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Parametric Design of an Electric Driven Reduction Gear for Anchor and Mooring Winches

机译:用于锚杆和系泊绞车的电动减速齿轮的参数化设计

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The paper presents an Inventor-based technique for designing an electric driven reduction gear for anchor and mooring winches. The technique consists in a parametric design so that the final product to be automatically model in correlation with input parameters. For that, simple logical rules are used in order to define and use the parameters and properties of the designed model through iLogic programming language which is included in Autodesk Inventor package. A iLogic rule can be considered as a short Visual Basic program created and used to automatically monitor and control, as Inventor objects, the model parameters values depending on input data. The aim of this is to extend and consolidate the capacity and automation of designing tasks. The iLogic rules may be incorporated directly in Inventor files or may be externally saved in order to be accessed by any files of the designing software packages.
机译:本文介绍了一种基于发明人的技术,用于设计用于锚和系泊绞车的电动减速齿轮。该技术在参数设计中组成,使得最终产品在与输入参数相关的情况下自动模型。为此,使用简单的逻辑规则来定义和使用设计模型的参数和属性通过ILOGIC编程语言包含在Autodesk Inventor包中。 ILOGIC规则可以被视为创建的短Visual Basic程序,并用于根据输入数据自动监视和控制,作为Inventor对象,模型参数值。其目的是延长和巩固设计任务的能力和自动化。 ILOGIC规则可以直接在发明家文件中并入,或者可以在外部保存才能被设计软件包的任何文件访问。

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