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    • 1. 发明申请
    • Method for Controlling and Planning the Order of Production
    • 控制和规划生产秩序的方法
    • US20080065253A1
    • 2008-03-13
    • US10552355
    • 2004-02-21
    • Martin DafernerReiner Supper
    • Martin DafernerReiner Supper
    • G06F19/00
    • G05B19/41865G05B2219/31389G05B2219/32291G05B2219/32297Y02P90/20Y02P90/26Y02P90/86
    • A method for automatically controlling a production process for the mass production of order specific products with a first and a second partial process and an exit buffer (500.3) which comprises a fixed maximum number of spaces for production objects (20.2, 20.3,). A sequence (60) for the order of products, which are produced in the production process, is produced. In the first partial process, objects are produced according to the order sequence (70). A selection process occurs, wherein a produced object from the produced object sequence and an application from the application sequence, corresponding to each other, are selected. If the first application of the application sequence does not match a production object in the exit buffer or corresponds to a first produced object from the sequence of produced objects and if sufficient free space is available in the exit buffer, the first application and the produced object matching the sequence of produced objects are selected. All production objects from the sequence of produced objects (70) are adjusted in the exit buffer (500.3) before the selected production object. Preferably, the number of available spaces is determined by the simulations.
    • 一种用于通过第一和第二部分过程和出口缓冲器(500.3)自动控制用于批量生产订单特定产品的生产过程的方法,其包括用于生产对象(20.2,20.3)的固定最大数量的空间。 生产在生产过程中生产的产品顺序的序列(60)。 在第一部分过程中,根据顺序序列(70)产生对象。 进行选择处理,其中选择来自所产生的对象序列的生成对象和来自应用程序的应用程序彼此对应。 如果应用程序序列的第一个应用程序与出口缓冲区中的生产对象不匹配,或者对应于生产对象序列中的第一个生成的对象,并且如果出口缓冲区中有足够的可用空间,则第一个应用程序和生成的对象 选择匹配生成对象的序列。 在所选择的生产对象之前,在出口缓冲区(500.3)中调整来自生产对象序列(70)的所有生产对象。 优选地,可用空间的数量由模拟确定。
    • 3. 发明申请
    • METHOD AND SOFTWARE FOR CONTROLLING JUST IN TIME ITEM PRODUCTION VIA KANBAN CARDS
    • 用于通过卡班卡片进行时间控制的方法和软件
    • US20120165968A1
    • 2012-06-28
    • US13337644
    • 2011-12-27
    • PAOLO FONTANOTANTJE HAASEFABIO SALA
    • PAOLO FONTANOTANTJE HAASEFABIO SALA
    • G06F17/00
    • G05B19/41865G05B2219/31388G05B2219/31389G05B2219/32266
    • A method and a system control just in time item production via kanban cards. The items are transformed according to a flow shop containing a raw material buffer followed by a sequence of production pairs containing one workstation and an assigned buffer. A local buffer threshold parameter is provided and denotes the desired safety stock of the items of the specific type in the buffer. A global demand threshold parameter is provided and denotes the quantity of items of the specific item type required along the downstream process to satisfy the estimated demand. Whenever a kanban card is associated to an item of a specific type switches status, it is assigned one of four priority levels indicating the priority level of the production request. At each production pair, an item is produced of a type whose priority level is the highest according to a given priority model.
    • 通过看板卡在时间项目制作中的方法和系统控制。 这些物品根据包含原料缓冲区的流动车间进行变换,之后是包含一个工作站和分配的缓冲区的一系列生产对。 提供本地缓冲区阈值参数,并表示缓冲器中特定类型的项目的期望安全库存。 提供了全局需求阈值参数,并且表示沿着下游流程所需的满足估计需求的特定项目类型的项目数量。 每当看板卡与特定类型的交换机状态的项目相关联时,它被分配为指示生产请求的优先级的四个优先级中的一个。 在每个生产对中,根据给定的优先级模型,产生一个优先级最高的类型的项。
    • 4. 发明授权
    • Method and software for controlling just in time item production via kanban cards
    • 方法和软件,用于通过看板卡控制即时产品的生产
    • US08805564B2
    • 2014-08-12
    • US13337644
    • 2011-12-27
    • Paolo FontanotAntje HaaseFabio Sala
    • Paolo FontanotAntje HaaseFabio Sala
    • G06F17/00
    • G05B19/41865G05B2219/31388G05B2219/31389G05B2219/32266
    • A method and a system control just in time item production via kanban cards. The items are transformed according to a flow shop containing a raw material buffer followed by a sequence of production pairs containing one workstation and an assigned buffer. A local buffer threshold parameter is provided and denotes the desired safety stock of the items of the specific type in the buffer. A global demand threshold parameter is provided and denotes the quantity of items of the specific item type required along the downstream process to satisfy the estimated demand. Whenever a kanban card is associated to an item of a specific type switches status, it is assigned one of four priority levels indicating the priority level of the production request. At each production pair, an item is produced of a type whose priority level is the highest according to a given priority model.
    • 通过看板卡在时间项目制作中的方法和系统控制。 这些物品根据包含原料缓冲区的流动车间进行变换,之后是包含一个工作站和分配的缓冲区的一系列生产对。 提供本地缓冲区阈值参数,并表示缓冲器中特定类型的项目的期望安全库存。 提供了全局需求阈值参数,并且表示沿着下游流程所需的满足估计需求的特定项目类型的项目数量。 每当看板卡与特定类型的交换机状态的项目相关联时,它被分配为指示生产请求的优先级的四个优先级中的一个。 在每个生产对中,根据给定的优先级模型,产生一个优先级最高的类型的项。