desired position which remains unchanged.
    • 激光振荡器产生的热量部分地向框架辐射。 辐射热部分地被冷却机构所吸收。 剩余的热量通过将部分热量消散的室转移到阻止大部分热量的绝热面板。 由激光振荡器产生的热量部分地向外辐射并由壳体朝向框架向内反射。 反射的热量部分地被冷却机制所吸收。 剩余的热量通过将部分热量消散的室转移到绝热板上,该隔热板阻止了大部分的热量。 因此,由于激光振荡器产生的热量而引起的框架的任何温度上升都非常小,并且防止了由于来自激光振荡器的热而使框架变形。 由于框架没有变形,所以从激光振荡器发射的激光束被施加到保持不变的期望位置。