Analyzing the characteristic of workpiece surface.
工件表面形貌特征的分析。
According to the shape of workpiece surface, the grinding path is planed.
根据被研磨工件的表面形状，对研磨轨迹进行了规划。
After drying, the workpiece surface hardness will be increased, smooth and beautiful.
干燥后，涂装物表面硬度提高，光洁亮丽。
As a result, high speed milling parameter can achieve better workpiece surface quality.
实验表明，高速铣削能够获得较好的工件表面质量。
The workpiece surface no damage, saving solvent, thermal and the work site and artificial etc.
对工件表面无损伤，节省溶剂、热能、工作场地和人工等。
A new method which is used to measure the workpiece surface quality by CCD image sensor is introduced.
提出了一种利用CCD图像传感器来检测工件表面质量的方法。
Workpiece surface roughness is an important technical index in evaluating the ground quality of belt grinding.
砂带磨削中，表面粗糙度是被磨工件表面质量的一个重要的技术指标。
The quality of the workpiece surface is subject to the side displacement of the saw blade to some large extent.
锯条的侧向位移在很大程度上决定了加工表面的质量，侧向位移过大工件表面质量得不到保证。
The quality of the workpiece surface is subject to the side displacement of the saw blade to some large extent.
锯的主要部分，长条形薄钢片，上面有许多尖齿。
Milling head all adopt transmission of helical gear, low noise, good strength, high milling workpiece surface finish.
铣削头全部采用斜齿轮传动，噪音低，强度好，工件铣削面光洁度高。
And sand can in workpiece surface junction with small rounded corners, make artifacts appear more beautiful, more precise.
并且喷砂能在工件表面交界处打出很小的圆角，使工件显得更加美观、更加精密。
When machining good-side workpiece or measuring its machining error, the points of these workpiece surface must be measured.
在加工具有大型复杂曲面的工件或对这些工件进行加工误差的检测时，都需要对曲面上的点进行测量。
Based on the tridimensional shape of the texture on the workpiece surface, the new concept of solid texture is proposed in this.
本文针对加工工件表面纹理的三维形态提出了立体纹理的新概念。
In laser cutting, laser head must trace random errors of workpiece surface so that laser focus is located at workpiece surface all along.
在激光切割中，激光聚焦头必须实时跟随工件表面的随机误差，使焦点始终落在工件上。
The quality of the workpiece surface is subject to the matching relation between the feed speed and the sawing speed to some large extent.
框锯机锯切工件表面加工质量在很大程度上取决于进给速度和锯切速度的匹配关系。
The grind-hardening is a new technology that integrates grinding and surface hardening and enhances material capability of workpiece surface.
磨削强化技术是利用磨削加工过程中产生的大量磨削热对工件材料进行表面热处理的新工艺技术。
Looks bright, no rust, bead-like (cut pill, cylindrical-shaped), widely used in copper, aluminum, zinc, stainless steel workpiece surface treatment.
外观光亮、无锈，圆珠状(切丸，圆柱状)，广泛应用于铜、铝、锌、不锈钢等工件的表面处理。
The effect of broaching rate and feed per tooth, tool orthogonal rake on residual stress of workpiece surface are analyzed by Broaching GH761 Alloy.
这里分析了GH761 合金拉削时，速度、齿升量、拉刀前角对拉削表面残余应力的影响。
It is solving these key problems that makes a new way for automatically distinguishing defects on test workpiece surface with magnetic particle inspection.
这些技术关键的解决，为实现试件缺陷的全自动辨识提供了依据和途径。
The main surface of the workpiece, the assembly surface should be first processing, thus early detection of defects in the workpiece surface may be the main.
工件的主要表面，装配基面应先加工，从而及早发现毛坯中主要表面可能存的缺陷。
This paper researches on the tool wear condition monitoring by cutting sound signal and workpiece surface texture based on analysis of the relative situation.
本论文在分析现状的基础上，从切削声信号和工件表面纹理这两个方面对刀具磨损状态监测技术进行了研究。
Most of the theoretic formulas to calculate the ground surface roughness are based on the geometrically generating interaction between grits and workpiece surface.
大多数计算磨削表面粗糙度的理论公式都是基于砂轮表面磨粒与工件表面的几何创成机理建立的。
In diamond ultra-precision turning, there is unavoidably, a relative vibration between the tool and the workpiece, which influences the quality of workpiece surface.
在金刚石超精密车削加工中，刀具与工件之间不可避免地存在一定的振动，从而影响工件表面质量。
The cutting temperature play an important role in the high speed cutting process, concerning about the tool wear, workpiece surface integrity and machining precision.
切削温度与刀具磨损、工件加工表面完整性及加工精度密切相关。
Based on the research of unwrapped arithmetic of multi-point forming workpiece surface, the unwrapped dimension tolerance resulted from it has been analyzed in theory.
在对多点成形板类件自由曲面展开算法研究的基础上，从理论上分析了引起板类件自由曲面展开尺寸误差的原因。
The machines apply to all kinds of heavy workpiece surface piating, such as all kinds of mould surface pear to processing (sandblasting), mold textured and fog face treatment.
本系列机适用于各类重型工件，产品的表面喷砂处理，如各类模具表面的梨地加工（喷砂）、模具咬花及雾面处理。
The method based on workpiece surface images either cannot be used for online inspection because of the difficulty to obtain images in high speed circumrotating of workpieces.
基于工件表面图像的视觉监测方法，由于工件的高速旋转时，难以获取工件表面的清晰图像，也不宜用于切削过程监测。
The method based on workpiece surface images either cannot be used for online inspection because of the difficulty to obtain images in high speed circumrotating of workpieces.
基于工件表面图像的视觉监测方法，由于工件的高速旋转时，难以获取工件表面的清晰图像，也不宜用于切削过程监测。
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