1) parallel kinematic planer
并联刨床
2) parallel machine tool
并联机床
1.
The interface design of a motion controller for a parallel machine tool;
并联机床运动控制卡接口设计
2.
Analysis of Static Force Characteristics of Parallel Machine Tool Based on Finite Element;
基于有限元的并联机床整机静力特性分析
3.
The design of motion control board for parallel machine tool based on PCI bus;
基于PCI总线并联机床运动控制卡设计
3) parallel machine tools
并联机床
1.
Trajectory control technique for the parallel machine tools;
并联机床轨迹控制方法的研究
2.
Characteristics, actuality and prospect of parallel machine tools;
并联机床的特点、研究现状及展望
3.
Kinematics Analysis of Six-PSS Parallel Machine Tools;
6-PSS并联机床的运动学分析
4) PMT
并联机床
1.
Study on the Model Naming of PMT and its Accuracy Evaluation;
并联机床型号命名和精度评估研究
2.
Performance Analysis of 5-UPS/PRPU 5-DOF Parallel Machine Tool(PMT);
5-UPS/PRPU五自由度并联机床的性能分析
3.
5-UPS Parallel Machine Tools(PMT) and Analysis of Its Statics;
5-UPS并联机床及静力的分析
5) Parallel Kinematic Machine
并联机床
1.
Compensation for joint manufacturing errors in parallel kinematic machines;
并联机床铰链制造误差的补偿
2.
Design and development of a PC based NC system for Parallel Kinematic Machine(PKM) was analyzed.
分析了并联机床加工中心数控系统的设计。
3.
A finite element full-scale entity model for 6-UPS parallel kinematic machine(PKM)and its accessories are established based on substructure method.
应用子结构法建立了一种UPS型6自由度并联机床及其部件的有限元实体模型,并通过模态实验和有限元模态分析对有限元实体模型进行了验证。
6) Parallel machine
并联机床
1.
On-line measurement of extension errors of legs for 6-sps Stewart in-parallel machine;
Stewart型并联机床伸缩杆伸长量误差在线测量
2.
Using a 6-UPS parallel machine,based on analyzing its special machining and structure features,general analysis was given for all factors which will influence of flute forming,and according to the motion relation between grinding wheel and the milling cutter,a simulation model system was established,that can opti.
基于 6 UPS并联机床 ,在分析并联机床加工工艺特性的基础上 ,按照螺旋槽加工中砂轮与刀具的相对运动关系 ,建立了螺旋槽加工运动的理论模型 ,对可能影响螺旋槽成形的因素进行了全面分析 。
3.
It is analyzed in this paper that the influences from limb kinematical constraints to degrees of freedom of moving platform in parallel machine design.
文章论述了并联机床各分支链的运动约束对运动平台自由度的影响 ,提出了主动链和约束链的概念。
补充资料：刨床
| 刨床 planing and shaping machine 用刨刀对工件的平面、沟槽或成形表面进行刨削的直线运动机床。使用刨床加工，刀具较简单，但生产率较低（加工长而窄的平面除外），因而主要用于单件，小批量生产及机修车间，在大批量生产中往往被铣床所代替。根据结构和性能，刨床主要分为牛头刨床、龙门刨床、单臂刨床及专门化刨床（如刨削大钢板边缘部分的刨边机、刨削冲头和复杂形状工件的刨模机）等。牛头刨床因滑枕和刀架形似牛头而得名，刨刀装在滑枕的刀架上作纵向往复运动，多用于切削各种平面和沟槽。龙门刨床因有一个由顶梁和立柱组成的龙门式框架结构而得名，工作台带着工件通过龙门框架作直线往复运动，多用于加工大平面（尤其是长而窄的平面），也用来加工沟槽或同时加工数个中小零件的平面。大型龙门刨床往往附有铣头和磨头等部件，这样就可以使工件在一次安装后完成刨、铣及磨平面等工作。单臂刨床具有单立柱和悬臂，工作台沿床身导轨作纵向往复运动，多用于加工宽度较大而又不需要在整个宽度上加工的工件。
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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