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Occupant based design system for an automotive vehicle

机译:用于汽车的基于乘员的设计系统

摘要

A computer based system and method for designing an automotive vehicle orients an occupant representation, in electronic form, with respect to a three-dimensional electronic representation of a portion of the vehicle. At least one vehicle system is represented, also in electronic form, with respect to a common reference point, at least one human factors study is electronically performed to determine occupant interaction with at least one vehicle system, and an outcome of that study is reported to a vehicle designer. The designer then has an option to vary, or alter, the occupant orientation, the location of the vehicle system, or both, so that the design meets a predetermined criteria of the study. However, the designer may opt to retain the design despite non- compliance with the criteria. If a parameter change is made, the system and method automatically rebuild every other effected dimension, and vehicle systems to satisfy the regenerated design are automatically selected from an electronic parts library so that packaging alternatives can be quickly studied. A geometric representation of occupant interaction relative to a vehicle system may be displayed to allow a designer to visually assess compliance with a particular criteria. The occupant representation, vehicle, vehicle system, and geometric representation of the interaction may be rendered and animated in three- dimensions permitting views from various perspectives. The method and system can quickly provide accurate human factors studies for a vehicle design while allowing system packaging flexibility.
机译:用于设计机动车辆的基于计算机的系统和方法使电子形式的乘员表示相对于车辆的一部分的三维电子表示定向。关于公共参考点,也以电子形式表示了至少一个车辆系统,以电子方式进行了至少一项人为因素研究,以确定乘员与至少一个车辆系统的相互作用,并将该研究的结果报告给车辆设计师。然后,设计者可以选择改变或改变乘员的方位,车辆系统的位置或两者,以使设计符合研究的预定标准。然而,尽管不符合标准,设计者仍可以选择保留设计。如果进行了参数更改,则系统和方法会自动重建所有其他受影响的尺寸,并且会从电子零件库中自动选择满足再生设计要求的车辆系统,以便可以快速研究包装替代方案。可以显示相对于车辆系统的乘员交互作用的几何表示,以允许设计者在视觉上评估对特定标准的依从性。交互的乘员表示,车辆,车辆系统和几何表示可以在三维图中进行渲染和动画化,以允许从各个角度进行查看。该方法和系统可以快速提供用于车辆设计的准确的人为因素研究,同时允许系统封装的灵活性。

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