Heretofore, gear-shift schedules of most AT vehicles in the world are based upon static two-parameters.

Automatic gear-shift system will improve automobile s dynamical capability, fuel s capability and other s capability.

客车自动换挡控制系统使汽车的动力性、燃油性 、 排放、污染及其他性能得到大幅度的改善.

Check pipeline and gear reducer for leak everyday.

每天检查一次管路和减速机是否存在漏油现象.

Check and empty residual rust-preventative oil inside the gear reducer.

检查并排放干净减速机内部的残留润滑 防锈 油.

The mechanism is made up of gear and gear rack can get rid of dead point.

提出了一种齿轮齿条机构产生匀速往复直线运动并能克服死点的方法.

The EPS system consists of EPS, the 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.

Our gear rack produced as per DIN standard.

我们还生产齿条作为%您的绘图或样品.

Therefore this study focuses on the output property of the gear pump after profile correction.

本文针对这一现状,研究了齿轮修形后齿轮泵的输出特性.

The product is applied to medium, high-pressure gear pump, ram pump, vane pumps, etc.

产品主要应用于中 、 高压齿轮油泵 、 柱塞泵, 叶片泵等.由于不含铅,使润滑条件更为干净,符合环保要求.

The-gear pump is a type hydraulic component based on the theory of the common external gearpump.

多齿轮泵是在普通外啮合齿轮泵基础上发展起来的一种新型液压动力元件.

There is 2 CY gear pump series pump body, cover, gears, bearings and the shaft sealing etc.

2CY系列齿轮油泵是有泵体 、 泵盖 、 齿轮 、 轴承套以及轴端密封等零部件组成.

This series are mainly gear , gear pump , valve, pump body, axial end seal.

主要有齿轮 、 轴 、 泵体 、 安全阀 、 轴端密封所组成.

The prototype system are illustrated with industrial examples as gear pump.

最后以齿轮泵的主体零部件为实例,验证该系统的装配建模功能.

The construction and principle of the balanced compound gear pump is introduced.

介绍了平衡式复合齿轮泵结构原理.

The structure of gear motor has been improved according to the optimal result.

然后根据优化结果改进了现有齿轮式气动马达的结构.

Remote starting and alarm test for steering gear motor.

舵机马达遥控起动和报警试验.

The machine's worm gear drive adopts fully-enclosed oil-immersed lubrication with long service-life, prevent cross pollution.

采用油 浸式 润滑的传动机构,密闭在机体下方延长了使用寿命, 避免了交叉污染.

A face gear drive with high contact ratio and good dynamic performance are considered.

一脸齿轮传动与高接触比率和良好的动态性能.

To obtain the running consistency of the four mill containers, gear drive is used.

为了达到四个磨筒工作的一致性,传动方式采用齿轮传动.

Being directed against elliptical gear drive a kind of non-zero modification method has been advanced.

针对椭圆齿轮传动提出了一种 非零 变位的方法.

Gear drive is adopted to avoid the defect of loose gap chain drive.

采用齿轮传动式,避免了链条传动方式的有松动间隙的缺点.