分析了车削加工时刀具角度的变化及改进措施。
The Angle variations of turning tools and improving ways are also analyzed.
通过调整刀具角度，绿色轮胎径向跳动可以优化。
By adjusting the tooling angles, green tire radial runout can be optimized.
介绍了利用图像处理技术测量直线刃刀具角度的方法。
The Angle measurement method of linear edges cutting tools is introduced.
通过改进刀具角度及操作方法，提高了加工效率，解决了内螺纹加工的难点。
On the basis of improving cutting-tool angle and operating method, the machining efficiency is raised, the difficulties in processing inside whorl are also solved.
模拟分析与试验结果表明，连续改变刀具角度是在线控制切削颤振的有效方法。
Simulation analysis and experiment results indicate that changing tool geometric angles continuously in cutting process is an effective method in on-line controlling of cutting vibrations.
模拟分析与试验结果表明，连续改变刀具角度是在线控制切削颤振的有效方法。
Simulation analysis and experiment results indicate that changing tool geometric angles continuously in cutting process is an effective meth...
加工薄壁套类零件时，由于受切削热、机床精度、刀具角度等诸因素影响，零件极易变形。
Affected by cutting heat, machine tool precision, cutting tool angles and so on, thin-wall case deform easily.
阐述了光切显微镜测量表面粗糙度的原理以及如何利用该原理测量小尺寸复杂刀具角度的方法。
The theory of measuring surface roughness by using light-section microscope is described, and a simple method to measure the Angle of complicated small-scale tool is introduced.
对重型车床切削中的刀具材料、刀具角度、切削用量的选择以及刀具安装等工艺问题进行了分析。
The process problems in heavy lathe machining, such as the selection of tool materials, tool angles, cutting parameter, and the mount of tools are analyzed.
刃口分单面刃和双面刃，角度任意，可接受定制特殊规格尺寸刀具。
Edge points and single blade and double edge, Angle arbitrarily, can receive customized special specifications cutter.
轮廓数控系统能将刀具或工件向任一角度，也可沿曲线轨迹移动。
Contouring NC systems can direct the tool or workpiece to move at any Angle, and also along curved paths.
利用绘图分析的方法分析金属切削刀具工作角度的变化规律。
The graphic method of analyzing the changing law of working angles for the wetting tools ispreseted.
本文用矢量代数法推导出刀具刀尖安装得较高或较低时工作角度的计算公式。
In this paper, the formulas of working angles of the cutting tool for tool nose locating position changes are derived from vector method.
用数学分析方法精确求解木材切削刀具的角度。
This article introduce a strict mathematical analysis that can exactly calculate angles of wood cutting tool.
从基础理论、机床、刀具和技术创新等角度，指出了提高产品质量的途径。
The text indexes the approaches for improving its quality from basic theory, machines, tools and art innovations, and so on.
针对金属切削加工过程中经常出现的振动现象，对切削颤振发生的各种原因及影响因素进行了分类，并从刀具和切削参数的角度进行了详细分析。
Aiming at vibration phenomena caused in metal machining process, This paper classifies the reason and the factors of influence, which are expounded from the cutting tool and the cutting parameters.
不可以设置加工刀具的最大侧倾角度。
There is no possibility of setting maximum lean angles for the machine tool.
提出由切削用量库、刀具几何角度库、切削液库和单位切削功率库基本构成金属切削数据库，给出了它们的关系模式。
Proposed that a metal cutting database is basically composed of databases of cutting data, tool geometry angles, cutting fluid and unit cutting power.
此法可用于对其它复杂刀具几何角度的研究。
The method can also be used in the research of other complicated cutter.
本文依据齿轮啮合原理，利用产形线形成共轭啮合的原理，采用共轭齿面接触线为刀刃构形的切齿刀具，这样构形的切齿刀具都非常简单，并且容易采用合理的几何角度。
This paper USES cutting tool with the contact line of conjugate tooth profile based on the principle of the gear engage and generating shape line forming conjugate engage.
给出了刀具标注角度参考系平面与工作角度参考系平面之间的关系式。
The paper shows the clear relationship between the reference planes for the nominal angles of the cutting tool and the planes for the working angles of the cutting tool.
本设计的是通过采用三轴联动机械来完成角度定位，刀具线速度定位和切割路径运动控制。
What this design is to pass to adopt three stalks allied move a machine to complete an angle fixed position, the knife has line speed a fixed position and incises path sport control.
阐述了钛合金切削加工中刀具材料、角度的选择及改善钛合金切削加工性的方法——低温切削加工。
The choosing method of cutting material and Angle in cutting titanium alloy process and the cryogenic cutting method to improve titanium alloy's machining features are expatiated.
对生产中所遇到的特殊角度汽封齿的加工问题，设计了专用滚压刀具，并提出了实施方案。
Special rolling tools are designed for machining special gland sealing gears in production and some schemes are put forward to be put into practice.
以摩托车发动机箱体及箱盖的加工自动线刀具为例，指出加工铝合金时刀具材料和几何角度应注意的问题，另外对小孔加工复合刀具进行详细的说明。
This paper explains the character of tool materials, tool geometry and small combined boring tools for machining aluminum alloy on the basis of the practice and research.
提出由切削用量库、刀具几何角度库、切削液库和单位切削功率库基本构成金属切削数据库，给出了它们的关系模式。
Proposed that a metal cutting database is basically composed of databases of cutting data, tool geometry angles, cutting fluid and unit cutting power. Relation models of them are presented as well.
刀具几何角度是金属切削原理及刀具课教学中的一大难点。
The geometric Angle of the blades of cutting tools is one of the difficult (complex) concepts in teaching the theory of metal cutting and cutting tools.
本文从动力学角度分析了车削过程中刀具后刀面磨损量对切削力的影响，得出切削力动态成分与刀具后刀面磨损量之间的关系。
According to dynamics, this paper analyses effect of the tool flank wear on cutting force. It gives relationship between the tool flank wear and dynamic cutting force.
分别从刀具布置方法、刀具安装角度以及抛料板的安装等几个方面分析了刀具布置中的参数，对该项技术进行了探讨。
Some parameters of cutters layout are analyzed from layout methods, install Angle, and throwing plate install. The technology is discussed.
详细介绍了指纹采集仪用光栅在研制过程中，对原有光栅刻划机分度系统结构改造和重新设计，以及新的刻划工艺，它包括刻划方法、切削角度的调整、金刚石刀具刀尖夹角的确定和被刻划材料的选择。
The technologies include the ruling methods, the adjusting of the cutting angle, the selecting for the knife tip angle of the diamond cutter and the choosing of the materials being ruled.
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