共查询到20条相似文献,搜索用时 93 毫秒
1.
文章从智能制造整体能力成熟度等级评价出发,探讨了整车制造车身车间智能制造评级的方法以及针对某个车身车间的评级结果,得出整车制造车身车间智能化升级的关键是焊接设备监控以及焊接质量控制智能化。文章推荐采用边缘计算框架作为车身车间的智能焊接系统标准规划,搭建了某个车身车间智能焊接系统的网络框架,并详细说明了智能焊接系统的数据流程图。 相似文献
2.
汽车进入智能化、电动化时代后,车辆对车载网络技术的需求越来越高,FlexRay作为新一代总线系统也被越来越多的汽车厂家应用。文章对FlexRay车载网络系统的优势、拓扑结构、时效性等进行分析,并对FlexRay车载网络系统在车辆上的具体应用进行实践总结,探索车载网络技术发展趋势。 相似文献
3.
4.
研究基于CAN(Controller Area Network,控制器局域网络)和LIN(Local Interconnect Network,串行通信网络)总线的车身控制器的设计.完成BCM(Body Control Module,车身控制器)的硬件和功能逻辑设计.进行各种智能化的设置,满足客户对整车舒适度的要求.同时,考虑到车身控制的发展要求,在BCM中设计了相应的硬件接口,将BCM作为车身电子控制系统的扩展平台,未来可以根据需要加入合适的控制信号. 相似文献
5.
《汽车电器》:高董事长,您好,首先感谢您接受《汽车电器》的专访。作为高新技术企业,领科汇智虽成立时间不长,但成长飞快。请您跟我们分享一下领科汇智创办的初衷。高志彪:领科汇智自2016年成立以来,就有着清晰的发展战略:公司将以为人类创造更加美好的出行驾乘空间为使命,以中国车身域智能化创新引领者为愿景,聚焦车身域智能化,发挥核心团队20年的德资企业从业背景以及丰富的经验,突出车身域智能化领域成熟的技术与产品,利用车身域智能化领域系统集成研发与制造能力的优势,把握进口产品国产替代的市场机遇,迅速拓展市场占有率,打破车身域智能化核心部件长期的外资企业垄断地位,打造国际领先、国内一流的车身域智能化龙头企业。 相似文献
6.
7.
8.
9.
10.
11.
CAD/CAM集成环境下汽车车身CAD系统的研究与设计 总被引:2,自引:0,他引:2
本文在阐述了建立汽车车身CAD必要性的基础上,总结了现行车身设计存在的不足,提出了在CAD/CAM集成环境下新的汽车车身设计的流程,建立了汽车车身CAD的系统结构,分析了实现车身CAD的主要技术即车身表面曲线曲面的构造方式和车身零件三维产品模型的建立。 相似文献
12.
13.
《Vehicle System Dynamics: International Journal of Vehicle Mechanics and Mobility》2012,50(9):835-847
In order to improve the ride comfort of lightweight railway vehicles, an active vibration reduction system using piezo-stack actuators is proposed and studied in simulations. The system consists of actuators and sensors mounted on the vehicle car body. Via a feedback control loop, the output signals of the sensors which are measuring the flexible deformation of the car body generate a bending moment, which is directly applied to the car body by the actuators. This bending moment reduces the structural vibration of the vehicle car body. Simulations have shown that a significant reduction in the vibration level is achieved. 相似文献
14.
Gerhard Schandl Peter Lugner Christian Benatzky Martin Kozek Anton Stribersky 《Vehicle System Dynamics: International Journal of Vehicle Mechanics and Mobility》2007,45(9):835-847
In order to improve the ride comfort of lightweight railway vehicles, an active vibration reduction system using piezo-stack actuators is proposed and studied in simulations. The system consists of actuators and sensors mounted on the vehicle car body. Via a feedback control loop, the output signals of the sensors which are measuring the flexible deformation of the car body generate a bending moment, which is directly applied to the car body by the actuators. This bending moment reduces the structural vibration of the vehicle car body. Simulations have shown that a significant reduction in the vibration level is achieved. 相似文献
15.
Adaptive Control of 4WS System by Using Neural Network 总被引:3,自引:0,他引:3
T. Shiotsuka A. Nagamatsu K. Yoshida 《Vehicle System Dynamics: International Journal of Vehicle Mechanics and Mobility》1993,22(5):411-424
An adaptive control system of the model following type is proposed for drive motion control of a four wheel steering (4WS) car with using neural network (NN) which has mastered nonlinear friction force between tire and road surface. A model of one rigid body is adopted which represents appropriately two kinds of car motion caused by steering action, namely the lateral displacement and the yawing rotation, and an equation of motion is described in a simplified form to make a system equation for motion control possible. Nonlinear relation between the cornering force of tire and the slip angle is obtained by numerical analysis with the tire model proposed by E. Fiala, taking friction coefficient and car speed as the parameters. The result is used as the teaching signal for NN. Three NN are used in the control system composed of both the feed-forward and the feedback circuits in order to realize adaptive control. Validity and usefulness of the proposed adaptive control system with NN are verified by three kinds of computer simulation. 相似文献
16.
17.
汽车智能网联系统是当前智能化汽车发展的核心方向,对于汽车性能提升以及汽车使用安全都有非常重要的作用,本文笔者主要针对汽车智能网联系统进行了分析研究,文章中简要阐述了汽车智能网联系统及技术,并提出了汽车智能网联系统中存在的信息安全问题,并针对问题提出汽车智能网联系统的信息安全建设策略。 相似文献
18.
《Vehicle System Dynamics: International Journal of Vehicle Mechanics and Mobility》2012,50(5-6):411-424
SUMMARY An adaptive control system of the model following type is proposed for drive motion control of a four wheel steering (4WS) car with using neural network (NN) which has mastered nonlinear friction force between tire and road surface. A model of one rigid body is adopted which represents appropriately two kinds of car motion caused by steering action, namely the lateral displacement and the yawing rotation, and an equation of motion is described in a simplified form to make a system equation for motion control possible. Nonlinear relation between the cornering force of tire and the slip angle is obtained by numerical analysis with the tire model proposed by E. Fiala, taking friction coefficient and car speed as the parameters. The result is used as the teaching signal for NN. Three NN are used in the control system composed of both the feed-forward and the feedback circuits in order to realize adaptive control. Validity and usefulness of the proposed adaptive control system with NN are verified by three kinds of computer simulation. 相似文献
19.