Needed In machining process tool directly involved in cutting process from metal layer of workpiece excision redundant .

在机械加工过程中，刀具直接参与切削过程，从 工件上切除多余金属层。

By rotating the workpiece along Lathe products and the movement of Turning cylindrical : this process is called .

通过 工件旋转以及 拖板沿车床床身运动所产生的柱面：这一工序称为外圆车削。

It is improved clamping device with involute cam in order to carry out two-way clamping of the workpiece .

对渐开线凸轮夹紧机构进行了改进，使其能够对 工件进行双向夹紧。

Modern turret lathes are provided with computer control of all of the workpiece and tool motions .

现代六角车床由计算机控制所有 工件和刀具运动。

The model can adjust the grinding parameters according to the variation of the grinding conditions and the workpiece parameters .

该模型能根据磨削条件和 工件参数的变化，不断地调整磨削参数。

Firstly the contact stiffness between the workpiece and fixture elements is calculated .

首先，确定了 工件与夹具元件之间的接触刚度；

Both the grinding wheel and the workpiece rotate during the operation and feed is applied in the longitudinal direction .

作业时砂轮和 工件都回转并且采用纵向进给。

Programming and application of NC Program for workpiece machined by planer type miller is introduced .

介绍了 数控龙门铣床加工 工件所用的数控程序的编制与应用。

Adjustable jaws center workpiece in a lathe or center tool in a drill .

在车床或钻孔机中心工具内的可调整中心 工件。

Various processing methods are based on workpiece processed surface type material and technical requirements set .

各种加工方法都是根据 工件的被加工表面类型，材料和技术要求确定的。

If the workpiece is of simple construction the jig may be clamped on the workpiece .

如果 工件结构比较简单，钻模可夹持在工件上。

The depth of cut is adjusted by the cross feed of the grinding wheel into the workpiece .

切削深度通过改变砂轮对 工件的横向进给来进行调整。

The grinding machine raises the precision of the workpiece and improves its surface finish .

磨床可以提高 工件的精度与表面的光洁度。

The mass-correction is performed with a milling cutter at the provided correction areas on the workpiece .

质量修正是由一个铣刀在 工件的修正区域内完成的。

The workpiece is already on the lathe .

工件已经上了车床。

Rough edge left on a workpiece after drilling or cutting .

把一个 工件钻过或切割后留下的粗糙的边缘。

This paper introduces a system of high precision CCD automatic density measurement for a special material workpiece .

本文介绍了一种基于面阵CCD传感技术的带倒角 柱 形特殊 工件密度测量系统。

By monitoring the grinding parameters this proposed method can realize on-line prediction for the workpiece roughness .

通过在线监测磨削拳数。所提供的预测方法可以实现对 工件 表面粗糙度的在线预测。

The optical theodolite can be used in measuring the shape and position of a super-big workpiece .

用光学经纬仪可以对超大 工件的形状和位置进行检测。

Cone angle the length can be customized according to the parameters of the workpiece .

锥面角度、长度可按照 工件的参数定做。

To measure the straightness erect the workpiece on the measuring block placed on the surface plate .

测量直线度时，将 工件竖放在放置于平板上的测量块上。

During machining ultrasonic vibration of workpiece can improve the machining process .

在加工过程中，通过超声波振动， 工件加工工艺得到改善。

The form and construction of the die determine the shape produced on the workpiece .

模具的形状和结构决定了 工件上生成的形状。

The relationships between the cutting speed and a incised workpiece of intension thickness are analyzed .

通过试验，分析了被切割 工件强度和厚度与切割速度之间的关系。

In the grinding process the air-flow field in grinding zone has influence on the quality of workpiece .

在磨削加工过程中，磨削区的空气场对 被 加工 的 工件 表面质量影响很大。

The different mechanical properties and plasticity of workpiece were obtained through adjusting annealing temperature .

对 旋压 工件采用不同温度的退火，得到不同的力学性能和塑性指标。

Turntable can add automatic angle flipping system to complete the printing on both sides for same workpiece .

转盘工装可添加自动角度翻转系统，完成同一 工件双面印刷。

The application of cyanide-free zinc plating processes to large-sized and shape-complicated workpiece was introduced .

介绍了无氰镀锌工艺在大尺寸、形状复杂的 工件上的应用。

Analysis of Positioning and Clamping for Workpiece in Machining Center

工件在加工中心上的定位与夹紧分析

We used grinding machines only to smooth and finish a workpiece .

我们只是用磨床将 工件抛光和精 加工。