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1·The structure, working principle and features of the hydraulic torque converter are introduced.

阐述了该液力变矩器的结构、工作原理及特点。

2·In this dissertation we will study the interval flow of hydraulic torque converter with UG and ANSYS software.

本文在UG和ANSYS软件的基础上对液力变矩器的内部流场进行研究。

3·The magnitude of deformation affects the performance of hydraulic torque converter and its connection with adjacent parts.

其变形的大小将直接影响到液力变矩器的性能和在工作中与相邻零部件间的位置关系。

4·A three-dimensional design method for the hydraulic torque converter blades were proposed and its basic design flow was provided.

液力变矩器叶片的三维设计方法，并提供了其基本设计流程。

5·In this paper, the project co-operation with a certain construction machinery sheet metal hydraulic torque converter for the study.

本文依托项目合作单位的某工程机械用钣金型液力变矩器为研究对象。

6·This method has been for many times used for date-processing in tests of hydraulic torque converter and proved to be useful and effective.

这一方法曾多次应用于液力变矩器试验数据的处理过程，证明是可行而有效的。

7·In view of saving energy and enhancing transmission efficiency, a new PLC and HMI based shift control to 4d180 hydraulic torque converter is proposed.

从提高传动效率和节能的角度出发，提出用PLC(可编程序控制器)和HMI(人机界面)控制电液自动变速器(4d180型)的全新控制方案。

8·The characteristics and match relations of diesel and hydraulic torque converter are analyzed. Various factors on common working points are introduced.

分析了工程机械液力变矩器与柴油机的工作特性、匹配关系，对影响其共同工作点的各种因素进行了详细介绍。

9·This paper introduced the design of a TIG welding machine, which is used for six PTP(point to point) assembling welding of the Hydraulic Torque Converter.

介绍了一种用于液力变矩器总成焊接的六点TIG焊专机控制系统。

10·The author works out in this article a repair process for the mechanical seals on CHC-750 Hydraulic Torque Converter through failure analysis of the seals.

本文分析了CHC—750型液力变矩器机械密封装置的失效原因，制订了修理工艺。