刀具中心点的轨迹就是等距形体的部分轮廓线。
The partial contour of the regenerated shape is just the path of the cutter center.
这里凹面型的几何一个在当地的中心曲率的工件和刀具中心所在站在同一边。
Here concave type of geometry is the one in which the local center of curvature of workpiece and tool center lie on the same side.
轨迹规划功能是将加工代码所描述的零件轮廓形状转换成刀具中心的运动轨迹。
Trace layout module is to convert the profiles of accessories into the motion routes of the tools center.
根据普通镗刀自身特征，在刀具中心轨迹上取若干点，用镗孔方式完成其加工。
According to the characteristic of common boring cutter itself, several points was taken out on the trace of the cutter center, and the machining was finished by means of boring.
补偿模式：在金刚石刀具补偿进行期间，刀具中心轨迹始终偏离编程轨迹一个刀具半径值的距离。
Compensation mode: during the cutting tool compensation cutter center track always deviated from the distance of a tool radius value programming track.
在数控技能大赛中轮廓倒角和倒圆角的宏程序编制方法有两种：刀具中心轨迹编程和刀具半径补偿编程。
It describes the process of filleting contour in programming with the tool center track and tool radius compenstration.
本论文介绍了生成三种刀具轨迹的算法，并且给出用立铣刀代替球铣刀加工实体零件时刀具中心轨迹的计算公式。
This paper presents an algorithm of generating three kinds of tool paths and a formular of calculating tool center paths when machining parts with cylindrical end-milling cutter.
利用凸轮机构的分析理论，获得了加工DD680系列汽车制动凸轮的轮廓曲线方程和加工该靠模凸轮的刀具中心轨迹方程。
The profile equation of brake cam of DD680 series motor vehicles and tool path equation for processing copying cam have been obtained by using analytical theory of cam mechanism.
丽莎：加工中心是多功能机床。它就像一个人，使用不同的刀具在工件上执行不同的加工操作。
Lisa: machining Center is a machine with several functions. It's like a human, using different cutting tools to perform different machining operations on a workpiece.
丽莎：加工中心有很多不同的刀具储存在鼓形刀库。这些刀具能自动更换。
Lisa: a machining center has many different cutters that are stored on a drum. And these cutters can be changed automatically.
介绍了一种加工中心刀具选配及切削参数生成系统。
This paper introduces one machining center tools selecting and cutting parameters generating system.
一个加工中心能够自动选择和更换多达32把预置刀具。
A machining center can automatically select and change as many as 32 preset tools.
本次设计的题为数控加工中心刀具库控制，刀盘由PLC(可编程序控制器)控制来实现其功能。
The design of CNC Machining Center Tool Library, entitled control, knife set by the PLC (programmable logic controller) control to achieve its functions.
本文探讨了用计算机控制凸轮加工的过程与如何确定不同尺寸刀具的中心轨迹的问题。
This paper discusses how to use a computer to control the processing of the CAM and how to determine the center trace of cutters of different dimensions.
本文将齐次坐标变换理论结合刀具与工件联结链矢量概念建立了加工中心误差运动综合补偿模型。
An error synthesis model for the machining centers is set up by using homogeneous coordinate transformation and tool workpiece connection vector.
如何设置刀具长度补偿参数一直是数控铣床和加工中心编程和操作中的难点。
How to set the tool length compensation parameters is the difficulty in operating NC milling machine or machining center.
公司产品包括：直柄、锥柄铣刀、丝锥、中心钻、倒角刀、扩孔钻、铰刀、锥钻、直钻及各类高速钢刀具。
Our products including End Mills, Machine Taps, Reamers, Center drills, Counterbore, Countersinks, Core drills, HSS tool bits and milling cutters.
依据有关标准及使用要求，开发出集中管理模式下的加工中心刀具管理系统。
The tool management system of machining centre with centralized management mode is developed in terms of relevant standards and application requirements.
加工中心设置有刀库，刀库中存放着不同数量的各种刀具或检具，在加工过程中由程序自动选用和更换。
Processing center set up a knife, knife in the repository with a different number of various tools or the seizure, in the process of selection and replacement by the program automatically.
采用随机存储器(RAM)寄存刀具编号，实现无刀具编码传感器的加工中心随机换刀控制，是国外近代出现的新技术，并已推广应用。
The random tool change can be controlled with RAM registering tool, Numbers instead of tool encoder. The method is presented in recent years and popularized in application at abroad.
建立了DMU-70V五轴数控高速加工中心主轴-夹具-刀具系统的有限元模型，并利用动态测试的方法对有限元计算结果进行验证；
The FEM(finite element method) of the main shaftclamping apparatus-cutter system for DMU-70V NC high speed machining was built, and the results of the FEM were validated using dynamic test.
求出控制轴与主轴部件铰接点中心坐标，以确定刀具加工姿态。
Center coordinate of hinge joining point between control shaft and host shaft parts is calculated to determine machining posture of cutter.
数控加工中心刀具控制设计主要是为了实现刀具的自动换取，保证加工过程中的快速与稳定。
The number controls to process center knife to have a control design mainly is for carrying out knife to have of automatically exchange, promise to process process in of fast and stable.
数控加工中心刀具控制设计主要是为了实现刀具的自动换取，保证加工过程中的快速与稳定。
The number controls to process center knife to have a control design mainly is for carrying out knife to have of automatically exchange, promise to process process in of fast and stable.
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