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首页> 外文期刊>International Journal of Production Research >Analysis of operator-machine configuration for single and multi-processor machines
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Analysis of operator-machine configuration for single and multi-processor machines

机译:单处理器和多处理器机器的操作员机器配置分析

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The research addresses the issue of determining optimal machine-operator configuration so that the ideal machine-operator ratio can be found and the operator efficiency can be calculated as a part of the overall input efficiency. Formula for optimal machine-operator ratio for single and multiple processor machines are derived. The formula allows us how to determine the best machine-operator ratio and calculate the operator usage efficiency. Simulations are used to verify the formula with matching product releasing times and machine utilisation rate. Data from a wafer reclaim factory is used to illustrate the calculation of equipment usage efficiency. Opportunity for doubling operator usage efficiency is identified using the derived formula. Contributions of this work include: (1) deriving a set of formula to calculate optimal operator-machine configuration and the operator usage efficiency for multi-processor machine sets; (2) identifying the inherent unusable time of operator due to the process time distribution of the machine tools; and (3) doubling the operator usage efficiency of the subject factory.
机译:该研究解决了确定最佳机器操作员配置的问题,以便可以找到理想的机器操作员比率,并可以将操作员效率计算为总输入效率的一部分。得出了单处理器和多处理器机器的最佳机器操作员比率的公式。该公式使我们能够确定最佳的机器操作员比率并计算操作员使用效率。仿真用于验证具有匹配产品释放时间和机器利用率的配方。来自晶圆回收厂的数据用于说明设备使用效率的计算。使用推导的公式确定将运营商使用效率提高一倍的机会。这项工作的贡献包括:(1)导出一组公式,以计算最佳的人机配置和多处理器机组的人使用效率; (2)识别由于机床的加工时间分配而导致的操作员固有的不可用时间; (3)使目标工厂的操作员使用效率提高一倍。

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