首页> 外国专利> VIRTUAL MACHINE TOOL SIMULATION MODEL FOR IMPROVEMENT OF ENERGY EFFICIENCY, AND METHOD FOR IMPROVEMENT OF ENERGY EFFICIENCY USING THE SAME

VIRTUAL MACHINE TOOL SIMULATION MODEL FOR IMPROVEMENT OF ENERGY EFFICIENCY, AND METHOD FOR IMPROVEMENT OF ENERGY EFFICIENCY USING THE SAME

机译:改善能源效率的虚拟机床仿真模型及使用相同方法改善能源效率的方法

摘要

The present invention relates to a virtual machine tool simulation model for improvement of energy efficiency and a method for improvement of energy efficiency using the same. The virtual machine tool simulation model (100) according to an embodiment of the present invention is a modularized virtual machine simulation model which predicts the energy consumption efficiency of each part when operating the machine and calculates the optimized manufacturing terms to increase energy consumption efficiency based on the predicted efficiency. The model includes: feed drive systems (110) having a driving part which rotates or transmits a processing tool or an object to be processed by control signals received through a control part, and a control part which transmits control signals to the driving part and an auxiliary unit; a spindle (120) which is driven by the driving part of the feed drive systems (110) and has a driving motor and bearing to execute mechanical processing by mounting the processing tool; auxiliary units (130) which have a lubricating device which reduces mechanical friction of the feed drive systems (110) and the spindle (120), a cooling device which cools down the feed drive systems (110) and the spindle (120), and an electric device of the virtual machine tool simulation model.
机译:本发明涉及一种用于提高能量效率的虚拟机床仿真模型以及一种使用该模型的用于提高能量效率的方法。根据本发明的实施例的虚拟机床仿真模型(100)是模块化的虚拟机床仿真模型,其在操作机器时预测每个部件的能量消耗效率并基于该能量计算优化的制造条件以增加能量消耗效率。预测效率。该模型包括:进给驱动系统(110),其具有驱动部分,该驱动部分通过通过控制部分接收的控制信号来旋转或传输要处理的工具或要处理的对象,以及将控制信号传输到驱动部分和控制单元的控制部分。辅助单元主轴(120),其由进给驱动系统(110)的驱动部分驱动,并且具有驱动马达和轴承,以通过安装加工工具来执行机械加工;辅助单元(130),其具有减小进给驱动系统(110)和主轴(120)的机械摩擦的润滑装置,冷却装置,其冷却进给驱动系统(110)和主轴(120),以及虚拟机床仿真模型的电子设备。

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