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Invisible advanced passenger-side airbag door design for optimal deployment and head impact performance

机译:无形的高级乘客侧安全气囊门设计,用于最佳部署和头部冲击性能

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摘要

Hard panel types of invisible passenger-side airbag (IPAB) door system must be designed with a weakened area such that the airbag will deploy through the Instrument Panel (IP) in the intended manner, with no flying debris at any required operating temperature. At the same time, there must be no cracking or sharp edges in the head impact test (ECE 21.01). If the advanced airbag with the big difference between high and low deployment pressure ranges are applied to hard panel types of IPAB door system, it becomes more difficult to optimize the tearseam strength for satisfying deployment and head impact performance simultaneously. We introduced the "Operating Window" idea from quality engineering to design the hard panel types of IPAB door applied to the advanced airbag for optimal deployment and head impact performance. To accurately predict impact performance, it is important to characterize the strain rate.
机译:不可见乘客侧安全气囊(IPAB)门系统的硬面板类型必须设计具有弱化区域,使得安全气囊将以预期方式展开仪表板(IP),在任何所需的操作温度下没有飞行碎片。同时,头部冲击试验中必须没有裂缝或锋利的边缘(ECE 21.01)。如果高级和低部署压力范围之间的高差异的先进气囊应用于硬板类型的IPAB门系统,则更难以同时满足部署和头部冲击性能的泪流的强度变得更加困难。我们从优质工程中介绍了“操作窗口”的想法,设计了应用于先进安全气囊的IPAB门的硬盘类型,以获得最佳部署和头部冲击性能。为了准确地预测影响性能,表征应变率是重要的。

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