1) precise curve grinding
精密曲线磨削
1.
The thesis adopted depth of field technique,lens filter technique,and proper project technique to eliminate image noise in the process of precise curve grinding from origin,and obtain the good image quality accordingly.
通过将景深技术、光源和滤镜技术相结合,辅以正确的投射方式,从源头上消除了精密曲线磨削过程中的噪声影响,保证了图像采集的质量。
2) precise grinding
精密磨削
1.
ELID (Electrolytic In-process Dressing) grinding and Arc Envelope Grinding Method (AEGM) are both high efficient and precise grinding methods developed in recent years.
ELID(Electrolytic In-Process Dressing)磨削和轨迹包络磨削加工法(AEGM)是近年来发展的高效、精密磨削加工方法。
2.
The article introduces last development in the field ofgrinding technology and its theory study in resent years, including thedevelopments of ultra-precise grinding, lapping, polishing, ultra-precisecompound grinding, ultra-high speed grinding and high efficient deepgrinding as well as the developments of automation, CNC, intelligenceand virtual technique for grinding.
其中包括超精密磨削、研磨、抛光以及超精密复合磨削、超高速磨削、高效深磨技术,磨削自动化、数控化、智能化和虚拟化等方面的发展;另外还介绍了砂轮修整、磨削液注入、绿色磨削和表面完整性等方面的技术进步与最新成果。
3) precision grinding
精密磨削
1.
High - speed Precision Grinding of Elliptic Parts Based on PMAC Time - base Control;
基于PMAC时基控制的椭圆形零件的高速精密磨削
2.
In order to solve finish machining problem of spherical gear,a precision grinding process based on generative method has been designed by using the mesh motion between the spherical gear and the plate grinding wheel.
为了解决球齿轮的精加工问题,设计了在范成法加工条件下利用球齿轮与盘形砂轮的啮合运动来加工球齿轮的精密磨削加工方案。
4) curve grinding
曲线磨削
1.
A new technology,which is called non-interference normal tracking for NC curve grinding was presented.
将快速点磨削技术引入到曲线磨削过程中,提出了曲线磨削中砂轮对工件轮廓实施法向跟踪磨削的新方法。
2.
A new on-line error measurement method for curve grinding parts based on digital image processing technology was presented.
提出了一种基于数字图像处理技术的曲线磨削在线检测方法,该方法运用安装在磨床上的电荷耦合器(CCD)摄像机对工件已磨削轮廓进行实时图像采集,并对工件图像进行边缘提取;根据图像中工件轮廓的位置引导工作台按工件实际加工曲线走轨迹,利用工作台的运动轨迹反求工件的实际曲线,从而检测出工件的实际加工曲线。
3.
This thesis comes from the program: the technology and equipment of precise curve grinding mach.
基于数字化精密曲线磨削技术的发展要求,本文以上海市科委基金项目:基于图像在线检测的精密曲线磨削技术与装备(021111125)为背景,主要研究精密曲线磨削过程中砂轮磨损的测量和补偿技术,砂轮和工件精确对刀技术,工件加工质量和精度的在线检测技术等关键技术。
5) Ultra-precision Grinding
超精密磨削
1.
Study on geometric model of ultra-precision grinding optical axisymmetric aspheric surface;
轴对称非球面超精密磨削的几何模型研究
2.
Research on the influence of heat source shape on the ultra-precision grinding thermal model
热源形貌对超精密磨削热模型影响的研究
3.
Detailed analyses of the grain size distribution characteristics and the grain profile wavelength of fine diamond grinding wheel used for ultra-precision grinding are presented.
对超精密磨削所用细粒度金刚石砂轮磨粒粒径的分布特点和砂轮表面上磨粒的轮廓波长进行了分析。
6) precision optic curve grinding
精密光学曲线研磨
补充资料：Hesse曲线(代数曲线的)
Hesse曲线(代数曲线的)
Hessian (algebraic curve)
11油限曲线(代数曲线的)【H台自11(.妙如允.抖e);recc咖，T~aaa，即r药pa一吸ee二o‘二p.助蓝] n次代数曲线(司罗玩水c~)的He丈祀曲线就是其极二次曲线能分裂为两条直线的点的集合，也是第一极曲线的二重点构成的集合.n次非奇异曲线的He丈七曲线是一条次数为3伪一2)、类为3(n一2)(3n一7)的曲线.设介O是这条n次曲线的齐次坐标方程，关丘=刁:f/刁xi刁、，则它的He丈犯曲线的定义方程为 !不:关:五，} }五:关:五31=0. }人，人2人3}特征不等于3时的三次非奇异曲线的H既七曲线与这条曲线交于9个通常拐点.因O.H改e(l 844)而得名. A .E.H困阳。B撰
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