本文叙述了柔性加工系统的概况及其软件策略。
This article describes the FMS and the Software control strategies for the system.
美国利伯特精密工业公司为世界知名柔性加工系统供应商。
Liberty Precision Industries is an innovative global provider of flexible manufacturing solutions.
采用PROFIBUS - DP单主站的网络配置模式实现了柔性加工系统的控制系统设计。
The control system of flexible manufacturing system is designed as a single master station mode of PROFIBUS-DP in this paper.
虚拟柔性加工单元是虚拟制造系统研究的核心。
Virtual Flexible Machining Cell (VFMC) is the kernel of Virtual Manufacturing System.
古典JSS问题是一个经典问题，至今还是一个研究热点，由于JSS问题对机器加工路线做了限定，因此难以适用于柔性制造系统。
JSS problem is a classic problem and is still a hotspot, however, restricted by fixed machine route, JSS model does not accommodate to flexible manufacturing environment.
水射流技术与数控技术的结合，形成一种全新的先进无接触柔性加工工具——水射流精密切割系统。
By combining with computer numerical controlling technology, a water jet precise machining system, which is a new advanced untouched flexible machining system, could be formed.
机器人焊接过程中熔池实时控制系统是焊接柔性加工单元(WFMC)中保证良好焊接质量的一个重要子系统。
Control system of weld quality in real time, which can ensure an excellent weld, is an important sub system of welding flexible manufacturing cell (WFMC).
研究柔性制造系统中加工设备负荷分配问题和极大消去法的应用。
Optimal workload assignment among machining tools in a FMS and the method of maximum expurgation are studied.
通常，在一台带有托板输送系统的柔性制造设备(如柔性制造单元)上一次在托板上只装夹一个零件进行加工。
It is usual to fix only one workpiece on a pallet for machining in a flexible machine with pallet change system.
面向产品族设计的可重构制造系统，兼顾了数控加工中心的柔性强和刚性生产线效率高的优点，同时具有良好的经济性，是满足大批量定制要求的最佳模式。
To realize reconfigurable manufacturing, not only the products and their processes, but also manufacturing equipment and production system should be designed with reconfigurable strategies.
人的信息加工能力、任务类型和信息系统柔性匹配可以降低任务执行时间，提高人-信息系统交互效率。
The match of task type , information processing and system flexibility will improve the human- information system interaction efficiency.
对应用CNC技术精确设定开环控制系统的机械原点，提高传动精度及专用机床加工柔性化的方法进行了研究。
The method for precise location of original point of machinery in open control, enhancement of transmission accuracy and flexibility of special machine are researched.
对应用CNC技术精确设定开环控制系统的机械原点，提高传动精度及专用机床加工柔性化的方法进行了研究。
The method for precise location of original point of machinery in open control, enhancement of transmission accuracy and flexibility of special machine are researched.
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