最后给出了渐开线齿轮传动设计的计算结果实例。
At last, the result of the involute gear driving design is described.
提出了按等强齿数确定闭式齿轮传动设计准则的新方法。
Study of determining method of number of gear teeth in shifting system of machine tools;
基础制动装置的传动效率是制动系统设计的重要参数。
The foundation brake rigging transmission efficiency is a significant parameter for the brake system design.
主要零件的计算、驱动装置的选择传动机构的设计。
Major parts, drive transmission mechanism of the choice of design.
本文对传动系统一体化优化匹配设计进行了研究。
In this paper, the overall optimum match design of transmission is studied.
对热机系统、传动系统进行了优化设计，增强了整机的可靠性能。
Optimizing the heat engine system and transmission system improve the reliability of the engine.
但是BF型柔性传动的设计在国内还缺乏深入的研究。
But the design of BF flexible transmission is still lack in the thorough research.
从而为该类机构设计、传动特性分析提供方法。
The methods of design and transmission characteristic analysis of this kind of mechanism were provided.
第二，传动系统的设计。
该种组合机构结构较简单，容易设计，传动角大。
This kind of combination mechanism is rather simple in structure, easy to design and of a big transmission Angle.
本论文是关于CA20驱动桥的传动系统差速器设计。
This paper is about the design of the transmission of transaxle CA20.
随着汽车配置的选择，但它实际上设计的传动控制系统为您！
With the Auto Configure option, it actually designs the drive control system for you!
液压机械传动系统的设计过程，首先是一个传动系统的设计过程。
The design of transmission system for Hydraulic machinery is different from other traditional design.
介绍机械传动装置模块化设计系统的总体设计思路。
Introduce master design thinks of modular design system of mechanical drive unit.
详细地介绍了设计方案、传动装置及结构设计。
The design schedule, driving device and structural design are introduced in detail.
对机械手整体结构、传动系统、驱动装置和控制 系统进行了分析和设计。
The overall structure of the manipulator, drive, drive and control system analysis and design.
本次设计的主要内容包括传动装置的设计、床身的设计等。
The design of the main contents include gear design, the design of bed.
首次讨论BF型多柔传动优化设计。
It is a first discussion about BF type multiple-flexible driving motion.
通过选择合理的传动方案、传动方式和动力源，自行设计了排种器性能试验台。
The laboratory table is designed with rational transmission project, transmission mode and drive.
改进了仪表传动轴原设计，一次试制成功。
Improved design of the old instrument shaft, made success through one trial-manufacture.
总体设计中主要阐述了机床机械传动系统的改造。
The main design tool described the transformation of mechanical transmission.
最后，提出了设计传动链时应注意的几个问题。
At last, the considerable questions are advanced when the feed drive system is...
第三部分为起升机构的传动方案选型和设计计算。
The third part is to choose the driving motion version of the hoisting mechanism.
介绍了现代数控机床主传动系统设计的基本要求，主传动系统设计及特点。
Then, the main transmission system of machine tool is regarded as grey system, se.
单电机，螺纹管设计：结构简洁，传动件少。
Single-motor construction, simple screw tube design, few operating.
为学生进行课程设计选择传动方案时提供借鉴。
The result can provide reference of choosing transmission scheme for students.
新设计的传动比提高了装载机的燃油经济性。
新设计的传动比提高了装载机的燃油经济性。
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