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Analysis and Design of Slotted Tubular Linear Actuator for the Eco-Pedal System of a Vehicle

机译:车辆生态踏板系统的开槽管状线性执行器的分析与设计

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This paper presents the design and analysis of-a linear actuator for vehicle Eco-Pedal system. To prevent the excessive gas consumption for fuel-efficient vehicle the electric actuator produces a counter force to the vehicle's pedal to be pressed stiffly. Major performances of the actuator are required such as a high force density and a low detent force. In this paper, the design of the actuator is optimized to satisfying the requirement of the actuator, and the finite element method is used to analyze the actuator. The advisability of the design result is verified with the experimental result.
机译:本文介绍了用于车辆生态踏板系统的线性执行器的设计和分析。为了防止用于燃料效率的过度的气体消耗,电动执行器向车辆踏板产生反力,以稳定压制。致动器的主要性能是必需的,例如高力密度和低制动力。本文优化了致动器的设计,以满足致动器的要求,并且有限元方法用于分析致动器。使用实验结果验证了设计结果的可明示。

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