特殊设计刀具系统，刨槽深浅可调节。
The slot depth can be adjusted for the special designed cutters.
建立了刀具系统组合和装配的数学模型，并给出应用实例。
The mathematical model of combination and assemblage is developed for modularized cutting tool system and the application example of modularized cutting tool system is presented.
对一个机床刀具系统进行了研究，解决了刀具结构存在的问题。
The study of machining cutting tool system was carried out and the problems of cutting tool structure there existing were solved.
通过静力分析得到了微进给刀具系统在静力作用下的变形和应力分布。
The stiffness and stress distribution of the micro-feeding system are obtained through static analysis.
文章通过先进的非线性有限元技术分析了离心力对刀具系统特性的影响。
The effect of the centrifugal force on tool system characteristics is analyzed with the advanced nonlinear FEM technology.
介绍了五轴联动数控技术、叶片加工工艺方法和高效刀具系统的开发应用。
The nc machining technique of five axes simultaneous moving, it's application in machining blade and developing of the high efficiency tool system are introduced.
对特定的机床，当工艺参数选定之后，工件-夹具-刀具系统直接影响零件的加工质量。
At specific machine tools, once process parameters are selected, the machining quality of part depends on the performance of workpiece-fixture-cutter system.
本文从理论上分析了高速加工刀具系统在工作过程中发生强迫振动的原因，并提出减小刀具系统振动的措施。
The reasons of vibration of high-speed tool system in cutting are analyzed theoretically. The methods to decrease the vibration are presented.
我们的磁模块化刀具系统是另一个家庭的创意设计工具的玉筋鱼理发及汤姆·斯托克斯工程项目的一部分，我们的ID。
Our Flux modular tool system is another creative design by Launce Barber and Tom Stokes as a part of our ID Works tool family.
对机械加工刀具系统进行模块化分析，在功能分析基础上将刀具系统模块划分为主柄模块、中间模块和工作模块三部分。
Cutting tool system is analyzed with the modularization analysis. Based on the function analysis, the cutting tool system can be divided into shaft module, middle module and working module.
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.
此处显示的是一个快速更换刀具系统，它建立在一个标准的方形支柱车床刀架(右)上，还显示了一个PCBN涂层刀片的横截面(左)。
Shown here are a quick-change tooling system based on a standard square-shank lathe toolholder (right), as well as a cross-section of a coated PCBN insert (left).
数控系统的快速性、驱动优化和刀具轨迹的充分处理会获得快速精确的程序执行效果，可用于复杂形状加工。
The sum of the control quickness, drive tuning and efficient handling of the tool path is said to yield fast and accurate program execution even when working with complicated shapes.
本文介绍一种用检测主轴电机动率的方法来监测刀具破损的系统。
In this paper, a system for monitoring tool breakage by detecting the power of spindle motor is introduced.
夹具可以与切削刀具相对定位系统装夹的方法结合在一起。
Fixtures may incorporate means of setting the cutting tools relative to the location system.
加工前操纵职员只要将相关补偿值输入到划定的储存器中，数控系统就能自动进行刀具补偿。
Processing staff before the related to manipulate as long as input to the value compensation defined in the packet, numerical control system can be automatically tool compensation.
他的这款基于现代PC硬件和新刀具轨迹算法的数控系统最终读取程序的速度达到50000程序段/s。
The product was a CNC control based on modern PC hardware coupled with a new approach to toolpath algorithms that produces a read speed of more than 50,000 blocks per second.
但是，国内外现有的CAD／CAM系统仍然需要工艺员来确定加工参数，才能生成刀具位置源文件（CLSF）。
However the existing CAD/CAM systems still need processors to determine the processing parameters, and then generate the cutting location source files (CLSF).
在FMS刀具管理系统中，刀具分配与调度策略的优劣直接影响系统加工效率。
In a tool management system for a FMS, the advantage and disadvantage of tool allocation strategy influences the manufacturing efficiency.
滑动式调刀系统，调整刀具准确、快捷。
Gliding system can adjust the knives accurately and quickly.
针对自由曲面走刀方向数控加工的研究，建立了简化的刀具轨迹时间模型，并对路径规划的系统进行了讨论。
To aim at the research on cutting direction in NC machining of free-form surfaces, a simplified time model for tool trace is established, and the system of tool path programming is discussed.
在数控系统中刀具半径补偿的方法常采用直线过渡。
In numerical control system, cutter radius compensation always USES a straight transition method.
最后给出了刀具管理信息系统综合评价的应用实例。
At last, an applied example of comprehensive evaluation on tool management system was presented.
刀具管理及信息追踪系统实现。
The realization of the tool management and information tracking system.
利用本文给出的模式，可以提高刀具CAD系统的柔性与智能性。
The model given by this paper enables the tool CAD system to be more flexible and intellectual.
以刀具管理工作站界面分析了刀具流系统的人机协同；
The human computer interface in cutter flow system is analyzed according as cutting tool management workstation interfaces.
以刀具管理工作站界面分析了刀具流系统的人机协同；
The human computer interface in cutter flow system is analyzed according as cutting tool management workstation interfaces.
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