1)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
英文短句/例句
1.Error Analysis and Simulation of 3-TPT Parallel Machine Tool;3-TPT型并联机床的误差分析与仿真
2.Research on Designing Theory and Method of 2-PRR Parallel Machine Tool;2-PRR并联机床的设计理论及方法研究
3.Study Motion Simulation on Parallel Machine Tool of 5-UPS/PRPU;5-UPS/PRPU并联机床运动仿真的研究
4.Development about Workpiece's Orentational System of 5-UPS/PRPU Parallel Machine Tool;5-UPS/PRPU并联机床工件定位系统的开发
5.Dynamic Characteristics Analysis of 5-UPS/PRPU Parallel Machine Tool;5-UPS/PRPU并联机床的动态特性分析
6.Research for Parallel Machine Tool Post-Processing System Basing on Pro/E;基于Pro/E并联机床后置处理系统研究
7.The Performance Analysis on a Novel 6-PTS Parallel Machine Tool;新型6-PTS并联机床的性能分析
8.On the Counterweight Law of 3-PRS Parallel Machine Tool3-PRS型并联机床的配重平衡法
9.Working space analysis on a kind of new typed series-parallel machine tool一种新型串并联机床的工作空间分析
10.PLC control to 3-PTT parallel machine tool with slider3-PTT型滑块式并联机床的PLC控制
11.Entity modelling of parallel machine tools based on Pro/E基于Pro/E的并联机床实体建模
12.Linear interpolation step length of stewart platform-based parallel kinematics machineStewart型并联机床直线插补步长的研究
13.Analysis of Static Stiffness of Parallel Kinematical Machine Based on Pro/E基于Pro/E的并联机床静刚度分析
14.Design and Implementation of HMI System of Parallel Machine Tools;并联机床数控系统人机界面的设计与实现
15.Analysis on the Function of a Modularization Parallel Machine Tool of 2-PRR Structure;基于2—PRR机构的模块化并联机床的性能分析
16.Research on Techniques of Machining Vane by Seven-Axis Parallel Kinematics Machine and Post Processing用七轴并联机床加工叶片及后置处理技术
17.Study on Hybrid Serial-parallel Mechanisms Made of RGRR-Ⅰ运用RGRR-Ⅰ并联机构构造混联机床的研究
18.Study on the Kinematics and Interpolation Control of the Series-Parallel Hybrid Polishing Machine Tool串-并混联研抛机床的运动与控制研究
相关短句/例句
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
3)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。
4)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。
5)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
6)DOF parallel connection machine tool6DOF并联机床
延伸阅读
机床机床machinetools对金属或非金属材料的坯料或工件进行加工，使之获得所需要的几何形状、尺寸精度和表面质量的机器。机床是制造机器的机器，又称工作母机或工具机。公元前2000多年出现了树木车床。15世纪，出现了人力驱动的螺纹车床、齿轮加工机床和水力驱动的炮筒镗床。中国明代的《天工开物》中载有磨床的结构。1774年，英国的J.威尔金森发明了能加工蒸汽机汽缸的较精密的炮筒镗床。1797年，英国的H.莫兹利创制了能机动进给和车削螺纹的车床，引起了机床结构的变革。此后各种类型的机床相继问世。1952年，美国研制出数字控制机床；1958年出现了能自动更换刀具以进行多工序加工的加工中心。机电一体化伴随微电子技术与机床工业的结合而迅速发展。机床通常包括金属切削机床、特种加工机床、木工机床和锻压机械。其中金属切削机床数量最多，使用最广。金属切削机床可按各种方式分类：①按机床的加工方式和加工对象分为车床、钻床、镗床、磨床、齿轮加工机床、螺纹加工机床、花键加工机床、铣床、刨床、插床、拉床、特种加工机床（如电火花加工机床）、锯床和刻线机等。②按机床的使用性能分为通用机床（又叫万能机床，加工范围广，适用于单件小批量生产）、专门化机床（用于加工形状相似而尺寸不同的特定工件，适用于批量生产）、专用机床（用于加工某一特定工件的特定工序，适用于大批量生产）。③按重量分为仪表机床、中小型机床（重量小于10吨）、大型机床（重量在10～30吨之间）、重型机床（重量在30～100吨之间）、超重型机床（重量在100吨以上）。④按机床的工作精度可分为普通精度机床、精密机床、高精度机床及超精密机床。⑤按自动化程度可分为手工操作机床、半自动机床和自动机床。龙门刨床加工中心立式钻床组合机床平面磨床升降台铣床普通车床卧式镗床立式车床外圆磨床弧齿锥齿轮铣齿机插床滚齿机小型精密机床
