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DIGITAL MANUFACTURING OPTIMIZATION SYSTEM FOR SCENARIO SIMULATION AND DISCOVERING BOTTLENECK PROCESSES BASED

机译:基于场景建模和发现瓶颈过程的数字化生产优化系统

摘要

The present invention be a bottleneck Scene Simulation and handle control information processing system include one it be related to number manufacturing optimization. Digital production optimization system (a) receives the value of the control variable acquisition for each control variable and the working characteristics for each situation according to the present invention; (B) step executes the imitation by situation, generates the execution of at least one or more sunykatuib analysis result information according to imitating; In this way, to include; The line balancing information of processing and (D) process; (C) at least one bottleneck step is derived from sunykatuib analysis information, and the information for generating diagnosis enjoins the bottleneck process it is characterized in that, information processing. When the practice present invention can carry out the imitation of multiple scripts to find to imitate bottleneck process, it can be minimized overall productivity to reduce due to bottleneck process, a best situation is generated to examine by t and between each situation is average by showing value difference, and user can provide help and check and use an alternative scenario, by equipment capability of user during each change on compare working characteristics, executing other scripts and effectively checking can be provided to you.
机译:本发明是一种瓶颈场景仿真和手柄控制信息处理系统,包括与制号优化有关的系统。数字产品优化系统(a)接收根据本发明的每个控制变量的控制变量获取值和每种情况的工作特性;步骤(b),根据情况进行模仿,根据模仿产生至少一个或多个sunykatuib分析结果信息的执行;这样,包括;处理和(D)过程的线平衡信息; (C)从sunykatuib分析信息中导出至少一个瓶颈步骤,并且用于产生诊断的信息伴随着瓶颈过程,其特征在于,信息处理。当实践中的本发明可以执行多个脚本的模仿以发现模仿瓶颈过程时,由于瓶颈过程,可以使整体生产率最小化以降低生产效率,生成最佳状态以t进行检查,并且通过显示来平均每种情况价值差异,用户可以在每次更改比较工作特性,执行其他脚本和有效检查的过程中,通过用户的设备能力来提供帮助并检查和使用替代方案。

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