基于数字Arduino的汽车传动安全带张紧传感器的LabVIEW设计

Anastasiou Konstantinos, Dimitris Tsipianitis, P. Groumpos
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引用次数: 0

摘要

在这个快速发展的世界里,安全驾驶对任何人的生命都是必须的。总的来说,汽车和交通工具正在以前所未有的速度发展,变得更高效、更容易使用、更方便用户。但是驾驶员的安全呢?驾驶员的安全几乎完全取决于安全气囊和安全带,在这两种情况下,一种措施是在汽车撞击或剧烈加速时触发的,更具体地说,是驾驶员的身体。研究表明,当使用这些安全措施时,伤害和死亡率会降低。然而,在某些情况下,上述设计(在本文中我们只讨论安全带)可能会“牺牲”前面提到的汽车的用户友好和易于使用的功能。因此,本文提出了一种基于Arduino的LabVIEW实现系统作为解决方案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design of digital Arduino based sensor for safety belt tensioning in automotive transferring using LabVIEW
Safe driving, in a fast-moving world, is a must for the life of any person. Cars and means of transport in general, are evolving to be more efficient, easy to use and user friendly more than ever before and this is happening on an extraordinary rate. But what about driver safety? The safety of the driver is depended, almost exclusively on the airbags and the seat belt which in both cases a measure is triggered upon impact or an intense acceleration of the car or more specifically the driver’s body. Studies have shown that when these safety measures are used the injury and fatality rates lessen. However, there are cases where, the design of the above (in this paper we are talking only about the seatbelt) can be “sacrificing” from the user friendly and easy to use features that were previously mentioned on a car. So, in this paper, an Arduino based system implemented on LabVIEW is proposed as a solution.
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