Uses small-diameter wheels, a short wheelbase, and steering mechanism.

使用小直径轮，短轴距，与导向机构。

Steering mechanism is very important in the driving facilities of vehicles.

在汽车驱动装置中，转向机构是极其重要的。

A catheter steering mechanism 10 includes a tubular member 12 defining a passage 14.

一种导管导向机构10包括限定通道14的管状部件12。

The calculation involved in steering mechanism hydraulic system design is also presented.

给出了全液压式转向机构液压部分的设计计算过程。

Then, this paper focuses on the combination of trailer steering mechanism of the optimal design.

接着，本文重点论述了组合挂车转向机构的优化设计。

The reason causing breaking of a nodular iron left used for automobile steering mechanism was analyzed.

对汽车左转向节断裂原因进行了分析。

Firstly, forces on steering tie-rod are analyzed when minimum driving Angle of steering mechanism is changed.

首先分析了转向机构中最小传动角对汽车转向横拉杆作用力的影响。

A rotary steering tool scheme was developed, and its steering mechanism was investigated intensively in this paper.

提出了一种旋转导向工具设计方案，并对其实现旋转导向的机理进行了深入研究。

The gear sector of variable transmission ratio in automobile steering mechanism is a variable module non-circular gear.

变传动比汽车转向器齿扇是变模数的非圆齿轮。

Optimal design of the steering mechanism was analyzed, deduced improved mathematical model of optimal design and programming.

对转向机构优化设计进行了分析研究，推导出了改良的优化设计数学模型，并编程实现。

Steering mechanism is an important mechanism which can adjust compacting gradient of slope for the roadbed side slope compactor.

转向机构是路基边坡压实机调整压实坡度的重要机构。

Optimum results showed that the kinematics precision of steering mechanism is assured even if there are clearances in locomotion joints.

设计结果表明，在运动副存在间隙或间隙变化时，此设计方法能有效保证转向机构的运动精度。

The most common steering mechanism for vehicles is plane four-bar linkage, which has a simple structure and has been studied in details.

最常用的汽车转向机构是平面四杆机构，其结构相对简单，而且已经有大量深入的研究。

The structure parameters of the bogie steering mechanism are optimized according to the curving behavior and hunting stability analysis.

通过研究该转向架的曲线通过性能和蛇行稳定性，来优化迫导向机构的结构参数。

Taking the steering mechanism of the TN-55 tractor as example, an optimum method is introduced, which is most efficient for this problem.

并以铁牛55型拖拉机转向机构的最优设计为例，介绍了一种求解该类问题很有效的优化方法。

The optimum design of steering mechanism is, in this paper, performed by means of mathematical programming method and optimum design principle.

本文应用数学规划法和最优化设计的原理对转向机构进行了优化设计。

According to the actual structure of a electric automobile rack and pinion steering system, kinematic equation of the steering mechanism is deduced.

根据某电动汽车齿轮齿条式转向系统的实际结构，推导了该转向机构的运动学方程。

The optimization design of articulated steering mechanism of the loader is investigated. The mathematical model of optimization design is established.

本文对装载机铰接式转向机构的优化设计问题进行了研究，给出了它的优化设计数学模型。

Steering clutch is one of the important parts in steering mechanism of crawler dozer, its manually designing and drawing are very complicate procedures.

履带式推土机的转向离合器是其转向机构的主要组成部件之一，其手工设计、绘图是一个复杂的过程。

Problem to determine steering power of pump-motor system, the kernel in infinite steering mechanism of military crawler vehicles, is studied in the article.

研究军用履带车辆无级转向机构核心部件泵-马达系统转向功率的确定问题。

The deep well automatic vertical drilling tools positioning at thousands of meters, the hydraulic steering mechanism of them is demand of upper performances.

深井自动垂直钻井工具工作于数千米深的井下，对其上的液压导向机构的性能有较高的要求。

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。

A formula is set up for two rotating angles of steering pins in a non-symmetry split-steering mechanism and an optimum design mathematical model is made for it.

本文建立了轮式车辆非对称分段式转向机构两转向节主销转角之间的关系式，以及该种机构的优化设计数学模型。

Through this combination of trailer steering mechanism on the study design for enterprises provide a good reference for solving practical problems of enterprises.

通过本文对组合挂车转向机构的研究，为企业设计人员提供了良好的参考依据，解决了企业的实际问题。

Based on analyzing the existing Ackerman steering principle and trapezoidal steering mechanism, it is impossible completely conform to the Ackerman steering principle.

在分析了阿克曼转向原理的基础上，通过对现有的梯形转向机构进行分析，指出其不能完全满足阿克曼转向原理。

There are many influencing factors on curve negotiation performance of low-speed maglev train. Forced steering mechanism plays an important role in the curve negotiation.

指出影响低速磁浮列车曲线通过性能的因素是多方面的，而迫导向机构在曲线通过中起着非常重要的作用。

Meanwhile, this paper optimal design of steering mechanism, providing a quick calculation tool used to improve the design efficiency, but also provides theoretical support.

同时，通过本文对转向机构优化设计的研究，为企业提供了快捷使用的计算工具，提高了设计效率，同时也提供了理论支持。