1) controllable start
可控制起动
1.
Based on the ideas of the references, this paper discussed and analyzed the planetary gear train transmission plan of controllable start device, and presented an improvement solution, which exchanged the input component with the control part of epicyclic gear train, in addition, a pair of fixed gears was mounted in front of the internal ring gear.
在对已有文献提出的可控制起动行星齿轮减速装置传动方案进行分析、讨论的基础上 ,提出了一种改进的设计方案 ,即将原设计中的周转轮系的输入构件与控制环节进行互换 ,并在内齿圈的前级串联一级定轴齿轮副 ,同时对新旧方案进行了对比研究 ,结果表明新方案在该减速器的制动转矩、装置尺寸、成本及外观等方面均有所改
2.
Regarding the least volume of the whole reducer as the goal of the optimum design,introduces a formation of the optimum model of reducer by aiming at the controllable start planet gear reducer.
针对可控制起动行星齿轮减速装置,以整个装置的体积最小为优化设计目标,结合各种文献归纳出其优化模型,并利用MATLAB的优化工具箱对其进行优化设计,得出优化后减速装置的体积比初始设计的体积小。
2) controllable starting
可控起动
1.
Mechanical driving properties of controllable starting equipment which is made up of viscous clutch and differential-gear system are analyzed, and a mathematical model for electro-hydraulic controlling is established in this paper.
本文分析了由液粘离合器和差动轮系组成的可控起动装置的机械传动特性 ,并初步建立了实现电液控制的数学模
2.
The paper analyzes the existing problems in the controllable starting system for belt conveyor that has been widely used in coal mine and puts forward fuzzy control method, then introduces the control principle and its implementation with PLC.
对煤矿上普遍采用的带式输送机可控起动系统存在的问题 ,提出了模糊控制技术 ,介绍其控制原理并用可编程序控制器实现模糊控制过程。
3) controllable start
可控起动
1.
Research on reasonable and controllable starting curve of large belt conveyor;
大型带式输送机合理可控起动曲线的研究
4) controllable starting and braking devices
可控的起动与制动装置
5) Starting control
起动控制
1.
The author introduces the composition,working principle,working characteristics of the starting control device for coach and the points for attention in its use and maintenance.
简单介绍客车起动控制装置的组成、工作原理、工作特点以及在使用维修方面应注意的事项。
6) start control
起动控制
1.
One kind of simple practical start control circuit was designed,and the integrity electric circuit sc.
从直流电动机的起动和运行特性入手,分析微型直流电动机的起动和运行特性,得到了影响微型直流电动机起动的主要因素是静摩擦力的结论,并进一步分析了微型直流电动机在全压直接起动方式下不易起动和易烧绕组及电刷的原因,设计了一种简单实用的起动控制电路,给出了完整的电路原理图,分析了电路工作原理,介绍了元件参数的选择方法,并给出了四个扩展应用实例。
补充资料：反馈控制(见控制系统)
反馈控制(见控制系统)
feedback control
于。。伙。]伙ongZ片}反馈控制(几edbaekcontrol)见拉制系统。
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