1) mechanical transmission efficiency
机械传动效率
1.
In order to find out a mechanical transmission efficiency calculation method of multi-component mechanism in gun and automatic weapon, based on analysis of calculation formula of multi-component mechanical transmission efficiency, transmission unit and node concepts were put forward on the basis of finite element method.
为了寻求计算火炮与自动武器自动机多构件机构的机械传动效率的方法,在分析多构件机构机械传动效率计算公式的基础上,借鉴有限单元法,提出了传动单元和传动节点的概念。
2) hydraulic mechanical efficiency
液力机械传动效率
3) mechanical efficiency
机械效率
1.
Verifying mechanical efficiency of the longitudinal gearing along the ship in navigating by the use of experimental method;
航行中船舶纵向齿轮机构机械效率的实验验证
2.
Synchronous detection technology for the surface mechanical efficiency of beam units
抽油机地面机械效率同步检测技术研究与应用
3.
In the paper, the design theory and mechanical efficiency of the booster are discussed.
针对活塞式井底增压器设计中存在的问题探讨了射流式井底增压器的增压原理、设计理论和机械效率。
4) machine efficiency
机械效率
1.
The effect of speed ratio on machine efficiency;
机构的速比对机械效率的影响
2.
An analysis of the relationship between machine efficiency and speed ratio, especially for two essential situations of the speed change of inclined plane and lever, is made and quantitative relationship is obtained.
本文讨论机构的机械效率与其速比之间的关系，分别根据斜面及杠杆这两种基本的变速方式进行具体讨论，得出定量关系，并得出采用杠杆方式变速较斜面方式变速可以获得较大的机械效率的结论。
5) mechanical drive
机械传动
1.
Application of comprehensive fuzzy evaluation in selection of mechanical drive schemes;
应用模糊综合评判实现机械传动方案选择
2.
Conceptual design method of mechanical drive system based on axiomatic design;
基于公理设计的机械传动系统概念设计方法
3.
Type selection of mechanical drive part of the charging hoist for sleeve type shaft kiln
套筒竖窑上料卷扬机机械传动部件的选型优化
6) mechanical transmission
机械传动
1.
The MF induction heaters and their mechanical transmission;
中频感应加热及其机械传动
2.
The hierarchy model and correlation of knowledge of mechanical transmission system of draper type conveyor are analyzed.
带式输送机机械传动系统原理方案设计是一种构思设计,它最能发挥设计者的智能,适于采用产生式规则来实现专家系统。
3.
This paper analyzed AC servo heavy cutting feed system component parts and their actions, and built model about mechanical transmission equipment section.
分析了强力切削交流伺服进给系统各组成环节及作用,对机械传动装置部分建立了模型。
补充资料：传动：摆线针轮传动
由外齿轮齿廓为变态摆线﹑内齿轮轮齿为圆销的一对内嚙合齿轮和输出机构所组成的行星齿轮传动。除齿轮的齿廓外﹐其他结构与少齿差行星齿轮传动相同。摆线针轮行星减速器的传动比约为6～87﹐效率一般为0.9～0.94。图 轮齿曲线的形成 为轮齿曲线的形成原理。发生圆在基圆上滚动﹐若
大於r1﹐M'点画出的是长幅外摆线﹔若
小於r1﹐M''点画出的是短幅外摆线﹔用这些摆线中一根曲线上的任意点作为圆心﹐以针齿半径rz为半径画一系列圆﹐而后作一根与这一系列圆相切的曲线﹐得到的就是相应的长幅外摆线齿廓或短幅外摆线齿廓﹐其中短幅外摆线齿廓应用最广。用整条短幅外摆线作齿廓时﹐针轮和摆线轮的齿数差仅为1﹐而且理论上针轮有一半的齿数都与摆线轮齿同时嚙合传动。但如果用部分曲线为齿廓就可得到两齿差和三齿差的摆线针轮传动。用长幅外摆线的一部分作轮齿曲线时﹐其齿廓与圆近似﹐并与针齿半径相差不大﹐因此可用它的密切圆弧代替。摆线针轮传动的优点是传动比大﹑结构紧凑﹑效率高﹑运转平稳和寿命长。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条