共查询到17条相似文献,搜索用时 453 毫秒
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1电动车窗防夹功能东风日产玛驰(MARCH)轿车电动车窗系统驾驶人侧车窗具有防夹功能,当驾驶人侧电动车窗上升时夹到障碍物,车窗将下降150mm;当驾驶人侧车窗受到了相当于障碍物被夹住的冲 相似文献
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现在汽车大多采用电动车窗,但单纯无防夹功能的电动车窗在自动上升期间存在着较大的安全隐患,因此很多汽车都采用了电动防夹车窗。本文结合汽车车门控制模块设计的项目实践,深入探讨电动防夹车窗的控制策略和功能实现,以提高电动防夹车窗的稳定性、可靠性、高自适应性。 相似文献
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汽车电动车窗防夹设计探究 总被引:1,自引:0,他引:1
介绍电动车窗的组成;通过建立防夹电动机的机械特性和电气特性模型并进行参数运算,研究了防夹模型的理论基础,得到电动机阻力和电流的关系以及车窗位置D的计算关系等;最后分析了防夹系统的硬件设计和软件设计。为电动车窗的设计提供最优化的方法。 相似文献
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汽车电动窗防夹技术的探讨 总被引:2,自引:0,他引:2
为了能够有效地解决电动车窗存在的安全隐患,现在很多汽车都采用了电动防夹车窗。文章结合汽车车门控制模块设计的项目实践,介绍了汽车电子领域正在应用的3种防夹策略,并指出无论采用何种方式进行防夹,都需要在算法中加入自适应过程,系统不应对扰动和不正确的夹物检测有反应,对于空气的摩擦、道路的推动及断电等都必须是健壮的。 相似文献
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S. Lee D. H. Lee M. H. Kim K. C. Lee 《International Journal of Automotive Technology》2010,11(4):525-531
The controller area network (CAN) is the dominant protocol for in-vehicle network (IVN) systems because it provides bounded transmission delay among electronic control units (ECUs) at data rates between 100 Kbps and 1 Mbps. Many automotive companies have chosen the CAN protocol for their chassis network system of intelligent vehicles. However, the increasing number of ECUs in intelligent vehicles and the need for more intelligent functions require a network system with more network capacity and real-time capability. As one approach to enhance the network capacity of a CAN system, this paper introduces a CAN system with dual communication channels. This paper also presents a traffic-balancing algorithm that predicts the traffic of each channel and allocates frames to the most appropriate channel. An experimental testbed using commercial off-the-shelf microcontrollers with two CAN controllers was used to demonstrate the feasibility of the traffic-balancing algorithm. 相似文献
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The controller area network (CAN) protocol is widely used for in-vehicle network (IVN) systems, and many automotive companies
also use the CAN in chassis network systems. However, the increasing number of electronic control units (ECUs) dictated by
the need for more intelligent and fuel-efficient functions requires an IVN system with a greater transmission capacity and
less network delay. Automotive companies have tried several approaches such as segmenting CAN systems and developing time-triggered
protocols. This paper presents a practical method for increasing the transmission capacity and reducing the network delay
in CAN systems using dual communication channels with a traffic-balancing algorithm based on Kalman prediction to forecast
the traffic on each channel and allocate frames to the one that is most appropriate. An experimental testbed using commercial
microcontrollers with two or more CAN protocol controllers was used to demonstrate the feasibility of the Kalman traffic-balancing
algorithm. Experimental results show that the traffic-balancing CAN system with Kalman prediction reduced the transmission
delay of all priority messages compared to that of a simple method, such as a channel-switching CAN, without sacrificing the
performance for high-priority messages. 相似文献
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对一种基于CAN总线的LED智能控制系统在高速公路隧道照明中的应用进行介绍。该系统利用CAN总线传输距离远、可靠性高的特点,并依据车流量及实时洞外环境亮度等因素对隧道内LED灯具进行智能控制,实现隧道按需照明,从而达到2次节能的目的。 相似文献