首页> 外文期刊>The International Journal of Advanced Manufacturing Technology >Development of a robotic system which assists unmanned production based on cooperation between off-line robots and on-line robots. Part 2. Operational analysis of off-line robots in a cellular assembly shop
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Development of a robotic system which assists unmanned production based on cooperation between off-line robots and on-line robots. Part 2. Operational analysis of off-line robots in a cellular assembly shop

机译:基于离线机器人和在线机器人之间的协作,协助无人生产的机器人系统的开发。第2部分。蜂窝装配车间中离线机器人的运行分析

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摘要

In order to support unmanned production at night and extend to 24 hour unmanned production, we proposed the introduction of off-line robots. As part of the work for the realisation of this concept, the operational analysis of the off-line robots in a cellular assembly shop is carried out in this paper. First, a stochastic analysis is made to determine the optimal number of assembly cells for each off-line robot, and factors affecting the optimal number are investigated by practical examples. Next; two methods of determining the optimal service sequence for the off-line robot are investigated, and finally a comparison between the two methods is made.
机译:为了支持夜间无人生产并扩展到24小时无人生产,我们建议引入离线机器人。作为实现此概念的工作的一部分,本文对蜂窝装配车间中的离线机器人进行了操作分析。首先,进行随机分析以确定每个离线机器人的最佳装配单元数,并通过实际示例研究影响最佳数量的因素。下一个;研究了确定离线机器人最佳服务顺序的两种方法,最后对两种方法进行了比较。

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