特种回转刀具,special revolving tool
1)special revolving tool特种回转刀具
1.According to strictly deducing and objectively analyzing two kinds of misunderstandings in studying and making ofspecial revolving tool are pointed out.指出目前研制特种回转刀具的两个误区,并给予客观分析和严格证明,为同类研究提供一定的参考。
2.According to strictly deducing and objectively analyzing, two kinds of misunderstandings in studying and making ofspecial revolving tool are pointed out.指出目前研制特种回转刀具的两个误区,并给予了严格证明与客观分析,为同类研究提供了参
2)special revolving tool特种回转面刀具
1.Designing of cross section profile of cutter is one of the necessary preconditions of realizing the CAD technique ofspecial revolving tools.端截形线设计是实现特种回转面刀具CAD技术的必要前提之一,本文以典型的特种回转面铣刀为例,给出了一种端截形线的设计方法。
2.In this paper, a theoretical model of 5-axis NC post processing of groove machining principle is presented forspecial revolving tool independently.针对特种回转面刀具 ,本文给出了独立于加工成型理论的一种五轴后处理技术理论模型 。
3.Based on constraint conditions and forming procedures, equation groups of forming condition of machiningspecial revolving tools are established in terms of characteristics of NC grinding.针对数控磨削的特点 ,提出了基于约束条件和成形过程的加工特种回转面刀具前、后刀面的刀位轨迹生成条件方程组。
英文短句/例句
1.Simulation System on Manufacturing Special Revolving Tool Towards VM面向虚拟制造的特种回转面刀具加工仿真系统
2.The Research on Tool Path Planning of Diamond Turning of Non-Rotationally Symmetric Optical Surface金刚石车削非回转对称光学曲面的刀具轨迹规划的研究
3.The Study on the Design of a New Hybrid Linear and Rotary Fast Tool Servo Stage;一种新型混合直线/回转快速刀具伺服台设计的研究
4.having the characteristics of a gyroscope.具有回转仪的特点的。
5.Research on the Lateral Vibration Control of High-speed Rotating Disk Slice Cutter;高速回转圆盘薄片刀具横向振动的控制研究
6.Study and Preparation on the Special Tool of Tunneling Shield盾构掘进机用特种刀具的研究与制备
7.Simulation on Regular Polygon Forming and Locus of Knifepoint Based on Rotary Cutting Machine Tool基于回转车床的正多面体车削及刀尖轨迹仿真
8.90 indexable face milling cutter可转位90°面铣刀
9.A short heavy sword with a curved single-edged blade, once used as a weapon by sailors.短弯刀一种具有弯曲的单面刃的短而沉的刀剑，曾被水手用作武器
10.Cutting Force Modeling and Analysis in Axial Contour Turning with Self-propelled Rotary Tool;轴向轮廓工件自回转刀具车削加工的切削力建模与分析
11.Study on Dephasing Calibration of Periodical Error and Core-tip Positioning System in Making Precision Rotary Cutting Tools回转类精密刀具制造用芯轴定位系统及周期误差移相修正研究
12.indexable carbide insert cutting tool硬质合金可转位刀具
13.In 400 A. D. Chinese children played with a fan-like toy that spun upwards and fell back to earth as rotation ceased.公元400年，中国儿童玩的一种扇形玩具，它可以旋转上升，旋转停止后，又回落地面。
14.When a workpiece is being machined, the workpiece turns, but the cutting tool doesn"t, it only feeds as the workpiece is being turned.当加工一个工件时，工件转动，但刀具不转，刀具只在工件转动时进刀。
15.I cast tool marks, Looks like some kind of opposed blade tool.我铸了一下工具痕迹 像是某种双面不对称的刀具
16.A Study on the Automatic System for Measuring Inner and Outer Surfaces of Rovolving Parts Made of Special Brittle Materials;特种脆性材料回转体零件内外表面自动测量系统研究
17.A knife is one of the simplest of tools.刀是一种最普通的工具。
18.In this case, the cutting tool, that is, the drill, turns fast, but the workpiece doesn"t move at all.在这种情况下，切削刀具即钻头快速转动，但工件却根本不动。
相关短句/例句
special revolving tool特种回转面刀具
1.Designing of cross section profile of cutter is one of the necessary preconditions of realizing the CAD technique ofspecial revolving tools.端截形线设计是实现特种回转面刀具CAD技术的必要前提之一,本文以典型的特种回转面铣刀为例,给出了一种端截形线的设计方法。
2.In this paper, a theoretical model of 5-axis NC post processing of groove machining principle is presented forspecial revolving tool independently.针对特种回转面刀具 ,本文给出了独立于加工成型理论的一种五轴后处理技术理论模型 。
3.Based on constraint conditions and forming procedures, equation groups of forming condition of machiningspecial revolving tools are established in terms of characteristics of NC grinding.针对数控磨削的特点 ,提出了基于约束条件和成形过程的加工特种回转面刀具前、后刀面的刀位轨迹生成条件方程组。
3)Burrs[英][b?:][美][b?]特异型回转刀具
1.Grinding ofBurrs via NC Techniques;特异型回转刀具的数控刃磨加工
4)special revolving milling cutter特种回转铣刀
1.To reduce the production costs ofspecial revolving milling cutters, the general mathematical model of the cutting edge ofspecial revolving milling cutters based on the non NC machining process is presented.为降低特种回转铣刀的加工成本 ,给出了基于非数控加工方案的特种回转铣刀刃口曲线通用数学模型 ,讨论了轴向和径向相对进给运动的实现方法 ,并给出了两种典型特种回转铣刀的求解实
5)revolving cutter回转刀具
1.A novel design of the cutting edge is presented for solving the problem of traditional cutting edge ofrevolving cutters in the 2-axis ganged NC machining.针对回转刀具传统刃口设计在二轴联动数控加工中遇到的问题,提出了解决这一问题的新型刃口设计原理,推导了相应的设计和虚拟制造的主干通用模型,并结合锥球头铣刀给出了应用实例。
2.To solve the problem of traditional cutting edge design forrevolving cutters in the 2-axis ganged NC machining,a novel cutting edge design is presented,the corresponding general main models for design and virtual manufacturing cutting edge ofrevolving cutters are deduced,and the applying example of ball-nosed cylindrical cutter is provided.针对回转刀具传统刃口设计在二轴联动数控加工中遇到的问题,提出了解决这一问题的新型刃口设计原理,推导了相应的设计和虚拟制造的主干通用模型,并结合圆柱球头铣刀给出了应用实例。
3.To solve the problem of traditional cutting edge design ofrevolving cutters in the 2 axis ganged NC machining, a novel cutting edge design method is put forward, and corresponding general main models for designing and virtual manufacturing cutting edge ofrevolving cutters are deduced, and a typical applying example is presented.针对回转刀具传统刃口设计方法在二轴联动数控加工中遇到的问题 ,提出了回转刀具新型刃口设计方法 ,推导了相应的设计和虚拟制造主干通用模型 ,并给出了典型应用实
6)rotating tool回转类刀具
1.By the analysis of the most complicated part(cutter tooth) ofrotating tool with multi-cutter tooth and spiral edge,the mathematics model,which can describe the geometry of spiral edge ofrotating tool,is constituted and be used to establish isodiametric or varying diametric helical guidance locus.通过对多齿螺旋刃回转类刀具建模难度最大的刀齿部分深入分析,建立了描述回转类刀具螺旋刃刀齿几何形状的数学模型,从而可以创建等径或不等径螺旋线导引轨迹。
延伸阅读
刀具：锥齿轮加工刀具 专用於切削各种锥齿轮齿形的齿轮加工刀具。锥齿轮加工刀具按被切齿轮的种类可分为直齿锥齿轮刀具﹑弧齿锥齿轮刀具和延长外摆线锥齿轮刀具3类。 直齿锥齿轮刀具 主要有成对刨刀﹑成对铣刀盘﹑拉-铣刀盘和锥齿轮定装滚刀等(图1 直齿锥齿轮刀具 )。 成对刨刀 常用於加工模数为 0.3～20毫米的直齿锥齿轮。刨刀的齿形角等於被切齿轮的公称压力角﹐刀体上有前角﹐但无后角(见刀具)。工作后角是靠刨刀斜装於刀座而获得。加工时﹐两把刨刀分布在相邻齿槽内加工一个轮齿的两侧面。 成对铣刀盘 工作原理与成对刨刀基本相同(见齿轮加工)﹔但刀盘直径大(150～600毫米)﹑齿数多﹐生產率较刨齿高2～4倍。在加工齿轮时﹐齿数相等的两把铣刀盘在同一齿槽内分别切出左右侧面的齿形。但刀齿互相错开﹐一把铣刀盘的刀齿斜插在另一铣刀盘的两齿间。刀盘的直线切削刃分布在一个3°30左右的凹锥面上﹐因此能方便地切出鼓形齿﹐有利於嚙合。 拉-铣刀盘 用於加工模数为6毫米以下的直齿锥齿轮﹐刀盘直径为400～600毫米。刀体上装有15～17个扇形刀块﹐每块上有4～5个刀齿。粗切刀齿的顶刃逐渐昇高﹐齿昇量约为0.1毫米﹐它们逐渐地切入齿轮的齿槽直到全部深度﹐粗切刀齿部分最后7个刀齿的顶刃没有齿昇量﹐只用於修整齿槽的两侧面和槽底。粗切刀齿一般有18～20个﹐顶刃没有齿昇量。在精切刀齿前的缺口内﹐可安装一把成形刀﹐对齿顶进行倒角。拉-铣刀盘的切削是拉削和铣削的复合过程﹐是粗﹑精加工的混合过程。工作时刀盘一面旋转﹐同时作左﹑右往復移动。刀盘转一转可切好一个齿槽﹐生產率很高。拉-铣刀盘的刀齿均製成半径相等﹑但圆心位置不同的圆弧。刀齿是铲背的﹐用钝后刃磨前面。 锥齿轮定装滚刀 用於在具有专门附件的滚齿机上加工小模数等高齿直齿锥齿轮﹐一般有两个刀齿﹐相隔180°。它们在按一定的速比转动时﹐在两个不同的位置上分别切出齿槽的两侧。 弧齿锥齿轮铣刀盘 又称格利森 (Gleason)铣刀盘﹐用於加工模数为 0.5～15毫米的弧齿锥齿轮。常用的刀盘公称直径为12.7～457.2毫米(1/2～18英寸)﹐共有10个规格。12.7～50.8毫米(1/2～2英寸)的铣刀盘製成整体式﹐直径较大的製成镶齿式(图2 弧齿锥齿轮铣刀盘 )。铣刀盘可分为粗切刀盘和精切刀盘两类。粗切刀盘有双面(装有内切和外切两组刀齿)和三面(装有内切﹑外切和顶切三组刀齿)两种。精切刀盘有单面(仅有内切或外切中的一种刀齿)和双面两种。粗切刀盘要求刀齿多﹑刚性好﹐刀盘背后有支承环承受刀齿的切削力﹔精切刀盘要求精度高﹐有垫片和斜楔﹐可精确调整刀齿的径向位置。各种刀盘上的刀齿切削刃都是直线形﹐有一定的齿形角﹐刀齿须按计算的刀号选用﹐以得到正确的配对齿形﹐并採用铲背式﹐使刀齿重磨后的径向位置和齿形角保持不变。随著高效铣齿机的发展﹐出现了几种新型铣刀盘﹐如粗切用高刚性铣刀盘﹑楔装式铣刀盘﹐此外还有在半滚切法中加工大轮时採用的圆柱刀刀盘和螺旋成形法刀盘等。
