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Automatic variant selection of gearbox coupling flange — Manufacturing execution systems integration and intelligence

机译:自动变体选择齿轮箱联轴器法兰 - 制造执行系统集成与智能

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The globalization of the economy and also the associated factors of accelerating effectiveness in production, shortening innovation cycles, safeguarding original quality, etc. are regularly augmenting the pressure on the assembly business. The MES (Manufacturing Execution Systems) system uses online data to bridge the gap between the Planning system and also the Controlling system and manage the present application of producing resources wherever synchronization with different business activities is that the core. MES systems give the bridge between management and business systems and are accessed by a spread of individuals across diverse business functions like production and maintenance personals, engineers, finance, and management. The task of the producing system becomes even a lot of strenuous for adopting the common approach for rim assembly method and ever evolving producing processes for assembly search. The execution deals with interference and protection of the operator from aggregation wrong coupling side to the weak variant of a casing. Here the problem was incapability of employee to recollect 13 no of variants and their similar sort of output rim that ends up in the illegal assembly of coupling rim and its model throughout peak production. The problem is more elevated by following factors, Poor management for loading of coupling rim at the heater, Not planned concerning the multi variant of coupling rim throughout method style, No data concerning the variant sort for the operator, Manual Trigger for operator by characteristic the variant sort, Variant description isn't clear to operator as he should browse the variant code and it contains fourteen digit range, Cycle time is a lot of for characteristic the variant sort. Attributable to alternate changes of variant within the mechanical system operator typically get confused concerning the variant and new variant introduction no management for variant interchanging. to beat the on top of drawback, the MES is enforced at vehicle assembly that successively saves work value of 453 INR per gearbox, work time of 2 hr per gearbox, production loss of 8 trucks. Conclusions successfully conjointly embrace supporting information and proposals of more use.
机译:经济的全球化以及加速生产效率,缩短创新周期,保护原始品质等的相关因素定期增加大会业务的压力。 MES(制造执行系统)系统使用在线数据来弥合规划系统之间的差距以及控制系统的间隙,并管理本缺点的生产资源,无论核心都在核心同步。 MES Systems为管理层和业务系统之间提供桥梁,并通过各种业务功能的个人传播,如生产和维护人员,工程师,金融和管理等各种业务功能。制造系统的任务甚至是采用轮辋组装方法的常用方法,以及用于组装搜索的生产过程的常用方法变得很大。执行对操作员的干扰和保护从聚集错误的耦合侧到壳体的弱变种。这里的问题是员工才能回顾13个没有变体和它们类似的输出轮辋,这些输出轮辋最终在耦合边缘的非法装配中,其在整个峰值生产中。由于以下因素,在加热器上加载耦合轮辋的良差管理的问题更加升高,未计划在整个方法样式中耦合RIM的多变体,没有关于操作员的变量排序的数据,通过特征进行操作员的手动触发器变体排序,变体描述并不清楚运算符,因为他应该浏览变量代码,它包含十四位数范围,循环时间是variant排序的特性很多。归因于机械系统操作员内的变体变化的替代变化通常会对变体和新的变体引言进行混淆,没有管理变体互换。为了击败缺点顶部,MES在车辆组件上强制执行,连续节省每轮箱453 INR的工作价值,每个变速箱2小时的工作时间,8个卡车的生产损失。结论成功地联合接受了更多使用的支持信息和建议。

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