The method can accurately compensates cutter path and it has been successfully applied to automatic programming system for NC-mill.
该方法能准确地进行刀具轨迹补偿，运行可靠，已成功运用于数控铣削加工的自动编程系统。
The result shows there are great influences of geometrical properties of cutter path on the kinematics and dynamics of a machine...
分析结果表明刀具路径几何特性对机床的运动学和动力学特性有很大的影响。
The result shows there are great influences of geometrical properties of cutter path on the kinematics and dynamics of a machine tool.
分析结果表明刀具路径几何特性对机床的运动学和动力学特性有很大的影响。
The principle and method was introduced of identifying cutter offset direction and calculating cutter path according to vector operation.
介绍了通过矢量运算方法对立铣加工刀具偏移方向和刀具轨迹进行快速自动判别和计算的原理和方法。
Algorithms for tool path calculation and cutter path interval calculation are derived. Frame model for CAM system of PMTs is established.
推导出了刀位轨迹算法和切削行距算法，建立了面向新型并联机床的CAM系统框架模型。
The characteristic of current cutter path generation method is discussed. A new adaptive circle cutter path generation method is proposed.
分析了目前层面内刀具轨迹平行线生成算法的不足之处，提出了层面内刀具环形轨迹的自适应生成方法。
Later in the process, this software allows for fine-tuning of the "cutter path" that will be used to actually cut the steel die used in the production presses.
后来在这个过程中，该软件允许精细的“刀具路径”，将用于实际削减钢铁生产压力机用于模具调整。
Finally, a new approach for cutter path calculation using binary-search technique is presented, which will simplify the CNC programming problems to a great extent.
最后提出一种采用对分试算法计算刀具轨迹的新方法，可简化数控编程计算问题。
The basic function of the CAM module, including setting up cutter manager, tool path generating, tool path simulating, and numerical control code automatically producing.
CAM基本功能模块，包括刀具库管理、刀具轨迹生成、后置处理、轨迹仿真、数控代码自动生成等功能。
An algorithm for tool path generation of nc machining by projection method is presented in this paper and the interference checking of the cutter is carried out.
提出了用投影方法来生成nc加工刀具轨迹的算法，并完成刀具干涉的检查。
The clamping means, cutter selection, tool path planning and cutting parameters determination using three-axis machine for aluminum windshield pieces were studied.
研究了风栅铝片三轴铣削加工中装夹方法、刀具选择、走刀规划以及切削参数确定方法；
The cutter is directed to move along each line segment one by one in order to generate the smooth circular path.
切削是沿着每一小线段一个一个的进行以产生光滑曲线路径。
During the sculpture surface milling machining, cutting force in ball end cutter along the tool path can be calculated according to the force model.
雕刻表面球形铣削加工中，根据刀头的受力模型，可以计算整个刀具路径上刀头的受力。
An algorithm of princjple for finding path of cutter centre is also described here.
给出了它们的判别定理和求刀具半径补偿的算法。
The first and the at least second position correspond to a variable width of a feed path directing an article toward the at least one cutter.
第一和至少第二位置对应于给进路径的可变宽度，给进路径将相关物品导向朝向至少一个切割器。
The results show that the interference-free tool path can be generated with polar projection method and the even variable cutter axis vector can be obtained.
结果表明，极坐标投影法可以得到无干涉的五轴加工刀位数据，并可以获得均匀变化的刀轴矢量。
The arm and the sensor are removed from a proximity of the at least one cutter or the feed path.
臂和传感器被从至少一个切割器或给进路径的邻近处移开。
An algorithm of 3-axis interference-free tool path is researched and realized by cutter location surface and protection surface of discrete triangular facets of machined surface.
介绍和扩大了数控加工中的刀位面和保护面的概念，研究和实现了一种基于曲面离散生成三轴加工无干涉刀具轨迹的算法。
According to the 3d cutter radius compensation theory, the path planning of the cutter location point may be determined.
根据三维刀具半径补偿原理，确定了刀具的刀位点运动轨迹。
A new algorithm of automatic generation of interference free cutter location path for nc machining of free form surfaces with flat end cutters is proposed.
提出了一种新的曲面平头立铣刀加工无干涉刀位轨迹自动生成的算法。
Numeric Control Programming(NCP) can be defined as the process that translate the cutter-tools-path file created in CAPP into numeric control program for manufacture device.
数控编程是一个将CAPP生成的刀位文件翻译成具体加工设备的数控程序的过程。
Numeric Control Programming(NCP) can be defined as the process that translate the cutter-tools-path file created in CAPP into numeric control program for manufacture device.
数控编程是一个将CAPP生成的刀位文件翻译成具体加工设备的数控程序的过程。
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