The EPS system consists of EPS, the road surface condition, the steering gear rack, the steering operation.
电动转向器与路面条件、转向齿轮齿条、驾驶员的转向操作一起组成电动转向系统。
Of steering gear shall be familiar with the operation of the steering systems fitted on the ship and with the procedures for changing from one system to another.
所有与操舵装置的操作和维修有关的船舶驾驶员，应熟悉该船操舵装置系统的操作以及从一个系统转换到另一个系统的程序。
During changing steering mode from auto to manual, watch officer must operate personally or supervise helmsman's changeover operation.
在手操舵和自动舵的转换中，值班驾驶员应亲自操作或监督舵工进行转换操作。
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。
Touch screen steering structure . Leading technology , pretty appearance , compact structure , convenient operation .
触摸屏可转向结构。技术领先，外观大方，机构紧凑，操作方便。
The small turning radius, more flexible, hydraulic steering system, flexible steering. The pilot operation of hydraulic system, easy to operate.
转弯半径小，更加灵活，液压转向系统，转向灵活。先导操作液压体统，操作方便。
The traditional steering mechanisms was used in tracked vehicles usually adopted steering clutch, which had much lower steering precision and complicated operation.
而传统的履带式车辆的转向机构通常采用的是转向离合器，其转向精度低、操作过程复杂，可控性差。
6 double pump confluence full hydraulic steering system, easy operation, flexible, stable and reliable performance.
采用双泵合流全液压转向系统，操作轻便、灵活，性能稳定可靠。
Operation system includes steering hardware and clutch operating device. The former controls the direction.
操作机构包括转向机构和离合器操纵机构，转向机构控制松土机转向；
Hydraulic vibration, hydraulic steering, the operation is simple, flexible, stable performance.
液压振动，液压转向，操作简单，灵活自如，性能稳定。
The manipulator's acceleration and load quality have influence on steering pose of the forklift robot in its operation.
执行器的加速度和负载质量会影响叉车式机器人的转向位姿。
This article introduces the structure and the operation mechanism of Traction Control System (TRC). TRC can ensure the stability and steering function of automobiles in the course of driving.
介绍了牵引控制系统(TRC)的结构及工作原理。TRC可有效地保证汽车行驶过程中的稳定性和转向性。
With CAN-bus technology, problem to control cooperated operation of its hydraulic steering system can be settled and intelligent control for the trailer travel is realized.
CAN总线技术能够解决其液压转向系统协同工作的控制问题，实现平板车行车的智能控制。
Described is the structure of the assist steering device applied on bolsterless bogies as well as the operation test results on the special test line of Japan's Railway Technical Research Institute.
介绍了无摇枕转向架上应用的辅助导向装置的结构，以及在日本铁道综合技术研究所专用试验线上的运行试验结果。
The ubiquitous big vibration of forklift steering wheel affects the comfort ability of operation.
某型叉车方向盘普遍存在振动较大的现象，影响操作的舒适性。
The full-hydraulic steering mechanism, with retractable steering articulated in the middle, at small turning radius, features flexible and efficient operation.
全液压转向装置，中间铰接折腰转向，转弯半径小，操纵灵活，作业效率高。
In case the servosystem of the trucks is out of operation, the steering wheel of trucks is still able to be manually controlled.
该型汽车在伺服机构发生故障状态下，以手动操纵转向盘仍能维持正常运行。
Full hydraulic steering equipment, central hinge in connection to roll-waist, small turning radius, flexible operation, high work efficiency.
全液压转向装置，中间铰接折腰转向，转弯半径小，操纵灵活，作业效率高。
Convenient operation by indicator light for how to push car and turn the steering wheel.
推车和方向盘转向指示灯，操作便捷。
The utility model adopts a rear driving wheel to realize steering with convenient operation, and is especially suitable for the plowing operation among lines in narrow and small sections.
采用后驱动轮实现转向，操作更加方便，特别适用于在狭小的地段进行行间农耕作业时应用。
CCCD3B side forklift is a new type of lifting transport vehicles, which USES hydraulic transmission, full hydraulic steering, rolling doors, with a nice shape, convenient operation.
CCCD 3 B侧面叉车是一种新型的起重运输车辆，它采用液力传动，全液压转向，滚动式门架，具有造型美观大方，操作大件方便等特点。
The target of geo-steering for the horizontal well is drilling oil-bearing formation with the largest thickness, and the operation feasibility should be considered.
其中，水平段钻进地质导向以钻遇最大厚度油层为目标，同时兼顾工程实施的可行性。
The target of geo-steering for the horizontal well is drilling oil-bearing formation with the largest thickness, and the operation feasibility should be considered.
其中，水平段钻进地质导向以钻遇最大厚度油层为目标，同时兼顾工程实施的可行性。
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