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    • 2. 发明授权
    • Availability check for a ware
    • 可用性检查商品
    • US08341031B2
    • 2012-12-25
    • US12037597
    • 2008-02-26
    • Jochen SteinbachAndreas Poth
    • Jochen SteinbachAndreas Poth
    • G06Q30/00
    • G06Q10/087G06Q10/06313G06Q10/06315
    • Computer-implemented methods, and associated computer program products and systems, for checking availability of a ware in a time interval, a resource to produce the ware being associated with the ware. The computer-implemented method can include obtaining capacity supply information comprising a capacity supply for each date of the time interval and capacity demand information comprising a capacity demand for each date of the time interval. The first date of the time interval is set to a later date, there is determined for each date from the first date to the later date whether capacity supply is unused. If capacity supply is unused, the method includes eliminating the specific amount from the capacity supply information. In response to demand information representing a demand having a requested date, availability of the resource on the requested date is determined using the capacity supply information and the capacity demand information.
    • 计算机实现的方法以及相关联的计算机程序产品和系统,用于在时间间隔内检查商品的可用性,产生与商品相关联的商品的资源。 计算机实现的方法可以包括获得包括时间间隔的每个日期的容量供应的容量提供信息,以及包括时间间隔的每个日期的容量需求的容量需求信息。 时间间隔的第一个日期设置为以后的日期,确定从第一个日期到后期的每个日期是否未使用容量供应。 如果未使用容量供应,则该方法包括从容量供应信息中消除具体量。 响应于表示具有请求日期的需求的需求信息,使用容量提供信息和容量需求信息确定所请求日期上的资源的可用性。
    • 3. 发明授权
    • Rough-cut manufacturing operations for use in planning
    • 用于规划的粗切制造业务
    • US08027857B2
    • 2011-09-27
    • US11376693
    • 2006-03-14
    • Jochen SteinbachKlaus ReineltTesfaldet NegashArno Eifel
    • Jochen SteinbachKlaus ReineltTesfaldet NegashArno Eifel
    • G06Q10/00
    • G06Q10/063G06Q10/0633G06Q10/06375G06Q10/06395G06Q10/08
    • An electronic data structure, tangibly embodied in an electronic information carrier, models a manufacturing process, and a computer-implemented method that generates and that uses the data structure. The data structure includes a header structure comprising planned time duration information for a defined manufacturing operation of the manufacturing process. The data structure also includes a resource capacity requirement structure linked to the header structure. The resource capacity requirement structure includes, firstly, planned resource capacity requirement information for a defined resource used in the manufacturing operation, and secondly, planned time refinement information that defines, within the header time duration information, a further refined timeframe during which the defined resource is estimated to be consumed.
    • 有形地体现在电子信息载体中的电子数据结构模拟制造过程,以及生成和使用数据结构的计算机实现的方法。 数据结构包括标题结构,其包括用于制造过程的定义的制造操作的计划的持续时间信息。 数据结构还包括与头部结构相关联的资源容量需求结构。 资源容量需求结构首先包括在制造操作中使用的定义资源的计划资源容量需求信息,其次,在标题时间段信息内定义进一步精炼的时间范围的计划时间细化信息, 估计会消耗。
    • 5. 发明授权
    • Consistency checking and repair of manufacturing operation groupings to be aggregated for use in planning
    • 一体化检查和维修制造业务组合,用于规划
    • US07551975B2
    • 2009-06-23
    • US11614854
    • 2006-12-21
    • Jochen SteinbachJaakob Kind
    • Jochen SteinbachJaakob Kind
    • G06F19/00
    • G05B19/41865G05B2219/32088G05B2219/32107G05B2219/32109Y02P90/12Y02P90/20
    • Generating data used in planning the execution of a manufacturing process includes consistency checks that are performed on proposed groupings of manufacturing operations to make sure that the groupings are defined in a way that enables the information to be aggregated for use in planning. To do this, defined groupings are received for multiple execution-level manufacturing operations that are defined in a manufacturing process execution-level electronic data model and that define a process flow to produce a product. In one aspect, for each of the defined groupings, it is determined whether the defined grouping includes multiple occurrences of a process step definition that has multiple different defined alternative steps, and if so, the defined groupings are changed so that each defined grouping of the defined groupings has no more than a single occurrence of a process step definition that has multiple different defined alternative steps.
    • 用于规划制造过程执行过程中生成的数据包括对建议的制造操作分组执行的一致性检查,以确保以能够将信息聚合用于规划的方式定义分组。 为此,接收了在制造过程执行级电子数据模型中定义的多个执行级制造操作的定义组,并定义了生产产品的过程流程。 在一个方面,对于每个定义的分组,确定所定义的分组是否包括具有多个不同定义的备选步骤的多个出现的过程步骤定义,如果是,则定义的分组被改变,使得每个定义的分组 定义的分组具有不超过单个出现的具有多个不同定义的替代步骤的过程步骤定义。
    • 6. 发明申请
    • Generating Planning-Level Time and Capacity Requirement Formulas for Manufacturing Processes
    • 生成制造过程的规划级时间和容量要求公式
    • US20080154660A1
    • 2008-06-26
    • US11614880
    • 2006-12-21
    • Jochen SteinbachJaakob Kind
    • Jochen SteinbachJaakob Kind
    • G06Q10/00
    • G06Q10/06G06Q10/063
    • Methods, computer program products and systems are disclosed for generating a planned time duration for a manufacturing process operation defined for planning purposes that includes an aggregation of multiple defined execution operations. Electronic information is received that specifies a production demand that requires use of the manufacturing process for fulfillment. A linear approximation is electronically generated of an overall time duration measure for the defined manufacturing process planning operation. The overall time duration measure is a sum of time components comprising at least a calculated measure for a variable time component for the longest of the multiple execution operations for the received production demand, and a fixed time duration measure for one send-ahead quantity for each of the multiple execution operations that is not the longest. The generated overall time duration measure is then returned.
    • 方法,公开了计算机程序产品和系统,用于为包括多个定义的执行操作的聚合的计划目的定义的制造过程操作生成计划的持续时间。 接收到电子信息,指定需要使用制造过程来实现的生产需求。 电子地生成用于定义的制造过程规划操作的整体持续时间测量的线性近似。 整个持续时间测量是时间分量的总和,该时间分量至少包括用于所接收的生产需求的多个执行操作中最长的可变时间分量的计算的度量,以及针对所接收的生产需求的一个发送数量的固定持续时间度量 的多个执行操作不是最长的。 然后返回生成的总体持续时间测量。
    • 7. 发明申请
    • Interface Providing Decision Support in Complex Problem Environment
    • 在复杂问题环境中提供决策支持的接口
    • US20160275176A1
    • 2016-09-22
    • US14663011
    • 2015-03-19
    • Vladimir ShapiroJochen SteinbachDouglas Whelton Muise
    • Vladimir ShapiroJochen SteinbachDouglas Whelton Muise
    • G06F17/30G06F3/0481G06F3/0482G06F3/0484
    • G06F17/30604G06F3/04817G06F3/0482G06F3/04842G06F8/34G06F17/30327G06F17/30395G06F17/30572G06Q10/06
    • An interface provides decision support in complex problem environments. An interface engine selectively communicates with a database to display (e.g., in tree form) proposed decisions and various corresponding outcomes resulting from cause-effect relationships of selected decisions. Structured data objects store state information (e.g., current/projected/target) of multi-faceted, inter-connected entities. Object metadata can include entity attributes and/or entity relationship details. The interface allows traversing the tree to explore the cause-effect relationships and/or validate various solution paths. The tree (including the proposed decisions, outcomes, and solution paths) may be initially generated up front, based upon particular problem scenario characteristics. Limited subsequent interaction between the interface engine and the underlying backend data store may enhance speed/performance/user experience. Roundtrip interaction with the underlying database may take place where a user seeks to adjust a decision with specific metrics and simulate the result, and/or create an execution plan/activity based upon a solution path previously designed.
    • 接口在复杂的问题环境中提供决策支持。 接口引擎选择性地与数据库通信以显示(例如,以树形式)所提出的决定以及由所选决策的因果关系产生的各种相应结果。 结构化数据对象存储多方面的互连实体的状态信息(例如,当前/投影/目标)。 对象元数据可以包括实体属性和/或实体关系细节。 该接口允许遍历树以探索因果关系和/或验证各种解决方案路径。 可以根据特定的问题场景特征,最初生成树(包括所提出的决策,结果和解决路径)。 接口引擎和底层后端数据存储之间的有限的后续交互可以提高速度/性能/用户体验。 可能发生与基础数据库的往返交互,其中用户试图用特定度量来调整决策并模拟结果,和/或基于先前设计的解决方案路径创建执行计划/活动。
    • 8. 发明申请
    • DATABASE DISPATCHER
    • 数据库分配器
    • US20140337854A1
    • 2014-11-13
    • US13893078
    • 2013-05-13
    • Jochen SteinbachHolger Herrmann
    • Jochen SteinbachHolger Herrmann
    • G06F9/54
    • G06F9/54G06Q10/0875
    • Example methods and systems are directed to dispatching database tasks. An application may access data associated with a task. The data may indicate features (e.g., processing functionality) that will be used to complete the task. The application may determine whether all such features are implemented in the database layer. The application may dispatch the task to the database layer if all features are implemented therein. The application may perform the task in the application layer if one or more of the features are not available in the database layer. In some example embodiments, the task involves materials requirements planning. Such a task may include determining, for a given bill of materials (“BOM”), the quantity of materials available on-hand, the quantity available from suppliers, the transport or delivery time for the various quantities, and other data regarding the BOM.
    • 示例方法和系统针对调度数据库任务。 应用程序可以访问与任务相关联的数据。 数据可以指示将用于完成任务的特征(例如,处理功能)。 应用程序可以确定所有这些特征是否在数据库层中实现。 如果在其中实现所有特征,应用程序可以将任务分派到数据库层。 如果数据库层中的一个或多个特征不可用,则应用程序可以在应用层中执行任务。 在一些示例性实施例中,该任务涉及材料需求规划。 这样的任务可以包括:对于给定的物料清单(“BOM”),确定可用的材料数量,供应商可获得的数量,各种数量的运输或交付时间以及关于BOM的其他数据 。