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Energy Efficiency in Machine Tool

机译:机床中的能效

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摘要

Reduction of energy consumption in manufacturing processes are becoming necessary due to the growing concern of industrial pollution and of electricity prices over time. Several factors such as raising of process automation, fluids consumption, process parameters selection and motion control influence the energy consumption. The consistent motion control on CNC machines are the most important for the machining process and are achievable by main drive control and auxiliary drive control. Positioning along lengths of travel can be linear (driven along a straight path) and rotary (driven along a circular path). Over the decades, mass of the machine tool is decreasing, and speeds are increasing what influence necessary kinetic energy for motion. Integrated Kinetic Energy Recovery System (KERS) on machine tools is one possible solution.
机译:由于工业污染和电价随着时间的推移,由于对工业污染的关注日益增加,制造过程中的能耗降低成为必要性。诸如提高过程自动化,流体消耗,工艺参数选择和运动控制的几个因素影响能耗。 CNC机器上一致的运动控制对于加工过程最重要,并且可以通过主驱动控制和辅助驱动控制来实现。沿着行进长度定位可以是线性的(沿着直路驱动)和旋转(沿圆形路径驱动)。在几十年来,机床的质量下降,速度正在增加影响力的运动的必要动能。机床上的集成动能回收系统(KERS)是一种可能的解决方案。

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