摘要：【中文】本发明公开了双光源复合激光加工设备及加工方法，包括长脉冲激光组件、超快激光组件、加工组件以及控制系统，所述长脉冲激光组件用于对待加工工件进行粗加工；所述超快皮秒激光组件对粗加工后的工件进行精加工；所述加工组件用于实施加工过程；所述控制系统用于控制长脉冲激光组件、超快激光组件以及加工组件。本发明克服了长脉冲加工过程中容易产生涂层脱落，孔形貌差等特点，保证了孔形貌的质量提高了超快激光的加工效率，实现了带涂层的大型薄壁件群孔高质高效的加工。 【EN】The invention discloses double-light-source composite laser processing equipment and a processing method, wherein the double-light-source composite laser processing equipment comprises a long pulse laser component, an ultrafast laser component, a processing component and a control system, wherein the long pulse laser component is used for roughly processing a workpiece to be processed; the ultrafast picosecond laser assembly is used for finely processing the workpiece after rough machining; the processing assembly is used for implementing a processing process; the control system is used for controlling the long-pulse laser assembly, the ultrafast laser assembly and the machining assembly. The invention overcomes the defects of easy coating falling off, poor hole appearance and the like in the long pulse processing process, ensures the quality of the hole appearance, improves the processing efficiency of ultrafast laser, and realizes the high-quality and high-efficiency processing of large thin-wall piece group holes with coatings.

摘要：【中文】本发明公开了一种用于异常低压台区派工的方法及系统，属于数据分析技术领域。本发明方法，包括：获取低压台区实际生产环境未分配的工单数据及历史工单数据；对所述历史工单数据进行线性规划，获取历史工单数据的完成时间，根据历史工单数据的完成时间，确定未分配工单数据完成时间；根据未分配工单完成时间，对未分配的工单数据进行区域派工。本发明为了统筹工单紧急程度、运维人员能力等因素，提升派工的效率以及合理性，建立低压台区异常处理紧急程度指标，并分配权重因子，使用整数规划模型和遗传算法对派工路径进行最优化，并辅以合理的贪心策略进行优化结果的再分配，最终得到最合理的派工方法。 【EN】The invention discloses a method and a system for dispatching abnormal low-voltage transformer areas, and belongs to the technical field of data analysis. The method comprises the following steps: acquiring work order data and historical work order data which are not distributed in the actual production environment of the low-voltage transformer area; performing linear programming on the historical work order data to obtain the completion time of the historical work order data, and determining the completion time of the unallocated work order data according to the completion time of the historical work order data; and performing area dispatching on the unallocated work order data according to the unallocated work order completion time. In order to comprehensively plan factors such as the emergency degree of a work order and the capability of operation and maintenance personnel, the efficiency and the reasonability of dispatching are improved, the emergency degree index of abnormal processing of a low-voltage transformer area is established, the weight factor is distributed, an integer programming model and a genetic algorithm are used for optimizing a dispatching route, a reasonable greedy strategy is used for redistributing an optimized result, and finally the most reasonable dispatching method is obtained.