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1) profiling motion control
剖面运动控制
1.
And some main parts,such as the integration frame,the floating observing platform,the drive and transmission system,real time data transmition,profiling motion control,test and maintenance are described.
介绍了水下自动监测站的结构构成;围绕剖面测量功能的实现,论述了在总体设计、集成框架、浮动平台、驱传动系统、实时数据传输、剖面运动控制、试验和维护等方面应注意的主要问题以及采取的具体措施,供有关人员参考交流。
2) control plane sensitivity
控制剖面敏感性
1.
Experiments demonstrate that our solution can achieve a good balance between control plane sensitivity and traffic engineering adapting to different network .
实验表明,ATIE算法能够在控制剖面敏感性和随负载变化的流量工程自适应性上达到合理的折衷。
3) Motion Control
运动控制
1.
Implementation of Point-to-point Comparison Motion Controller on SoPC;
逐点比较法运动控制器的SoPC实现
2.
Design and Simulation for Motion Control System Based on DSP and CPLD;
基于DSP和CPLD的运动控制设计与数值仿真
3.
The design of motion control board in laser processing;
激光数控加工运动控制卡设计
4) movement control
运动控制
1.
Design of movement control system of laser micro-processing;
激光微加工中运动控制系统的设计
2.
To Realize High-speed High-accuracy Movement Control Based on SERCOS Technology;
基于SERCOS技术实现高速高精度运动控制
3.
Rhythmic movement control of flapping-wing flying based on CPG;
基于CPG的扑翼飞行节律运动控制
5) moving control
运动控制
1.
The moving control of laser cladding on the surface of disc cam is theoretically analysed.
针对盘形凸轮激光熔覆运动控制作了理论分析,提出了为获得均匀熔覆层必须满足的条件：凸轮激光熔覆过程中离焦量不变、扫描速度恒定、激光束沿轮廓面法线照射。
2.
Taking the highspeed ceramic bearing electric spindle used in laboratory for example,its characteristic,lubricating,the cooling system as well as electric spindle moving control are introduced.
以实验室的高速实验磨削用陶瓷轴承电主轴为例,介绍了陶瓷轴承电主轴及其特性、润滑、冷却系统和电主轴的运动控制,对陶瓷轴承电主轴在机床上的应用作了基础性探讨。
3.
In order to guarantee the images quality,the frame and characteristics of ICT moving control system, are brought forward in this paper.
当工业CT采用高加速间歇运动方式时,扫描台的运动控制性能直接影响着图像采集的质量。
6) kinetic control
运动控制
1.
Simemens Simotion D425,a new generation kinetic control system was applied on the straightening machine in Zhujiang Steel.
介绍了西门子新一代运动控制系统——Simotion D425在广州珠江钢铁2#分卷机组矫直机中的应用。
2.
The application of digital AC servo system and kinetic control system based on CAN bus technology is investigated.
研究了CAN总线在数字交流伺服系统与运动控制中的应用,探讨了伺服电机驱动与多轴运动控制中实时网络控制问题,介绍了一种基于CAN总线技术的数字交流伺服系统及其结构原理和软、硬件设计。
3.
For improving the production efficiency and positioning accuracy in production process,SIEMENS SIMOTION D425 was introduced,a new generation kinetic control system was applied on the robot used for loading and unloading coupling.
为了提高加工过程中的生产效率及定位精度,介绍了西门子新一代运动控制系统—SIMOTION D425在接箍车丝机专用上下料机械手中的应用。
补充资料：关于solidworks 中的剖面线中的剖面线
solidworks的剖面线线型定义和autocad相同,它使用了autocad的剖面线定义方法,与autocad通用.因此,可以对剖面线进行定义. 方法:修改\SolidWorks\lang\chinese-simplified\sldwks.prn 用笔记本打开该文件,添加需要的线形.如 ;; Based on AutoCAD Ver.13.0s Hatch Pattern File ;;;; solidworks 区域剖面线定义文件 :: *金属, (Iron BrickStone), ANSI Iron, Brick, Stone masonry 45, 0,0, 0,.125 *塑料, (Lead Zinc Mg), ANSI Lead, Zinc, Magnesium, Sound/Heat/Elec Insulation 45, 0,0, 0,.125 135, 0,0, 0,.125 *玻璃,AR-GLASS@1.0 45,0,0,0,0.5, 0.5,-0.5 45,0,0.1414214, 0,0.5, 0.3,-0.7 45,0.1414214,0, 0,0.5, 0.3,-0.7 *软木, Cork material@1.0 0, 0,0, 0,.125 135, .0625,-.0625, 0,.35355339, .176776696,-.176776696 135, .09375,-.0625, 0,.35355339, .176776696,-.176776696 135, .125,-.0625, 0,.35355339, .176776696,-.176776696 *无, None 删除不需要的定义类型,可以大大提高solidworks 的启动速度
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
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