1) Burrs
[英][bə:] [美][bɝ]
特异型回转刀具
1.
Grinding of Burrs via NC Techniques;
特异型回转刀具的数控刃磨加工
2) Cylindrical tool
回转型刀具
3) 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 of special 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 of special 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
4) 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 of special 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 for special 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 machining special 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。
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 of revolving 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 for revolving 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 of revolving 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 of revolving 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 of revolving 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) of rotating tool with multi-cutter tooth and spiral edge,the mathematics model,which can describe the geometry of spiral edge of rotating 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。
补充资料：为特型耐火砖和特异型砖
分子式：
CAS号：
性质：又称为特型耐火砖和特异型砖。是一类外形特别复杂的耐火砖。中国标准规定，对于黏土质、高铝质特异型耐火砖，其外形尺寸的比例(最小与最大尺寸之比)在1:8范围以内；厚度尺寸为35～135mm，或管状砖的长度尺寸不大于300mm；具有不多于4个凹角(包括圆弧状凹角在内)，或具有1个30°～50°的锐角，或带有不多于8个沟槽，或有不多于1个孔眼。黏土质耐火砖重1.5～30kg；高铝质耐火砖重1.5～35kg。硅质特异型耐火砖，其外形尺寸的比例在1:6范围以内，厚度尺寸为35～135mm，或管状砖的长度尺寸不大于300mm；具有不多于4个凹角(包括圆弧状凹角在内)，或具有30°～50°的锐角，或带有4个沟槽，或带有不多于1个孔眼，重1.5～25kg。
CAS号：
性质：又称为特型耐火砖和特异型砖。是一类外形特别复杂的耐火砖。中国标准规定，对于黏土质、高铝质特异型耐火砖，其外形尺寸的比例(最小与最大尺寸之比)在1:8范围以内；厚度尺寸为35～135mm，或管状砖的长度尺寸不大于300mm；具有不多于4个凹角(包括圆弧状凹角在内)，或具有1个30°～50°的锐角，或带有不多于8个沟槽，或有不多于1个孔眼。黏土质耐火砖重1.5～30kg；高铝质耐火砖重1.5～35kg。硅质特异型耐火砖，其外形尺寸的比例在1:6范围以内，厚度尺寸为35～135mm，或管状砖的长度尺寸不大于300mm；具有不多于4个凹角(包括圆弧状凹角在内)，或具有30°～50°的锐角，或带有4个沟槽，或带有不多于1个孔眼，重1.5～25kg。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条