为了使传动轴转动，所有肌肉必须协调一致，一组接一组有节奏地收缩。
To make the shaft turn, the muscles work in concert, rhythmically contracting, one pair after another.
双级减速器除了存在单级的传动问题以外，还有外形尺寸协调、传动比分配、功率流分流及机构平衡等问题。
Besides existing the single transmission questions, two grades of reducer have other problems, such as dimension coordinate, transmission radio distribute, power flow direction and balancing.
经试验表明，该传动系统传动性能良好，各装置工作协调，安全可靠，达到设计要求。
As the trails show, properties of the transmission system are very good, every unit works harmoniously, safely and reliably, and can meet the design requirement.
针对Z向升降运动二级传动机构的协调控制问题，提出了摆线方程的机构运动切换策略和单神经元自适应PID 控制方法。
The second is Single Neural Adaptive PID Control which is adopted to realize coordinative control of two motors running for elevating motion in direction Z.
因此，要提高产品的性能，应优化总体方案，协调性能参数，并提高传动系效率。
So, in order to improve the production performance, it should optimize collectivity scheme, correspond performance parameter and improve power train efficient.
本设计中采用液压传动控制，在结构上要巧妙完成动作协调。
The origin designs the medium adoption liquid to press to spread to move the control, wanting that the handiness completes the action on the structure coordination.
本文建立了滚锥包络环面蜗杆传动蜗轮的变形协调条件，给出了该种传动受力分析的计算公式以及蜗轮与蜗杆之间滚滑摩擦系数计算公式；
The deformation coordination equation of worm gear for rolling cone worm gearing is introduced, and the formulae of forces analysis and the rolling - and - sliding friction coefficient are given.
本文将转臂轴承视为弹性环节建立并提出适合于这类传动的变形协调普遍方程。
In this thesis, the equations have been set up through treating bearings of rocker arm as elastic component.
本设计中采用液压传动控制在结构上要巧妙完成动作协调。
The origin designs the medium adoption liquid to press to spread to move the control, wanting that the handiness completes the action on the structure coordination.
采用全数字直流传动，可编程控制器协调整机工作。
A fully-digital DC drive, a programmable controller to balance the complete line.
可应用于多电机传动及协调控制的分布式单片机电气传动控制系统中的多机实时通讯。
It can be applied to real-time, multi-microcomputer communication for most of distributed single-chip microcomputer electric drive control systems which con...
可应用于多电机传动及协调控制的分布式单片机电气传动控制系统中的多机实时通讯。
It can be applied to real-time, multi-microcomputer communication for most of distributed single-chip microcomputer electric drive control systems which control and coordinate the drive speeds...
可应用于多电机传动及协调控制的分布式单片机电气传动控制系统中的多机实时通讯。
It can be applied to real-time, multi-microcomputer communication for most of distributed single-chip microcomputer electric drive control systems which control a...
可应用于多电机传动及协调控制的分布式单片机电气传动控制系统中的多机实时通讯。
It can be applied to real-time, multi-microcomputer communication for most of distributed single-chip microcomputer electric drive control systems which control and coo...
可应用于多电机传动及协调控制的分布式单片机电气传动控制系统中的多机实时通讯。
It can be applied to real-time, multi-microcomputer communication for most of distributed single-chip microcomputer electric drive control systems which control and coo...
应用推荐