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- Vehicle Steering Control 汽车转向控制
- Proposed steering control strategy lowers driver's steering load thus improves vehicle handling and stability. 提出的转向控制策略可以降低驾驶员的转向负担，提高汽车操纵稳定性。
- In order to improve the directional stability of remote-operated tracked vehicle, control methods for steering control system were studied. 摘要为提高遥控履带车辆的操纵稳定性，研究了转向控制系统的控制方法。
- Investigate vehicle steering system interference issue. 调查车辆转向系统干涉问题。
- 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. 摘要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。
- With the increasing complication of configuration and function in driveline of tracked vehicle, it is necessary to improve the technology of steering control. 摘要随着履带车辆传动系统结构、功能的日趋复杂和新技术的不断融入，对履带车辆转向控制技术的要求也越来越高。
- Investigate vehicle steering system intermittent assistant power issue, promote internal plant and supplier improvement and solve the issue finally. 调查车辆转向系统助力失效问题，推动厂内及供应商改进并最终解决该问题。
- The steering control system executed steering instructions and maneuvered steering levers to realize remote steering control. 遥控履带车辆的转向控制由转向控制系统执行遥控驾驶指令控制转向拉杆行程予以实现。
- Analyzing the steering moment on the vehicle steering wheels a calculation model of self-turning moment and steering resisting torque is introduced. 摘要分析了作用于汽车转向轮的转向力矩并推导了转向轮回正力矩与转向阻力矩的计算模型。
- These planning steps are very simple, yet they provide very good information and excellent steering control in the hands of the Customer. 这些计划十分的简单，然而他们为客户提供了非常好的信息和极好的操纵控制。
- The research covers the following aspects: (1) The study of automatic steering control based on the kinematic model of a rice transplanter. 本文主要进行了以下方面的研究工作： （1） 基于插秧机运动学模型的自动转向控制技术研究 针对久保田SPU60型水稻插秧机的主要性能参数及实际工况，将插秧机模型简化为Ackerman转向运动学模型，即单车模型，提出了一种基于PID转向轮偏角决策和模糊逻辑偏角决策相结合的导航控制算法，以实现插秧机的路径跟踪控制。
- Whereafter, the simulation model is debugged and the vehicle handling stability simulation is achieved successfully.The vehicle steering character is analyzed. 然后调试仿真模型,成功的完成整车模型的操纵稳定性仿真,分析汽车的转向特性。
- This paper introduces the theory?structure and design of software and hardware of CAT system for heavy offload vehicle steering system performance testbed. 介绍了重型越野车转向系统性能试验台CAT系统的工作原理、结构形式及其软、硬件设计。
- The model of remote-operated steering control system (RSCS) was established based on the input/output relation and the characteristics of RSCS were analyzed. 基于系统输入/输出关系构建了遥控转向操纵闭环系统模型，分析了遥控车辆的转向操纵特性。
- The author introduces the development state and structural characteristics of the in-wheel EV as well as its steering control model and simulates its power performance. 介绍轮毂式电动汽车的发展现状及结构特点,说明了轮毂式电动汽车的转向控制模型,并对其动力性能进行了仿真。
- Vehicle steering and driving integrated control 车辆转向与驱动综合控制
- Steering control system of tracked vehicle 履带车辆转向控制机构
- Capability of power-assisted steering is a crucial factor for Electric Power Steering System, capability of power-assisted steering directly influences the safety of vehicle steering. 助力性能是评价汽车电动助力转向系统性能的重要指标,助力性能直接关系到汽车转向操作的安全性。
- SER SCHIFFSELEKTRONIK ROSTOCK GMBH offers Offers on Low voltage switchgears, automation plants and Control centres. Additionally also on Course control equipments and Steering control units. SER SCHIFFSELEKTRONIK ROSTOCK GMBH是一家可靠的、知名的生产商和服务商，该公司提供很多令人震惊的产品，例如自动化设备,低压配电装置。
- The steering control module was a sealed unit, opened only during overhaul, with no specified overhaul time, and had accumulated 3,860 hours since last overhauled on March 3, 1998. 掌舵的控制模块是一个密封的单位， 在检修期间只打开，没有指定彻底检查时间，并且3，860个小时自从最后在1998年3月3日彻底检查。
