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首页> 外文期刊>JSME International Journal. Series C, Mechanical Systems, Machine Elements and Manufacturing >Automatic Production Planning System to Achieve Flexible Direct Machining
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Automatic Production Planning System to Achieve Flexible Direct Machining

机译:自动生产计划系统,实现灵活的直接加工

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摘要

For shortening of production lead-time, it is needed to eliminate time and efforts for process and operation planning after product design. However, a conventional NC machine tool has no autonomy and intelligence to achieve direct machining operation or "Rapid Manufacturing". Because CL data and cutting parameters for machining operation have to be determined precisely in process and operation planning. In this study, in order to realize an autonomous and intelligent machine tool, the digital copy milling system which allows to generate tool paths during machining operation, and the trouble free machining strategy which allows to adapt cutting parameters, have been developed. And, an automatic process and operation planning system has been developed to integrate with the functions mentioned. This planning system works on commercial CAD software, and a prototype of autonomous and intelligent machine tool can achieve direct machining operation or "Rapid Manufacturing" which does not require any effort to prepare an NC program.
机译:为了缩短生产提前期,需要在产品设计后省去时间和精力进行工艺和操作计划。但是,常规的数控机床没有自主权和智能来实现直接加工操作或“快速制造”。因为必须在过程和操作计划中精确确定用于加工操作的CL数据和切削参数。在这项研究中,为了实现一种自主和智能的机床,已经开发了允许在加工操作中生成刀具路径的数字复制铣削系统,以及可以适应切削参数的无故障加工策略。并且,已经开发了自动过程和操作计划系统以与所提到的功能集成。该计划系统可在商业CAD软件上运行,并且自主和智能机床的原型可以实现直接加工操作或“快速制造”,而无需任何准备工作即可编写NC程序。

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