steering control中文,steering control的意思,steering control翻译及用法

2026-04-14 09:55 浏览次数 21

steering control

英[ˈstiəriŋ kənˈtrəul]美[ˈstɪrɪŋ kənˈtrol]

方向盘,[车辆] 转向控制

steering control 例句

英汉例句

  • plc, electro-hydraulic switch valve and proportional directional control valves were used to construct the automatic steering control system based on pd control algorithm.

    由plc、电控开关液压阀和比例方向液压阀组成自动转向控制系统,设计了pd转向控制算法;

  • automatic steering control is a complex nonlinear system, which includes lane keeping and lane changing.

    自主侧向控制实现汽车自动调节转向和车道变换,是复杂的非线性控制系统。

  • a disc shaped electrorheological steering control device is developed. its working principle, structure and control methods are presented.

    研制了一种电流变转向器,介绍它的工作原理,结构和控制方法。

  • the automatic steering control system based on the tractor tieniu-654 was studied. a fuzzy control method on the simple kinematics model was introduced.

    为此,以铁牛654拖拉机为研究对象,进行了自动转向控制系统的研究,提出了基于简化的运动学模型模糊控制方法。

  • so some of steering control algorithm of two-axle vehicle could be used in multi-axis vehicle, improved the versatility of some of the control algorithm.

    两轴转向车辆的有些转向控制算法可以用于多轴车辆,提高了有些控制算法的通用性。

  • the use of variable structure control theory and multiple-model conversion makes the vehicle steering control have favorable tracking capability and robustness.

    运用变结构滑模控制理论和多模型切换,使车辆转向控制具有良好的跟蹤性能和鲁棒性。

  • the commonly used chassis control systems can be classified into braking control, traction control, steering control and suspension control.

    常见的底盘控制系统可分为制动控制、牵引控制、转向控制和悬挂控制。

  • this paper proposes a 2 dofs robust active rear-wheel steering control scheme based on traditional feedforward active rear-wheel steering control.

    在传统前馈后轮主动转向控制的基础上,提出了一种2自由度后轮主动转向鲁棒控制规律。

  • fhpss consists of hydraulic pump, initiative valve, steering control unit, steering cylinder and so on.

    全液压转向系统是由液压泵、优先阀、转向器、转向油缸以及相关的转向机构组成。

  • in order to enhance the steering control performance of the in-wheel motor driven electric vehicle(ev), a novel electric differential control strategy was proposed.

    为了提高驱动轮独立控制的轮式电动车(ev)的转向控制性能,提出了新颖的电子差速控制策略。

  • the electric power steering system is presented in detail in this paper. an electric power steering control system based on dsp is designed.

    阐述了电动转向系统的构成及工作原理,开发了以dsp为核心的电动转向控制系统。

  • a steering control algorithm for intelligent vehicle is presented in this paper.

    提出了一种智能车辆转向控制模型。

  • fuzzy operation knowledge of steering situation is obtained through stand test and computer emulation. it gives technology support for steering control of fuzzy gear shift control system.

    通过台架试验和计算机仿真,获得转向工况下的模糊操作知识,为模糊换挡控制系统的转向控制提供技术支持。

  • this paper is mainly concerned about the field steering control and how to realize it with hardware and firmware.

    讨论了场导向控制以及如何用硬件和固件实现场导向控制。

  • the article introduces the steering control modes for multi - wheel systems of sports utility vehicle, truck, multi - axle heavy - duty trucks etc.

    介绍了适用于多功能运动型车、卡车、多轴重型车等大型车辆的多轮转向系统的转向控制模式。

  • the benefits of this style of driving include better fuel economy, less overall wear and tear, less driver fatigue on long journeys and more steering control in emergencies.

    这种驾驶方法的好处,包括燃油经济性更好,整体磨损更少,长途驾驶不易疲劳,应急操控更好。

  • procedures existed for removal of hydraulic pressure from the steering control module.

    程序从掌舵的控制模块为水压的移动存在。

  • four wheels steering control for vehicle with constraints on side slip angle is studied in this paper.

    本文研究侧偏角有约束条件下,汽车四轮转向控制系统的设计问题。

  • counter balance: offsets the weight of steering control devices.

    反平衡:抵消的重量,转向控制装置。

  • steering frame fixed in the car or truck body, power steering through the steering control will change after the general direction of transmission.

    转向器一般固定在汽车车架或车身上,转向操纵力通过转向器后一般还会改变传动方向。

  • the automobile which adopted the steering control algorithm can keep a constant steering characteristic; and its stability is improved through yaw rate and lateral acceleration feedback control.

    利用所提出的前轮转向控制算法,可以使汽车具有不变的转向特性,通过横摆角速度和侧向加速度反馈控制,提高了汽车的稳定性。

  • error-tolerated strategy and steering control algorithm are applied in order to increase system reliability. technical economy is analyzed on the system.

    从提高系统可靠性出发,给出容错策略和转向控制算法。

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