首页> 外国专利> LASER BEAM MACHINE, LASER BEAM MACHINING-DATA SETTING DEVICE, LASER BEAM MACHINING-DATA SETTING METHOD, LASER BEAM MACHINING CONDITION SETTING PROGRAM, COMPUTER-READABLE RECORDING-MEDIUM RECORDED WITH THE PROGRAM, AND APPARATUS RECORDED WITH THE PROGRAM

LASER BEAM MACHINE, LASER BEAM MACHINING-DATA SETTING DEVICE, LASER BEAM MACHINING-DATA SETTING METHOD, LASER BEAM MACHINING CONDITION SETTING PROGRAM, COMPUTER-READABLE RECORDING-MEDIUM RECORDED WITH THE PROGRAM, AND APPARATUS RECORDED WITH THE PROGRAM

机译:激光束加工机,激光束加工数据设定装置,激光束加工数据设定方法,激光束加工条件设定程序,以该程序记录的计算机可读记录介质,以及以该程序记录的装置

摘要

PROBLEM TO BE SOLVED: To provide a laser beam machine capable of easily specifying a three-dimensional shape of a machining face.SOLUTION: The laser beam machine includes: a machining data generation section converting a machining pattern input by a machining pattern input unit to a three-dimensional shape based on profile information so that the machining pattern input by the machining pattern input unit is made to virtually correspond to a machining target face and thus, generating three-dimensional laser beam machining data; a three-dimensional display unit three-dimensionally displaying the machining pattern converted to have the three-dimensional shape, together with the machining target face; and an adjustment unit adjusting an arrangement position of the machining target face displayed by the three-dimensional display unit within a working region determined by movable ranges of a first scanner and a second scanner. A laser control section controls a laser beam scanning system including a laser oscillation portion, a beam expander, the first scanner and the second scanner, based on the three-dimensional laser beam machining data generated by the machining data generation portion and the arrangement position of the machining target face adjusted by the adjustment unit.
机译:解决的问题:提供一种能够容易地指定加工面的三维形状的激光加工机。解决方案:激光加工机包括:加工数据生成部,将由加工图案输入部输入的加工图案转换为基于轮廓信息的三维形状,使得由加工图案输入单元输入的加工图案虚拟地对应于加工目标面,从而生成三维激光束加工数据;三维显示单元,其将加工后的加工图案与加工对象面一起三维显示,以三维方式显示。调整单元在由第一扫描仪和第二扫描仪的可移动范围确定的工作区域内调整三维显示单元显示的加工目标面的布置位置。激光控制部根据由加工数据生成部生成的三维激光束加工数据和配置位置,控制由激光振荡部,扩束器,第一扫描仪和第二扫描仪构成的激光扫描系统。调整单元调整后的加工目标面。

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