切削运动

利用ADAMS软件对正弦刀架机构和曲轴组成的系统进行仿真，计算出刀尖点在切削运动过程中的轨迹，证明正弦机构满足随动车削的两个必要条件。

Using the ADAMS software to simulate the system composed of sine turret mechanism and crankshaft in order to calculate the trajectory of the tip point in the process of cutting motion and prove the sine mechanism to meet the two necessary conditions for servo turning .

提出并建立了切削运动&刀具切削刃毛刺分类新体系，将金属切削毛刺分为两侧、进给和切削方向毛刺三大类，清晰地找出了影响毛刺生成及变化的主要因素。

A new classification system of burr is advanced and built up based on the cutting motion and cutting edges of the tool , cutting burrs are divided into sideward burr , feed direction burr and cutting direction burr . Main factors which influence burr formation are investigated .

分析研究了锯石机最佳切削运动的机理。

The optimal cutting movement mechanism of stone-cutting for stone-sawing machine is analyzed .

分析了超声波椭圆振动切削运动特性；

The characteristics of elliptical vibration cutting are analyzed .

锯石机切削运动机构的研究与设计

Design and analysis of optimal cutting movement mechanism system for stone sawing machine

铝水抬包清理机床刀具切削运动分析

Motion Analysis of the Cutting Tool of the Cleaning Machine for Aluminum Ladle

以切削运动和进给运动方向为基准，对切削毛刺进行了分类，建立了金属切削中进给方向毛刺生成模型。

On the basis of the process of metal cutting , a model for the leaned burr formation in metal cutting is made .

从切削运动、切削量、磨粒性能三个方面分析了超声波振动珩磨的切削机理，并归纳了超声波振动珩磨的特点。

The cutting principles including cutting motion , cutting quantity , and grain performance of ultrasonic vibration honing are analyzed , and its specialities are generalized .

其特点是将国棒料固定，切槽刀随主轴刀盘回转的同时作径向切削运动。

The round bar to be cutis fixed and the grooving tool is rotating with spindle , in the meantime , the tool is fed in radially .

工件划线后，仍有必要将其相对于切削运动定位，并在机加工开始前把它装夹到位。

After the workpiece has been marked out , it is still necessary to position it with respect to the machine movements , and to clamp it in that position before machining is started .

因此，激光烧蚀成形三维表面时主要取决于单个激光脉冲烧蚀材料而形成的凹坑，每个脉冲的作用深度基本上不受切削运动参数的影响。

It is concluded that the material removal of the process depends mainly on the ablated crater which is made of single pulse of laser and is not influenced by the parameters of the motion of workpiece .

针对数控车削加工过程的特点，通过刀具切削运动轨迹对切削力影响的研究，获得切削力的变化规律，实现了数控车削加工切削力波动的预报。

Based on the characteristic of sports track of cutter and cutting parameters in NC turning process , the mathematic model of the constraint condition in optimization of NC turning parameters is founded by the prediction fluctuation of cutting force .

介绍了提高发动机缸套表面质量的新工艺&超声振动珩磨，并分析了超声振动珩磨的切削运动、磨粒性能及加工质量。

This paper first introduces a new technology of engine 's surface quality improving with the method of ultrasonic vibration honing and then analyzes the cutting principle of ultrasonic honing in terms of cutting motion , grain performance and cutting quantity .

采用该模型可以模拟刀具切削运动的轨迹、预测工件表面三维微观形貌及二维截面轮廓形状等表面特征，指导实际的加工操作，减少盲目试切加工的花费。

The model can be used for simulating the locus of tool motion , predicting the surface topography and the characteristic of section profile , and this simulating model also can help to determine the optimal cutting conditions without the need for costly trial-and-error cutting tests .

通过对企业CNC加工环境的分析，建立了CNC机床切削加工运动的数学模型。

After analysis of the environment of CNC machining in enterprise , the mathematical model of CNC machining movement is established .

渐开线型零件切削加工运动设计

The cut machining motion design of involute type part

最大数量坐标法在切削加工运动仿真中的应用

Application of the Most Coordinate Method to the Kinematic Simulation forthe Working Device of Machining

通过对差动行星轮钻具切削刀具运动特性的分析，建立了阻力矩的计算公式；

A formula for calculation of resistance moment is established based on analysis of the moving characteristics of the differential epicyclic cutting tool .

目前，并联机器人在数控加工、工业切削、运动仿真、传感器、精细操作等这些领域得到广泛应用。

At Present , PR is widely used in the fields of numerical control process , industry cutting , movement simulation , sensor and precise process and so on .

金属切削机床主轴运动误差影响的数学分析

Mathematics analysis of metal cutting machine tools spindle rotary error influence

一种切削加工机器人运动功能方案的解析设计方法

An analytic design method of the scheme of moving functions in a robot for machining

这些发明在创制基于刀具和被切削齿轮连续运动关系的自动化齿轮制造机器方面都是先驱。

These inventors were pioneers in creating gear-producing automotive machines based on the continuous relation of motions between the generating tool and the gear being generated .

本文运用多体系统理论分析了可重组复合微切削系统中运动模块之间的关系，建立了系统运动误差的一般模型。

The relationship between movement modules is analysed by using multi-body system theory . A general motion error model is building for system based on the analysis .

SINS／GPS动态观测数据的最优滤波算法新型切削加工机器人及运动分析

An Efficient Algorithm for Kinematic SINS / GPS Data Processing A new type of machining robot and its kinematic analysis

切削加工、切削运动广义地说也属于摩擦学的范畴。

Cutting , Cutting movement , Cutting tool 's damages are all belong to the tribology in general .

本文提出了一种以加工表面和刀具为输入信息，基于解析方法的切削加工机器人的运动功能方案设计方法。

This paper puts forward an analytic design method of the scheme of moving functions in a robot for machining , with taking the working surfaces and cutting tools as input information .

并联机器人有着高刚度、高精度、强承载能力、高速度、高加速度、高切削力、低运动惯量的优点。

The virtues of parallel robot ( P.R ) are high rigidity , excellent precision , strong carrying capacity , high speed , high acceleration , high tool forces and low inertia .

基于上述思想建立的并联机床位姿测量系统可部分排除机床切削力变形和运动副间隙等误差，从而提高机床的位姿测量精度。

This measuring system can partly eliminate the deformation errors caused by cutting force and the errors caused by clearance between two relatively moved parts , and raise the precision of the machine tool .

介绍了大型水轮机叶片五轴联动数控加工大型雕塑曲面编程中涉及到的转轮叶片三维造型、刀位轨迹计算、切削仿真、机床运动碰撞仿真、后置变换等关键技术。

In this paper , the key technology for five-axis NC programming manufacturing large sculptured surface in hydro turbine 's blades is introduced , which includes establishing 3-D model , the tool path generating , cutting simulation , machining process simulation and post-processing in the programming .

将金属切削毛刺生成同切削运动联系起来，提出并建立起切削运动－刀具切削刃毛刺分类体系，清晰地给出影响毛刺生成及变化的主要因素。

In this paper a new classification system of the burrs is advanced and built up based on the cutting motion and cutting edges of the tool , main factors which influence on burr formation are investigated .