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首页> 外文期刊>American journal of applied sciences >Designing for Comfort and Reliability in an Intelligent Car Seat | Science Publications
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Designing for Comfort and Reliability in an Intelligent Car Seat | Science Publications

机译:智能汽车座椅的舒适性和可靠性设计科学出版物

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摘要

> Today, intelligent safety systems are installed in modern cars in view of minimising road hazards. An intelligent air bag system for example, comprised several subsystems that are integrated to include the weight sensor system, image sensor system, crash sensor system and tyre pressure monitoring system. These systems when poorly positioned into the car seat, will certainly affect comfort and reliability of the car seat. This research presents the design work on an intelligent car seat, which is equipped with a load cell type-sensory system. The load cells are used to detect the weight of a passenger for the deployment of an air bag system. The proposed design is validated against displacement and stress analysis using an 80 kg load to simulate the weight of a passenger. Results from the design validation indicated that the proposed configuration and material is appropriate for use in the intelligent car seat application.
机译: >如今,为了最大限度地减少道路危害,现代汽车中已安装了智能安全系统。例如,智能气囊系统包括几个子系统,这些子系统集成在一起,包括重量传感器系统,图像传感器系统,碰撞传感器系统和轮胎压力监控系统。这些系统放置在汽车座椅上的位置不佳时,肯定会影响汽车座椅的舒适性和可靠性。这项研究提出了在智能汽车座椅上的设计工作,该座椅配备了称重传感器。称重传感器用于检测乘客的重量,以部署安全气囊系统。拟议的设计已通过使用80千克负载模拟乘客的重量进行了位移和应力分析的验证。设计验证的结果表明,建议的配置和材料适用于智能汽车座椅应用。

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