履带行走装置

旋挖钻机履带行走装置支重轮的布置计算

Calculation for Roller Arrangement in Crawler Travel System of Rotary Pile Drill

多履带行走装置综述

Summary of Multi - Crawler Travelling Unit

双履带行走装置转向性能分析

Turning performance analysis of bi-crawler track

为了合理地预测湿软地上履带行走装置的推进力，对履带板的推力计算模型进行了修正。

In order to reasonably predicate the pull of track driving device on wet and soft terrain , the pull model of track shoes is revised .

履带行走装置是履带式滩涂运输车的重要组成部分，是运输车承重与行驶的底盘。

The crawler track walking device is an important section of the tracked tideland vehicle , which is the chassis walking and bearing the weight of the vehicle .

所述底盘主要由底座、中空的外伸横梁、滑动横梁、固定装置、旋转支撑和由液压马达驱动的履带行走装置构成；

The utility model mainly comprises a chassis which is provided with a crawler running device , a machine body , a vertical column , an oblique support and a power hydraulic system .

浮箱履带式行走装置性能的分析探讨

Analytical investigation in the performance of floating-box type crawler travel device

在设计中，采用了履带式行走装置，来满足要求。

In the design , used marching walked the installment to satisfied request .

载荷条件及流变参量对水田履带式行走装置下陷量的影响

Effect of load conditions and rheological parameters on sinkage of tracked vehicles in paddy fields

旋挖钻机履带式行走装置支重轮之间的距离及其数量的多少，尚缺少系统的计算公式。

There are few systematical formulas to calculate the roller number and the distances between rollers in crawler travel system of rotary pile drill .

履带板应用数量较多，占整个履带行走装置的比重较大，因此履带重量过重会影响发动机功率，增加燃料消耗，缩短使用寿命。

As tread shoes hold a large proportion in track driving device , the increase of the weight of tread shoes will lead to more engine power , more fuel consumption and the decrease of service life .